mhurhangee/patent-ind-claim-en huggingface dataset:
A construction machine, comprising: a lower-part traveling body that performs a traveling operation; an upper-part turning body turnably mounted on the lower-part traveling body ; a drive system mounted on the upper-part turning body , the drive system including a controller and an engine ; a sensor related to the drive system, the sensor being provided on the upper-part turning body ; an operator's cab mounted on the upper-part turning body ; a plurality of image capturing devices mounted on the upper-part turning body ; and a display unit mounted in the operator's cab to simultaneously display operating information regarding an operating condition and an image including at least one of captured images captured with the plurality of image capturing devices , wherein the operating information includes a state quantity detected by the sensor, characterized in that the display unit is configured to change at least one of a display position of the operating information and the displayed image, in response to an operation of a single changeover switch , and wherein the state quantity is displayed constantly up to and from a time of the operation of the single changeover switch without being hidden by the displayed image including the at least one of captured images captured with the plurality of image capturing devices . a lower-part traveling body that performs a traveling operation; an upper-part turning body turnably mounted on the lower-part traveling body ; a drive system mounted on the upper-part turning body , the drive system including a controller and an engine ; a sensor related to the drive system, the sensor being provided on the upper-part turning body ; an operator's cab mounted on the upper-part turning body ; a plurality of image capturing devices mounted on the upper-part turning body ; and a display unit mounted in the operator's cab to simultaneously display operating information regarding an operating condition and an image including at least one of captured images captured with the plurality of image capturing devices ,
A medical apparatus for deployment within an anatomical blood vessel comprising: - a first tubular wall , - a second tubular wall , wherein the second tubular wall is within the first tubular wall and oriented in a same direction as the first tubular wall , and - a constricting element configured to constrict a circumference of a portion of the second tubular wall without constricting a circumference of the first tubular wall ; wherein the constriction provides the second tubular wall with a radial neck section configured to reduce an effective diameter of the anatomical blood vessel when the medical apparatus is deployed therein, characterized in that the constricting element comprises a loop section , wherein the circumference of the loop section and accordingly the neck section can be adjusted. - a first tubular wall , - a second tubular wall , wherein the second tubular wall is within the first tubular wall and oriented in a same direction as the first tubular wall , and - a constricting element configured to constrict a circumference of a portion of the second tubular wall without constricting a circumference of the first tubular wall ; wherein the constriction provides the second tubular wall with a radial neck section configured to reduce an effective diameter of the anatomical blood vessel when the medical apparatus is deployed therein, characterized in that the constricting element comprises a loop section , wherein the circumference of the loop section and accordingly the neck section can be adjusted.
A tempering system for use in connection with a storage unit , said tempering system being provided with a tempering unit associated with a storage volume for tempering a flow of gaseous medium passing through said tempering unit in order to maintain said flow at a defined or set temperature, said tempering unit comprising an internal heat exchanger arranged in said flow of gaseous medium, said tempering system being provided with a refrigerant circuit comprising said internal heat exchanger , an external heat exchanger exposed to ambient air, as well as a compressor unit for compressing refrigerant, and said tempering system being further provided with an engine for driving said compressor unit in an independent power source mode, and said tempering system being provided with an electric motor/generator unit mechanically coupled to said compressor unit , characterized in that said compressor unit and said motor/generator unit are commonly driven by said engine used for powering said tempering system only, and that a clutch unit is provided for coupling or decoupling said engine and said commonly driven compressor unit and motor/generator unit.
A data synchronization method, comprising: generating (S401, S603), by a slave device, a hardware synchronization signal, if a first data packet received by the slave device from a master device during a current Bluetooth low energy, BLE, connection interval is a new data packet, wherein the hardware synchronization signal is a synchronization signal generated by a pure hardware circuit; performing (S402, S604), by the slave device, data synchronization with the master device at a data synchronization time through triggering by the hardware synchronization signal, if the data synchronization time of the slave device with the master device is a preset time in the current BLE connection interval. generating (S401, S603), by a slave device, a hardware synchronization signal, if a first data packet received by the slave device from a master device during a current Bluetooth low energy, BLE, connection interval is a new data packet, wherein the hardware synchronization signal is a synchronization signal generated by a pure hardware circuit; performing (S402, S604), by the slave device, data synchronization with the master device at a data synchronization time through triggering by the hardware synchronization signal, if the data synchronization time of the slave device with the master device is a preset time in the current BLE connection interval.
