mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus to measure shear properties of composite materials; said apparatus comprising a pair of fixing components , on which a specimen of composite material is fixed in a reversible manner, and two pairs of locking plates , each of which is housed in a seat obtained in a respective fixing component and is designed to lock a lateral end of said specimen , clamping it on two opposite lateral surfaces thereof; said specimen being in contact exclusively with said two pairs of locking plates; each one of said fixing components comprising connection means for the connection to a material mechanical test machine defining a load axis (X); wherein said apparatus comprises as movement guide only a pair of cylindrical guide bars , which are arranged along respective axes (X', X") parallel to the load axis (X) and each have a first end, which is fixed to one of the two fixing components and is housed, in a sliding manner, inside a through cavity obtained in the other one of the two fixing components ; each of said through cavities housing a bearing within which said guide bar runs; each pair of locking plate being designed to lock only the lateral end of said specimen ; each one of said fixing components being made in a single block of a material said apparatus being characterized in that said material has a stiffness greater than or equal to 150GPa; each guide bars having a first end hot-fitted in a respective seat obtained in said fixing component and said bearings being recirculating ball sleeves. wherein said apparatus comprises as movement guide only a pair of cylindrical guide bars , which are arranged along respective axes (X', X") parallel to the load axis (X) and each have a first end, which is fixed to one of the two fixing components and is housed, in a sliding manner, inside a through cavity obtained in the other one of the two fixing components ; each of said through cavities housing a bearing within which said guide bar runs; each pair of locking plate being designed to lock only the lateral end of said specimen ; each one of said fixing components being made in a single block of a material said apparatus being characterized in that said material has a stiffness greater than or equal to 150GPa; each guide bars having a first end hot-fitted in a respective seat obtained in said fixing component and said bearings being recirculating ball sleeves.
A method of receiving an aperiodic channel state information reference signal, CSI-RS, by a user equipment, UE, from a base station, BS, in a wireless communication system, the method comprising: receiving information on a minimum slot interval configurable as a slot interval from a physical downlink control channel, PDCCH, reception slot to a physical downlink shared channel, PDSCH, reception slot and starting and length indicator value, SLIV, for indicating starting symbol index of a PDSCH in the PDSCH reception slot; receiving, in a first slot, a PDCCH for triggering aperiodic CSI; receiving, in a second slot, the first CSI-RS based on the PDCCH; and transmitting, in a third slot after the second slot, the aperiodic CSI based on the first CSI-RS, wherein the second slot is configured as a slot after the minimum slot interval from the first slot based on the information and wherein a starting symbol of the first CSI-RS is configured as a symbol indicated by the SLIV, and wherein, based on a second CSI-RS being received in a time period between the first slot and the second slot, a physical uplink shared channel, PUSCH, including not updated CSI report with a transport block is transmitted. receiving information on a minimum slot interval configurable as a slot interval from a physical downlink control channel, PDCCH, reception slot to a physical downlink shared channel, PDSCH, reception slot and starting and length indicator value, SLIV, for indicating starting symbol index of a PDSCH in the PDSCH reception slot; receiving, in a first slot, a PDCCH for triggering aperiodic CSI; receiving, in a second slot, the first CSI-RS based on the PDCCH; and transmitting, in a third slot after the second slot, the aperiodic CSI based on the first CSI-RS, wherein the second slot is configured as a slot after the minimum slot interval from the first slot based on the information and wherein a starting symbol of the first CSI-RS is configured as a symbol indicated by the SLIV, and wherein, based on a second CSI-RS being received in a time period between the first slot and the second slot, a physical uplink shared channel, PUSCH, including not updated CSI report with a transport block is transmitted.
