mhurhangee/ep-ind-claims huggingface dataset:
A handheld tool driven by a motor so as to rotate and having a light sensor and a control unit, wherein the light sensor detects light, in particular a laser beam, incident radially or transversely to an axis of rotation of the handheld tool and interacts with the control unit in such a way that the control unit switches off a rotary drive of the handheld tool when light impinges the light sensor radially or transversely to the axis of rotation of the handheld tool, characterized in that the control unit switches off the rotary drive depending on the direction of rotation.
Communication method between a brake booster of a vehicle and an ESP control unit of the vehicle, wherein a signal is coupled into a brake fluid, is transported between the brake booster and the ESP control unit via a brake line filled with the brake fluid and is decoupled from the brake fluid again, characterized in that the signal is transported on the brake line by being coupled into the brake fluid when a failure of a parallel communication path over a communication bus of the vehicle is detected.
A stretchable super-capacitor, comprising: a first current collector and a second current collector that each include an active material (40a, 44a), the second current collector being arranged on the first current collector; and a separator between the first and second current collectors, the separator including an electrolyte, and each of the separator, the first current collector, and the second current collector including an elastic polymer layer, characterized in that at least one of the elastic polymer layer of the first current collector and the elastic polymer layer of the second current collector has a 3-dimensional nano-pore structure in which the active material is absorbed. a first current collector and a second current collector that each include an active material (40a, 44a), the second current collector being arranged on the first current collector; and a separator between the first and second current collectors, the separator including an electrolyte, and each of the separator, the first current collector, and the second current collector including an elastic polymer layer, characterized in that at least one of the elastic polymer layer of the first current collector and the elastic polymer layer of the second current collector has a 3-dimensional nano-pore structure in which the active material is absorbed.
Method for controlling at least one switch, comprising: - supplying, by a transmitter module and from a first square pulse signal, representative of the desired state of said switch and cycles of which are repeated at a switching frequency, second square pulse signals (S2-i) all having a same frequency, greater than the switching frequency, said second signals having between them at least one phase shift, the value of which depends on the state of the first signal; - transmitting said second signals through capacitive elements (242-i) delivering phase-shifted signals; - receiving, by a receiver module, phase-shifted signals (S3-i) reproducing said at least one phase shift; - verifying, by the receiver module, a valid or invalid state of said at least one phase shift, a valid state corresponding to an error-free transmitting of the phase-shifted signals (S3-i) through the capacitive elements (242-i); - obtaining and storing, when the state of said at least one phase shift is valid, a value from said phase-shifted signals, said value being representative of the desired state of said at least one switch; and - applying, to said at least one switch, the representative value obtained if the state of said at least one phase shift is valid or the stored representative value if the state of said at least one phase shift is invalid. - supplying, by a transmitter module and from a first square pulse signal, representative of the desired state of said switch and cycles of which are repeated at a switching frequency, second square pulse signals (S2-i) all having a same frequency, greater than the switching frequency, said second signals having between them at least one phase shift, the value of which depends on the state of the first signal; - transmitting said second signals through capacitive elements (242-i) delivering phase-shifted signals; - receiving, by a receiver module, phase-shifted signals (S3-i) reproducing said at least one phase shift; - verifying, by the receiver module, a valid or invalid state of said at least one phase shift, a valid state corresponding to an error-free transmitting of the phase-shifted signals (S3-i) through the capacitive elements (242-i); - obtaining and storing, when the state of said at least one phase shift is valid, a value from said phase-shifted signals, said value being representative of the desired state of said at least one switch; and - applying, to said at least one switch, the representative value obtained if the state of said at least one phase shift is valid or the stored representative value if the state of said at least one phase shift is invalid.
A composition comprising the following components: a) an olefin block copolymer; b) a tackifier; c) an ethylene-based polymer with a density from 0.90 g/cc to 0.94 g/cc; and d) an oil; wherein the composition has a density from 0.850 g/cc to 0.925 g/cc. a) an olefin block copolymer; b) a tackifier; c) an ethylene-based polymer with a density from 0.90 g/cc to 0.94 g/cc; and d) an oil; wherein the composition has a density from 0.850 g/cc to 0.925 g/cc.
