mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating a miniature application, wherein a miniature application is an application that comprises a subset of program instructions of another application, the method comprising: executing a first application on a cloud computing system for a period of time; recording user input signals, input via a first client device , that direct the execution of the first application during the period of time; recording executable instructions and state data of the first application executed during the period of time; generating a second application to correspond to one or more parts of the first application that was executed during a portion of the period of time, the second application defined by executable instructions and state data of the first application as recorded during the portion of the period of time; generating a miniature application to include the second application and the user input signals recorded during execution of the first application during the portion of the period of time; characterized by : publishing the generated miniature application, wherein activation of the published miniature application by a second client device initiates execution of the miniature application on the second client device; and generating a second miniature application to include the second application and the user input signals recorded during execution of the miniature application. executing a first application on a cloud computing system for a period of time; recording user input signals, input via a first client device , that direct the execution of the first application during the period of time; recording executable instructions and state data of the first application executed during the period of time; generating a second application to correspond to one or more parts of the first application that was executed during a portion of the period of time, the second application defined by executable instructions and state data of the first application as recorded during the portion of the period of time; generating a miniature application to include the second application and the user input signals recorded during execution of the first application during the portion of the period of time; characterized by : publishing the generated miniature application, wherein activation of the published miniature application by a second client device initiates execution of the miniature application on the second client device; and generating a second miniature application to include the second application and the user input signals recorded during execution of the miniature application. publishing the generated miniature application, wherein activation of the published miniature application by a second client device initiates execution of the miniature application on the second client device; and generating a second miniature application to include the second application and the user input signals recorded during execution of the miniature application.
A method for determining a location of a tag , comprising: receiving, at each detector (202 - 216, 306, 308) of a plurality of first detectors (202 - 216) and a plurality of second detectors , a device transmission periodically transmitted from the tag , wherein: (i) the first detectors (202 - 216) are disposed in proximity to a passage at which a person can transition from a first demarcated area to a second demarcated area, (ii) the second detectors are disposed within the first and second demarcated areas, and the passage is sub-divided into a plurality of zones; determining, by each of the first detectors (202 - 216) and the second detectors , a corresponding Received Signal Strength Indictor, RSSI, for the device transmission received thereat; determining, by a computing device , a probable location of the tag within the passage , the first demarcated area or the second demarcated area using the RSSIs and relationships between the RSSIs; determining a first likelihood value indicating the likelihood that the probable location is correct; and determining an estimated location of the tag within the passage , the first demarcated area or the second demarcated area based on the probable location when the first likelihood value meets a first criterion. receiving, at each detector (202 - 216, 306, 308) of a plurality of first detectors (202 - 216) and a plurality of second detectors , a device transmission periodically transmitted from the tag , wherein: (i) the first detectors (202 - 216) are disposed in proximity to a passage at which a person can transition from a first demarcated area to a second demarcated area, (ii) the second detectors are disposed within the first and second demarcated areas, and the passage is sub-divided into a plurality of zones; determining, by each of the first detectors (202 - 216) and the second detectors , a corresponding Received Signal Strength Indictor, RSSI, for the device transmission received thereat; determining, by a computing device , a probable location of the tag within the passage , the first demarcated area or the second demarcated area using the RSSIs and relationships between the RSSIs; determining a first likelihood value indicating the likelihood that the probable location is correct; and determining an estimated location of the tag within the passage , the first demarcated area or the second demarcated area based on the probable location when the first likelihood value meets a first criterion.
An electric arrangement comprising: - a casing ; - a heat generating electric component arranged inside the casing ; and - a heat exchanger comprising a three dimensional lattice cell structure , the three dimensional lattice cell structure being arranged to conduct a dielectric cooling fluid from the casing at an exterior side of the casing for heat exchange with an ambient fluid , and back towards the casing for cooling of the electric component . - a casing ; - a heat generating electric component arranged inside the casing ; and - a heat exchanger comprising a three dimensional lattice cell structure , the three dimensional lattice cell structure being arranged to conduct a dielectric cooling fluid from the casing at an exterior side of the casing for heat exchange with an ambient fluid , and back towards the casing for cooling of the electric component .
