mhurhangee/patent-ind-claim-en huggingface dataset:
A motion assistance system for a wheelchair comprising: a mounting mechanism attachable to one or more structural elements of the wheelchair ; a drive linkage pivotable with respect to the mounting mechanism ; a drive wheel mounted to an end of the drive linkage such that the drive wheel contacts the ground when installed on the wheelchair , the drive wheel comprising a plurality of lateral rollers positioned radially about the circumference of the drive wheel ; wherein the lateral rollers are rotatable about an axis tangential to the circumference of the drive wheel ; a motor for driving the drive wheel ; and a remote braking system that assists with turning and braking the wheelchair . a mounting mechanism attachable to one or more structural elements of the wheelchair ; a drive linkage pivotable with respect to the mounting mechanism ; a drive wheel mounted to an end of the drive linkage such that the drive wheel contacts the ground when installed on the wheelchair , the drive wheel comprising a plurality of lateral rollers positioned radially about the circumference of the drive wheel ; wherein the lateral rollers are rotatable about an axis tangential to the circumference of the drive wheel ; a motor for driving the drive wheel ; and a remote braking system that assists with turning and braking the wheelchair .
A method, comprising: coating a plurality of quantum dots with one or more insulating layers; dispensing the coated quantum dots in a sheet; and installing the coated quantum dots sheet as a remote component in an light emitting diode (LED) lighting or electronic display device, wherein after coating the plurality of quantum dots with one or more insulating layers and before dispensing the coated quantum dots in a sheet, treating the coated quantum dots with a base, or mixing the coated quantum dots with a polymer, or mixing the coated quantum dots with a polymer and a base, and wherein dispensing the coated quantum dots in a sheet comprises dispensing a varying concentration of coated quantum dots across the sheet. coating a plurality of quantum dots with one or more insulating layers; dispensing the coated quantum dots in a sheet; and installing the coated quantum dots sheet as a remote component in an light emitting diode (LED) lighting or electronic display device, wherein after coating the plurality of quantum dots with one or more insulating layers and before dispensing the coated quantum dots in a sheet, treating the coated quantum dots with a base, or mixing the coated quantum dots with a polymer, or mixing the coated quantum dots with a polymer and a base, and wherein dispensing the coated quantum dots in a sheet comprises dispensing a varying concentration of coated quantum dots across the sheet.
A control device configured to control an object to be controlled, the control device comprising: a main storage device configured to store a user program and one or more program packages in a nonvolatile manner, the one or more program packages each storing one or more versions of programs that are executed in cooperation with the user program, and the main storage device configured to store model information about a model name of hardware of the control device ; a main memory configured to arrange the user program and the programs of the program packages ; and a processor configured to execute software including a package management module that manages the program packages , wherein the package management module is configured to perform a deployment process for selecting, from the one or more program packages , a package to be deployed based on the model information and a version of the user program, and arranging, from the package to be deployed, a version of a program compatible with the version of the user program in the main memory , wherein the package management module is configured to acquire the model information from the main storage device . a main storage device configured to store a user program and one or more program packages in a nonvolatile manner, the one or more program packages each storing one or more versions of programs that are executed in cooperation with the user program, and the main storage device configured to store model information about a model name of hardware of the control device ; a main memory configured to arrange the user program and the programs of the program packages ; and a processor configured to execute software including a package management module that manages the program packages , wherein the package management module is configured to perform a deployment process for selecting, from the one or more program packages , a package to be deployed based on the model information and a version of the user program, and arranging, from the package to be deployed, a version of a program compatible with the version of the user program in the main memory , wherein the package management module is configured to acquire the model information from the main storage device .
