mhurhangee/patent-ind-claim-en huggingface dataset:
A fuse , comprising: a housing having a top section mounted to a bottom section defining a cavity therein; a first arc barrier extending from the bottom section into the cavity ; a second arc barrier extending from the top section into the cavity ; a first terminal and a second terminal secured to the bottom section ; and a fuse element mounted within the cavity connected to the first terminal and second terminal and traversing the first arc barrier and the second arc barrier wherein the first arc barrier and the second arc barrier resist arcing upon activation of the fuse and the fuse element melts when an overcurrent condition occurs, characterised in that each of the first and second terminals has tongues formed in a top edge thereof, and wherein the bottom section of the housing includes grooves formed in opposing sides thereof, the tongues disposed within the grooves . a housing having a top section mounted to a bottom section defining a cavity therein; a first arc barrier extending from the bottom section into the cavity ; a second arc barrier extending from the top section into the cavity ; a first terminal and a second terminal secured to the bottom section ; and a fuse element mounted within the cavity connected to the first terminal and second terminal and traversing the first arc barrier and the second arc barrier wherein the first arc barrier and the second arc barrier resist arcing upon activation of the fuse and the fuse element melts when an overcurrent condition occurs, characterised in that each of the first and second terminals has tongues formed in a top edge thereof, and wherein the bottom section of the housing includes grooves formed in opposing sides thereof, the tongues disposed within the grooves .
A fire or smoke protection device with (a) a protective element for sealing a building opening , which features a base , and (b) a base rail that is connected to the protective element , (c) wherein the base rail is designed to magnetically and/or positively connect to the base , and (d) the fire or smoke protection element has a base element that is designed to be securely connected to the base or supporting surface, characterised by the fact that (e) the locking device features a locking element with an undercut ; the base element has an undercut ; and the base element and the locking element are shaped in such a way that the base rail only positively interacts with the base element if it exhibits a thermal deflection caused by a fire or a deflection caused by a pressure difference. (a) a protective element for sealing a building opening , which features a base , and (b) a base rail that is connected to the protective element , (c) wherein the base rail is designed to magnetically and/or positively connect to the base , and (d) the fire or smoke protection element has a base element that is designed to be securely connected to the base or supporting surface, characterised by the fact that (e) the locking device features a locking element with an undercut ; the base element has an undercut ; and the base element and the locking element are shaped in such a way that the base rail only positively interacts with the base element if it exhibits a thermal deflection caused by a fire or a deflection caused by a pressure difference.
A terminal point of a communication system , wherein the terminal point is configured to communicate wirelessly in a license-free and/or approval-free frequency band which is used for communication by a plurality of communication systems, wherein access by the communication system to the frequency band takes place based on successive time ranges, wherein the terminal point is configured to send an activation signal in an activation range of one of the time ranges , wherein the activation signal has activation information which announce a subsequent data transmission in a data transmission range of the time range which follows the activation range , wherein the terminal point is configured to divide a data packet to be transmitted into a plurality of sub-data packets which are each shorter than the data packet, and to send the plurality of sub-data packets in the data transmission range in accordance with a frequency- and/or time-hop-based occupancy of the frequency band indicated by a hopping pattern by means of a data signal , wherein the terminal point is configured to emit the activation signal in the activation range of the time range only if a data packet is pending for transmission for the subsequent data transmission range of the same time range , characterized in that an occurrence of the time range and the occurrence of the activation range and of the data transmission range within the time range are known to the terminal point or are signaled by a base station of the communication system by means of a control signal . wherein the terminal point is configured to communicate wirelessly in a license-free and/or approval-free frequency band which is used for communication by a plurality of communication systems, wherein access by the communication system to the frequency band takes place based on successive time ranges, wherein the terminal point is configured to send an activation signal in an activation range of one of the time ranges , wherein the activation signal has activation information which announce a subsequent data transmission in a data transmission range of the time range which follows the activation range , wherein the terminal point is configured to divide a data packet to be transmitted into a plurality of sub-data packets which are each shorter than the data packet, and to send the plurality of sub-data packets in the data transmission range in accordance with a frequency- and/or time-hop-based occupancy of the frequency band indicated by a hopping pattern by means of a data signal , wherein the terminal point is configured to emit the activation signal in the activation range of the time range only if a data packet is pending for transmission for the subsequent data transmission range of the same time range , characterized in that an occurrence of the time range and the occurrence of the activation range and of the data transmission range within the time range are known to the terminal point or are signaled by a base station of the communication system by means of a control signal .
