mhurhangee/patent-ind-claim-en huggingface dataset:
A verification apparatus comprising: a similarity calculation unit that calculates, for each of a plurality of first feature points in a registered image registered in advance, a positional difference and a degree of similarity in feature value between the first feature point and each of a plurality of second feature points in a verification image captured by an imaging device and creates a pair information list in which a plurality of pairs of the first feature point and the second feature point each pair having the positional difference which is equal to or less than a threshold value are associated with the positional difference and the degree of the similarity; an overall movement amount calculating unit that calculates an overall movement amount which is an average or a median of the plurality of pairs in the pair information list; a final score calculating unit that calculates a final degree of similarity by acquiring, from the pair information list, N, wherein N is a predetermined constant, pairs ranked from the top of the degree of similarity and excluding, from the acquired N pairs, one or more pairs having a difference between the overall movement amount and the corresponding positional difference which is equal to or higher than a threshold value; and a matching unit that matches the verification image against the registered image by using the final degree of similarity. a similarity calculation unit that calculates, for each of a plurality of first feature points in a registered image registered in advance, a positional difference and a degree of similarity in feature value between the first feature point and each of a plurality of second feature points in a verification image captured by an imaging device and creates a pair information list in which a plurality of pairs of the first feature point and the second feature point each pair having the positional difference which is equal to or less than a threshold value are associated with the positional difference and the degree of the similarity; an overall movement amount calculating unit that calculates an overall movement amount which is an average or a median of the plurality of pairs in the pair information list; a final score calculating unit that calculates a final degree of similarity by acquiring, from the pair information list, N, wherein N is a predetermined constant, pairs ranked from the top of the degree of similarity and excluding, from the acquired N pairs, one or more pairs having a difference between the overall movement amount and the corresponding positional difference which is equal to or higher than a threshold value; and a matching unit that matches the verification image against the registered image by using the final degree of similarity.
A system for measuring an under foot load profile of a patient during a period of weight bearing, the system comprising: a housing configured to be oriented with respect to the patient's leg, said housing including a curved, flexible first surface and a rigid second surface said curved, flexible first surface and said rigid second surface defining a cavity ; a pressure sensor configured to monitor the load profile of the patient during the desired period of weight bearing, said pressure sensor being located within said cavity; and a non-compressible gel positioned within said cavity and adjacent said pressure sensor to transmit pressure within said housing to said pressure sensor, characterized in that said pressure sensor is fully encapsulated within said non-compressible gel . a housing configured to be oriented with respect to the patient's leg, said housing including a curved, flexible first surface and a rigid second surface said curved, flexible first surface and said rigid second surface defining a cavity ; a pressure sensor configured to monitor the load profile of the patient during the desired period of weight bearing, said pressure sensor being located within said cavity; and a non-compressible gel positioned within said cavity and adjacent said pressure sensor to transmit pressure within said housing to said pressure sensor, characterized in that said pressure sensor is fully encapsulated within said non-compressible gel .
A lighting panel comprising a transparent substrate upon a first surface of which are mounted a plurality of transparent prism structures and upon a second surface of which is mounted a light emitting diode (LED) , and a transparent guide layer , the transparent guide layer being arranged so as to encapsulate the LED upon the second surface such that the transparent substrate and the transparent guide layer form a composite structure for guiding light emitted from the LED , wherein the plurality of transparent prism structures are configured to extract a first and a second light output from opposite sides of the lighting panel , the first and second light outputs having output angles and beam widths determined by the plurality of transparent prism structures , wherein the lighting panel further comprises a transparent coating layer applied to the plurality of transparent prism structures , wherein the first light output exits the lighting panel through the transparent coating layer where it is applied, wherein the refractive index of the transparent coating layer is less than the refractive index of the transparent prism structures , and wherein the refractive index of the transparent coating layer provides a further means for determining the output angles of the first and second light outputs.
