mhurhangee/ep-ind-claims huggingface dataset:
A load reduction device comprising: a ground reaction force load difference calculation unit configured to acquire, based on a value detected by a shoe sole load sensor, a first measured value at which a weight based on a weight of a powered suit or skeleton worn by a user and a weight of the user is transmitted to a ground contact surface, the shoe sole load sensor being provided on a side of the ground contact surface of a shoe sole plate that is provided on an underside of a foot harness, or a side of the ground contact surface of the foot harness, acquire, based on a value detected by a foot sole load sensor that is inserted in the foot harness, a second measured value at which a weight based on the weight of the user is transmitted to the ground contact surface, and calculate a ground reaction force load difference that is an amount of a load relief for the user, on the basis of the acquired first measured value and the acquired second measured value; and a torque control unit configured to control, on the basis of the ground reaction force load difference, torque that is output by a drive mechanism of the load reduction device to reduce the load on the user at a joint of each leg of the user. a ground reaction force load difference calculation unit configured to acquire, based on a value detected by a shoe sole load sensor, a first measured value at which a weight based on a weight of a powered suit or skeleton worn by a user and a weight of the user is transmitted to a ground contact surface, the shoe sole load sensor being provided on a side of the ground contact surface of a shoe sole plate that is provided on an underside of a foot harness, or a side of the ground contact surface of the foot harness, acquire, based on a value detected by a foot sole load sensor that is inserted in the foot harness, a second measured value at which a weight based on the weight of the user is transmitted to the ground contact surface, and calculate a ground reaction force load difference that is an amount of a load relief for the user, on the basis of the acquired first measured value and the acquired second measured value; and a torque control unit configured to control, on the basis of the ground reaction force load difference, torque that is output by a drive mechanism of the load reduction device to reduce the load on the user at a joint of each leg of the user.
Piezoelectric actuator for an ultrasonic motor in the shape of a plate with two main surfaces representing the largest surfaces of the plate, where at least one friction element is arranged at one of said main surfaces, two longer side surfaces running in the length direction of the plate and two shorter side surfaces running in the width direction of the plate, the plate having at least three layers of uniformly polarized piezoelectric material stacked in its thickness direction and at least one electrode layer arranged at a main surface constituting outer electrodes and at least two electrode layers each arranged between two adjacent piezoelectric material layers and constituting inner electrodes, with the inner electrodes comprising exciting electrodes and common electrodes and with the outer electrodes comprising exciting electrodes and at least one common electrode, and with adjacent electrode layers constituting different electrodes, and with at least one exciting electrode having two first channel electrodes and two second channel electrodes with the first channel electrodes and the second channel electrodes alternately arranged along the length direction of the plate in a spaced manner and thus defining four separate sections of the plate, each section representing a generator for a standing wave, and with the polarization direction of adjacent piezoelectric material layers of each generator being opposite to each other.
A slide output module for an automated treatment apparatus for treating tissue samples disposed on slides, the slide output module comprising: a slide output tray assembly comprising a slide output tray adjacent to a slide output cover forming one or more voids between the slide output tray and the slide output tray cover for receiving slides therein, wherein the slide output tray cover comprises a first side with a fluid inlet in communication with one of the voids, and a second side configured to form a hydration chamber with a slide in said one of the voids to maintain hydration of the slide with fluid received from the fluid inlet for a designated time following treatment of the slide by the automated treatment apparatus, wherein the void is bound by a void ceiling in the second side of the slide output tray cover and the void ceiling comprises a surface configured to maintain hydration of the slide with the fluid received from the fluid inlet, wherein the void ceiling has a uniform height relative to the slide to maintain hydration of the slide with the fluid received from the fluid inlet, and characterised in that the surface of the void ceiling comprises a finish to maintain hydration of the slide with the fluid received from the fluid and the finish is configured such that a meniscus can be formed by the fluid when it is received. a slide output tray assembly comprising a slide output tray adjacent to a slide output cover forming one or more voids between the slide output tray and the slide output tray cover for receiving slides therein, wherein the slide output tray cover comprises a first side with a fluid inlet in communication with one of the voids, and a second side configured to form a hydration chamber with a slide in said one of the voids to maintain hydration of the slide with fluid received from the fluid inlet for a designated time following treatment of the slide by the automated treatment apparatus, wherein the void is bound by a void ceiling in the second side of the slide output tray cover and the void ceiling comprises a surface configured to maintain hydration of the slide with the fluid received from the fluid inlet, wherein the void ceiling has a uniform height relative to the slide to maintain hydration of the slide with the fluid received from the fluid inlet, and characterised in that the surface of the void ceiling comprises a finish to maintain hydration of the slide with the fluid received from the fluid and the finish is configured such that a meniscus can be formed by the fluid when it is received.
