mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor clamping device for clamping a semiconductor assembly, the device comprising: first and second jaws (12, 14) with the semiconductor therebetween; and a pair of tie rods (18,20), each one of the pair of tie rods respectively passing through the first and second jaws (12, 14) on opposing sides of the semiconductor assembly; characterised by: pressure distribution elements, the first and second jaws and pressure distribution elements being respectively disposed over a first and second opposing side faces of the semiconductor assembly with the inner surface of the first pressure distribution element facing the first opposing side face of the semiconductor assembly, and the inner surface of the second pressure distribution element facing the second opposing side face of the semiconductor assembly; a first end retaining assembly attached to a first end of each one of the pair of tie rods, each of the first end retaining assemblies comprising a first end retaining element holding a first end compressible assembly against the outer surface of the first jaw; a second end retaining assembly attached to a second end of each one of the pair of tie rods, each of the second end retaining assemblies comprising a second end retaining element holding a second end compressible assembly against the outer surface of the second jaw; and a clamp pressure set point assembly disposed around each one of the pair of tie rods (18, 20), the clamp pressure set point assembly comprising a clamp pressure adjustable set point element retaining a clamp pressure indicator element (54, 56) against the inner surface of the first jaw. first and second jaws (12, 14) with the semiconductor therebetween; and a pair of tie rods (18,20), each one of the pair of tie rods respectively passing through the first and second jaws (12, 14) on opposing sides of the semiconductor assembly; pressure distribution elements, the first and second jaws and pressure distribution elements being respectively disposed over a first and second opposing side faces of the semiconductor assembly with the inner surface of the first pressure distribution element facing the first opposing side face of the semiconductor assembly, and the inner surface of the second pressure distribution element facing the second opposing side face of the semiconductor assembly; a first end retaining assembly attached to a first end of each one of the pair of tie rods, each of the first end retaining assemblies comprising a first end retaining element holding a first end compressible assembly against the outer surface of the first jaw; a second end retaining assembly attached to a second end of each one of the pair of tie rods, each of the second end retaining assemblies comprising a second end retaining element holding a second end compressible assembly against the outer surface of the second jaw; and a clamp pressure set point assembly disposed around each one of the pair of tie rods (18, 20), the clamp pressure set point assembly comprising a clamp pressure adjustable set point element retaining a clamp pressure indicator element (54, 56) against the inner surface of the first jaw.
A conjugate comprising: an oxyntomodulin derivative comprising the amino acid sequence of any one of SEQ ID NOs: 32-34, 2-23, or 27-31; an immunoglobulin Fc region, and a non-peptidyl polymer, wherein the non-peptidyl polymer covalently links the oxyntomodulin to the immunoglobulin Fc region. an oxyntomodulin derivative comprising the amino acid sequence of any one of SEQ ID NOs: 32-34, 2-23, or 27-31; an immunoglobulin Fc region, and a non-peptidyl polymer, wherein the non-peptidyl polymer covalently links the oxyntomodulin to the immunoglobulin Fc region.
A method performed by a first network node for enabling handover of a first wireless device and a second wireless device from the first network node to a second network node, wherein the first network node, the first wireless device, the second wireless device and the second network node operate in a wireless communications network, and wherein the method comprises: - determining that the first wireless device and the second wireless device have the same or similar mobility properties; - determining that the second wireless device is to refrain from transmitting an uplink synchronization signal based on the determining that the first wireless device and the second wireless device have the same or similar mobility properties; - based on the determination, configuring the first wireless device to transmit an uplink synchronization signal and to synchronize to a first downlink synchronization signal transmitted by the second network node, and configuring the second wireless device to synchronize to a second downlink synchronization signal transmitted by the second network node, wherein the first and second downlink synchronization signals are the same downlink synchronization signal to be transmitted from the second network node and received by the respective first and second wireless device (210,212); - receiving, from the second network node, information relating to a measurement performed on the uplink synchronization signal transmitted only from the first wireless device; and - based on the received information, requesting the second network node to perform the handover of the first and second wireless devices (210,212). - determining that the first wireless device and the second wireless device have the same or similar mobility properties; - determining that the second wireless device is to refrain from transmitting an uplink synchronization signal based on the determining that the first wireless device and the second wireless device have the same or similar mobility properties; - based on the determination, configuring the first wireless device to transmit an uplink synchronization signal and to synchronize to a first downlink synchronization signal transmitted by the second network node, and configuring the second wireless device to synchronize to a second downlink synchronization signal transmitted by the second network node, wherein the first and second downlink synchronization signals are the same downlink synchronization signal to be transmitted from the second network node and received by the respective first and second wireless device (210,212); - receiving, from the second network node, information relating to a measurement performed on the uplink synchronization signal transmitted only from the first wireless device; and - based on the received information, requesting the second network node to perform the handover of the first and second wireless devices (210,212).
