mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine engine comprising: a high pressure compressor ; an oscillating heat pipe including an evaporator , a condenser , and a plurality of channels that define a circuit of a continuous loop through which a working fluid flows, wherein the condenser is located on a surface of a fan exit guide vane ; a first fluid (X) that is at least one of oil from an oil system , oil from a gearbox , or bleed air from a high pressure compressor , wherein the first fluid (X) rejects heat to the working fluid in the evaporator ; and a second fluid (Y) that is at least one of fuel from a fuel system and air in a fan duct , wherein the working fluid rejects heat to the fuel in the fuel system or the air in the fan duct in the condenser ; wherein, when the second fluid (Y) is air, the fan exit guide vane is located in the fan duct , and the condenser rejects heat to the air passing by fan exit guide vanes ; and wherein, when the second fluid (Y) is fuel from a fuel system , the condenser rejects heat to the fuel in the fuel system . a high pressure compressor ; an oscillating heat pipe including an evaporator , a condenser , and a plurality of channels that define a circuit of a continuous loop through which a working fluid flows, wherein the condenser is located on a surface of a fan exit guide vane ; a first fluid (X) that is at least one of oil from an oil system , oil from a gearbox , or bleed air from a high pressure compressor , wherein the first fluid (X) rejects heat to the working fluid in the evaporator ; and a second fluid (Y) that is at least one of fuel from a fuel system and air in a fan duct , wherein the working fluid rejects heat to the fuel in the fuel system or the air in the fan duct in the condenser ; wherein, when the second fluid (Y) is air, the fan exit guide vane is located in the fan duct , and the condenser rejects heat to the air passing by fan exit guide vanes ; and wherein, when the second fluid (Y) is fuel from a fuel system , the condenser rejects heat to the fuel in the fuel system .
A computer-implemented neural network quantization method, wherein for any layer to be quantized in a neural network, the method comprises: according to a real-time processing capability of a device running the neural network, determining a plurality of pieces of data to be quantized in target data of the layer to be quantized, where each piece of data to be quantized is a subset of the target data, the target data is any kind of data to be operated and quantized in the layer to be quantized, and the data to be operated includes at least one of followings: an input neuron, a weight, a bias, and a gradient, where a size of each piece of data to be quantized is positively correlated with the real-time processing capability of the device running the neural network, wherein the real-time processing capability of the device running the neural network includes a speed of quantizing the target data by the device, a speed of operating the quantized data, or an amount of data that the device processes when quantizing and operating the target data; quantizing each piece of data to be quantized according to a corresponding quantization parameter to obtain a piece of quantized data corresponding to each piece of data to be quantized; and obtaining a quantization result of the target data according to the piece of quantized data corresponding to each piece of data to be quantized, so that an operation is to be performed in the layer to be quantized according to the quantization result of the target data. according to a real-time processing capability of a device running the neural network, determining a plurality of pieces of data to be quantized in target data of the layer to be quantized, where each piece of data to be quantized is a subset of the target data, the target data is any kind of data to be operated and quantized in the layer to be quantized, and the data to be operated includes at least one of followings: an input neuron, a weight, a bias, and a gradient, where a size of each piece of data to be quantized is positively correlated with the real-time processing capability of the device running the neural network, wherein the real-time processing capability of the device running the neural network includes a speed of quantizing the target data by the device, a speed of operating the quantized data, or an amount of data that the device processes when quantizing and operating the target data; quantizing each piece of data to be quantized according to a corresponding quantization parameter to obtain a piece of quantized data corresponding to each piece of data to be quantized; and obtaining a quantization result of the target data according to the piece of quantized data corresponding to each piece of data to be quantized, so that an operation is to be performed in the layer to be quantized according to the quantization result of the target data.
A method of making an on-body medical device comprising injection molding a plastic base over a flexible fibrous, textured, perforated or porous patch in a mold cavity, characterized in that the plastic material injected into the mold cavity to form the base passes through a hole in the patch , wherein the flexible fibrous, textured, perforated or porous patch is preformed and is placed in the mold cavity prior to the injection molding of the base.