A method for prediction of antenna transmission power in a wireless communication system, the method comprising the steps of • obtaining a signal properties map by a mobile device, the map being predefined with reference to a source device, wherein the map comprises, for each cell (202, 203), a comparable value denoting at least one signal property and a comparable value denoting a reliability coefficient coupled with each, corresponding signal property; • detecting a movement of the mobile device with reference to the said map and an associated source and destination location; • adjusting antenna transmission power of the mobile device, based on a reading, from the signal properties map, the associated reliability coefficient and signal properties for the destination; • verifying the adjustment based on the actual reading of the signal property and as a result of said verification, adjusting said reliability coefficient related to a cell (202, 203) corresponding to said destination on said signal properties map. • obtaining a signal properties map by a mobile device, the map being predefined with reference to a source device, wherein the map comprises, for each cell (202, 203), a comparable value denoting at least one signal property and a comparable value denoting a reliability coefficient coupled with each, corresponding signal property; • detecting a movement of the mobile device with reference to the said map and an associated source and destination location; • adjusting antenna transmission power of the mobile device, based on a reading, from the signal properties map, the associated reliability coefficient and signal properties for the destination; • verifying the adjustment based on the actual reading of the signal property and as a result of said verification, adjusting said reliability coefficient related to a cell (202, 203) corresponding to said destination on said signal properties map.
A rigid shaped article consisting of a plurality of mutually adhering grains of sand provided with a coating consisting of wax as well as optionally less than 10% by weight with respect to the total weight of the shaped article of additives selected from cosmetic additives including skin care substances or antiperspirants, fragrances, colorants, consistency enhancers, essential and/or vegetable oils, vitamins and medically active ingredients, for use in the treatment of itching.
An encryption key generating engine (100, 200, 300) comprising a first random number pool configured to store a plurality of random bits, wherein values of the plurality of random bits are generated randomly; an entangling string generator (120, 220, 320) configured to provide a first entangling string according to an input key; and a control circuit coupled to the first random number pool and the entangling string generator (120, 220, 320), and configured to retrieve a first sequence of random bits from the plurality of random bits stored in the first random number pool according to the input key, receive the first entangling string from the entangling string generator (120, 220, 320), and entangle the first entangling string with the first sequence of random bits to generate a first secret key; wherein the control circuit selects a row (Y0 to Y(M-1)), a column (X0 to X(N-1)) or an askew line (Z0 to Z31) of a storage cell array of the first random number pool based on the input key and outputs the first sequence of random bits from the row (Y0 to Y(M-1)), the column (X0 to X(N-1)) or the askew line (Z0 to Z31). a first random number pool configured to store a plurality of random bits, wherein values of the plurality of random bits are generated randomly; an entangling string generator (120, 220, 320) configured to provide a first entangling string according to an input key; and a control circuit coupled to the first random number pool and the entangling string generator (120, 220, 320), and configured to retrieve a first sequence of random bits from the plurality of random bits stored in the first random number pool according to the input key, receive the first entangling string from the entangling string generator (120, 220, 320), and entangle the first entangling string with the first sequence of random bits to generate a first secret key; wherein the control circuit selects a row (Y0 to Y(M-1)), a column (X0 to X(N-1)) or an askew line (Z0 to Z31) of a storage cell array of the first random number pool based on the input key and outputs the first sequence of random bits from the row (Y0 to Y(M-1)), the column (X0 to X(N-1)) or the askew line (Z0 to Z31).