A method of authenticating the identity of a storage device by an authentication device, the authentication method comprising: transmitting, to the storage device information on a selected use of the storage device selected from among a plurality of uses of the storage device; receiving, from the storage device, an encoded individual ID corresponding to the selected use of the storage device, wherein the storage device stores a plurality of encoded individual IDs obtained by encoding a plurality of individual IDs which identify the storage device and correspond to the plurality of uses of the storage device, respectively; restoring an individual ID which is one of the plurality of individual IDs corresponding to the selected use of the storage device by decoding the received encoded individual ID; receiving certificate information from the storage device, the certificate information being signed by using a Secret Key, SK, of a Certificate Authority, CA; verifying the restored individual ID by using the received certificate information according to a public key infrastructure; and performing the selected use of the storage device only if the restored individual ID is verified. transmitting, to the storage device information on a selected use of the storage device selected from among a plurality of uses of the storage device; receiving, from the storage device, an encoded individual ID corresponding to the selected use of the storage device, wherein the storage device stores a plurality of encoded individual IDs obtained by encoding a plurality of individual IDs which identify the storage device and correspond to the plurality of uses of the storage device, respectively; restoring an individual ID which is one of the plurality of individual IDs corresponding to the selected use of the storage device by decoding the received encoded individual ID; receiving certificate information from the storage device, the certificate information being signed by using a Secret Key, SK, of a Certificate Authority, CA; verifying the restored individual ID by using the received certificate information according to a public key infrastructure; and performing the selected use of the storage device only if the restored individual ID is verified.
Method for rail pressure regulation in an internal combustion engine in a V arrangement with nonuniform ignition sequence, in which method an actual rail pressure is calculated from the measured rail pressure, a regulation deviation is determined on the basis of the actual rail pressure and a setpoint rail pressure, and in which method an actuation variable for the activation of a pressure actuator, in particular of a suction throttle, for the regulation of the rail pressure is calculated, characterized in that the actual rail pressure (pIST, pIST) is calculated by means of an average-value filter (18A, 18B) from the measured rail pressure (pCR, pCR) in that, below a threshold rotational speed (nLi), the rail pressure (pCR, pCR) is averaged over a constant time and, above the threshold rotational speed (nLi), the rail pressure (pCR, pCR) is averaged over one working cycle of the internal combustion engine.
A method for forming a tubular construction element built up of longitudinally extending segments, which segments are joined together in side-by-side relationship, wherein the length in longitudinal direction of said tubular construction element is greater than the diameter (d) thereof, wherein the joined-together segments are movable relative to each other in the tubular construction element, characterised by the steps of: - applying at least one bending moment to the tubular construction element, in such a manner that the tubular construction element is bent from an original shape, in which it extends substantially in longitudinal direction, to a second shape, in which the tubular construction element comprises at least one bent part, and in which the longitudinally extending segments are shifted in longitudinal direction relative to each other; as well as - fixing the tubular construction element in said second shape for forming a rigid tubular construction element, which is done by securing each of the longitudinally extending segments relative to each other. - applying at least one bending moment to the tubular construction element, in such a manner that the tubular construction element is bent from an original shape, in which it extends substantially in longitudinal direction, to a second shape, in which the tubular construction element comprises at least one bent part, and in which the longitudinally extending segments are shifted in longitudinal direction relative to each other; as well as - fixing the tubular construction element in said second shape for forming a rigid tubular construction element, which is done by securing each of the longitudinally extending segments relative to each other.
