mhurhangee/patent-ind-claim-en huggingface dataset:
An electromagnetic actuator comprising: a non-permanent magnetisable element ; one or more permanent magnets ; and an armature having a first end and a second end , and a pivot axis between the first and second ends , wherein the armature is pivotable about the pivot axis , between: a first position in which the armature is retained by a first magnetic circuit including at least one of the one or more permanent magnets and the armature ; and a second position in which the armature is retained by a second magnetic circuit including at least one of the one or more permanent magnets and the armature , wherein the non-permanent magnetisable element is configured such that it can be actuated to generate an opposing magnetic circuit to oppose the first and/or second magnetic circuit to rotate the armature from one of the first and second positions to the other of the first and second positions, characterised in that the non-permanent magnetisable element is configured to generate a first non-permanent magnetic flux in the armature on a first side of the pivot axis and a second non-permanent magnetic flux in the armature on a second side of the pivot axis , the first non-permanent magnetic flux being in an opposite direction to the second non-permanent magnetic flux . a non-permanent magnetisable element ; one or more permanent magnets ; and an armature having a first end and a second end , and a pivot axis between the first and second ends , wherein the armature is pivotable about the pivot axis , between: a first position in which the armature is retained by a first magnetic circuit including at least one of the one or more permanent magnets and the armature ; and a second position in which the armature is retained by a second magnetic circuit including at least one of the one or more permanent magnets and the armature , a first position in which the armature is retained by a first magnetic circuit including at least one of the one or more permanent magnets and the armature ; and a second position in which the armature is retained by a second magnetic circuit including at least one of the one or more permanent magnets and the armature , wherein the non-permanent magnetisable element is configured such that it can be actuated to generate an opposing magnetic circuit to oppose the first and/or second magnetic circuit to rotate the armature from one of the first and second positions to the other of the first and second positions, characterised in that the non-permanent magnetisable element is configured to generate a first non-permanent magnetic flux in the armature on a first side of the pivot axis and a second non-permanent magnetic flux in the armature on a second side of the pivot axis , the first non-permanent magnetic flux being in an opposite direction to the second non-permanent magnetic flux .
Motor vehicle floor structure comprising two longitudinal members extending in a longitudinal direction of the structure, a floor extending between the two longitudinal members, and a cross member extending in a transverse direction of the structure, connecting the longitudinal members and fastened to the floor structure, characterized in that the cross member comprises a concave upper part forming a first half-shell, a concave lower part forming a second half-shell, the lower part and the upper part being arranged on the two sides of the floor , facing one another, the floor closing the concavities thereof.
A method of lubricating a wind turbine by means of a lubrication system , said lubrication system comprising a lubricant consumer to which fresh lubricant is supplied and out of which used lubricant is extracted, a pump for pumping fresh lubricant to the lubricant consumer , a waste lubricant collector where used lubricant can flow after being extracted from the lubricant consumer , a plurality of containers delivering fresh lubricant to the lubrication system , input valves for controlling the flow from the containers and a control unit for controlling the flow through the input valves , the method comprising the steps of - connecting a first container of the plurality of containers being filled with fresh lubricant to the lubricant consumer and having a second container of the plurality of containers being filled with fresh lubricant disconnected from the lubricant consumer , - extracting fresh lubricant from the first container by means of the pump , - monitoring if the first container is empty and/or monitoring the filling level of the first container, and - connecting the second container to the lubricant consumer when the first container is empty or when the filling level of the first container is lower than a predefined value, characterized in that the method further comprises the steps of - monitoring how long the fresh lubricant is stored in the different containers in particular by keeping track of the time when the containers were refilled or replaced, and - connecting the containers to the lubricant consumer according to the time when the containers were refilled or replaced in such a way that containers containing fresh lubricant stored for a longer time are connected first. - connecting a first container of the plurality of containers being filled with fresh lubricant to the lubricant consumer and having a second container of the plurality of containers being filled with fresh lubricant disconnected from the lubricant consumer , - extracting fresh lubricant from the first container by means of the pump , - monitoring if the first container is empty and/or monitoring the filling level of the first container, and - connecting the second container to the lubricant consumer when the first container is empty or when the filling level of the first container is lower than a predefined value, - monitoring how long the fresh lubricant is stored in the different containers in particular by keeping track of the time when the containers were refilled or replaced, and - connecting the containers to the lubricant consumer according to the time when the containers were refilled or replaced in such a way that containers containing fresh lubricant stored for a longer time are connected first.
