mhurhangee/patent-ind-claim-en huggingface dataset:
A disc brake apparatus comprising: a base member ; a pair of brake arms pivotally supported to be swingable with respect to the base member ; an actuator connected to one of swing ends of each of the pair of brake arms so as to move the brake arms away from each other; a pair of pad holding members pivotally supported at the other of the swing ends of the pair of brake arms respectively so as to freely turn; and a parallelism maintaining control mechanism configured to press lining surfaces of a pair of pads respectively held on the pad holding members to a disc rotor in a parallel fashion, wherein the parallelism maintaining control mechanism includes a pair of link arms respectively corresponding to the pair of pads , each of the link arms comprises: a fixing shaft projecting from the base member so as to be parallel to a side surface of the disc rotor ; a moving shaft disposed parallel to the fixing shaft and fitted in a moving shaft insertion hole in each of the pad holding members to be rotatable and movable back and forth; at least two joint members which connect the fixing shaft and the moving shaft together in parallel; and at least one connecting shaft which supports the joint members so as to be rotatable with respect to each other and the fixing shaft , the connecting shaft and the moving shaft are all disposed parallel to the side surface of the disc rotor characterized in that the fixing shaft , the connecting shaft and the moving shaft are directed in a direction which is at right angles to the up-and-down direction. a base member ; a pair of brake arms pivotally supported to be swingable with respect to the base member ; an actuator connected to one of swing ends of each of the pair of brake arms so as to move the brake arms away from each other; a pair of pad holding members pivotally supported at the other of the swing ends of the pair of brake arms respectively so as to freely turn; and a parallelism maintaining control mechanism configured to press lining surfaces of a pair of pads respectively held on the pad holding members to a disc rotor in a parallel fashion, wherein the parallelism maintaining control mechanism includes a pair of link arms respectively corresponding to the pair of pads , a fixing shaft projecting from the base member so as to be parallel to a side surface of the disc rotor ; a moving shaft disposed parallel to the fixing shaft and fitted in a moving shaft insertion hole in each of the pad holding members to be rotatable and movable back and forth; at least two joint members which connect the fixing shaft and the moving shaft together in parallel; and at least one connecting shaft which supports the joint members so as to be rotatable with respect to each other and the fixing shaft , the connecting shaft and the moving shaft are all disposed parallel to the side surface of the disc rotor characterized in that the fixing shaft , the connecting shaft and the moving shaft are directed in a direction which is at right angles to the up-and-down direction.
A method performed by a user equipment, UE, in a wireless network for position determination of the UE , comprising: reporting one or more measurement capabilities per positioning method to an entity in the wireless network; receiving positioning assistance data per positioning method, the positioning assistance data comprising information for one or more Positioning Reference Signal, PRS, resource sets, one or more PRS resources, one or more frequency layers and one or more transmission points, TRPs ; determining prioritization for PRS signals to be measured based at least on one or more priority orderings of the information for the PRS resource sets, the PRS resources ,the one or more frequency layers, or the one or more TRPs in the positioning assistance data, or a combination thereof or giving equal priority to one or more of the PRS resource sets or the PRS resources, or a combination thereof, wherein the information for the frequency layers, the TRPs , the PRS resource sets, and the PRS resources in the positioning assistance data is configured based on the reported one or more measurement capabilities per positioning method; and determining PRS measurements of the PRS signals at least based on the prioritization for the PRS signals; wherein a position fix for the UE is determined based on the PRS measurements. reporting one or more measurement capabilities per positioning method to an entity in the wireless network; receiving positioning assistance data per positioning method, the positioning assistance data comprising information for one or more Positioning Reference Signal, PRS, resource sets, one or more PRS resources, one or more frequency layers and one or more transmission points, TRPs ; determining prioritization for PRS signals to be measured based at least on one or more priority orderings of the information for the PRS resource sets, the PRS resources ,the one or more frequency layers, or the one or more TRPs in the positioning assistance data, or a combination thereof or giving equal priority to one or more of the PRS resource sets or the PRS resources, or a combination thereof, wherein the information for the frequency layers, the TRPs , the PRS resource sets, and the PRS resources in the positioning assistance data is configured based on the reported one or more measurement capabilities per positioning method; and determining PRS measurements of the PRS signals at least based on the prioritization for the PRS signals; wherein a position fix for the UE is determined based on the PRS measurements.
