# Patent

## Title
Method and system for the fire response dispatch protocol of an emergency dispatch system

## Abstract

A method and system for receiving, processing, responding and managing firefighter request calls is described. A consistent, standard and systematic process is provided which in combination with adequate training, supervision and quality assurance service to provide a technique for classifying the criticality of calls into various determinate levels for appropriate response.

## Background
CROSS REFERENCE TO RELATED APPLICATIONS
This application is based on U.S. Provisional Patent Application No. 60/325,152 filed on Sep. 25, 2001, at the filing date of this present patent application and priority is hereby claimed thereto.


BACKGROUND OF INVENTION
1. Field of the Invention
This invention relates to methods and systems of the emergency dispatch of fire response services. More specifically, this invention relates to methods and system for the dispatch of fire response services which has the capability of systematically gathering critical information during an emergency call and producing a determinate value for categorization of the emergency call, said categorization of the emergency call, said categorization being used in the subsequent dispatch of law enforcement services.
2. Description of Related Art
A variety of methods, systems and devices have been proposed for use in fire response services dispatch. Several systems and methods have been proposed for medical dispatch, which involve the calculation of a determinate value to be used in categorizing the criticality of an emergency medical call. Nevertheless, the inventors are unaware of a method and system, which is adapted specifically to the needs of fire response dispatch, which provides an appropriate determinate value for use in the dispatch of a fire, services response to an emergency call.
The reader is directed to the following U.S. patent documents for general background material. Each of which is hereby incorporated by reference in its entirety for the material contained therein.
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SUMMARY OF INVENTION
It is desirable to provide a system and method for managing the process of fire response so as to efficiently deploy fire response services in a manner appropriate to the emergency call. It is particularly desirable to provide a system and method for managing the emergency fire call response that provides a systematic process for gathering critical information, calculating a determinate value which provides a quantitative indication of the criticality of the emergency, and communicating essential and helpful information to the dispatched fire response teams and to individuals on the site of the emergency.
In a typical use of this invention in a fire emergency response situation a caller uses a telephone or radio device to call an emergency response call center. Generally, the call center either has dispatch personnel (“dispatchers”) or is capable of transferring the incoming call to a dispatcher. Once the dispatcher, using the system of this invention, receives the call he or she acts as a voice to the automated system of this invention, wherein the dispatcher asks for specific information, inputs the responses from the caller into the system. Included in the specific information requested is whether or not anyone is trapped or unable to get to safety. A description of the problem leads to a specific set of inquiries. The result of the inquiries is used to define a determinate, which indicates the degree of criticality of the call. The dispatcher then communicates with fire response services, indicating the type of response required according to the type of call and the determinate value. Post dispatch instructions and guidance are provides as appropriate. Throughout the process of this invention the dispatcher is directed to ask specific questions, in a specific order, gather specific information and dispatch fire response services based on a specific quantified determinate value. This invention removes the variability of dispatcher inquiries and responses, which have previously led to inefficient and often dangerous fire response services. By providing a preprogrammed set of inquiries and responses for dispatchers and by calculating a determinate value, which specifies the appropriate response, this invention provides an important improvement in the management of emergency dispatch services; specifically the dispatch of services associated with a fire related emergency call.
Accordingly, it is an object of this invention to provide a method and system for managing the dispatch of emergency fire response services.
Another object of this invention is to provide a method and system for managing the dispatch of emergency fire response services wherein inquiries are made in a manner such as to avoid variability in the dispatcher process.
A further object of this invention is to provide a method and system for managing the dispatch of emergency fire response services wherein a determinate value is defined appropriate based on specific responses from the emergency caller.
A still further object of this invention is to provide a method and system for managing the dispatch of emergency fire response services wherein a communication to fire response services is dependent on a determinate value.
It is another object of this invention to provide a method and system for managing the dispatch of emergency fire response services that provides medically competent consistent post-dispatch instructions to fire emergency callers.
A further object of this invention is to provide a method and system for managing the dispatch of emergency fire response services that is adapted specifically to the requirements of emergency fire calls and responses.
Additional objects, advantages, and other novel features of this invention will be set forth in part in the description that follows and in part will become apparent to those skilled in the art upon examination of the following description, drawings and claims or may be learned with the practice of the invention. The objects and advantages of this invention may be realized and attained by means of the instrumentalities and combinations particularly pointed out in the appended claims. Still other objects of the present invention will be become readily apparent to those skilled in the art from the following description wherein there is shown and described the preferred embodiment of this invention, simply by way of illustration of the modes best suited to carry out this invention. As it will be realized, this invention is capable of other different embodiments, and its several details, and specific steps, are capable of modification in various aspects without departing from the invention. Accordingly, the drawings and descriptions should be regarded as illustrative in nature and not as restrictive.
To achieve the foregoing and other objectives, and in accordance with the purposes of the present invention, two separate and independent embodiments of this invention are presented. The first and presently preferred embodiment of this invention is a computerized process, while an alternative preferred embodiment of this invention is a cross-referenced card deck.



BRIEF DESCRIPTION OF DRAWINGS
The accompanying drawings incorporated in and forming a part of the specification, illustrate a preferred embodiment of the present invention. Some, although not all, alternative embodiments are described in the following description. In the drawings:
FIG. 1 is a top-level system block diagram of the computerized embodiment of this invention.
FIG. 2 is a top-level flow chart of the preferred embodiment of this invention.
FIGS. 3a to 3x are detailed flow charts of the detailed preferred steps of this invention.
FIG. 4a is a perspective view of the flip card embodiment of this invention. FIG. 4b is a view of the flip card embodiment showing the various sections of the flip card.
FIGS. 5a to 5at are detailed view of the preferred cards of the flip card embodiment of this invention.



