mhurhangee/patent-ind-claim-en huggingface dataset:
A method for spatial modelling of an interior of a vehicle , the method comprising: transmitting a wireless signal, from each of a plurality of transmitters (102a-c), each transmitter having a known location in the vehicle; receiving , by a plurality of receivers (104a-c), a plurality of reflection signals having been reflected in the interior of the vehicle, each receiver having a known location in the vehicle; for the received reflection signals, determining a source data set by determining multipath propagation components, Doppler shifts, phase shifts and time differences of the received reflection signals, wherein the source data set comprises the determined multipath propagation components, Doppler shifts, phase shifts and time differences of the received reflection signals; and determining a spatial model of at least a portion of the vehicle interior by applying a computer vision algorithm on the source data set. transmitting a wireless signal, from each of a plurality of transmitters (102a-c), each transmitter having a known location in the vehicle; receiving , by a plurality of receivers (104a-c), a plurality of reflection signals having been reflected in the interior of the vehicle, each receiver having a known location in the vehicle; for the received reflection signals, determining a source data set by determining multipath propagation components, Doppler shifts, phase shifts and time differences of the received reflection signals, wherein the source data set comprises the determined multipath propagation components, Doppler shifts, phase shifts and time differences of the received reflection signals; and determining a spatial model of at least a portion of the vehicle interior by applying a computer vision algorithm on the source data set.
A short circuit detection method, comprising: obtaining battery data associated with a state of a battery from a charging cycle of the battery; estimating an error in the battery data using an estimation model ; determining a state indicator corresponding to the error in the battery data ; and detecting a short circuit of the battery based on a result of comparing the state indicator and a short circuit threshold , characterized in that , in response to the state indicator being out of a confidence range, the detecting of the short circuit comprises: determining a difference indicator based on a difference between the state indicator and a previous state indicator of a previous charging cycle; and detecting the short circuit of the battery based on a result of comparing the difference indicator and a difference threshold, wherein the confidence range is between a positive confidence threshold and a negative confidence threshold. obtaining battery data associated with a state of a battery from a charging cycle of the battery; estimating an error in the battery data using an estimation model ; determining a state indicator corresponding to the error in the battery data ; and detecting a short circuit of the battery based on a result of comparing the state indicator and a short circuit threshold , characterized in that , in response to the state indicator being out of a confidence range, the detecting of the short circuit comprises: determining a difference indicator based on a difference between the state indicator and a previous state indicator of a previous charging cycle; and detecting the short circuit of the battery based on a result of comparing the difference indicator and a difference threshold, wherein the confidence range is between a positive confidence threshold and a negative confidence threshold. determining a difference indicator based on a difference between the state indicator and a previous state indicator of a previous charging cycle; and detecting the short circuit of the battery based on a result of comparing the difference indicator and a difference threshold, wherein the confidence range is between a positive confidence threshold and a negative confidence threshold.
An embedded sprinkler system , comprising : a sprinkler arm; a generator rotor directly mounted and integrated on the sprinkler arm; a generator stator enclosed around the generator rotor; and a printed circuit board housing enclosing the generator stator characterized in that the generator rotor is configured to capture a rotating movement of the sprinkler arm and convert the motion into energy for power generation. a sprinkler arm; a generator rotor directly mounted and integrated on the sprinkler arm; a generator stator enclosed around the generator rotor; and a printed circuit board housing enclosing the generator stator characterized in that the generator rotor is configured to capture a rotating movement of the sprinkler arm and convert the motion into energy for power generation.