A method of forming a biosensor, the method comprises the steps of: providing a bottom plate element; forming at least one recess in the bottom plate element wherein the at least one recess circumscribes at least a portion of a reaction zone; further comprising the step of forming an electrode set in the reaction zone by positioning electrodes in the reaction zone such that the electrodes cooperate to define an electrode array with a pre-determined pattern; forming recesses in the bottom plate element within the electrode pattern of array; applying a reagent onto the bottom plate element to define the reaction zone; wherein the reagent engages at least a portion of the electrodes, wherein the at least one recess circumscribes at least a portion of the electrode array to retain the reagent on the array. providing a bottom plate element; forming at least one recess in the bottom plate element wherein the at least one recess circumscribes at least a portion of a reaction zone; further comprising the step of forming an electrode set in the reaction zone by positioning electrodes in the reaction zone such that the electrodes cooperate to define an electrode array with a pre-determined pattern; forming recesses in the bottom plate element within the electrode pattern of array; applying a reagent onto the bottom plate element to define the reaction zone; wherein the reagent engages at least a portion of the electrodes, wherein the at least one recess circumscribes at least a portion of the electrode array to retain the reagent on the array.
A method for operating a wind turbine to avoid stall during derating thereof, the method comprising: providing an initial pitch setting for one or more rotor blades of the wind turbine; operating the wind turbine based on a rated power curve with the one or more rotor blades fixed at the initial pitch setting; identifying at least one condition of the wind turbine that is indicative of stall, wherein the at least one condition comprises at least one environmental condition, the at least one environmental condition comprising air density; derating the wind turbine, comprising reducing a speed set point of the wind turbine; and modifying the initial pitch setting to an updated pitch setting when the at least one condition is identified so that, while derating, an angle of attack of the one or more rotor blades is maintained lower than an angle of attack at stall. providing an initial pitch setting for one or more rotor blades of the wind turbine; operating the wind turbine based on a rated power curve with the one or more rotor blades fixed at the initial pitch setting; identifying at least one condition of the wind turbine that is indicative of stall, wherein the at least one condition comprises at least one environmental condition, the at least one environmental condition comprising air density; derating the wind turbine, comprising reducing a speed set point of the wind turbine; and modifying the initial pitch setting to an updated pitch setting when the at least one condition is identified so that, while derating, an angle of attack of the one or more rotor blades is maintained lower than an angle of attack at stall.
A device comprising: - a mobile element comprising teeth (11; 11 i, 11 i+1, 11 i+2, 11 i+3, 11 i+4) and intended to be set in motion; - a drive element intended to engage with the teeth (11; 11 i, 11 i+1, 11 i+2, 11 i+3, 11 i+4) of the mobile element to set in motion the mobile element in a direction of displacement; - an actuator element capable of generating alternative motion to move the drive element in at least two phases, a driving phase and a return phase, during the driving phase, the drive element is engaged with at least one tooth (11; 11 i, 11 i+1, 11 i+2, 11 i+3, 11 i+4) of the mobile element to push or pull the mobile element, during the return phase without driving, the drive element is offset relative to the mobile element to be engaged with at least one other tooth (11; 11 i, 11 i+1, 11 i+2, 11 i+3, 11 i+4) of the mobile element, - a first indexing element comprising a first indexing finger intended to be positioned intermittently in a space comprised between two teeth (11; 11 i, 11 i+2, 11 i+3, 11 i+4) of the mobile element to prevent uncontrolled displacement by the drive element in the direction of displacement of the mobile element or in the opposite direction; characterised in that the first indexing element is connected to the actuator element such that the actuator element simultaneously moves the drive element and the first indexing finger, wherein the actuator element comprises a fixed part and a mobile part relative to the fixed part, the drive element and the indexing element being connected to the mobile part, and the first indexing element comprises: - a first beam comprising a first free end and a second end connected to the actuator element; and - a second beam comprising a first free end and an end connected to a fixed chassis of the device; the first beam and the second beam being connected to each other by their respective free ends such that displacement of the first beam driven by the actuator element causes flexion of the second beam, the effect of which is to move the first indexing finger relative to the mobile element. - a mobile element comprising teeth (11; 11 i, 11 i+1, 11 i+2, 11 i+3, 11 i+4) and intended to be set in motion; - a drive element intended to engage with the teeth (11; 11 i, 11 i+1, 11 i+2, 11 i+3, 11 i+4) of the mobile element to set in motion the mobile element in a direction of displacement; - an actuator element capable of generating alternative motion to move the drive element in at least two phases, a driving phase and a return phase, - a first indexing element comprising a first indexing finger intended to be positioned intermittently in a space comprised between two teeth (11; 11 i, 11 i+2, 11 i+3, 11 i+4) of the mobile element to prevent uncontrolled displacement by the drive element in the direction of displacement of the mobile element or in the opposite direction; - a first beam comprising a first free end and a second end connected to the actuator element; and - a second beam comprising a first free end and an end connected to a fixed chassis of the device;