Method for automatically detecting the presence of a user equipped with a mobile terminal device in a vehicle, wherein at least a vehicle transmitter is installed in the vehicle and wherein the mobile terminal device is connected via a mobile data network to a central computer, the method comprising the steps of: a) repeated transmission, by the vehicle transmitter, of at least one vehicle data telegram, wherein the vehicle data telegram at least contains a system-wide unique identification of the vehicle, b) receiving, by the mobile terminal device, at least one vehicle data telegram, c) creating, by the mobile terminal device, a terminal device data set from the vehicle data telegram, wherein the terminal device data set at least contains the system-wide unique identification of the vehicle, a system-wide unique identification of the terminal device and a time stamp, d) transmitting, by the mobile terminal device, the at least one terminal device data set to the central computer, e) receiving, by the central computer, the at least one terminal device data set from at least one mobile terminal device, f) determining, by the central computer, the presence of the mobile terminal device in the vehicle based on the terminal device data set, characterized in that the vehicle data telegram contains a code in addition to the system-wide unique identification of the vehicle, that the code is varied in a time-dependent manner, that the code is generated on the vehicle side and is transmitted to the central computer from a vehicle-side communication device, and that the central computer determines authenticity of the received at least one terminal device data set on the basis of the code. a) repeated transmission, by the vehicle transmitter, of at least one vehicle data telegram, wherein the vehicle data telegram at least contains a system-wide unique identification of the vehicle, b) receiving, by the mobile terminal device, at least one vehicle data telegram, c) creating, by the mobile terminal device, a terminal device data set from the vehicle data telegram, wherein the terminal device data set at least contains the system-wide unique identification of the vehicle, a system-wide unique identification of the terminal device and a time stamp, d) transmitting, by the mobile terminal device, the at least one terminal device data set to the central computer, e) receiving, by the central computer, the at least one terminal device data set from at least one mobile terminal device, f) determining, by the central computer, the presence of the mobile terminal device in the vehicle based on the terminal device data set, that the vehicle data telegram contains a code in addition to the system-wide unique identification of the vehicle, that the code is varied in a time-dependent manner, that the code is generated on the vehicle side and is transmitted to the central computer from a vehicle-side communication device, and that the central computer determines authenticity of the received at least one terminal device data set on the basis of the code.
A method of operating a heat exchanger (10; 20), comprising rejecting heat from a gas comprising water vapor on a heat rejection side fluid flow path to a heat absorption side of the heat exchanger to form liquid droplets of condensed water at a first surface energy level on a hydrophobic surface of the heat exchanger on the heat rejection side fluid flow path that is in thermal communication with the heat absorption side of the heat exchanger; characterised by : applying an electric field to the hydrophobic surface to reduce a contact angle (θ) between the individual droplet surfaces and the hydrophobic surface and increase droplet surface energy (E) to a second surface energy level; removing the electric field to increase the contact angle between the individual droplet surfaces and the hydrophobic surface, and reduce droplet surface energy to a third surface energy level greater than the first surface energy level and greater than a surface energy level for a free droplet, converting a portion of the droplet surface energy to kinetic energy to detach droplets from the hydrophobic surface; and removing detached droplets from the heat rejection side fluid flow path, wherein fluid flow on the heat rejection side fluid flow path is pulsed in timed coordination with removal of the electric field to provide a pulse flow velocity that entrains detached droplets . applying an electric field to the hydrophobic surface to reduce a contact angle (θ) between the individual droplet surfaces and the hydrophobic surface and increase droplet surface energy (E) to a second surface energy level; removing the electric field to increase the contact angle between the individual droplet surfaces and the hydrophobic surface, and reduce droplet surface energy to a third surface energy level greater than the first surface energy level and greater than a surface energy level for a free droplet, converting a portion of the droplet surface energy to kinetic energy to detach droplets from the hydrophobic surface; and removing detached droplets from the heat rejection side fluid flow path, wherein fluid flow on the heat rejection side fluid flow path is pulsed in timed coordination with removal of the electric field to provide a pulse flow velocity that entrains detached droplets .
A composition comprising flaxseed mucilage, wherein said composition is for use in a method of reducing fat uptake in the gastrointestinal tract of a mammal suffering from obesity or overweight, wherein overweight refers to a Body Mass Index (BMI)≥25.