A method for wireless communications at a first device , comprising: identifying a transmission configuration for a carrier bandwidth allocated for communications with a second device , the transmission configuration indicating a resource block group size and a bandwidth part size; calculating a number of resource block groups for the transmission configuration based at least in part on the resource block group size and the bandwidth part size and according to a first resource allocation type; designating the resource block group size for the transmission configuration as equal to the bandwidth part size based at least in part on the calculated number of resource block groups being equal to one; and communicating with the second device using the carrier bandwidth according to the transmission configuration. identifying a transmission configuration for a carrier bandwidth allocated for communications with a second device , the transmission configuration indicating a resource block group size and a bandwidth part size; calculating a number of resource block groups for the transmission configuration based at least in part on the resource block group size and the bandwidth part size and according to a first resource allocation type; designating the resource block group size for the transmission configuration as equal to the bandwidth part size based at least in part on the calculated number of resource block groups being equal to one; and communicating with the second device using the carrier bandwidth according to the transmission configuration.
An adhesive composition comprising: - at least one hydrocarbon resin in amount of at most 40% by weight with respect to the total weight of the composition; - at least one polyolefin derived from the polymerization of ethylene and/or propylene through metallocene catalysis and having a density in the range from 0.8 to 0.9 g/cm 3 ; and - ethylene vinyl acetate (EVA) copolymer in an amount of at most 15% by weight with respect to the total weight of the composition. - at least one hydrocarbon resin in amount of at most 40% by weight with respect to the total weight of the composition; - at least one polyolefin derived from the polymerization of ethylene and/or propylene through metallocene catalysis and having a density in the range from 0.8 to 0.9 g/cm 3 ; and - ethylene vinyl acetate (EVA) copolymer in an amount of at most 15% by weight with respect to the total weight of the composition.
A vibrating hand held surgical instrument for loosening tissue of a patient for liposuction or body contouring procedures, the instrument comprising: a housing and an end effector extending distally from the housing, the end effector being selected from a cannula and a rod, a motor having a rotating shaft ; a rotating flexible shaft having a first end and a second end, the first end operatively connected to the shaft of the motor; and a vibration actuator contained within the housing, the actuator including an eccentric rotating mass operatively connected to the second end of the rotating flexible shaft ; wherein the cannula or rod extends distally from the housing containing the eccentric mass , the cannula or rod being operatively connected to the vibration actuator, wherein the motor rotates the eccentric mass to cause the cannula or rod to vibrate to loosen tissue. a housing and an end effector extending distally from the housing, the end effector being selected from a cannula and a rod, a motor having a rotating shaft ; a rotating flexible shaft having a first end and a second end, the first end operatively connected to the shaft of the motor; and a vibration actuator contained within the housing, the actuator including an eccentric rotating mass operatively connected to the second end of the rotating flexible shaft ; wherein the cannula or rod extends distally from the housing containing the eccentric mass , the cannula or rod being operatively connected to the vibration actuator, wherein the motor rotates the eccentric mass to cause the cannula or rod to vibrate to loosen tissue.
An anti-FcRn antibody or binding fragment thereof comprising (i) a heavy chain or heavy chain fragment having a variable region comprising the sequence given in SEQ ID NO:25 and (ii) a light chain or light chain fragment having a variable region comprising the sequence given in SEQ ID NO: 16.
A mixing chamber for hydrating ingredients comprising: an ingredients inlet configured to deliver the ingredients to an accumulation chamber ; a conically-shaped diverter in the accumulation chamber configured to direct the ingredients toward a wall of the accumulation chamber , wherein the wall of the accumulation chamber is tapered inwardly to redirect the ingredients back towards a center of a mixing chamber and wherein the diverter has a taper that is opposite to the taper of the accumulation chamber ; a mixing tube configured to receive the ingredients from the accumulation chamber ; and a discharge nozzle that is located beneath the diverter downwardly directed and is configured to discharge a liquid so that the liquid uniformly contacts the ingredients after the ingredients pass chamber . an ingredients inlet configured to deliver the ingredients to an accumulation chamber ; a conically-shaped diverter in the accumulation chamber configured to direct the ingredients toward a wall of the accumulation chamber , wherein the wall of the accumulation chamber is tapered inwardly to redirect the ingredients back towards a center of a mixing chamber and wherein the diverter has a taper that is opposite to the taper of the accumulation chamber ; a mixing tube configured to receive the ingredients from the accumulation chamber ; and a discharge nozzle that is located beneath the diverter downwardly directed and is configured to discharge a liquid so that the liquid uniformly contacts the ingredients after the ingredients pass chamber .