A cooking appliance for heating an item used in food preparation or food serving or cooking, the appliance including: a portable enclosure having an upper flat cooking surface for supporting the item in use; an induction element located below the cooking surface ; a temperature sensor assembly having a temperature sensing element ; the temperature sensing element providing a temperature signal indicative of a current temperature of the item; a user interface for enabling a user to pre-select a desired temperature of the item in use, and to indicate a heating rate associated with reaching the desired temperature; and a processor module that receives the temperature signal and controls power to the induction element for providing the desired temperature and controlling the heating rate characterised in that the appliance also includes a cooling assembly within the enclosure , the cooling assembly including: a housing that defines a first cooling region about the induction element and a substantially separate second cooling region about electronic elements ; a first fan for providing airflow about the induction element and exposing the temperature sensing assembly to a fan cooling path such that the temperature sensing element is selectively cooled from below; and a second fan for providing airflow about the electronic elements . a portable enclosure having an upper flat cooking surface for supporting the item in use; an induction element located below the cooking surface ; a temperature sensor assembly having a temperature sensing element ; the temperature sensing element providing a temperature signal indicative of a current temperature of the item; a user interface for enabling a user to pre-select a desired temperature of the item in use, and to indicate a heating rate associated with reaching the desired temperature; and a processor module that receives the temperature signal and controls power to the induction element for providing the desired temperature and controlling the heating rate characterised in that the appliance also includes a cooling assembly within the enclosure , the cooling assembly including: a housing that defines a first cooling region about the induction element and a substantially separate second cooling region about electronic elements ; a first fan for providing airflow about the induction element and exposing the temperature sensing assembly to a fan cooling path such that the temperature sensing element is selectively cooled from below; and a second fan for providing airflow about the electronic elements . a housing that defines a first cooling region about the induction element and a substantially separate second cooling region about electronic elements ; a first fan for providing airflow about the induction element and exposing the temperature sensing assembly to a fan cooling path such that the temperature sensing element is selectively cooled from below; and a second fan for providing airflow about the electronic elements .
Drive having an electric motor and having a converter which is fastened thereto and has a housing within which electronics are arranged, - wherein the housing comprises a main body on which there are formed integrally two strips that extend parallel to the axis of rotation and thus also to the electric motor , wherein the strips are directed in the direction of the electric motor , - wherein the electric motor has an A-side bearing plate and a B-side bearing plate , - wherein the two strips have passage holes , wherein the passage holes of the two strips are congruent in relation to one another and are at different distances from one another, wherein the distance between a respective two of the passage holes is matched to the distance between the A-side bearing plate and the B-side bearing plate of the different embodiments of the electric motor , so that different mounting positions can be defined by means of the position of the passage holes , and - wherein two tabs are assigned to each bearing plate so that the electric motor is fastened to the strips by means of four tabs , wherein the strips are each arranged between the two tabs of one of the bearing plates , wherein each tab has a mounting hole which is arranged so as to be congruent in relation to the used passage hole of the assigned strip . - wherein the housing comprises a main body on which there are formed integrally two strips that extend parallel to the axis of rotation and thus also to the electric motor , wherein the strips are directed in the direction of the electric motor , - wherein the electric motor has an A-side bearing plate and a B-side bearing plate , - wherein the two strips have passage holes , wherein the passage holes of the two strips are congruent in relation to one another and are at different distances from one another, wherein the distance between a respective two of the passage holes is matched to the distance between the A-side bearing plate and the B-side bearing plate of the different embodiments of the electric motor , so that different mounting positions can be defined by means of the position of the passage holes , and - wherein two tabs are assigned to each bearing plate so that the electric motor is fastened to the strips by means of four tabs , wherein the strips are each arranged between the two tabs of one of the bearing plates , wherein each tab has a mounting hole which is arranged so as to be congruent in relation to the used passage hole of the assigned strip .
A method for detecting luciferase in biological samples comprising a) adding 3-hydroxyhispidin or 3-hydroxybisnoryangonin to the sample; b) incubating the obtained reaction mixture under conditions which allow for bioluminescence; c) detecting bioluminescence of the reaction mixture. a) adding 3-hydroxyhispidin or 3-hydroxybisnoryangonin to the sample; b) incubating the obtained reaction mixture under conditions which allow for bioluminescence; c) detecting bioluminescence of the reaction mixture.
