mhurhangee/patent-ind-claim-en huggingface dataset:
Method for monitoring the surroundings of a vehicle/trailer combination consisting of a towing vehicle and a trailer towed by the towing vehicle , wherein a sensor device for covering a lateral region of the surroundings that extends next to the vehicle/trailer combination is provided on the towing vehicle for each of both a right lateral region and a left lateral region , each sensor device having two respective radar sensors , wherein a sum of the sensor coverage regions forms a coverage region of the sensor device in each case, and the sensor device is held on a respective vehicle part of the towing vehicle by means of a mounting device and the coverage region of the respective sensor device is aligned with the lateral region , wherein one radar sensor of the two radar sensors is mounted pivotably with respect to the vehicle part by means of the mounting device so as to be mobile relative to the vehicle part , and a control device receives at least one operating signal of the vehicle/trailer combination and takes the at least one received operating signal as a basis for determining a current articulation angle between the towing vehicle and the trailer and sets a mechanical swivel position (θ) of one radar sensor of the two radar sensors with respect to the vehicle part by controlling the mounting device in order to assimilate an alignment of the coverage region to the articulation angle , characterized in that the mechanical swivel position (θ) is assimilated by virtue of just one radar sensor of the respective sensor device being mechanically pivoted or adjusted or realigned and the respective sensor coverage regions of the two radar sensors have at least a partial overlap , wherein the overlap between the sensor coverage regions is provided such that, despite the setting of the mechanical swivel position (θ) of one radar sensor of the two radar sensors with respect to the vehicle part , there is the certainty of the overlap being maintained and thus the coverage region between the two sensor coverage regions remaining uninterrupted, and wherein the control of the mounting device in the event of a change in the articulation angle updates the swivel position (θ) to the effect that a coverage gap between an edge of the coverage region and the trailer remains smaller than a predetermined maximum gap value and that an intersection of a coverage angle of the coverage region and the trailer remains smaller than a predetermined maximum intersection value by virtue of the edge of the sensor coverage region of one radar sensor being aligned with respect to an edge of the trailer , thereby avoiding phantom tracking.
A data processing method, characterized by comprising: informing, by a Mobility Management Entity, MME, a User Plane Entity, UPE of a data forwarding tunnel identifier of a 2G GPRS Support Node, SGSN; obtaining, by the MME, a data forwarding tunnel identifier of the UPE by exchanging messages with the UPE; and informing, by the MME, an Long Term Evolution, LTE, access network of the data forwarding tunnel identifier of the UPE for being used by the LTE access network during forwarding a data packet to the 2G SGSN via the UPE. informing, by a Mobility Management Entity, MME, a User Plane Entity, UPE of a data forwarding tunnel identifier of a 2G GPRS Support Node, SGSN; obtaining, by the MME, a data forwarding tunnel identifier of the UPE by exchanging messages with the UPE; and informing, by the MME, an Long Term Evolution, LTE, access network of the data forwarding tunnel identifier of the UPE for being used by the LTE access network during forwarding a data packet to the 2G SGSN via the UPE.
A wireless charging alignment system, comprising an electronic device and a wireless charging device , the electronic device having a display screen configured to display at least one marking symbol , the wireless charging device having a placement surface , the wireless charging device being disposed with at least one wireless charging module inside, located at a position corresponding to the placement surface; the wireless charging device further comprises two clamping arms , the two clamping arms are mounted on two different sides of the wireless charging device , at least one of the clamping arms is movable toward or away from the other clamping arm, characterized in that the wireless charging device further comprises at least one corresponding symbol , wherein the corresponding symbol is formed on at least one of the clamping arms, such that when the electronic device is placed on the placement surface , the marking symbol can be aligned with the corresponding symbol to achieve position alignment for wireless charging.
