mhurhangee/patent-ind-claim-en huggingface dataset:
A method for performing facial registration using a registration probe, comprising: selecting a plurality of target locations for registration; indicating, with the registration probe, that registration is taking place at each of the plurality of target locations; indicating, with the registration probe, that registration is complete at the each of the plurality of target locations as each target location is registered; and indicating, with the registration probe, that the facial registration of all target locations is complete, wherein the indicating that registration is to take place at each of the plurality of target locations includes depressing an actuator (A, 410) on the registration probe and the indicating that registration is complete at the each of the plurality of target locations as each target location is registered includes releasing the actuator, and wherein the indicating that the facial registration of all target locations is complete includes multiple depressing of an actuator. selecting a plurality of target locations for registration; indicating, with the registration probe, that registration is taking place at each of the plurality of target locations; indicating, with the registration probe, that registration is complete at the each of the plurality of target locations as each target location is registered; and indicating, with the registration probe, that the facial registration of all target locations is complete, wherein the indicating that registration is to take place at each of the plurality of target locations includes depressing an actuator (A, 410) on the registration probe and the indicating that registration is complete at the each of the plurality of target locations as each target location is registered includes releasing the actuator, and wherein the indicating that the facial registration of all target locations is complete includes multiple depressing of an actuator.
A method for detecting standing-wave ratio, the method comprising: grabbing (S201) output power detection data, OPD, of a base station signal transmitted by a Time-Division Long-Term Evolution, TD-LTE, base station system and reflection power detection data, RPD, of a device to be detected in the base station system, wherein the TD-LTE base station signal is an orthogonal frequency-division multiplexing, OFDM, modulated signal; extracting (S202) feedback signals of the OPD and feedback signals of the RPD within a plurality of periods of time, according to a preset data length, within a first preset bandwidth range; performing (S508) Fast Fourier Transform on the feedback signals of the OPD and the feedback signals of the RPD in each period of time respectively, and determining (S509) spectrum characteristics of the feedback signals of the OPD and the spectrum characteristics of the feedback signals of the RPD by determining maximum amplitude of the feedback signals of the OPD in each period of time as well as maximum amplitude of the feedback signals of the RPD in each period of time , as well as determining the reflection coefficient of the base station system on the basis of the maximum amplitude of the feedback signals of the OPD and the maximum amplitude of the feedback signals of the RPD corresponding to each period of time; and determining the standing-wave ratio of the base station system within the first preset bandwidth range according to the reflection coefficient of the base station system. grabbing (S201) output power detection data, OPD, of a base station signal transmitted by a Time-Division Long-Term Evolution, TD-LTE, base station system and reflection power detection data, RPD, of a device to be detected in the base station system, wherein the TD-LTE base station signal is an orthogonal frequency-division multiplexing, OFDM, modulated signal; extracting (S202) feedback signals of the OPD and feedback signals of the RPD within a plurality of periods of time, according to a preset data length, within a first preset bandwidth range; performing (S508) Fast Fourier Transform on the feedback signals of the OPD and the feedback signals of the RPD in each period of time respectively, and determining (S509) spectrum characteristics of the feedback signals of the OPD and the spectrum characteristics of the feedback signals of the RPD by determining maximum amplitude of the feedback signals of the OPD in each period of time as well as maximum amplitude of the feedback signals of the RPD in each period of time , as well as determining the reflection coefficient of the base station system on the basis of the maximum amplitude of the feedback signals of the OPD and the maximum amplitude of the feedback signals of the RPD corresponding to each period of time; and determining the standing-wave ratio of the base station system within the first preset bandwidth range according to the reflection coefficient of the base station system.
An agricultural crop sprayer (302; 400), comprising: a chassis (304; 402) supported by a plurality of ground-engaging elements (316; 408); a sprayer system comprising a boom and a plurality of nozzles spaced along the boom, the nozzles directed to spray liquid at a ground surface; and a system carried by the chassis and configured for storing gloves, the system comprising: a storage box defining an internal cavity shaped to receive gloves; a lid configured to cover the internal cavity; characterised in that the system further comprises a vacuum source configured to retain the gloves in the internal cavity when hands are removed from the gloves. a chassis (304; 402) supported by a plurality of ground-engaging elements (316; 408); a sprayer system comprising a boom and a plurality of nozzles spaced along the boom, the nozzles directed to spray liquid at a ground surface; and a system carried by the chassis and configured for storing gloves, the system comprising: a storage box defining an internal cavity shaped to receive gloves; a lid configured to cover the internal cavity; characterised in that the system further comprises a vacuum source configured to retain the gloves in the internal cavity when hands are removed from the gloves. a storage box defining an internal cavity shaped to receive gloves; a lid configured to cover the internal cavity; characterised in that the system further comprises a vacuum source configured to retain the gloves in the internal cavity when hands are removed from the gloves.
