mhurhangee/patent-ind-claim-en huggingface dataset:
A method for driving a parking brake of a vehicle (V) comprising a control line and a supplementary line suitable for being linked to a hydraulic braking system of a coupling, wherein the pressure is driven in the control line and in the supplementary line as a function of a setpoint applied to the parking brake between 0 and Cmax, said driving method being such that: - for a setpoint between 0 and C1, the pressure in the control line is zero, and the pressure in the supplementary line is kept at a constant non-zero value Psupp; - for a setpoint between C1 and C3, a braking pressure proportional to the setpoint is applied via the control line ; - for a setpoint between C2 and Cmax, the pressure in the supplementary line is zero; said values being such that 0 ≤ C1 < C2 ≤ Cmax, and 0 ≤ C1 < C3 ≤ Cmax. - for a setpoint between 0 and C1, the pressure in the control line is zero, and the pressure in the supplementary line is kept at a constant non-zero value Psupp; - for a setpoint between C1 and C3, a braking pressure proportional to the setpoint is applied via the control line ; - for a setpoint between C2 and Cmax, the pressure in the supplementary line is zero; said values being such that 0 ≤ C1 < C2 ≤ Cmax, and 0 ≤ C1 < C3 ≤ Cmax.
A laundry treatment apparatus comprising: a cabinet ; a drawer retractably provided in the cabinet; an accommodation unit disposed in the drawer and defining a space configured to receive water; a water supply channel connected to a water supply source and configured to supply washing water to the accommodation unit ; a body along which the water supply channel is provided, the body being rotatably supported by a support fixed to the cabinet , and a water discharge channel provided along the body and configured to discharge washing water from the accommodation unit to the outside of the cabinet, wherein the water discharge channel is configured to be an external water pipe supported by the body or to have an internal channel located inside the body, characterised in that the body includes a bar-shaped base and a base rotating shaft for rotatably connecting the base to the support ; wherein the free end of the base is movable along an arcuate orbit; a body guider provided in the cabinet and having an arcuate shape, the body guider being configured to guide a rotational movement of the body . a cabinet ; a drawer retractably provided in the cabinet; an accommodation unit disposed in the drawer and defining a space configured to receive water; a water supply channel connected to a water supply source and configured to supply washing water to the accommodation unit ; a body along which the water supply channel is provided, the body being rotatably supported by a support fixed to the cabinet , and a water discharge channel provided along the body and configured to discharge washing water from the accommodation unit to the outside of the cabinet, wherein the water discharge channel is configured to be an external water pipe supported by the body or to have an internal channel located inside the body, characterised in that the body includes a bar-shaped base and a base rotating shaft for rotatably connecting the base to the support ; wherein the free end of the base is movable along an arcuate orbit; a body guider provided in the cabinet and having an arcuate shape, the body guider being configured to guide a rotational movement of the body .
A clock synchronization method, performed by a server, comprising: receiving (S302) first time deviation information sent by a time synchronization comparison terminal, wherein the first time deviation information is acquired by the time synchronization comparison terminal through calculation according to a first external clock source and a first local clock source; receiving (S304) second time deviation information sent by a time synchronization reference terminal, wherein the second time deviation information is acquired by the time synchronization reference terminal through calculation according to a second external clock source and a second local clock source; calculating (S306) third time deviation information between the second time deviation information and the first time deviation information; and sending (S308) the third time deviation information to the time synchronization comparison terminal, wherein the third time deviation information is configured for adjusting a local clock of the time synchronization comparison terminal, to synchronize the local clock of the time synchronization comparison terminal with a local clock of the time synchronization reference terminal; and providing the adjusted local clock of the time synchronization comparison terminal to at least one access layer device. receiving (S302) first time deviation information sent by a time synchronization comparison terminal, wherein the first time deviation information is acquired by the time synchronization comparison terminal through calculation according to a first external clock source and a first local clock source; receiving (S304) second time deviation information sent by a time synchronization reference terminal, wherein the second time deviation information is acquired by the time synchronization reference terminal through calculation according to a second external clock source and a second local clock source; calculating (S306) third time deviation information between the second time deviation information and the first time deviation information; and sending (S308) the third time deviation information to the time synchronization comparison terminal, wherein the third time deviation information is configured for adjusting a local clock of the time synchronization comparison terminal, to synchronize the local clock of the time synchronization comparison terminal with a local clock of the time synchronization reference terminal; and providing the adjusted local clock of the time synchronization comparison terminal to at least one access layer device.