A yarn inserting arrangement for an automatic piecing unit of a ring spinning machine, the yarn inserting arrangement comprising: a suction tube adapted to receive a lifted end of a broken yarn from a cop of the ring spinning machine, the suction tube being configured to be positioned above the cop ; a gripping arm adapted to pull the broken yarn in between the suction tube and the cop ; the gripping arm being configured to move downwards to a position proximal to a ring position of a ring rail of the ring spinning machine; and a rocker arm adapted to pull the broken yarn after the gripping arm moves downwards to the position proximal to the ring position of the ring rail ; wherein the gripping arm is configured such that in the position in which the gripping arm with the pulled yarn reaches downwards proximal to the ring of the ring rail , the broken yarn forms a V-shape between the suction tube , the gripping arm and a balloon control ring of the ring spinning machine surrounding the cop ; and wherein the gripping arm and the rocker arm are configured such that in the position in which the rocker arm pulls the broken yarn present in between the balloon control ring surrounding the cop and the gripping arm , the broken yarn forms a V-shape between the balloon control ring , the rocker arm and the gripping arm ; and the broken yarn hooked in the gripping arm and the rocker arm is substantially tangential to the ring of the ring rail , for insertion of the broken yarn into a rotatable traveler positioned in the ring of the ring rail . a suction tube adapted to receive a lifted end of a broken yarn from a cop of the ring spinning machine, the suction tube being configured to be positioned above the cop ; a gripping arm adapted to pull the broken yarn in between the suction tube and the cop ; the gripping arm being configured to move downwards to a position proximal to a ring position of a ring rail of the ring spinning machine; and a rocker arm adapted to pull the broken yarn after the gripping arm moves downwards to the position proximal to the ring position of the ring rail ; wherein the gripping arm is configured such that in the position in which the gripping arm with the pulled yarn reaches downwards proximal to the ring of the ring rail , the broken yarn forms a V-shape between the suction tube , the gripping arm and a balloon control ring of the ring spinning machine surrounding the cop ; and wherein the gripping arm and the rocker arm are configured such that in the position in which the rocker arm pulls the broken yarn present in between the balloon control ring surrounding the cop and the gripping arm , the broken yarn forms a V-shape between the balloon control ring , the rocker arm and the gripping arm ; and the broken yarn hooked in the gripping arm and the rocker arm is substantially tangential to the ring of the ring rail , for insertion of the broken yarn into a rotatable traveler positioned in the ring of the ring rail .
An X-ray analysis device comprising: a sample stage for supporting a sample ; an N-dimensional detector , wherein N is an integer of one or two; and an analyzer including one or more analyzer crystals , wherein a detection surface of the N-dimensional detector has a first detection area (D1) and a second detection area (D2) placed apart from the first detection area (D1) and distinguished from the first detection area (D1) for detection, a plurality of optical paths in which a diffracted X-ray from the sample travels includes a first optical path (P1) that directly reaches the first detection area (D1) and a second optical path (P2) that reaches the second detection area (D2) via the one or more analyzer crystals , and the N-dimensional detector is configured to perform a measurement of the first optical path (P1) by X-ray detection of the first detection area (D1), and to perform a measurement of the second optical path (P2) by X-ray detection of the second detection area (D2). a sample stage for supporting a sample ; an N-dimensional detector , wherein N is an integer of one or two; and an analyzer including one or more analyzer crystals , wherein a detection surface of the N-dimensional detector has a first detection area (D1) and a second detection area (D2) placed apart from the first detection area (D1) and distinguished from the first detection area (D1) for detection, a plurality of optical paths in which a diffracted X-ray from the sample travels includes a first optical path (P1) that directly reaches the first detection area (D1) and a second optical path (P2) that reaches the second detection area (D2) via the one or more analyzer crystals , and the N-dimensional detector is configured to perform a measurement of the first optical path (P1) by X-ray detection of the first detection area (D1), and to perform a measurement of the second optical path (P2) by X-ray detection of the second detection area (D2).