A solid state circuit breaker apparatus comprising: a solid state switch ; a current sensor ; and a control circuit ; characterised in that the control circuit is programmed to operate the solid state switch by, in response to receipt of a signal from the current sensor indicating that an overcurrent condition exists: determining a frequency for a set of control pulses based on a maximum interruption current level of the solid state circuit breaker apparatus and circuit power factor, using pulse width modulation to generate the set of control pulses, and using the control pulses to trigger the solid state switch to open and close in a pattern that corresponds to the control pulses, and thus limit an amount of let-through current that the solid state switch may pass to a load. a solid state switch ; a current sensor ; and a control circuit ; characterised in that the control circuit is programmed to operate the solid state switch by, in response to receipt of a signal from the current sensor indicating that an overcurrent condition exists: determining a frequency for a set of control pulses based on a maximum interruption current level of the solid state circuit breaker apparatus and circuit power factor, using pulse width modulation to generate the set of control pulses, and using the control pulses to trigger the solid state switch to open and close in a pattern that corresponds to the control pulses, and thus limit an amount of let-through current that the solid state switch may pass to a load. determining a frequency for a set of control pulses based on a maximum interruption current level of the solid state circuit breaker apparatus and circuit power factor, using pulse width modulation to generate the set of control pulses, and using the control pulses to trigger the solid state switch to open and close in a pattern that corresponds to the control pulses, and thus limit an amount of let-through current that the solid state switch may pass to a load.
A communication method, comprising: generating (S201), by a terminal device, terminal capability information, the terminal capability information indicating a terminal capability of the terminal device in a situation that a first parameter is configured, and indicating a support capability of the terminal device for a second parameter; and sending (S202), by the terminal device, the terminal capability information to a network device; wherein the first parameter comprises at least one of first basic parameter sets or first carrier bandwidths, and the second parameter comprises second basic parameter sets and second carrier bandwidths; and the second basic parameter sets comprise M basic parameter sets, the terminal capability information comprises first information for indicating a support capability of the terminal device for each set of the M basic parameter sets, where M≥1. generating (S201), by a terminal device, terminal capability information, the terminal capability information indicating a terminal capability of the terminal device in a situation that a first parameter is configured, and indicating a support capability of the terminal device for a second parameter; and sending (S202), by the terminal device, the terminal capability information to a network device; wherein the first parameter comprises at least one of first basic parameter sets or first carrier bandwidths, and the second parameter comprises second basic parameter sets and second carrier bandwidths; and the second basic parameter sets comprise M basic parameter sets, the terminal capability information comprises first information for indicating a support capability of the terminal device for each set of the M basic parameter sets, where M≥1.
A system configured to cause a weapon to fire or begin firing upon a vehicle target when the weapon is enabled by an operator, the system comprising: the weapon ; a controller for controlling the firing of the weapon; a sensor configured for identifying a thermal signature of engines of the vehicle target, and determining that a point of impact, POI, being between or in a certain proximity to these engines, is on the vehicle target; a component configured to be selectively placed in an enabled configuration; wherein the controller is configured to automatically enable firing when the weapon is enabled by an operator setting the component to said enabled configuration, when the POI passes through or is coincident with the vehicle target, and wherein the POI is based upon a point of aim or point of aim corrected to predict POI at the vehicle target range based upon one or more of ballistic information, range, absolute weapon and target velocities, relative weapon and target velocities, absolute weapon and target accelerations, relative weapon and target accelerations, angles between the weapon and the target and higher order derivatives of absolute and relative weapon motions. the weapon ; a controller for controlling the firing of the weapon; a sensor configured for identifying a thermal signature of engines of the vehicle target, and determining that a point of impact, POI, being between or in a certain proximity to these engines, is on the vehicle target; a component configured to be selectively placed in an enabled configuration; wherein the controller is configured to automatically enable firing when the weapon is enabled by an operator setting the component to said enabled configuration, when the POI passes through or is coincident with the vehicle target, and wherein the POI is based upon a point of aim or point of aim corrected to predict POI at the vehicle target range based upon one or more of ballistic information, range, absolute weapon and target velocities, relative weapon and target velocities, absolute weapon and target accelerations, relative weapon and target accelerations, angles between the weapon and the target and higher order derivatives of absolute and relative weapon motions.