An industrial process variable transmitter , comprising: a process variable sensor configured to sense a process variable; measurement circuitry coupled to the process variable sensor configured to provide a measured output as a function of the process variable; output circuitry , comprising: a loop connection configured to couple to a process control loop ; an optical sensor configured to receive the measured output from the measurement circuitry ; characterised in that the output circuitry further comprises: a switching device configured to apply pulses to the process control loop in response to an output from the optical sensor ; power supply circuitry configured to power the optical sensor with power received from a power source through the process control loop and loop connection ; wherein the power supply circuitry includes a capacitor arranged to provide power to the optical sensor when the switching device is in an on condition. a process variable sensor configured to sense a process variable; measurement circuitry coupled to the process variable sensor configured to provide a measured output as a function of the process variable; output circuitry , comprising: a loop connection configured to couple to a process control loop ; an optical sensor configured to receive the measured output from the measurement circuitry ; characterised in that the output circuitry further comprises: a switching device configured to apply pulses to the process control loop in response to an output from the optical sensor ; power supply circuitry configured to power the optical sensor with power received from a power source through the process control loop and loop connection ; wherein the power supply circuitry includes a capacitor arranged to provide power to the optical sensor when the switching device is in an on condition. a loop connection configured to couple to a process control loop ; an optical sensor configured to receive the measured output from the measurement circuitry ; characterised in that the output circuitry further comprises: a switching device configured to apply pulses to the process control loop in response to an output from the optical sensor ; power supply circuitry configured to power the optical sensor with power received from a power source through the process control loop and loop connection ; wherein the power supply circuitry includes a capacitor arranged to provide power to the optical sensor when the switching device is in an on condition. a switching device configured to apply pulses to the process control loop in response to an output from the optical sensor ; power supply circuitry configured to power the optical sensor with power received from a power source through the process control loop and loop connection ; wherein the power supply circuitry includes a capacitor arranged to provide power to the optical sensor when the switching device is in an on condition.
A safe processing method, that is a protection method, for active voltage reduction of a ground fault phase of a non-effective ground system, that is a system with no-solid ground connection, for use in safe processing of a ground fault of a neutral point non-effective ground generator or distribution network, wherein non-effective ground system side windings of a transformer are provided with a plurality of shunting taps, the serial numbers of shunting taps of each phase, that is the sequential number of the tap position, are defined to sequentially increase from a neutral point to an exit, that is to an output terminal, any shunting tap X is short-circuited to ground to force the exit voltage of the phase to be U X = E• ( N- N X )/ N, and the exit voltage of the corresponding fault phase is lower if the serial number of the shunting tap short-circuited to ground is larger; when a single-phase ground fault occurs, a transformer shunting tap is selected according to a target value U 2 of voltage reduction operation of the ground fault phase, and the shunting tap with the smallest serial number, selected according to the fact that the number of turns of coils from the neutral point to the shunting tap is greater than N-N•U 2 / E, is short-circuited to ground to implement safe operation processing of active voltage reduction; wherein E is a power phase voltage, N is a total number of turns of coils of each phase of winding, N X is a number of turns of coils from the shunting tap X to the neutral point in a fault phase winding, the target value U 2 of voltage reduction operation of the ground fault phase is (0, U 1 ) , that means comprised between 0 and U 1 , wherein U 1 is a fault phase voltage before the shunting tap is short-circuited to ground.