A method of controlling movement of at least one joint of a walking assistance robot, the method comprising the steps of: - collecting motion information by sensing or measuring (S200) a motion of the at least one joint of the walking assistance robot; - determining (S220) a motion state of the at least one joint based on the sensed or measured motion of the at least one joint; and - controlling the movement of the walking assistance robot based on the determined motion state of the at least one joint, said method being characterized in that the step of controlling the movement of the walking assistance robot comprises the steps of - accelerating the motion of the at least one joint when the motion of the at least one joint is in a positive work state and - decelerating the motion of the at least one joint when the motion of the at least one joint is in a negative work state, wherein the step of accelerating the motion includes the step of applying an active torque, which is determined by adding a synchronization index, to the at least one joint, the synchronization index representing the synchronization level of the wearer and the walking assistance robot, and wherein the step of decelerating the motion includes the step of applying a damping torque, which is determined by adding the synchronization index, to the at least one joint. - collecting motion information by sensing or measuring (S200) a motion of the at least one joint of the walking assistance robot; - determining (S220) a motion state of the at least one joint based on the sensed or measured motion of the at least one joint; and - controlling the movement of the walking assistance robot based on the determined motion state of the at least one joint, said method being characterized in that the step of controlling the movement of the walking assistance robot comprises the steps of - accelerating the motion of the at least one joint when the motion of the at least one joint is in a positive work state and - decelerating the motion of the at least one joint when the motion of the at least one joint is in a negative work state, wherein the step of accelerating the motion includes the step of applying an active torque, which is determined by adding a synchronization index, to the at least one joint, the synchronization index representing the synchronization level of the wearer and the walking assistance robot, and wherein the step of decelerating the motion includes the step of applying a damping torque, which is determined by adding the synchronization index, to the at least one joint. wherein the step of accelerating the motion includes the step of applying an active torque, which is determined by adding a synchronization index, to the at least one joint, the synchronization index representing the synchronization level of the wearer and the walking assistance robot, and wherein the step of decelerating the motion includes the step of applying a damping torque, which is determined by adding the synchronization index, to the at least one joint.
A composition comprising: 30 to 75 weight percent a polyester; 1 to 20 weight percent of a poly(phenylene ether); 1 to 35 weight percent of a reinforcing filler comprising glass fibers; and 1 to 20 weight percent of a metal di(C 1-6 alkyl)phosphinate; and 0.5 to 5 weight percent of a nitrogen-containing flame retardant; wherein weight percent of each component is based on the total weight of the composition. 30 to 75 weight percent a polyester; 1 to 20 weight percent of a poly(phenylene ether); 1 to 35 weight percent of a reinforcing filler comprising glass fibers; and 1 to 20 weight percent of a metal di(C 1-6 alkyl)phosphinate; and 0.5 to 5 weight percent of a nitrogen-containing flame retardant; wherein weight percent of each component is based on the total weight of the composition.
System for playing poker by decentralised players via the Internet, having a real poker table for a dealer and up to ten player seats on its periphery, the edge region of the poker table being transparent, for depositing the player poker cards on this transparent edge region with the playing side facing downwards, and having a raised edge region above this edge region for depositing chips , further with at least one IP camera directed from above onto the poker table for real-time recording and real-time Internet transmission of the entire game events, and with an IP camera assigned to each player's seat below the poker table for recording only the player poker cards placed on the transparent edge area at this player's seat , and with a computer belonging to the poker table , which is connected to all IP cameras (2, 18, 26; 44) and to the Internet and on which a poker game software is installed which communicates with an associated poker game software application on each player computer , whereby all areas of the poker table can be reached by the dealer from his seat at the poker table with one hand for grabbing chips and player poker cards , as well as decentralised player computers available at the individual players with an Internet connection and the associated application software for establishing and operating a video/sound connection between the computer belonging to the poker table and all participating computers of the players .
A method of monitoring a door of an elevator car within an elevator system , the method comprising: detecting a first plurality of accelerations along an X-axis of the elevator system during a first time period ; detecting a second plurality of accelerations along a Y-axis of the elevator system during the first time period ; determining an absolute value of the first plurality of accelerations ; determining an absolute value of the second plurality of accelerations ; determining a first summation by combining the absolute value of the first plurality of accelerations with the absolute value of the second plurality of accelerations ; and determining whether the door of the elevator car is in motion during the first time period by determining whether a maximum value of the first summation is greater than a threshold value . detecting a first plurality of accelerations along an X-axis of the elevator system during a first time period ; detecting a second plurality of accelerations along a Y-axis of the elevator system during the first time period ; determining an absolute value of the first plurality of accelerations ; determining an absolute value of the second plurality of accelerations ; determining a first summation by combining the absolute value of the first plurality of accelerations with the absolute value of the second plurality of accelerations ; and determining whether the door of the elevator car is in motion during the first time period by determining whether a maximum value of the first summation is greater than a threshold value .