An anti-pollution complex comprising: - from 15 to 25 weight % (w. %) of at least one aqueous extract of Calendula flowers, - from 15 to 25 w. % of an oily extract of at least one oily extract of Calendula flowers, said oily extract being obtained by maceration of dried flowers in alcohol, filtration of the alcoholic macerate and addition of an oily phase to the filtrate before total evaporation of the alcohol, and - from 15 to 25 w. % of an aqueous extract of at least one aqueous extract of Lilium candidum bulb, - from 2 to 5 w % of a thickening agent, and - a sufficient amount of water to complete the total weight up to 100 w. %. - from 15 to 25 weight % (w. %) of at least one aqueous extract of Calendula flowers, - from 15 to 25 w. % of an oily extract of at least one oily extract of Calendula flowers, said oily extract being obtained by maceration of dried flowers in alcohol, filtration of the alcoholic macerate and addition of an oily phase to the filtrate before total evaporation of the alcohol, and - from 15 to 25 w. % of an aqueous extract of at least one aqueous extract of Lilium candidum bulb, - from 2 to 5 w % of a thickening agent, and - a sufficient amount of water to complete the total weight up to 100 w. %.
A Single-Photon Avalanche Diode (SPAD) array comprising a plurality of SPAD cells , each SPAD cell comprising: a plurality ( n ) of SPAD structures ; a plurality ( n ) of quenching circuits , each quenching circuit connected to one of the SPAD structures ; a common trigger circuit connected to said plurality of SPAD structures and further comprising: a counter ; a memory ; a plurality ( n ) of latches (142; 144) each connected to a SPAD structure and a logic circuit connected to the plurality of latches (142; 144) and configured to stop the counter if all of the latches are triggered; a pulse latch and write circuit with a plurality (n) of inputs (172; 174), each input (172; 174) connected to a SPAD structure and configured to detect an output pulse (126; 127) from a SPAD structure , and each time an output pulse (126; 127) is detected the SPAD identifier of the SPAD structure the output pulse (126; 127) was detected from is provided to the memory and the value of the counter is read and stored in memory with the SPAD identifier. a plurality ( n ) of SPAD structures ; a plurality ( n ) of quenching circuits , each quenching circuit connected to one of the SPAD structures ; a common trigger circuit connected to said plurality of SPAD structures and further comprising: a counter ; a memory ; a plurality ( n ) of latches (142; 144) each connected to a SPAD structure and a logic circuit connected to the plurality of latches (142; 144) and configured to stop the counter if all of the latches are triggered; a pulse latch and write circuit with a plurality (n) of inputs (172; 174), each input (172; 174) connected to a SPAD structure and configured to detect an output pulse (126; 127) from a SPAD structure , and each time an output pulse (126; 127) is detected the SPAD identifier of the SPAD structure the output pulse (126; 127) was detected from is provided to the memory and the value of the counter is read and stored in memory with the SPAD identifier. a counter ; a memory ; a plurality ( n ) of latches (142; 144) each connected to a SPAD structure and a logic circuit connected to the plurality of latches (142; 144) and configured to stop the counter if all of the latches are triggered; a pulse latch and write circuit with a plurality (n) of inputs (172; 174), each input (172; 174) connected to a SPAD structure and configured to detect an output pulse (126; 127) from a SPAD structure , and each time an output pulse (126; 127) is detected the SPAD identifier of the SPAD structure the output pulse (126; 127) was detected from is provided to the memory and the value of the counter is read and stored in memory with the SPAD identifier.
A wellhead boosting apparatus comprising: a multi-phase separator module having a separator module support ; a multi-phase separator , an oil-phase pump for extracting an oil phase from the multi-phase separator , and a water-phase pump for extracting a water phase from the multi-phase separator , the multi-phase separator including a separator fluid inlet comprising a wellhead connector configured to directly engage with a wellhead , and a separator gas outlet for extracting separated gas; and a compressor module having a compressor module support ; a compressor , a gas engine which utilises separated gas as fuel for powering the compressor , the water-phase pump and the oil-phase pump , the compressor including a compressor gas inlet which is communicable with the separator gas outlet and a compressor gas outlet which is communicable with the wellhead to provide gas lift thereto using the separated gas. a multi-phase separator module having a separator module support ; a multi-phase separator , an oil-phase pump for extracting an oil phase from the multi-phase separator , and a water-phase pump for extracting a water phase from the multi-phase separator , the multi-phase separator including a separator fluid inlet comprising a wellhead connector configured to directly engage with a wellhead , and a separator gas outlet for extracting separated gas; and a compressor module having a compressor module support ; a compressor , a gas engine which utilises separated gas as fuel for powering the compressor , the water-phase pump and the oil-phase pump , the compressor including a compressor gas inlet which is communicable with the separator gas outlet and a compressor gas outlet which is communicable with the wellhead to provide gas lift thereto using the separated gas.