An electronic device comprising: a printed circuit board, PCB, including a processor ; a display set including a window , a display and a display circuit board for controlling an image output through the display under control of the processor , wherein the display circuit board is disposed between the display and the PCB ; a first connector electrically connected to the PCB and comprising a plurality of socket contacts separated from each other; a second connector electrically connected to the display circuit board and comprising a plurality of header contacts separated from each other; and a bracket disposed between the display circuit board and the PCB , wherein the first connector and the second connector are connected through a through hole of the bracket ; wherein the processor is configured to detect an incomplete connection between the first connector and the second connector when an electric current does not flow between at least one preset contact among the plurality of socket contacts of the first connector and a preset header contact of the second connector , and to notify, through the display , in response to no electric current flow detected, a connection failure between the first connector and the second connector , and wherein the bracket has a plate shape, including a first side (4S1) configured for mounting of the display set and a second side (4S3) configured for mounting of the PCB , wherein the first side (4S1) and the second side (4S3) are formed in a groove shape for receiving the display set and the PCB respectively. a printed circuit board, PCB, including a processor ; a display set including a window , a display and a display circuit board for controlling an image output through the display under control of the processor , wherein the display circuit board is disposed between the display and the PCB ; a first connector electrically connected to the PCB and comprising a plurality of socket contacts separated from each other; a second connector electrically connected to the display circuit board and comprising a plurality of header contacts separated from each other; and a bracket disposed between the display circuit board and the PCB , wherein the first connector and the second connector are connected through a through hole of the bracket ; wherein the processor is configured to detect an incomplete connection between the first connector and the second connector when an electric current does not flow between at least one preset contact among the plurality of socket contacts of the first connector and a preset header contact of the second connector , and to notify, through the display , in response to no electric current flow detected, a connection failure between the first connector and the second connector , and wherein the bracket has a plate shape, including a first side (4S1) configured for mounting of the display set and a second side (4S3) configured for mounting of the PCB , wherein the first side (4S1) and the second side (4S3) are formed in a groove shape for receiving the display set and the PCB respectively.
A computer-implemented method for configuring a field programmable gate array (FPGA) based trusted execution environment (TEE) for use in a blockchain network, comprising: storing , by a blockchain node in the blockchain network, a device identifier (ID), a first random number, and a first encryption key in an FPGA device associated with the blockchain node; sending , by the blockchain node, an encrypted bitstream to the FPGA device, wherein the encrypted bitstream can be decrypted by the FPGA device using the first encryption key into a decrypted bitstream comprising a second random number; receiving , by the blockchain node, an encrypted message from the FPGA device, wherein the encrypted message is encrypted by the FPGA device using a second key, and wherein the second key is generated by the FPGA device using the device ID, the first random number, and the second random number; decrypting , by the blockchain node, the encrypted message from the FPGA device using a third key to produce a decrypted message, wherein the third key is pre-stored in the blockchain node; in response to decrypting the encrypted message using the third key: determining , by the blockchain node, a third random number embedded in the decrypted message; encrypting , by the blockchain node, one or more keys using the third random number; and sending , by the blockchain node, the one or more keys to the FPGA device. storing , by a blockchain node in the blockchain network, a device identifier (ID), a first random number, and a first encryption key in an FPGA device associated with the blockchain node; sending , by the blockchain node, an encrypted bitstream to the FPGA device, wherein the encrypted bitstream can be decrypted by the FPGA device using the first encryption key into a decrypted bitstream comprising a second random number; receiving , by the blockchain node, an encrypted message from the FPGA device, wherein the encrypted message is encrypted by the FPGA device using a second key, and wherein the second key is generated by the FPGA device using the device ID, the first random number, and the second random number; decrypting , by the blockchain node, the encrypted message from the FPGA device using a third key to produce a decrypted message, wherein the third key is pre-stored in the blockchain node; in response to decrypting the encrypted message using the third key: determining , by the blockchain node, a third random number embedded in the decrypted message; encrypting , by the blockchain node, one or more keys using the third random number; and sending , by the blockchain node, the one or more keys to the FPGA device. determining , by the blockchain node, a third random number embedded in the decrypted message; encrypting , by the blockchain node, one or more keys using the third random number; and sending , by the blockchain node, the one or more keys to the FPGA device.
A system for acoustically registering probes, comprising: a first acoustically registerable probe coupled to a medium , the first acoustically registerable probe comprising a transducer array configured to transmit first acoustic energy and to receive second acoustic energy; a second acoustically registerable probe coupled to the medium , the second acoustically registerable probe comprising a second transducer array configured to transmit the second acoustic energy and to receive the first acoustic energy; such that when the first acoustically registerable probe and the second acoustically registerable probe are in a field of view of each other acoustic communication therebetween is provided; and a position calibration module configured to determine positions of the first probe and the second probe based on times of flights and signal strengths of the first acoustic energy and the second acoustic energy; wherein the first acoustically registerable probe and the second acoustically registerable probe include bandwidths that share one or more frequencies to permit communication therebetween; and characterized in that the first and second probes are configured to iteratively send and receive acoustic energy with decremented field of view angles to identify a position of each other through the medium carrying the acoustic energy to register the first and second probes in a common coordinate system . a first acoustically registerable probe coupled to a medium , the first acoustically registerable probe comprising a transducer array configured to transmit first acoustic energy and to receive second acoustic energy; a second acoustically registerable probe coupled to the medium , the second acoustically registerable probe comprising a second transducer array configured to transmit the second acoustic energy and to receive the first acoustic energy; such that when the first acoustically registerable probe and the second acoustically registerable probe are in a field of view of each other acoustic communication therebetween is provided; and a position calibration module configured to determine positions of the first probe and the second probe based on times of flights and signal strengths of the first acoustic energy and the second acoustic energy; wherein the first acoustically registerable probe and the second acoustically registerable probe include bandwidths that share one or more frequencies to permit communication therebetween; and characterized in that the first and second probes are configured to iteratively send and receive acoustic energy with decremented field of view angles to identify a position of each other through the medium carrying the acoustic energy to register the first and second probes in a common coordinate system .
