mhurhangee/ep-ind-claims huggingface dataset:
A respiratory airflow monitoring device, comprising: a body comprising two halves (402a, 402b) configured to couple together; a pair of first arms (404a, 404b) extending distally outwards from the body wherein one of the first arms extends distally from a first half of the body and the other of the first arms extends distally from a second half of the body; and a first thermistor mounted to the body or at least one of the pair of first arms; wherein at least one of the first arms is moveable with respect to the other by a distance sufficient to position a human nasal septum therebetween; and wherein at least one of the first arms is biased towards the other such that, when a human nasal septum is received between the pair of first arms, the pair of first arms applies a compressive force to the nasal septum sufficient to retain the pair of first arms substantially in place; and a computing device in communication with said first thermistor, and configured to determine an airflow velocity, based upon temperature measurements of the airflow acquired by the at least one thermistor; and wherein the velocity of airflow is determined empirically according to one of: v = 1 b − C T T ̇ T − T A − a c where a b, and c are constants associated with the thermistor and obtained from King's law equation and C T is the heat capacity of the thermistor or G v = T ̇ T A − T where G ( v) is obtained experimentally, where T is the measured temperature of the thermistor; T A is the temperature of the inspired airflow; and T is the rate of change of temperature of the thermistor. a body comprising two halves (402a, 402b) configured to couple together; a pair of first arms (404a, 404b) extending distally outwards from the body wherein one of the first arms extends distally from a first half of the body and the other of the first arms extends distally from a second half of the body; and a first thermistor mounted to the body or at least one of the pair of first arms; wherein at least one of the first arms is moveable with respect to the other by a distance sufficient to position a human nasal septum therebetween; and wherein at least one of the first arms is biased towards the other such that, when a human nasal septum is received between the pair of first arms, the pair of first arms applies a compressive force to the nasal septum sufficient to retain the pair of first arms substantially in place; and a computing device in communication with said first thermistor, and configured to determine an airflow velocity, based upon temperature measurements of the airflow acquired by the at least one thermistor; and wherein the velocity of airflow is determined empirically according to one of: v = 1 b − C T T ̇ T − T A − a c where a b, and c are constants associated with the thermistor and obtained from King's law equation and C T is the heat capacity of the thermistor or G v = T ̇ T A − T where G ( v) is obtained experimentally, where T is the measured temperature of the thermistor; T A is the temperature of the inspired airflow; and T is the rate of change of temperature of the thermistor.
Pedal-driven vehicle, in particular electric bicycle, comprising - an electric drive which is arranged directly on a crank drive, as a centre-mounted motor, - a power supply, - a chain, - gearshift which is embodied as a derailleur system, - an electric actuator for activating the gearshift, and - a control unit for actuating the electric drive and the electric actuator, - wherein the control unit is configured to drive the electric drive in the event of a gear change command, in order to move the chain so as to permit a gear change by means of the electric actuator. - an electric drive which is arranged directly on a crank drive, as a centre-mounted motor, - a power supply, - a chain, - gearshift which is embodied as a derailleur system, - an electric actuator for activating the gearshift, and - a control unit for actuating the electric drive and the electric actuator, - wherein the control unit is configured to drive the electric drive in the event of a gear change command, in order to move the chain so as to permit a gear change by means of the electric actuator.
A fluorine and epoxy group-containing copolymer comprising at least a monomer unit represented by following general formula: wherein R 1 -R 10 each independently represent a hydrogen atom or an alkyl group having 1-3 carbon atoms, R 11 represents a hydrogen atom, a methyl group, or a phenyl group, and R 5 or R 6 can be linked to R 7 or R 8 to form a ring, and a monomer unit represented by following general formula: wherein R 12 and R 13 each independently represent a hydrogen atom or a fluorine atom, R 14 represents a hydrogen atom, a fluorine atom, a methyl group or a trifluoromethyl group, and R 15 represents a fluorine atom or a perfluoroalkyl group having not greater than 12 carbon atoms.
Nozzle tube changer for a casting device for producing metallurgic products, comprising an actuation member for moving a nozzle tube from a waiting position into the casting position, in which the nozzle tube is pressed against an outlet sleeve or similar of the casting device that forms a casting channel with the latter, whereby the nozzle tube changer is provided with a dummy plate serving to close the casting channel, which during normal operation is positioned in a waiting position and in an emergency can be pushed in by an actuation member, pushing the nozzle tube away, characterised in that the during normal operation the dummy plate in the waiting position is held over the plane of movement of the nozzle tube and can be lowered automatically onto the plane of movement of the nozzle tube in an emergency and can be pushed in beneath the casting channel formed by the outlet sleeve.
