mhurhangee/patent-ind-claim-en huggingface dataset:
A hydraulic control unit comprising: a centrally located accumulator comprising a piston in a first fluid chamber and a spring biased against the piston, the spring biased in a spring chamber ; a reservoir sharing a fluid space with the spring chamber of the accumulator ; a flow path connected to the accumulator , the flow path integrally formed to comprise a first flow path on a first side of the accumulator and a second flow path on a second side of the accumulator; a pump connected to the accumulator via the first flow path on the first side of the accumulator, the pump further connected to the reservoir via an inlet flow path on the first side of the accumulator; a motor connected on the first side of the accumulator to selectively operate the pump ; a controllable valve connected to the accumulator via the second flow path on the second side of the accumulator; and a feed port connected to the controllable valve , wherein the controllable valve is configured to selectively connect the feed port to the second flow path . a centrally located accumulator comprising a piston in a first fluid chamber and a spring biased against the piston, the spring biased in a spring chamber ; a reservoir sharing a fluid space with the spring chamber of the accumulator ; a flow path connected to the accumulator , the flow path integrally formed to comprise a first flow path on a first side of the accumulator and a second flow path on a second side of the accumulator; a pump connected to the accumulator via the first flow path on the first side of the accumulator, the pump further connected to the reservoir via an inlet flow path on the first side of the accumulator; a motor connected on the first side of the accumulator to selectively operate the pump ; a controllable valve connected to the accumulator via the second flow path on the second side of the accumulator; and a feed port connected to the controllable valve , wherein the controllable valve is configured to selectively connect the feed port to the second flow path .
A temperature-sensing tape comprising: a plurality of flexible conductor portions ; a sensor array, comprising at least one temperature-sensing element , disposed in electrical series with the plurality of flexible conductor portions , the at least one temperature-sensing element comprising a bimetallic switch , and, characterized in that it further comprises an insulating support structure , wherein the plurality of flexible conductor portions and the sensor array are disposed in contact with the insulating support structure , wherein the insulating support structure is configured to thermally couple to an external component, such as a battery to be protected against an overtemperature condition. a plurality of flexible conductor portions ; a sensor array, comprising at least one temperature-sensing element , disposed in electrical series with the plurality of flexible conductor portions , the at least one temperature-sensing element comprising a bimetallic switch , and, characterized in that it further comprises an insulating support structure , wherein the plurality of flexible conductor portions and the sensor array are disposed in contact with the insulating support structure , wherein the insulating support structure is configured to thermally couple to an external component, such as a battery to be protected against an overtemperature condition.
A method comprising: signaling to a user equipment a trigger for an aperiodic report; and characterized by using an implicit pre-defined pattern that is not signaled to the user equipment to map the signaled trigger to a particular downlink component carrier within a group of downlink component carriers that are configured for the user equipment to determine that the particular downlink component carrier is the subject of the aperiodic report that is received in response to the trigger; wherein the pattern is derived from a set of rules, the rules comprising at least a rule that the particular downlink component carrier within the group of downlink component carriers includes every downlink component carrier in the group that is activated for the user equipment . signaling to a user equipment a trigger for an aperiodic report; and characterized by using an implicit pre-defined pattern that is not signaled to the user equipment to map the signaled trigger to a particular downlink component carrier within a group of downlink component carriers that are configured for the user equipment to determine that the particular downlink component carrier is the subject of the aperiodic report that is received in response to the trigger; wherein the pattern is derived from a set of rules, the rules comprising at least a rule that the particular downlink component carrier within the group of downlink component carriers includes every downlink component carrier in the group that is activated for the user equipment .
