mhurhangee/patent-ind-claim-en huggingface dataset:
Device for cooling a consumer, having, assigned to the consumer, a cooling circuit for circulating a cooling fluid, in which there is provided a pump and a super-cooler , wherein the super-cooler has: a container which is fluidically connected, via a supply line equipped with an expansion valve , to a storage tank for the cooling liquid and which serves for accommodating a cooling bath ; a gas removal line , arranged on the container , for discharging evaporated cooling liquid; and a heat exchanger which, during proper use of the device , is immersed in the cooling bath and is integrated into the cooling circuit , wherein the storage tank is used to provide, in the cooling circuit , pressure equalization that is required owing to fluctuations in volume or density, wherein, during proper use of the device , there branches off from the cooling circuit a connection line which is always fluidically open in both directions and which is fluidically connected to the storage tank and/or or to the supply line leading to the cooling bath of the super-cooler , upstream of the expansion valve , characterized in that a second super-cooler is arranged in the supply line , between the mouth of the connection line and the expansion valve , and/or that a phase separator is provided in the supply line , upstream of the expansion valve .
A process for gear manufacturing machining a workpiece by a tool on a gear manufacturing machine, wherein the workpiece is machined by a generating machining process, wherein a desired tooth trace shape and/or tooth thickness of the gearing is generated by the generating machining process, characterized in that an additional condition, which is a specification on the shape of the gearing and/or on the tool head clearance, can be predefined and the center distance and the axial cross angle by which the tool for the gear manufacturing machining rolls off on the workpiece are determined in dependence on the desired tooth trace shape and/or on the tooth thickness of the gearing and on the additional condition.
A system comprising: a dispenser having a nozzle ; a platform ; and a cleaning substrate supported by the platform , the cleaning substrate having a plurality of hook structures extending from a backing , the hook structures being configured to remove a material from an exterior surface of the nozzle, when at least one of the nozzle and the cleaning substrate moves relative to the other one of the nozzle and the cleaning substrate . a dispenser having a nozzle ; a platform ; and a cleaning substrate supported by the platform , the cleaning substrate having a plurality of hook structures extending from a backing , the hook structures being configured to remove a material from an exterior surface of the nozzle, when at least one of the nozzle and the cleaning substrate moves relative to the other one of the nozzle and the cleaning substrate .
A flexible stabilizing ankle brace , comprising: a rigid, heat-moldable, multi-layer leg support portion comprising a front portion and a removable rear portion configured to allow posterior entry into the ankle brace, wherein the front portion comprises lateral edges and the removable rear portion comprises lateral edges, the lateral edges of the front portion overlapping the lateral edges of the removable rear portion, and wherein the leg support portion is configured to conform to the shape of a user's calf, shin, and ankle; a rigid, heat-moldable, multi-layer foot support portion ; a pair of hinges connecting said front portion of the leg support portion to said foot support portion; and a closure mechanism. a rigid, heat-moldable, multi-layer leg support portion comprising a front portion and a removable rear portion configured to allow posterior entry into the ankle brace, wherein the front portion comprises lateral edges and the removable rear portion comprises lateral edges, the lateral edges of the front portion overlapping the lateral edges of the removable rear portion, and wherein the leg support portion is configured to conform to the shape of a user's calf, shin, and ankle; a rigid, heat-moldable, multi-layer foot support portion ; a pair of hinges connecting said front portion of the leg support portion to said foot support portion; and a closure mechanism.
