mhurhangee/patent-ind-claim-en huggingface dataset:
An electric power steering apparatus for assisting steering of a motor vehicle by conferring torque generated by an electric motor to a steering mechanism , the apparatus comprising: - a steering controller , which receives signals representative of at least the torque (T TS ) applied to a steering wheel and determining a target motor torque (T d ), with a microcontroller unit, MCU , and a watchdog, WD ; - a motor controller comprising an inverter which transforms from target motor torque (T d ) generated target voltages (U1) into motor currents (I1), characterized in that the WD comprises a memory in which state variables of the MCU are stored and a timer which monitors a blackout time of the MCU , wherein the MCU and WD are linked via a communication bus and a reset line . - a steering controller , which receives signals representative of at least the torque (T TS ) applied to a steering wheel and determining a target motor torque (T d ), with a microcontroller unit, MCU , and a watchdog, WD ; - a motor controller comprising an inverter which transforms from target motor torque (T d ) generated target voltages (U1) into motor currents (I1),
A medication delivery device for determining both an amount of a dose set and an amount of a dose delivered by operation of the medication delivery device, comprising: a first member ; a second member rotatable relative to the first member; a third member rotatable relative to the first member during dose setting in proportion to the amount of a dose set by operation of the medication delivery device; a fourth member rotatable relative to the first member during dose delivery in proportion to the amount of a dose delivered by operation of the medication delivery device; the second member being rotationally coupled with the third member and not the fourth member during dose setting to rotate with the third member during dose setting, the second member being rotationally coupled with the fourth member and not the third member during dose delivery to rotate with the fourth member during dose delivery; a first sensor component secured with the first member; and a second sensor component secured with the second member; one of the first and second sensor components being a sensor and the other of the sensor components being a target ; the sensor being operable during dose setting to detect rotation of the target relative to the sensor and to generate at least one first output correlated thereto, and the sensor being operable during dose delivery to detect rotation of the target relative to the sensor and to generate at least one second output correlated thereto. a first member ; a second member rotatable relative to the first member; a third member rotatable relative to the first member during dose setting in proportion to the amount of a dose set by operation of the medication delivery device; a fourth member rotatable relative to the first member during dose delivery in proportion to the amount of a dose delivered by operation of the medication delivery device; the second member being rotationally coupled with the third member and not the fourth member during dose setting to rotate with the third member during dose setting, the second member being rotationally coupled with the fourth member and not the third member during dose delivery to rotate with the fourth member during dose delivery; a first sensor component secured with the first member; and a second sensor component secured with the second member; one of the first and second sensor components being a sensor and the other of the sensor components being a target ; the sensor being operable during dose setting to detect rotation of the target relative to the sensor and to generate at least one first output correlated thereto, and the sensor being operable during dose delivery to detect rotation of the target relative to the sensor and to generate at least one second output correlated thereto.
A motor drive system comprising: a motor including two three-phase winding sets , wherein each three-phase winding set is connected to a respective three-phase three-level inverter ; wherein DC current from a first three-phase winding set of the motor is driven to a first inverter ; wherein DC current from a second three-phase winding set of the motor is driven to a second inverter which is shifted by 180 degrees with respect to the first three-phase winding set; and characterized in that : DC current from the first inverter is driven to an EMI filter , wherein a falling edge of each inverter-switching transient is identical; wherein the EMI filter is connected to both of the first three-phase winding set and the second three-phase winding set. a motor including two three-phase winding sets , wherein each three-phase winding set is connected to a respective three-phase three-level inverter ; wherein DC current from a first three-phase winding set of the motor is driven to a first inverter ; wherein DC current from a second three-phase winding set of the motor is driven to a second inverter which is shifted by 180 degrees with respect to the first three-phase winding set; and characterized in that : DC current from the first inverter is driven to an EMI filter , wherein a falling edge of each inverter-switching transient is identical; wherein the EMI filter is connected to both of the first three-phase winding set and the second three-phase winding set. DC current from the first inverter is driven to an EMI filter , wherein a falling edge of each inverter-switching transient is identical; wherein the EMI filter is connected to both of the first three-phase winding set and the second three-phase winding set.