A computer program product comprising instructions that when executed on a controller for controlling a mechanical ventilator will configure the controller to be arranged to perform a method, the method comprising: receiving a measurement of transthoracic impedance of a patient obtained during chest compressions, wherein the measurement of transthoracic impedance comprises measuring fluctuations in transthoracic impedance in the thoracic cavity generated by chest compressions; determining a timing for a mechanical ventilator to provide a ventilation based on the measurement of transthoracic impedance fluctuations generated by chest compressions; and sending a signal to control the mechanical ventilator based on the determined timing. receiving a measurement of transthoracic impedance of a patient obtained during chest compressions, wherein the measurement of transthoracic impedance comprises measuring fluctuations in transthoracic impedance in the thoracic cavity generated by chest compressions; determining a timing for a mechanical ventilator to provide a ventilation based on the measurement of transthoracic impedance fluctuations generated by chest compressions; and sending a signal to control the mechanical ventilator based on the determined timing.
A method for controlling a user interface, the method comprising: Projecting a user interface onto a hand of a user; Determining three-dimensional distance information of a distance between the hand and a distance sensor; Determining a movement of at least parts of the hand based on the three-dimensional distance information, wherein determining the movement of at least parts of the hand comprises determining a rotational movement of the hand around a rotation axis of the hand when the hand is rotated by rotation of the wrist and/or upper arm; and Controlling the user interface based on the movement of at least parts of the hand, wherein the user interface is controlled based on the rotational movement. Projecting a user interface onto a hand of a user; Determining three-dimensional distance information of a distance between the hand and a distance sensor; Determining a movement of at least parts of the hand based on the three-dimensional distance information, wherein determining the movement of at least parts of the hand comprises determining a rotational movement of the hand around a rotation axis of the hand when the hand is rotated by rotation of the wrist and/or upper arm; and Controlling the user interface based on the movement of at least parts of the hand, wherein the user interface is controlled based on the rotational movement.
Cryogenic refrigeration device comprising a working circuit intended to cool a working fluid circulating in said circuit, the working circuit comprising, arranged in series within a loop: a compression portion , a cooling portion , a portion with valve(s) , a pressure regulator portion and a reheating portion, to subject the working fluid to a recuperative working cycle comprising a compression then a cooling then a pressure regulation then a reheating to prepare for a new cycle, wherein, the compression portion comprises at least one compressor having a linear piston driven by a linear motor , the pressure regulation portion comprises at least one pressure regulator with a linear piston, the portion with valve(s) comprises at least one regulating valve linearly actuated by a linear motor and controlled to supply or extract the working fluid from the at least one pressure regulation piston.
A program generating device , comprising: information generating means for generating program area specifying information that specifies a start address and an end address of a placement area of an operating program established by compiling a source code of the operation program executed by a controller that controls equipment ; and measuring process adding means for adding a program specifying process that specifies the operating program executed by the controller , on the basis of the start address and the end address specified by the program area specifying information generated by the information generating means and a program counter value of the controller , and an identification information transmitting process that transmits identification information identifying the specified operating program to a measuring program that measures an execution state of the operating program, characterized in that in the identification information transmitting process, a signal kept at a given level is output until a start of outputs of signals expressing the identification information for the specified operating program with two values of a signal value at the given level and a signal value at a level which is an inverse of the given level, and a signal kept at the level that is the inverse of the given level is output after transmission of the signals expressing the identification information finishes. information generating means for generating program area specifying information that specifies a start address and an end address of a placement area of an operating program established by compiling a source code of the operation program executed by a controller that controls equipment ; and measuring process adding means for adding a program specifying process that specifies the operating program executed by the controller , on the basis of the start address and the end address specified by the program area specifying information generated by the information generating means and a program counter value of the controller , and an identification information transmitting process that transmits identification information identifying the specified operating program to a measuring program that measures an execution state of the operating program, characterized in that in the identification information transmitting process, a signal kept at a given level is output until a start of outputs of signals expressing the identification information for the specified operating program with two values of a signal value at the given level and a signal value at a level which is an inverse of the given level, and a signal kept at the level that is the inverse of the given level is output after transmission of the signals expressing the identification information finishes.
