mhurhangee/patent-ind-claim-en huggingface dataset:
A procedural barrier for a medical procedure, comprising: a sheet of one or more nonwoven materials, the sheet having a length and a width sufficient to establish a procedural field for the medical procedure on a side of the sheet opposite a patient-facing side of the sheet; and an integrated connecting means in the sheet for connecting one or more single-use medical devices in the procedural field to another medical device on the patient-facing side of the sheet, the integrated connection means comprising: an integrated electrical connector integrated into the sheet for establishing an electrical connection across the procedural barrier between the single-use medical device in the procedural field to the other medical device on the patient-facing side of the sheet without compromising the procedural field, and an integrated conduit passing through the sheet for establishing an alternative electrical connection, an optical connection, or both the alternative electrical connection and the optical connection across the procedural barrier between the same or a different single-use medical device in the procedural field to the other medical device on the patient-facing side of the sheet without compromising the procedural field. a sheet of one or more nonwoven materials, the sheet having a length and a width sufficient to establish a procedural field for the medical procedure on a side of the sheet opposite a patient-facing side of the sheet; and an integrated connecting means in the sheet for connecting one or more single-use medical devices in the procedural field to another medical device on the patient-facing side of the sheet, the integrated connection means comprising: an integrated electrical connector integrated into the sheet for establishing an electrical connection across the procedural barrier between the single-use medical device in the procedural field to the other medical device on the patient-facing side of the sheet without compromising the procedural field, and an integrated conduit passing through the sheet for establishing an alternative electrical connection, an optical connection, or both the alternative electrical connection and the optical connection across the procedural barrier between the same or a different single-use medical device in the procedural field to the other medical device on the patient-facing side of the sheet without compromising the procedural field. an integrated electrical connector integrated into the sheet for establishing an electrical connection across the procedural barrier between the single-use medical device in the procedural field to the other medical device on the patient-facing side of the sheet without compromising the procedural field, and an integrated conduit passing through the sheet for establishing an alternative electrical connection, an optical connection, or both the alternative electrical connection and the optical connection across the procedural barrier between the same or a different single-use medical device in the procedural field to the other medical device on the patient-facing side of the sheet without compromising the procedural field.
A sound system comprising: a body comprising a central part and two side blocks , said side blocks comprising substantially vertical panels, wherein each side block comprises three sound emitting elements positioned on the vertical lateral panels of each side block except an inner panel facing towards the central part ; a user interface ; and an electronic circuit providing drive signals to the sound emitting elements ; wherein the electronic circuit comprises a single processing chip , said processing chip comprising an output module for driving the sound emitting elements , said output module comprising processing algorithms to transform any received sound signal into multichannel drive signals corresponding to a configuration of the sound system, and whereas each sound emitting element receives a different drive signal, and whereas each drive signal corresponds to a different channel, characterized in that the sound system further comprises an adjustment module providing the output module with parameters representative of the mechanical configuration and the environment of the sound system such as angles between and/or distances between the sound emitting elements and wall or the like, wherein said adjustment module is connected to said user interface to allow a selection between several preset positions of the sound system in the environment such as against a wall, in the middle of a room or the like in order to adjust the processing algorithms to the environment of the sound system. a body comprising a central part and two side blocks , said side blocks comprising substantially vertical panels, wherein each side block comprises three sound emitting elements positioned on the vertical lateral panels of each side block except an inner panel facing towards the central part ; a user interface ; and an electronic circuit providing drive signals to the sound emitting elements ; wherein the electronic circuit comprises a single processing chip , said processing chip comprising an output module for driving the sound emitting elements , said output module comprising processing algorithms to transform any received sound signal into multichannel drive signals corresponding to a configuration of the sound system, and whereas each sound emitting element receives a different drive signal, and whereas each drive signal corresponds to a different channel, characterized in that the sound system further comprises an adjustment module providing the output module with parameters representative of the mechanical configuration and the environment of the sound system such as angles between and/or distances between the sound emitting elements and wall or the like, wherein said adjustment module is connected to said user interface to allow a selection between several preset positions of the sound system in the environment such as against a wall, in the middle of a room or the like in order to adjust the processing algorithms to the environment of the sound system.