Prefolded cardboard blank for folding closed packaging boxes of varying height and length, said blank comprising - a bottom panel , - two side panels , each joined to opposite edges of said bottom panel and - a first end panel joined with a first edge to said bottom panel , with a second edge to one of said side panels and with a third edge to the other one of said side panels such that the first end panel and the side panels when erected from the bottom panel form together with the bottom panel a box having an open top and an open side, - the first end panel having an end portion intended to form a first top panel , - each side panel having an end portion intended to form at least one second top panel and a corner panel , - the bottom panel having an end portion intended to form a second end panel and a third top panel ; said blank being characterized by each side panel having a crease line running at an angle of 45° upwards from a corner, where the edges of the respective side panel , the first end panel and the bottom panel meet. - a bottom panel , - two side panels , each joined to opposite edges of said bottom panel and - a first end panel joined with a first edge to said bottom panel , with a second edge to one of said side panels and with a third edge to the other one of said side panels such that the first end panel and the side panels when erected from the bottom panel form together with the bottom panel a box having an open top and an open side, - the first end panel having an end portion intended to form a first top panel , - each side panel having an end portion intended to form at least one second top panel and a corner panel , - the bottom panel having an end portion intended to form a second end panel and a third top panel ;
A heat exchanger comprising: a first manifold ; a second manifold separated from the first manifold; a plurality of heat exchange tube segments arranged in spaced parallel relationship and fluidly coupling the first manifold and the second manifold, each of the plurality of tube segments including at least a first heat exchanger tube and a second heat exchanger tube at least partially connected by a web extending there between, each of the plurality of heat exchange tube segments including a bend defining a first section of each of the heat exchanger tube segments and a second section of each of the heat exchange tube segments, characterised by the first section being arranged at an angle to the second section; a plurality of first fins extending from the first section of each of the heat exchange tube segments, and a plurality of second fins extending from the second section of each of the heat exchange tube segments. a first manifold ; a second manifold separated from the first manifold; a plurality of heat exchange tube segments arranged in spaced parallel relationship and fluidly coupling the first manifold and the second manifold, each of the plurality of tube segments including at least a first heat exchanger tube and a second heat exchanger tube at least partially connected by a web extending there between, each of the plurality of heat exchange tube segments including a bend defining a first section of each of the heat exchanger tube segments and a second section of each of the heat exchange tube segments, characterised by the first section being arranged at an angle to the second section; a plurality of first fins extending from the first section of each of the heat exchange tube segments, and a plurality of second fins extending from the second section of each of the heat exchange tube segments.
A transition piece for connecting a first component having at least three columns to a tower-shaped second component , wherein the transition piece can be arranged between the first component and the second component and comprises a connecting device for connecting the second component , wherein the transition piece is characterized by the following features: - the transition piece comprises at least three arcuate elements whose respective legs can be at least indirectly connected to the first component ; - the respective arcuate elements can be brought into direct contact with the second component by means of convex end portions arranged between the respective legs ; and - the convex end portions of the arcuate elements form a receiving region of the transition piece , and the second component can be introduced into this receiving region. - the transition piece comprises at least three arcuate elements whose respective legs can be at least indirectly connected to the first component ; - the respective arcuate elements can be brought into direct contact with the second component by means of convex end portions arranged between the respective legs ; and - the convex end portions of the arcuate elements form a receiving region of the transition piece , and the second component can be introduced into this receiving region.
A lighting device, comprising: a light-technical cover which is at least partially transparent, and at least one lighting means in the form of an LED , wherein the LED is arranged on a circuit board and is electrically contacted, and a lens body made of silicone, which is attached to a surface of the cover facing the LED , in particular is printed there, and is positioned opposite the LED such that light of the LED enters the lens body , wherein for positioning the lens body opposite the LED , a mechanical contact is formed between the lens body of the circuit board , or the circuit board and the LED , wherein a portion of the lens body engages with a projection in an opening of the circuit board , the opening is a through-hole, and the projection engages at the portion of the lens body through the through-hole in the direction of a housing portion of the lighting device, characterised in that the projection cooperates with the housing portion in a form-fitting manner. a light-technical cover which is at least partially transparent, and at least one lighting means in the form of an LED , wherein the LED is arranged on a circuit board and is electrically contacted, and a lens body made of silicone, which is attached to a surface of the cover facing the LED , in particular is printed there, and is positioned opposite the LED such that light of the LED enters the lens body , wherein for positioning the lens body opposite the LED , a mechanical contact is formed between the lens body of the circuit board , or the circuit board and the LED , wherein a portion of the lens body engages with a projection in an opening of the circuit board , the opening is a through-hole, and the projection engages at the portion of the lens body through the through-hole in the direction of a housing portion of the lighting device, characterised in that the projection cooperates with the housing portion in a form-fitting manner.