A computer controlled strawberry pre-processing system, comprising: a vision system for sequentially imaging strawberries, the vision system configured to detect the location of the calyx for removal; a calyx removal system for separating the calyx from the strawberry based on the detected location from the vision system; and a loading system including a water tank and conveyor system to remove strawberries from the water tank and transport the strawberries through the vision system and calyx removal system , the conveyor system configured to rotate the strawberries along at least a portion of the transportation through the vision system, and wherein the loading system comprises a frame including a track having an inclined section and a generally horizontal section, and a plurality of rods positioned along the track, the rods laterally movable from one end of the track to an opposing end of the track to laterally transport the strawberries through the pre-processing system. a vision system for sequentially imaging strawberries, the vision system configured to detect the location of the calyx for removal; a calyx removal system for separating the calyx from the strawberry based on the detected location from the vision system; and a loading system including a water tank and conveyor system to remove strawberries from the water tank and transport the strawberries through the vision system and calyx removal system , the conveyor system configured to rotate the strawberries along at least a portion of the transportation through the vision system, and wherein the loading system comprises a frame including a track having an inclined section and a generally horizontal section, and a plurality of rods positioned along the track, the rods laterally movable from one end of the track to an opposing end of the track to laterally transport the strawberries through the pre-processing system.
An input/output, I/O, boundary scan cell , comprising: an output path to route output signals from a first voltage domain and signals from a second voltage domain to an I/O pad operating in a pad voltage domain, the output path having a first level shifter to up shift the output signals from the first voltage domain or the second voltage domain to the pad voltage domain; an input path to receive input signals from the I/O pad, the input path having a second level shifter to down shift the input signals from the pad voltage domain to the second voltage domain; and test logic to test signals in the first voltage domain and the second voltage domain. an output path to route output signals from a first voltage domain and signals from a second voltage domain to an I/O pad operating in a pad voltage domain, the output path having a first level shifter to up shift the output signals from the first voltage domain or the second voltage domain to the pad voltage domain; an input path to receive input signals from the I/O pad, the input path having a second level shifter to down shift the input signals from the pad voltage domain to the second voltage domain; and test logic to test signals in the first voltage domain and the second voltage domain.
A homodimer of two compounds covalently linked together by an amide bond to a diphenic acid residue, the compounds both being of formula (I): wherein R 1 is H; R 2 is H; R 3 is CH 3 ; R 4 is H; R 5 is an amide of the formula -C(O)NR**R***, wherein R** is H and R*** is tert -butyl; R 6 along with R 7 together form the pyrrolidine ring of Pro, R 8 is H; n is 1; wherein Z is an amino terminus of an amino acid; -C=O- adjacent L is the carboxy terminus of an amino acid; and L along with Z and -C=O- is a peptide having the following formula: X y -X z -X 1 -X 2 -X 3 wherein X y is 3-aminomethyl-4-[4-(1-piperazinyl)-phenyl]-benzoic acid; X z is absent; X 1 is Leucine; X 2 is Asp; and X 3 is Thr; or a pharmaceutically acceptable salt thereof.