A buffer device for being installed in the area of a truck loading station, in particular a loading ramp , comprising a loading opening in order to absorb energy when coming into contact with a truck rear end driving backward against the truck loading station, the buffer device comprising at least one damping assembly extending along a longitudinal axis (L) and a width axis (B) perpendicular thereto and having a contact surface for absorbing forces from a truck rear end, the damping assembly being disposed on a front of a support plate comprising two preferably parallel side edges spaced apart from each other along the width axis (B), the support plate having a rear mounting side opposite the front , the rear mounting side preferably being parallel to the front , at least one rod-shaped stiffening element being disposed on, preferably bonded to, the support plate , the stiffening element extending along the longitudinal axis (L) and serving to prevent plastic deformation along a depth axis (T), which is perpendicular to the width axis (B) and the longitudinal axis (L), and the stiffening element protruding over the front of the support plate in the forward direction along the depth axis (T) and being recessed along the depth axis (T) relative to the contact surface of the damping assembly , characterized in that the rod-shaped stiffening element is aligned with the longitudinal axis.
Method of improving a performance parameter in a horse, wherein said performance parameter is chosen from increase in lean muscle mass, reduction in lactic acid, increase in workload tolerance, and faster recuperation after workload, wherein said method comprises administering to said horse a composition formulated to provide 0.1 to 10 mg/150 kg subject/day of n-glycolylneuraminic acid.
A gas turbine engine exhaust arrangement comprising: a probe ; a turbine housing extending around a central axis and having a first probe boss ; an exhaust case surrounding the turbine housing and having a second probe boss aligned with the first probe boss , the probe extending through the first probe boss and the second probe boss ; and a cavity radially between the turbine housing and the exhaust case , characterised in that the gas turbine exhaust arrangement further comprises: a probe heat shield having a first and a second mating portion axially slidably fitted one over the other along the central axis and around the probe in the cavity , the first mating portion provided on a radially outer surface of the turbine housing , the second mating portion projecting radially inwardly from the exhaust case into the cavity . a probe ; a turbine housing extending around a central axis and having a first probe boss ; an exhaust case surrounding the turbine housing and having a second probe boss aligned with the first probe boss , the probe extending through the first probe boss and the second probe boss ; and a cavity radially between the turbine housing and the exhaust case , characterised in that the gas turbine exhaust arrangement further comprises: a probe heat shield having a first and a second mating portion axially slidably fitted one over the other along the central axis and around the probe in the cavity , the first mating portion provided on a radially outer surface of the turbine housing , the second mating portion projecting radially inwardly from the exhaust case into the cavity .
Conjugate of general formula (I): in which: - A represents monomethyl auristatin E (MMAE), - L represents a maleimidocaproyl unit, - G comprises and preferably represents a glucuronyl radical, - Y represents H, or an electron-withdrawing radical, in particular chosen from NO 2 , CF 3 and a halogen, - R 1 and R 2 represent, independently of one another, H or a linear or branched, saturated or unsaturated C 1 to C 10 alkyl radical, - Z represents a hydrocarbon-based spacer radical comprising, at each of its ends, covalent bond functions, - X represents -O- or -NR 3 COO-, with R 3 possibly representing a hydrogen atom or a linear or branched, saturated or unsaturated C 1 to C 10 alkyl radical, the bond with the G radical being provided by the oxygen atom (-O), an isomer thereof and/or a pharmaceutically acceptable salt thereof. - A represents monomethyl auristatin E (MMAE), - L represents a maleimidocaproyl unit, - G comprises and preferably represents a glucuronyl radical, - Y represents H, or an electron-withdrawing radical, in particular chosen from NO 2 , CF 3 and a halogen, - R 1 and R 2 represent, independently of one another, H or a linear or branched, saturated or unsaturated C 1 to C 10 alkyl radical, - Z represents a hydrocarbon-based spacer radical comprising, at each of its ends, covalent bond functions, - X represents -O- or -NR 3 COO-, with R 3 possibly representing a hydrogen atom or a linear or branched, saturated or unsaturated C 1 to C 10 alkyl radical, the bond with the G radical being provided by the oxygen atom (-O),
Use of a compound of general formula (I) wherein R 1 denotes glucose and R 2 to R 5 are independently of another and denote hydrogen, hydroxyl, or methoxy, as a sweetener or a sweetener enhancer for food or pharmaceutical compositions.