A photodetecting device comprising a semiconductor substrate having a first principal surface (1Na; 20a; 30a) and a second principal surface (1Nb; 20b; 30b) opposing each other and including a plurality of pixels (U) one-dimensionally distributed on a single line, wherein, each of the pixels (U) of the photodetecting device includes: a plurality of avalanche photodiodes (APD) each including a light receiving region (S), distributed two-dimensionally on the first principal surface side of the semiconductor substrate , and arranged to operate in Geiger mode; a plurality of quenching resistors provided on the first principal surface side of the semiconductor substrate , wherein each of the plurality of quenching resistors is electrically connected in series to a corresponding one of the plurality of avalanche photodiodes (APD); and a signal processing unit (SP) arranged to process output signals from the plurality of avalanche photodiodes (APD), and each of the signal processing units (SP) includes: a gate grounded circuit, wherein the plurality of avalanche photodiodes (APD) of the corresponding pixel (U) are electrically connected in parallel to the gate grounded circuit (31; 41) via the plurality of quenching resistors ; and a current mirror circuit (34; 44) electrically connected to the gate grounded circuit (31; 41) and arranged to output a signal corresponding to the output signals from the plurality of avalanche photodiodes (APD). a plurality of avalanche photodiodes (APD) each including a light receiving region (S), distributed two-dimensionally on the first principal surface side of the semiconductor substrate , and arranged to operate in Geiger mode; a plurality of quenching resistors provided on the first principal surface side of the semiconductor substrate , wherein each of the plurality of quenching resistors is electrically connected in series to a corresponding one of the plurality of avalanche photodiodes (APD); and a signal processing unit (SP) arranged to process output signals from the plurality of avalanche photodiodes (APD), and each of the signal processing units (SP) includes: a gate grounded circuit, wherein the plurality of avalanche photodiodes (APD) of the corresponding pixel (U) are electrically connected in parallel to the gate grounded circuit (31; 41) via the plurality of quenching resistors ; and a current mirror circuit (34; 44) electrically connected to the gate grounded circuit (31; 41) and arranged to output a signal corresponding to the output signals from the plurality of avalanche photodiodes (APD). a gate grounded circuit, wherein the plurality of avalanche photodiodes (APD) of the corresponding pixel (U) are electrically connected in parallel to the gate grounded circuit (31; 41) via the plurality of quenching resistors ; and a current mirror circuit (34; 44) electrically connected to the gate grounded circuit (31; 41) and arranged to output a signal corresponding to the output signals from the plurality of avalanche photodiodes (APD).
A seating assembly comprising a seat base unit , a seat unit , and a back-support unit , wherein both said seat unit and said back-support unit have a common pivoting axis (P) with respect to said seat base unit at the level of the hip joint, and wherein said seat unit and said back-support unit are connected to said seat base unit by means of a pair of opposed pivot points at the level of the hip joint and lying on the common pivoting axis (P) at each side of the seating assembly, characterized in that said seating assembly further comprises three types of motion control means either in open or in locked position, while connecting all of said units with each other, and wherein a pivoting movement being enabled by means of a force exerted on said seating assembly , with a first type for controlling a pivoting movement of said seat unit and said back-support unit both together forward or backward with respect to said seat base unit ; or only of said seat unit forward or backward with respect to said seat base unit , with a second type for controlling a pivoting movement of only said back-support unit forward or backward with respect to said seat base unit , and with a third type for controlling pivoting of the seat unit forward or backward with respect to the seat base unit , wherein the back-support unit is in fixed position.
An apparatus , comprising: a first semiconductor chip having a first pixel array , said first pixel array having visible light sensitive pixels ; and, a second semiconductor chip having a second pixel array , said first semiconductor chip stacked on said second semiconductor chip such that said second pixel array resides beneath said first pixel array , said second pixel array having IR light sensitive pixels for time-of-flight based depth detection, wherein the first pixel array is formed to detect incident visible light and pass incident IR light to the second pixel array, and the second pixel array is formed to detect the incident IR light, the first and second pixel arrays each comprise respective light guide structures arranged to couple incident IR light that flows through the visible light sensitive pixels of the first pixel array into the IR light sensitive pixels of the second pixel array, wherein the IR light sensitive pixels of the second pixel array are larger than the visible light pixels of the first pixel array, the light guide structures comprise light guides characterized in that each of the light guides is formed over a group of visible light pixels of the first pixel array and each of the light guides is commensurate in size with an IR light sensitive pixel of the second pixel array. a first semiconductor chip having a first pixel array , said first pixel array having visible light sensitive pixels ; and, a second semiconductor chip having a second pixel array , said first semiconductor chip stacked on said second semiconductor chip such that said second pixel array resides beneath said first pixel array , said second pixel array having IR light sensitive pixels for time-of-flight based depth detection, wherein the first pixel array is formed to detect incident visible light and pass incident IR light to the second pixel array, and the second pixel array is formed to detect the incident IR light, the first and second pixel arrays each comprise respective light guide structures arranged to couple incident IR light that flows through the visible light sensitive pixels of the first pixel array into the IR light sensitive pixels of the second pixel array, wherein the IR light sensitive pixels of the second pixel array are larger than the visible light pixels of the first pixel array, the light guide structures comprise light guides characterized in that each of the light guides is formed over a group of visible light pixels of the first pixel array and each of the light guides is commensurate in size with an IR light sensitive pixel of the second pixel array.
A method for the treatment and utilization of waste liquor containing at least polyester degradation products and originating from an alkaline pulping process for the extraction of cellulose raw material from blended textile waste which includes at least a cellulose component and a polyester component, the method comprising the following steps: a) evaporating of water from the waste liquor in order to precipitate the polyester degradation product from the waste liquor and to obtain a two-phase mixture having an aqueous phase and a solid phase including the polyester degradation product, b) separating the solid phase from the aqueous phase, and c) utilizing the solid phase. a) evaporating of water from the waste liquor in order to precipitate the polyester degradation product from the waste liquor and to obtain a two-phase mixture having an aqueous phase and a solid phase including the polyester degradation product, b) separating the solid phase from the aqueous phase, and c) utilizing the solid phase.