A corrective system for an internal combustion engine , said engine having a crankshaft driven by combustion energy, a camshaft that actuates one or more combustion valves , and a variable valve timing (VVT) system for controlling the timing of the actuation of the one or more valves by the camshaft relative to the crankshaft, the corrective system comprising: a cam rotor that is operatively connectable with the camshaft; a synchronous endless drive arrangement including a continuous-loop elongate drive structure adapted to engage the crankshaft and the non-circular cam rotor (106, 106a, wherein said cam rotor is adapted to generate a fluctuating corrective torque substantially counteracting a corresponding fluctuating intake or exhaust valve torque; wherein the cam rotor has a peripheral edge engaging the elongate drive structure , said peripheral edge having a non-circular profile including a plurality of protruding rotor portions which alternate with receding rotor portions , characterized in that the angular positions of the protruding and receding rotor portions are adjustable relative to the crankshaft ; wherein the system further comprises an actuator incorporated in the cam rotor and configured to adjust the angular positions of the protruding and receding rotor portions relative to the crankshaft during operation of the engine . a cam rotor that is operatively connectable with the camshaft; a synchronous endless drive arrangement including a continuous-loop elongate drive structure adapted to engage the crankshaft and the non-circular cam rotor (106, 106a, wherein said cam rotor is adapted to generate a fluctuating corrective torque substantially counteracting a corresponding fluctuating intake or exhaust valve torque; wherein the cam rotor has a peripheral edge engaging the elongate drive structure , said peripheral edge having a non-circular profile including a plurality of protruding rotor portions which alternate with receding rotor portions , characterized in that the angular positions of the protruding and receding rotor portions are adjustable relative to the crankshaft ; wherein the system further comprises an actuator incorporated in the cam rotor and configured to adjust the angular positions of the protruding and receding rotor portions relative to the crankshaft during operation of the engine .
An animal toilet having a front-rear direction, a right-left direction and an up-down direction that intersect each other comprising: an upper container that is provided with a plurality of holes (h) through which urine passes below; a lower container that is positioned below the upper container and has formed an insert hole on a front face ; and a tray that is housed from the insert hole into the lower container in a manner being allowed to be pulled out forward, and made to receive and store the urine that falls through the holes of the upper container, a front part of the tray not protruding in front of the front face of the lower container when seen in the right-left direction, the front part of the tray having an exposed portion functioning as a handle part , a lower part of the front part of the tray has formed a recessed part which is recessed rearward, and the exposed portion is above the recessed part , an upside and a downside of the exposed portion are exposed to an outside space, and an upper part and a lower part of the exposed portion are respectively provided with a geometrically deformed portion having a shape changed from a surrounding portion, the exposed portion being adapted to be caught and grasped from both above and below, characterized in that the front face of the lower container has formed a concave face concaved rearward adjacent and above the insert hoole . an upper container that is provided with a plurality of holes (h) through which urine passes below; a lower container that is positioned below the upper container and has formed an insert hole on a front face ; and a tray that is housed from the insert hole into the lower container in a manner being allowed to be pulled out forward, and made to receive and store the urine that falls through the holes of the upper container, a front part of the tray not protruding in front of the front face of the lower container when seen in the right-left direction, the front part of the tray having an exposed portion functioning as a handle part , a lower part of the front part of the tray has formed a recessed part which is recessed rearward, and the exposed portion is above the recessed part , an upside and a downside of the exposed portion are exposed to an outside space, and an upper part and a lower part of the exposed portion are respectively provided with a geometrically deformed portion having a shape changed from a surrounding portion, the exposed portion being adapted to be caught and grasped from both above and below, characterized in that the front face of the lower container has formed a concave face concaved rearward adjacent and above the insert hoole .
Sliding door fitting having guide rail and a carriage guided on the guide rail , which carriage is connected in an articulated manner to a housing of a retraction device, wherein the retraction device has at least one, preferably two, spaced drivers which can be moved along guideways and which is or are pretensioned into a retraction position via at least one energyp accumulator , whereby the housing of the retraction device is pretensioned in a direction of rotation relative to the carriage , characterized in that at least one roller is provided on the housing of the retraction device on an end remote from the carriage , which roller rests with pretension against a guideway of the running rail , whereby a rubber-elastic element or another elastic element is provided for pretensioning the housing of the retraction device and an adjusting element is provided for compressing the rubber-elastic element or the other elastic element in order to apply a torque to the housing relative to the carriage .