A method for communication, the method comprising: in a transimpedance amplifier, TIA, circuit comprising: a first TIA , a second TIA , a third TIA , and a fourth TIA , wherein the second and fourth TIA are replicas of the third TIA, the first TIA comprising a fixed feedback resistance and the second, third, and fourth TIAs each comprising a configurable feedback impedance, a control loop comprising a gain stage with inputs coupled to outputs of the first and second TIAs and with an output coupled to the configurable feedback impedance of the second, third, and fourth TIAs, and a second gain stage with an output of the third TIA coupled to a first input of the second gain stage and an output of the fourth TIA coupled to a second input of the second gain stage, wherein an input of the fourth TIA is open: configuring a reference voltage (Ref) at the output of the first TIA based on the fixed feedback resistance and on a reference current applied at an input to the first TIA and supplied by a digital to analog converter, DAC; configuring a gain level of the second, third and fourth TIAs based on a control voltage (V g ) generated by the gain stage ; and amplifying a received electrical current at the input of the third TIA to generate a pseudo-differential output voltage between the output of the third TIA and the output of the fourth TIA . in a transimpedance amplifier, TIA, circuit comprising: a first TIA , a second TIA , a third TIA , and a fourth TIA , wherein the second and fourth TIA are replicas of the third TIA, the first TIA comprising a fixed feedback resistance and the second, third, and fourth TIAs each comprising a configurable feedback impedance, a control loop comprising a gain stage with inputs coupled to outputs of the first and second TIAs and with an output coupled to the configurable feedback impedance of the second, third, and fourth TIAs, and a second gain stage with an output of the third TIA coupled to a first input of the second gain stage and an output of the fourth TIA coupled to a second input of the second gain stage, wherein an input of the fourth TIA is open: a control loop comprising a gain stage with inputs coupled to outputs of the first and second TIAs and with an output coupled to the configurable feedback impedance of the second, third, and fourth TIAs, and a second gain stage with an output of the third TIA coupled to a first input of the second gain stage and an output of the fourth TIA coupled to a second input of the second gain stage, wherein an input of the fourth TIA is open: configuring a reference voltage (Ref) at the output of the first TIA based on the fixed feedback resistance and on a reference current applied at an input to the first TIA and supplied by a digital to analog converter, DAC; configuring a gain level of the second, third and fourth TIAs based on a control voltage (V g ) generated by the gain stage ; and amplifying a received electrical current at the input of the third TIA to generate a pseudo-differential output voltage between the output of the third TIA and the output of the fourth TIA .
A receiver for use in a wireless communication system to receive signals transmitted over a wireless channel , the receiver comprising: a plurality of antennas ; a plurality of radio-frequency, RF, chains coupled the plurality of antennas , each RF chain includes a one-bit analog-to-digital converter, ADC, configured to convert each measurement of an analog signal received by the antenna into one bit of information representing a result of a comparison of the measurement with a randomly selected threshold to produce a sequence of bits and a corresponding sequence of thresholds, wherein each bit in the sequence of bits represents a relative value of the measurement of the analog signal with respect to a threshold from the corresponding sequence of thresholds; a processor coupled to the plurality of RF chains and configured to estimate at least some parameters of the wireless channel using the sequences of bits and the corresponding sequences of thresholds received from the plurality of RF chains; and a random-number generator, characterized in that the random-number generator is configured to generate a random number within a predetermined range, the processor is configured to select the randomly selected threshold, based on the random number, for each time step, the processor is configured to select different thresholds for at least some different RF chains, and the parameters of the wireless channel estimated by the processor include a two-dimensional channel matrix including angles-of-departure, angles-of-arrival, and channel path spreads. a plurality of antennas ; a plurality of radio-frequency, RF, chains coupled the plurality of antennas , each RF chain includes a one-bit analog-to-digital converter, ADC, configured to convert each measurement of an analog signal received by the antenna into one bit of information representing a result of a comparison of the measurement with a randomly selected threshold to produce a sequence of bits and a corresponding sequence of thresholds, wherein each bit in the sequence of bits represents a relative value of the measurement of the analog signal with respect to a threshold from the corresponding sequence of thresholds; a processor coupled to the plurality of RF chains and configured to estimate at least some parameters of the wireless channel using the sequences of bits and the corresponding sequences of thresholds received from the plurality of RF chains; and a random-number generator, characterized in that the random-number generator is configured to generate a random number within a predetermined range, the processor is configured to select the randomly selected threshold, based on the random number, for each time step, the processor is configured to select different thresholds for at least some different RF chains, and the parameters of the wireless channel estimated by the processor include a two-dimensional channel matrix including angles-of-departure, angles-of-arrival, and channel path spreads.
