mhurhangee/patent-ind-claim-en huggingface dataset:
A power supply apparatus , comprising: a power supply unit connected to at least one electronic price indicator adapted to supply driving power to the electronic price indicator ; an antenna adapted to receive data transmitted from a server; and a communication unit adapted to receive data via the antenna to be applied to a first electronic price indicator ; wherein the communication unit is adapted to control an operation of the power supply unit so that a power supply signal modulated according to the received data is supplied to the first electronic price indicator as driving power, and wherein the communication unit is adapted to control the operation of the power supply unit by generating a first control signal (P2) at a first port and a second control signal (P1) at a second port, wherein the modulated power supply signal comprises a first signal in which a voltage of a first level is input and a second signal in which a voltage of a second level different from the first level is input, and wherein the power supply unit includes: an input arranged to receive a power supply voltage (5V power); a first regulator arranged to receive the power supply voltage (5V power) and adapted to generate an output voltage according to the first control signal output through the communication unit (340, P2); a second regulator arranged to receive an output voltage generated through the first regulator and adapted to generate at its output (VDD) the first level voltage according to the second control signal output through the communication unit ; a third regulator arranged to receive an output voltage generated through the first regulator and adapted to generate at its output (VDD) the second level voltage according to the second control signal output through the communication unit ; the output of the second regulator and the output of the third regulator being connected to the output of the power supply (VDD); a first switching device having a collector (C) connected to the second regulator and the power supply voltage (5V power), a base (B) connected to the second port of the communication unit (340, P1), and an emitter (E) grounded; and a second switching device having an emitter connected to the third regulator , a base connected to the second port of the communication unit (340, P1), and a collector connected to the power supply voltage (5V power).
Equipment for manufacturing sintered ore, comprising: a plurality of sintering carts that are movable along a movement path and into which a raw material layer is fed; an ignition furnace installed above one side of the movement path to inject a flame to the raw material layer within each of the sintering carts ; an ore discharge part installed on the other side of the movement path to discharge the sintered ore in which sintering is completed; a wind box disposed between the ignition furnace and the ore discharge part on the movement path; and a heat quantity controller disposed between the ignition furnace and the ore discharge part over the movement path to supply heat and humidified air to the raw material layer, characterized in that the heat quantity controller comprises: an oxygen supply device configured to supply a gas comprising oxygen to the raw material layer; a gas fuel supply device disposed on one side of the oxygen supply device to supply gas fuel to the raw material layer; and a humidified air supply device disposed on one side of the gas fuel supply device to supply humidified air to the raw material layer. a plurality of sintering carts that are movable along a movement path and into which a raw material layer is fed; an ignition furnace installed above one side of the movement path to inject a flame to the raw material layer within each of the sintering carts ; an ore discharge part installed on the other side of the movement path to discharge the sintered ore in which sintering is completed; a wind box disposed between the ignition furnace and the ore discharge part on the movement path; and a heat quantity controller disposed between the ignition furnace and the ore discharge part over the movement path to supply heat and humidified air to the raw material layer, characterized in that the heat quantity controller comprises: an oxygen supply device configured to supply a gas comprising oxygen to the raw material layer; a gas fuel supply device disposed on one side of the oxygen supply device to supply gas fuel to the raw material layer; and a humidified air supply device disposed on one side of the gas fuel supply device to supply humidified air to the raw material layer. an oxygen supply device configured to supply a gas comprising oxygen to the raw material layer; a gas fuel supply device disposed on one side of the oxygen supply device to supply gas fuel to the raw material layer; and a humidified air supply device disposed on one side of the gas fuel supply device to supply humidified air to the raw material layer.