A method for calibrating a laser additive manufacturing process comprising: (a) irradiating a layer of powder in a powder bed to form a fused region pattern, (b) comparing a first characteristic of the fused region pattern to a second characteristic of a reference pattern, and (c) adjusting a first parameter based on the comparison so that repetition of step (a) would result in a second fused region pattern that more closely matches the reference pattern; wherein the first parameter relates to a scan motion of a skywriting process, or to a scan motion of a jump delay, mark delay, or polygonal delay setting, preferably a jump motion, preferably the scan motion is one of a jump motion, a run-in motion or a run-out motion. (a) irradiating a layer of powder in a powder bed to form a fused region pattern, (b) comparing a first characteristic of the fused region pattern to a second characteristic of a reference pattern, and (c) adjusting a first parameter based on the comparison so that repetition of step (a) would result in a second fused region pattern that more closely matches the reference pattern; wherein the first parameter relates to a scan motion of a skywriting process, or to a scan motion of a jump delay, mark delay, or polygonal delay setting, preferably a jump motion, preferably the scan motion is one of a jump motion, a run-in motion or a run-out motion.
A computing device comprising: one or more processors ; and a memory comprising instructions which, when executed by the one or more processors, cause the one or more processors to: receive , via a network , a message comprising a signature and an updated enterprise policy/client configuration associated with an operating system ; authenticate the message based on the signature; and install the updated enterprise policy/client configuration, responsive to authenticating the message, in an enterprise policy/client configuration of the computing device, wherein at least a first portion of the enterprise policy/client configuration is not updatable by the operating system without receiving the message via the network; wherein the computing device further comprises a secure lockable storage module, wherein the secure lockable storage module indicates an enterprise configuration for updating the enterprise policy/client configuration, and wherein the secure lockable storage module is not configured to be reset unless the operating system of the computing device is replaced. one or more processors ; and a memory comprising instructions which, when executed by the one or more processors, cause the one or more processors to: receive , via a network , a message comprising a signature and an updated enterprise policy/client configuration associated with an operating system ; authenticate the message based on the signature; and install the updated enterprise policy/client configuration, responsive to authenticating the message, in an enterprise policy/client configuration of the computing device, wherein at least a first portion of the enterprise policy/client configuration is not updatable by the operating system without receiving the message via the network; receive , via a network , a message comprising a signature and an updated enterprise policy/client configuration associated with an operating system ; authenticate the message based on the signature; and install the updated enterprise policy/client configuration, responsive to authenticating the message, in an enterprise policy/client configuration of the computing device, wherein at least a first portion of the enterprise policy/client configuration is not updatable by the operating system without receiving the message via the network; wherein the computing device further comprises a secure lockable storage module, wherein the secure lockable storage module indicates an enterprise configuration for updating the enterprise policy/client configuration, and wherein the secure lockable storage module is not configured to be reset unless the operating system of the computing device is replaced.
Semiconductor device having - a substrate (S) - a component layer (BS) on the substrate, which component layer contains a plurality of electronic circuit components in the form of monolithically integrated individual components or gates , - a conductive path stack (LS) on a side of the component layer facing away from the substrate, - a first monolithically integrated potential supply, which is connected or can be connected to an electrical reference potential (GND), and - a second monolithically integrated potential supply, which is connected or can be connected to an electrical supply potential (VDD), wherein - the first potential supply or the second potential supply or the first and the second potential supply in each case have at least one metallically conductive layer , wherein in the latter alternative the metallically conductive layer of the first and the second potential guide are electrically insulated from one another, and wherein - the metallically conductive layer of the first and/or the second potential supply , are each directly and individually connected to all circuit components via respective individual conductive path structures (V1, V2). - a substrate (S) - a component layer (BS) on the substrate, which component layer contains a plurality of electronic circuit components in the form of monolithically integrated individual components or gates , - a conductive path stack (LS) on a side of the component layer facing away from the substrate, - a first monolithically integrated potential supply, which is connected or can be connected to an electrical reference potential (GND), and - a second monolithically integrated potential supply, which is connected or can be connected to an electrical supply potential (VDD), wherein - the first potential supply or the second potential supply or the first and the second potential supply in each case have at least one metallically conductive layer , wherein in the latter alternative the metallically conductive layer of the first and the second potential guide are electrically insulated from one another, and wherein - the metallically conductive layer of the first and/or the second potential supply , are each directly and individually connected to all circuit components via respective individual conductive path structures (V1, V2).