A shaking and sample-taking device for biological liquids that is designed to take samples of biological liquids in a tube , comprising a shaker that is designed to mix a rack holding one or more tubes by performing a succession of tilting movements between two shaking positions, characterized in that the shaker includes an open support , the device also having a cover that is arranged such as to prevent the rack from coming out of the shaker during shaking thereof, and that is mounted rotatingly on the shaker in order to release the rack through the opening in the support when same is tilted beyond the shaking position distant from the insertion position of the rack , the cover comprising a portion that butts against the shaker when the shaker reaches the shaking position furthest away from the insertion position of a rack , and a spring arranged to be compressed when the shaker tilts beyond this position, such that the cover does not prevent the rack from coming out, and in that the shaker is also arranged to tilt beyond the shaking position furthest from the insertion position of a rack to discharge same by gravity.
An electric motor power system comprising: a converter-inverter that includes one or more converters including a group of semiconductor elements and one or more inverters including a group of semiconductor elements, the converter converting an AC power into a DC power, the inverter converting the DC power output by the converter into a three-phase AC power, the inverter outputting the three-phase AC power to a main motor , and the converter-inverter including a DC circuit linking the converters and the inverters; and a respective cooler that cools the or each converter and the or each inverter , characterized in that : the electric motor power system further comprises a storage battery which is connected to the DC circuit; and in regard of the or each converter and the or each inverter cooled by the respective cooler , the group of semiconductor elements belonging to the converter is divided into a plurality of areas with the group of semiconductor elements belonging to the inverter provided therebetween, the converter charging the storage battery and the cooler cooling the converter when a power conversion operation by the inverter is stopped. a converter-inverter that includes one or more converters including a group of semiconductor elements and one or more inverters including a group of semiconductor elements, the converter converting an AC power into a DC power, the inverter converting the DC power output by the converter into a three-phase AC power, the inverter outputting the three-phase AC power to a main motor , and the converter-inverter including a DC circuit linking the converters and the inverters; and a respective cooler that cools the or each converter and the or each inverter , characterized in that : the electric motor power system further comprises a storage battery which is connected to the DC circuit; and in regard of the or each converter and the or each inverter cooled by the respective cooler , the group of semiconductor elements belonging to the converter is divided into a plurality of areas with the group of semiconductor elements belonging to the inverter provided therebetween, the converter charging the storage battery and the cooler cooling the converter when a power conversion operation by the inverter is stopped. the electric motor power system further comprises a storage battery which is connected to the DC circuit; and in regard of the or each converter and the or each inverter cooled by the respective cooler , the group of semiconductor elements belonging to the converter is divided into a plurality of areas with the group of semiconductor elements belonging to the inverter provided therebetween, the converter charging the storage battery and the cooler cooling the converter when a power conversion operation by the inverter is stopped.
A method of forming an article comprising a substrate and an energy absorbing material, the method comprising solidifying a liquid composition for use in forming the energy absorbing material while in contact with the substrate, wherein the liquid composition penetrates into the substrate during the solidification, the composition comprising: A) a liquid-castable polymer system, which solidifies to form a material comprising an elastomeric polymer matrix, the material having a Shore D hardness in the range of 30 to 60; combined with B) solid particles of a shear thickening additive, the particles having a D10 of at least 0.05 mm and a D90 of no more than 2.0 mm and a Shore D hardness of at least 30. A) a liquid-castable polymer system, which solidifies to form a material comprising an elastomeric polymer matrix, the material having a Shore D hardness in the range of 30 to 60; combined with B) solid particles of a shear thickening additive, the particles having a D10 of at least 0.05 mm and a D90 of no more than 2.0 mm and a Shore D hardness of at least 30.
An ethylene-based composition comprising a blend of: an ultra-high molecular weight polyethylene having an intrinsic viscosity from 5 to 50 deciliters/gram, a thermoplastic polyolefin elastomer having a density of from 0.850 to 0.900 g/cc, wherein the thermoplastic polyolefin elastomer is an ethylene/alpha-olefin interpolymer, and optionally, a fluoropolymer. an ultra-high molecular weight polyethylene having an intrinsic viscosity from 5 to 50 deciliters/gram, a thermoplastic polyolefin elastomer having a density of from 0.850 to 0.900 g/cc, wherein the thermoplastic polyolefin elastomer is an ethylene/alpha-olefin interpolymer, and optionally, a fluoropolymer.