A rubber toothed belt comprising: a belt main body comprising a plurality of tooth portions provided at predetermined intervals along a longitudinal direction of the belt and comprising a first rubber composition, a back portion integrated with the tooth portions and comprising a second rubber composition, and a core wire embedded in the back portion in the longitudinal direction; and a tooth cloth covering surfaces of the tooth portions , wherein the first rubber composition forming the tooth portions comprises a composite polymer comprising a hydrogenated nitrile rubber and an unsaturated carboxylic acid metal salt in a mass ratio of the former/the later = 100/80 to 100/180, and comprises, with respect to 100 parts by mass of the composite polymer, 3 parts by mass to 50 parts by mass of a zinc oxide, 10 parts by mass or less of a reinforcing filler, 5 parts by mass or less of short fibers , and 1 part by mass to 5 parts by mass of an organic peroxide, and characterized in that the first rubber composition further comprises 3 parts by mass to 50 parts by mass of a non-reinforcing filler, wherein the non-reinforcing filler is at least one kind selected from the group consisting of a polyvalent metal carbonate, a polyvalent metal hydroxide, a polyvalent metal sulfate, and a silicate. a belt main body comprising a plurality of tooth portions provided at predetermined intervals along a longitudinal direction of the belt and comprising a first rubber composition, a back portion integrated with the tooth portions and comprising a second rubber composition, and a core wire embedded in the back portion in the longitudinal direction; and a tooth cloth covering surfaces of the tooth portions , wherein the first rubber composition forming the tooth portions comprises a composite polymer comprising a hydrogenated nitrile rubber and an unsaturated carboxylic acid metal salt in a mass ratio of the former/the later = 100/80 to 100/180, and comprises, with respect to 100 parts by mass of the composite polymer, 3 parts by mass to 50 parts by mass of a zinc oxide, 10 parts by mass or less of a reinforcing filler, 5 parts by mass or less of short fibers , and 1 part by mass to 5 parts by mass of an organic peroxide, and characterized in that the first rubber composition further comprises 3 parts by mass to 50 parts by mass of a non-reinforcing filler, wherein the non-reinforcing filler is at least one kind selected from the group consisting of a polyvalent metal carbonate, a polyvalent metal hydroxide, a polyvalent metal sulfate, and a silicate.
Method for producing small bores in work pieces by using an electron beam , in which a) the work piece is placed onto an underlay , which releases a gas when energy is supplied; and b) the electron beam is directed onto the work piece until it reaches the underlay ; characterized in that c) at least one operating parameter selected from the following group of parameters is changed: beam diameter, beam current, pulse duration, beam focusing, relative deviation of the electron beam from an equipment axis , path velocity of the electron beam over the work piece and energy per unit length; wherein d) the change within a beam pulse is carried out such that the manner in which the energy is introduced varies and that, by this variation, a correspondingly different melting of material of the work piece is made possible, so that bores with a bore wall deviating from a cylinder shape are produced. a) the work piece is placed onto an underlay , which releases a gas when energy is supplied; and b) the electron beam is directed onto the work piece until it reaches the underlay ;
An electric heater comprising - at least one armored tubular cartridge comprising at least one PTC resistor therein; and - a block of aluminum , or alloys thereof; characterised in that the block of aluminium is overmolded by die-casting around said at least one armored tubular cartridge ; wherein a coating layer in plastic material is provided, overmolded around said block of aluminum . - at least one armored tubular cartridge comprising at least one PTC resistor therein; and - a block of aluminum , or alloys thereof; characterised in that the block of aluminium is overmolded by die-casting around said at least one armored tubular cartridge ; wherein a coating layer in plastic material is provided, overmolded around said block of aluminum .
A method for establishing a classic Bluetooth connection between dual-mode Bluetooth devices, comprising: receiving , by a first dual-mode Bluetooth device, a Bluetooth low energy advertising packet sent by a second dual-mode Bluetooth device, determining , by the first dual-mode Bluetooth device, a status of the classic Bluetooth of the second dual-mode Bluetooth device according to the Bluetooth low energy advertising packet; and prompting , by the first dual-mode Bluetooth device according to the status of the classic Bluetooth of the second dual-mode Bluetooth device, a user to operate the first dual-mode Bluetooth device or the second dual-mode Bluetooth device, so as to establish a classic Bluetooth connection between the first dual-mode Bluetooth device and the second dual-mode Bluetooth device; wherein the status of the classic Bluetooth of the second dual-mode Bluetooth device comprises at least one of a searchable status of the classic Bluetooth of the second dual-mode Bluetooth device, a connectable status of the classic Bluetooth of the second dual-mode Bluetooth device, and a status of a connection between another Bluetooth device and the classic Bluetooth of the second dual-mode Bluetooth device. receiving , by a first dual-mode Bluetooth device, a Bluetooth low energy advertising packet sent by a second dual-mode Bluetooth device, determining , by the first dual-mode Bluetooth device, a status of the classic Bluetooth of the second dual-mode Bluetooth device according to the Bluetooth low energy advertising packet; and prompting , by the first dual-mode Bluetooth device according to the status of the classic Bluetooth of the second dual-mode Bluetooth device, a user to operate the first dual-mode Bluetooth device or the second dual-mode Bluetooth device, so as to establish a classic Bluetooth connection between the first dual-mode Bluetooth device and the second dual-mode Bluetooth device; wherein the status of the classic Bluetooth of the second dual-mode Bluetooth device comprises at least one of a searchable status of the classic Bluetooth of the second dual-mode Bluetooth device, a connectable status of the classic Bluetooth of the second dual-mode Bluetooth device, and a status of a connection between another Bluetooth device and the classic Bluetooth of the second dual-mode Bluetooth device.
