mhurhangee/patent-ind-claim-en huggingface dataset:
A dish washer comprising: a tub ; a nozzle configured to supply dry air to the tub ; and a cap which is coupled to the nozzle and is configured to guide a flow of the dry air supplied from the nozzle to the tub to discharge the dry air in a discharge direction, characterized in that the cap comprising: a fitting pipe coupled to the nozzle ; a first bypass pipe connected to the fitting pipe and extending in a direction different from the discharge direction above the nozzle ; a second bypass pipe extending from an end portion of the first bypass pipe in the discharge direction; and a discharge opening provided in an end portion of the second bypass pipe , wherein the different direction is a first lateral direction which is a direction different to the discharge direction and intersects the discharge direction. the cap comprising: a fitting pipe coupled to the nozzle ; a first bypass pipe connected to the fitting pipe and extending in a direction different from the discharge direction above the nozzle ; a second bypass pipe extending from an end portion of the first bypass pipe in the discharge direction; and a discharge opening provided in an end portion of the second bypass pipe , a fitting pipe coupled to the nozzle ; a first bypass pipe connected to the fitting pipe and extending in a direction different from the discharge direction above the nozzle ; a second bypass pipe extending from an end portion of the first bypass pipe in the discharge direction; and a discharge opening provided in an end portion of the second bypass pipe , wherein the different direction is a first lateral direction which is a direction different to the discharge direction and intersects the discharge direction.
A semiconductor memory device employing processing in memory, PIM, the semiconductor memory device comprising: a plurality of memory banks comprising a first memory bank group comprising a computation circuit and a second memory bank group without a computation circuit; and a control circuit configured to control a PIM operation by the first memory bank group to be performed together with processing of memory requests for the plurality of memory banks while satisfying a maximum power consumption condition of the semiconductor memory device , wherein the control circuit comprises a request counter configured to count memory requests for each of the plurality of memory banks according to a predetermined period, and the control circuit is configured to, based on numbers counted by the request counter, perform scheduling on the processing of the memory requests and the PIM operation, and wherein the control circuit is configured to, when a number corresponding to the second memory bank group among the numbers counted by the request counter is equal to or greater than a preset threshold value, slow down the PIM operation by the first memory bank group in order to process a memory request for the second memory bank group . a plurality of memory banks comprising a first memory bank group comprising a computation circuit and a second memory bank group without a computation circuit; and a control circuit configured to control a PIM operation by the first memory bank group to be performed together with processing of memory requests for the plurality of memory banks while satisfying a maximum power consumption condition of the semiconductor memory device , wherein the control circuit comprises a request counter configured to count memory requests for each of the plurality of memory banks according to a predetermined period, and the control circuit is configured to, based on numbers counted by the request counter, perform scheduling on the processing of the memory requests and the PIM operation, and wherein the control circuit is configured to, when a number corresponding to the second memory bank group among the numbers counted by the request counter is equal to or greater than a preset threshold value, slow down the PIM operation by the first memory bank group in order to process a memory request for the second memory bank group .
Beetle powder for use in the treatment of vibriosis in bivalves and decapods, the beetles belong to the families of the Tenebrionidae, Melolonthidae, Dermestidae, Coccinellidae, Cerambycidae, Carabidae, Buprestidae, Cetoniidae, Dryophthoridae, or mixtures thereof.
Heating device for a blow molding machine , the heating device comprising a heating element for radiating heat radiation for heating of preforms (3; 3A; 3B), a bottom reflector being movable relative to a counter reflector arranged opposite to the heating element and being for reflection of heat radiation, radiated by the heating element , in direction of the preforms (3; 3A; 3B), and a setting device for setting a position (L A + BM, L B + BM) of the bottom reflector relative to the counter reflector .
A vital sign detection system comprising a camera configured to acquire image frames from an examination zone , a signal processor to derive vital sign information from the acquired image frames, an illumination controller to control illumination of the examination zone and generate temporal modulations of the illumination, wherein the illumination controller is configured to generate wavelength band modulations of the illumination of the examination zone and synchronize the camera frame rate in dependence of the modulation depth, and wherein the vital sign detection system further comprise a signal analyser to synchronize the camera frame rate with the modulated illumination, wherein the signal analyser is configured to detect the modulation depth of image frames' detected brightness between the successive image frames. a camera configured to acquire image frames from an examination zone , a signal processor to derive vital sign information from the acquired image frames, an illumination controller to control illumination of the examination zone and generate temporal modulations of the illumination, wherein the illumination controller is configured to generate wavelength band modulations of the illumination of the examination zone and synchronize the camera frame rate in dependence of the modulation depth, and wherein the vital sign detection system further comprise a signal analyser to synchronize the camera frame rate with the modulated illumination, wherein the signal analyser is configured to detect the modulation depth of image frames' detected brightness between the successive image frames.