Transmission structure for an, in particular, serial/parallel hybrid vehicle having an internal combustion engine (VKM), a first, in particular generator-type, electric machine (EM1), and a second, in particular motor-type, electric machine (EM2), wherein a first electric machine shaft (W EM1 ) which is assigned to the first electric machine (EM1) can be driven via a first gearwheel set by a driveshaft (W VKM ) which can be driven by the internal combustion engine (VKM), and wherein a traction drive gearwheel (Z D ) of a differential gear (D) of the vehicle can be driven via a second gearwheel set by a second electric machine shaft (W EM2 ) which is assigned to the second electric machine (EM2), wherein the first gearwheel set has a ring gear (Z H ) with an internal toothing arrangement (Z HI ) and a spur gear (Z EM1 ) which engages in the internal toothing arrangement (Z HI ) of the ring gear (Z H ), wherein the transmission structure has an intermediate shaft (W ZW ), and wherein a gearwheel (Z EM2 ) which is connected effectively in terms of rotation to the second electric machine shaft (W EM2 ) engages in a first intermediate shaft gearwheel (Z ZW1 ) of the intermediate shaft (W ZM ), characterized in that a second intermediate shaft gearwheel (Z ZW2 ) of the intermediate shaft (W ZW ) engages in the traction drive gearwheel (Z D ) of the differential gear (D); in that the transmission structure has a parking lock (P), wherein the intermediate shaft (W ZW ) can be locked by means of the parking lock (P); in that the intermediate shaft (W ZW ) has a parking lock wheel; and in that the parking lock wheel is arranged between the first intermediate shaft gearwheel (Z ZW1 ) and the second intermediate shaft gearwheel (Z ZW2 ). characterized in that a second intermediate shaft gearwheel (Z ZW2 ) of the intermediate shaft (W ZW ) engages in the traction drive gearwheel (Z D ) of the differential gear (D); in that the transmission structure has a parking lock (P), wherein the intermediate shaft (W ZW ) can be locked by means of the parking lock (P); in that the intermediate shaft (W ZW ) has a parking lock wheel; and in that the parking lock wheel is arranged between the first intermediate shaft gearwheel (Z ZW1 ) and the second intermediate shaft gearwheel (Z ZW2 ).
A lithium-ion battery cell , comprising: at least two working electrodes (501, 502; 601, 602), each including an active material , an inert material, an electrolyte and a current collector ; a first separator region arranged between the at least two working electrodes to separate the at least two working electrodes so that none of the working electrodes are electronically connected within the cell; wherein the at least two working electrodes include a negative electrode and a positive electrode ; an auxiliary electrode ; a second separator region arranged between the auxiliary electrode and the at least two working electrodes (501, 502; 601, 602) to separate the auxiliary electrode from the working electrodes so that none of the working electrodes is electronically connected to the auxiliary electrode within the cell; and a battery management system configured to determine a rate of transfer of lithium from the auxiliary electrode to one of the working electrodes, and to the auxiliary electrode from the working electrodes; characterized in that : the auxiliary electrode is arranged such that a distal end of the negative electrode and a distal end of the positive electrode are each directly separated from the auxiliary electrode by the second separator region . at least two working electrodes (501, 502; 601, 602), each including an active material , an inert material, an electrolyte and a current collector ; a first separator region arranged between the at least two working electrodes to separate the at least two working electrodes so that none of the working electrodes are electronically connected within the cell; wherein the at least two working electrodes include a negative electrode and a positive electrode ; an auxiliary electrode ; a second separator region arranged between the auxiliary electrode and the at least two working electrodes (501, 502; 601, 602) to separate the auxiliary electrode from the working electrodes so that none of the working electrodes is electronically connected to the auxiliary electrode within the cell; and a battery management system configured to determine a rate of transfer of lithium from the auxiliary electrode to one of the working electrodes, and to the auxiliary electrode from the working electrodes; characterized in that : the auxiliary electrode is arranged such that a distal end of the negative electrode and a distal end of the positive electrode are each directly separated from the auxiliary electrode by the second separator region .
A diagnosis management server for managing a diagnosis result of a diagnosis target in a structural object , input via an input device , the diagnosis management server comprising; a memory that stores data of a development-view image of the structural object , wherein the development-view image is an image captured by a camera unit; and a processor configured to receive, from the input device , position coordinate data, height data and width data of a diagnosis region including a diagnosis target image representing the diagnosis target in the development-view image ; create an attachment image (atl) from the data of the development-view image stored in the memory based on the position coordinate data, the height data and the width data of the diagnosis region; attach the attachment image (atl) to a photograph ledger to create data of the photograph ledger; and transmit the created data of the photograph ledger to the input device . a memory that stores data of a development-view image of the structural object , wherein the development-view image is an image captured by a camera unit; and a processor configured to receive, from the input device , position coordinate data, height data and width data of a diagnosis region including a diagnosis target image representing the diagnosis target in the development-view image ; create an attachment image (atl) from the data of the development-view image stored in the memory based on the position coordinate data, the height data and the width data of the diagnosis region; attach the attachment image (atl) to a photograph ledger to create data of the photograph ledger; and transmit the created data of the photograph ledger to the input device .