Reference will now be made in detail to the present preferred embodiment of the invention, examples of which are illustrated in the accompanying drawings.
DETAILED DESCRIPTION
This invention provides a method, system and apparatus for receiving, processing and communicating fire response calls from emergency callers and to fire fighter response units. This invention enables the assessment of critical or “key” information by trained emergency dispatch personnel. When the invention is properly employed the initial interrogation of the caller will provide critical information, such as the address of the emergency, the phone number called from, the caller's name, incident information, whether the caller is safe and out of danger, what the caller saw or heard, how many people are involved, where and when the incident occurred. This information is immediately put to use in calculating a determinate value, which identifies the criticality of the emergency. The process of this invention provides a consistent, tested method of gathering information, and determining the criticality of the emergency call, in order to maximize the efficiency of dispatched fire fighter units, while minimizing unnecessary high speed maximum response calls. This invention also provides consistent pre-arrival instructions to be given to the caller during or after telephone interrogation. The determinate value is calculated based on the criticality of the call that is the type and duration of the incident, the number people in danger, and other similar information. In the present preferred embodiment of the invention, the determinate value is a combination of a determinate level (Alpha A, Bravo B, Charlie C, Delta D, Echo E and Omega Ω) and a numeric value. Generally, A2 is the least serious while E1 is the most serious call. Depending on the determinate level, the appropriate emergency response is dispatched as indicated by the response protocol. For example, an Alpha-A call will typically be responded to by a next available fire fighter response unit using the safest arrival method reasonably possible. While a Delta-D call will typically be responded to by any or all-available fire response units proceeding under the most urgent method possible. Echo-E calls typically involve likely immediate life threatening situations and will be responded to in the most urgent manner available. Bravo-B and Charlie-C calls are intermediate calls that are typically responded to in business-like orderly manner according to specific department protocol. An Omega-Ω call is generally common assistance response or is not specifically responded to, rather is referred to another person or agency. Typically, after the response fire fighter units have been sent, the dispatcher remains on the telephone with the caller to give pre-arrival instructions. For the purposes of this disclosure, the Echo-E is generally abbreviated as E; Delta-D is generally abbreviated as D; Charlie-C is generally abbreviated as C; Bravo-B is generally abbreviated as B; Alpha-A is generally abbreviated as A; and Omega-Ω is generally abbreviated as Ω. The Generally, the lower numbers within a determinate classification are more urgent than higher numbers. For example, an emergency dispatch call with a determinate value of D1 is generally more critical requiring a more urgent response than a call with a determinate value of D2. However, in some instances, the numeric values within a determinate code serve only to identify the type, rather than criticality of the call. Also, if more than one determinate code can be assigned to a particular call, the more critical or higher determinate code is assigned. That is, the call is assigned a criticality determinate code based on the fact that would lead to the most urgent response. For example, if the call concerns an electrical hazard that has a confirmed entrapment, an electrical hazard near water, the smell of smoke and an outside transformer, then the determinate value assigned would be E1 (due to the confirmed entrapment) rather than C1 (electrical hazard near water) or B4 (smell of smoke) or A1 (an outside transformer).
FIG. 1 shows a top level system block diagram of the preferred computer system 100, which typically is programmed with specially designed computer software incorporating the process of this invention and which essentially converts the computer system hardware 100 into the special purpose machine used in the computerized embodiment of this invention. A processing unit 101 is provided to execute the steps of the software embodiment of the process of this invention and to thereby generate the prompts for information in the preferred order, receive the corresponding information, set the appropriate determinate value based on the received information, display the appropriate dispatch response and the corresponding pre-arrival instructions. The present preferred processing unit 101 is a standard Intel or Intel compatible microprocessor with the standard interface and control circuitry as is typically provided in a standard, moderately high performance desktop computer. A power supply 102, which typically and preferably includes surge protection and an uninterruptible power source, provides required electrical power to operate the computer system 100. Generally, the power supply 102 receives its electrical power connection from a standard AC wall outlet. A storage device 103 is provided in electronic communication with the processing unit 101 to store the program and data, as well as the computer operating system and utilities. The typical presently preferred storage device includes one or more of the following: one or more computer hard disk drive units; one or more removable disk units; a tape drive unit; an optical drive unit; and semiconductor memory. An input device 104, in communication with the processing unit 101 is provided to permit the user to input information and/or to respond to queries from the software embodiment of the process of this invention. Typically input devices 104 include a keyboard, mouse, trackball, touch sensitive pad and/or voice recognition equipment. An output device 106 in communication with the processing unit 101 may also be used to provide hard copy (paper) records and reports. A display unit 105 in communication with the processing unit 101 is provided to give the user instruction, queries and to prompt for information. A telephone device 107, which may be in communication with the processing unit 101 to track phone calls and to look up addresses from caller ID information, provides a communication channel between the emergency caller and the dispatcher. For the purposes of this disclosure, a telephone device or telephone equipment shall be defined to be an electronic communication device capable of transmitting information between two or more locations and employing wired and/or wireless communication channels and includes but is not limited to standard wired telephones, radios and computer devices. Optionally, it is envisioned that this invention will operate on a computers 100 which are networked together and using a telephone device 107 that is part of a telephone switchboard system.
FIG. 2 shows a top-level flow chart of the preferred embodiment of this invention. The process is first initialized 201. This initialization step includes starting up the software program embodiment of the process of this invention, collecting information regarding the current deployment of fire fighter units and other dispatcher relevant information. A call is received 202 using telephone equipment 107 from a caller requesting emergency fire fighter assistance or providing information to the dispatcher. This data is entered into the computer system 101 for use by the computer software process of this invention. The process then assigns the appropriate determinate level 203 for use in assessing the criticality of the emergency fire fighter dispatch call. A database is accessed 204 for instruction information, which the dispatcher uses to provide information to the caller. The record of the call is stored 205 to the computer storage device 103, and may then be used to produce reports and to provide quality review of dispatchers and the dispatch process.
FIGS. 3a to 3z show detailed flow charts of the detailed preferred steps of this invention.
FIG. 3a shows the entry protocol of the preferred embodiment of the invention. The address of the emergency is collected 3001. Generally, the address information is collected via an inquiry of the caller received on telephone equipment 107, although alternatively a caller identification phone number reverse address look-up database may be used. The call may also be initiated by an automatic alarm system (“silent call”). In the case of a “silent call” the dispatcher is instructed to follow the department's policy regarding activating an appropriate response. The phone number that the caller is calling from is ascertained 3002. Typically, the phone number is acquired by inquiry of the caller. Although, alternatively a caller identification system which provides the phone number can also be used. An inquiry is made to get a description of the incident 3003. Certain incidents are identified as being especially critical, including alarms, assist other agencies, bomb found, bomb threat and life threat. When these incidents are identified, the process is diverted to the appropriate protocol as soon as required Case Entry information has been collected. If there is a life threat, typically from an entrapment scenario, the Echo-E determinate level is set. The Echo level provides early recognition and response initiation when life is jeopardized by entrapment. Otherwise, the remaining information, steps 3004, 3005, 3006, 3007, 3008, 3009 of this protocol is collected, after which the appropriate detailed protocol is executed. Whether the caller and everyone else is safe and out of danger is determined 3004. If the caller is not safe and out of danger, the process is diverted to Critical Caller Instructions. The caller is then asked if anyone is trapped 3006 or unable to get to safety. If the response to this call is Yes, then the number of people trapped is determined 3007, where they are located is determined 3008 and the exit protocol is entered 3009. If the response to safety 3004 is Yes, then the call is considered a Fire Call 3005. These entry inquiries and responses provide the information, which leads the process into the more detailed protocols of the preferred embodiment of this invention. Moreover, this Entry Protocol also provides guidance to the Dispatcher, including the following: Regarding repetitive persistence use, when using repetitive persistence to calm a caller, always provide a reason for the instruction (i.e., I need you to tell me the exact location of your son so that the police officers can locate him quickly). Regarding Deluca's Law EFDs (Emergency Fire Dispatchers) will follow all protocols per se, avoiding freelance questioning or information unless it enhances, not replaces, the written protocol questions and scripts. Regarding dispatcher rules: (1) Always verify the incident address and the caller's phone number regardless of ANI/ALI information. (2) In Mutual Aid situations, go immediately to Protocol 63 after determining the address and callback numbers. (3) If something seems like it poses a threat, relay it to responders. (4) If at any time the caller expresses that they may be in danger, advise them to get to safety immediately (if safe to do so) and call back. (5) Case Entry questioning must always be completed, even when an Echo determinant has been selected. (6) Fire Complaint key questioning must always be completed to cover scene safety issues, even when an Echo determinant has been selected. (7) Smoke inside a structure should be coded as a structure fire on Protocol 67. And, (8) all questions must be asked unless the answer is obvious or spontaneously provided by the caller. Regarding axioms: (1) When an incident involves both fire and hazardous materials, the incident is first a fire incident. Once the fire is out, it then becomes a Hazmat incident. (2) An incident involving a victim needing rescue and emergency medical treatment is a fire incident until the victim has been rescued. If the victim needs only medical treatment, this is an EMS incident. (3) If you know that traffic will cause delays for responders, provide an alternative route. (4) Sometimes changes in incident information will come into the communication center that responders don't automatically hear over the radio. Relay these changes to responders as quickly as possible.
FIG. 3b shows the detail of the various types of incident descriptions. Each of these incident types is associated with a specific incident protocol and, depending on the type of incident, may lead to a direct diversion of the process to that particular protocol or may be diverted to the specific protocol only after collecting the remaining information 3004, 3005, 3006, 3007, 3008 of the Entry Protocol. The present preferred embodiment of this invention includes specific protocols to address the following incident types: Aircraft Emergencies (see FIG. 3c); Alarms (see FIG. 3d); Assist/Service Calls (see FIG. 3e); Confined Space/Structure Collapse (see FIG. 3f); Electrical Hazard (see FIG. 3g); Elevator/Escalator Rescue (see FIG. 3h); Explosions (see FIG. 3i); Extraction/Entrapped (Machinery, Agricultural, Industrial) (see FIG. 3j); Gas Leaks (see FIG. 3k); Hazmat/Fuel Spill (see FIG. 3l); High Angle Rescue (see FIG. 3m); Marine Fires (see FIG. 3n); Mutual Aid (see FIG. 3o); Odors (Strange/Unknown) (see FIG. 3p); Outside Fire (see FIG. 3q); Smoke Investigation (see FIG. 3r); Structure Fire (Commercial/Residential) (see FIG. 3s); Train/Subway/Commuter Rail Incidents (see FIG. 3t); Vehicle Fire (see FIG. 3u); and Water Rescue (see FIG. 3v).