An arrangement for providing a flowable solidifier into a subsea hydrocarbon well comprising a valve assembly with an opening to a well bore , characterised in that the arrangement comprises: - a connection device comprising i) a well control unit comprising a lubricator device with a first through opening , ii) an inlet connector comprising a body attached to the well control unit , a second through opening in connection with the first through opening of the lubricator device , and an inlet for the flowable solidifier to the second through opening , wherein the connection device is adapted to be connected to the valve assembly so that the second opening of the inlet connector is in connection with the opening of the valve assembly to the well bore of the well , wherein the arrangement further comprises: - an elongated injection tubing comprising a third through opening , which injection tubing is adapted to be displaced through the lubricator device to a certain position enabling the third through opening to receive the flowable solidifier from the inlet of the inlet connector and extending into the opening of the valve assembly so that one or more valves of the valve assembly are shielded from interaction with the flowable solidifier; and wherein the arrangement further comprises a seal arrangement adapted to form a sealing between body of the inlet connector and the injection tubing when the injection tubing is in said certain position. - a connection device comprising i) a well control unit comprising a lubricator device with a first through opening , ii) an inlet connector comprising a body attached to the well control unit , a second through opening in connection with the first through opening of the lubricator device , and an inlet for the flowable solidifier to the second through opening , wherein the connection device is adapted to be connected to the valve assembly so that the second opening of the inlet connector is in connection with the opening of the valve assembly to the well bore of the well , wherein the arrangement further comprises: i) a well control unit comprising a lubricator device with a first through opening , ii) an inlet connector comprising a body attached to the well control unit , a second through opening in connection with the first through opening of the lubricator device , and an inlet for the flowable solidifier to the second through opening , wherein the connection device is adapted to be connected to the valve assembly so that the second opening of the inlet connector is in connection with the opening of the valve assembly to the well bore of the well , wherein the arrangement further comprises: - an elongated injection tubing comprising a third through opening , which injection tubing is adapted to be displaced through the lubricator device to a certain position enabling the third through opening to receive the flowable solidifier from the inlet of the inlet connector and extending into the opening of the valve assembly so that one or more valves of the valve assembly are shielded from interaction with the flowable solidifier; and
A computer-implemented processing method using a neural network for recognizing an object in an input image, the neural network comprising a plurality of layers including an input layer, at least one hidden layer and an output layer, the method comprising: inputting the input image to the input layer of the neural network; generating output maps of a current layer of the neural network by performing a convolution operation between input maps of the current layer of the plurality of layers, corresponding to output maps of a previous layer of the plurality of layers , and weight kernels of the current layer; determining a lightweight format for the output maps of the current layer based on a distribution of at least a portion of activation data being processed in the neural network, wherein determining the lightweight format comprises: predicting a maximum value of the output maps of the current layer based on a maximum value of output maps of the previous layer of the neural network; and determining the lightweight format for the output maps of the current layer based on the predicted maximum value of the output maps of the current layer; and lightening activation data corresponding to the output maps of the current layer to have a low bit width based on the determined lightweight format; outputting a result based on an output of the neural network, wherein the result comprises a recognition result of the object. inputting the input image to the input layer of the neural network; generating output maps of a current layer of the neural network by performing a convolution operation between input maps of the current layer of the plurality of layers, corresponding to output maps of a previous layer of the plurality of layers , and weight kernels of the current layer; determining a lightweight format for the output maps of the current layer based on a distribution of at least a portion of activation data being processed in the neural network, wherein determining the lightweight format comprises: predicting a maximum value of the output maps of the current layer based on a maximum value of output maps of the previous layer of the neural network; and determining the lightweight format for the output maps of the current layer based on the predicted maximum value of the output maps of the current layer; and predicting a maximum value of the output maps of the current layer based on a maximum value of output maps of the previous layer of the neural network; and determining the lightweight format for the output maps of the current layer based on the predicted maximum value of the output maps of the current layer; and lightening activation data corresponding to the output maps of the current layer to have a low bit width based on the determined lightweight format; outputting a result based on an output of the neural network, wherein the result comprises a recognition result of the object.
A tubing mounted completion assembly for running at an end of a completion string ; the assembly comprising a substantially tubular body for connection in a tubing string below a production packer , the assembly having a through bore with a first inlet and a first outlet each coaxial with the tubing string ; a downhole electronic actuating mechanism , a battery arranged to provide a remote power supply to the electronic actuating mechanism, a downhole hydraulic pump and a hydraulically operated valve member ; wherein the actuating mechanism operates the hydraulic pump to pump fluid through at least one hydraulic control line to control movement of the valve member from a first position, where the valve member is open and a through bore is created between the inlet and outlet of the assembly, to a second position, where the valve member seals the through bore , and back to the first position.