An aircraft comprising an apparatus for directing exhaust in the aircraft, the aircraft comprising an equipment inlet which is an engine inlet or another equipment inlet, the apparatus comprising: a plurality of exhaust systems and an exhaust manifold for combining exhaust paths, the exhaust manifold comprising; a plurality of exhaust ducts in gaseous communication with the exhaust systems, wherein the exhaust ducts receive exhaust from the exhaust systems upstream of the equipment inlet of the aircraft, wherein the exhaust systems include two or more of a transmission, an oil cooling system, a generator, an environmental control system and/or other equipment located upstream from the equipment inlet; and a single platform comprising the plurality of exhaust ducts arranged to direct exhaust paths from the plurality of exhaust systems, wherein the platform is located upstream of the equipment inlets, and wherein the plurality of exhaust ducts are configured to direct exhaust away from the equipment inlet and towards a rotor linkage. a plurality of exhaust ducts in gaseous communication with the exhaust systems, wherein the exhaust ducts receive exhaust from the exhaust systems upstream of the equipment inlet of the aircraft, wherein the exhaust systems include two or more of a transmission, an oil cooling system, a generator, an environmental control system and/or other equipment located upstream from the equipment inlet; and a single platform comprising the plurality of exhaust ducts arranged to direct exhaust paths from the plurality of exhaust systems, wherein the platform is located upstream of the equipment inlets, and wherein the plurality of exhaust ducts are configured to direct exhaust away from the equipment inlet and towards a rotor linkage.
A composition for use in a method of evaluating and quantifying a bioluminescent signal detected in a live non-human animal comprising a bioluminescent protein; the composition being formulated for injection into a live non-human animal and consisting essentially of a bioluminescent substrate and a non-toxic fluorescent tracking dye in solution in a buffer, wherein the bioluminescent substrate and the fluorescent tracking dye emit light of different wavelengths, wherein the bioluminescent substrate is transformed to an excited state in the presence of an oxygenase, oxygen and ATP, and wherein the substrate and tracking dye distribute similarly in the live non-human animal; and the method comprising: administering by injection said composition to a plurality of live non-human animals; measuring the bioluminescent signal generated by reaction of the bioluminescent substrate and bioluminescent protein from each animal; measuring the signal of the tracking dye from each non-human animal; characterised in that the method further comprises: normalizing the bioluminescent signal to the signal of the tracking dye in each animal wherein normalizing comprises finding an average fluorescence signal and determining the deviation of the fluorescence signal in an individual animal from the average fluorescence signal, whereby if the deviation is greater than about 30% from the average, re-imaging the animal. administering by injection said composition to a plurality of live non-human animals; measuring the bioluminescent signal generated by reaction of the bioluminescent substrate and bioluminescent protein from each animal; measuring the signal of the tracking dye from each non-human animal; characterised in that the method further comprises: normalizing the bioluminescent signal to the signal of the tracking dye in each animal wherein normalizing comprises finding an average fluorescence signal and determining the deviation of the fluorescence signal in an individual animal from the average fluorescence signal, whereby if the deviation is greater than about 30% from the average, re-imaging the animal.
A method for processing voiceprint authentication, being characterized by : from a training set comprising one or more first speech segments and a corresponding pre-labeled first gender label for each first speech segment in the training set, extracting a first feature vector for each first speech segment of the training set by a gender-mixed voiceprint baseline system based on Deep Neural Network ; the method further comprising: training a gender classifier according to the first feature vector for each first speech segment and the corresponding pre-labeled first gender label ; training Deep Neural Network models for different genders respectively according to speech data of different genders of the training set ; and training uniform background models, feature vector extracting models and linear probability discriminant analysis models for different genders respectively according to the Deep Neural Network models for different genders and the speech data of different genders of the training set . training a gender classifier according to the first feature vector for each first speech segment and the corresponding pre-labeled first gender label ; training Deep Neural Network models for different genders respectively according to speech data of different genders of the training set ; and training uniform background models, feature vector extracting models and linear probability discriminant analysis models for different genders respectively according to the Deep Neural Network models for different genders and the speech data of different genders of the training set .