Half-bridge arrangement for a converter, comprising - two switching elements (T 1 , T 2 ), - a capacitor device (C 1 , C 11 , C 12 ) and - a circuit board , having at least four trace layers, via holes, a longitudinal direction and a transverse direction, to which the switching elements and the capacitor device are interconnected to form a half bridge, characterised in that the switching elements are arranged in series in a line in the longitudinal direction of the circuit board and with point symmetry with respect to one another on opposite surfaces of the circuit board in said line, and that a current profile of a commutation current through the switching elements, the capacitor device, the trace layers and the via holes produces two meshes, which are oriented opposite one another, whereby accordingly excited magnetic dipoles (δ + , δ - ) of opposite direction are reduced. - two switching elements (T 1 , T 2 ), - a capacitor device (C 1 , C 11 , C 12 ) and - a circuit board , having at least four trace layers, via holes, a longitudinal direction and a transverse direction, to which the switching elements and the capacitor device are interconnected to form a half bridge,
An antibody that specifically binds to Fibroblast Activation Protein (FAP), wherein said antibody comprises a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 299; and a light chain variable region comprising the amino acid sequence of SEQ ID NO: 297.
A method for wireless communications by a user equipment, UE , comprising: transmitting , while the UE is in an idle mode, a random access request message to a base station, BS , as a request for system access; receiving a response with an uplink grant from the base station for transmission by the UE ; providing an indication that the request is for connectionless access for transmitting data before returning to the idle mode without entering a radio resource control, RRC, connected mode; transmitting the data to the BS during the connectionless access, wherein the indication that the request is for the connectionless access is provided when transmitting the data to the BS during the connectionless access; and returning to the idle mode upon reception of an indication of a release of the connectionless access. transmitting , while the UE is in an idle mode, a random access request message to a base station, BS , as a request for system access; receiving a response with an uplink grant from the base station for transmission by the UE ; providing an indication that the request is for connectionless access for transmitting data before returning to the idle mode without entering a radio resource control, RRC, connected mode; transmitting the data to the BS during the connectionless access, wherein the indication that the request is for the connectionless access is provided when transmitting the data to the BS during the connectionless access; and returning to the idle mode upon reception of an indication of a release of the connectionless access.
A safety valve analysis system comprising: a plurality of sensors comprising a displacement sensor arranged to measure displacement of a valve member , an acoustic sensor arranged to measure noise from within a valve body and a pressure sensor arranged to measure fluid pressure at a valve inlet ; data acquisition means arranged to receive signals from the sensors and generate corresponding valve data; a flow controlled outlet pipe to which the safety valve can be fitted; a flow control valve , comprising a manual control input , located in the outlet pipe and arranged to control the rate of flow of gas from a pressure source to the valve ; a display unit ; a computer arranged to generate an output indicative of the condition of the safety valve based on the valve data; wherein the computer is arranged: - to monitor a change in pressure applied to the safety valve by monitoring a signal from the pressure sensor and to determine from the signal, in real time, a rate of change of the pressure; - if the rate is within a predetermined range to indicate via the display that the rate is acceptable; and - if the rate is above or below the predetermined range, to indicate that via the display , thereby to direct an operator to maintain the rate of increase in pressure at the valve inlet by opening or closing the control valve . - to monitor a change in pressure applied to the safety valve by monitoring a signal from the pressure sensor and to determine from the signal, in real time, a rate of change of the pressure; - if the rate is within a predetermined range to indicate via the display that the rate is acceptable; and - if the rate is above or below the predetermined range, to indicate that via the display , thereby to direct an operator to maintain the rate of increase in pressure at the valve inlet by opening or closing the control valve .
Agricultural detection device comprising a sensor unit, an evaluating unit and a control unit, wherein - the sensor unit comprises a first sensor with a first directional characteristic, - the first sensor is configured for the purpose of transmitting a first transmission signal and receiving a first reflection signal, characterised in that in a first form of embodiment the first sensor has a second directional characteristic and transmits a second sensor signal with the second directional characteristic and receives a second reflection signal or in a second form of embodiment the sensor unit comprises a second sensor, which is arranged adjacent to the first sensor, with a second directional characteristic for transmission of the second transmission signal and for reception of the second reflection signal, wherein the first directional characteristic has a smaller width than the second directional characteristic and the control unit is arranged to switch over between the first directional characteristic and the second directional characteristic and the evaluating unit is configured for the purpose of determining at least the structure of plants and a height value from the first reflection signal and from the second reflection signal. - the sensor unit comprises a first sensor with a first directional characteristic, - the first sensor is configured for the purpose of transmitting a first transmission signal and receiving a first reflection signal,
Fan apparatus for a cooking appliance , in particular for a baking oven, with a fan wheel , which comprises a base plate and a blade arrangement , which is arranged on the base plate and connected thereto in a form-fitting manner in the direction of rotation , wherein a drive shaft having an axial end stop and a nut are provided, wherein the nut presses the fan wheel against the end stop , and wherein the nut presses radially against the blade arrangement .