A thermal radiation screen for a magnet system comprising a multitude of overlapping elongate thermal conductors that are electrically conductive, including: - at least one thermally non-conducting opaque layer that is non-transparent in the infrared wavelength range and is arranged in between or covering the elongate thermal conductors and - the thermally non-conducting opaque layer being in thermal contact with at least some of the elongate thermal conductors - at least one thermally non-conducting opaque layer that is non-transparent in the infrared wavelength range and is arranged in between or covering the elongate thermal conductors and - the thermally non-conducting opaque layer being in thermal contact with at least some of the elongate thermal conductors
Hydraulic gearbox actuator with a hydraulic pump , which has a pump body , in which a rotor is arranged, wherein a drive motor is provided with which the rotor can be driven in opposite directions, wherein two working chambers which are separated from each other, are formed in the pump body , said working chambers each having two openings (A, B, C, D), characterized in that at least three openings (A, B, D) are connected to a respective pressure supply circuit, the one side of which is connected to a reservoir and the other side of which is connected to one of three pressure outlets of the gearbox actuator .
A circuit for protecting an electronic component of an electronic device against an overvoltage signal , the circuit comprising: a voltage switchable dielectric (VSD) material (204; 410) embedded in a substrate , the VSD material (204; 410) disposed between a first point located along an expected ESD signal path and a second point located within the device, the VSD material (204; 410) having a characteristic voltage level; wherein the VSD material (204; 410) is configured to transmit to the second point a first portion of the overvoltage signal present at the first point when a voltage of the overvoltage signal exceeds the characteristic voltage level; characterised in that it further comprises a circuit element disposed between the first point and the electronic component ; wherein the circuit element is configured to transmit a second portion of the overvoltage signal to the electronic component while modifying at least one signal characteristic of the second portion of the overvoltage signal . a voltage switchable dielectric (VSD) material (204; 410) embedded in a substrate , the VSD material (204; 410) disposed between a first point located along an expected ESD signal path and a second point located within the device, the VSD material (204; 410) having a characteristic voltage level; wherein the VSD material (204; 410) is configured to transmit to the second point a first portion of the overvoltage signal present at the first point when a voltage of the overvoltage signal exceeds the characteristic voltage level; characterised in that it further comprises a circuit element disposed between the first point and the electronic component ; wherein the circuit element is configured to transmit a second portion of the overvoltage signal to the electronic component while modifying at least one signal characteristic of the second portion of the overvoltage signal .
A method for selecting a user signature vector, implemented by a user terminal, the method comprising: acquiring a measurement result of an actual channel state of the terminal; determining , based on the measurement result and a preset measurement threshold, a measurement result interval to which the measurement result belongs; characterized by determining , based on a preset correspondence between measurement result intervals and user signature vector sets, a candidate user signature vector set corresponding to the measurement result interval to which the measurement result belongs, wherein the candidate user signature vector set comprises one or more user signature vectors; and selecting the user signature vector from the candidate user signature vector set, wherein the user signature vector is for grant-free non-orthogonal uplink transmission. acquiring a measurement result of an actual channel state of the terminal; determining , based on the measurement result and a preset measurement threshold, a measurement result interval to which the measurement result belongs; characterized by determining , based on a preset correspondence between measurement result intervals and user signature vector sets, a candidate user signature vector set corresponding to the measurement result interval to which the measurement result belongs, wherein the candidate user signature vector set comprises one or more user signature vectors; and selecting the user signature vector from the candidate user signature vector set, wherein the user signature vector is for grant-free non-orthogonal uplink transmission.
A screen for a head-up display device comprising: a main body layer sandwiched between a first concave optical surface located at an observation side and a second convex optical surface located at a side opposite to the observation side, characterized in that thickness of the main body layer becomes thinner from center toward periphery with regard to a lateral direction (D2) which is perpendicular to a reference plane (SH1), and variation of the thickness of the main body layer with regard to a vertical direction (D1) parallel to the reference plane (SH1) is different between the central part and the peripheral part with regard to the lateral direction (D2). a main body layer sandwiched between a first concave optical surface located at an observation side and a second convex optical surface located at a side opposite to the observation side, characterized in that thickness of the main body layer becomes thinner from center toward periphery with regard to a lateral direction (D2) which is perpendicular to a reference plane (SH1), and variation of the thickness of the main body layer with regard to a vertical direction (D1) parallel to the reference plane (SH1) is different between the central part and the peripheral part with regard to the lateral direction (D2).