A method of measuring unbound bilirubin in a blood sample, the method comprising: decomposition step (i) that involves subjecting a blood sample containing unconjugated bilirubin and conjugated bilirubin to oxidative decomposition reaction in which unbound bilirubin of the unconjugated bilirubin and the conjugated bilirubin receive the oxidative decomposition reaction; decomposition termination step (ii) that involves terminating the oxidative decomposition reaction to obtain a decomposed sample; contact step (iii) that involves separately bringing the decomposed sample and a non-reacted sample into contact with a polypeptide, the non-reacted sample being a blood sample not subjected to the oxidative decomposition reaction, the polypeptide having an ability to specifically bind to unconjugated bilirubin and display fluorescence properties; and detection step (iv) that involves detecting fluorescence attributable to the polypeptide in each of the decomposed sample and the non-reacted sample, and using a difference between the fluorescence attributable to the decomposed sample and the fluorescence attributable to the non-reacted sample to determine a level of the unbound bilirubin. decomposition step (i) that involves subjecting a blood sample containing unconjugated bilirubin and conjugated bilirubin to oxidative decomposition reaction in which unbound bilirubin of the unconjugated bilirubin and the conjugated bilirubin receive the oxidative decomposition reaction; decomposition termination step (ii) that involves terminating the oxidative decomposition reaction to obtain a decomposed sample; contact step (iii) that involves separately bringing the decomposed sample and a non-reacted sample into contact with a polypeptide, the non-reacted sample being a blood sample not subjected to the oxidative decomposition reaction, the polypeptide having an ability to specifically bind to unconjugated bilirubin and display fluorescence properties; and detection step (iv) that involves detecting fluorescence attributable to the polypeptide in each of the decomposed sample and the non-reacted sample, and using a difference between the fluorescence attributable to the decomposed sample and the fluorescence attributable to the non-reacted sample to determine a level of the unbound bilirubin.
A method for injecting a diluted sample in a liquid chromatography system, the method comprising: combining for a predetermined duration a sample flowing at a first flow rate and a diluent flowing at a second flow rate to generate in a fluid channel a volume of diluted sample having a dilution ratio responsive to the first and second flow rates; loading a portion of the volume of diluted sample in the fluid channel into a sample loop of an injection valve; and switching the injection valve to insert the sample loop into a channel for a mobile phase flowing to a chromatography column, wherein the portion of the volume of diluted sample is injected into the mobile phase. combining for a predetermined duration a sample flowing at a first flow rate and a diluent flowing at a second flow rate to generate in a fluid channel a volume of diluted sample having a dilution ratio responsive to the first and second flow rates; loading a portion of the volume of diluted sample in the fluid channel into a sample loop of an injection valve; and switching the injection valve to insert the sample loop into a channel for a mobile phase flowing to a chromatography column, wherein the portion of the volume of diluted sample is injected into the mobile phase.
A heat dissipation structure comprising a first heat dissipation ring and at least one second heat dissipation ring, the first heat dissipation ring is formed in a dielectric layer around a through silicon via and is in contact with the through silicon via, wherein the through silicon via passes through a silicon substrate of a chip and the dielectric layer located on a surface of the silicon substrate; the second heat dissipation ring is formed around the first heat dissipation ring and is in contact with the first heat dissipation ring, the second heat dissipation ring has a heat dissipation gap in an interior of the second heat dissipation ring, a dimension of the second heat dissipation ring in a first direction is less than a dimension of the first heat dissipation ring in the first direction, and the first direction is a thickness direction of the silicon substrate. the first heat dissipation ring is formed in a dielectric layer around a through silicon via and is in contact with the through silicon via, wherein the through silicon via passes through a silicon substrate of a chip and the dielectric layer located on a surface of the silicon substrate; the second heat dissipation ring is formed around the first heat dissipation ring and is in contact with the first heat dissipation ring, the second heat dissipation ring has a heat dissipation gap in an interior of the second heat dissipation ring, a dimension of the second heat dissipation ring in a first direction is less than a dimension of the first heat dissipation ring in the first direction, and the first direction is a thickness direction of the silicon substrate.