A method of making a tobacco extract comprising; (a) contacting tobacco with an extraction solvent in a first chamber such that tobacco components are extracted from the tobacco into the extraction solvent, wherein the extraction solvent is a supercritical fluid in the first chamber; (b) passing the extraction solvent containing tobacco components along a line towards a second chamber, wherein a valve is present in the line and the conditions downstream of the valve are such that the extraction solvent is subcritical; and (c) pumping entrapment solvent into a flow downstream of the valve, wherein the tobacco components are released from the extraction solvent by transfer to subcritical conditions and are dissolved in the entrapment solvent, whereby the tobacco components dissolved in entrapment solvent are collected in the second chamber. (a) contacting tobacco with an extraction solvent in a first chamber such that tobacco components are extracted from the tobacco into the extraction solvent, wherein the extraction solvent is a supercritical fluid in the first chamber; (b) passing the extraction solvent containing tobacco components along a line towards a second chamber, wherein a valve is present in the line and the conditions downstream of the valve are such that the extraction solvent is subcritical; and (c) pumping entrapment solvent into a flow downstream of the valve, wherein the tobacco components are released from the extraction solvent by transfer to subcritical conditions and are dissolved in the entrapment solvent, whereby the tobacco components dissolved in entrapment solvent are collected in the second chamber.
A game token money comprising: at least three plastic layers laminated through thermocompression bonding, the at least three plastic layers including at least: a colored layer to specify a value of the game token money ; and a pale color layer laminated on the colored layer , so that a stripe pattern is formed in a layering direction on a side face of the game token money ; a radio-frequency identification (RFID) embedded in a layer other than the outermost layer of the plurality of plastic layers; and a classification part indicating a classification of the game token money filled in the pale color layer , wherein the classification part is provided within a part of the pale color layer , wherein the classification part is recognizable from a side face of the game token money, and wherein the RFID contains information regarding the value of the game token money and the classification of the game token money indicated by the classification part . at least three plastic layers laminated through thermocompression bonding, the at least three plastic layers including at least: a colored layer to specify a value of the game token money ; and a pale color layer laminated on the colored layer , so that a stripe pattern is formed in a layering direction on a side face of the game token money ; a radio-frequency identification (RFID) embedded in a layer other than the outermost layer of the plurality of plastic layers; and a classification part indicating a classification of the game token money filled in the pale color layer , wherein the classification part is provided within a part of the pale color layer , wherein the classification part is recognizable from a side face of the game token money, and wherein the RFID contains information regarding the value of the game token money and the classification of the game token money indicated by the classification part .
A system for calibrating a medical device, the system comprising: a memory storing: processor executable code for a calibration engine ; and first calibration data; one or more components of a catheter , wherein the one or more components comprise at least one axial sensor; one or more processors communicatively coupled to the memory, the one or more processors being configured to execute the processor executable code to cause the system to perform: predicting, by the calibration engine using a mathematical model, voltage values produced by the at least one axial sensor, wherein the inputs to the mathematical model include a magnetic field model comprising magnetic field values at each point in a mapping volume; receiving, by the calibration engine, one or more voltage measurements from the at least one axial sensor within the mapping volume; estimating, by the calibration engine, second calibration data based on the one or more voltage measurements by finding second calibration data values and position and orientation values so that the model predicted voltages best match the actual measured voltages; and outputting, by the calibration engine, the second calibration data to the memory. a memory storing: processor executable code for a calibration engine ; and first calibration data; processor executable code for a calibration engine ; and first calibration data; one or more components of a catheter , wherein the one or more components comprise at least one axial sensor; one or more processors communicatively coupled to the memory, the one or more processors being configured to execute the processor executable code to cause the system to perform: predicting, by the calibration engine using a mathematical model, voltage values produced by the at least one axial sensor, wherein the inputs to the mathematical model include a magnetic field model comprising magnetic field values at each point in a mapping volume; receiving, by the calibration engine, one or more voltage measurements from the at least one axial sensor within the mapping volume; estimating, by the calibration engine, second calibration data based on the one or more voltage measurements by finding second calibration data values and position and orientation values so that the model predicted voltages best match the actual measured voltages; and outputting, by the calibration engine, the second calibration data to the memory. predicting, by the calibration engine using a mathematical model, voltage values produced by the at least one axial sensor, wherein the inputs to the mathematical model include a magnetic field model comprising magnetic field values at each point in a mapping volume; receiving, by the calibration engine, one or more voltage measurements from the at least one axial sensor within the mapping volume; estimating, by the calibration engine, second calibration data based on the one or more voltage measurements by finding second calibration data values and position and orientation values so that the model predicted voltages best match the actual measured voltages; and outputting, by the calibration engine, the second calibration data to the memory.