An apparatus for the decomposition of ammonium carbamate in a urea synthesis section of a urea stripping plant comprising a number of heat exchanger tubes between a top chamber and a bottom chamber, wherein the top chamber comprises a gas/liquid separator for receiving a mixture of gas and urea solution from a urea reactor, and wherein every heat exchanger tube is provided with a liquid distributor, the apparatus further comprising a perforated liquid distribution basket at the centre of the top chamber of the apparatus for receiving a liquid fraction discharged from said gas/liquid separator and for distributing said fraction over the cross-sectional diameter of the top chamber, thus creating a liquid level above the liquid distributors, wherein the liquid distributors are arranged for loading every heat exchanger tube with urea solution equally.
Control system (SP) for an electrical installation (IE), said installation (IE) comprising data sources (SDi) and a control device (DC) receiving control instructions (CP); said system (SP) being characterised in that it comprises: - a plurality of aggregation components (CAi), each aggregation component having at least one input connection and one output connection as well as a data processing means configured to process the data received on the input connection; - a processing module (MT) connected to the aggregation components (CAi), the processing module (MT) being configured to provide, from the data coming from said aggregation components (CAi) control instructions (CP) to the control device (DC) of the electrical installation (IE), said control instructions (CP) being established according to a physical model; said physical model being chosen according to the data sources (SDi) by the processing module, the aggregation components (CAi) being chosen and connected together and to the data sources (SDi) according to said physical model. - a plurality of aggregation components (CAi), each aggregation component having at least one input connection and one output connection as well as a data processing means configured to process the data received on the input connection; - a processing module (MT) connected to the aggregation components (CAi), the processing module (MT) being configured to provide, from the data coming from said aggregation components (CAi) control instructions (CP) to the control device (DC) of the electrical installation (IE), said control instructions (CP) being established according to a physical model;
A current change rate sensor for protecting the bridge arms in a power module with power layers and measurement layers, the current change rate sensor comprising at least three conductors (C1, C2, Cp) and coils, characterized in that : - one end of each of said conductors is connected to a common node (N), - and the other end of each of said conductors is used respectively each as an electrical terminal (T1, T2, Tp), - said at least three conductors are contained in a same plane, called the primary plane (P), - each conductor (C1, C2, Cp) has a plane of symmetry (P1, P2, Pp) perpendicular to the primary plane, each plane of symmetry passing through the common node (N) and the corresponding terminal (T1, T2, Tp), - a first conductor (C1) and a second conductor (C2) are identical and positioned symmetrically with respect to a third conductor (Cp), - at least one pair of coils (10, 11 and/or 20, 21 and/or, 30, 31) are positioned symmetrically with respect to a plane of symmetry (P1, P2, Pp). - one end of each of said conductors is connected to a common node (N), - and the other end of each of said conductors is used respectively each as an electrical terminal (T1, T2, Tp), - said at least three conductors are contained in a same plane, called the primary plane (P), - each conductor (C1, C2, Cp) has a plane of symmetry (P1, P2, Pp) perpendicular to the primary plane, each plane of symmetry passing through the common node (N) and the corresponding terminal (T1, T2, Tp), - a first conductor (C1) and a second conductor (C2) are identical and positioned symmetrically with respect to a third conductor (Cp), - at least one pair of coils (10, 11 and/or 20, 21 and/or, 30, 31) are positioned symmetrically with respect to a plane of symmetry (P1, P2, Pp).