An apparatus comprising: a first plurality of graphics processing resources to execute graphics commands and process graphics data; and a first memory management unit, MMU, to communicatively couple the first plurality of graphics processing resources to a system-level MMU to access a system memory ; characterized by : a second plurality of graphics processing resources to execute graphics commands and process graphics data; a second MMU to communicatively couple the second plurality of graphics processing resources to the first MMU ; wherein the first MMU is configured as a master MMU having a direct connection to the system-level MMU and the second MMU comprises a slave MMU configured to send memory transactions to the first MMU , the first MMU either servicing a memory transaction or sending the memory transaction to the system-level MMU on behalf of the second MMU . a first plurality of graphics processing resources to execute graphics commands and process graphics data; and a first memory management unit, MMU, to communicatively couple the first plurality of graphics processing resources to a system-level MMU to access a system memory ; characterized by : a second plurality of graphics processing resources to execute graphics commands and process graphics data; a second MMU to communicatively couple the second plurality of graphics processing resources to the first MMU ; wherein the first MMU is configured as a master MMU having a direct connection to the system-level MMU and the second MMU comprises a slave MMU configured to send memory transactions to the first MMU , the first MMU either servicing a memory transaction or sending the memory transaction to the system-level MMU on behalf of the second MMU . a second plurality of graphics processing resources to execute graphics commands and process graphics data; a second MMU to communicatively couple the second plurality of graphics processing resources to the first MMU ; wherein the first MMU is configured as a master MMU having a direct connection to the system-level MMU and the second MMU comprises a slave MMU configured to send memory transactions to the first MMU , the first MMU either servicing a memory transaction or sending the memory transaction to the system-level MMU on behalf of the second MMU .
Aluminium alloy consisting of: - from 0.07% by weight to 0.17% by weight of silicon, - from 0.25% by weight to 0.45% by weight of iron, - from 0.05% by weight to 0.20% by weight of copper, - from 0.30% by weight to 0.50% by weight of manganese, - from 0.05% by weight to 0.25% by weight of magnesium, - from 0.01% by weight to 0.04% by weight of titanium and - balance aluminium and additional constituents. - from 0.07% by weight to 0.17% by weight of silicon, - from 0.25% by weight to 0.45% by weight of iron, - from 0.05% by weight to 0.20% by weight of copper, - from 0.30% by weight to 0.50% by weight of manganese, - from 0.05% by weight to 0.25% by weight of magnesium, - from 0.01% by weight to 0.04% by weight of titanium and - balance aluminium and additional constituents.
A system to manage configurations in a plurality of computers , the system comprising: a processor and a memory including a module configured to cause the processor to: define a configuration baseline for the plurality of computers , the configuration baseline including a collection of configuration rules , wherein peach configuration rule includes a configuration setting being associated with a target type that specifies a type of a managed entity affected by the configuration setting, wherein the managed entity includes a program, a service, an application, a database, an operating system or a website; generate a management pack based on the defined configuration baseline including the collection of configuration rules; send the management pack to at least one of the plurality of computers; receive information from the at least one of the plurality of computers, the information comprising an assessment of configuration drift in the at least one of the plurality of computers having the managed entity specified by the target type, wherein said at least one of the plurality of computers performs the assessment of configuration drift based on the management pack, the configuration drift comprising deviation from the configuration baseline of an actual configuration of the at least one of the plurality of computers; and report to a user the assessment of the configuration drift of the at least one of the plurality of computers. define a configuration baseline for the plurality of computers , the configuration baseline including a collection of configuration rules , wherein peach configuration rule includes a configuration setting being associated with a target type that specifies a type of a managed entity affected by the configuration setting, wherein the managed entity includes a program, a service, an application, a database, an operating system or a website; generate a management pack based on the defined configuration baseline including the collection of configuration rules; send the management pack to at least one of the plurality of computers; receive information from the at least one of the plurality of computers, the information comprising an assessment of configuration drift in the at least one of the plurality of computers having the managed entity specified by the target type, wherein said at least one of the plurality of computers performs the assessment of configuration drift based on the management pack, the configuration drift comprising deviation from the configuration baseline of an actual configuration of the at least one of the plurality of computers; and report to a user the assessment of the configuration drift of the at least one of the plurality of computers.