An antenna module for use in a wireless communication system, the antenna module comprising: a first radiator configured to radiate a radio wave through an upper surface; a second radiator formed surrounding an outer periphery of the first radiator; a dielectric having an upper surface disposed under a lower surface of the first radiator, the dielectric being formed to fix the first radiator and the second radiator to be separated from each other based on a predetermined first length; a feeder having an upper surface disposed under a lower surface of the dielectric, the feeder being configured to couple an electrical signal to at least one of the first radiator or the second radiator through the dielectric; and a printed circuit board, PCB, electrically connected to the feeder by a conductive pattern and configured to supply the electrical signal to the feeder, wherein an one side surface of the second radiator facing the an outer periphery of the first radiator, wherein a part of the radio wave radiated by the first radiator is reflected by the one side surface of the second radiator and then radiated to an outside of the antenna module, wherein a height of an upper surface of the second radiator from an upper surface of the PCB is greater than a height of an upper surface of the first radiator from the upper surface of the PCB, and wherein a height difference between the first radiator and the second radiator is determined based on frequency characteristics of the radio wave radiated by the first radiator. a first radiator configured to radiate a radio wave through an upper surface; a second radiator formed surrounding an outer periphery of the first radiator; a dielectric having an upper surface disposed under a lower surface of the first radiator, the dielectric being formed to fix the first radiator and the second radiator to be separated from each other based on a predetermined first length; a feeder having an upper surface disposed under a lower surface of the dielectric, the feeder being configured to couple an electrical signal to at least one of the first radiator or the second radiator through the dielectric; and a printed circuit board, PCB, electrically connected to the feeder by a conductive pattern and configured to supply the electrical signal to the feeder, wherein an one side surface of the second radiator facing the an outer periphery of the first radiator, wherein a part of the radio wave radiated by the first radiator is reflected by the one side surface of the second radiator and then radiated to an outside of the antenna module, wherein a height of an upper surface of the second radiator from an upper surface of the PCB is greater than a height of an upper surface of the first radiator from the upper surface of the PCB, and wherein a height difference between the first radiator and the second radiator is determined based on frequency characteristics of the radio wave radiated by the first radiator.
A crusher adapted to crush feed materials, said crusher comprising: (a) a main frame ; (b) a secondary frame , said secondary frame being disposed adjacent to the main frame; (c) a crushing chamber , said crushing chamber being adapted to receive feed materials; (d) a tramp iron relief system , said tramp iron relief system comprising an inverted cylinder having a base end and a rod end which is closer to the main frame than the base end, and a cylinder rod , the cylinder having a retracted position where the cylinder rod is disposed near the base end and an extended position where the cylinder rod is disposed away from the base end ; wherein the tramp iron relief system is adapted to allow a portion of the secondary frame to move away from the main frame , and wherein the cylinder is disposed substantially adjacent to the secondary frame of the crusher, characterised in that the cylinder rod is extended to move the portion of the secondary frame away from the main frame . (a) a main frame ; (b) a secondary frame , said secondary frame being disposed adjacent to the main frame; (c) a crushing chamber , said crushing chamber being adapted to receive feed materials; (d) a tramp iron relief system , said tramp iron relief system comprising an inverted cylinder having a base end and a rod end which is closer to the main frame than the base end, and a cylinder rod , the cylinder having a retracted position where the cylinder rod is disposed near the base end and an extended position where the cylinder rod is disposed away from the base end ;
Dishwashing machine comprising a washing unit , a rinsing unit and a heat pump circuit in which a working fluid flows, wherein a washing chamber and a rinsing chamber are defined in said washing unit and in said rinsing unit , respectively, said heat pump circuit exchanging heat with a vapour flow (V) from said rinsing unit and/or from said washing unit , wherein said dishwashing machine further comprises a secondary heating circuit heating water in at least one of the washing unit and the rinsing unit for treating dishware in said dishwashing machine by means of a secondary fluid circulating in said secondary heating circuit , said secondary heating circuit comprising a secondary heat exchange unit thermally coupled with said heat pump circuit for heating said secondary fluid.