A method for use in a medical system, the method comprising: receiving analog signals from one or more components of the medical system over an input/output (I/O) interface; converting the analog signals into digital signals to form processed signals; monitoring a system bus for one or more packets received over a first interface, wherein the one or more packets comprise the processed signals from the one or more components of the medical system; identifying an origin of the one or more packets; monitoring time intervals between the one or more packets to determine a connection status of the one or more components; parsing each of the one or more packets into a packet header and data; inspecting the data for errors; transmitting an indication of the connection status and an indication of errors to a display over a second interface. receiving analog signals from one or more components of the medical system over an input/output (I/O) interface; converting the analog signals into digital signals to form processed signals; monitoring a system bus for one or more packets received over a first interface, wherein the one or more packets comprise the processed signals from the one or more components of the medical system; identifying an origin of the one or more packets; monitoring time intervals between the one or more packets to determine a connection status of the one or more components; parsing each of the one or more packets into a packet header and data; inspecting the data for errors; transmitting an indication of the connection status and an indication of errors to a display over a second interface.
Medicament dispenser for delivering a medicament to a user , the medical dispenser comprising: - one One or more internal storages for storing one or more medicaments ; - a dispensing unit configured to access said one or more internal storages and dispense the medicament (9; 53) based on a predefined dispensing protocol ; - a control unit comprising a user recognition unit , adapted to collect user authentication data , and a communication module configured to send/receive said user authentication data and a delivery control data associated to said predefined dispensing protocol to/from a remote server , wherein said control unit is configured to enable/disable said dispensing unit based on said user authentication data and said delivery control data ; - a destruction system of the one or more medicaments , characterized in that said destruction system comprises a reservoir disposed within the internal storage , said reservoir having frangible walls and containing a medicament-neutralizing agent . - one One or more internal storages for storing one or more medicaments ; - a dispensing unit configured to access said one or more internal storages and dispense the medicament (9; 53) based on a predefined dispensing protocol ; - a control unit comprising a user recognition unit , adapted to collect user authentication data , and a communication module configured to send/receive said user authentication data and a delivery control data associated to said predefined dispensing protocol to/from a remote server , wherein said control unit is configured to enable/disable said dispensing unit based on said user authentication data and said delivery control data ; - a destruction system of the one or more medicaments ,
A method for detecting the presence of a target sequence comprising: a. producing a probe by: i. obtaining double strand polynucleotides known to contain complementary target sequences and repetitive sequences; ii. fragmenting said double strand polynucleotides into fragments; iii. denaturing said fragments into single strands; iv. hybridizing said repetitive sequences to form a mixture of double strands and single strands; v. cleaving said double strands; and vi. amplifying said single strands wherein said single strands are complementary to said target sequences; and b. adding said probe to a sample containing the target sequence; and c. detecting said probe wherein said detection is selected from a group consisting of ISH, FISH, CGH, spectral karyotyping, chromosome painting, Northern blots, Southern blots, microarray analysis, and combinations thereof. a. producing a probe by: i. obtaining double strand polynucleotides known to contain complementary target sequences and repetitive sequences; ii. fragmenting said double strand polynucleotides into fragments; iii. denaturing said fragments into single strands; iv. hybridizing said repetitive sequences to form a mixture of double strands and single strands; v. cleaving said double strands; and vi. amplifying said single strands wherein said single strands are complementary to said target sequences; and i. obtaining double strand polynucleotides known to contain complementary target sequences and repetitive sequences; ii. fragmenting said double strand polynucleotides into fragments; iii. denaturing said fragments into single strands; iv. hybridizing said repetitive sequences to form a mixture of double strands and single strands; v. cleaving said double strands; and vi. amplifying said single strands wherein said single strands are complementary to said target sequences; and b. adding said probe to a sample containing the target sequence; and c. detecting said probe wherein said detection is selected from a group consisting of ISH, FISH, CGH, spectral karyotyping, chromosome painting, Northern blots, Southern blots, microarray analysis, and combinations thereof.