Device for the additive manufacture of a workpiece, the device having - a scanning unit , which is designed to direct a fusing beam onto a tracing point on a tracing surface ; - a light-field camera , which has a spatially resolving optical detector ; - an imaging unit , which is designed and arranged to image a subregion of the tracing surface at least two-dimensionally by means of the detector , wherein the detector is designed to generate at least one detector signal on the basis of the image of the subregion ; - a control unit , which is designed to activate the device to change a position of the subregion during the manufacture; and - an evaluating unit for the evaluation and/or processing of the at least one detector signal. - a scanning unit , which is designed to direct a fusing beam onto a tracing point on a tracing surface ; - a light-field camera , which has a spatially resolving optical detector ; - an imaging unit , which is designed and arranged to image a subregion of the tracing surface at least two-dimensionally by means of the detector , wherein the detector is designed to generate at least one detector signal on the basis of the image of the subregion ; - a control unit , which is designed to activate the device to change a position of the subregion during the manufacture; and - an evaluating unit for the evaluation and/or processing of the at least one detector signal.
A remote drive arrangement having a first and a second electric remote drive , the remote drives being mounted adjacent to each other on a top hat rail and each being configured for actuating a switching device of the electric installation mounted on the top hat rail separated laterally beside the remote drive having a shift lever, the remote drives each comprising a support element configured for a standard top-hat-rail mounting and having two actuators which can be controlled individually and alternatingly act on a displaceably mounted slider of the respective remote drive as opposing electromagnets , the slider having a passage for receiving a first lever arm of a rocker lever of the respective remote drive , and a carrier rail being mounted parallel to the long side of the top hat rail on a second lever arm of the rocker lever , a shift lever of the switching device disposed next to the remote drive engaging into the carrier rail to the side of the second lever arm , the rocker lever being pivotable about a rocker-lever rotational axis which extends parallel to the long side of the top hat rail and passes through a rotational point of the shift lever , the remote drive arrangement comprising a locking mechanism which prevents a simultaneous start-up of both remote drives by locking one of the two sliders via the remaining slider during its movement from an OFF position to an ON position.
A coated leather for medical applications, wherein the coating has at least two coating layers, characterised in that the leather ingredients are fixed, wherein the coating has a mass per unit area in a range from 300 to 600 g/m 2 .
A liquid delivery method for supplying a liquid from a nozzle inserted in a liquid delivery portion to a microchannel connected to the liquid delivery portion, the liquid delivery method comprising: a first step of supplying a first liquid into the microchannel ; a second step of collecting the first liquid supplied into the microchannel from within the microchannel ; a third step of dispensing a first amount of a second liquid into the liquid delivery portion in a state where the liquid delivery portion is not hermetically sealed; and a fourth step of dispensing a second amount of the second liquid into the liquid delivery portion in a state where the liquid delivery portion is hermetically sealed to supply the second liquid into the microchannel , wherein the liquid is supplied to the microchannel by inserting the nozzle into the liquid delivery portion through a hermetic seal attached to an opening of the liquid delivery portion. a first step of supplying a first liquid into the microchannel ; a second step of collecting the first liquid supplied into the microchannel from within the microchannel ; a third step of dispensing a first amount of a second liquid into the liquid delivery portion in a state where the liquid delivery portion is not hermetically sealed; and a fourth step of dispensing a second amount of the second liquid into the liquid delivery portion in a state where the liquid delivery portion is hermetically sealed to supply the second liquid into the microchannel , wherein the liquid is supplied to the microchannel by inserting the nozzle into the liquid delivery portion through a hermetic seal attached to an opening of the liquid delivery portion.