mhurhangee/patent-ind-claim-en huggingface dataset:
A device for use in a domestic appliance for textile treatment , the device comprising: - at least one housing , - the housing being designed to be positioned in a treatment space of the domestic appliance ; - the housing comprising: - at least one output module which is designed to release at least one preparation into the treatment space of the domestic appliance and/or to trigger an output; and - at least one sensor module which is designed to determine sensor information characteristic of the state of the treatment space of the domestic appliance and/or of the device ; - the sensor module comprising at least one sensor , the sensor information at least partially representing information determined by means of the at least one sensor , the at least one sensor being a magnetic field sensor; the device being characterized in that - the information determined by the sensor is at least partially indicative of a loading state of the treatment space of the domestic appliance ; and - the release and/or the triggering of the output of the preparation by the at least one output module is at least partially based on the sensor information. - at least one housing , - the housing being designed to be positioned in a treatment space of the domestic appliance ; - the housing comprising: - at least one output module which is designed to release at least one preparation into the treatment space of the domestic appliance and/or to trigger an output; and - at least one sensor module which is designed to determine sensor information characteristic of the state of the treatment space of the domestic appliance and/or of the device ; - the sensor module comprising at least one sensor , the sensor information at least partially representing information determined by means of the at least one sensor , the at least one sensor being a magnetic field sensor; the device being characterized in that - the information determined by the sensor is at least partially indicative of a loading state of the treatment space of the domestic appliance ; and - the release and/or the triggering of the output of the preparation by the at least one output module is at least partially based on the sensor information.
An antenna device for a vehicle for a vehicle transceiver device whose transmission power level regulation device is configured in a manner such that, during the bidirectional communication, the transmission power level is set greater as the quality of the communication link falls and is conversely lowered as the transmission quality of the communication link increases, comprising the following features: - the antenna device is configured as an antenna diversity device having a plurality of antenna elements (34a, 34b, ...) in a manner such that a plurality of diversity settings can be selected for a selection of different radiation directivities for transmission and for reception; - the antenna diversity device is connectable to the radio frequency terminal of the vehicle transceiver device ; - a power level detector is present in the antenna diversity device and is configured to detect the transmission power level of the vehicle transceiver device and to constantly register it; and, - to increase the transmission quality of the communication link, a setting of the antenna diversity device at which a smaller transmission power level is reached is selected after an alternatingly carried out selection of a respective different setting of the antenna diversity device and a detection of the transmission power level present at this setting. - the antenna device is configured as an antenna diversity device having a plurality of antenna elements (34a, 34b, ...) in a manner such that a plurality of diversity settings can be selected for a selection of different radiation directivities for transmission and for reception; - the antenna diversity device is connectable to the radio frequency terminal of the vehicle transceiver device ; - a power level detector is present in the antenna diversity device and is configured to detect the transmission power level of the vehicle transceiver device and to constantly register it; and, - to increase the transmission quality of the communication link, a setting of the antenna diversity device at which a smaller transmission power level is reached is selected after an alternatingly carried out selection of a respective different setting of the antenna diversity device and a detection of the transmission power level present at this setting.
A method for shifting a common mode voltage level, the method comprising: receiving a differential signal with a first common mode voltage level (vcom); coupling the differential signal to a pair of output nodes through a pair of shunt capacitors (C 1 , C 2 ); generating a current that is controlled by the first common mode voltage level; characterised in that it further comprises mirroring the current through the output nodes with transistors (P 5 , P 6 ) to generate a second common mode voltage level at the output nodes, wherein the current is inversely proportional to the first common mode voltage level. receiving a differential signal with a first common mode voltage level (vcom); coupling the differential signal to a pair of output nodes through a pair of shunt capacitors (C 1 , C 2 ); generating a current that is controlled by the first common mode voltage level; characterised in that it further comprises mirroring the current through the output nodes with transistors (P 5 , P 6 ) to generate a second common mode voltage level at the output nodes, wherein the current is inversely proportional to the first common mode voltage level.