A method performed by a wireless device for handover, the method comprising: receiving a first handover message from a source network node associated with a source cell, the first handover message comprising an identification of a target cell and access information associated with the target cell, wherein the target cell is different than the source cell and wherein the target cell comprises one or more beams and the access information comprises beam related information, the access information comprising common random access configuration information associated with the one or more beams of the target cell and dedicated random access configuration information associated with the one or more beams of the target cell; and accessing the target cell using at least one beam of the target cell from among the one or more beams of the target cell based on the identification of the target cell and the access information from the first handover message. receiving a first handover message from a source network node associated with a source cell, the first handover message comprising an identification of a target cell and access information associated with the target cell, wherein the target cell is different than the source cell and wherein the target cell comprises one or more beams and the access information comprises beam related information, the access information comprising common random access configuration information associated with the one or more beams of the target cell and dedicated random access configuration information associated with the one or more beams of the target cell; and accessing the target cell using at least one beam of the target cell from among the one or more beams of the target cell based on the identification of the target cell and the access information from the first handover message.
Electric contactor with, - of a first connection lug , - a second connection lug electrically insulated from the first connection lug, the first and second connection lugs each having at least one recess in a contact region arranged within a guide housing , - an actuator (6 for driving a contact element , - the contact element being arranged in a guide housing between the actuator and the contact region of the connecting lugs and being displaceable by the actuator from an open position, in which the connecting lugs are insulated from one another, into a closed position, in which the connecting lugs are electrically connected to one another via the contact element, the contact element being received in the recesses of the connecting lugs in the closed position, characterized in that - during the displacement the contact element is guided in the direction of displacement simultaneously in the respective recesses of the two connecting lugs - wherein in the closed position a press fit is formed between the contact element and the connection lugs such that upon contacting between the contact element and the connection lugs the contacting surface is at least partially freed from dirt or passivation and - the contact element is formed in at least one contact region, in which it is held in the recesses in the closed position, as a flat part, wherein the shape of the contact region is essentially complementary to the recesses of the connecting lugs. - of a first connection lug , - a second connection lug electrically insulated from the first connection lug, the first and second connection lugs each having at least one recess in a contact region arranged within a guide housing , - an actuator (6 for driving a contact element , - the contact element being arranged in a guide housing between the actuator and the contact region of the connecting lugs and being displaceable by the actuator from an open position, in which the connecting lugs are insulated from one another, into a closed position, in which the connecting lugs are electrically connected to one another via the contact element, the contact element being received in the recesses of the connecting lugs in the closed position, - during the displacement the contact element is guided in the direction of displacement simultaneously in the respective recesses of the two connecting lugs - wherein in the closed position a press fit is formed between the contact element and the connection lugs such that upon contacting between the contact element and the connection lugs the contacting surface is at least partially freed from dirt or passivation and - the contact element is formed in at least one contact region, in which it is held in the recesses in the closed position, as a flat part, wherein the shape of the contact region is essentially complementary to the recesses of the connecting lugs.
A compound having the following Formula (I) or a pharmaceutically acceptable salt thereof: wherein, R 2 , R 3 are each independently hydrogen; R 1 is hydrogen or C 1-3 alkyl; Ar is an aromatic ring or an aromatic heterocyclic ring selected from the group consisting of a naphthalene ring, a pyridine ring, a thiophene ring, a furan ring and a substituted benzene ring; wherein, the substituted benzene ring has the following structural formula: wherein R 4 , R 5 , R 6 , R 7 and R 8 are independently selected from the group consisting of hydrogen, halogen, hydroxy, nitro, cyano and phenyl, C 1-7 alkyl, C 1-3 alkoxy, C 1-3 alkoxy optionally substituted by halogen, C 1-3 alkyl optionally substituted by halogen; or R 6 and R 7 form a ring, and form the following structural formula: wherein, n is an integer of 1, 2, 3 or 4; A 1 and A 2 are each independently selected from the group consisting of oxygen, carbon and nitrogen atom. R 2 , R 3 are each independently hydrogen; R 1 is hydrogen or C 1-3 alkyl; Ar is an aromatic ring or an aromatic heterocyclic ring selected from the group consisting of a naphthalene ring, a pyridine ring, a thiophene ring, a furan ring and a substituted benzene ring; wherein, the substituted benzene ring has the following structural formula: wherein R 4 , R 5 , R 6 , R 7 and R 8 are independently selected from the group consisting of hydrogen, halogen, hydroxy, nitro, cyano and phenyl, C 1-7 alkyl, C 1-3 alkoxy, C 1-3 alkoxy optionally substituted by halogen, C 1-3 alkyl optionally substituted by halogen; or R 6 and R 7 form a ring, and form the following structural formula: wherein, n is an integer of 1, 2, 3 or 4; A 1 and A 2 are each independently selected from the group consisting of oxygen, carbon and nitrogen atom.