A surgical cleaning apparatus comprising a housing , a drive shaft , wherein the drive shaft is rotatably mounted in the housing , wherein the drive shaft comprises a rear end for connecting to a drive unit, and wherein the drive shaft comprises a front end which is arranged opposite the rear end , a plurality of elastically deformable bristles , wherein the elastically deformable bristles are arranged at the front end of the drive shaft and are connected to the drive shaft , wherein the elastically deformable bristles protrude at least partially from the housing , and wherein most or all of the elastically deformable bristles extend away from the axis of rotation of the drive shaft , a pump for pumping a liquid, wherein the pump is connected to the drive shaft and is to be driven by the drive shaft , a liquid supply line , wherein the liquid supply line is connected to the pump in such a way that a liquid can be suctioned through the liquid supply line and into the pump by the pump , a liquid discharge line , wherein the liquid discharge line is connected to the pump in such a way that a liquid can be forced out of the pump and into the liquid supply line by the pump , wherein the liquid discharge line comprises at least one liquid outlet opening in the region of the elastically deformable bristles , wherein the liquid discharge line opens in the direction of the elastically deformable bristles through the at least one liquid outlet opening . a housing , a drive shaft , wherein the drive shaft is rotatably mounted in the housing , wherein the drive shaft comprises a rear end for connecting to a drive unit, and wherein the drive shaft comprises a front end which is arranged opposite the rear end , a plurality of elastically deformable bristles , wherein the elastically deformable bristles are arranged at the front end of the drive shaft and are connected to the drive shaft , wherein the elastically deformable bristles protrude at least partially from the housing , and wherein most or all of the elastically deformable bristles extend away from the axis of rotation of the drive shaft , a pump for pumping a liquid, wherein the pump is connected to the drive shaft and is to be driven by the drive shaft , a liquid supply line , wherein the liquid supply line is connected to the pump in such a way that a liquid can be suctioned through the liquid supply line and into the pump by the pump , a liquid discharge line , wherein the liquid discharge line is connected to the pump in such a way that a liquid can be forced out of the pump and into the liquid supply line by the pump , wherein the liquid discharge line comprises at least one liquid outlet opening in the region of the elastically deformable bristles , wherein the liquid discharge line opens in the direction of the elastically deformable bristles through the at least one liquid outlet opening .
Production mold for a rotor blade of a wind turbine plant, having two mold half-shells which during a production method of the rotor blade are disposed so as to be at least temporarily beside one another, and having at least one inner walkway that runs along so as to be between the two mold half-shells and with at least one escape path, characterized by that the at least one escape path runs along below at least one of the two mold half-shells and at least one walkway frame which has at least one operator opening through which the escape path is reachable from the walkway frame is disposed between the two mold half-shells.
A system for use in testing a local area network, LAN, cabling system having a LAN cable communicatively coupled to a pair of sockets, the system comprising: a first LAN testing device (10'A) adapted to exchange test communication signals with a second LAN testing device (10' B) through the LAN cabling system and a cable communicatively coupled to the first LAN testing device (10'A) having a plug sized and arranged to communicatively couple with one of the pair of sockets; characterized in that the plug includes a switch device and an indicator device that are communicatively coupled to the first LAN testing device (10'A) via the cable and wherein the first LAN test ing device (10'A) is programmed to initiate one or more LAN cabling test procedures in cooperation with the second LAN testing device (10' B) in responsive to a first signal received from the plug via the cable as a result of the switch device of the plug being actuated and to provide one or more signals to the indicator device of the plug via the cable to thereby cause the indicator device of the plug to indicate a condition associated with a result of the initiated one or more LAN cabling test procedures, the switch device and the indicator device are communicatively coupled to the first LAN testing device (10'A) via use of one or more wires of the cable that are separate and apart from wires of the cable that are used by the first LAN testing device (10'A) to communicate test signals to the second LAN testing device (10' B). a first LAN testing device (10'A) adapted to exchange test communication signals with a second LAN testing device (10' B) through the LAN cabling system and a cable communicatively coupled to the first LAN testing device (10'A) having a plug sized and arranged to communicatively couple with one of the pair of sockets; characterized in that the plug includes a switch device and an indicator device that are communicatively coupled to the first LAN testing device (10'A) via the cable and wherein the first LAN test ing device (10'A) is programmed to initiate one or more LAN cabling test procedures in cooperation with the second LAN testing device (10' B) in responsive to a first signal received from the plug via the cable as a result of the switch device of the plug being actuated and to provide one or more signals to the indicator device of the plug via the cable to thereby cause the indicator device of the plug to indicate a condition associated with a result of the initiated one or more LAN cabling test procedures, the switch device and the indicator device are communicatively coupled to the first LAN testing device (10'A) via use of one or more wires of the cable that are separate and apart from wires of the cable that are used by the first LAN testing device (10'A) to communicate test signals to the second LAN testing device (10' B).
