mhurhangee/patent-ind-claim-en huggingface dataset:
A manifold for a cooling system, the manifold comprising: an inlet channel configured to connect to a heat exchanger of the cooling system that includes multiple plates , the inlet channel being configured to guide coolant toward the multiple plates of the heat exchanger ; and an outlet channel configured to connect to the heat exchanger, the outlet channel being configured to guide the coolant away from the multiple plates of the heat exchanger, the inlet channel and the outlet channel including: a junction portion configured to transfer coolant to and from the multiple plates of the heat exchanger , a connection portion configured to accept a coolant hose; and a transfer portion between the junction portion and the connection portion , the transfer portion extending along a longitudinal axis , characterised in that the junction portion comprises opposing inclined contact surfaces that are inclined relative to a horizontal plane of the multiple plates and configured to mate with corresponding inclined contact surfaces of the multiple plates . an inlet channel configured to connect to a heat exchanger of the cooling system that includes multiple plates , the inlet channel being configured to guide coolant toward the multiple plates of the heat exchanger ; and an outlet channel configured to connect to the heat exchanger, the outlet channel being configured to guide the coolant away from the multiple plates of the heat exchanger, the inlet channel and the outlet channel including: a junction portion configured to transfer coolant to and from the multiple plates of the heat exchanger , a connection portion configured to accept a coolant hose; and a transfer portion between the junction portion and the connection portion , the transfer portion extending along a longitudinal axis , characterised in that the junction portion comprises opposing inclined contact surfaces that are inclined relative to a horizontal plane of the multiple plates and configured to mate with corresponding inclined contact surfaces of the multiple plates . a junction portion configured to transfer coolant to and from the multiple plates of the heat exchanger , a connection portion configured to accept a coolant hose; and a transfer portion between the junction portion and the connection portion , the transfer portion extending along a longitudinal axis , characterised in that the junction portion comprises opposing inclined contact surfaces that are inclined relative to a horizontal plane of the multiple plates and configured to mate with corresponding inclined contact surfaces of the multiple plates .
A tether- free sensor unit of spherical or ellipsoidal shape for inspecting a pipeline which contains a moving liquid of lesser density than the sensor unit , wherein (a) the sensor unit comprises a package containing a sensor configured to sense the number of revolutions of the sensor unit, and recording means configured to record the number of revolutions sensed by said sensor, said sensor being selected from (i) at least one magnetic sensor and (ii) at least one accelerometer, and (b) said sensor unit is adapted to roll in the direction of flow of the liquid along the bottom of the interior of the pipeline, with the motive force for its rolling motion given by the moving liquid in the pipeline. (a) the sensor unit comprises a package containing a sensor configured to sense the number of revolutions of the sensor unit, and recording means configured to record the number of revolutions sensed by said sensor, said sensor being selected from (i) at least one magnetic sensor and (ii) at least one accelerometer, and (b) said sensor unit is adapted to roll in the direction of flow of the liquid along the bottom of the interior of the pipeline, with the motive force for its rolling motion given by the moving liquid in the pipeline.
An auger for a grinder for a tire filling machine, comprising: a cylindrical column ; and a plurality of flights extending outwardly from the cylindrical column , wherein (i) the flights are arranged in pairs extending radially outwards from the cylindrical column at 180 degrees to one another, and (ii) each flight has a sharpened leading edge and a trailing edge , characterised in that : (iii) the sharpened leading edge of each flight is positioned closer to a first end of the cylindrical column and further from a second end of the cylindrical column than the trailing edge , and (iv) all of the flights twist in the same rotational direction of the auger . a cylindrical column ; and a plurality of flights extending outwardly from the cylindrical column , wherein (i) the flights are arranged in pairs extending radially outwards from the cylindrical column at 180 degrees to one another, and (ii) each flight has a sharpened leading edge and a trailing edge , characterised in that : (iii) the sharpened leading edge of each flight is positioned closer to a first end of the cylindrical column and further from a second end of the cylindrical column than the trailing edge , and (iv) all of the flights twist in the same rotational direction of the auger . (i) the flights are arranged in pairs extending radially outwards from the cylindrical column at 180 degrees to one another, and (ii) each flight has a sharpened leading edge and a trailing edge , characterised in that : (iii) the sharpened leading edge of each flight is positioned closer to a first end of the cylindrical column and further from a second end of the cylindrical column than the trailing edge , and (iv) all of the flights twist in the same rotational direction of the auger .