A system for achieving more consistent joule heating of a material blank to a desired temperature, the material blank having an end portion , the system comprising: an electrical terminal configured to deliver an electrical current to the end portion of the material blank in order to joule heat the material blank, wherein the electrical terminal has a thermal heat sink effect; characterized in that the system comprises an active thermal buffer element electrically and thermally interposed between the electrical terminal and the end portion of the material blank, and configured to be joule heated by the electrical current and to compensate for the thermal heat sink effect of the electrical terminal and thereby allow the end portion of the material blank to reach the desired temperature; the active thermal buffer element including - a first contact surface configured to physically abut the end portion of the material blank; and a second contact surface configured to abut the electrical terminal, wherein joule heating of the active thermal buffer element creates a temperature gradient across the active thermal buffer element such that the first contact surface is at least at the desired temperature and the second contact surface is at a lower temperature due to the thermal heat sink effect of the electrical terminal. an electrical terminal configured to deliver an electrical current to the end portion of the material blank in order to joule heat the material blank, wherein the electrical terminal has a thermal heat sink effect; characterized in that the system comprises an active thermal buffer element electrically and thermally interposed between the electrical terminal and the end portion of the material blank, and configured to be joule heated by the electrical current and to compensate for the thermal heat sink effect of the electrical terminal and thereby allow the end portion of the material blank to reach the desired temperature; the active thermal buffer element including - a first contact surface configured to physically abut the end portion of the material blank; and a second contact surface configured to abut the electrical terminal, wherein joule heating of the active thermal buffer element creates a temperature gradient across the active thermal buffer element such that the first contact surface is at least at the desired temperature and the second contact surface is at a lower temperature due to the thermal heat sink effect of the electrical terminal. a first contact surface configured to physically abut the end portion of the material blank; and a second contact surface configured to abut the electrical terminal, wherein joule heating of the active thermal buffer element creates a temperature gradient across the active thermal buffer element such that the first contact surface is at least at the desired temperature and the second contact surface is at a lower temperature due to the thermal heat sink effect of the electrical terminal.
Ball catch having a catch housing with at least two balls mounted therein to be displaceable in spring-loaded manner and which are mounted in two opposite sockets of the catch housing and project in a diametrically opposed manner into a central receiving space between the sockets , and a centring part which with a journal integrally formed thereon can be introduced into the receiving space and can be locked there by the balls , characterised in that respectively a ball guide for a ball and a compression spring is inserted in the catch housing as a separate part.
An authentication result update method, comprising: determining, by an access and mobility management function device, that an authentication result of a terminal device in a first serving network needs to be removed; and sending, by the access and mobility management function device, a first service invocation request to an authentication server, wherein the first service invocation request is used to request to remove an authentication result stored in a unified data management device. determining, by an access and mobility management function device, that an authentication result of a terminal device in a first serving network needs to be removed; and sending, by the access and mobility management function device, a first service invocation request to an authentication server, wherein the first service invocation request is used to request to remove an authentication result stored in a unified data management device.
A method for operating a cleaning device for a combine harvester , comprising at least one compressed air source by means of which at least one air flow is provided, as well as a sieve assembly which is driven in oscillation, which comprises at least two sieves which are disposed in different planes and which execute a forwardly and a backwardly orientated lifting movement (SR) and through which the at least one air flow passes from the underside, characterized in that at least one air flow passing through the sieve assembly is interrupted during the backwardly orientated lifting movement (SR) of the sieve assembly.
A method of standalone network probing by a communication device , comprising: establishing , by the communication device , a first network connection using a first interface technology to a public network and a second network connection using a second interface technology to the public network , wherein incoming and outgoing communications are routed across the public network to and from the communication device ; characterized by associating the first network connection with a probing client running on a processor of the communication device and associating the second network connection with a probing server running on the processor; transmitting a probe addressed to the probing server from the probing client via the first network connection; receiving the probe at the probing server via the second network connection; and determining a network observation based on receiving the probe at the probing server . establishing , by the communication device , a first network connection using a first interface technology to a public network and a second network connection using a second interface technology to the public network , wherein incoming and outgoing communications are routed across the public network to and from the communication device ; characterized by associating the first network connection with a probing client running on a processor of the communication device and associating the second network connection with a probing server running on the processor; transmitting a probe addressed to the probing server from the probing client via the first network connection; receiving the probe at the probing server via the second network connection; and determining a network observation based on receiving the probe at the probing server .