FIG. 3c shows the present steps of the Aircraft Emergencies Protocol. In this protocol a large aircraft is defined as an aircraft with a maximum gross takeoff weight of 41,000 to 255,000 lbs, while the definition of a small aircraft is an aircraft with a maximum gross takeoff weight of 41,000 lbs or less. In the present embodiment of this invention, each of the inquiries is made and the information is received via the telephone equipment 107. An inquiry 3010 is made to determine what type of aircraft it is. An aircraft description is requested 3011. Whether the aircraft is airborne or on the ground is determined 3012. A further inquiry 3013 is made to determine if the aircraft is leaking fluid. The determinate value is set 3014 as follows. If the caller indicates danger and information is incomplete, the determinate value is set to D0. If the call concerns a confirmed large aircraft crash involving structure, the determinate value is set to D1. If the call concerns a confirmed small aircraft crash involving structure, the determinate value is set to D2. If the call concerns a confirmed large aircraft crash, the determinate value is set to D3. If the call concerns a confirmed small aircraft crash, the determinate value is set to D4. If the call concerns a large aircraft fire, the determinate value is set to D5. If the call concerns a small aircraft fire, the determinate value is set to D6. If the call concerns a military aircraft crash or fire, the determinate value is set to D7. If the call concerns a large aircraft incoming in trouble, the determinate value is set to C1. If the call concerns a small aircraft incoming in trouble, the determinate value is set to C2. If the call concerns an aircraft leaking fluid on the ground, the determinate value is set to C3. If the call concerns an airborne aircraft in trouble the determinate value is set to Ω1. Once the determinate value is set 3014, the appropriate fire fighter response is dispatched 3015 and post-dispatch instructions 3016 are provided. This appropriate firefighter response 3015 is based on the assigned determinate value. The present preferred post-dispatch instructions 3016 of this protocol are: (a) for a fire, do not try to extinguish the fire yourself; and (b) this is a potential crime scene, do not pick up any debris. This protocol also provides the following rules: (1) Aircraft crashes should also be considered HAZMAT incidents until proven otherwise; (2) Report all aircraft emergencies to the FAA; (3) All military aircraft are assumed to be carrying explosive ordnance until proven otherwise; (4) Get as much of a description of the plane as possible to help FAA officials identify the plane and its intended route; and (5) Many victims survive the crash itself, but die of smoke inhalation inside the cabin. The axioms of the present aircraft emergencies protocol are: (1) most accidents occur during the takeoff, climb, descent, and landing phase of flight; and (2) reports from the public will usually be 51-Ω-1 unless the aircraft has crashed or the eyewitness can identify a general location where the aircraft will try to land or crash, unless a touchdown locations is specified, the incident is referred to the FAA.
FIG. 3d shows the present steps of the Alarms Protocol. In this protocol a high rise is a building that is too tall for adequate fire control from ground-based aerial ladders or elevating platforms or towers, a high life hazard location is any location that poses multiple life threats due to difficulty exiting or lack of mobility of the inhabitants, and high occupancy is the general term for a building that can or does contain a large amount of people. In the present preferred embodiment of this invention information is requested and information is received via the telephone equipment 107. An inquiry 3017 is made to determine what type of alarm it is. Whether the location is a residence or a business is determined 3018. The number of stories or levels is determined 3019. An inquiry 3020 is made to learn if anyone is sick. The exact location of the alarm is identified 3021. An inquiry 3022 is made to learn of the caller knows the cause of the alarm. The number of people inside the building 3023 is determined. The determinate value is set 3024 as follows. If the caller indicates a high life hazard, the determinate value is set to C1. If the call concerns a high rise, the determinate value is set to C2. If the call concerns a high occupancy building, the determinate value is set to C3. If the call concerns a waterflow, the determinate value is set to C4. If the call concerns a commercial fire alarm, the determinate value is set to C5. If the call concerns carbon monoxide with a sick patient in a business structure, the determinate value is set to C6. If the call concerns carbon monoxide with a sick patient in a residential structure, the determinate value is set to C7. If the call concerns a single dwelling—residential, the determinate value is set to B1. If the call concerns a pull box/pull station, the determinate value is set to B2. If the call concerns an unknown cause, the determinate value is set to B3. If the call concerns carbon monoxide with no patient, the determinate value is set to A1. Once the determinate value is set 3024, the appropriate fire fighter response is dispatched 3025 and post-dispatch instructions 3026 are provided. This appropriate firefighter response 3025 is based on the assigned determinate value. The present preferred post-dispatch instructions 3026 of this protocol are: (a) do not reset or silence the alarm; (b) if it's safe to do so, leave the building and close the doors behind you and wait for the responders; (c) for carbon monoxide, make sure no one re-enters the area; and (d) for an alarm company, try to contact a responsible party, and call back with an ETA. The axioms of the present alarm emergencies protocol are: (1) carbon monoxide poisoning can be difficult to diagnose; (2) failure to evacuate immediately may result in prolonged exposure and worsening effects from the CO gas; (3) if a house is equipped with smoke detectors, the chances of someone dying are cut nearly in half; and (4) pull boxes are located on buildings or streets that send signals in the form of flashes and/or bells directly to communication centers when activated.
FIG. 3e shows the present steps of the Assist/Service Calls Protocol. In this protocol a citizen assist is providing a service to the citizens in circumstances that may not be an emergency. An outside agency is defined to be any agency other than the actual company where a person is employed. In the present embodiment of this invention, each of the inquiries is made and the information is received via the telephone equipment 107. An inquiry 3027 is made to learn what type of assistance is needed. If it is a water problem, an inquiry 3028 is made to determine if any electrical hazards are present. Whether anyone appears to need medical assistance is determined 3029. If the call relates to vehicle lockin/lockout, an inquiry 3030 is made to determine if the vehicle is occupied. If appropriate, whether the door is locked is determined 3031. The determinate value is set 3032 as follows. If the caller indicates entrapment of a person, the determinate value is set to E1. If the call concerns a water problem with an electrical hazard, the determinate value is set to C1. If the call concerns someone locked in a vehicle, the determinate value is set to B1. If the call concerns someone locked in a building who may require medical assistance, the determinate value is set to B2. If the call concerns a citizen assist, the determinate value is set to A1. If the call concerns a person locked in or out of a dwelling, the determinate value is set to A2. If the call concerns an animal rescue, the determinate value is set to A3. If the call concerns a water problem, the determinate value is set to A4. If the call concerns assisting an outside agency, the determinate value is set to A5. If the call concerns a person being locked out of an unoccupied vehicle, the determinate value is set to Ω1. Once the determinate value is set 3032, the appropriate fire fighter response is dispatched 3033 and post-dispatch instructions 3034 are provided. This appropriate firefighter response 3033 is based on the assigned determinate value. The present preferred post-dispatch instructions 3034 of this protocol are: (a) for a water problem with an electrical hazard, beware of electrical risks and electrified water; (b) for a water problem, if it's safe to do so, turn off the water and/or electrical power; and (c) if appropriate, if it's safe to do so, remove the child from the vehicle. This protocol also provides the following rules: (1) Any person locked in a trunk, especially a child, should be considered a high-level entrapment emergency; and (2) Advise caller to beware of electrical risks and electrified water. The axioms of the present assist/service calls emergencies protocol are: (1) entrapments in car trunks can be especially hazardous; (2) skin that touches a car seat surface over 150° F. can be severely burned in 1 second; and (3) carbon monoxide buildup for a victim entrapped in the trunk may reach toxic levels.
FIG. 3f shows the present steps of the Confined Space/Structure Collapse Emergencies Protocol. In this protocol a confined space is any enclosed space in the workplace that has three specific features: (1) must have the size and shape to allow a person to bodily enter; (2) must have restricted openings that make it difficult to enter or leave; and (3) must be a space not designed for continuous human occupancy. An avalanche is a mass of snow sliding down a mountainside. A mudslide is a moving river of rock, soil and water often triggered by storms, volcanic activity, earthquakes, fires and mismanagement of land. In the present embodiment of this invention, each of the inquiries is made and the information is received via the telephone equipment 107. An inquiry 3035 is made to determine what type of structure is involved. A further inquiry 3036 is made to learn if there are any hazards present. If appropriate, what the structure is used for is determined 3037. If not obvious, whether the situation is above or below the ground level is determined 3038. The location of the problem is identified 3039. The location where the victim was last seen is determined 3040. Whether anyone else was injured is determined 3042 and, if so, the number of injured persons. The determinate value is set 3041 as follows. If the caller indicates a confirmed entrapment of a person, the determinate value is set to E1. If the call concerns a trench collapse, the determinate value is set to E2. If the call concerns a caller in danger with incomplete information, the determinate value is set to D0. If the call concerns a confirmed entrapment with hazards, the determinate value is set to D1. If the call concerns an unconfirmed entrapment with hazards, the determinate value is set to C1. If the call concerns an unconfirmed entrapment, the determinate value is set to C2. Once the determinate value is set 3041, the appropriate fire fighter response is dispatched 3043 and post-dispatch instructions 3044 are provided. This appropriate firefighter response 3043 is based on the assigned determinate value. The present preferred post-dispatch instructions 3044 of this protocol are: (a) make sure no one re-enters the area; (b) if appropriate, if it's save to do so, turn off all machinery, except the ventilation; and (c) if a confined space permit is available, please have it ready for the responders. This protocol also provides the following rules: (1) Working in a confined space is always considered to be a potentially dangerous activity and is regulated by government agencies; and (2) Conditions at a structure fire can deteriorate rapidly, sometimes with little or no warning. Be aware of audible signals from distressed firefighters. The axioms of the present confined space/structure collapse emergencies protocol are: (1) most confined space injuries and deaths result from asphyxiation due to hazardous atmospheres; (2) studies and accident reports have shown a high incidence of rescuer death associated with confined space incidents; (3) risks associated with entering confined spaces include loss of functional capacity, permanent impairment, injury, and death; (4) initial building collapse may occur as a result of fire, weather conditions, earthquake, or simply because an old or otherwise weak structural component fails; and (5) although a buried victim must immediately receive air, rescue operations depend on making the site as safe as possible by shoring or cribbing to hold back other weakened earth formations.
FIG. 3g shows the present steps of the Electrical Hazard Emergencies Protocol. In this protocol recurring electrical arcing is arcing that occurs more than once in a brief period of time and will be continuous so long as there is power in the line. Arcing is a luminous discharge of current that is formed when a strong current jumps a gap in a circuit or between two electrodes. Arcing is usually the result of an intermittent connection or short circuit. In the present embodiment of this invention, each of the inquiries is made and the information is received via the telephone equipment 107. An inquiry 3045 is made to learn if the power has been disconnected. If water is involved with the hazard is determined 3046. The caller is asked if any wires are arcing 3047 and if there are any strange or unusual odors 3048. It is determined 3049 if anyone is injured, if so, how many and if she or he is still in contact with the hazard. The determinate value is set 3050 as follows. If the caller indicates a confirmed entrapment, the determinate value is set to E1. If the call concerns an electrical hazard with or near water, the determinate value is set to C1. If the call concerns an appliance with an odor present, the determinate value is set to B1. If the call concerns wires down with smoke or arcing, the determinate value is set to B2. If the call concerns wires down with no smoke or arcing, the determinate value is set to B3. If the call concerns the smell of smoke, the determinate value is set to B4. If the call concerns recurring electrical arcing, the determinate value is set to B5. If the call concerns a transformer, the determinate value is set to A1. Once the determinate value is set 3050, the appropriate fire fighter response is dispatched 3051 and post-dispatch instructions 3052 are provided. This appropriate firefighter response 3051 is based on the assigned determinate value. The present preferred post-dispatch instructions 3052 of this protocol are: (a) if trapped by downed power lines, do not leave the vehicle or house; (b) beware of electrical risks and electrified water; (c) if it's safe to do so, turn off the power; and (d) if smoke or fire, if it's safe to do so, leave the area now avoiding the electrical hazard and any water sources and wait for the responders. This protocol also provides the following rules: (1) If someone is trapped in a vehicle, and attempts to leave the vehicle, there is a high probability that the person will become electrocuted; (2) Advise caller to beware of electrical risks and electrified water; (3) All electrocution patients are assumed to be in cardiac arrest until breathing is verified; (4) Always assume that transformers may be leading and it may be PCB; and (5) When more than one electrical wire is down, and one is arcing but the other is not, all wires should be considered equally dangerous. The axioms of the present electrical hazard emergencies protocol are: (1) wires attached from pole to pole are of a higher voltage; (2) wires attached from pole to house are of a lower voltage; (3) the numbers on poles allow the power utility company to determine how extensive an area the power outage could effect; (4) a bystander can be electrocuted in just getting close to the hazard, without even touching it, when high voltage is involved or the ground is wet; (5) electrocutions occurring above the ground may result in significant falls causing injuries that may be more serious than those incurred from the electrocution; (6) once an energized electrical line contacts a fence or metal guardrail, the entire length becomes charged and presents a difficult hazard; (7) fires in transformers can present a serious health and environmental risk because of coolant liquids that contain PCBs; (8) 1 out of 5 fires originate from electrical problems; (9) electrical arcing and sparking usually occurs in confined spaces such as inside the wall, outlet, appliance, or the attic; and (10) some arcing does occur in the living space from defective appliances and overheated or damaged extension cords.