A light source device comprising: a sapphire plate having a first surface and a second surface which oppose each other; a wavelength conversion material located opposite to the first surface of the sapphire plate ; and a first excitation light source which emits first excitation light having directivity to the wavelength conversion material through the second surface , characterized in that an angle between the first surface and the second surface , and a c-axis of sapphire is larger than 89° and smaller than 91°, and an angle between the c-axis and an optical axis of the first excitation light is 1° or larger. a sapphire plate having a first surface and a second surface which oppose each other; a wavelength conversion material located opposite to the first surface of the sapphire plate ; and a first excitation light source which emits first excitation light having directivity to the wavelength conversion material through the second surface , characterized in that an angle between the first surface and the second surface , and a c-axis of sapphire is larger than 89° and smaller than 91°, and an angle between the c-axis and an optical axis of the first excitation light is 1° or larger.
A system for radio-assisted signal estimation, comprising: a microphone configured to obtain a baseband mixture sound signal in a venue , wherein the baseband mixture sound signal comprises a mixture of a first sound signal and an additional sound signal, wherein the first sound signal is generated by a first motion of a first object in the venue ; a transmitter configured to transmit a first radio signal through a wireless channel of the venue ; a receiver configured to receive a second radio signal through the wireless channel, wherein the second radio signal differs from the first radio signal due to the wireless channel and at least the first motion of the first object in the venue ; and a processor configured for: obtaining a radio feature of the second radio signal , constructing a first adaptive baseband filter for the baseband mixture sound signal based on the radio feature, filtering the baseband mixture sound signal using the first adaptive baseband filter to obtain a first output baseband signal, and generating an estimation of the first sound signal based on the first output baseband signal. a microphone configured to obtain a baseband mixture sound signal in a venue , wherein the baseband mixture sound signal comprises a mixture of a first sound signal and an additional sound signal, wherein the first sound signal is generated by a first motion of a first object in the venue ; a transmitter configured to transmit a first radio signal through a wireless channel of the venue ; a receiver configured to receive a second radio signal through the wireless channel, wherein the second radio signal differs from the first radio signal due to the wireless channel and at least the first motion of the first object in the venue ; and a processor configured for: obtaining a radio feature of the second radio signal , constructing a first adaptive baseband filter for the baseband mixture sound signal based on the radio feature, filtering the baseband mixture sound signal using the first adaptive baseband filter to obtain a first output baseband signal, and generating an estimation of the first sound signal based on the first output baseband signal. obtaining a radio feature of the second radio signal , constructing a first adaptive baseband filter for the baseband mixture sound signal based on the radio feature, filtering the baseband mixture sound signal using the first adaptive baseband filter to obtain a first output baseband signal, and generating an estimation of the first sound signal based on the first output baseband signal.