A process for producing synthesis gas , in which carbon and hydrogen are obtained from hydrocarbon by thermal decomposition, by oxidizing at least a portion of the carbon obtained and reacting at least a portion of the hydrogen obtained with carbon dioxide by a reverse water-gas shift to give carbon monoxide and water, wherein carbon obtained by the thermal hydrocarbon decomposition is used as fuel in a power plant operation (D) in order to produce electrical power , and carbon dioxide formed in the combustion of the carbon is used in the reverse water-gas shift, wherein synthesis gas produced is converted to methanol and/or dimethyl ether and/or hydrocarbons and the waste heat that arises in the conversion of synthesis gas is used in the processing (B) of carbon dioxide for the reverse water-gas shift.
A furniture hinge , including: - a first hinge portion to be fixed to a furniture carcass , - a second hinge portion having a hinge cup to be fixed to a movably-supported furniture part , - at least one hinge axis (G) hingedly connecting the first hinge portion and the second hinge portion to one another, - a spring device configured to move the furniture hinge from a predetermined angular position into a fully closed position and/or into a fully open position, wherein a first end region of the spring device is supported on a bearing portion inserted into the hinge cup , - a convex control curve configured to interact with the spring device from the predetermined angular position towards the fully closed position and/or fully open position, - a pressure portion having a counter contour configured to be pressed against the control curve via the spring device , wherein the counter contour of the pressure portion has a concave section at least over a region, the concave section being formed complementary to the convex control curve , wherein the bearing portion has a cavity for accommodating the spring device and the pressure portion . - a first hinge portion to be fixed to a furniture carcass , - a second hinge portion having a hinge cup to be fixed to a movably-supported furniture part , - at least one hinge axis (G) hingedly connecting the first hinge portion and the second hinge portion to one another, - a spring device configured to move the furniture hinge from a predetermined angular position into a fully closed position and/or into a fully open position, wherein a first end region of the spring device is supported on a bearing portion inserted into the hinge cup , - a convex control curve configured to interact with the spring device from the predetermined angular position towards the fully closed position and/or fully open position, - a pressure portion having a counter contour configured to be pressed against the control curve via the spring device , wherein the counter contour of the pressure portion has a concave section at least over a region, the concave section being formed complementary to the convex control curve ,
A page insertion method, comprising: Acquiring a page insertion policy; receiving a webpage acquisition request message sent by a mobile station MS; determining , according to the webpage acquisition request message, first address information corresponding to the webpage acquisition request message; characterized by determining second address information of a to-be-inserted page according to the page insertion policy; blocking a service link for transporting the web page acquisition request message to a network site device; and adding the first address information and the second address information to a response message and sending the response message to the MS. Acquiring a page insertion policy; receiving a webpage acquisition request message sent by a mobile station MS; determining , according to the webpage acquisition request message, first address information corresponding to the webpage acquisition request message; characterized by determining second address information of a to-be-inserted page according to the page insertion policy; blocking a service link for transporting the web page acquisition request message to a network site device; and adding the first address information and the second address information to a response message and sending the response message to the MS.
Method for detecting a defect on a surface of a tyre , characterized in that the automated means : - calculate values of a gradient of a plurality of texture parameters from an image of the surface of the tyre , - determine an image of the gradient , and - threshold the image of the gradient, in order to obtain a thresholded image , characterized in that at least one of the texture parameters is chosen among the following list; co-occurrence matrices, Haralick parameters, morphological parameters and local binary pattern. - calculate values of a gradient of a plurality of texture parameters from an image of the surface of the tyre , - determine an image of the gradient , and - threshold the image of the gradient, in order to obtain a thresholded image ,
A crutch, comprising: a tubular member being substantially vertical and having a plurality of apertures formed therein; an angled portion extending upwardly from the substantially vertical tubular member; an arm rest support extending perpendicularly from the angled portion for receiving an arm rest; a handle extending outwardly from the arm rest support; a leg telescopically received into the tubular member; and a foot; and wherein the foot is exchangably received by the leg; characterized by the arm rest being hingedly connected to the arm rest support. a tubular member being substantially vertical and having a plurality of apertures formed therein; an angled portion extending upwardly from the substantially vertical tubular member; an arm rest support extending perpendicularly from the angled portion for receiving an arm rest; a handle extending outwardly from the arm rest support; a leg telescopically received into the tubular member; and a foot; and
A shell-and-plate heat exchanger for cooling and condensing a circulating refrigerant, said heat exchanger comprising a desuperheater for lowering the temperature of the gaseous refrigerant to a temperature above the condensation temperature of said refrigerant, wherein said desuperheater is formed by a stack of corrugated desuperheater heat transfer plates , said desuperheater being connected to a condenser for condensing said refrigerant, wherein said condenser is formed by a stack of corrugated condenser heat transfer plates , said condenser being connected to a subcooler for further lowering the temperature of said condensed refrigerant, wherein said subcooler is formed by a stack of corrugated subcooler heat transfer plates , and wherein said stack of corrugated desuperheater heat transfer plates , said stack of corrugated condenser heat transfer plates and said stack of corrugated subcooler heat transfer plates are arranged inside the same common continuous shell , characterised in that said condenser and said subcooler are connected through a liquid refrigerant container arranged below said stack of condenser heat transfer plates and/or said stack of subcooler heat transfer plates , wherein said condensed refrigerant is collected in said liquid refrigerant container from which said liquid refrigerant continues into said subcooler through a subcooler inlet conduit .