A mixing method, comprising the following steps: providing at least two mixing assemblies in series for carrying a reactor , and synchronously driving the mixing assemblies to cyclically reciprocate between a first station and a second station using the same transport assembly ; and adding a sample into the reactor at the first station, adding a reagent into the reactor at the second station, and mixing the sample and the reagent in the reactor ; recording a shortest time window during which sequences of actions performed by the mixing assemblies can be cyclically reproduced as the first period, recording a value obtained by dividing the first period by a number of the mixing assemblies as a second period, starting from moving one of the mixing assemblies into the reactor for the first time, moving the reactors into each of the other mixing assemblies sequentially by sequentially staggering a time interval of the second period; and moving the reactors that have been mixed out of the mixing assemblies by sequentially staggering the time interval of the second period, and moving new reactors into the mixing assemblies from which the reactors are removed. providing at least two mixing assemblies in series for carrying a reactor , and synchronously driving the mixing assemblies to cyclically reciprocate between a first station and a second station using the same transport assembly ; and adding a sample into the reactor at the first station, adding a reagent into the reactor at the second station, and mixing the sample and the reagent in the reactor ; recording a shortest time window during which sequences of actions performed by the mixing assemblies can be cyclically reproduced as the first period, recording a value obtained by dividing the first period by a number of the mixing assemblies as a second period, starting from moving one of the mixing assemblies into the reactor for the first time, moving the reactors into each of the other mixing assemblies sequentially by sequentially staggering a time interval of the second period; and moving the reactors that have been mixed out of the mixing assemblies by sequentially staggering the time interval of the second period, and moving new reactors into the mixing assemblies from which the reactors are removed.
A force sense die assembly comprising: a sense die having a top side and a bottom side , wherein the sense die includes a cavity , with one or more walls , and a diaphragm formed therein, and one or more sensing elements positioned on a bottom side of the diaphragm , wherein the sense die is formed of a single wafer; an actuation element (130 or 230) placed in the cavity of the sense die and in contact with a top side of the diaphragm and with a wall of the cavity ; characterized by : a cover member comprising a silicon or silicon oxide layer formed on the top side of the sense die , wherein the cover member includes an opening positioned over the cavity of the sense die , wherein a portion (132 or 232) of the actuation element (130 or 230) extends through the opening , wherein the cover member has a portion defining the opening , and the cavity is defined by the top side of the diaphragm , the one or more walls and a portion of the cover member which defines a top wall of the cavity , and wherein the cover member provides wafer-level retention of the actuation element (130 or 230) in the cavity . a sense die having a top side and a bottom side , wherein the sense die includes a cavity , with one or more walls , and a diaphragm formed therein, and one or more sensing elements positioned on a bottom side of the diaphragm , wherein the sense die is formed of a single wafer; an actuation element (130 or 230) placed in the cavity of the sense die and in contact with a top side of the diaphragm and with a wall of the cavity ; characterized by : a cover member comprising a silicon or silicon oxide layer formed on the top side of the sense die , wherein the cover member includes an opening positioned over the cavity of the sense die , wherein a portion (132 or 232) of the actuation element (130 or 230) extends through the opening , wherein the cover member has a portion defining the opening , and the cavity is defined by the top side of the diaphragm , the one or more walls and a portion of the cover member which defines a top wall of the cavity , and a cover member comprising a silicon or silicon oxide layer formed on the top side of the sense die , wherein the cover member includes an opening positioned over the cavity of the sense die , wherein a portion (132 or 232) of the actuation element (130 or 230) extends through the opening , wherein the cover member has a portion defining the opening , and the cavity is defined by the top side of the diaphragm , the one or more walls and a portion of the cover member which defines a top wall of the cavity , and wherein the cover member provides wafer-level retention of the actuation element (130 or 230) in the cavity .
An electronic device configured to be wirelessly charged through an external power transmitting device , the electronic device comprising: a conductive pattern configured to have a current induced therein based on a power signal transmitted by the external power transmitting device ; an adjustment circuit configured to generate a voltage signal using the current; a load configured to be charged through the voltage signal; a control circuit electrically connected with the conductive pattern , the adjustment circuit , and the load ; and a sensor circuit including a motion sensor configured to sense a movement of the electronic device , wherein, the control circuit is configured to: in response to determining that a range of the movement of the electronic device is within a specified value, interrupt an output of information associated with a change in a charge status, in response to determining that the range of the movement of the electronic device is not within the specified value, generate a power control signal for interrupting the power signal, the power control signal including information about intensity of the power signal and transmit the power control signal to the external power transmitting device through the conductive pattern , and wherein the conductive pattern is configured to receive the power signal, the intensity of which is changed based on the power control signal. a conductive pattern configured to have a current induced therein based on a power signal transmitted by the external power transmitting device ; an adjustment circuit configured to generate a voltage signal using the current; a load configured to be charged through the voltage signal; a control circuit electrically connected with the conductive pattern , the adjustment circuit , and the load ; and a sensor circuit including a motion sensor configured to sense a movement of the electronic device , wherein, the control circuit is configured to: in response to determining that a range of the movement of the electronic device is within a specified value, interrupt an output of information associated with a change in a charge status, in response to determining that the range of the movement of the electronic device is not within the specified value, generate a power control signal for interrupting the power signal, the power control signal including information about intensity of the power signal and transmit the power control signal to the external power transmitting device through the conductive pattern , and wherein the conductive pattern is configured to receive the power signal, the intensity of which is changed based on the power control signal.