An organ container for containing an organ , comprising: a bag-shaped insulating sheet having an opening and capable of containing an organ inserted into an inner space (R) through said opening , wherein said insulating sheet is formed of an extra flexible material, and said insulating sheet has a hardness less than or equal to F45 according to a durometer hardness test compliant with JIS K 6253-3:2012, said insulating sheet includes an upper sheet and a lower sheet , said upper sheet and said lower sheet each have a quadrangular shape in plan view and overlap each other in an up-down direction, the upper sheet and the lower sheet having approximately the same shape, and said upper sheet and said lower sheet are fixedly attached to each other at three sides of said quadrangular shape and are spaced from each other at a remaining one side to form said opening . a bag-shaped insulating sheet having an opening and capable of containing an organ inserted into an inner space (R) through said opening , wherein said insulating sheet is formed of an extra flexible material, and said insulating sheet has a hardness less than or equal to F45 according to a durometer hardness test compliant with JIS K 6253-3:2012, said insulating sheet includes an upper sheet and a lower sheet , said upper sheet and said lower sheet each have a quadrangular shape in plan view and overlap each other in an up-down direction, the upper sheet and the lower sheet having approximately the same shape, and said upper sheet and said lower sheet are fixedly attached to each other at three sides of said quadrangular shape and are spaced from each other at a remaining one side to form said opening .
A communication method, performed by a radio access network node, wherein the communication method comprises: receiving , by the radio access network node, an initial UE context setup message from a core-network node, wherein the initial UE context setup message comprises a network slice identifier corresponding to a network slice allowed to be accessed by a terminal device, wherein the network slice identifier is used to indicate at least one network slice allowed to be accessed by the terminal device; and sending , by the radio access network node, a first network slice management request reply message to the core-network node, the first network slice management request reply message being a reply to the initial UE context setup message. receiving , by the radio access network node, an initial UE context setup message from a core-network node, wherein the initial UE context setup message comprises a network slice identifier corresponding to a network slice allowed to be accessed by a terminal device, wherein the network slice identifier is used to indicate at least one network slice allowed to be accessed by the terminal device; and sending , by the radio access network node, a first network slice management request reply message to the core-network node, the first network slice management request reply message being a reply to the initial UE context setup message.
A method of operating a rotorcraft , the method comprising: receiving a plurality of first height data signals from a plurality of first height sensors (404A-B) on the rotorcraft , wherein the first height sensors (404A-B) measure height using a first technique; receiving a plurality of second height data signals from a plurality of second height sensors (402A-C) on the rotorcraft , wherein the second height sensors (402A-C) measure height using a second technique that is different than the first technique; determining a first height signal from the plurality of first height data signals based on a selection scheme; determining a second height signal from the plurality of second height data signals; selecting the first height signal or the second height signal to determine a selected height signal; and generating a flight control signal and controlling operation of the rotorcraft according to the flight control signal, the flight control signal based on the selected height signal. receiving a plurality of first height data signals from a plurality of first height sensors (404A-B) on the rotorcraft , wherein the first height sensors (404A-B) measure height using a first technique; receiving a plurality of second height data signals from a plurality of second height sensors (402A-C) on the rotorcraft , wherein the second height sensors (402A-C) measure height using a second technique that is different than the first technique; determining a first height signal from the plurality of first height data signals based on a selection scheme; determining a second height signal from the plurality of second height data signals; selecting the first height signal or the second height signal to determine a selected height signal; and generating a flight control signal and controlling operation of the rotorcraft according to the flight control signal, the flight control signal based on the selected height signal.
A computer-implemented method, comprising: obtaining user input of a clinical effect, wherein the clinical effect is either a therapeutic effect or a side effect; obtaining a plurality of estimated volumes of activation (VOA) associated with stimulations of a patient population, wherein a first group of the VOAs is associated with the clinical effect and a second group of the VOAs is not associated with the clinical effect; based on the VOAs, determining a target stimulation region, when the clinical effect is the therapeutic effect, or a side effect region, when the clinical effect is the side effect, by determining, on a voxel-by-voxel basis, that a voxel is in the target stimulation region when the voxel is included in statistically significantly more of the VOAs of the first group of VOAs than in the VOAs of the second group of VOAs; and outputting the determined target stimulation or side effect region. obtaining user input of a clinical effect, wherein the clinical effect is either a therapeutic effect or a side effect; obtaining a plurality of estimated volumes of activation (VOA) associated with stimulations of a patient population, wherein a first group of the VOAs is associated with the clinical effect and a second group of the VOAs is not associated with the clinical effect; based on the VOAs, determining a target stimulation region, when the clinical effect is the therapeutic effect, or a side effect region, when the clinical effect is the side effect, by determining, on a voxel-by-voxel basis, that a voxel is in the target stimulation region when the voxel is included in statistically significantly more of the VOAs of the first group of VOAs than in the VOAs of the second group of VOAs; and outputting the determined target stimulation or side effect region.