A golf club comprising: a shaft and a head with a ball-striking face; a grip connectable with the shaft, the grip comprises a gripping member having a base portion extending longitudinally along a portion of the gripping member adapted to engage both palms when held by hands of a user, the base portion being arranged at a rear side of the grip relative to a direction of extension of the ball-striking face of the head, and at least two substantially flat side portions extending from said base portion; wherein the gripping member comprises a substantially constant cross-section as defined by the base portion and the two substantially flat side portions along a longitudinal length of the gripping member, wherein the base portion comprises a curved surface, and wherein the at least two substantially flat side portions are inclined towards one another, such that when the base portion is engaged by the palms of the user during a holding, fingers of the user's hands are guided to rest on the at least two substantially flat inclined side portions to thereby reduce or restrict mobility of joints at the user's hands and arms. a shaft and a head with a ball-striking face; a grip connectable with the shaft, the grip comprises a gripping member having a base portion extending longitudinally along a portion of the gripping member adapted to engage both palms when held by hands of a user, the base portion being arranged at a rear side of the grip relative to a direction of extension of the ball-striking face of the head, and at least two substantially flat side portions extending from said base portion; wherein the gripping member comprises a substantially constant cross-section as defined by the base portion and the two substantially flat side portions along a longitudinal length of the gripping member, wherein the base portion comprises a curved surface, and wherein the at least two substantially flat side portions are inclined towards one another, such that when the base portion is engaged by the palms of the user during a holding, fingers of the user's hands are guided to rest on the at least two substantially flat inclined side portions to thereby reduce or restrict mobility of joints at the user's hands and arms.
Turret mooring system arranged for receiving a mooring buoy, the turret mooring system comprising a turret mooring structure, a mooring buoy and a buoy locking system for locking the mooring buoy, wherein the buoy locking system comprises at least one locking device, which in a first support frame comprises a locking dog and a further structural element, the first support frame being connected to the turret mooring structure; wherein the further structural element is arranged in the first support frame at a different vertical level than the level of the locking dog and, the locking dog is rotatable around a horizontal shaft in the first support frame between an open and a closed position; the locking dog in the clamping position being arranged for clamping a top ring portion of the mooring buoy to the turret mooring structure, and wherein a top part of the mooring buoy to be received in the turret mooring structure, comprises the top ring portion provided with a first abutment surface and a second abutment surface placed at a distance from and in parallel with the first abutment surface; the locking dog is arranged for engagement with the first abutment surface provided on the top ring portion of the mooring buoy; wherein the further structural element is arranged to engage the surface of the mooring buoy, characterised in that the further structural element is an upper centering dog positioned above a level of the locking dog, wherein the centering dog is rotatable around a further horizontal shaft in the first support frame between an open and a clamping position; the centering dog having a supporting surface which when rotating from the open to the clamping position, is arranged to perform a translation in a horizontal direction for pushing the top ring portion of a received mooring buoy radially, wherein the locking dog is arranged to rotate around the horizontal shaft to a clamping position after the centering dog has reached the clamping position, the locking device further comprises an engagement member and the engagement member is arranged for engagement with the second abutment surface of the mooring buoy, wherein a distance between the locking dog in closed position and the engagement member corresponds with the distance between the second abutment surface and the first abutment surface on the mooring buoy.
A base station (21-24; 31-34) that performs wireless communication with a mobile station using a plurality of cells configured to be grouped so as to comprise a plurality of groups of cells, the base station comprising: wireless communication circuitry configured to transmit a first control signal that is a Timing Advanced Command, TAC, including a first field and a second field, the first field comprising first information indicating an amount of adjustment that causes the mobile station to adjust a transmission timing of the mobile station for a Timing Advance Group, TAG, having one or more cells, the second field configured to store second information identifying the TAG among the plurality of groups of cells, and transmit a second control signal that is a Radio Resource Control, RRC, message including third information indicating whether the second information to be applied to the mobile station is set in the second field of the first control signal; and a controller configured to adjust the transmission timing of the mobile station for the one or more cells belonging to the TAG specified by the second information, using the first information obtained from the first control signal, when a unique identifier for the TAG having the one or more cells is set in the third information. wireless communication circuitry configured to transmit a first control signal that is a Timing Advanced Command, TAC, including a first field and a second field, the first field comprising first information indicating an amount of adjustment that causes the mobile station to adjust a transmission timing of the mobile station for a Timing Advance Group, TAG, having one or more cells, the second field configured to store second information identifying the TAG among the plurality of groups of cells, and transmit a second control signal that is a Radio Resource Control, RRC, message including third information indicating whether the second information to be applied to the mobile station is set in the second field of the first control signal; and transmit a first control signal that is a Timing Advanced Command, TAC, including a first field and a second field, the first field comprising first information indicating an amount of adjustment that causes the mobile station to adjust a transmission timing of the mobile station for a Timing Advance Group, TAG, having one or more cells, the second field configured to store second information identifying the TAG among the plurality of groups of cells, and transmit a second control signal that is a Radio Resource Control, RRC, message including third information indicating whether the second information to be applied to the mobile station is set in the second field of the first control signal; and a controller configured to adjust the transmission timing of the mobile station for the one or more cells belonging to the TAG specified by the second information, using the first information obtained from the first control signal, when a unique identifier for the TAG having the one or more cells is set in the third information.