A socket assembly , comprising: a housing with an inner bore that extends along an axis from a wall at a generally closed first end to an open second end ; a ball stud having a ball portion which is received in said inner bore of said housing and a shank portion which projects out of said inner bore through said open second end ; a backing bearing disposed in said inner bore and being movable in a radial direction relative to said housing and presenting a curved first bearing surface in sliding contact with an outer surface of said ball portion of said ball stud ; a radial ring having an annular shape disposed in said inner bore of said housing and presenting a second bearing surface that is in sliding contact with an equator of said ball portion ; and an exit bearing made as a separate piece from said radial ring and having a curved third bearing surface in sliding contact with an opposite hemisphere of said ball portion from said first bearing surface , characterized in that said housing presents a shoulder that faces towards said open second end of said housing and wherein said radial ring abuts said shoulder . a housing with an inner bore that extends along an axis from a wall at a generally closed first end to an open second end ; a ball stud having a ball portion which is received in said inner bore of said housing and a shank portion which projects out of said inner bore through said open second end ; a backing bearing disposed in said inner bore and being movable in a radial direction relative to said housing and presenting a curved first bearing surface in sliding contact with an outer surface of said ball portion of said ball stud ; a radial ring having an annular shape disposed in said inner bore of said housing and presenting a second bearing surface that is in sliding contact with an equator of said ball portion ; and an exit bearing made as a separate piece from said radial ring and having a curved third bearing surface in sliding contact with an opposite hemisphere of said ball portion from said first bearing surface , characterized in that said housing presents a shoulder that faces towards said open second end of said housing and wherein said radial ring abuts said shoulder .
Household refrigerator having an interior for receiving groceries, which is bounded by walls of an inner container , and a first keep-fresh container for groceries arranged in the interior , which comprises a first cover , by means of which the first keep-fresh container can be closed, and having a mounting device , with which the first cover is mounted so that it can be raised and lowered in order to open and close the first keep-fresh container in the interior , and having a first control element with which the first cover can be actuated, wherein the household refrigerator comprises a second keep-fresh container which is separate from the first keep-fresh container , which, when viewed in the width direction of the household refrigerator , is arranged laterally adjacent to the first keep-fresh container , and which comprises a second cover , by means of which the second keep-fresh container can be closed, wherein the mounting device has a middle guide rail , on which the two covers are mounted, wherein the middle guide rail is fastened to a plate-type cover , and wherein the middle guide rail has, at a rear end , a gripper element , with which a rear edge of the cover grips onto the cover in order to fasten the middle guide rail .
Operating attachment for arrangement on a predefinable switching device and for operating a pivotable switching device toggle of the switching device , wherein the operating attachment has a housing which is open on one side and is to be placed on the switching device , wherein the operating attachment has a manual operating part , wherein the manual operating part is arranged on a rotatable shaft of the operating attachment , wherein a switch-on projection for pivoting the switching device toggle in a first pivot direction is arranged on the shaft , wherein a switch-off projection for pivoting the switching device toggle in a second pivot direction opposite the first pivot direction is arranged on the shaft , characterised in that a housing stop for contact with a stop edge of the switch-off projection is arranged in the housing , and the switch-off projection is designed to yield resiliently such that it is bent for contact with the housing stop fixed to the housing when loaded with a predefinable first force which acts in the direction of the manual operating part and parallel to the rotation axis of the shaft .
A composition comprising a cyclic thiasilacyclopentane and an unsaturated component, wherein the cyclic thiasilacyclopentane has an alkoxy substituent and/or the unsaturated component has a multiplicity of unsaturated sites, and wherein when the composition is exposed to hydroxyl groups on a surface or to atmospheric moisture and subsequently or concurrently irradiated, the composition cures to form a solid film or solid mass by radiation cure.