An aqueous liquid comprising polymeric nanoparticles of copolymer chains assembled to form a core / shell structure, the copolymer chains having: (i) an acid-responsive hydrophobic polymer block that forms the core of the nanoparticles, wherein the acid-responsive hydrophobic polymer block comprises tertiary amine functional groups that are protonated in an acidic environment; and (ii) a hydrophilic polymer block that forms the shell of the nanoparticles and is solvated by the aqueous liquid, wherein the nanoparticles contain within their core a hydrophobic modulator of endosomal GPCR signaling, or a pharmaceutically acceptable salt thereof. (i) an acid-responsive hydrophobic polymer block that forms the core of the nanoparticles, wherein the acid-responsive hydrophobic polymer block comprises tertiary amine functional groups that are protonated in an acidic environment; and (ii) a hydrophilic polymer block that forms the shell of the nanoparticles and is solvated by the aqueous liquid,
A converter for an LED load having a clocked converter circuit , wherein the clocked converter circuit is designed as a flyback converter and comprises: a transformer which is integrated into the clocked converter circuit or separate, a control unit designed to clock the converter circuit by controlling a switch of the converter circuit , and an auxiliary winding coupled with a primary winding and a secondary winding of the transformer , which is connected electrically to the control unit in such a manner that the auxiliary winding of the control unit supplies a measurement signal and that the control unit can be supplied with voltage starting from the auxiliary winding , wherein the auxiliary winding is wound in the same direction as the primary winding and in the opposite direction to the secondary winding of the transformer , and the converter is characterized in that the auxiliary winding is designed to provide the measurement signal for the control unit in the case of a blocking switch , and by means of the measurement signal in the case of a conductive switch to feed the control unit as a supply voltage, and that the converter further comprises an adapter circuit, and the adapter circuit is designed to transmit the measurement signal to the control unit with raised voltage potential, wherein the adapter circuit comprises a resistor arranged to raise the potential of the measurement signal, and/or that the adapter circuit is designed to raise the potential of the measurement signal fed by a current starting from the control unit . a transformer which is integrated into the clocked converter circuit or separate, a control unit designed to clock the converter circuit by controlling a switch of the converter circuit , and an auxiliary winding coupled with a primary winding and a secondary winding of the transformer , which is connected electrically to the control unit in such a manner that the auxiliary winding of the control unit supplies a measurement signal and that the control unit can be supplied with voltage starting from the auxiliary winding , that the auxiliary winding is designed to provide the measurement signal for the control unit in the case of a blocking switch , and by means of the measurement signal in the case of a conductive switch to feed the control unit as a supply voltage, and that the converter further comprises an adapter circuit, and the adapter circuit is designed to transmit the measurement signal to the control unit with raised voltage potential, wherein the adapter circuit comprises a resistor arranged to raise the potential of the measurement signal, and/or that the adapter circuit is designed to raise the potential of the measurement signal fed by a current starting from the control unit .
A method for automatically recording the use of fee-based transport means for the passenger transport and for billing the fare, wherein at least one transmitter located in the area of the transport means emits data telegrams in a unidirectional manner, which data telegrams will be received and processed by a terminal of the user who uses the transport means, wherein the following steps are realized - receiving and storing a data telegram emitted by a transmitter, which data telegram contains a location information item with respect to the location of the transmitter and/or fare or tariff information, - receiving and storing at least one other data telegram emitted by a transmitter, - processing the received data in consideration of data and algorithms present on the terminal - debiting value or monetary units from a prepaid credit, that has been stored in a storage of the terminal, in dependence on the result of the processing, - wherein a remaining credit will be displayed on the display of the terminal, characterized in that - a count and a vehicle identification of the transport means will be transmitted with the data telegram emitted by the transmitter, wherein the count will only be incremented, if the vehicle is running, - due to the change of the count the value and monetary units will be debited, and - the value and monetary units will only be debited, if the change of the count exceeds a fixed threshold value. - receiving and storing a data telegram emitted by a transmitter, which data telegram contains a location information item with respect to the location of the transmitter and/or fare or tariff information, - receiving and storing at least one other data telegram emitted by a transmitter, - processing the received data in consideration of data and algorithms present on the terminal - debiting value or monetary units from a prepaid credit, that has been stored in a storage of the terminal, in dependence on the result of the processing, - wherein a remaining credit will be displayed on the display of the terminal, characterized in that - a count and a vehicle identification of the transport means will be transmitted with the data telegram emitted by the transmitter, wherein the count will only be incremented, if the vehicle is running, - due to the change of the count the value and monetary units will be debited, and - the value and monetary units will only be debited, if the change of the count exceeds a fixed threshold value.