A method for allocating radio resources to a plurality of communications in a wideband telecommunications system, each communication being associated with at least one user equipment, at least one of the communications being associated with a single user equipment, said radio resources being time and frequency divided into resource blocks, said plurality of communications forming at least one group of communications and at least a same resource block being allocated to said group of communications in order to transmit the plurality of communications, the resource block(s) being allocated to the group of communications from at least one piece of information, received from at least one piece of the user equipment, on the quality of a communication in which said user equipment is involved, the resource block(s) allocated to the group of communications are identified by a first identifier, the method comprises: - a step of sending said first identifier to each piece of user equipment involved in a communication of the group of communications, - a step of encrypting a communication intended for a user equipment or a given group of pieces of user equipment using a single encryption key with which a single decryption key for decrypting said communication is associated, - a step of transmitting the group of communications to the plurality of user equipment over a radio link by using the resource block(s) allocated, and, for each piece of user equipment, the steps of: - identifying (E5a), from the first identifier, the resource block(s) over which the group of communications is transmitted, - receiving (E5b) the group of communications transmitted over the resource block(s) identified, - receiving a second identifier for identifying, in the group of communications received, a communication intended for it, - identifying the communication intended for it from the second identifier, - a step of applying its decryption key to said communication of the group of communications received so as to decrypt it. - a step of sending said first identifier to each piece of user equipment involved in a communication of the group of communications, - a step of encrypting a communication intended for a user equipment or a given group of pieces of user equipment using a single encryption key with which a single decryption key for decrypting said communication is associated, - a step of transmitting the group of communications to the plurality of user equipment over a radio link by using the resource block(s) allocated, - identifying (E5a), from the first identifier, the resource block(s) over which the group of communications is transmitted, - receiving (E5b) the group of communications transmitted over the resource block(s) identified, - receiving a second identifier for identifying, in the group of communications received, a communication intended for it, - identifying the communication intended for it from the second identifier, - a step of applying its decryption key to said communication of the group of communications received so as to decrypt it.
A heating module for heating preforms to be processed in a stretch blow moulding apparatus, wherein the heating module has a heating lane with transport means for the movement of the preforms along a transport path, and wherein infrared emitters are located on at least one side of the heating lane, wherein the heating module has at least one medium for generating a mouth section coolant stream for cooling the mouth section of the preforms, at least one medium for generating a surface coolant stream for cooling the surface of the preforms, and at least one medium for generating an emitter coolant stream for cooling the infrared emitters, wherein the heating module has at least one mechanically adjustable adjustment device for the control of the quantity and/or stream direction of the surface coolant stream, characterised in that the heating module comprises a cooling shield for the cooling of the emitters, which cooling shield is disposed above the infrared emitters at the level of the mouth section of the preforms, wherein the cooling shield has an underside facing toward the infrared emitters and having particularly good characteristics of thermal radiation reflection, wherein the underside is a surface with highly reflective characteristics, a mirror-polished light metal surface, or a surface with a highly reflective coating applied thereonto.
Electrical machine, in particular brushless permanent magnet motor, - comprising a stator, which has a plurality of teeth comprising at least one needle-wound winding strand (u, v, w), - the at least one winding strand (u, v, w) having at least two windings (WG1...2, WG7...8; WG3...4, WG9...10; WG5...6, WG11...12) on adjacent teeth, which are arranged connected in series, - the at least two windings (WG1...2, WG7...8; WG3...4, WG9...10; WG5...6, WG11...12) each having at least one winding layer (11, 12, 13), - a needle path (10, 10a, 10b) being provided, which is formed between the at least two windings (WG1...2, WG7...8; WG3...4, WG9...10; WG5...6, WG11...12) through a crossing portion of the at least two windings (WG1...2, WG7...8; WG3...4, WG9...10; WG5...6, WG11...12) and is filled at least in part, characterised in that - a final winding layer of the at least two winding layers (11, 12, 13) is wound around the adjacent teeth in a complete figure of eight, a crossing portion in the needle path (10, 10a, 10b) being formed by first crossing portions and second crossing portions which cross one another. - comprising a stator, which has a plurality of teeth comprising at least one needle-wound winding strand (u, v, w), - the at least one winding strand (u, v, w) having at least two windings (WG1...2, WG7...8; WG3...4, WG9...10; WG5...6, WG11...12) on adjacent teeth, which are arranged connected in series, - the at least two windings (WG1...2, WG7...8; WG3...4, WG9...10; WG5...6, WG11...12) each having at least one winding layer (11, 12, 13), - a needle path (10, 10a, 10b) being provided, which is formed between the at least two windings (WG1...2, WG7...8; WG3...4, WG9...10; WG5...6, WG11...12) through a crossing portion of the at least two windings (WG1...2, WG7...8; WG3...4, WG9...10; WG5...6, WG11...12) and is filled at least in part, - a final winding layer of the at least two winding layers (11, 12, 13) is wound around the adjacent teeth in a complete figure of eight, a crossing portion in the needle path (10, 10a, 10b) being formed by first crossing portions and second crossing portions which cross one another.