Method for determining a user-specific configuration of a braking device of a motor vehicle , wherein the configuration is provided by a design of at least one mechanical component and/or a combination of several mechanical components , comprising the following steps: - Detecting measurement data by means of a detection apparatus of the motor vehicle , wherein a user-specific use of the braking device of the motor vehicle having a current configuration is described by means of the measurement data , and providing a data record for an evaluation apparatus , wherein the data record comprises the measurement data and identification data for identifying the current configuration of the braking device (S1); - Determining a user-specific braking profile on the basis of the data record provided by means of the evaluation apparatus and providing the user-specific braking profile (S2); - Providing possible braking profiles for the evaluation apparatus , of which each braking profile is assigned a respective alternative configuration of the braking device , as it can be selected for the motor vehicle (S3); - Identifying the possible braking profile by means of the evaluation apparatus , which has the greatest degree of correspondence with the user-specific braking profile , and identifying the associated configuration as the user-specific configuration (S4); and - Triggering a changeover operation by means of the evaluation apparatus in order to provide the user-specific configuration in the motor vehicle (S5). - Detecting measurement data by means of a detection apparatus of the motor vehicle , wherein a user-specific use of the braking device of the motor vehicle having a current configuration is described by means of the measurement data , and providing a data record for an evaluation apparatus , wherein the data record comprises the measurement data and identification data for identifying the current configuration of the braking device (S1); - Determining a user-specific braking profile on the basis of the data record provided by means of the evaluation apparatus and providing the user-specific braking profile (S2); - Providing possible braking profiles for the evaluation apparatus , of which each braking profile is assigned a respective alternative configuration of the braking device , as it can be selected for the motor vehicle (S3); - Identifying the possible braking profile by means of the evaluation apparatus , which has the greatest degree of correspondence with the user-specific braking profile , and identifying the associated configuration as the user-specific configuration (S4); and - Triggering a changeover operation by means of the evaluation apparatus in order to provide the user-specific configuration in the motor vehicle (S5).
A system for introducing a drug delivery device, the system comprising: (a) a hollow needle having a central channel and a tip ; (b) a drug delivery device comprising a reservoir and a proximal filling port deployed to allow introduction of a volume of a liquid drug into said reservoir to be released over a period of time, said drug delivery device being deployed within said central channel of said hollow needle ; (c) a plunger displaceable so as to push said drug delivery device along said central channel until at least part of said reservoir has been advanced beyond said hollow needle ; and (d) a liquid injection device comprising a filling syringe connected to a filling needle that extends within said central channel of said hollow needle for engaging said filling port so as to allow filling of said reservoir after at least part of said reservoir has been advanced beyond said hollow needle, such that, when said tip of said hollow needle is inserted into or through a biological barrier of a body and said plunger is displaced toward said tip, at least part of said reservoir is advanced beyond said hollow needle, and said filling syringe is operative to deliver said liquid drug through said filling needle that extends within said central channel . (a) a hollow needle having a central channel and a tip ; (b) a drug delivery device comprising a reservoir and a proximal filling port deployed to allow introduction of a volume of a liquid drug into said reservoir to be released over a period of time, said drug delivery device being deployed within said central channel of said hollow needle ; (c) a plunger displaceable so as to push said drug delivery device along said central channel until at least part of said reservoir has been advanced beyond said hollow needle ; and (d) a liquid injection device comprising a filling syringe connected to a filling needle that extends within said central channel of said hollow needle for engaging said filling port so as to allow filling of said reservoir after at least part of said reservoir has been advanced beyond said hollow needle,
A method comprising: generating, by a controlling device of a network, an out-of-band end to end flow control message comprising an identifier of a first network device causing a congestion of data traffic, and an identifier of a second network device coupled to the first network device; and transmitting, by the controlling device, the end to end flow control message to the second network device. generating, by a controlling device of a network, an out-of-band end to end flow control message comprising an identifier of a first network device causing a congestion of data traffic, and an identifier of a second network device coupled to the first network device; and transmitting, by the controlling device, the end to end flow control message to the second network device.
A method for identifying a change of status of a session management function of a network, the method comprising: detecting or receiving, at a network resource function, an indication of a change in the status of the session management function; changing, at the network resource function, an attribute associated with the session management function, wherein the attribute associated with the session management function is an NFStatus attribute of a profile of the session management function is changed to SUSPENDED; and notifying, by the network resource function, a subscribed network function of the change in the status of the session management function, wherein the subscribed network function is an Access and Mobility Management Function or Policy Control Function. detecting or receiving, at a network resource function, an indication of a change in the status of the session management function; changing, at the network resource function, an attribute associated with the session management function, wherein the attribute associated with the session management function is an NFStatus attribute of a profile of the session management function is changed to SUSPENDED; and notifying, by the network resource function, a subscribed network function of the change in the status of the session management function, wherein the subscribed network function is an Access and Mobility Management Function or Policy Control Function.