mhurhangee/patent-ind-claim-en huggingface dataset:
A fuel cell system comprising: a reformer converting a fuel gas into a reformed gas rich in hydrogen; a fuel cell stack generating electricity by using the reformed gas; an electrodeionization device discharging pure water in which an impurity ion is removed from supplied water; a sensing unit measuring electrical conductivity of the pure water; a water supply unit supplying the pure water to the reformer and the fuel cell stack ; a control unit configured to control the operation of the fuel cell stack depending on a measuring signal of the sensing unit ; a fuel supply unit configured to supply the fuel gas to the reformer ; and an air supply unit configured to supply air to the reformer and the fuel cell stack , and the control unit configured to stop the operation of the fuel supply unit , the water supply unit , and the air supply unit when a measuring signal of the sensing unit is a predetermined risk value or more. a reformer converting a fuel gas into a reformed gas rich in hydrogen; a fuel cell stack generating electricity by using the reformed gas; an electrodeionization device discharging pure water in which an impurity ion is removed from supplied water; a sensing unit measuring electrical conductivity of the pure water; a water supply unit supplying the pure water to the reformer and the fuel cell stack ; a control unit configured to control the operation of the fuel cell stack depending on a measuring signal of the sensing unit ; a fuel supply unit configured to supply the fuel gas to the reformer ; and an air supply unit configured to supply air to the reformer and the fuel cell stack , and the control unit configured to stop the operation of the fuel supply unit , the water supply unit , and the air supply unit when a measuring signal of the sensing unit is a predetermined risk value or more.
A method for performing a handover from a source cell to a target cell in a mobile communication system, the method comprising: sending , by a user equipment, UE, a measurement report on received signal strengths of adjacent cells, to a Node B of the source cell; receiving , by the UE, a handover preparation message from the Node B of the source cell; after receiving the handover preparation message, sending , by the UE, to the Node B of the source cell, a status report including a sequence number of successfully received packet data and a sequence number of missing packet data; receiving, by the UE, the missing packet data from the Node B of the source cell; and upon a receipt of a handover command from the Node B of the source cell, performing a handover by the UE. sending , by a user equipment, UE, a measurement report on received signal strengths of adjacent cells, to a Node B of the source cell; receiving , by the UE, a handover preparation message from the Node B of the source cell; after receiving the handover preparation message, sending , by the UE, to the Node B of the source cell, a status report including a sequence number of successfully received packet data and a sequence number of missing packet data; receiving, by the UE, the missing packet data from the Node B of the source cell; and upon a receipt of a handover command from the Node B of the source cell, performing a handover by the UE.
A clamping device for a ring spinning machine for clamping and cutting off a thread, having a base element comprising a penetration for enclosing a shaft of a spindle of the ring spinning machine, having a clamping element supported displaceably relative to the base element , said clamping element being displaceable between a closed position in which the thread is clamped between the base element and the clamping element and at least one open position in which the thread is not clamped, having a cut-off element for cutting off the thread, and having a retaining element for fixing the cut-off element , wherein the cut-off element is fixed between the base element and the retaining element , characterized in that the cut-off element is positively fixed between the base element and the retaining element and the retaining element is connected to the base element by means of a material connection.
An adsorption heat pump system comprising: an evaporator adapted to evaporate an adsorbate; a first adsorption device adapted to adsorb the adsorbate of the evaporator and to generate cooling in the evaporator ; and a second adsorption device adapted to adsorb the adsorbate that was adsorbed by the first adsorption device and to generate cooling in the first adsorption device , characterized in that the evaporator is also adapted to function as a condenser that condenses the introduced gaseous adsorbate; and the adsorption heat pump system further includes a bypass pipe that bypasses the first adsorption device and connects the evaporator and the second adsorption device together. an evaporator adapted to evaporate an adsorbate; a first adsorption device adapted to adsorb the adsorbate of the evaporator and to generate cooling in the evaporator ; and a second adsorption device adapted to adsorb the adsorbate that was adsorbed by the first adsorption device and to generate cooling in the first adsorption device ,
An inactivated Sendai virus envelope for use in a method for preventing and/or treating cognitive impairment and/or a neurodegenerative disease with accumulation of a prionoid.