Clutch plate carrier for a multiplate clutch, comprising a hollow cylindrical sheet-metal formed part, the casing of which forms an internal toothing and an external toothing of axially extending teeth, wherein each tooth root of the external toothing at the same time forms a tooth crown of the internal toothing , and each tooth root of the internal toothing forms a tooth crown of the external toothing , and the tooth crowns of the internal toothing each have two mutually axially adjacent axial sections of differing tooth height, wherein the section boundaries between said axial sections , which are designed as right-angled steps with a radially oriented contact surface for a clutch plate support ring , lie in the same axial plane for all of the tooth crowns of the internal toothing , characterized in that the tooth roots of the external toothing each have two mutually axially adjacent axial sections which correspond to the axial sections of the tooth crowns of the internal toothing and are of differing tooth height, wherein the section boundaries between said axial sections of the tooth roots of the external toothing are designed as oblique transition regions.
An electrical machine comprising: a first rotor , wherein the first rotor includes a support structure, the support structure being a stiffening ring that at least partially surrounds and thereby extends radially from the first rotor; a second rotor ; and a stator ; wherein the first rotor, second rotor and stator are arranged concentrically about a shaft, and at least one of the second rotor and the stator is adapted to accommodate the support structure; and wherein the at least one of the second rotor and stator comprises a recess into which the stiffening ring extends; or wherein the at least one of the second rotor and stator is bisected by a gap into which the stiffening ring extends. a first rotor , wherein the first rotor includes a support structure, the support structure being a stiffening ring that at least partially surrounds and thereby extends radially from the first rotor; a second rotor ; and a stator ; wherein the first rotor, second rotor and stator are arranged concentrically about a shaft, and at least one of the second rotor and the stator is adapted to accommodate the support structure; and wherein the at least one of the second rotor and stator comprises a recess into which the stiffening ring extends; or wherein the at least one of the second rotor and stator is bisected by a gap into which the stiffening ring extends.
An actuator , comprising: a yaw sub-assembly having a yaw rotation axis ; a pitch sub-assembly carrying an optical path folding element (OPFE) , the pitch sub-assembly including a pivot rotation mechanism and having a pitch rotation axis ; and a stationary sub-assembly 230), and a yaw driving magnet for driving the yaw rotation, wherein the actuator is operative to rotate the OPFE in two rotation directions, a first rotation for yaw around the yaw rotation axis and a second rotation for pitch around the pitch rotation axis , and wherein the rotation for pitch includes rotation using the pivot rotation mechanism , wherein the actuator is integrated in a folded camera , and wherein the pitch rotation mechanism comprising a pitch driving coil and a magnet , wherein the pitch driving coil surrounds the yaw rotation axis ; characterized by the yaw driving magnet serving also for preloading the pitch sub-assembly to pitch rotation mechanism . a yaw sub-assembly having a yaw rotation axis ; a pitch sub-assembly carrying an optical path folding element (OPFE) , the pitch sub-assembly including a pivot rotation mechanism and having a pitch rotation axis ; and a stationary sub-assembly 230), and a yaw driving magnet for driving the yaw rotation, wherein the actuator is operative to rotate the OPFE in two rotation directions, a first rotation for yaw around the yaw rotation axis and a second rotation for pitch around the pitch rotation axis , and wherein the rotation for pitch includes rotation using the pivot rotation mechanism , wherein the actuator is integrated in a folded camera , and wherein the pitch rotation mechanism comprising a pitch driving coil and a magnet , wherein the pitch driving coil surrounds the yaw rotation axis ; characterized by the yaw driving magnet serving also for preloading the pitch sub-assembly to pitch rotation mechanism .