Panel support , comprising - a support base defining an open seat for housing the edge of the panel , - a device for regulating the inclination of the panel and locking the base thereof, interposed between the panel and the support base , comprising at least one lateral abutting unit comprising in turn • a block having a first side abutting onto a support shoulder defined on a respective inner side of the seat of said support base , and a second side inclined from the outside towards the bottom of said seat , • a wedge provided with a first face abutting on the panel and an opposing inclined second face , adapted to slide on said second inclined side of said block , • means for regulating the position of said wedge along the second inclined side of the block , by which, depending on the position, said wedge is more or less deeply inserted into said seat and presses more or less against the panel , with consequent regulation at least of the inclination of the panel, wherein the contact surface of said support shoulder of said seat with said block is curved, with the convexity turned towards said block and towards said panel , and wherein said block has a contact surface with said shoulder that is concave, with the concavity turned towards said shoulder . - a support base defining an open seat for housing the edge of the panel , - a device for regulating the inclination of the panel and locking the base thereof, interposed between the panel and the support base , comprising at least one lateral abutting unit comprising in turn • a block having a first side abutting onto a support shoulder defined on a respective inner side of the seat of said support base , and a second side inclined from the outside towards the bottom of said seat , • a wedge provided with a first face abutting on the panel and an opposing inclined second face , adapted to slide on said second inclined side of said block , • means for regulating the position of said wedge along the second inclined side of the block , by which, depending on the position, said wedge is more or less deeply inserted into said seat and presses more or less against the panel , with consequent regulation at least of the inclination of the panel, • a block having a first side abutting onto a support shoulder defined on a respective inner side of the seat of said support base , and a second side inclined from the outside towards the bottom of said seat , • a wedge provided with a first face abutting on the panel and an opposing inclined second face , adapted to slide on said second inclined side of said block , • means for regulating the position of said wedge along the second inclined side of the block , by which, depending on the position, said wedge is more or less deeply inserted into said seat and presses more or less against the panel , with consequent regulation at least of the inclination of the panel,
Coupling for fluids, comprising two coupling halves (10', 10"), male and female, which can be connected to one another in a positive locking manner, one male coupling half and one female coupling half (10") which act against one another by force-generating elements (11', 11"), wherein sealing members and sealing elements (12', 12") are provided on the two coupling halves (10', 10"), which seal the flow path of the fluid against the atmosphere, when the coupling halves (10', 10") are decoupled, wherein the sealing elements (12', 12") are designed as sliding pistons (120', 120") and rest in a sealing manner on the sealing members in a seating area, wherein radially acting seals (122', 122") are provided on the sliding pistons (120', 120") and/or the sealing members, which radially acting seals (122', 122") seal on the bordering seating areas of the sealing members and/or the sliding pistons (120', 120"), that the sealing members are designed as piston rods (121', 121"), characterized in that the sliding piston and the piston rod of the male coupling half are flush with the sliding piston (120") and the housing or the piston rod (121") of the female coupling half (10") formed there before sealing of the coupling begins by means of another radial seal (123") of the female coupling half (10") to minimize trapped air during coupling.
A protease comprising an amino acid sequence that is at least 98% identical over the total length thereof to the amino acid sequence shown in SEQ ID NO. 1 and, in the numbering according to SEQ ID NO. 1, has the amino acid substitution R99E or R99D in combination with the amino acid substitutions S3T, V4I and V1991, wherein the protease in washing and cleaning agents, compared to a protease according to SEQ ID NO. 1, has improved cleaning performance on at least one protease-sensitive stain.