A method of forming a bonded layered structure , comprising: providing a first structure and a second structure ; forming a first layer comprising zinc peroxide on at least one of the first and second structures ; forming a second layer comprising zinc metal on at least one of the first and second structures ; contacting the first and second structures such that the first layer contacts the second layer, such contact occurring between the first and second structures; processing the contacted first and second structures to cause oxidation of the zinc metal ; and forming between the contacted first and second structures a third layer comprising zinc oxide . providing a first structure and a second structure ; forming a first layer comprising zinc peroxide on at least one of the first and second structures ; forming a second layer comprising zinc metal on at least one of the first and second structures ; contacting the first and second structures such that the first layer contacts the second layer, such contact occurring between the first and second structures; processing the contacted first and second structures to cause oxidation of the zinc metal ; and forming between the contacted first and second structures a third layer comprising zinc oxide .
A semiconductor chip device, comprising: a reconstituted semiconductor chip package including an interposer having a first side and a second and opposite side and a metallization stack on the first side, a first semiconductor chip on the metallization stack and at least partially encased by a dielectric layer on the metallization stack, plural interconnects positioned between and electrically connecting the first semiconductor chip and the metallization stack, and plural semiconductor chips positioned over and at least partially laterally overlapping the first semiconductor chip , characterized in that the dielectric layer includes an opening adapted to have a portion of a heat spreader positioned therein to thermally contact the first semiconductor chip .
Injection molding device for producing at least one tube head with a tube shoulder and a neck molded thereon with a squeezing-out opening with - a molding tool defining a molding cavity and - a nozzle cooperating with the molding tool with - a nozzle body and - a valve needle , movable in the nozzle body in a first direction that corresponds to the longitudinal axis of the tube head to be produced, with a valve needle stem and a terminal valve needle head , - at least a first annular space surrounding the valve needle that serves as a first flow channel for a first material component and - a nozzle opening that is closed by the valve needle head in a retracted position of the valve needle and that is released by the valve needle head in a moved forward position of the valve needle , characterized in that - an annular squeezing-out opening is formed in the moved forward position of the valve needle that correlates with an annular space of the molding tool serving as a casting opening and - a movable valve sleeve that surrounds the valve needle stem is provided, wherein a second annular space that serves as a second flow channel for a second material component exists between the valve needle stem and the valve sleeve . - a molding tool defining a molding cavity and - a nozzle cooperating with the molding tool with - a nozzle body and - a valve needle , movable in the nozzle body in a first direction that corresponds to the longitudinal axis of the tube head to be produced, with a valve needle stem and a terminal valve needle head , - at least a first annular space surrounding the valve needle that serves as a first flow channel for a first material component and - a nozzle opening that is closed by the valve needle head in a retracted position of the valve needle and that is released by the valve needle head in a moved forward position of the valve needle , characterized in that - a nozzle body and - a valve needle , movable in the nozzle body in a first direction that corresponds to the longitudinal axis of the tube head to be produced, with a valve needle stem and a terminal valve needle head , - at least a first annular space surrounding the valve needle that serves as a first flow channel for a first material component and - a nozzle opening that is closed by the valve needle head in a retracted position of the valve needle and that is released by the valve needle head in a moved forward position of the valve needle , - an annular squeezing-out opening is formed in the moved forward position of the valve needle that correlates with an annular space of the molding tool serving as a casting opening and - a movable valve sleeve that surrounds the valve needle stem is provided, wherein a second annular space that serves as a second flow channel for a second material component exists between the valve needle stem and the valve sleeve .
