mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: receiving, from a controller device , controller input that identifies a pose of a user's hand , including identifying postures of a plurality of fingers of the user's hand; determining, by a computing device , a degree of similarity of the controller input to a predefined target input, wherein determining the degree of similarity includes determining deviations of values of the controller input that identify the postures of the plurality of fingers from corresponding values of the predefined target input; rendering in a virtual space a virtual hand that corresponds to the controller device, characterized in that when the degree of similarity exceeds a predefined threshold, then the virtual hand is rendered so that a pose of the virtual hand transitions to a predefined hand pose, such that postures of fingers of the virtual hand corresponding to the plurality of fingers of the user's hand are animated transitioning to predefined finger postures of the predefined hand pose, wherein the pose of the user's hand approximates the predefined hand pose when the degree of similarity exceeds the predefined threshold, and wherein when the degree of similarity does not exceed the predefined threshold, then the virtual hand is rendered so that the pose of the virtual hand dynamically changes in response to changes in the controller input. receiving, from a controller device , controller input that identifies a pose of a user's hand , including identifying postures of a plurality of fingers of the user's hand; determining, by a computing device , a degree of similarity of the controller input to a predefined target input, wherein determining the degree of similarity includes determining deviations of values of the controller input that identify the postures of the plurality of fingers from corresponding values of the predefined target input; rendering in a virtual space a virtual hand that corresponds to the controller device, characterized in that when the degree of similarity exceeds a predefined threshold, then the virtual hand is rendered so that a pose of the virtual hand transitions to a predefined hand pose, such that postures of fingers of the virtual hand corresponding to the plurality of fingers of the user's hand are animated transitioning to predefined finger postures of the predefined hand pose, wherein the pose of the user's hand approximates the predefined hand pose when the degree of similarity exceeds the predefined threshold, and wherein when the degree of similarity does not exceed the predefined threshold, then the virtual hand is rendered so that the pose of the virtual hand dynamically changes in response to changes in the controller input.
A telephone on-hook/off-hook state communication system comprising a first part operable to interconnect between a telephone apparatus and a pair of conductors and a second part operable to interconnect between the pair of conductors and a telephone adapter unit , the first part including a variable impedance and means for changing the impedance of the variable impedance such that an alternating current/voltage of a signal flowing through the impedance at a predetermined frequency (f) greater than zero changes in response to the telephone apparatus transitioning between an on-hook state and an off-hook state, the second part including an off-hook detector for generating the signal and detecting the change in the alternating current/voltage caused by the change in the impedance of the variable impedance of the first part at the predetermined frequency greater than zero via the pair of conductors.
A vertical reciprocating lift , comprising: a vertically directed track assembly that extends between a first floor level and a second floor level ; a first gear of a vertically directed linear actuator that extends between the first floor level and the second floor level ; and a lift platform comprising a continuous contact roller exposed through an opening in a top surface of the lift platform , a platform guide assembly for engagement with the vertically directed track assembly , a second gear of the linear actuator, and a motion translation mechanism mechanically coupled between the continuous contact roller and the second gear of the linear actuator , characterised in that the lift platform further comprises an engagement dock which comprises an arresting mechanism configured to arrest at least one of the motion translation mechanism or the second gear of the linear actuator when a mating dock connector of a robotic drive unit is disengaged from the engagement dock ; and the vertical reciprocating lift is configured such that, when the engagement dock is engaged with the mating dock connector of the robotic drive unit , and with at least one drive wheel of the robotic drive unit positioned over the continuous contact roller , the lift platform can either be raised or lowered between the first floor level and the second floor level by application of motive forces by the at least one drive wheel of the robotic drive unit to the continuous contact roller . a vertically directed track assembly that extends between a first floor level and a second floor level ; a first gear of a vertically directed linear actuator that extends between the first floor level and the second floor level ; and a lift platform comprising a continuous contact roller exposed through an opening in a top surface of the lift platform , a platform guide assembly for engagement with the vertically directed track assembly , a second gear of the linear actuator, and a motion translation mechanism mechanically coupled between the continuous contact roller and the second gear of the linear actuator , characterised in that the lift platform further comprises an engagement dock which comprises an arresting mechanism configured to arrest at least one of the motion translation mechanism or the second gear of the linear actuator when a mating dock connector of a robotic drive unit is disengaged from the engagement dock ; and the vertical reciprocating lift is configured such that, when the engagement dock is engaged with the mating dock connector of the robotic drive unit , and with at least one drive wheel of the robotic drive unit positioned over the continuous contact roller , the lift platform can either be raised or lowered between the first floor level and the second floor level by application of motive forces by the at least one drive wheel of the robotic drive unit to the continuous contact roller .