A flow control apparatus for delivering fluid to a subject through tubing of a feeding set , comprising: housing capable of receiving at least a portion of the tubing of the feeding set; a pumping device configured to act on the feeding set to produce fluid flow in the feeding set for delivery of fluid to a subject; and an ultrasonic sensor arranged with respect to the pumping device and configured to sense the feeding set, the ultrasonic sensor including an ultrasonic emitter configured to emit an ultrasonic signal and an ultrasonic detector configured to detect the ultrasonic signal; characterized in that when the feeding set is received by the housing, a portion of the tubing of the feeding set is arranged to be disposed in a path of the ultrasonic signal such that the ultrasonic signal from the emitter is directed through the tubing of the feeding set, said portion of the tubing producing a signal detectable by the ultrasonic detector providing an indication of a condition of the feeding set; and a control circuit in communication with the ultrasonic sensor and configured to identify the feeding set based on the sensor signal received from the ultrasonic sensor, wherein the control circuit includes a memory containing a plurality of identities of feeding sets , the control circuit being configured to match the sensor signal with one of the plurality of stored identities and to control operation of the flow control apparatus based on one or more characteristics associated with the stored identity that matches the sensor signal. housing capable of receiving at least a portion of the tubing of the feeding set; a pumping device configured to act on the feeding set to produce fluid flow in the feeding set for delivery of fluid to a subject; and an ultrasonic sensor arranged with respect to the pumping device and configured to sense the feeding set, the ultrasonic sensor including an ultrasonic emitter configured to emit an ultrasonic signal and an ultrasonic detector configured to detect the ultrasonic signal; characterized in that when the feeding set is received by the housing, a portion of the tubing of the feeding set is arranged to be disposed in a path of the ultrasonic signal such that the ultrasonic signal from the emitter is directed through the tubing of the feeding set, said portion of the tubing producing a signal detectable by the ultrasonic detector providing an indication of a condition of the feeding set; and a control circuit in communication with the ultrasonic sensor and configured to identify the feeding set based on the sensor signal received from the ultrasonic sensor, wherein the control circuit includes a memory containing a plurality of identities of feeding sets , the control circuit being configured to match the sensor signal with one of the plurality of stored identities and to control operation of the flow control apparatus based on one or more characteristics associated with the stored identity that matches the sensor signal.
Rewinding machine comprising three rollers having axes parallel to one another and perpendicular to the advancing direction of the paper , wherein two lower and upper winding rollers collaborate with a third oscillable roller under pressure on a roll or log being formed, identifying a winding area , the paper being wound passing over the upper winding roller and the finished roll coming out from an outlet opening defined between the lower roller and the third roller , the cores for said rolls being fed one after the other by a conveyor and inserted by a thruster in a channel formed below the upper roller , characterised in that said lower and upper winding rollers are supported in rotation at the ends of their axes in a mobile manner and are associated with an actuator device for a translation in a direction parallel to a first straight line (X) joining the axes of the lower and upper winding rollers and symmetrical with respect to a growth straight line (Y) of the roll , wherein said growth straight line (Y) of the roll is arranged perpendicular to the first straight line (X) joining the two axes of the lower and upper winding rollers and equally spaced between them.
Indirect lighting system for lighting a passenger compartment of a vehicle (100;300), said lighting system comprising: - at least one reflective surface directed towards said passenger compartment , - at least one light source directed towards said reflective surface so that the light radiation emitted by said at least one source is reflected by said reflective surface and sent back towards said passenger compartment , and - at least one at least partially transparent or translucent partition placed opposite the reflective surface and through which the light radiation reflected by said reflective surface passes, said partition having a transparent or translucent central part and, on at least one of its sides, a lateral portion curved or folded towards the reflective surface ; characterized in that each curved or folded lateral portion of the partition has a transparency greater than the rest of said partition so that the partition provides stronger lighting at each curved or folded lateral portion . - at least one reflective surface directed towards said passenger compartment , - at least one light source directed towards said reflective surface so that the light radiation emitted by said at least one source is reflected by said reflective surface and sent back towards said passenger compartment , and - at least one at least partially transparent or translucent partition placed opposite the reflective surface and through which the light radiation reflected by said reflective surface passes, said partition having a transparent or translucent central part and, on at least one of its sides, a lateral portion curved or folded towards the reflective surface ;