An apparatus of a user equipment, UE, the apparatus comprising: a memory configured to store a resume identity information element, IE; and processing circuitry in communication with the memory and arranged to: encode and send a request to resume a radio resource control, RRC, connection, the request to resume the RRC connection comprising the resume identity, ID, IE; receive and decode an RRC connection setup response to the request to resume the RRC connection, wherein the RRC connection setup response indicates that an RRC connection resume has been fallbacked; and in response to the RRC connection setup response, encode and send an RRC connection setup complete message , wherein the RRC connection setup complete message comprises a System Architecture Evolution, SAE, Temporary Mobile Subscriber Identity, S-TMSI, for use by a mobility management entity, MME, in communicating a modify bearer request to a serving gateway, S-GW. a memory configured to store a resume identity information element, IE; and processing circuitry in communication with the memory and arranged to: encode and send a request to resume a radio resource control, RRC, connection, the request to resume the RRC connection comprising the resume identity, ID, IE; receive and decode an RRC connection setup response to the request to resume the RRC connection, wherein the RRC connection setup response indicates that an RRC connection resume has been fallbacked; and in response to the RRC connection setup response, encode and send an RRC connection setup complete message , wherein the RRC connection setup complete message comprises a System Architecture Evolution, SAE, Temporary Mobile Subscriber Identity, S-TMSI, for use by a mobility management entity, MME, in communicating a modify bearer request to a serving gateway, S-GW. encode and send a request to resume a radio resource control, RRC, connection, the request to resume the RRC connection comprising the resume identity, ID, IE; receive and decode an RRC connection setup response to the request to resume the RRC connection, wherein the RRC connection setup response indicates that an RRC connection resume has been fallbacked; and in response to the RRC connection setup response, encode and send an RRC connection setup complete message , wherein the RRC connection setup complete message comprises a System Architecture Evolution, SAE, Temporary Mobile Subscriber Identity, S-TMSI, for use by a mobility management entity, MME, in communicating a modify bearer request to a serving gateway, S-GW.
A high-frequency generator for connecting an electrosurgical instrument , comprising - an electrical output connection point for an electrosurgical instrument , - a power supply , which is at least indirectly connected to the output connection point , - a power controller for controlling the electrical output power (PO) output via the output connection point , characterized in that the power controller is configured - to begin the output of an electrical output power (PO) when an output energy balance amount (EB) is greater than an output energy limit value (EBX) and - to end the output of the electrical output power (PO) when the output energy balance amount (EB) falls below a minimum value (EBMIN), - the output energy balance amount (EB) being determined over a moving determination duration (TA) from a supplied specified generator power (PAV) and the output electrical output power (PO). - an electrical output connection point for an electrosurgical instrument , - a power supply , which is at least indirectly connected to the output connection point , - a power controller for controlling the electrical output power (PO) output via the output connection point , - to begin the output of an electrical output power (PO) when an output energy balance amount (EB) is greater than an output energy limit value (EBX) and - to end the output of the electrical output power (PO) when the output energy balance amount (EB) falls below a minimum value (EBMIN), - the output energy balance amount (EB) being determined over a moving determination duration (TA) from a supplied specified generator power (PAV) and the output electrical output power (PO).
A system, comprising: an upper guide assembly configured to be disposed on a bail , wherein the bail is configured to be coupled to a top drive of a drilling system , wherein the upper guide assembly is configured to pass a cable along the top drive at a distance in a lateral direction from a portion of the top drive ; and a lower guide assembly configured to be disposed on the bail beneath the upper guide assembly , wherein the lower guide assembly is configured to pass the cable to a wellbore . an upper guide assembly configured to be disposed on a bail , wherein the bail is configured to be coupled to a top drive of a drilling system , wherein the upper guide assembly is configured to pass a cable along the top drive at a distance in a lateral direction from a portion of the top drive ; and a lower guide assembly configured to be disposed on the bail beneath the upper guide assembly , wherein the lower guide assembly is configured to pass the cable to a wellbore .
A method for active depth sensing, comprising: determining an amount of ambient light for a scene to be captured by a structured light receiver (108; 502); adjusting a frame capture rate of the structured light receiver, wherein adjusting the frame capture rate comprises increasing the frame capture rate from a base frame capture rate to an integer multiple of the base frame capture rate; adjusting an exposure time for frame capture of a sensor (132; 902) of the structured light receiver based on the determined amount of ambient light, wherein the adjusted exposure time of the sensor of the structured light receiver is inversely related to the determined amount of ambient light and wherein the adjusted exposure time is based on the adjusted frame capture rate; receiving (652; 702; 806) a plurality of frames (202; 302; 904) captured by the structured light receiver at the increased frame capture rate and using the adjusted exposure time; and generating (654; 808) an aggregated frame , wherein generating the aggregated frame includes aggregating , for each pixel, corresponding pixel values across the plurality of captured frames. determining an amount of ambient light for a scene to be captured by a structured light receiver (108; 502); adjusting a frame capture rate of the structured light receiver, wherein adjusting the frame capture rate comprises increasing the frame capture rate from a base frame capture rate to an integer multiple of the base frame capture rate; adjusting an exposure time for frame capture of a sensor (132; 902) of the structured light receiver based on the determined amount of ambient light, wherein the adjusted exposure time of the sensor of the structured light receiver is inversely related to the determined amount of ambient light and wherein the adjusted exposure time is based on the adjusted frame capture rate; receiving (652; 702; 806) a plurality of frames (202; 302; 904) captured by the structured light receiver at the increased frame capture rate and using the adjusted exposure time; and generating (654; 808) an aggregated frame , wherein generating the aggregated frame includes aggregating , for each pixel, corresponding pixel values across the plurality of captured frames.