Household appliance with a control arrangement with a transmit element for generating transmit radiation, a receive element for detecting receive radiation (L') and with a single radiation conduction element, which is arranged movably so that as a function of a position of a control element of the household appliance, a transmission of the transmit radiation from the transmit element in the direction of the receive element as receive radiation (L') is changed, wherein the transmit element and the receive element are arranged on the same side of the radiation conduction element, the control arrangement also has an evaluation facility, which is coupled to the receive element and is designed to generate a control signal for the household appliance as a function of the detected receive radiation (L'), and wherein the household appliance is designed so that as a function of the control signal an operating mode of the household appliance is set, characterised in that a number of pairs of transmit and receive elements (2, 3) are assigned to the control element, the radiation conduction element travels across the pairs of transmit and receive elements (2, 3) upon actuation of the control element, so that it is identified across which of the number of pairs of transmit and receive elements (2, 3) the radiation conduction element is present.
A pressurized air supply unit (1; 1') for an aircraft, comprising: • a load compressor (30; 30') configured to supply pressurized air, the load compressor (30; 30') comprising a compressor shaft (23; 23'); • a gas generator configured to supply power via an output shaft; • a gearbox; • an electric motor, the electric motor being coupled to said compressor shaft (23; 23') via the gearbox; and • a coupling system configured to enable the output shaft to drive the compressor shaft (23; 23') and to prevent the compressor shaft (23; 23') from driving the output shaft, the output shaft and the compressor shaft being arranged coaxially. • a load compressor (30; 30') configured to supply pressurized air, the load compressor (30; 30') comprising a compressor shaft (23; 23'); • a gas generator configured to supply power via an output shaft; • a gearbox; • an electric motor, the electric motor being coupled to said compressor shaft (23; 23') via the gearbox; and • a coupling system configured to enable the output shaft to drive the compressor shaft (23; 23') and to prevent the compressor shaft (23; 23') from driving the output shaft,
A highly efficient antiangiogenesis agent, which is a polypeptide selected from the group consisting of terminally modified by low molecular weight heparin, or polyvinylpyrrolidone, or palmitic acid, or colominic acid, or polysialic acid.
A motor drive unit, comprising: a motor drive circuit that drives a motor by controlling on/off of current; a control unit generating a drive command signal for driving the motor, wherein the control unit outputs the drive command signal for a motor drive command time T1; a current feedback circuit that comprises a current detection resistor and a comparator connected in series with the motor and outputs a comparison output signal based on a comparison between a current detection signal of a motor current and a target value signal; a latch circuit that latches a current detection result based on the drive command signal and the comparison output signal after a predetermined time T2 to reach a target current set by the target value signal during normal operation; and a gate circuit for driving the motor drive circuit based on the drive command signal and a latch output signal output from the latch circuit, wherein the control unit detects a failure of a current feedback system comprising the current feedback circuit and the latch circuit by detecting an inversion of the latch output signal inputted to the control unit when the predetermined time T2 to reach a target current is less than the motor drive command time T1. a motor drive circuit that drives a motor by controlling on/off of current; a control unit generating a drive command signal for driving the motor, wherein the control unit outputs the drive command signal for a motor drive command time T1; a current feedback circuit that comprises a current detection resistor and a comparator connected in series with the motor and outputs a comparison output signal based on a comparison between a current detection signal of a motor current and a target value signal; a latch circuit that latches a current detection result based on the drive command signal and the comparison output signal after a predetermined time T2 to reach a target current set by the target value signal during normal operation; and a gate circuit for driving the motor drive circuit based on the drive command signal and a latch output signal output from the latch circuit, wherein the control unit detects a failure of a current feedback system comprising the current feedback circuit and the latch circuit by detecting an inversion of the latch output signal inputted to the control unit when the predetermined time T2 to reach a target current is less than the motor drive command time T1.