FIG. 3h shows the present steps of the Elevator/Escalator Rescue Emergencies Protocol. In this protocol entrapment is a situation involving a prevention of escape in which there is an immediate threat of death, increased injury or illness to a victim. In the present embodiment of this invention, each of the inquiries is made and the information is received via the telephone equipment 107. An inquiry 3053 is made to learn if the power has been turned off. If this incident involves elevators, an inquiry 3054 is made to determine if there has been any contact with the occupants and the floor the elevator is stuck on is identified 3055. The exact location of the elevator is determined 3057. An inquiry 3058 is made to learn what is the best entrance in the building to get to the elevator. If anyone is sick or injured, the number is determined 3059. The determinate value is set 3060 as follows. If the caller indicates entrapment (escalator) with injuries, the determinate value is set to D1. If the call concerns an elevator malfunction, with occupants inside, the determinate value is set to B1. If the call concerns an entrapment (escalator) with no injuries, the determinate value is set to B2. If the call concerns an unknown situation, the determinate value is set to B3. If the call concerns an elevator malfunction with occupants inside, the determinate value is set to A1. If the call concerns an elevator malfunction with no occupants inside, the determinate value is set to Ω1. Once the determinate value is set 3060, the appropriate fire fighter response is dispatched 3061 and post-dispatch instructions 3062 are provided. This appropriate firefighter response 3061 is based on the assigned determinate value. The present preferred post-dispatch instructions 3062 of this protocol are: (a) for an escalator, to shut off the escalator, push the emergency shutoff switch which is located at the top and bottom of the escalator and push it; (b) for an elevator, do not try to force or pry the elevator doors open; and (c) if possible, maintain verbal contact with the trapped victims and assure them that help is on the way. This protocol also provides the following rules: (1) If in doubt, always assume an elevator is occupied; (2) Unless there is a medical emergency in the elevator car, reassure the occupants that help is on the way and then wait for the elevator mechanic to arrive and handle the problem; and (3) if entrapment in an escalator has occurred, the unit will not stall or stop, the emergency shutoff switch at the top or bottom must be activated. The axioms of the present elevator/escalator rescue emergencies protocol are: (1) more people use escalators than elevators; (2) an estimated 18,000 people per year are treated for injuries received while using elevators and escalators in the U.S.; (3) ringing a bell from inside the elevator indicates that someone is inside; (4) most elevator emergencies involve elevators that are stuck between floors due to a mechanical or power failure; (5) forcing the door open can cause failure of safety circuits, allowing a car to move with the doors open while passengers may be attempting to leave the car; (6) exiting an elevator car when it is stopped between floors is extremely dangerous; (7) heat, smoke and moisture may cause the elevator control mechanism to activate.
FIG. 3i shows the present steps of the Explosions Emergencies Protocol. In this protocol a bomb is a case of explosive or incendiary material to be set off by impact or a timing device. In the present embodiment of this invention, each of the inquiries is made and the information is received via the telephone equipment 107. An inquiry 3063 is made to learn what has exploded, if it is not obvious. The extent of the damage is learned 3064. A pass through 3065 step to the next inquiry 3066 as to whether the caller heard a bursting or hissing sound is made followed by an inquiry 3067 as to whether the caller smelled an unusual odor. It is determined 3068 if anything suspicious was seen. And, an inquiry 3069 is made to learn if anyone is injured, and, if so, how many. The determinate value is set 3070 as follows. If the caller indicates danger and information is incomplete, the determinate value is set to D0. If the call concerns an explosion involving structure, the determinate value is set to D1. If the call concerns an explosion—nonstructural, the determinate value is set to B1. If the call concerns an investigation, the determinate value is set to B2. If the call concerns a standby, the determinate value is set to B3. Once the determinate value is set 3070, the appropriate fire fighter response is dispatched 3071 and post-dispatch instructions 3072 are provided. This appropriate firefighter response 3071 is based on the assigned determinate value. The present preferred post-dispatch instructions 3072 of this protocol are: (a) this is a potential crime scene, do not touch anything; (b) do not pick up any debris; (c) if a bomb, be aware, there may be additional devices that haven't gone off yet; and (d) if a fire, do not try to extinguish the fire yourself. This protocol also provides the following rules: (1) Advise the caller to never handle, move, or get near any suspicious packages; (2) Always advise responding personnel to use extreme caution and to be alert for secondary devices; (3) Building evacuations should be handled according to local protocol; (4) Reassure the caller that law enforcement is responding; (5) Since this is a crime scene, advise the caller not to touch or disturb anything in the residence or in the area; and (6) Audible explosions without known, visible damage should be coded as 57-B-2. The axioms of the present explosions emergencies protocol are: (1) unusual odors can signify what type of gas is present.
FIG. 3j shows the present steps of the Extrication/Entrapped Emergencies Protocol. In this protocol an entrapment is defined as a situation involving a prevention of escape in which there is an immediate threat of death, increased injury or illness to a victim. Extricate is defined as to free or remove from an entrapment or difficult. In the present embodiment of this invention, each of the inquiries is made and the information is received via the telephone equipment 107. An inquiry 3073 is made to determine what type of equipment is involved. Followed by an inquiry 3074 to learn if the equipment has been turned off. It is determined 3075 if the people are still trapped. Whether any hazards are present is determined 3076. If appropriate, an inquiry 3077 is made to learn if the maintenance department has been notified. It is determined 3078 if anyone else has been injured, and, if so, how many. The determinate value is set 3079 as follows. If the caller indicates a confirmed entrapment with multiple victims, the determinate value is set to E1. If the call concerns a confirmed entrapment with a single victim, the determinate value is set to E2. If the call concerns a caller in danger and/or incomplete information, the determinate value is set to D0. If the call concerns an entrapment with hazards, the determinate value is set to D1. Once the determinate value is set 3079, the appropriate fire fighter response is dispatched 3080 and post-dispatch instructions 3081 are provided. This appropriate firefighter response 3080 is based on the assigned determinate value. The present preferred post-dispatch instructions 3081 of this protocol are: (a) if it's safe to do so, turn off the equipment; (b) do not move her/him unless she or he is in danger; (c) do not reenter any hazardous or dangerous areas; and (d) if it's safe to do so, keep all affected people at the scene. This protocol also provides the following rules: (1) If the patient is caught in machinery, a maximal response should be sent, including the appropriate extraction team; (2) The caller should be advised not to reenter a hazardous or dangerous environment; (3) The caller should be advised to keep all affected persons at the scene if possible, to lessen the threat of secondary contamination; (4) A call involving an entrapment should be considered an extraction situation until responding units arrive and assess the circumstances; and (5) If entrapped, assume the victim is injured. The axioms of the present extraction/entrapped emergencies protocol are: (1) even though these calls are generally 3rd party, it is important to determine if the patient actually requires extraction; (2) emergency service personnel must often utilize special tools and techniques when called upon to rescue someone trapped in any type of machinery; (3) extrication and entrapment situations can require units to be tied up for considerable amounts of time; (4) all efforts to free the victim are focused on preventing any further injury to the victim; and (5) an entrapped person often feels panic or has a feeling of impending doom.
FIG. 3k shows the present steps of the Gas Leaks Emergencies Protocol. In this protocol a HAZMAT is defined as an incident involving a gas, liquid, or solid that even in small quantities poses a threat to life, health or property. In the present embodiment of this invention, each of the inquiries is made and the information is received via the telephone equipment 107. If not obvious, an inquiry 3082 is made to learn the location of the leak. It is determined 3083 if an open flame is nearby. The caller is asked 3084 what the gas is leaking from and what is the size of the container. Inquiries are made to learn if the caller can smell 3085 the gas, hear 3085 the case and if anyone is sick or injured, if so how many 3086. The determinate value is set 3087 as follows. If the caller indicates danger and information is incomplete, the determinate value is set to D0. If the call concerns an inside ruptured line, the determinate value is set to D1. If the call concerns a known ignition source nearby, the determinate value is set to D2. If the call concerns an outside-ruptured line, the determinate value is set to C1. If the call concerns a propane tank, the determinate value is set to C2. If the call concerns an outside odor, the determinate value is set to B1. If the call concerns an inside odor, the determinate value is set to B2. If the call concerns an unknown situation, the determinate value is set to B3. Once the determinate value is set 3087, the appropriate fire fighter response is dispatched 3088 and post-dispatch instructions 3089 are provided. This appropriate firefighter response 3088 is based on the assigned determinate value. The present preferred post-dispatch instructions 3089 of this protocol are: (a) for a cordless/cell call, if it's safe to do so, take the phone with you, leave the area, and leave the door open, do not touch any electrical switches; (b) if a regular phone, lay the phone down, do not hang it up, if it's safe to do so, leave the area and leave the door open, do not touch any electrical switches; and (c) avoid using any open flame or other possible ignition source. This protocol also provides the following rules: (1) The caller should be advised not to reenter a hazardous or dangerous environment; (2) Gas is flowing until proven otherwise; (3) All gas leaks are considered hazardous until proven otherwise; and (4) Be aware of the possibility of an explosion when dealing with suspected gas leaks. The axioms of the present gas leaks emergencies protocol are: (1) many gases can displace the percentage of oxygen in available air, creating serious scene safety conditions; (2) natural gas is lighter than air and tends to rise and diffuse in the open; (3) natural gas is non-toxic, but it is classified as an asphyxiate because it may displace normal breathing air and lead to asphyxiation; (4) natural gas has no odor of its own but a very distinctive odor is added by the utility companies as a warning smell; (5) response time for utility companies is usually less than an hour, but this time may be extended in rural areas or in times of great demand; and (6) liquefied petroleum gas is one and one-half times as heavy as air and it will generally seek the lowest point possible.