An interchangeable lens comprising a lens control unit configured to transmit lens-side initialization execution element information comprising one or more identifiers of lens-side elements for which the lens control unit itself performs initialization to an imaging apparatus on a camera body-side in response to reception of body-side initialization execution element information indicating body-side elements on which the imaging apparatus itself performs initialization from the imaging apparatus.
An array antenna device comprising: a waveguide in which a plurality of probe inserting holes is provided in a first wall surface , and a plurality of connection shaft inserting holes is provided in a second wall surface facing the first wall surface ; a plurality of feed probes each of which is inserted in one of the probe inserting holes , and to a first end of each of which at least one of multiple circularly polarized element antennas is connected; a plurality of connection shafts each of which is inserted in one of the connection shaft inserting holes , and a third end of each of which is connected to a second end of one of the feed probes ; a plurality of rotation shafts , a fifth end of each of which is connected to a fourth end of one of the connection shafts ; a plurality of rotation devices each of which is configured to rotate one of the rotation shafts ; characterized by a control device that is configured to individually control rotation of the rotation devices . a waveguide in which a plurality of probe inserting holes is provided in a first wall surface , and a plurality of connection shaft inserting holes is provided in a second wall surface facing the first wall surface ; a plurality of feed probes each of which is inserted in one of the probe inserting holes , and to a first end of each of which at least one of multiple circularly polarized element antennas is connected; a plurality of connection shafts each of which is inserted in one of the connection shaft inserting holes , and a third end of each of which is connected to a second end of one of the feed probes ; a plurality of rotation shafts , a fifth end of each of which is connected to a fourth end of one of the connection shafts ; a plurality of rotation devices each of which is configured to rotate one of the rotation shafts ;
A wireless communication system including a wireless access point and a wireless station, the system adapted to perform downlink data transmission based on one of a transmission opportunity acquired by the wireless access point, TXOP access, and a transmission opportunity acquired by a wireless station and granted to the wireless access point, RXOP access, when performing the downlink data transmission from the wireless access point to the wireless station based on a random access scheme, characterised in that the wireless access point includes a control unit performing, on a transmission buffer which sequentially stores data frames to be transmitted for each of wireless stations, processing which lowers an order of priority of the data frames which are to be destined for a wireless station by the TXOP access at the transmission buffer according to a transmission status of the data frames destined for a wireless station by the RXOP access.
A system for measuring a parameter of a muscular-skeletal system, the system comprising: a prosthetic component having a transmissive region and at least one feature configured to couple to bone; electronic circuitry ; and at least one optical sensor positioned behind the transmissive region and configured to monitor synovial fluid of the muscularskeletal system, the electronic circuitry being coupled to the at least one optical sensor, and the prosthetic component housing the electronic circuitry and the at least one optical sensor; wherein: the at least one optical sensor is configured to monitor at least one of a color or a turbidity of the synovial fluid and characterized in that the system is configured to ratiometrically compare relative contributions of red, green, and blue colors of the synovial fluid with a sum of a calibration value. a prosthetic component having a transmissive region and at least one feature configured to couple to bone; electronic circuitry ; and at least one optical sensor positioned behind the transmissive region and configured to monitor synovial fluid of the muscularskeletal system, the electronic circuitry being coupled to the at least one optical sensor, and the prosthetic component housing the electronic circuitry and the at least one optical sensor; wherein: the at least one optical sensor is configured to monitor at least one of a color or a turbidity of the synovial fluid and characterized in that the system is configured to ratiometrically compare relative contributions of red, green, and blue colors of the synovial fluid with a sum of a calibration value. the at least one optical sensor is configured to monitor at least one of a color or a turbidity of the synovial fluid and characterized in that the system is configured to ratiometrically compare relative contributions of red, green, and blue colors of the synovial fluid with a sum of a calibration value.