A heart rate monitor, comprising: an optical heart rate sensor; and a strap for mounting the sensor to a limb of a user, wherein the OHR sensor comprises a sensing unit including at least one light emitter (24a,24b) arranged to emit light into the skin of a user and a photodetector arranged to sense light reflected through the skin of the user, the sensing unit protruding from a lower surface of the OHR sensor, and the sensing unit being arranged substantially centrally in the strap, and wherein the strap comprises compressible edge portions (10a,10b) that run along opposite sides of the sensing unit, wherein each compressible edge portion (10a, 10b) is configured to form a flange extending over an edge of the OHR sensor, and wherein the flange of each edge portion is configured such that, when the strap is mounted to a limb of a user, the flange of each edge portion is compressed against the skin to prevent or reduce the ingress of ambient light to the sensing unit. an optical heart rate sensor; and a strap for mounting the sensor to a limb of a user, wherein the OHR sensor comprises a sensing unit including at least one light emitter (24a,24b) arranged to emit light into the skin of a user and a photodetector arranged to sense light reflected through the skin of the user, the sensing unit protruding from a lower surface of the OHR sensor, and the sensing unit being arranged substantially centrally in the strap, and wherein the strap comprises compressible edge portions (10a,10b) that run along opposite sides of the sensing unit, wherein each compressible edge portion (10a, 10b) is configured to form a flange extending over an edge of the OHR sensor, and wherein the flange of each edge portion is configured such that, when the strap is mounted to a limb of a user, the flange of each edge portion is compressed against the skin to prevent or reduce the ingress of ambient light to the sensing unit.
A method of producing a haptic effect, comprising: generating a periodic drive signal (201, 203, 205, 207, 209, 211, 213, 215, 217, 219, 221, 223) based on a touch input at a surface and based on a tactile sensation to be simulated at the surface, said generating the periodic drive signal (201, 203, 205, 207, 209, 211, 213, 215, 217, 219, 221, 223) comprising altering a frequency or amplitude of the periodic drive signal by a pseudo-random amount; and, applying the periodic drive signal to a haptic output device. generating a periodic drive signal (201, 203, 205, 207, 209, 211, 213, 215, 217, 219, 221, 223) based on a touch input at a surface and based on a tactile sensation to be simulated at the surface, said generating the periodic drive signal (201, 203, 205, 207, 209, 211, 213, 215, 217, 219, 221, 223) comprising altering a frequency or amplitude of the periodic drive signal by a pseudo-random amount; and, applying the periodic drive signal to a haptic output device.
Battery pack replacement adapter for receiving a battery pack (14, 20, 42; 114) which is to be removed from a battery compartment of an industrial truck or for providing a battery pack (14, 20, 42; 114) which is to be inserted into the battery compartment, it being possible to orient the replacement adapter (22; 122) in a predetermined position for a battery replacement operation relative to the industrial truck by means of mutually interacting orientation means (56, 66; 58, 62) provided on the replacement adapter (22; 122) and on the industrial truck, it being possible to couple the replacement adapter to the industrial truck by means of a first coupling apparatus (58, 62) during the battery replacement operation, characterised in that the first coupling apparatus (58, 62) is designed to couple the replacement adapter to the industrial truck such that the coupling can be produced when the replacement adapter is raised relative to the base of the industrial truck that bears the battery pack (14, 20, 42) and can be released when the replacement adapter is lowered, the replacement adapter comprising at least one centring pin that is a component of the first coupling apparatus and that can be inserted during raising into a corresponding opening in the base of the industrial truck, in particular in the base of the battery compartment.
An actuator control system, comprising: a generally tubular housing assembly having at least one line therein for controlling operation of an actuator and characterised by a modular controller attached externally to the housing assembly and interconnected to the line. a generally tubular housing assembly having at least one line therein for controlling operation of an actuator and characterised by a modular controller attached externally to the housing assembly and interconnected to the line.