A method for beaconing in a superframe structure (100, 310, 320, 330, 340) among devices of different types in a Wireless Personal Area Network, WPAN, the method being characterized by comprising: reserving, by a first type device, - a time period in a data period of a first superframe structure, wherein the superframe structure contains a beacon period followed by a data period, and - two consecutive beacon slots (325, 326) within a beacon period of the first type device for transmission of beacons (345, 346) by a second type device in the reserved beacon slots, wherein each of the first type device and the second type device transmits beacons using a physical, PHY, mode specific to its type, wherein the reserving of the two consecutive beacon slots also includes indicating to any other first type devices the two consecutive beacon slots (325, 326) as occupied, and announcing to the second type device, by the first type device, during the reserved time period in the data period of the first superframe structure the timing of the two reserved consecutive beacon slots (325, 326) to be used by the second type device to transmit beacons in a beacon group of first type devices in a subsequent superframe. reserving, by a first type device, - a time period in a data period of a first superframe structure, wherein the superframe structure contains a beacon period followed by a data period, and - two consecutive beacon slots (325, 326) within a beacon period of the first type device for transmission of beacons (345, 346) by a second type device in the reserved beacon slots, wherein each of the first type device and the second type device transmits beacons using a physical, PHY, mode specific to its type, wherein the reserving of the two consecutive beacon slots also includes indicating to any other first type devices the two consecutive beacon slots (325, 326) as occupied, and - a time period in a data period of a first superframe structure, wherein the superframe structure contains a beacon period followed by a data period, and - two consecutive beacon slots (325, 326) within a beacon period of the first type device for transmission of beacons (345, 346) by a second type device in the reserved beacon slots, wherein each of the first type device and the second type device transmits beacons using a physical, PHY, mode specific to its type, wherein the reserving of the two consecutive beacon slots also includes indicating to any other first type devices the two consecutive beacon slots (325, 326) as occupied, and announcing to the second type device, by the first type device, during the reserved time period in the data period of the first superframe structure the timing of the two reserved consecutive beacon slots (325, 326) to be used by the second type device to transmit beacons in a beacon group of first type devices in a subsequent superframe.
A video display device comprising: a display unit comprising a first layer and a second layer; a reception unit configured to obtain uncompressed audio-visual content; an enhanced service management unit configured to obtain content information on the uncompressed audio-visual content based on some of the uncompressed audio-visual content, wherein the enhanced service management unit obtains an enhanced service based on the content information; and a play controlling unit configured to play the uncompressed audio-visual content and the enhanced service on the display unit, wherein the uncompressed audio-visual content is played on the first layer, the enhanced service is played on an input region included in the second layer and the first layer and the second layer are overlapped each other, characterized in that the input region is a region for receiving an event for controlling playback of the enhanced service, and the enhanced service management unit expands a size of the input region if the event is received. a display unit comprising a first layer and a second layer; a reception unit configured to obtain uncompressed audio-visual content; an enhanced service management unit configured to obtain content information on the uncompressed audio-visual content based on some of the uncompressed audio-visual content, wherein the enhanced service management unit obtains an enhanced service based on the content information; and a play controlling unit configured to play the uncompressed audio-visual content and the enhanced service on the display unit, wherein the uncompressed audio-visual content is played on the first layer, the enhanced service is played on an input region included in the second layer and the first layer and the second layer are overlapped each other, characterized in that the input region is a region for receiving an event for controlling playback of the enhanced service, and the enhanced service management unit expands a size of the input region if the event is received.
A well tool for use in a tubing string (14, 16) extending to a subterranean location in a hydrocarbon well, comprising: an elongated, tubular-shaped body (100, 200, 300, 400, 500) for assembly in the tubing string (14, 16), the tubular body isolating the exterior from the interior of the body; at least one valve (802, 600) on the body having a valve element movable between an open and a closed position to permit and prevent flow through the valve; a tubular piston (600, 700) mounted on the body for longitudinal movement with respect to the body, and a variable volume chamber in an annular space between the body and the piston, a passageway in the body providing fluid communication between the chamber and the exterior of the body; characterised in that the piston is operably associated with the valve element to move the valve element; and seals (602, 230) between the body and piston seal pressure within the chamber during longitudinal movement of the piston (600, 700), and at least one of said seals is unidirectional, preventing flow of the fluids out of the chamber and permitting flow into the chamber, an elongated, tubular-shaped body (100, 200, 300, 400, 500) for assembly in the tubing string (14, 16), the tubular body isolating the exterior from the interior of the body; at least one valve (802, 600) on the body having a valve element movable between an open and a closed position to permit and prevent flow through the valve; a tubular piston (600, 700) mounted on the body for longitudinal movement with respect to the body, and a variable volume chamber in an annular space between the body and the piston, a passageway in the body providing fluid communication between the chamber and the exterior of the body; characterised in that the piston is operably associated with the valve element to move the valve element; and seals (602, 230) between the body and piston seal pressure within the chamber during longitudinal movement of the piston (600, 700), and at least one of said seals is unidirectional, preventing flow of the fluids out of the chamber and permitting flow into the chamber,