An apparatus for controlling a medical device , the apparatus comprising: an identification information acquiring unit configured to acquire identification information of a patient from a tag ; a patient information acquiring unit configured to acquire patient information from a server by using the acquired identification information; a diagnostic information acquiring unit configured to acquire diagnostic information for the patient from the server by using the acquired identification information; and a control unit configured to generate operation environment setting information for the medical device by using the acquired patient information and the acquired diagnostic information , and change a state of the medical device based on the patient information and the diagnostic information ; wherein the operation environment setting information for the medical device includes information identifying a desired location of a patient table and X-ray dosage for imaging the patient using a CT device or an X-ray device ; and wherein the control unit is further configured to perform adjusting the location of the patient table and adjusting the X-ray dosage based on the generated operation environment setting information; and wherein the control unit is further configured to adjust moving speed of the patient table based on age of the patient and development of a symptom. an identification information acquiring unit configured to acquire identification information of a patient from a tag ; a patient information acquiring unit configured to acquire patient information from a server by using the acquired identification information; a diagnostic information acquiring unit configured to acquire diagnostic information for the patient from the server by using the acquired identification information; and a control unit configured to generate operation environment setting information for the medical device by using the acquired patient information and the acquired diagnostic information , and change a state of the medical device based on the patient information and the diagnostic information ; wherein the operation environment setting information for the medical device includes information identifying a desired location of a patient table and X-ray dosage for imaging the patient using a CT device or an X-ray device ; and wherein the control unit is further configured to perform adjusting the location of the patient table and adjusting the X-ray dosage based on the generated operation environment setting information; and wherein the control unit is further configured to adjust moving speed of the patient table based on age of the patient and development of a symptom.
A seal system comprising: a first member ; a seal carried by the first member and having a seal face ; and a second member rotatable relative to the first member about an axis and having: a seat , the seat having a seat face in sliding sealing engagement with the seal face ; and a circumferential array of passageway legs open to the seat face ; the seal system being characterised by an oil pump for delivering oil via one or more first outlets to the passageway legs in at least a first mode of operation, wherein the seal system further comprises: one or more second outlets , the oil pump coupled to the one or more second outlets to deliver oil to a backside of the seat in at least a second mode of operation. a first member ; a seal carried by the first member and having a seal face ; and a second member rotatable relative to the first member about an axis and having: a seat , the seat having a seat face in sliding sealing engagement with the seal face ; and a circumferential array of passageway legs open to the seat face ; the seal system being characterised by a seat , the seat having a seat face in sliding sealing engagement with the seal face ; and a circumferential array of passageway legs open to the seat face ; the seal system being characterised by an oil pump for delivering oil via one or more first outlets to the passageway legs in at least a first mode of operation,
An apparatus (10; 50) comprising at least one processor and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the processor , cause the apparatus (10: 50) to: receive an attempted voice communication from a caller ; determine at least one contextual characteristic associated with the apparatus (10; 50) by reviewing prior messages sent to the caller ; and suggest at least one message segment based on the determined at least one contextual characteristic in order to draft a message. receive an attempted voice communication from a caller ; determine at least one contextual characteristic associated with the apparatus (10; 50) by reviewing prior messages sent to the caller ; and suggest at least one message segment based on the determined at least one contextual characteristic in order to draft a message.
Valve system for a hydraulic emergency drive gear function of a motor vehicle automatic transmission, the valve system comprising: - a position valve with a first piston slide and - an electromagnetic pressure controller with a falling characteristic, wherein - the first piston slide can be moved to a first position and to a second position, wherein the first piston slide is prestressed in the first position and - when the first piston slide is in the second position the electromagnetic pressure controller is designed to connect a system pressure-carrying line of the motor vehicle automatic transmission to at least one emergency drive gear clutch of the motor vehicle automatic transmission and to a second emergency drive gear clutch of the motor vehicle automatic transmission, as a result of which the first emergency drive gear clutch and the second emergency drive gear clutch are operated, so that an emergency drive gear of the motor vehicle automatic transmission is engaged, characterized in that the valve system comprises an OR valve , wherein the OR valve is designed to hydraulically connect either the first emergency drive gear clutch or the second emergency drive gear clutch to the position valve , so that the first piston slide is held in the second position. - a position valve with a first piston slide and - an electromagnetic pressure controller with a falling characteristic, wherein - the first piston slide can be moved to a first position and to a second position, wherein the first piston slide is prestressed in the first position and - when the first piston slide is in the second position the electromagnetic pressure controller is designed to connect a system pressure-carrying line of the motor vehicle automatic transmission to at least one emergency drive gear clutch of the motor vehicle automatic transmission and to a second emergency drive gear clutch of the motor vehicle automatic transmission, as a result of which the first emergency drive gear clutch and the second emergency drive gear clutch are operated, so that an emergency drive gear of the motor vehicle automatic transmission is engaged, characterized in that the valve system comprises an OR valve , wherein the OR valve is designed to hydraulically connect either the first emergency drive gear clutch or the second emergency drive gear clutch to the position valve , so that the first piston slide is held in the second position.