FIG. 3l shows the present steps of the HAZMAT/Fuel Spill Emergencies Protocol. In this protocol a HAZMAT is an incident involving a gas, liquid, or solid that even in small quantities poses a threat to life, health, or property. A Hot Zone is a geographical area established by Command as unsafe which includes the incident, product, container, and the immediate area exposed to gas, vapor, mist, dust, smoke or runoff. A Cold Zone is a geographical area established by Command that is safe, an area where many support functions occur. In the present embodiment of this invention, each of the inquiries is made and the information is received via the telephone equipment 107. An inquiry 3090 is made to determine the kind of chemicals or substances that are involved. Whether the spill is contained is determined 3091. How much has spilled or leaked is determined 3092. If it is not obvious, the location where the chemicals or liquid is from is learned 3093. If appropriate, the size of the container is determined 3094. An inquiry 3095 is made to learn if the caller can see a formation of gas clouds or vapor. The number of sick or injured persons is determined 3096. The determinate value is set 3097 as follows. If the caller indicates danger and information is incomplete, the determinate value is set to D0. If the call concerns a chemical spill or leak, the determinate value is set to D1. If the call concerns a radioactive material, the determinate value is set to D2. If the call concerns a biological material, the determinate value is set to D3. If the call concerns a contained chemical spill, the determinate value is set to C1. If the call concerns a fuel spill or leak greater than 50 gallons, the determinate value is set to C2. If the call concerns a fuel spill or leak less than 50 gallons, the determinate value is set to B1. If the call concerns an unknown situation, the determinate value is set to B2. If the call concerns abandoned waste, the determinate value is set to A1. Once the determinate value is set 3097, the appropriate fire fighter response is dispatched 3098 and post-dispatch instructions 3099 are provided. This appropriate firefighter response 3098 is based on the assigned determinate value. The present preferred post-dispatch instructions 3099 of this protocol are: (a) for an inside or near a hazardous place, if it's safe to do so, leave the contaminated area, but not the scene; and (b) if anyone is contaminated with chemical, do not touch him, her or anything. This protocol also provides the following rules: (1) The caller should be advised not to re-enter a hazardous or dangerous environment; (2) The caller should be advised to keep all affected persons at the scene if possible, to lessen the threat of secondary contamination; and (3) A spill or leak is considered uncontained until proven otherwise. The axioms of the present HAZMAT/Fuel Spill emergencies protocol are: (1) the United Nations (UN) or North American (NA) number is a 4-digit number that is either painted or stenciled on the end of rail cars or located on the warning placard; (2) the NFPA-704 Marking System distinctively indicates the properties and potential dangers of hazardous materials; and (3) patients who have inhaled smoke, carbon monoxide, or other chemicals may be found in any stage of intoxication.
FIG. 3m shows the present steps of the High Angle Rescue Emergencies Protocol. In this protocol a high angle rescue is defined as rescue or extrication situation of person(s) from an elevated structure where conventional interior rescue is not possible. A high rise is a building that is too tall for adequate fire control from ground-based aerial ladders or elevating platforms or towers. In the present embodiment of this invention, each of the inquiries is made and the information is received via the telephone equipment 107. An inquiry 3100 is made to determine the type of structure or environment that is involved. The distance from the caller to the ground is determined 3101. An inquiry 3102 is made to learn if this is a threatened suicide. Whether the person appears to be awake is determined 3103 and whether anyone else is injured is determined 3104. The determinate value is set 3105 as follows. If the caller indicates confirmation of a high angle rescue, the determinate value is set to C1. If the call concerns a threatened suicide, the determinate value is set to C2. If the call concerns a victim who is not moving, the determinate value is set to C3. Once the determinate value is set 3105, the appropriate fire fighter response is dispatched 3106 and post-dispatch instructions 3107 are provided. This appropriate firefighter response 3106 is based on the assigned determinate value. The present preferred post-dispatch instructions 3107 of this protocol are: (a) do not approach or attempt to rescue the victim(s); (b) for non-suicidal, tell the victim not to move; and (c) for non-suicidal, do not touch any equipment that may be suspending the victim. This protocol also provides the following rules: (1) In the event, there is no Technical Rescue Team (TRT) available, consider utilizing mutual aid resources; (2) Evacuations at greater than 60° inclination are considered high angle operations, and a TRT should be used for all rescues above this angle; and (3) In specialized rescues, the TRT should be advised as soon as possible in order to affect a timely recovery of the victim. The axioms of the present high angle rescue emergencies protocol are: (1) scene safety should include advising the caller not to touch any equipment that may be suspending the victim; (2) for purposes of general building size up, 10 feet equals one story; (3) buildings over 75 feet high present special problems for the fire safety of the occupants; and (4) the U.S. NFPA considers any building greater than 75 feet a high-rise structure.
FIG. 3n shows the present steps of the Marine Fires Emergencies Protocol. In this protocol a threatened structure is any structure that has a potential for catching on fire. In the present embodiment of this invention, each of the inquiries is made and the information is received via the telephone equipment 107. An inquiry 3108 is made to determine the type of boat and the name. A further inquiry 3109 is made to determine if the fire is threatening anything. The location of the boat is identified 3110. Whether there are chemicals or other hazards involved is determined 3111. An inquiry 3112 is made to determine if anyone is in the water. The number of people onboard is determined 3113. An inquiry 3114 is made to determine if anyone is injured and, if so, how many. The determinate value is set 3115 as follows. If the caller indicates danger and information is incomplete, the determinate value is set to D0. If the call concerns a threatened structure or other boats, the determinate value is set to D1. If the call concerns a fire not threatening structure or other boats, the determinate value is set to D2. If the call concerns an extinguished fire, the determinate value is set to B1. Once the determinate value is set 3115, the appropriate fire fighter response is dispatched 3116 and post-dispatch instructions 3117 are provided. This appropriate firefighter response 3116 is based on the assigned determinate value. The present preferred post-dispatch instructions 3117 of this protocol are: (a) if appropriate, do not enter the burning compartment; (b) if you are forced to abandon ship, please call back immediately; (c) if it's safe to do so, put on your life jackets; (d) if it's safe to do so, put the anchor overboard; and (e) do not try to extinguish the fire yourself. This protocol also provides the following rules: (1) Advise the callers that if unable to control the fire, prepare to abandon the vessel; and (2) The determination of whether a fire is threatening a structure should be based on the caller's judgment. The axiom of the present marine fires emergencies protocol is: dangerous cargo manifest or shipping papers are in a pipe-like container or box on the gangplank when it is in port. The responsible person is the captain or the master of the vessel.
FIG. 3o shows the present steps of the Mutual Emergencies Protocol. In this protocol mutual aid is an agreement between communities that allows for the exchange of equipment for use during an emergency. Automatic aid is a predetermined agreement between communities to utilize the closest units regardless of jurisdictional boundaries. In the present embodiment of this invention, each of the inquiries is made and the information is received via the telephone equipment 107. An inquiry 3118 is made to determine what type of incident this is. Whether there are any hazards present is determined 3119. An inquiry 3120 is made to determine what resources are needed and where they are needed 3121. Whether an incident command has been established is determined 3122. The person who the response team should report to and the channel being used is identified 3123, 3124. The determinate value is set 3125 as follows. If the caller indicates mutual aid to incident, the determinate value is set to D1. If the call concerns automatic aid—multiple units, the determinate value is set to D2. If the call concerns an automatic aid—single unit, the determinate value is set to B1. If the call concerns a mutual aid move up, the determinate value is set to A1. If the call concerns mutual aid to a staging area, the determinate value is set to A2. Once the determinate value is set 3125, the appropriate fire fighter response is dispatched 3126 and post-dispatch instructions 3127 are provided. This appropriate firefighter response 3126 is based on the assigned determinate value. The present preferred post-dispatch instructions 3127 of this protocol are: (a) I'm sending the following units as requested. This protocol also provides the following rules: (1) In Mutual Aid situations, go immediately to Protocol 63 after determining the address and callback numbers; (2) Refer to local policy regarding updating the availability of Mutual Aid resources; and (3) confirmation of location and responding units should occur on every call.
FIG. 3p shows the present steps of the Odors Emergencies Protocol. In this protocol an odor is a strange or unknown odor. In the present embodiment of this invention, each of the inquiries is made and the information is received via the telephone equipment 107. An inquiry 3128 is made to learn whether the odor is inside or outside, if it is not obvious. The source of the odor is identified 3129. The smell of the odor is described 3130. The duration of the odor is determined 3131. An inquiry 3132 is made to determine if anyone is sick or injured. The determinate value is set 3133 as follows. If the caller indicates danger and information is incomplete, the determinate value is set to D0. If the call concerns an odor with a patient who is not alert, the determinate value is set to D1. If the call concerns an odor with multiple patients, the determinate value is set to C1. If the call concerns an odor with a single patient, the determinate value is set to B1. If the call concerns an unknown odor inside, the determinate value is set to A1. If the call concerns an unknown odor outside, the determinate value is set to A2. Once the determinate value is set 3133, the appropriate fire fighter response is dispatched 3134 and post-dispatch instructions 3135 are provided. This appropriate firefighter response 3134 is based on the assigned determinate value. The present preferred post-dispatch instructions 3135 of this protocol is: (a) if appropriate, if it's safe to do so, leave the area now, close the doors behind you, and remain outside. This protocol also provides the following rules: (1) The caller should be advised not to reenter a hazardous or dangerous environment; (2) Many times calls for odors have no readily identifiable source; (3) Do not assume that an odor is from a non-threatening material; and (4) Odors coming from an appliance should be coded 64-A-1. The axioms of the present odors emergencies protocol are: (1) patients who have inhaled smoke, carbon monoxide, or other chemicals may be found in any stage of intoxication; (2) unconsciousness in a patient who has inhaled carbon monoxide is a bad sign; and (3) unusual odors can signify what type of gas is present.
FIG. 3q shows the present steps of the Outside Fire Emergencies Protocol. In this protocol a threatened structure is any structure that has a potential of catching on fire; and wildland fires are any forest, grass, brush, or tundra fire involving lands not under cultivation but including forests regardless of the type of timber. In the present embodiment of this invention, each of the inquiries is made and the information is received via the telephone equipment 107. An inquiry 3136 is made to determine what is burning. Another inquiry 3137 is made to learn if the fire is threatening anything. Whether the fire is spreading is determined 3138. If grass or wildland fire, the size of the fire area is identified 3139. If a lightning strike, where the strike made contact is determined 3140. The involved materials are identified 3141. An inquiry 3142 is made to determine if anyone is injured and, if so, how many are injured. The determinate value is set 3143 as follows. If the caller indicates danger and information is incomplete, the determinate value is set to D0. If the call concerns threatened animals, the determinate value is set to D1. If the call concerns a threatened structure, the determinate value is set to D2. If the call concerns a threatened vehicle, the determinate value is set to D3. If the call concerns a wildland fire, the determinate value is set to D4. If the call concerns a dumpster fire, the determinate value is set to C1. If the call concerns a brush fire, the determinate value is set to B1. If the call concerns an unattended fire, the determinate value is set to B2. If the call concerns a lightning strike without fire, the determinate value is set to B3. If the call concerns a dumpster fire away from a structure, the determinate value is set to A1. If the call concerns an outside trash container, the determinate value is set to A2. If the call concerns an attended fire, the determinate value is set to A3. If the call concerns an extinguished fire, the determinate value is set to A4. Once the determinate value is set 3143, the appropriate fire fighter response is dispatched 3144 and post-dispatch instructions 3145 are provided. This appropriate firefighter response 3144 is based on the assigned determinate value. The present preferred post-dispatch instructions 3145 of this protocol are: (a) listen carefully, this could be a very dangerous situation, do not try to extinguish the fire yourself. This protocol also provides the following rules: (1) When the caller is unsure if associated structures are threatened, always assume they are; (2) A structure is considered to be threatened when anything on fire is approaching, until proven otherwise; (3) The determination of whether a fire is threatening a structure should be based on the caller's judgment; and (4) If the caller struggles to determine the size of the fire, ask them to relate it to the size of a familiar area. The axioms of the present outside fire emergencies protocol are: (1) wildland fires, especially fires in canyons, are very dangerous and unpredictable; (2) southern exposure of hills and mountains receive the most sunlight and heat, fires will burn faster on southern exposures; (3) be aware that fuel, mulch, landscape, and tire fires can smolder for days; and (4) resulting wildfire winds can attain 120 mph.