Modular teat cup system, comprising a plurality of first sleeve parts , each adapted to insert an elastic teat holder (190; 290), and a plurality of second sleeve parts (120; 220), each of which can be coupled to each of the first sleeve parts in order to achieve operational readiness and can be uncoupled from the first sleeve parts (110; 210), wherein a teat cup sleeve (100; 200) can be assembled from one of the first sleeve parts and one of the second sleeve parts, wherein the first sleeve parts (110; 210) are available with different lengths for adaptation to elastic teat holders of different lengths for different animal species or teat lengths and/or different milking conditions. a plurality of first sleeve parts , each adapted to insert an elastic teat holder (190; 290), and a plurality of second sleeve parts (120; 220), each of which can be coupled to each of the first sleeve parts in order to achieve operational readiness and can be uncoupled from the first sleeve parts (110; 210), wherein a teat cup sleeve (100; 200) can be assembled from one of the first sleeve parts and one of the second sleeve parts, wherein the first sleeve parts (110; 210) are available with different lengths for adaptation to elastic teat holders of different lengths for different animal species or teat lengths and/or different milking conditions.
A method of forming a particle, the method comprising: in a disperse phase within an aqueous suspension, polymerizing a plurality of mer units of a hydrophilic monomer having a hydrophobic protection group, thereby forming a polymeric particle including a plurality of the hydrophobic protection groups, wherein the hydrophilic monomer is a radically polymerizable monomer and the dispersed phase further includes a diacrylamide crosslinker having a hydrophobic protection group.; and converting the polymeric particle to a hydrophilic particle. in a disperse phase within an aqueous suspension, polymerizing a plurality of mer units of a hydrophilic monomer having a hydrophobic protection group, thereby forming a polymeric particle including a plurality of the hydrophobic protection groups, wherein the hydrophilic monomer is a radically polymerizable monomer and the dispersed phase further includes a diacrylamide crosslinker having a hydrophobic protection group.; and converting the polymeric particle to a hydrophilic particle.
A communication jack configured to be mated with a RJ45 communication plug having a plurality of plug contacts, said communication jack comprising: a housing with an aperture for receiving said communication plug; a front sled positioned in the housing; and a plurality of plug interface contacts at least partially received in said aperture, each of the plurality of plug interface contacts including a respective free end proximal said aperture, and a respective end distal said aperture, said distal ends fixed within said jack, wherein each of said free ends includes a spring section , wherein each plug interface contact is supported at said free end by a floor of a respective slot included in the front sled , and wherein each slot includes a pair of opposing latches which hold the respective plug interface contact in proximity to the floor of the respective slot . a housing with an aperture for receiving said communication plug; a front sled positioned in the housing; and a plurality of plug interface contacts at least partially received in said aperture, each of the plurality of plug interface contacts including a respective free end proximal said aperture, and a respective end distal said aperture, said distal ends fixed within said jack, wherein each of said free ends includes a spring section , wherein each plug interface contact is supported at said free end by a floor of a respective slot included in the front sled , and wherein each slot includes a pair of opposing latches which hold the respective plug interface contact in proximity to the floor of the respective slot .
A method of flying a fly-by-wire aircraft , comprising: flying the aircraft in a proportional ground control mode using a control interface of the aircraft; characterised by : activating a trim follow up function at the control interface while flying the aircraft in the proportional ground control mode, and transitioning, with the trim follow up function activated, from the proportional ground control mode into a model following controls mode, wherein activating the trim follow up function feeds an input from a control device of the aircraft to at least one integrator and maintains the control device of the aircraft in a detent position during the transition from the proportional ground control mode to the model following controls mode. flying the aircraft in a proportional ground control mode using a control interface of the aircraft; characterised by : activating a trim follow up function at the control interface while flying the aircraft in the proportional ground control mode, and transitioning, with the trim follow up function activated, from the proportional ground control mode into a model following controls mode, wherein activating the trim follow up function feeds an input from a control device of the aircraft to at least one integrator and maintains the control device of the aircraft in a detent position during the transition from the proportional ground control mode to the model following controls mode. activating a trim follow up function at the control interface while flying the aircraft in the proportional ground control mode, and transitioning, with the trim follow up function activated, from the proportional ground control mode into a model following controls mode, wherein activating the trim follow up function feeds an input from a control device of the aircraft to at least one integrator and maintains the control device of the aircraft in a detent position during the transition from the proportional ground control mode to the model following controls mode.