Heat transfer device for transferring heat from at least one primary circuit to at least one secondary circuit , having at least one heat exchanger , which has a primary side provided for a fluidic connection to the primary circuit and has a secondary side provided for a fluidic connection to the secondary circuit , and having at least one heat trap , which is provided for at least largely thermally decoupling from the primary circuit the primary side of the heat exchanger in at least one operating state, wherein the heat trap is formed as a passive fluid element and/or a passive fluid unit and is provided for at least largely preventing an input of heat from the primary circuit into the primary side of the heat exchanger in at least one operating state, and wherein the heat trap is at least substantially formed by a fluid line or a fluid line arrangement and has a geometry which at least largely prevents an input of heat from the primary circuit into the primary side of the heat exchanger in at least one operating state, characterized in that the heat trap is arranged between a primary-side fluid inlet of the heat exchanger and the primary circuit .
A method comprising: recording, by a computing device , a first system time when an application becomes inactive; recording, by the computing device , a second system time when the application subsequently becomes active; determining whether the second system time is less recent than the first system time; and when the second system time is less recent than the first system time by more than a predefined amount of time, initiating a remedial action to restrict access to the application on the computing device ; and performing the recording steps, the determining step, and the initiating step for a first application on the computing device based on one or more rules defined in one or more policy files stored on the computing device, while permitting a second application to execute at least without performing the initiating step, wherein the remedial action comprises obtaining one or more new policy files from an enterprise device management system. recording, by a computing device , a first system time when an application becomes inactive; recording, by the computing device , a second system time when the application subsequently becomes active; determining whether the second system time is less recent than the first system time; and when the second system time is less recent than the first system time by more than a predefined amount of time, initiating a remedial action to restrict access to the application on the computing device ; and performing the recording steps, the determining step, and the initiating step for a first application on the computing device based on one or more rules defined in one or more policy files stored on the computing device, while permitting a second application to execute at least without performing the initiating step, wherein the remedial action comprises obtaining one or more new policy files from an enterprise device management system.
A ride assembly , comprising: a passenger vehicle comprising front wheels , rear wheels , a motor, and a steering wheel ; wherein the front and rear wheels are disposed on a surface ; a track forming a trough in the surface ; and a bogie hingedly coupled to the passenger vehicle to enable the passenger vehicle to drift, wherein the bogie is disposed in the trough , and wherein the bogie is configured to direct movement of the passenger vehicle along the track ; characterised in that the motor is configured to provide power to the front wheels to propel the passenger vehicle ; and wherein the steering wheel is configured to adjust a position of the rear wheels and enable the passenger vehicle to drift. a passenger vehicle comprising front wheels , rear wheels , a motor, and a steering wheel ; wherein the front and rear wheels are disposed on a surface ; a track forming a trough in the surface ; and a bogie hingedly coupled to the passenger vehicle to enable the passenger vehicle to drift, wherein the bogie is disposed in the trough , and wherein the bogie is configured to direct movement of the passenger vehicle along the track ; characterised in that the motor is configured to provide power to the front wheels to propel the passenger vehicle ; and wherein the steering wheel is configured to adjust a position of the rear wheels and enable the passenger vehicle to drift.
A liquid soap dispenser comprising: a container including a quantity of liquid soap therein, at least a portion of said container having a flexible outer wall ; and an upper surface adjacent the top of said container, said upper surface being mounted for movement between an upper position and a lower position; whereby spring means configured to bias said upper surface into said upper position; pump means within said container, said pump means configured to pump a portion of said liquid soap from said container onto said upper surface when said upper surface is moved downwardly into its lower position; a valve located adjacent the bottom of said container and communicating with said quantity of liquid soap within said container, said valve being biased into a closed condition but being configured to open to dispense liquid soap from the bottom of said container when said flexible wall of said container is squeezed. a container including a quantity of liquid soap therein, at least a portion of said container having a flexible outer wall ; and an upper surface adjacent the top of said container, said upper surface being mounted for movement between an upper position and a lower position; whereby spring means configured to bias said upper surface into said upper position; pump means within said container, said pump means configured to pump a portion of said liquid soap from said container onto said upper surface when said upper surface is moved downwardly into its lower position; a valve located adjacent the bottom of said container and communicating with said quantity of liquid soap within said container, said valve being biased into a closed condition but being configured to open to dispense liquid soap from the bottom of said container when said flexible wall of said container is squeezed.