A thermoplastic composition comprising: from 15 wt. % to 80 wt. % of a polymer resin; and from 10 wt. % to 50 wt. % of a low dielectric constant glass fiber component, wherein the glass fiber component has a Dk of less than 5.0 at a frequency of from 1 MHz to 1 GHz and a Df of less than 0.002 at a frequency of from 1 MHz to 1 GHz; from 3 wt. % to 40 wt. % of a hollow filler; and from 0.1 wt. % to 10 wt. % of an impact modifier, wherein the thermoplastic composition exhibits a dielectric constant of less than 3.2 at a frequency of 1.9 GHz when tested using a split post dielectric resonator and network analyzer on a sample size of 100 mm by 70 mm and 1.6 mm thickness; wherein the thermoplastic composition exhibits a dissipation factor Df of less than 0.01 at a frequency of 1.9 GHz when tested using a split post dielectric resonator and network analyzer on a sample size of 100 mm by 70 mm and 1.6 mm thickness, wherein the thermoplastic composition exhibits a nano-molding technology bonding strength of at least 18 MPa when tested in accordance with a bonding strength test adapted from ISO 19095 with a T treatment, wherein the thermoplastic composition exhibits a notched impact strength of at least 70 J/m when tested in accordance with ASTM D256 at 23 °C, wherein the thermoplastic composition exhibits a flow rate of less than 25 cm3/10 min when tested in accordance with ISO 1133 at 275 °C at 5 kg and 300 seconds, and wherein the combined weight percent value of all components does not exceed 100 wt. %, and all weight percent values are based on the total weight of the composition. from 15 wt. % to 80 wt. % of a polymer resin; and from 10 wt. % to 50 wt. % of a low dielectric constant glass fiber component, wherein the glass fiber component has a Dk of less than 5.0 at a frequency of from 1 MHz to 1 GHz and a Df of less than 0.002 at a frequency of from 1 MHz to 1 GHz; from 3 wt. % to 40 wt. % of a hollow filler; and from 0.1 wt. % to 10 wt. % of an impact modifier, wherein the thermoplastic composition exhibits a dielectric constant of less than 3.2 at a frequency of 1.9 GHz when tested using a split post dielectric resonator and network analyzer on a sample size of 100 mm by 70 mm and 1.6 mm thickness; wherein the thermoplastic composition exhibits a dissipation factor Df of less than 0.01 at a frequency of 1.9 GHz when tested using a split post dielectric resonator and network analyzer on a sample size of 100 mm by 70 mm and 1.6 mm thickness, wherein the thermoplastic composition exhibits a nano-molding technology bonding strength of at least 18 MPa when tested in accordance with a bonding strength test adapted from ISO 19095 with a T treatment, wherein the thermoplastic composition exhibits a notched impact strength of at least 70 J/m when tested in accordance with ASTM D256 at 23 °C, wherein the thermoplastic composition exhibits a flow rate of less than 25 cm3/10 min when tested in accordance with ISO 1133 at 275 °C at 5 kg and 300 seconds, and wherein the combined weight percent value of all components does not exceed 100 wt. %, and all weight percent values are based on the total weight of the composition.
A cardioplegic agent delivery system comprising: a syringe pump for providing cardioplegic agent into a carrier fluid of a perfusion system; a flow sensor for sensing a flow of the carrier fluid; and an interlock responsive to the flow sensor , characterised in that the interlock prevents operation of the syringe pump to provide cardioplegic agent into the carrier fluid in the absence of flow sensed by the flow sensor , wherein the interlock is configured to control actuation of the syringe pump to feed cardioplegic agent into the carrier fluid only when the flow rate of the carrier fluid exceeds a predetermined threshold. a syringe pump for providing cardioplegic agent into a carrier fluid of a perfusion system; a flow sensor for sensing a flow of the carrier fluid; and an interlock responsive to the flow sensor , characterised in that the interlock prevents operation of the syringe pump to provide cardioplegic agent into the carrier fluid in the absence of flow sensed by the flow sensor , wherein the interlock is configured to control actuation of the syringe pump to feed cardioplegic agent into the carrier fluid only when the flow rate of the carrier fluid exceeds a predetermined threshold.