A resource allocation method, comprising: Receiving , by a terminal, first uplink power control common configuration information of a first cell and second uplink power control common configuration information of a second cell from a first base station, the first cell being a cell served by the first base station, the second cell being a cell served by a second base station; acquiring, by the terminal, power headroom report -PHR-information according to the first and the second uplink power control common configuration information; and sending, by the terminal, the PHR information to the first base station. Receiving , by a terminal, first uplink power control common configuration information of a first cell and second uplink power control common configuration information of a second cell from a first base station, the first cell being a cell served by the first base station, the second cell being a cell served by a second base station; acquiring, by the terminal, power headroom report -PHR-information according to the first and the second uplink power control common configuration information; and sending, by the terminal, the PHR information to the first base station.
A joint assistive and locking device for a hand, comprising: - a support structure positioned on the wrist joint, adapted to fit the wrist of said hand; - at least one tensioning system , fixed in the support structure ; - a locking system , coupled to the at least one tensioning system , comprising a movable part which engages on said tensioning system ; - at least one artificial tendon support , adapted to fit around at least a finger of said hand; - at least one artificial tendon , adapted to extend along the length of the respective finger of the hand, connected to the at least one tensioning system and to the at least one artificial tendon support ; wherein the locking system comprises: an electronic circuit board , a battery , at least one tendon pressure sensor that receives muscle signals, and a locking actuator adapted to mechanically lock and unlock the at least one tensioning system through means of the movable part accordingly with the information provided by the at least one tendon pressure sensor allowing the respective finger of said hand to hold in closed position or to open, respectively. - a support structure positioned on the wrist joint, adapted to fit the wrist of said hand; - at least one tensioning system , fixed in the support structure ; - a locking system , coupled to the at least one tensioning system , comprising a movable part which engages on said tensioning system ; - at least one artificial tendon support , adapted to fit around at least a finger of said hand; - at least one artificial tendon , adapted to extend along the length of the respective finger of the hand, connected to the at least one tensioning system and to the at least one artificial tendon support ;
A side plate (10; 30A, 30B) for an energy guide chain for guiding lines using chain links which comprise two opposing side plates which are connected together via at least one crosspiece, wherein the side plate (10; 30A, 30B) has a one-piece plate body of plastics material with two overlap regions (11A, 11B; 31A-31D), in each case for swivelable connection to a corresponding overlap region of an adjoining plate, and a central region (12; 32A, 32B) between the overlap regions; and wherein the overlap regions and the central region have a number of cross-sectional transitions, in each case between two outer subsurfaces, at least one cross-sectional transition of which between a first subsurface (F11, F21, F31) of the plate body and a second subsurface (F12, F22, F32) extending at an angle, in particular an angle 90°, to said first subsurface, is rounded or chamfered (Q1-Q5); wherein the at least one cross-sectional transition (Q1-Q5) is delimited by an envelope transition curve (C) with a course such that, for a starting point (PA) of the transition curve (C) at the first subsurface (F11, F21, F31), which is located at a distance A from the intersection curve of the first subsurface with second subsurface, the endpoint (PZ) of the transition curve (C) at the second subsurface (F12, F22, F32) is located at a distance Z from said intersection curve, with 1.7 · A ≤ Z ≤ 4.0 · A, in particular with 2.3 · A ≤ Z ≤ 3.4 · A, and such that the cross-sectional area of the cross-sectional transition (Q1-Q5) decreases continuously along the transition curve (C) from the starting point (PA) to the endpoint (PZ).