Connector assembly for an electrical plug-in connector, in particular an electrical socket plug-in connector for an igniter of an airbag, with a contact casing in which at least one electrical contact means can be provided, and a contact securing means which has a locking means by means of which the contact means can be locked in the contact casing; the contact securing means having a strain-relief means by means of which at least partially a strain relief for an electric line connected to the contact means can be set up on/in the connector assembly; characterized in; a strain-relief cover of the connector assembly having a strain-relief means by means of which, in cooperation with the strain-relief means of the contact securing means, a strain relief can be set up for the line connected to the contact means.
An individual activity monitoring system, comprising: a microphone configured to receive sounds and convert them to audio signals; a memory configured to store recorded audio signal patterns of monitored water flow events selected from the group consisting of water flowing from a faucet into a kitchen sink, water flowing from a faucet bathroom sink, water flowing from a shower head, water filling a bathtub, and toilet flushing; and a microprocessor coupled to the microphone and configured to receive the audio signals, compare the audio signals to the recorded audio signal patterns, and recognize whether the audio signals represent a monitored water flow event, the microprocessor being configured to reset a reset clock in response to a recognized monitored water flow event, and being further configured to issue an alert notification in response to an absence of a subsequent monitored water flow event after the reset clock exceeds a preprogrammed time period since a last recognized monitored water flow event. a microphone configured to receive sounds and convert them to audio signals; a memory configured to store recorded audio signal patterns of monitored water flow events selected from the group consisting of water flowing from a faucet into a kitchen sink, water flowing from a faucet bathroom sink, water flowing from a shower head, water filling a bathtub, and toilet flushing; and a microprocessor coupled to the microphone and configured to receive the audio signals, compare the audio signals to the recorded audio signal patterns, and recognize whether the audio signals represent a monitored water flow event, the microprocessor being configured to reset a reset clock in response to a recognized monitored water flow event, and being further configured to issue an alert notification in response to an absence of a subsequent monitored water flow event after the reset clock exceeds a preprogrammed time period since a last recognized monitored water flow event.
A bioimaging apparatus (1, 51) for imaging a formation in a bioregion as an object to be imaged, comprising: a housing (2, 53) having a front surface; a placing part to place said bioregion, disposed on the front surface of the housing (2, 53); an electronic circuit disposed in said housing; an emitting part for emitting imaging lights to said placing part; a reflective board for reflecting said imaging lights from said bioregion placed on said placing part to the inside of said housing (2, 53), and an image pickup device for transmitting said imaging lights reflected by said reflective board as an image signal, provided in said housing (2, 53); wherein said placing part and said emitting part are disposed such that the imaging lights pass through the inside of the bioregion, characterized in that said reflective board is disposed on the front surface side of said housing (2, 53) outside said housing as facing to said placing part. a housing (2, 53) having a front surface; a placing part to place said bioregion, disposed on the front surface of the housing (2, 53); an electronic circuit disposed in said housing; an emitting part for emitting imaging lights to said placing part; a reflective board for reflecting said imaging lights from said bioregion placed on said placing part to the inside of said housing (2, 53), and an image pickup device for transmitting said imaging lights reflected by said reflective board as an image signal, provided in said housing (2, 53); wherein said placing part and said emitting part are disposed such that the imaging lights pass through the inside of the bioregion, characterized in that said reflective board is disposed on the front surface side of said housing (2, 53) outside said housing as facing to said placing part.
Cable (10"; 10"'; 10"") having at least two wire pairs (112, 114), which are each configured for the transmission of a differential data signal, wherein the at least two wire pairs (112, 114) run helically around a common stranding center in the longitudinal direction of the cable, and having at least one further wire pair, wherein the wires of the further wire pair are arranged at a distance from one another on opposite sides of the stranding center, characterized in that the further wire pair does not have its own shielding, wherein the wires of the further wire pair adjoin a common grounded shielding which surrounds all wire pairs (112, 114, 116).
A showcase, especially for stores, including a module with two post-like legs of a rectangular cross-section and a rear wall removably installed to the post-like legs using a shaped link, where the rear wall is a metal plate with impressions, where the impressions form mutually parallel portions of a front surface and portions of the rear surface connected by means of skew sections, and the rear wall, at the connection site of the elements of the front surface and the skew sections, near its side edge, is equipped with horizontal slots, in which a link is installed formed as a flat element passing through at least two adjacent horizontal slots and having shaped detents at the external side in relation to the rear wall, to connect with post-like legs, characterised in that at least at one side of the rear wall, the horizontal slots, along a part of their length, at the side opposite to the leg, have a channel which receives a power strip which supplies electrical energy.