A signal transmission method applied for a first network device, comprising: transmitting a first reference signal, the first reference signal indicating that the first network device is subjected to remote interference; and monitoring for second reference signal and determining that the remote interference and/or atmospheric ducting phenomenon exists when the second reference signal is received; and stopping the transmission of the first reference signal when no second reference signal has been received. transmitting a first reference signal, the first reference signal indicating that the first network device is subjected to remote interference; and monitoring for second reference signal and determining that the remote interference and/or atmospheric ducting phenomenon exists when the second reference signal is received; and stopping the transmission of the first reference signal when no second reference signal has been received.
A pulp dryer, which comprises - a first end wall and a second end wall, arranged parallelly at a distance from each other, wherein an entrance opening for a pulp web is arranged in the first end wall and an exit opening for the pulp web is arranged in the second end wall, - a plurality of horizontal superposed drying decks arranged between the first and the 10 second end wall, the drying decks comprising a plurality of elongated drying means (2, 2', 2", 2′′′) for drying and supporting the pulp web, the drying means having - a first end and a second end, - a longitudinal axis extending from the first end to the second end, parallelly with the first and second end walls, and - a blow surface with blow openings , wherein the drying means are arranged side-by-side so that air removal gaps (6, 6', 6", 6′′′) are formed between the adjacent drying means, characterized in that at least one of the drying decks comprises an edge zone, where cover elements (5, 5', 5", 5′′′) are arranged to cover at least part of at least some of the air removal gaps (6, 6', 6", 6′′′). - a first end wall and a second end wall, arranged parallelly at a distance from each other, wherein an entrance opening for a pulp web is arranged in the first end wall and an exit opening for the pulp web is arranged in the second end wall, - a plurality of horizontal superposed drying decks arranged between the first and the 10 second end wall, the drying decks comprising a plurality of elongated drying means (2, 2', 2", 2′′′) for drying and supporting the pulp web, the drying means having - a first end and a second end, - a longitudinal axis extending from the first end to the second end, parallelly with the first and second end walls, and - a blow surface with blow openings , - a first end and a second end, - a longitudinal axis extending from the first end to the second end, parallelly with the first and second end walls, and - a blow surface with blow openings , wherein the drying means are arranged side-by-side so that air removal gaps (6, 6', 6", 6′′′) are formed between the adjacent drying means, characterized in that at least one of the drying decks comprises an edge zone, where cover elements (5, 5', 5", 5′′′) are arranged to cover at least part of at least some of the air removal gaps (6, 6', 6", 6′′′).
A piezoelectric device comprising: a substrate having a recessed portion ; a diaphragm ; and a piezoelectric actuator , wherein the substrate, the diaphragm, and the piezoelectric actuator are laminated in this order in a first direction, the diaphragm includes a first layer containing silicon as a constituent element, a second layer disposed between the first layer and the piezoelectric actuator, and containing any one or both of at least one metal element selected from the group made of chromium, titanium, aluminum, tantalum, hafnium, and iridium, and silicon nitride, as a constituent element, and a third layer disposed between the second layer and the piezoelectric actuator and containing zirconium as a constituent element, and a fourth layer is provided, and the fourth layer containing any one or both of at least one metal element selected from the group made of chromium, titanium, aluminum, tantalum, hafnium, and iridium, and silicon nitride, as a constituent element, on the third layer on a piezoelectric actuator side, characterized in that : a thickness (T2) of the second layer is thinner than a thickness (T1, T3) of each of the first layer and the third layer. a substrate having a recessed portion ; a diaphragm ; and a piezoelectric actuator , wherein the substrate, the diaphragm, and the piezoelectric actuator are laminated in this order in a first direction, the diaphragm includes a first layer containing silicon as a constituent element, a second layer disposed between the first layer and the piezoelectric actuator, and containing any one or both of at least one metal element selected from the group made of chromium, titanium, aluminum, tantalum, hafnium, and iridium, and silicon nitride, as a constituent element, and a third layer disposed between the second layer and the piezoelectric actuator and containing zirconium as a constituent element, and a fourth layer is provided, and the fourth layer containing any one or both of at least one metal element selected from the group made of chromium, titanium, aluminum, tantalum, hafnium, and iridium, and silicon nitride, as a constituent element, on the third layer on a piezoelectric actuator side, characterized in that : a thickness (T2) of the second layer is thinner than a thickness (T1, T3) of each of the first layer and the third layer.