Plant for handling cardboard reels for feeding tube-forming machines, comprising a reel pick-up station (P) for superimposed cardboard reels , a station (U) for unwinding the reels comprising at least an unwinding unit (UU) adapted to support the reels to be unwound in a position which favors their unwinding, in the unwinding station (U) being also provided splice means configured to splice a tail portion (TY) of a running out reel with a new reel to continuously unwind the reels progressively arranged in the unwinding station (U), and handling means (D) for moving the reels along a path comprised between the reel pick-up station (P) and the unwinding station (U), wherein said at least one unwinding unit (UU) comprises a plurality of supports (403; 404) mounted on a structure (G) that is controlled and moved by control means (CU) for cyclically arranging said supports in correspondence with a plurality of operating positions that include a predetermined position (W) for loading the reels on the supports and a different predetermined position (Y) of exhaustion of the reels, in that said reel pick-up station (P) is configured to receive a stack of superimposed cardboard reels , and wherein said means (D) for handling the reels are configured and controlled for picking up one reel at a time from the stack and move this reel from the pick-up station (P) to a support (403; 404) of said at least one unwinding unit (UU) arranged in the loading position (W), characterized in that said structure (G) is a carousel structure with a vertical axis.
Method performed by a system of a communications network for transmission of a synchronous data stream having a bitrate determined by a clock frequency, over an asynchronous packet data network between a transmitter node and a receiver node , the method characterized by comprising: - packaging (S100), by the transmitter node, the synchronous data stream into data packets, wherein the size of the data packet payload is varied, allowing the clock frequency of the synchronous data stream of a synchronous communications unit being indicated, - transmitting (S110), by the transmitter node, the data packets onto the asynchronous packet data network with a fixed packet rate defined by a first clock frequency which corresponds to the average distance in time between two consecutive data packets transmitted onto the asynchronous packet data network, which is independent of the bitrate of the synchronous data stream, - receiving (S120), by the receiver node , the data packets from the asynchronous packet data network , - detecting (S130), by the receiver node , the fixed packet rate, and based on the fixed packet rate, - regenerating (S140), by the receiver node , the first clock frequency by detection of a distance in time between two consecutive data packets received from the asynchronous packet data network, and - reading, by the receiver node, data of the received data packets with a second clock frequency, which second clock frequency is adapted such that the amount of data stacked at the receiver node is more or less constant. - packaging (S100), by the transmitter node, the synchronous data stream into data packets, wherein the size of the data packet payload is varied, allowing the clock frequency of the synchronous data stream of a synchronous communications unit being indicated, - transmitting (S110), by the transmitter node, the data packets onto the asynchronous packet data network with a fixed packet rate defined by a first clock frequency which corresponds to the average distance in time between two consecutive data packets transmitted onto the asynchronous packet data network, which is independent of the bitrate of the synchronous data stream, - receiving (S120), by the receiver node , the data packets from the asynchronous packet data network , - detecting (S130), by the receiver node , the fixed packet rate, and based on the fixed packet rate, - regenerating (S140), by the receiver node , the first clock frequency by detection of a distance in time between two consecutive data packets received from the asynchronous packet data network, and - reading, by the receiver node, data of the received data packets with a second clock frequency, which second clock frequency is adapted such that the amount of data stacked at the receiver node is more or less constant.
A method of determining a risk of a human offspring for developing an autism spectrum disorder (ASD) comprising identifying in a biological sample from the mother or potential mother of the offspring the presence of maternal antibodies that bind to a collapsin response mediator protein 1 (CRMP1) biomarker, wherein the presence of maternal antibodies that bind to the CRMPl biomarker indicates an increased risk of the offspring for developing an ASD.