Method for generating a software component for an electronic computing device of a motor vehicle by means of a motor-vehicle-external updating system , in which method the software component is generated on the basis of a configuration write sequence , a configuration read sequence and a configuration rule system by means of a motor-vehicle-external electronic computing device of the motor-vehicle-external updating system , wherein the configuration rule system is generated on the basis of a configuration data set , wherein the configuration data set is generated on the basis of a vehicle equipment options list and a technical feature composition for the motor vehicle .
A scintillator panel comprising: a substrate made of an organic material; a barrier layer formed on the substrate and including thallium iodide as a main component, the barrier layer has a barrier layer front surface and a barrier layer rear surface ; and a scintillator layer , having a scintillator layer front surface and a scintillator layer rear surface , formed on the barrier layer and constituted of a plurality of columnar crystals including cesium iodide with thallium added thereto as a main component, wherein tip portions of the plurality of columnar crystals constitute the scintillator layer front surface , base portions of the plurality of columnar crystals constitute the scintillator layer rear surface , the base portions come into contact with the barrier layer front surface , the barrier layer hinders movement of moisture from the substrate to the scintillator layer thereby curbing deliquescence in the base portion of the scintillator layer . a substrate made of an organic material; a barrier layer formed on the substrate and including thallium iodide as a main component, the barrier layer has a barrier layer front surface and a barrier layer rear surface ; and a scintillator layer , having a scintillator layer front surface and a scintillator layer rear surface , formed on the barrier layer and constituted of a plurality of columnar crystals including cesium iodide with thallium added thereto as a main component, wherein tip portions of the plurality of columnar crystals constitute the scintillator layer front surface , base portions of the plurality of columnar crystals constitute the scintillator layer rear surface , the base portions come into contact with the barrier layer front surface , the barrier layer hinders movement of moisture from the substrate to the scintillator layer thereby curbing deliquescence in the base portion of the scintillator layer .
A method for wireless communication at a first access point , comprising: transmitting, after winning contention for a wireless medium, a first poll comprising a first message to a station, STA , served by the first access point ; receiving, from the STA , a first response to the first poll based at least in part on transmitting the first poll; receiving, from a second access point of a set of access points, a second response comprising a measured signal strength indication of the first response based at least in part on transmitting the first poll; selecting the second access point for coordinated reuse based at least in part on receiving the second response; and transmitting, to the second access point , a second poll after receiving the first response from the STA , wherein receiving the second response is based at least in part on transmitting the second poll. transmitting, after winning contention for a wireless medium, a first poll comprising a first message to a station, STA , served by the first access point ; receiving, from the STA , a first response to the first poll based at least in part on transmitting the first poll; receiving, from a second access point of a set of access points, a second response comprising a measured signal strength indication of the first response based at least in part on transmitting the first poll; selecting the second access point for coordinated reuse based at least in part on receiving the second response; and transmitting, to the second access point , a second poll after receiving the first response from the STA , wherein receiving the second response is based at least in part on transmitting the second poll.
A fixing device for a tibia alignment system for knee operations, comprising a transverse bar the front end of which can be connected to a main rod (H) of the tibia alignment system, said main rod (H) being provided for alignment along a tibia, and a rear end of which has an anchor system with at least one anchor pin that extends obliquely to the transverse bar and can be driven into a knee joint-side end of the tibia, wherein, for improving fixation of the anchor system to the tibia, the anchor system further has a drive-in anvil to which the at least one anchor pin is connected and into which the at least one anchor pin is integrated and which is designed to transmit impact forces acting on the drive-in anvil from outside to the at least one anchor pin in order to drive the same into the tibia, characterized in that said anchor pin and said drive-in anvil are guided in the transverse bar for this purpose in a longitudinally movable manner. a transverse bar the front end of which can be connected to a main rod (H) of the tibia alignment system, said main rod (H) being provided for alignment along a tibia, and a rear end of which has an anchor system with at least one anchor pin that extends obliquely to the transverse bar and can be driven into a knee joint-side end of the tibia, wherein, for improving fixation of the anchor system to the tibia, the anchor system further has a drive-in anvil to which the at least one anchor pin is connected and into which the at least one anchor pin is integrated and which is designed to transmit impact forces acting on the drive-in anvil from outside to the at least one anchor pin in order to drive the same into the tibia, characterized in that said anchor pin and said drive-in anvil are guided in the transverse bar for this purpose in a longitudinally movable manner.