FIG. 3r shows the present steps of the Smoke Investigation Protocol. In this protocol heavy smoke is smoke that the caller is unable to see objects through. Light smoke is smoke the caller is able to see objects through. In the present embodiment of this invention, each of the inquiries is made and the information is received via the telephone equipment 107. An inquiry 3146 is made to learn where the smoke is coming from. If it is not obvious, whether the smoke comes from inside or outside is determined 3147. An inquiry 3148 is made to determine if the caller can see through the smoke. The color of the smoke is identified 3149. The determinate value is set 3150 as follows. If the caller indicates heavy smoke, the determinate value is set to C1. If the call concerns light smoke, the determinate value is set to A1. Once the determinate value is set 3150, the appropriate fire fighter response is dispatched 3151 and post-dispatch instructions 3152 are provided. This appropriate firefighter response 3151 is based on the assigned determinate value. The present preferred post-dispatch instructions 3152 of this protocol are: (a) if visibility is affected, use caution in driving though any smoke; and (b) if it's safe to do so, remain at your present location and direct emergency units to the area. This protocol also provides the following rules: (1) The caller should be advised to remain at a safe place near their present location to help the responders locate the smoke; (2) Smoke inside a structure, seen or smelled, should be coded as a structure fire on Protocol 67; (3) If the caller can smell smoke outside, but does not see it, code as 66-A-1; and (4) If the caller describes the smoke as non-visible or felt but not seen, consider the possibility of a gas link. The axioms of the present smoke investigation emergencies protocol are: (1) smoke causes the majority of fire-related deaths; (2) smoke and deadly gases rise to block off obvious escape routes; (3) once water is placed on the fire, the smoke may turn white; and (4) what is reported as smoke might not be actual smoke, it may be steam or a HAZMAT cloud.
FIG. 3s shows the present steps of the Structure Fire Emergencies Protocol. In this protocol a high rise is a building that is too tall for adequate fire control from ground-based aerial ladders or elevating platforms or towers, a high life hazard location is any location that poses multiple life threats due to difficulty exiting or lack of mobility of the inhabitants, and high occupancy is the general term for a building that can or does contain a large amount of people. In the present preferred embodiment of this invention information is requested and information is received via the telephone equipment 107. An inquiry 3153 is made to determine what type of structure is involved. The number of levels or stories is identified 3154. Whether hazardous materials are inside is determined 3155. An inquiry 3156 is made to determine what is burning. Whether anyone is injured, and if so how many are injured is determined 3157. The determinate value is set 3158 as follows. If the caller indicates confirmed entrapment, the determinate value is set to E1. If the call indicates danger and information is incomplete, the determinate value is set to D0. If the call concerns a high life hazard, the determinate value is set to D1. If the call concerns a high rise, the determinate value is set to D2. If the call concerns a high occupancy building, the determinate value is set to D3. If the call concerns a HAZMAT condition, the determinate value is set to D4. If the call concerns a commercial structure, the determinate value is set to D5. If the call concerns a multiple residential structure, the determinate value is set to D6. If the call concerns a single residential structure, the determinate value is set to D7. If the call concerns a chimney fire, the determinate value is set to D8. If the call concerns a non-dwelling structure, the determinate value is set to D9. If the call concerns an appliance, the determinate value is set to C1. If the call concerns an extinguished fire, the determinate value is set to C2. If the call concerns the odor of smoke, the determinate value is set to B1. If the call concerns a lightning strike without fire, the determinate value is set to B2. Once the determinate value is set 3158, the appropriate fire fighter response is dispatched 3159 and post-dispatch instructions 3160 are provided. This appropriate firefighter response 3159 is based on the assigned determinate value. The present preferred post-dispatch instructions 3160 of this protocol are: (a) for inside the structure or as appropriate, if it's safe to do so, leave the structure and close the doors behind you, and remain outside; (b) for multi-level structures, do not use the elevator; (c) do not try to extinguish the fire yourself; and (d) for commercial, if it's safe to do so, activate the alarm as you leave the building to warn others. This protocol also provides the following rules: (1) All structures are considered occupied until proven otherwise; (2) Advise the caller to never carry out a burning pan, furniture or bedding; (3) Advise the caller to never use water to extinguish a grease fire; and (4) a fire that is fully contained within an appliance should be coded 67-C-1. The axioms of the present structure fire emergencies protocol are: (1) fuel, heat and oxygen must be present for a fire to exist; (2) most home fires happen between 10 p.m. and 6 a.m.; (3) children and the elderly are most susceptible to clothing-related fires; (4) for purposes of general building size up, 10 feet equals one story; (5) fire is the third leading cause of death in the home; (6) at least 80% of all fire deaths occur in residences; (7) a fire can double in size within seconds; and (8) grease fires under a vent hood are one of the most common types of extinguished fires reported.
FIG. 3t shows the present steps of the Train/Subway/Commuter Rail Emergencies Protocol. In this protocol a HAZMAT is an incident involving a gas, liquid or solid that even in small quantities poses a threat to life, health, or property. A bridge is a structure spanning and providing passage over a gap or barrier such as a river or roadway. In the present preferred embodiment of this invention information is requested and information is received via the telephone equipment 107. An inquiry 3161 is made to determine type of train. The number of rail cars involved is identified 3162. A determination is made 3163 as to whether chemicals or other hazards involved. An inquiry is made 3164 as to whether this incident is a train derailment. If a fire, what is burning is identified 3165. An inquiry 3166 is made to learn if any structures or vehicles are involved. If it is not obvious, whether the accident is elevated, below or at ground level is determined 3167. Whether anyone is injured and if so how many persons are injured is determined 3168. The determinate value is set 3169 as follows. If the caller indicates confirmed entrapment, the determinate value is set to E1. If the call indicates danger and information is incomplete, the determinate value is set to D0. If the call concerns HAZMAT, the determinate value is set to D1. If the call concerns the derailment of a passenger train, the determinate value is set to D2. If the call concerns the derailment of a freight train, the determinate value is set to D3. If the call concerns a fire on board a passenger train, the determinate value is set to D4. If the call concerns a fire on board a freight train, the determinate value is set to D5. If the call concerns a structure of vehicle incident, the determinate value is set to D6. Once the determinate value is set 3169, the appropriate fire fighter response is dispatched 3170 and post-dispatch instructions 3171 are provided. This appropriate firefighter response 3170 is based on the assigned determinate value. The present preferred post-dispatch instructions 3171 of this protocol are: (a) listen carefully, this could be a very dangerous situation; (b) for HAZMAT, if anyone, including yourself, is contaminated with chemicals, do not touch her, him or anything; (c) if fire, do not try to extinguish the fire yourself; and (d) if it's safe to do so, leave the area now, but not the scene. This protocol also provides the following rules: (1) Immediately notify the Railroad Dispatch Control Tower to begin the process of stopping train traffic and de-energizing third rails; and (2) If it is determined that a train cannot be stopped, notify the on-scene incident commander immediately. The axioms of the present structure fire emergencies protocol are: (1) what is reported as smoke might not be actual smoke, it may be steam or a HAZMAT cloud; (2) subways contain an electrically charged third rail; (3) there are more than 250,000 railroad crossings in the U.S.; (4) vehicles often collide with trains when visibility is poor at night and during bad weather; and (5) speeding vehicles collide with trains when motorists are unable to stop prior to reaching an occupied crossing.
FIG. 3u shows the present steps of the Vehicle Fire Emergencies Protocol. In this protocol a threatened structure is any structure that has a potential of catching on fire. In the present preferred embodiment of this invention information is requested and information is received via the telephone equipment 107. An inquiry 3172 is made to determine if the vehicle is inside or is threatening any structure or anything else. The type of vehicle is determined 3173 and the type of cargo is identified 3174. An inquiry 3175 is made to learn if there are chemicals or other hazards involved. A determination is made 3176 to learn if anyone is injured and if so how many persons. The determinate value is set 3177 as follows. If the caller indicates confirmed entrapment, the determinate value is set to E1. If the call indicates danger and information is incomplete, the determinate value is set to D0. If the call concerns a vehicle fire with hazards, the determinate value is set to D1. If the call concerns a motorhome, camper, tractor-trailer fire, the determinate value is set to D2. If the call concerns a vehicle fire threatening a non-structure, the determinate value is set to C1. If the call concerns an involved vehicle fire, the determinate value is set to B1. If the call concerns an extinguished vehicle fire, the determinate value is set to A1. Once the determinate value is set 3177, the appropriate fire fighter response is dispatched 3178 and post-dispatch instructions 3179 are provided. This appropriate firefighter response 3178 is based on the assigned determinate value. The present preferred post-dispatch instructions 3179 of this protocol are: (a) do not try to extinguish the fire yourself; (b) do not try to get back in the vehicle to get personal items; and (c) stay away from the vehicle and general area. This protocol also provides the following rules: (1) Advise the caller to stay away from a burning vehicle, especially the front; (2) If a vehicle is inside a residential or public parking garage, it is considered to be a structure fire; (3) The determination of whether a fire is threatening a structure should be based on the caller's judgment; and (4) A motorhome or camper should be considered a structure response due to their size and fireload. The axioms of the present vehicle fire emergencies protocol are: (1) motor vehicle fires can be very dangerous; (2) firefighters have been injured by air bags and air bag canisters activating during extrication activities; (3) injuries to firefighters from exploding front bumper crash shock absorbers on burning cars have been reported; (4) a vehicle fire can generate heat upwards of 1,500° F.; (5) fires in motor vehicles can produce toxic gases; (6) absence of a placard does not mean absence of HAZMAT; (7) a vehicle fire is not considered to be a HAZMAT incident until the fire is out; (8) most vehicle fires start in the engine area; (9) flames from burning vehicles can shoot out distances of 10 feet or more; (10) the leading cause of motor vehicle fires is mechanical problems such as leaks and electrical failures; and (11) electrical fires commonly erupt under the dashboard and have a distinct odor.
FIG. 3v shows the present steps of the Water Rescue Emergencies Protocol. In this protocol swift water is defined as any body of water that is moving and has a visible current, still water is any body of water that lacks a visible current, usually lakes, ponds, reservoirs, etc., scuba is an acronym for self-contained underwater breathing apparatus. In the present preferred embodiment of this invention information is requested and information is received via the telephone equipment 107. An inquiry 3180 is made to learn, if it is not obvious, what type of body of water is involved. Whether the victim can be seen is determined 3181. If appropriate, the distance from the victim to the shore is estimated 3182. The victim is described 3183. If not obvious, an inquiry 3184 is made to learn if the accident involved a watercraft. A determination 3185 is made to learn if anyone else was injured and, if so, how many. The determinate value is set 3186 as follows. If the caller indicates danger and information is incomplete, the determinate value is set to D0. If the call concerns a vehicle in water, the determinate value is set to D1. If the call concerns an ice rescue, the determinate value is set to D2. If the call concerns a watercraft in distress, the determinate value is set to D3. If the call concerns a swift water rescue, the determinate value is set to D4. If the call concerns a still water rescue, the determinate value is set to D5. If the call concerns a scuba dive accident, the determinate value is set to D6. If the call concerns a swimming pool, the determinate value is set to D7. Once the determinate value is set 3186, the appropriate fire fighter response is dispatched 3187 and post-dispatch instructions 3188 are provided. This appropriate firefighter response 3187 is based on the assigned determinate value. The present preferred post-dispatch instructions 3188 of this protocol are: (a) listen carefully, this could be a very dangerous situation, do not go in the water on out on the ice. This protocol also provides the following rules: (1) Most victims are recovered quickly, when the point last seen is immediately known; (2) A current list of rescue boat resources should be readily available at dispatch; (3) Notify relevant downstream agencies when search capability is required; and (4) a submerged patient, regardless of time underwater is considered resuscitatable by definition until proven otherwise, especially in a cold-water situation. The axioms of the present water rescue emergencies protocol are: (1) diving problems are also a fire complaint if the victim is in the water whereas it is a medical complaint if the victim is out of the water; and (2) vehicles can become buoyant in 2 feet of water or less.