A device for welding rod-shaped conductors, comprising a compression chamber for receiving joining sections of the conductors to be joined together, the compression chamber being limited in the direction of a z-axis on two opposite sides by an active surface of a sonotrode transmitting ultrasonic vibrations in the direction of an x-axis and by a counter surface of a counter electrode and in the direction of a y-axis on two opposite sides by a limiting surface of a slider element which can be moved in the direction of the y-axis and by a limiting surface of a limiting element, the device having a knife device which is provided with a drive device and comprises a knife movable in the direction of the z-axis, said knife having a cutting edge which can be moved past the compression chamber and cooperates with a counter cutting edge which limits the compression chamber or is arranged adjacent to the compression chamber, the cooperation being such that joining sections arranged within the compression chamber are severed from the conductors when the knife device is activated, characterized in that a drive motor of the drive device is arranged in an installation space arranged below the sonotrode in the direction of the z-axis, the drive motor being connected to a knife holder via a deflection gear in order for the knife to be able to perform a cutting motion, the knife holder being movable in the direction of the z-axis.
A method for penetrating a material with a fastener dispensing needle, the material having a first surface and an opposing second surface, the fastener dispensing needle having a leading end with a sharpened tip, characterized in that the method comprises the steps of: (a) partially penetrating the material with the fastener dispensing needle along a linear path (P', W') using a first penetration stroke (S F'); (b) after the partial penetration step, partially withdrawing the fastener dispensing needle from the material along the same linear path (P', W') using a first withdrawal stroke (S R'); and (c) after the partial withdrawal step, fully penetrating the material with the fastener dispensing needle along the same linear path (P', W') using a second penetration stroke (S F"). (a) partially penetrating the material with the fastener dispensing needle along a linear path (P', W') using a first penetration stroke (S F'); (b) after the partial penetration step, partially withdrawing the fastener dispensing needle from the material along the same linear path (P', W') using a first withdrawal stroke (S R'); and (c) after the partial withdrawal step, fully penetrating the material with the fastener dispensing needle along the same linear path (P', W') using a second penetration stroke (S F").
Light module of a headlight of a motor vehicle, the light module comprising a first submodule for generating a dimmed light distribution with a horizontal light/dark boundary, a second submodule for illuminating a far region above the light/dark boundary, and for achieving a high beam distribution and a projection lens for imaging the light emitted by the two submodules (36, 38) as a resulting light distribution of the light module on a roadway in front of the motor vehicle, both submodules (36, 38) in each case comprising the following components: at least one LED (29a; 29b) as a light source for emitting light, at least one heat sink (26a; 26b) in thermal contact with the LEDs (29a; 29b) for dissipating the heat generated during operation of the LEDs (29a; 29b) and a primary optical unit for bundling the light emitted by the LEDs (29a; 29b) and for deflecting the light in the direction of the projection lens, characterized in that the light module including the heat sink (26a, 26b) is divided into the two submodules (36, 38) by a horizontal separating plane, all the above-mentioned components of the first submodule being arranged above the horizontal plane and all the above-mentioned components of the second submodule being arranged below the horizontal plane, the heat sinks (26a, 26b) of the two submodules (36, 38) each having a recess (44, 52) in which the LEDs and the primary optical unit of the relevant submodule (36, 38) are arranged, and the LEDs (29a; 29b) each emitting light upward or into an upper half-space in a main emission direction (50, 56).
A tail skid shock absorber comprising: an outer shock absorber canister; a crushable indicator cartridge disposed within the outer shock absorber canister; characterized in that the shock absorber further comprises an indicator rod coupled to the crushable indicator cartridge so as to move with a portion of the crushable indicator cartridge as a unit. an outer shock absorber canister; a crushable indicator cartridge disposed within the outer shock absorber canister; characterized in that the shock absorber further comprises an indicator rod coupled to the crushable indicator cartridge so as to move with a portion of the crushable indicator cartridge as a unit.