A sensor arrangement for determining a variable tension of a revolving chain drive or belt drive comprising a spring element that is fastened to a base body and that is actively connected to the chain drive or belt drive and an inductive sensor that monitors tension-dependent changes of the spring element , wherein the inductive sensor for detecting a variable mutual distance of a plurality of spring windings of the spring element formed as a metallic compression spring is arranged directly opposite said spring windings , characterized in that the inductive sensor is axially arranged within the compression spring , with an inner diameter of the compression spring being greater than an outer diameter of the inductive sensor .
An accessory for centering a tool (O) or a tool-holder spindle in a rotating guide bush around a fixed axis X-X' of a machining appliance, characterized in that it comprises a rectilinear body with longitudinal axis F-F' comprising, at a first end , an alignment member for aligning said axis F-F' with the axis X-X' of the rotating guide bush and, at a second end , a head rotatably mounted around the axis F-F' and comprising a positioning member able to receive a positioning tool (S), in particular a measuring probe.
A pharmaceutical composition effective in eliciting a specific immune response, comprising a nairovirus that is capable of replication in human cells, but that has been recombinantly altered to have decreased deubiquinating activity or decreased deISGylating activity while maintaining vOTU protease activity, wherein the nairovirus has been mutated at position(s) corresponding to position 13, position 77, or both positions 13 and 77 of the CCHF virus L-protein.
An aft cascade ring for a thrust reverser system of an aircraft propulsion system, the ring comprising: a first ring portion having a first arc shape and defining a first portion first lug ; and a second ring portion having a second arc shape and defining a second portion first lug , the second ring portion being coupled to the first ring portion such that the first portion first lug and the second portion first lug are aligned; characterized by the aft cascade ring further comprising a first actuator pathway ring defining a first opening and configured to be coupled to the first ring portion such that the first opening is aligned with the first portion first lug and the second portion first lug . a first ring portion having a first arc shape and defining a first portion first lug ; and a second ring portion having a second arc shape and defining a second portion first lug , the second ring portion being coupled to the first ring portion such that the first portion first lug and the second portion first lug are aligned; characterized by the aft cascade ring further comprising a first actuator pathway ring defining a first opening and configured to be coupled to the first ring portion such that the first opening is aligned with the first portion first lug and the second portion first lug .
Method for applying spreading material on a utilized agricultural area by means of an agricultural spreader having two spreading disks that can be driven in rotation, comprising the steps of: - applying spreading material by means of the agricultural spreader in a normal spreading mode of the agricultural spreader while traveling on inner driving tracks within a boundary-distal inner region of the utilized agricultural area ; and - applying spreading material by means of the agricultural spreader in a boundary spreading mode of the agricultural spreader while traveling on an outer boundary driving track that runs, at least in some segments, parallel and adjacent to the boundary of the utilized agricultural area , within a boundary-proximal region of the utilized agricultural area ; wherein, in the boundary spreading mode, a boundary spreading device for deflecting at least a portion of the discharged spreading material is used and a reduced total amount of spreading material is applied in comparison to the normal spreading mode, characterized in that the delivery point of the spreading material to the spreading disk of the agricultural spreader that faces away from the boundary of the utilized agricultural area in the boundary spreading mode differs from the delivery point of the spreading material to the spreading disks of the agricultural spreader in the normal spreading mode. - applying spreading material by means of the agricultural spreader in a normal spreading mode of the agricultural spreader while traveling on inner driving tracks within a boundary-distal inner region of the utilized agricultural area ; and - applying spreading material by means of the agricultural spreader in a boundary spreading mode of the agricultural spreader while traveling on an outer boundary driving track that runs, at least in some segments, parallel and adjacent to the boundary of the utilized agricultural area , within a boundary-proximal region of the utilized agricultural area ;
A composition for contact lenses which includes an algefacient, a surfactant, and a water soluble polymer, wherein the surfactant is sodium lauroyl lactylate, wherein the algefacient includes one or a combination of menthol, camphor, borneol, menthyl lactate, menthone glycerol ketal, monomethyl succinate, and p-menthane-3,8-diol; and wherein the water soluble polymer includes polyethylene glycol 400 (PEG 400) and methacryloyloxyethyl phosphorylcholine (MPC) in a molar ratio of 1:20.