FIG. 3w shows the present steps of the case exit protocol. If the required information has been collected, the determinate has been calculated, the dispatch made and the post-dispatch instructions given, then it is appropriate to exit the case 3189. If it is a routine disconnect, routine instructions are provided 3190 and the process ends 3191. If it is a stay on line exit, the caller is instructed to stay on the line 3192 and is asked to provide additional information, ending the case 3193. If it is an urgent disconnect, the urgent disconnect instruction is given 3196 and the case ends 3197. If the caller is possibly in danger, the possible danger instructions 3194 are given and the caller is requested to stay in contact, thereby ending the information dispatch case 3195.
FIG. 3x shows the present steps of the pre-arrival instructions. The type of call is identified 3198. If it is a fire call, instructions are available for callers trapped in a structural fire 3199, regarding people of fire 3200, use of an extinguisher 3201 and the pre-arrival instructions end 3202. If the call is a water call, then instructions on sinking vehicle 3203, falling through ice or in the water 3204 and flood instructions 3205 are available before ending the pre-arrival instructions 3206.
FIG. 4a depicts a perspective view of the flip card apparatus embodiment of this invention. One preferred embodiment of the invention involves the use of a flip card apparatus 401. The flip card apparatus 401 has the advantage of organizing the cards 402 so that the user can see the top or bottom, label edge of each card. Each card 402 is separately fastened into the apparatus with one or more fasteners 404. The steps embodying the elements of this invention, the entry protocol, are displayed on a top flap 403 and the first card 402a. Alternative embodiments of the card apparatus can be a deck of cards bound in a manner well known to those skilled in the art. In the current embodiment of the flip card apparatus there are sixty-four chief complaint cards, twelve pre-arrival instruction cards, two post-dispatch cards, one determinant classification card and two entry protocol cards. The cards are generally organized in pairs, with the top card providing the protocol questions, instructions, jump directions and determinant assignments. The bottom card provides information the dispatcher uses to improve the dispatcher's decision-making process.
FIG. 4b shows a view of the sections of a typical flip card, as used in the flip card apparatus embodiment of the invention. The typical flip card 402 is divided into logical sections for ease of use and consistency. A key question section 405 is provided as a script to the dispatchers to ensure that all key questions are asked in a calm, consistent, systematic manner. After all key questions are asked from the key question section 405, typically the dispatcher determines the appropriate determinant level. Sections A-Alpha 410, B-Bravo 409, C-Charlie 408 and D-Delta 407 are provided to aid the dispatcher in making the determinant designation. Each determinant level may have one or more sublevels. Generally, the most critical call is given a determinant level of D-Delta and the least critical call is given a determinant level of A-Alpha. The more critical the determinant level assigned to a call, the more firefighter resources and urgency may be applied to provide help. For example, an A-Alpha call will typically be responded to by firefighters proceeding to the scene under the safest method reasonably possible, while a D-Delta call will typically be responded to by the closest firefighters and paramedics, all who will proceed under the most urgent method possible. Sublevels may not indicate the criticality of the call; rather sublevel designations indicate the type of call, information often especially important to the dispatched team of firefighters. After the determinant code is determined 407-410 the dispatcher is referred to the post-dispatch instructions section 406. The purpose of the post-dispatch instructions is to systematically prepare for and expedite the field personnel's job at the scene and prevent further harm to the individuals at the scene. Callers are also routinely advised to “call back if the situation worsens for further instructions.” Pre-arrival instructions 311 are provided on alternative cards, shown in FIG. 5aq, subsectioned as shown in FIG. 4b as 311a-r. Sections 412 to 419 provide important information to the dispatcher for the dispatcher's use in providing more educated responses. Such information as is systematically provided to place the key questions of section 405, the determinant classifications of sections 407-410, and the post-dispatch instructions of section 406 into context for the dispatcher.
FIGS. 5a-5at are detailed views of the preferred cards of the flip card embodiment of this invention.
FIG. 5a depicts the preferred embodiment of the flip card 500 showing the steps of the entry questions section of this invention. Four major entry questions are shown. A “GO TO” column is provided to prompt emergency firefighter dispatchers to other relevant protocols. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5b shows the details card 501 of the entry questions and includes a definitions section, response coding section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5c depicts the preferred embodiment of the flip card 502 showing the steps of the Aircraft Emergencies questions section of this invention. Four major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5d shows the details card 503 of the Aircraft Emergency questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5e depicts the preferred embodiment of the flip card 504 showing the steps of the Alarms Emergencies questions section of this invention. Seven major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5f shows the details card 505 of the Alarms Emergency questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5g depicts the preferred embodiment of the flip card 506 showing the steps of the Assist/Service Calls questions section of this invention. Five major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5h shows the details card 507 of the Assist/Service Calls questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5i depicts the preferred embodiment of the flip card 508 showing the steps of the Confined Space/Structure Collapse questions section of this invention. Seven major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5j shows the details card 509 of the Confined Space/Structure Collapse questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5k depicts the preferred embodiment of the flip card 510 showing the steps of the Electrical Hazard questions section of this invention. Five major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5l shows the details card 511 of the Electrical Hazard questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5m depicts the preferred embodiment of the flip card 512 showing the steps of the Elevator/Escalator Rescue questions section of this invention. Seven major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5m shows the details card 513 of the Elevator/Escalator Rescue questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5o depicts the preferred embodiment of the flip card 514 showing the steps of the Explosions questions section of this invention. Six major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5p shows the details card 515 of the Explosions questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5q depicts the preferred embodiment of the flip card 516 showing the steps of the Extrication/Entrapped questions section of this invention. Six major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5r shows the details card 517 of the Extrication/Entrapped questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5s depicts the preferred embodiment of the flip card 518 showing the steps of the Gas Leaks questions section of this invention. Six major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5t shows the details card 519 of the Gas Leaks questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5u depicts the preferred embodiment of the flip card 520 showing the steps of the HAZMAT/Fuel Spill questions section of this invention. Seven major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5v shows the details card 521 of the HAZMAT/Fuel Spill questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5w depicts the preferred embodiment of the flip card 522 showing the steps of the High Angle Rescue questions section of this invention. Five major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5x shows the details card 523 of the High Angle Rescue questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5y depicts the preferred embodiment of the flip card 524 showing the steps of the Marine Fires questions section of this invention. Seven major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5z shows the details card 525 of the Marine Fires questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5aa depicts the preferred embodiment of the flip card 526 showing the steps of the Mutual Aid questions section of this invention. Seven major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5ab shows the details card 527 of the Mutual Aid questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5ac depicts the preferred embodiment of the flip card 528 showing the steps of the Odors questions section of this invention. Four major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5ad shows the details card 529 of the Odors questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5ae depicts the preferred embodiment of the flip card 530 showing the steps of the Outside Fire questions section of this invention. Seven major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5af shows the details card 531 of the Outside Fire questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5ag depicts the preferred embodiment of the flip card 532 showing the steps of the Smoke Investigation questions section of this invention. Four major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5ah shows the details card 533 of the Smoke Investigation questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5ai depicts the preferred embodiment of the flip card 534 showing the steps of the Structure Fire questions section of this invention. Five major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5aj shows the details card 535 of the Structure Fire questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5ak depicts the preferred embodiment of the flip card 536 showing the steps of the Train/Subway/Commuter Rail Incidents questions section of this invention. Eight major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5al shows the details card 537 of the Train/Subway/commuter Rail Incidents questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5am depicts the preferred embodiment of the flip card 538 showing the steps of the Vehicle Fire questions section of this invention. Six major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5an shows the details card 539 of the Vehicle Fire questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5ao depicts the preferred embodiment of the flip card 540 showing the steps of the Water Rescue questions section of this invention. Six major inquiries are shown. A determinate levels and descriptions section is provided for determination calculation along with the assigned codes. Post-Dispatch instructions are provided, guiding the dispatcher through emergency advice.
FIG. 5ap shows the details card 541 of the Water Rescue questions and includes a definitions section, a rules section, an axioms section and information sections. The rules section, axioms section, and information sections are provided to put the questions into context for the dispatchers.
FIG. 5aq depicts the preferred embodiment of the flip card 542 showing the steps of the Case Exit protocol of this invention. Four major sections are shown, and a center information section.
FIG. 5ar shows the details card 543 of the Pre-Arrival Instructions protocol of this invention. Four major sections are shown, and a center information section, are provided.
FIG. 5as shows the details card 544 of the Sinking Vehicle Instructions protocol of this invention. Three major sections are shown, and a center information section, are provided.
FIG. 5at shows the details card 545 showing the response determinate methodology of this invention along with symbology for notifications, responses, directors and warnings.
The previous described preferred embodiments of the invention are to be considered in all respects only as illustrative and not as restrictive. Although the embodiments shown describe particular components in particular connection configurations, the invention is not limited thereto. The scope of this invention is indicated by the appended claims rather than by the foregoing description. All systems and devices, which come directly within the claims or within the meaning and range of equivalency of the claims, are to be embraced as being within the scope of protection of this invention.