A warning device for a vehicle comprising: a vehicle speed detector that detects a vehicle speed (V); a vibration wave generator that generates a warning vibration wave having a frequency that varies with the vehicle speed (V) detected by the vehicle speed detector ; and a vibration applying device that applies a warning vibration corresponding to the warning vibration wave to a steering member , based on the warning vibration wave generated by the vibration wave generator , characterized in that , the vibration wave generator generates, for each of a plurality of vehicle conditions determined in advance, a warning vibration wave having a frequency that varies with the vehicle speed (V) detected by the vehicle speed detector , the frequency at an identical vehicle speed being different for each vehicle condition, wherein, when a plurality of vehicle conditions have simultaneously arisen, a plurality of warning vibration waves corresponding to each of the vehicle conditions having simultaneously arisen are generated, and warning vibrations corresponding to the warning vibration waves are applied to the steering member. a vehicle speed detector that detects a vehicle speed (V); a vibration wave generator that generates a warning vibration wave having a frequency that varies with the vehicle speed (V) detected by the vehicle speed detector ; and a vibration applying device that applies a warning vibration corresponding to the warning vibration wave to a steering member , based on the warning vibration wave generated by the vibration wave generator , characterized in that , the vibration wave generator generates, for each of a plurality of vehicle conditions determined in advance, a warning vibration wave having a frequency that varies with the vehicle speed (V) detected by the vehicle speed detector , the frequency at an identical vehicle speed being different for each vehicle condition, wherein, when a plurality of vehicle conditions have simultaneously arisen, a plurality of warning vibration waves corresponding to each of the vehicle conditions having simultaneously arisen are generated, and warning vibrations corresponding to the warning vibration waves are applied to the steering member.
A method to facilitate user equipment, UE, handover within a packet data communication system, the method comprising: determining, at a source relay node, that the UE is to undergo a handover from the source relay node to a target node; sending, by the source relay node, a first request to a gateway serving the UE, wherein the sending is performed responsive to the determination that the UE is to undergo the handover, and wherein the first request is configured to cause the gateway serving the UE to store packet data addressed to the UE; sending, by the source relay node, a handover request message to the target node; sending, by the target node, a second request to the gateway serving the UE after the target node transmits a handover request acknowledgement message to the source relay node in response to the handover request message, wherein the second request is configured to cause the gateway serving the UE to forward the stored packet data to the target node, before a synchronization between the UE and the target node; and receiving, from the gateway serving the UE by the target node, the stored packet data for wirelessly transmitting to the UE, before the synchronization, wherein packet data addressed to the UE is transmitted from the gateway serving the UE to the source relay node. determining, at a source relay node, that the UE is to undergo a handover from the source relay node to a target node; sending, by the source relay node, a first request to a gateway serving the UE, wherein the sending is performed responsive to the determination that the UE is to undergo the handover, and wherein the first request is configured to cause the gateway serving the UE to store packet data addressed to the UE; sending, by the source relay node, a handover request message to the target node; sending, by the target node, a second request to the gateway serving the UE after the target node transmits a handover request acknowledgement message to the source relay node in response to the handover request message, wherein the second request is configured to cause the gateway serving the UE to forward the stored packet data to the target node, before a synchronization between the UE and the target node; and receiving, from the gateway serving the UE by the target node, the stored packet data for wirelessly transmitting to the UE, before the synchronization, wherein packet data addressed to the UE is transmitted from the gateway serving the UE to the source relay node.
A protection device for the ischial, perineal and urogenital area of a user , characterized in that it comprises: - a folding main body , which is shaped substantially like a parallelogram and the internal surface of which is stably associated with multiple paddings which are separated by a plurality of dividing segments , - two elastically extendable straps , which are stably associated at a first end thereof with said main body , - at least one means for temporary interconnection, which is associated detachably with a second end of one of said straps . - a folding main body , which is shaped substantially like a parallelogram and the internal surface of which is stably associated with multiple paddings which are separated by a plurality of dividing segments , - two elastically extendable straps , which are stably associated at a first end thereof with said main body , - at least one means for temporary interconnection, which is associated detachably with a second end of one of said straps .