A multipoint spark plug configured to ignite an air-fuel mixture in a combustion chamber of an engine , comprising: a main body portion inserted into an insertion hole of the engine such that a tip end portion thereof opposes the combustion chamber ; an electrode holding portion provided on the tip end portion ; and electrodes held by the electrode holding portion , the electrodes projecting into the combustion chamber from the electrode holding portion so as to form a plurality of ignition gaps , wherein the electrodes include side electrodes and an intermediate electrode , the side electrodes being provided in a pair and disposed via a gap in a lengthwise direction of the tip end portion , the intermediate electrode being provided in the gap between the pair of side electrodes such that the plurality of ignition gaps are formed in the lengthwise direction of the tip end portion , and the multipoint spark plug being characterized in that the main body portion is formed in a flattened shape, and the electrode holding portion is formed from separate parts that hold the side electrodes and the intermediate electrode , respectively, so as to insulate the side electrodes and the intermediate electrode from the main body portion , the electrode holding portion projecting into the combustion chamber from the tip end portion . a main body portion inserted into an insertion hole of the engine such that a tip end portion thereof opposes the combustion chamber ; an electrode holding portion provided on the tip end portion ; and electrodes held by the electrode holding portion , the electrodes projecting into the combustion chamber from the electrode holding portion so as to form a plurality of ignition gaps , wherein the electrodes include side electrodes and an intermediate electrode , the side electrodes being provided in a pair and disposed via a gap in a lengthwise direction of the tip end portion , the intermediate electrode being provided in the gap between the pair of side electrodes such that the plurality of ignition gaps are formed in the lengthwise direction of the tip end portion , and the multipoint spark plug being characterized in that the main body portion is formed in a flattened shape, and the electrode holding portion is formed from separate parts that hold the side electrodes and the intermediate electrode , respectively, so as to insulate the side electrodes and the intermediate electrode from the main body portion , the electrode holding portion projecting into the combustion chamber from the tip end portion .
A circuit comprising: a first passive mixer having mixer inputs configured to receive in-phase (I) and quadrature-phase (Q) differential signals; and a first differential sub-circuit , wherein the first passive mixer is configured to switch the in-phase (I) and quadrature-phase (Q) differential signals to the first differential sub-circuit at a mixing frequency; and the first differential sub-circuit has a pair of differential inputs (IN(+), IN(-)), configured to receive the switched in-phase (I) and quadrature-phase (Q) differential signals from the first passive mixer , each input having a capacitance capable of storing a charge that depends on the switched in-phase or quadrature-phase signals, the circuit further comprising a charge canceller configured to supply, after a switching event, an opposite charge compared with a charge that has been stored on the pair of differential inputs before the switching event by the operation of the first passive mixer, wherein said opposite charge is supplied by the charge canceller to the mixer inputs (I(+), I(-), Q(+), Q(-)) of the first passive mixer, and/or is supplied by the charge canceller to the pair of differential inputs, (IN(+), IN(-)), characterised in that the charge canceller comprises a second differential sub-circuit having a pair of differential inputs (IN2(+), IN2(-)), having a capacitance substantially equal to the capacitance of the differential inputs of the first differential sub-circuit. a first passive mixer having mixer inputs configured to receive in-phase (I) and quadrature-phase (Q) differential signals; and a first differential sub-circuit , wherein the first passive mixer is configured to switch the in-phase (I) and quadrature-phase (Q) differential signals to the first differential sub-circuit at a mixing frequency; and the first differential sub-circuit has a pair of differential inputs (IN(+), IN(-)), configured to receive the switched in-phase (I) and quadrature-phase (Q) differential signals from the first passive mixer , each input having a capacitance capable of storing a charge that depends on the switched in-phase or quadrature-phase signals, the circuit further comprising a charge canceller configured to supply, after a switching event, an opposite charge compared with a charge that has been stored on the pair of differential inputs before the switching event by the operation of the first passive mixer, wherein said opposite charge is supplied by the charge canceller to the mixer inputs (I(+), I(-), Q(+), Q(-)) of the first passive mixer, and/or is supplied by the charge canceller to the pair of differential inputs, (IN(+), IN(-)), characterised in that the charge canceller comprises a second differential sub-circuit having a pair of differential inputs (IN2(+), IN2(-)), having a capacitance substantially equal to the capacitance of the differential inputs of the first differential sub-circuit.