A contact lens system , comprising: a shared antenna electrode ; an accommodation actuator to provide variable optical power; and a controller coupled to the accommodation actuator and the shared antenna electrode , the controller including logic that when executed by the controller causes the contact lens system to perform operations comprising: arbitrating access to the shared antenna electrode between an impedance sensor and a communication circuit; selectively establishing an oscillator with the impedance sensor and the shared antenna electrode , wherein an impedance across the shared antenna electrode varies based upon an amount an eyelid overlaps the contact lens system when the contact lens system is worn on an eye; correlating an oscillation condition of the oscillator to an accommodation setting; and adjusting the variable optical power of the accommodation actuator based upon the accommodation setting. a shared antenna electrode ; an accommodation actuator to provide variable optical power; and a controller coupled to the accommodation actuator and the shared antenna electrode , the controller including logic that when executed by the controller causes the contact lens system to perform operations comprising: arbitrating access to the shared antenna electrode between an impedance sensor and a communication circuit; selectively establishing an oscillator with the impedance sensor and the shared antenna electrode , wherein an impedance across the shared antenna electrode varies based upon an amount an eyelid overlaps the contact lens system when the contact lens system is worn on an eye; correlating an oscillation condition of the oscillator to an accommodation setting; and adjusting the variable optical power of the accommodation actuator based upon the accommodation setting. arbitrating access to the shared antenna electrode between an impedance sensor and a communication circuit; selectively establishing an oscillator with the impedance sensor and the shared antenna electrode , wherein an impedance across the shared antenna electrode varies based upon an amount an eyelid overlaps the contact lens system when the contact lens system is worn on an eye; correlating an oscillation condition of the oscillator to an accommodation setting; and adjusting the variable optical power of the accommodation actuator based upon the accommodation setting.
A heat exchanger that is supplied with air from a fan , the heat exchanger comprising: a plurality of heat transfer flat tubes extending in a first direction (D1); a first fin connected to the plurality of heat transfer flat tubes , and having a flat portion disposed between two adjacent heat transfer tubes among the plurality of the heat transfer flat tubes , the first fin extending in a second direction (D2) intersecting the first direction (D1); wherein a length of each of the plurality of heat transfer flat tubes is longer than a length of the first fin in a flow direction of the air; a plurality of second fins joined to at least one of a windward end and a leeward end of the flat portion of the first fin , characterised in that the plurality of second fins extend in a third direction (D3) intersecting the second direction (D2); and the heat exchanger further comprises a third fin connected to at least one of a windward end and a leeward end of at least one of the plurality of heat transfer flat tubes , the third fin extending in the third direction (D3). a plurality of heat transfer flat tubes extending in a first direction (D1); a first fin connected to the plurality of heat transfer flat tubes , and having a flat portion disposed between two adjacent heat transfer tubes among the plurality of the heat transfer flat tubes , the first fin extending in a second direction (D2) intersecting the first direction (D1); wherein a length of each of the plurality of heat transfer flat tubes is longer than a length of the first fin in a flow direction of the air; a plurality of second fins joined to at least one of a windward end and a leeward end of the flat portion of the first fin , characterised in that the plurality of second fins extend in a third direction (D3) intersecting the second direction (D2); and the heat exchanger further comprises a third fin connected to at least one of a windward end and a leeward end of at least one of the plurality of heat transfer flat tubes , the third fin extending in the third direction (D3).
A photon detection device comprising: a photon detection section including a long plate-shaped superconducting stripline whose plate surface is a photon detection surface, and a bias current supply section supplying a bias current to the superconducting stripline ; and a single flux quantum comparator circuit capable of detecting magnetic flux scattered from the superconducting stripline upon photon detection, characterized in that the single flux quantum comparator circuit includes at least a Josephson junction wire having a Josephson junction in the wire, and a superconducting wire electrically connecting the Josephson junction wire and the superconducting stripline , and the superconducting stripline , the superconducting wire , and the Josephson junction wire constitute a superconducting loop capable of detecting the magnetic flux. a photon detection section including a long plate-shaped superconducting stripline whose plate surface is a photon detection surface, and a bias current supply section supplying a bias current to the superconducting stripline ; and a single flux quantum comparator circuit capable of detecting magnetic flux scattered from the superconducting stripline upon photon detection, characterized in that the single flux quantum comparator circuit includes at least a Josephson junction wire having a Josephson junction in the wire, and a superconducting wire electrically connecting the Josephson junction wire and the superconducting stripline , and the superconducting stripline , the superconducting wire , and the Josephson junction wire constitute a superconducting loop capable of detecting the magnetic flux.
Isolated Syndecan-2 or fragments of Syndecan-2 for use in immunosuppression therapy, wherein the fragments of Syndecan-2 have Syndecan-2 activity characterized by producing a dose-dependent suppression of NFκB activation by TNFα or IL1β.