A method for generating seismic signals with a seismic source that is operatively connected to a controllable valve , the method comprising: coupling a reaction mass associated with the seismic source to the earth; measuring a supply hydraulic pressure, a return hydraulic pressure and a hydraulic pressure to and from hydraulic passageways associated with the controllable valve ; estimating a displacement of the controllable valve ; sending the measured pressure values and the estimated displacement to a processor ; generating a primary control signal using the processor , the measured pressure values, and the estimated displacement, wherein the processor includes a model of a response of the controllable valve over a selected operating range, characterised in that processor uses the model to reduce a nonlinearity in flow versus a displacement response of the controllable valve , the nonlinearity occurs in a region of zero valve displacement, and wherein the model is based at least partially on a relationship defined by: Q L = KX V P s − X V X V P L where: QL=Hydraulic flow through the servo valve ; K=Hydraulic flow gain; Xv=Servo Valve displacement; PS=Hydraulic fluid supply pressure; and PL=Hydraulic differential pressure; and transmitting the primary control signal to the controllable valve to generate the seismic signals with the reaction mass . coupling a reaction mass associated with the seismic source to the earth; measuring a supply hydraulic pressure, a return hydraulic pressure and a hydraulic pressure to and from hydraulic passageways associated with the controllable valve ; estimating a displacement of the controllable valve ; sending the measured pressure values and the estimated displacement to a processor ; generating a primary control signal using the processor , the measured pressure values, and the estimated displacement, wherein the processor includes a model of a response of the controllable valve over a selected operating range, characterised in that processor uses the model to reduce a nonlinearity in flow versus a displacement response of the controllable valve , the nonlinearity occurs in a region of zero valve displacement, and wherein the model is based at least partially on a relationship defined by: Q L = KX V P s − X V X V P L where: QL=Hydraulic flow through the servo valve ; K=Hydraulic flow gain; Xv=Servo Valve displacement; PS=Hydraulic fluid supply pressure; and PL=Hydraulic differential pressure; and transmitting the primary control signal to the controllable valve to generate the seismic signals with the reaction mass . QL=Hydraulic flow through the servo valve ; K=Hydraulic flow gain; Xv=Servo Valve displacement; PS=Hydraulic fluid supply pressure; and PL=Hydraulic differential pressure; and transmitting the primary control signal to the controllable valve to generate the seismic signals with the reaction mass .
A door hinge in household appliances including: - a receiving part fixed to an appliance housing; - a hinge body fixed to a household appliance door; - a connecting arm , wherein the connecting arm is provided on the side cooperating with the receiving part with a connecting element for detachably attaching the connecting arm to the receiving part and for ensuring clearance between the connecting arm and the receiving part , and the connecting arm is, on the side cooperating with the hinge body , pivotally connected to the hinge body via an axle , and - a locking element pivotally attached to the connecting arm via a connecting axle for rotating the locking element about the connecting axle from the unlocked position to the locked position and vice versa, and the locking element is provided in the part distant from the connecting axle with a head with a second contact surface of the convex C- shape with a certain curvature, characterized in that the locking element is formed of one metal part and consists of two mutually parallel legs and the legs are connected to each other in their upper part, i.e. in the part adapted to cooperate with the receiving part and with the hinge body , by a cross-piece 6c and each of the legs is provided in the part distant from the connecting axle with said head with said second contact surface of the convex C-shape with a certain curvature and in the area intended for receiving the head of the locking element , the receiving part is provided with matching elements with first contact surfaces of a C-shaped concave shape with a certain curvature, wherein, when placing the locking element in the locked position, free movement of the second contact surfaces past the first contact surfaces is made possible due to the clearance between the connecting arm and the receiving part until the locking element is moved to the stable position in a point of stability. - a receiving part fixed to an appliance housing; - a hinge body fixed to a household appliance door; - a connecting arm , wherein the connecting arm is provided on the side cooperating with the receiving part with a connecting element for detachably attaching the connecting arm to the receiving part and for ensuring clearance between the connecting arm and the receiving part , and the connecting arm is, on the side cooperating with the hinge body , pivotally connected to the hinge body via an axle , and - a locking element pivotally attached to the connecting arm via a connecting axle for rotating the locking element about the connecting axle from the unlocked position to the locked position and vice versa, and the locking element is provided in the part distant from the connecting axle with a head with a second contact surface of the convex C- shape with a certain curvature,
An antibody or antigen-binding fragment thereof which binds to FcRn comprising a heavy chain variable region and a light chain variable region, wherein the sequence of the heavy chain variable region is SEQ ID NO:56 and the sequence of the light chain variable region is SEQ ID NO:22.