An arrangement comprising - a first extension guide for a movable furniture part and - an entrainment member for a drive device for moving the movable furniture part in relation to a furniture carcass , wherein the entrainment member comprises an entrainment projection that can be actively connected to the drive device , wherein a first fastening device is provided with a part which is arranged on the entrainment member and a part which is arranged on the first extension guide , by means of which the entrainment member can be fastened to the first extension guide , wherein one part of the first fastening device is embodied as a pin and one part is embodied as a pin-receiving element corresponding to the pin , wherein the pin is positioned obliquely to the longitudinal extension (L) of the first extension guide and the pin receiving element comprises an insertion channel for the pin , which insertion channel comprises a bottleneck (E), characterized in that the entrainment member comprises a part of a second fastening device , which is embodied as a pin or as a pin-receiving element , for optional fastening of the entrainment member to a second extension guide which is substantially laterally reversed in relation to the first extension guide , and that the part of the first fastening device , which is arranged on the entrainment member , is arranged on the entrainment member such that it is laterally reversed in relation to the part of the second fastening device , arranged on the entrainment member . - a first extension guide for a movable furniture part and - an entrainment member for a drive device for moving the movable furniture part in relation to a furniture carcass , wherein the entrainment member comprises an entrainment projection that can be actively connected to the drive device ,
Device for dispensing consumer goods characterized by the fact that it comprises: - a fixed bearing structure ; - a first portion supported movable in rotation around a respective axis by said bearing structure and having a plurality of collecting elements spaced apart angularly from one another, said bearing structure defining at least a fixed access area to at least one of said collecting elements ; - a second portion supported movable in rotation around a respective axis by said bearing structure , arranged above said first portion and supporting a plurality of pods containing consumer goods and spaced apart angularly from one another; - selective opening means of said pods able to dispense the contents of the pods themselves within at least one of said collecting elements at a predefined angular position . - a fixed bearing structure ; - a first portion supported movable in rotation around a respective axis by said bearing structure and having a plurality of collecting elements spaced apart angularly from one another, said bearing structure defining at least a fixed access area to at least one of said collecting elements ; - a second portion supported movable in rotation around a respective axis by said bearing structure , arranged above said first portion and supporting a plurality of pods containing consumer goods and spaced apart angularly from one another; - selective opening means of said pods able to dispense the contents of the pods themselves within at least one of said collecting elements at a predefined angular position .
A method for machining or producing a toothing on a workpiece by means of a tool toothing, in which method the tool toothing is brought into a first machining engagement with the rotating workpiece toothing clamped in a clamped setup, such that there is a rolling coupling which assigns tool teeth to the tooth slots of the workpiece toothing, wherein the tool toothing is brought into a second machining engagement, phase-shifted by at least one fourth of the pitch in comparison with such assignment of the roller coupling of the first machining engagement, in particular at the machining distance of deepest advancement, said second machining engagement having an increased machining distance, in comparison with the deepest advancement of the first machining engagement, from the workpiece toothing clamped in the same clamped setup of the first machining engagement, characterised in that the second machining engagement causes the tooth tips of the workpiece toothing to be machined by the tooth tips of the tool toothing.
A dressing for treating a tissue site , comprising: a base layer having a periphery surrounding a central portion and a plurality of apertures disposed through the periphery and the central portion ; a sealing member having a periphery and a central portion , the periphery of the sealing member positioned proximate to the periphery of the base layer , wherein the central portion of the sealing member and the central portion of the base layer define an enclosure ; an adhesive positioned between the periphery of the sealing member and the periphery of the base layer , wherein the adhesive is in fluid communication with the apertures in the periphery of the base layer so that, in use, the adhesive extends through the plurality of apertures in fluid communication with, and in contact with, tissue surrounding the tissue site through the apertures in the periphery of the base layer for securing the dressing to the tissue surrounding the tissue site; and a first wicking layer , a second wicking layer and an absorbent layer disposed in the enclosure. a base layer having a periphery surrounding a central portion and a plurality of apertures disposed through the periphery and the central portion ; a sealing member having a periphery and a central portion , the periphery of the sealing member positioned proximate to the periphery of the base layer , wherein the central portion of the sealing member and the central portion of the base layer define an enclosure ; an adhesive positioned between the periphery of the sealing member and the periphery of the base layer , wherein the adhesive is in fluid communication with the apertures in the periphery of the base layer so that, in use, the adhesive extends through the plurality of apertures in fluid communication with, and in contact with, tissue surrounding the tissue site through the apertures in the periphery of the base layer for securing the dressing to the tissue surrounding the tissue site; and a first wicking layer , a second wicking layer and an absorbent layer disposed in the enclosure.