Locking finger for a molding unit, the molding unit comprising a container molding cavity delimited at least by a first shell fixed onto a first mold-holder and by a second shell fixed onto a second mold-holder that can move relative to the first mold-holder between an open position and a closed position, the first mold-holder comprising a member for controlling the locking finger and the second mold-holder comprising a locking opening , the locking finger comprising: - an interface for mechanically coupling to the control member , and - a locking portion designed to cooperate with the locking opening in closed position, characterized in that the locking portion comprises an anti-friction composite material. - an interface for mechanically coupling to the control member , and - a locking portion designed to cooperate with the locking opening in closed position,
Disc brake pad return spring to be mounted between the pad and a fixed point, said spring being configured to, after mounting in the disc brake, elastically deform such as to return the brake pad to a retracted position in relation to the brake disc after a braking phase, and deform plastically to compensate for the wear of an assembly formed by the brake disk and a brake pad lining, wherein the spring includes a first portion fixed to the brake pad, a second portion fixed to the fixed point, and a third portion connecting the first fixed portion and the second fixed portion , said substantially V-shaped third portion including a first leg and a second leg connected by a first fold (P1), the free ends of the first and second legs respectively being connected respectively to the first fixed portion and to the second fixed portion , wherein the first leg includes a second fold (P2) transverse to a longitudinal axis of the first leg such that the first leg includes two parts in two different planes, and characterized in that , before mounting, the second leg is substantially planar and is such that when the second fixed portion is fixed to the fixed point, said second leg deforms plastically along a third fold (P3) such that the second leg , after mounting, includes two parts in two different planes.
A rotary vane steering gear, comprising a rotary vane hydraulic actuator, that has a body divided into a movable part that creates a rotor and a stationary part that creates a stator, where both parts together confine an internal hydraulic space in the shape of a toroid with the rotation axis (X-X), and of a rudder stock placed in the rotation axis (X-X), is characterised in that the body is divided by a plane (A-A), that crosses the space perpendicularly to the rotation axis (X-X), and in case of the space of circular toroid shape by plane (A-A) that crosses the space perpendicularly to the rotation axis (X-X) and the center point of the circle delimiting the space, into the rotor (1.1) and the stator (1.2) bound by two thrust rings (1.7a) and (1.7b), that are fastened concentrically on the both opposite sides of the hydraulic space each to the respective edge of one body part and that overlap the other body part radially, to create in conjunction with both body parts two concentric slewing bearings that keep the rotor (1.1) and the stator (1.2) in one axial and radial position to each other and enable the rotor to rotate in relation to the stator around the rotation axis (X-X).
An industrial truck , comprising: a drive frame , a load frame , which is liftable with respect to the drive frame , a drive frame cover , which is provided for at least partly covering the drive frame , a load frame cover , which is provided for at least partly covering the load frame , characterized in that the drive frame cover comprises a curved portion , wherein the curved portion and the load frame cover overlap one another, wherein the curved portion comprises a curvature , which is aligned with a curved movement path of the load frame cover with respect to the drive frame cover for providing a clearance and/or a guidance between the curved portion and the load frame cover , and, wherein the curved movement path of the load frame cover is effected by a kinematic system , which interconnects the drive frame and the load frame . a drive frame , a load frame , which is liftable with respect to the drive frame , a drive frame cover , which is provided for at least partly covering the drive frame , a load frame cover , which is provided for at least partly covering the load frame , characterized in that the drive frame cover comprises a curved portion , wherein the curved portion and the load frame cover overlap one another, wherein the curved portion comprises a curvature , which is aligned with a curved movement path of the load frame cover with respect to the drive frame cover for providing a clearance and/or a guidance between the curved portion and the load frame cover , and, wherein the curved movement path of the load frame cover is effected by a kinematic system , which interconnects the drive frame and the load frame .
Manipulator system comprising a robotic manipulator , wherein the manipulator comprises sensors for detecting a force and/or a torque applied onto the manipulator from outside, wherein by applying a force and/or a torque on the manipulator from outside, input instructions for the manipulator can be generated for the operation of the manipulator system, wherein the manipulator system further comprises an augmented reality display device via which locations on the manipulator are displayed at which an instruction for the robotic manipulator is generated by the application of a force and/or a torque from outside, wherein it is displayed at a corresponding location of the manipulator , which instruction is generated at the corresponding location by the application of a force and/or a torque, so that the user directly and intuitively realizes which effects the application of a force and/or a torque at a particular location of the manipulator will have. a robotic manipulator , wherein the manipulator comprises sensors for detecting a force and/or a torque applied onto the manipulator from outside, wherein by applying a force and/or a torque on the manipulator from outside, input instructions for the manipulator can be generated for the operation of the manipulator system, wherein the manipulator system further comprises an augmented reality display device via which locations on the manipulator are displayed at which an instruction for the robotic manipulator is generated by the application of a force and/or a torque from outside, wherein it is displayed at a corresponding location of the manipulator , which instruction is generated at the corresponding location by the application of a force and/or a torque, so that the user directly and intuitively realizes which effects the application of a force and/or a torque at a particular location of the manipulator will have.