A method for scheduling subframes at protocol layer L1, the method being performed by a network device , the method comprising: obtaining (S106), at the protocol layer L1, an indication of an occurrence of Listen Before Talk, LBT, failure for transmission of a subframe in an unlicensed frequency spectrum; storing (S110), in an L1 buffer, data of the subframe to be transmitted in the unlicensed frequency spectrum as a result thereof, wherein the Li buffer is emptied by emptying first from the L1 buffer data from a subframe with highest priority of all subframes stored in the L1 buffer. obtaining (S106), at the protocol layer L1, an indication of an occurrence of Listen Before Talk, LBT, failure for transmission of a subframe in an unlicensed frequency spectrum; storing (S110), in an L1 buffer, data of the subframe to be transmitted in the unlicensed frequency spectrum as a result thereof, wherein the Li buffer is emptied by emptying first from the L1 buffer data from a subframe with highest priority of all subframes stored in the L1 buffer.
Fibrous substrate obtained by a wet-laid process, resistant to crumpling and soiling, characterized in that it comprises, by mass, at least: - from 40% to 96% by dry weight of fibres, in particular cellulosic fibres, relative to the dry weight of said substrate, - from 1% to 20% by dry weight, relative to the dry weight of fibres, of at least one anionic polymer having a glass transition temperature of greater than -40°C, which is in particular carboxylated, - from 0.5% to 5% by dry weight of at least one cationic precipitation agent, relative to the dry weight of fibres, and - from 0.001% to 1% by dry weight of at least one biocidal agent, said anionic polymer being present in a form precipitated on the surface of said fibres, and said fibrous substrate being impregnated at the surface and in depth with at least one biocide. - from 40% to 96% by dry weight of fibres, in particular cellulosic fibres, relative to the dry weight of said substrate, - from 1% to 20% by dry weight, relative to the dry weight of fibres, of at least one anionic polymer having a glass transition temperature of greater than -40°C, which is in particular carboxylated, - from 0.5% to 5% by dry weight of at least one cationic precipitation agent, relative to the dry weight of fibres, and - from 0.001% to 1% by dry weight of at least one biocidal agent,
A method for irradiating semiconductor material comprising: - selecting a region of a semiconductor material layer surface, the region having a region size and shape; - irradiating the region of the semiconductor material layer surface with an excimer laser having a beam spot size and shape; and - adjusting the beam spot size and shape by variably matching the beam spot size and shape to the selected region size and shape by means of a variable aperture; characterized in that variably matching the beam spot size and shape to the selected region size and shape is done by varying the size and shape of the variable aperture whose image is formed on the semiconductor material layer surface by a high resolution imaging system for reducing attenuation regions and overlapping effects, said image of the variable aperture having a variable size and shape which defines the size and shape of said beam spot, and in that the method comprises alignment of the beam spot in XYZ-direction with the selected region and further providing a pattern recognition system having a camera able to locate several alignment marks etched on the semiconductor material. - selecting a region of a semiconductor material layer surface, the region having a region size and shape; - irradiating the region of the semiconductor material layer surface with an excimer laser having a beam spot size and shape; and - adjusting the beam spot size and shape by variably matching the beam spot size and shape to the selected region size and shape by means of a variable aperture; characterized in that variably matching the beam spot size and shape to the selected region size and shape is done by varying the size and shape of the variable aperture whose image is formed on the semiconductor material layer surface by a high resolution imaging system for reducing attenuation regions and overlapping effects, said image of the variable aperture having a variable size and shape which defines the size and shape of said beam spot, and in that the method comprises alignment of the beam spot in XYZ-direction with the selected region and further providing a pattern recognition system having a camera able to locate several alignment marks etched on the semiconductor material.