A computer-implemented method for data anonymization, the method comprising: receiving, by a processing device , raw data from a wellbore operation ; anonymizing, by the processing device , the raw data to convert the raw data to anonymized data by non-dimensionalizing the raw data ; analyzing, by the processing device , the anonymized data ; and performing an action at the wellbore operation based at least in part on the analysis of the anonymized data , wherein the raw data comprise pore pressure data, and wherein anonymizing the data by non-dimensionalizing the data comprises dividing the pore pressure data by vertical stress data; or wherein the raw data comprise maximum horizontal stress data, and wherein anonymizing the data by non-dimensionalizing the data comprises dividing the maximum horizontal stress data by vertical stress data; or wherein the raw data comprise minimum horizontal stress data, and wherein anonymizing the data by non-dimensionalizing the data comprises dividing the minimum horizontal stress data by vertical stress data; or wherein the raw data comprise unconfined compressive stress data, and wherein anonymizing the data by non-dimensionalizing the data comprises dividing the unconfined compressive stress data by vertical stress data. receiving, by a processing device , raw data from a wellbore operation ; anonymizing, by the processing device , the raw data to convert the raw data to anonymized data by non-dimensionalizing the raw data ; analyzing, by the processing device , the anonymized data ; and performing an action at the wellbore operation based at least in part on the analysis of the anonymized data , wherein the raw data comprise pore pressure data, and wherein anonymizing the data by non-dimensionalizing the data comprises dividing the pore pressure data by vertical stress data; or wherein the raw data comprise maximum horizontal stress data, and wherein anonymizing the data by non-dimensionalizing the data comprises dividing the maximum horizontal stress data by vertical stress data; or wherein the raw data comprise minimum horizontal stress data, and wherein anonymizing the data by non-dimensionalizing the data comprises dividing the minimum horizontal stress data by vertical stress data; or wherein the raw data comprise unconfined compressive stress data, and wherein anonymizing the data by non-dimensionalizing the data comprises dividing the unconfined compressive stress data by vertical stress data.
Riser which is protected against downward movement, with an electrical riser ribbon cable which runs vertically or with a vertical component, and with at least one riser-securing device which surrounds the ribbon cable and has the purpose of securing the riser ribbon cable against downward movement when there is not a fire and when there is a fire, by pressing the ribbon cable against a non-conductive pressing face , wherein the riser-securing device comprises an electrically non-conductive clamping element at a distance from the pressing face , which clamping element is guided in a freely movable fashion in an oblique guiding means which reduces the distance between the clamping element and the pressing face when the clamping element moves downwards; wherein when there is a downward tensile force acting on the ribbon cable the ribbon cable can be pressed, even when the cable thickness changes, against the pressing face by the clamping element which is freely movable in the oblique guiding means and as a result it is a variable distance from the pressing face , and as a result can be clamped between the clamping element and the pressing face , wherein the variability in respect of distances in the clamping connection corresponds at least to the difference the thickness of the ribbon cable in the intact state and a thickness of the ribbon cable in the state in which cable insulation has been melted off or burnt off, wherein the riser-securing device comprises a baseplate which functions as a pressing face , characterized in that the clamping element is fire-resistant, wherein the clamping element is embodied as a clamping roller , wherein the baseplate of the riser-securing device is a non-conductive, fire-resistant baseplate . wherein the riser-securing device comprises an electrically non-conductive clamping element at a distance from the pressing face , which clamping element is guided in a freely movable fashion in an oblique guiding means which reduces the distance between the clamping element and the pressing face when the clamping element moves downwards; wherein when there is a downward tensile force acting on the ribbon cable the ribbon cable can be pressed, even when the cable thickness changes, against the pressing face by the clamping element which is freely movable in the oblique guiding means and as a result it is a variable distance from the pressing face , and as a result can be clamped between the clamping element and the pressing face , wherein the variability in respect of distances in the clamping connection corresponds at least to the difference the thickness of the ribbon cable in the intact state and a thickness of the ribbon cable in the state in which cable insulation has been melted off or burnt off, wherein the riser-securing device comprises a baseplate which functions as a pressing face , characterized in that the clamping element is fire-resistant, wherein the clamping element is embodied as a clamping roller , wherein the baseplate of the riser-securing device is a non-conductive, fire-resistant baseplate .