A glaucocalyxin A derivative, or a pharmaceutically acceptable salt thereof, or a pharmaceutical composition comprising the glaucocalyxin A derivative or the pharmaceutically acceptable salt thereof for use in treating psoriasis, wherein the glaucocalyxin A derivative is a compound of formula I: wherein R 1 and R 2 are independently hydrogen, amino, alkyl, alkenyl, aryl, or heteroaryl.
A method of controlling an internal combustion engine having a plurality of cylinders, wherein actuators of the internal combustion engine are actuable in crank angle-dependent relationship and/or sensor signals of the internal combustion engine can be ascertained in crank angle-dependent relationship, for compensation of a torsion of a crankshaft, by which torsion deviations in the crank angle occur between a twisted and an untwisted condition of the crankshaft, wherein for at least two of the cylinders a cylinder-individual and crank angle-resolved value of the angle deviation (Δφ i) is ascertained and the crank angle-dependent actuator or sensor signals are corrected in dependence on the detected angle deviation (Δφ i), characterised in that the cylinder individual and crank angle-resolved value of the angle deviation (Δφ i) is calculated, wherein for calculation of the cylinder individual and crank angle-resolved value of the angle deviation (Δφ i) the geometrical spacing of the individual cylinders from the drive output side of the crankshaft, which is assumed to be fixedly clamped, and the firing spacing of the cylinders is taken into consideration.
A frame of an image forming apparatus, comprising: a bottom plate provided at a bottom of said frame; first to third installing portions, provided at least at three places of said bottom plate, configured to install the image forming apparatus; a first recessed portion, provided on said bottom plate, extended from said first installing portion toward an inside of said bottom plate; a second recessed portion, provided on said bottom plate, extended from said second installing portion toward the inside of said bottom plate and connecting with said first recessed portion; a third recessed portion, provided on said bottom plate, extended from said third installing portion toward the inside of said bottom plate and connecting with said first recessed portion and said second recessed portion; characterized in that a reinforcing member, configured to reinforce said bottom plate, fixed to a first region sandwiched between said first recessed portion and said second recessed portion, a second region sandwiched between said second recessed portion and said third recessed portion and a third region sandwiched between said third recessed portion and said first recessed portion, so as to cover a connecting region (γ') where said first recessed portion, said second recessed portion, and said third recessed portion connect with each other, an area of said reinforcing member is smaller than an area of said bottom plate. a bottom plate provided at a bottom of said frame; first to third installing portions, provided at least at three places of said bottom plate, configured to install the image forming apparatus; a first recessed portion, provided on said bottom plate, extended from said first installing portion toward an inside of said bottom plate; a second recessed portion, provided on said bottom plate, extended from said second installing portion toward the inside of said bottom plate and connecting with said first recessed portion; a third recessed portion, provided on said bottom plate, extended from said third installing portion toward the inside of said bottom plate and connecting with said first recessed portion and said second recessed portion; characterized in that a reinforcing member, configured to reinforce said bottom plate, fixed to a first region sandwiched between said first recessed portion and said second recessed portion, a second region sandwiched between said second recessed portion and said third recessed portion and a third region sandwiched between said third recessed portion and said first recessed portion, so as to cover a connecting region (γ') where said first recessed portion, said second recessed portion, and said third recessed portion connect with each other, an area of said reinforcing member is smaller than an area of said bottom plate.
A driver information method in a motor vehicle, wherein an image of the surroundings is recorded in each case by two side cameras, which are attached to the motor vehicle on opposing sides of the motor vehicle, in each case at a recording position located a long way forward on the motor vehicle, and are oriented substantially perpendicular to the travel direction of the motor vehicle, said image of the surroundings containing a recording region arranged substantially laterally with respect to the motor vehicle, and wherein on a display unit visible by the driver of the motor vehicle, a display image is output, which comprises an, if appropriate, graphically prepared, preferably substantially photo-realistic, reproduction of the image of the environment, wherein, based on distance signals of at least one ultrasound-based parking assistance system, an obstructed view situation is detected, in which an obstructed lateral view of the driver is to be assumed, and wherein the simultaneous output of the two display images only takes place temporarily in the case of an obstructed lateral view and is started automatically upon the detection of the obstructed view situation.