A method of switching a memristive device , comprising: applying a first current ramp of a first polarity to the memristive device ; applying the first current ramp simultaneously and in parallel to a reference resistor (Rref) of a target value; comparing a voltage across the memristive device with a voltage across the reference resistor; monitoring a resistance of the memristive device during the first current ramp; and removing the first current ramp when the resistance of the memristive device reaches the target value by bypassing the first current ramp via a shunt transistor (M4). applying a first current ramp of a first polarity to the memristive device ; applying the first current ramp simultaneously and in parallel to a reference resistor (Rref) of a target value; comparing a voltage across the memristive device with a voltage across the reference resistor; monitoring a resistance of the memristive device during the first current ramp; and removing the first current ramp when the resistance of the memristive device reaches the target value by bypassing the first current ramp via a shunt transistor (M4).
Kite system having a kite and a tether , wherein the tether extends between the kite and a tow point on the ground, wherein a predetermined breaking point is formed between the kite and the tether , characterized in that a catching device bridges the predetermined breaking point .
A system for reducing overpressure caused by an explosion of a vapor cloud , comprising: one or more sensors operable to detect the explosion of the vapor cloud; and characterised by one or more igniters operable to ignite the vapor cloud at one or more locations after the explosion of the vapor cloud is detected, wherein each of the one or more igniters provides a discrete combustion zone, and each combustion zone forms a discrete pressure wave, thereby reducing overpressure caused by the explosion of the vapor cloud. one or more sensors operable to detect the explosion of the vapor cloud; and characterised by one or more igniters operable to ignite the vapor cloud at one or more locations after the explosion of the vapor cloud is detected, wherein each of the one or more igniters provides a discrete combustion zone, and each combustion zone forms a discrete pressure wave, thereby reducing overpressure caused by the explosion of the vapor cloud.
A method of data processing based on smart contract, implemented by an endorsement node in a blockchain network, comprising: determining a current endorsement time based on a generating time point of the previous block in an endorsement blockchain during calling a time-dependent smart contract (S110); and preprocessing a current transaction processing request based on the current endorsement time to obtain an endorsement processing result, to enable a node other than the endorsement node in the blockchain network to process the current transaction processing request based on the endorsement processing result (S120); wherein the determining the current endorsement time based on the generating time point of the previous block in the endorsement blockchain (S110) comprises: determining a generating time point of the current block in the endorsement blockchain based on the generating time point of the previous block in the endorsement blockchain and a block generating time interval; and determining the generating time point of the current block in the endorsement blockchain as the current endorsement time. determining a current endorsement time based on a generating time point of the previous block in an endorsement blockchain during calling a time-dependent smart contract (S110); and preprocessing a current transaction processing request based on the current endorsement time to obtain an endorsement processing result, to enable a node other than the endorsement node in the blockchain network to process the current transaction processing request based on the endorsement processing result (S120); wherein the determining the current endorsement time based on the generating time point of the previous block in the endorsement blockchain (S110) comprises: determining a generating time point of the current block in the endorsement blockchain based on the generating time point of the previous block in the endorsement blockchain and a block generating time interval; and determining the generating time point of the current block in the endorsement blockchain as the current endorsement time. determining a generating time point of the current block in the endorsement blockchain based on the generating time point of the previous block in the endorsement blockchain and a block generating time interval; and determining the generating time point of the current block in the endorsement blockchain as the current endorsement time.
A method for HARQ link layer protocol synchronization for an uplink transmission between a transmitter and a receiver in a wireless communication system, the method comprising: - transmitting a first protocol data unit in response to a received explicit scheduling grant, - receiving a HARQ feedback message for the transmitted first protocol data unit, - transmitting a subsequent second protocol data unit distinct from the first protocol data unit in response to a subsequent explicit scheduling grant received in addition to the HARQ feedback message, wherein the subsequent explicit scheduling grant indicates to the transmitter to be authorized for transmitting the second protocol data unit, and - re-transmitting the first protocol data unit in absence of receiving a subsequent explicit scheduling grant upon interpreting the HARQ feedback message as a negative acknowledgement for the transmitted first protocol data unit. - transmitting a first protocol data unit in response to a received explicit scheduling grant, - receiving a HARQ feedback message for the transmitted first protocol data unit, - transmitting a subsequent second protocol data unit distinct from the first protocol data unit in response to a subsequent explicit scheduling grant received in addition to the HARQ feedback message, wherein the subsequent explicit scheduling grant indicates to the transmitter to be authorized for transmitting the second protocol data unit, and - re-transmitting the first protocol data unit in absence of receiving a subsequent explicit scheduling grant upon interpreting the HARQ feedback message as a negative acknowledgement for the transmitted first protocol data unit.