## Claims

1. A method for managing the process of dispatching firefighters in response to calls for assistance, comprising the steps of:
providing instructions to a dispatcher on a medium readable by the dispatcher, said instructions adapted for use by the dispatcher in receiving a call from a caller for firefighter assistance regarding an incident, wherein said instructions comprise a logical tree comprising pre-scripted inquiries, and wherein said logical tree is traversable using caller responses to said pre-scripted inquiries;
automatically assigning by a processor a determinate value to said incident by traversing said logical tree, wherein assigning said determine value comprises,
automatically determining by the processor a type of said incident by traversing a first branch of said logical tree,
automatically determining by the processor a criticality of said incident by traversing one of a plurality of second branches of said logical tree, wherein said second branch is selected based on said incident type,

wherein said traversing of said first branch provides for automatically determining if the caller is in danger and, upon determining that the caller is in danger, traversing to a critical caller branch of said logical tree, wherein the critical caller branch comprises, pre-scripted instructions directing the dispatcher to,
inquire if the caller is entrapped,
inquire as to the location of the caller,
instruct the caller to safety if safe to do so, and
resume traversing said logical tree; and

directing a dispatch of firefighter assistance based on said determine value.

2. A method, as recited in claim 1, wherein said critical caller branch comprises pre-scripted instructions to instruct said dispatcher to provide repetitive persistence directives to calm the caller.

3. A method, as recited in claim 1, wherein automatically assigning a determinate value further comprises:
setting a value indicating most urgent response is required if said caller responses provided traversing said second branch indicate an immediate life threatening situation;
setting a value indicating urgent response required if said caller responses provided traversing said second branch indicate a person in danger;
setting a value indicating a less urgent response if said caller responses provided traversing said branch indicate a hazard without an immediate threat to a person;
setting a value indicating a safest arrival method available response if said caller responses provided traversing said logical tree indicate a least serious call; and
setting a value for referral if said caller responses provided traversing said logical tree indicate that no response is required.

4. A method, as recited in claim 1, wherein said second branch is related to an aircraft emergency.

5. A method, as recited in claim 1, wherein said second branch is related to an assistance request.

6. A method, as recited in claim 1, wherein said second branch is related to an alarm.

7. A method, as recited in claim 1, wherein said second branch is related to a confined space call.

8. A method, as recited in claim 1, wherein said second branch is related to an electrical hazard.

9. A method, as recited in claim 1, wherein said second branch is related to an elevator rescue.

10. A method, as recited in claim 1, wherein said second branch is related to an explosion.

11. A method, as recited in claim 1, wherein said second branch is related to an extraction.

12. A method, as recited in claim 1, wherein said second branch is related to a gas leak.

13. A method, as recited in claim 1, wherein said second branch is related to hazardous materials or a fuel spill.

14. A method, as recited in claim 1, wherein said second branch is related to a high angle rescue.

15. A method, as recited in claim 1, wherein said second branch is related to a marine fire.

16. A method, as recited in claim 1, wherein said second branch is related to mutual aid.

17. A method, as recited in claim 1, wherein said second branch is related to odors.

18. A method, as recited in claim 1, wherein said second branch is related to an outside fire.

19. A method, as recited in claim 1, wherein said second branch is related to a smoke investigation.

20. A method, as recited in claim 1, wherein said second branch is related to a train incident.

21. A method, as recited in claim 1, wherein said second branch is related to a vehicle fire.

22. A method, as recited in claim 1, wherein said second branch is related to a water rescue.

23. A method, as recited in claim 1, wherein the logical tree further comprises a post-dispatch branch comprising pre-scripted post-dispatch instructions.

24. A method for managing the process for responding to a call for firefighter assistance in a general purpose computer system comprising:
a central processing unit;
dynamic memory;
static memory;
a display device;
an input device;
an output device;
a mass storage device, which contains a logical tree configured to automatically assign a determinate value to an incident related to a call for firefighter assistance, the logical tree comprising:
a first branch comprising a plurality of pre-scripted inquiries, wherein said first branch is traversable using caller responses to said pre-scripted inquiries, and wherein said traversing of said first branch comprises determining an incident type,
a plurality of second branches, wherein each of said second branches comprises a plurality of pre-scripted instructions and is associated with a respective incident type, wherein each of said second branches is traversable using caller responses to said pre-scripted inquiries of said second branches, and wherein traversing a second branch comprises determining a criticality of an incident,
a critical caller branch comprising a plurality of pre-scripted instructions, the method comprising:

receiving a call from a caller for firefighter assistance regarding an incident;
assigning a determinate value to said call, wherein assigning the determinate value comprises,
traversing said first branch of said logical tree using caller responses to said pre-scripted inquiries of said first branch, wherein traversing said first branch comprises determining an incident type, and wherein traversing the first branch further comprises determining if the caller is in danger and upon determining that the caller is in danger, the first branch traversing to said critical caller branch, said critical caller branch comprising pre-scripted instructions directing the dispatcher to,
inquire if the caller is entrapped,
inquire as to the location of the caller,
instruct the caller to safety if safe to do so, and
resume traversing said logical tree,

selecting one of said plurality of second branches based on said incident type,
traversing said selected second branch using caller responses to said pre-scripted inquiries of said selected second branch, wherein traversing said second branch comprises determining a criticality of said incident,
assigning said determinate value using said incident type and said incident criticality, and

directing a dispatch of firefighter assistance based on said determinate value.

25. A method as recited in claim 1, wherein said logical tree comprises a plurality of post-dispatch branches each comprising a plurality of pre-scripted instructions, the method further comprising selecting one of the plurality of post-dispatch branches using the determinate value.