Filter insert for filtering air, in particular for an internal combustion engine, having an inflow surface , an outflow surface as well as a main flow direction (X), a filter body which is designed as a filter bellows and features outer fold edges which lie on the inflow surface, and inner fold edges opposite the outer folded edges and which lie on the outflow surface, wherein the outflow surface is inclined with respect to the inflow surface, a filter insert frame supporting the filter body , wherein the filter insert frame features in the area of the outflow surface a seal for separating a filter interior of a filter into clean side and raw side and in the area of the inflow surface an edge protection running around the outside of the filter frame , wherein the edge protection connects the filter body and the filter insert frame with each other.
Paper roll cutting device comprising a rotating motorized arm , provided with a rotation axis fixed in the space, and at least one cutting blade , provided with a rotation axis , connected to the rotating motorized arm to cut at least a paper stick obtaining said paper rolls, wherein the rotation axis of the cutting blade is cyclically movable during the rotation of the motorized arm , the distance between the rotation axis of the rotating arm and the rotation axis of the cutting blade being progressively cyclically variable during the rotation of the motorized arm with a minimum distance at the lower point of the rotation trajectory of the cutting blade , characterized in that said rotating motorized arm comprises a first rotating plate , a second roto-translating plate and linear guides , arranged between the first and the second plates , as well as a mechanical connection mechanism, comprising a connecting rod and a crank , coupled to its opposite ends respectively to the first and to the second plate , wherein the rotation axis of the cutting blade is integral to the second roto-translating plate and wherein the rotation axis of the motorized rotating arm coincides with the rotation axis of the first rotating plate .
Series circuit with a plurality of safety switches , wherein the series circuit comprises wiring connecting the safety switches , wherein signals can be output by the safety switches , characterised in that depending on the registration of the signals by further safety switches of the series circuit it is detectable whether the wiring is configured for connection of a master and whether such a master is connected and the operation of the safety switches is correspondingly predetermined in dependence thereon.
Method for ascertaining movement variables of a two-wheeled vehicle , - wherein the two-wheeled vehicle comprises a sensor system having a rotation rate sensor , an acceleration sensor , and a wheel speed sensor , - wherein the wheel speed sensor is designed to detect at least one measurement pulse per revolution of a wheel of the two-wheeled vehicle , and - wherein the method comprises the following steps: - detecting rotation rates, in particular three-dimensional rotation rates, of the two-wheeled vehicle by means of the rotation rate sensor , - detecting acceleration values of the two-wheeled vehicle by means of the acceleration sensor , characterized by : - estimating a motion state of the two-wheeled vehicle on the basis of the detected rotation rates, - wherein the motion state comprises estimated values for estimated acceleration values and for an estimated speed and for an estimated distance covered, - first correcting of the estimated motion state on the basis of the detected acceleration values, and - ascertaining a distance covered by the two-wheeled vehicle or an instantaneous speed of the two-wheeled vehicle and a distance covered by the two-wheeled vehicle on the basis of the corrected estimated motion state. - wherein the two-wheeled vehicle comprises a sensor system having a rotation rate sensor , an acceleration sensor , and a wheel speed sensor , - wherein the wheel speed sensor is designed to detect at least one measurement pulse per revolution of a wheel of the two-wheeled vehicle , and - wherein the method comprises the following steps: - detecting rotation rates, in particular three-dimensional rotation rates, of the two-wheeled vehicle by means of the rotation rate sensor , - detecting acceleration values of the two-wheeled vehicle by means of the acceleration sensor , - detecting rotation rates, in particular three-dimensional rotation rates, of the two-wheeled vehicle by means of the rotation rate sensor , - detecting acceleration values of the two-wheeled vehicle by means of the acceleration sensor , - estimating a motion state of the two-wheeled vehicle on the basis of the detected rotation rates, - wherein the motion state comprises estimated values for estimated acceleration values and for an estimated speed and for an estimated distance covered, - first correcting of the estimated motion state on the basis of the detected acceleration values, and - ascertaining a distance covered by the two-wheeled vehicle or an instantaneous speed of the two-wheeled vehicle and a distance covered by the two-wheeled vehicle on the basis of the corrected estimated motion state.