An image forming apparatus comprising: a main body of the image forming apparatus; at least one image forming unit disposed in the main body; a light scanning unit that is disposed in the main body and configured to scan light to form an electrostatic latent image on a photosensitive medium of the at least one image forming unit; a window open-closing shutter that is disposed to slidably move on a surface of the light scanning unit from which light emits, and to move between an open position where a light moving path is opened and a blocking position where the light moving path is blocked; a shutter operating lever configured to activate the window open-closing shutter to be positioned at either of the open position and the blocking position; and a pressure member configured to press the shutter operating lever, wherein the window open-closing shutter comprises an inclined portion to come in contact with the shutter operating lever, and wherein the apparatus is configured such that when an end of the shutter operating lever presses the inclined portion, the window open-closing shutter is positioned at the open position, and when the end of the shutter operating lever does not press the inclined portion, the window open-closing shutter is positioned at the blocking position, the window open-closing shutter and the shutter operating lever move in directions perpendicular to each other on the same plan, the shutter operating lever is disposed in the main body; and the pressure member is detachably disposed in the main body. a main body of the image forming apparatus; at least one image forming unit disposed in the main body; a light scanning unit that is disposed in the main body and configured to scan light to form an electrostatic latent image on a photosensitive medium of the at least one image forming unit; a window open-closing shutter that is disposed to slidably move on a surface of the light scanning unit from which light emits, and to move between an open position where a light moving path is opened and a blocking position where the light moving path is blocked; a shutter operating lever configured to activate the window open-closing shutter to be positioned at either of the open position and the blocking position; and a pressure member configured to press the shutter operating lever, wherein the window open-closing shutter comprises an inclined portion to come in contact with the shutter operating lever, and wherein the apparatus is configured such that when an end of the shutter operating lever presses the inclined portion, the window open-closing shutter is positioned at the open position, and when the end of the shutter operating lever does not press the inclined portion, the window open-closing shutter is positioned at the blocking position, the window open-closing shutter and the shutter operating lever move in directions perpendicular to each other on the same plan, the shutter operating lever is disposed in the main body; and the pressure member is detachably disposed in the main body.
An electrochemical machining device for machining a surface of a workpiece, the electrochemical machining device comprising: a base unit ; and a portable machining unit comprising a housing for positioning against a surface of a workpiece, a nozzle disposed within the housing and configured to dispense an electrolyte jet towards a surface of a workpiece, wherein the machining unit is connected to the base unit via an umbilical cord for supplying power to the machining unit and for supplying electrolyte to the nozzle , wherein the electrochemical machining device is configured to apply a charge to the nozzle and to apply a charge to a surface of a workpiece such that the nozzle and said surface define first and second electrodes of an electrolytic cell, in use, and wherein the nozzle is arranged so as to be spaced apart from a surface of a workpiece, in use. a base unit ; and a portable machining unit comprising a housing for positioning against a surface of a workpiece, a nozzle disposed within the housing and configured to dispense an electrolyte jet towards a surface of a workpiece, wherein the machining unit is connected to the base unit via an umbilical cord for supplying power to the machining unit and for supplying electrolyte to the nozzle , wherein the electrochemical machining device is configured to apply a charge to the nozzle and to apply a charge to a surface of a workpiece such that the nozzle and said surface define first and second electrodes of an electrolytic cell, in use, and wherein the nozzle is arranged so as to be spaced apart from a surface of a workpiece, in use.
An apparatus comprising: an optical fiber having a cladding, the cladding having a refractive index of n 1 ; a glass block comprising a channel in which the optical fiber resides, the glass block having a refractive index of n 3 such that n 3 ≧n 1 ; a housing located external to the glass block ; and a thermal compound in contact with the glass block, characterized in that : the housing is a metal housing, the metal housing having a thermal conductivity that is greater than approximately 200 W/m· °C; in that the thermal compound is a light-absorbing thermal compound, and in that the thermal compound is located at a glass-metal interface between the glass block and the metal housing . an optical fiber having a cladding, the cladding having a refractive index of n 1 ; a glass block comprising a channel in which the optical fiber resides, the glass block having a refractive index of n 3 such that n 3 ≧n 1 ; a housing located external to the glass block ; and a thermal compound in contact with the glass block, characterized in that : the housing is a metal housing, the metal housing having a thermal conductivity that is greater than approximately 200 W/m· °C; in that the thermal compound is a light-absorbing thermal compound, and in that the thermal compound is located at a glass-metal interface between the glass block and the metal housing . the housing is a metal housing, the metal housing having a thermal conductivity that is greater than approximately 200 W/m· °C; in that the thermal compound is a light-absorbing thermal compound, and in that the thermal compound is located at a glass-metal interface between the glass block and the metal housing .
Motor vehicle with a device for visual warning of an involuntary crossing of a marking line of the traffic lane of the vehicle travelling on a road , said device comprising video acquisition means associated with processing and analysis means for detecting the marking lines delimiting said traffic lane , visual warning means capable of projecting onto the road an image comprising a warning sign , as well as a control unit capable of estimating the trajectory of the vehicle and configured to trigger the emission of said warning signal in the event of detection of an imminent crossing of at least one of said marking lines of the traffic lane of the vehicle when the direction change indicator located on the side corresponding to this line is not activated ; characterized in that said warning means are configured to project said image onto the portion of said road laterally adjoining the vehicle on the side corresponding to that line .