Oscillating sensor for a measurement device comprising: - an oscillator comprising: ∘a resonance circuit for providing an oscillation signal; ∘ a gain stage configured to provide a feed-back to the resonance circuit to inject energy for excitation of the oscillator to maintain oscillation; ∘ at least one calibration element (224, 225; 226, 227) to adjust the open loop gain of the oscillator; - a calibration unit to provide a modulated calibration control signal (FC, GC) to selectively adjust an electrical measure of the at least one calibration element (224, 225; 226, 227) based on at least one predetermined duty cycle, characterized in that the oscillating sensor further comprises a frequency counter configured to measure an oscillation frequency of the oscillator and to provide an indication of the oscillation frequency to the calibration unit , and in that the calibration unit is further configured to provide the modulated calibration control signal (FC, GC) with at least one cycle frequency which depends on the oscillation frequency. - an oscillator comprising: ∘a resonance circuit for providing an oscillation signal; ∘ a gain stage configured to provide a feed-back to the resonance circuit to inject energy for excitation of the oscillator to maintain oscillation; ∘ at least one calibration element (224, 225; 226, 227) to adjust the open loop gain of the oscillator; ∘a resonance circuit for providing an oscillation signal; ∘ a gain stage configured to provide a feed-back to the resonance circuit to inject energy for excitation of the oscillator to maintain oscillation; ∘ at least one calibration element (224, 225; 226, 227) to adjust the open loop gain of the oscillator; - a calibration unit to provide a modulated calibration control signal (FC, GC) to selectively adjust an electrical measure of the at least one calibration element (224, 225; 226, 227) based on at least one predetermined duty cycle, the oscillating sensor further comprises a frequency counter configured to measure an oscillation frequency of the oscillator and to provide an indication of the oscillation frequency to the calibration unit , and in that the calibration unit is further configured to provide the modulated calibration control signal (FC, GC) with at least one cycle frequency which depends on the oscillation frequency.
A composition comprising a first and second sialidase, wherein the first sialidase is a polypeptide comprising or consisting of an amino acid sequence of SEQ ID NO: 2; and wherein the second sialidase is a polypeptide comprising or consisting of an amino acid sequence of SEQ ID NO: 5; and wherein the composition additionally comprises an O-glycosidase comprising or consisting of an amino acid sequence of SEQ ID NO: 9, optionally wherein said first and/or second sialidase includes an additional methionine at the N terminus and/or a histidine tag at the C terminus, which tag may be joined to the C terminus by a linker. wherein the first sialidase is a polypeptide comprising or consisting of an amino acid sequence of SEQ ID NO: 2; and wherein the second sialidase is a polypeptide comprising or consisting of an amino acid sequence of SEQ ID NO: 5; and wherein the composition additionally comprises an O-glycosidase comprising or consisting of an amino acid sequence of SEQ ID NO: 9, optionally wherein said first and/or second sialidase includes an additional methionine at the N terminus and/or a histidine tag at the C terminus, which tag may be joined to the C terminus by a linker.
A power unit structure for an electrically driven vehicle , comprising: an electric motor unit consisting of a central case , an electric motor case which houses an electric motor mounted on one side of the central case , and a transmission case which houses a transmission mounted at another side of the central case ; and a control device unit which controls the electric motor , characterized in that the control device unit includes: a first mounting part which is a mounting part of a power supply unit that supplies electric power to the electric motor , and a second mounting part which fixes the control device unit to the electric motor unit ; and wherein the control device unit is mounted from the other side of the electric motor unit towards the one side, the first mounting part is mounted to the central case , and the second mounting part is mounted to the transmission case . an electric motor unit consisting of a central case , an electric motor case which houses an electric motor mounted on one side of the central case , and a transmission case which houses a transmission mounted at another side of the central case ; and a control device unit which controls the electric motor , characterized in that the control device unit includes: a first mounting part which is a mounting part of a power supply unit that supplies electric power to the electric motor , and a second mounting part which fixes the control device unit to the electric motor unit ; and wherein the control device unit is mounted from the other side of the electric motor unit towards the one side, the first mounting part is mounted to the central case , and the second mounting part is mounted to the transmission case . a first mounting part which is a mounting part of a power supply unit that supplies electric power to the electric motor , and a second mounting part which fixes the control device unit to the electric motor unit ; and wherein the control device unit is mounted from the other side of the electric motor unit towards the one side, the first mounting part is mounted to the central case , and the second mounting part is mounted to the transmission case .