Multilayered mantle hose containing at least one inner layer and a mantle layer comprising at least one mantle protectant , characterized in that the mantle protectant is based on at least one water-based synthetic resin dispersion, wherein the aqueous synthetic resin dispersion is based on at least one styrene acrylate.
A method for downloading data from a network apparatus to a mobile device in anticipation of the mobile device entering a black spot zone with sluggish network communication or lack of network communication, the method characterized by comprising, in the network apparatus : determining (S120a) that the mobile device has entered a tracking zone that is predefined relative to the black spot zone ; gathering information (S125a) for defining (S130) a download zone inside the tracking zone for the mobile device taking into consideration a time necessary for downloading the data to the mobile device , and a predicted time interval until the mobile device enters the black spot zone ; and sending (S160a) the data from the network apparatus to the mobile device when the mobile device enters (S140a) the download zone . determining (S120a) that the mobile device has entered a tracking zone that is predefined relative to the black spot zone ; gathering information (S125a) for defining (S130) a download zone inside the tracking zone for the mobile device taking into consideration a time necessary for downloading the data to the mobile device , and a predicted time interval until the mobile device enters the black spot zone ; and sending (S160a) the data from the network apparatus to the mobile device when the mobile device enters (S140a) the download zone .
An ultrasonic transceiver system, comprising: a transmitter block containing circuitry configured to drive an ultrasound transducer ; a receiver block containing circuitry configured to receive signals from the ultrasound transducer and convert the signals into digital data; a state machine coupled to the transmitter block and the receiver block , wherein the state machine contains circuitry configured to act as a controller for the transmitter and receiver blocks; a computing unit coupled to the transmitter block , the receiver block , and the state machine , wherein the computing unit is configured to drive the transmitter block and process data received from the receiver block by executing instructions of a program, a program memory coupled to the computing unit configured to store the program; the ultrasonic transceiver system being characterised by a public key encryption submodule, wherein the public key encryption submodule uses a random encryption key generated from recorded ultrasonic noise; and a digital interface coupled to the computing unit , the digital interface being coupled also to a network ; wherein the system is configured to send a first encryption key ultrasonically to a second system with the ultrasound transducer , and receive a second encryption key ultrasonically from the second system with the ultrasound transducer ; and wherein the system is configured to use the first and second encryption keys to communicate securely between the system and the second system through the network coupled to the digital interface . a transmitter block containing circuitry configured to drive an ultrasound transducer ; a receiver block containing circuitry configured to receive signals from the ultrasound transducer and convert the signals into digital data; a state machine coupled to the transmitter block and the receiver block , wherein the state machine contains circuitry configured to act as a controller for the transmitter and receiver blocks; a computing unit coupled to the transmitter block , the receiver block , and the state machine , wherein the computing unit is configured to drive the transmitter block and process data received from the receiver block by executing instructions of a program, a program memory coupled to the computing unit configured to store the program; the ultrasonic transceiver system being characterised by a public key encryption submodule, wherein the public key encryption submodule uses a random encryption key generated from recorded ultrasonic noise; and a digital interface coupled to the computing unit , the digital interface being coupled also to a network ; wherein the system is configured to send a first encryption key ultrasonically to a second system with the ultrasound transducer , and receive a second encryption key ultrasonically from the second system with the ultrasound transducer ; and wherein the system is configured to use the first and second encryption keys to communicate securely between the system and the second system through the network coupled to the digital interface .