A N-[5-(amino-sulfonyl)-4-methyl-1,3-thiazol-2-yl]-N-methyl-2-[4-(2-pyridinyl)phenyl]acetamide free base hemihydrate having the molecular formula C 18 H 18 N 4 O 3 S 2 × 0.5 H 2 O for use in a topical pharmaceutical formulation in the treatment and/or prevention of a herpes virus infection in a subject in need thereof.
A computer-implemented method for a use of an assessed robustness of a smoothed classifier ( g ) for classifying sensor signals received from a sensor for fail-safe operation of an actuator , comprising the steps of: - providing an input signal (x) depending on said sensor signal (S), - determining, by the smoothed classifier ( g ), a first value ( p A ) which characterizes a probability that said input signal (x), when subjected to noise, will be classified as belonging to a first class ( c A ) out of a predefined plurality of classes, wherein said first class ( c A ) is a most probable class, - determining, by the smoothed classifier ( g )), a second value ( p B ) which characterizes a probability that said input signal (x), when subjected to said noise, will be classified as belonging to a second class ( c B ) out of said predefined plurality of classes, wherein said second class ( c B ) is a second-most probable class, - determining a robustness value ( ), wherein said robustness value ( ) is determined proportional to a difference of a first inverse value (Φ -1 ( p A )) of a standard Gaussian cumulative distribution function (Φ) at said first value ( p A ) minus a second inverse value (Φ -1 ( p B )) of said standard Gaussian cumulative distribution function (Φ) at said second value ( p B ) and assessing whether said smoothed classifier ( g ) is robust or not depending on the robustness value ( ), and determining an actuator control signal (A) for controlling said actuator in accordance with a result of said assessment, wherein if the smoothed classifier is deemed not robust as the result of said assessment, said actuator is operated in a fail-safe mode. - providing an input signal (x) depending on said sensor signal (S), - determining, by the smoothed classifier ( g ), a first value ( p A ) which characterizes a probability that said input signal (x), when subjected to noise, will be classified as belonging to a first class ( c A ) out of a predefined plurality of classes, wherein said first class ( c A ) is a most probable class, - determining, by the smoothed classifier ( g )), a second value ( p B ) which characterizes a probability that said input signal (x), when subjected to said noise, will be classified as belonging to a second class ( c B ) out of said predefined plurality of classes, wherein said second class ( c B ) is a second-most probable class, - determining a robustness value ( ), wherein said robustness value ( ) is determined proportional to a difference of a first inverse value (Φ -1 ( p A )) of a standard Gaussian cumulative distribution function (Φ) at said first value ( p A ) minus a second inverse value (Φ -1 ( p B )) of said standard Gaussian cumulative distribution function (Φ) at said second value ( p B ) and assessing whether said smoothed classifier ( g ) is robust or not depending on the robustness value ( ), and determining an actuator control signal (A) for controlling said actuator in accordance with a result of said assessment, wherein if the smoothed classifier is deemed not robust as the result of said assessment, said actuator is operated in a fail-safe mode.
An implantable medical device comprising: therapy delivery circuitry configured to deliver anti-tachycardia pacing (ATP) therapy to a heart of a patient, the ATP therapy including one or more pulse trains, each of the one or more pulse trains including a plurality of pacing pulses; and processing circuitry configured to: for at least one of the plurality of pacing pulses of at least one of the one or more pulse trains, determine at least one latency metric of an evoked response of the heart to the pacing pulse; and modify the ATP therapy based on the at least one latency metric. therapy delivery circuitry configured to deliver anti-tachycardia pacing (ATP) therapy to a heart of a patient, the ATP therapy including one or more pulse trains, each of the one or more pulse trains including a plurality of pacing pulses; and processing circuitry configured to: for at least one of the plurality of pacing pulses of at least one of the one or more pulse trains, determine at least one latency metric of an evoked response of the heart to the pacing pulse; and modify the ATP therapy based on the at least one latency metric. for at least one of the plurality of pacing pulses of at least one of the one or more pulse trains, determine at least one latency metric of an evoked response of the heart to the pacing pulse; and modify the ATP therapy based on the at least one latency metric.