mhurhangee/ep-ind-claims huggingface dataset:
A resource access method for an Internet of Things network comprising: sending, by the client and based on a constrained application protocol, an authorization request to an authorization server, wherein the authorization request carries instruction information that is used to instruct to obtain an authorization information identifier, wherein the authorization information identifier comprises an access token identifier and/or a digital signature of the authorization server; receiving, by the client, the authorization information identifier of authorization information that is generated by the authorization server according to the instruction information; sending, by the client, to a resource server, a resource access request carrying the authorization information identifier; and receiving, by the client, a resource access response returned by the resource server, wherein the resource access response is returned after the resource server receives, according to the authorization information identifier, an authorization response sent by the authorization server. sending, by the client and based on a constrained application protocol, an authorization request to an authorization server, wherein the authorization request carries instruction information that is used to instruct to obtain an authorization information identifier, wherein the authorization information identifier comprises an access token identifier and/or a digital signature of the authorization server; receiving, by the client, the authorization information identifier of authorization information that is generated by the authorization server according to the instruction information; sending, by the client, to a resource server, a resource access request carrying the authorization information identifier; and receiving, by the client, a resource access response returned by the resource server, wherein the resource access response is returned after the resource server receives, according to the authorization information identifier, an authorization response sent by the authorization server.
An aircraft, comprising: an airframe; a rotor, which is rotatable relative to the airframe and which generates a rotor induced vibration; an engine to generate rotational energy; a drive portion to transfer the rotational energy from the engine; a gearbox disposed to transmit the rotational energy from the drive portion to the rotor to drive rotor rotation; support members connecting the gearbox to the airframe; and an actuation system configured to generate an anti-vibration load applicable to the gearbox via an actuator comprising a single point actuator, the single point actuator comprising: an actuator element disposed along one of the support members; and a stinger element extending from the actuator element to a Z stinger mounting point to transmit a portion of the anti-vibration load from the actuator element to the stinger mounting point to counter the rotor induced vibration at the gearbox; characterized in that the stinger mounting point is a connection point of the support member and the gearbox and is coupled to the gearbox directly such that anti-vibration loads for the single point actuator are applied proximate to an upper end of the support member and to the gearbox directly. an airframe; a rotor, which is rotatable relative to the airframe and which generates a rotor induced vibration; an engine to generate rotational energy; a drive portion to transfer the rotational energy from the engine; a gearbox disposed to transmit the rotational energy from the drive portion to the rotor to drive rotor rotation; support members connecting the gearbox to the airframe; and an actuation system configured to generate an anti-vibration load applicable to the gearbox via an actuator comprising a single point actuator, the single point actuator comprising: an actuator element disposed along one of the support members; and a stinger element extending from the actuator element to a Z stinger mounting point to transmit a portion of the anti-vibration load from the actuator element to the stinger mounting point to counter the rotor induced vibration at the gearbox; characterized in that the stinger mounting point is a connection point of the support member and the gearbox and is coupled to the gearbox directly such that anti-vibration loads for the single point actuator are applied proximate to an upper end of the support member and to the gearbox directly. an actuator element disposed along one of the support members; and a stinger element extending from the actuator element to a Z stinger mounting point to transmit a portion of the anti-vibration load from the actuator element to the stinger mounting point to counter the rotor induced vibration at the gearbox; characterized in that the stinger mounting point is a connection point of the support member and the gearbox and is coupled to the gearbox directly such that anti-vibration loads for the single point actuator are applied proximate to an upper end of the support member and to the gearbox directly.
A removable orthodontic device (10, 10', 10"), comprising: an anchorage cap segment configured to be removably worn on anterior teeth of a dental arch of a patient; a moving cap segment configured to be removably worn at least one posterior tooth on a side of the dental arch; a pair of spring elements (13, 14) disposed between the anchorage cap segment and the moving cap segment on the buccal and lingual sides of the side of the dental arch to generate an elastic resilient force to move the moving cap segment relative to the anchorage cap segment; and a guiding wire (15, 16) having a U-shaped portion (151, 161) and two rod portions (152, 162) extending from both ends of the U-shaped portion (151, 161), wherein the U-shaped portion (151, 161) is embedded in and disposed around the buccal, lingual and distal sidewalls of the moving cap segment, and guiding channels (C') are formed in the buccal and lingual sidewalls of the anchorage cap segment, extending mesial-distally for receiving the two rod portions (152, 162) to guide the movement of the moving cap segment. an anchorage cap segment configured to be removably worn on anterior teeth of a dental arch of a patient; a moving cap segment configured to be removably worn at least one posterior tooth on a side of the dental arch; a pair of spring elements (13, 14) disposed between the anchorage cap segment and the moving cap segment on the buccal and lingual sides of the side of the dental arch to generate an elastic resilient force to move the moving cap segment relative to the anchorage cap segment; and a guiding wire (15, 16) having a U-shaped portion (151, 161) and two rod portions (152, 162) extending from both ends of the U-shaped portion (151, 161), wherein the U-shaped portion (151, 161) is embedded in and disposed around the buccal, lingual and distal sidewalls of the moving cap segment, and guiding channels (C') are formed in the buccal and lingual sidewalls of the anchorage cap segment, extending mesial-distally for receiving the two rod portions (152, 162) to guide the movement of the moving cap segment.
A driver for an acoustic transducer comprising: a moving diaphragm; a driver body formed of magnetic material and a permanent magnet, the driver body comprising: a center post composed of a first post portion formed of the magnetic material and a second post portion formed of the permanent magnet; an outer wall coupled to the center post via a bottom portion of the driver body; and an annular plate extending inwardly toward the center post from the outer wall; a moving coil coupled to the diaphragm, the moving coil disposed at least partially within an air gap formed between the annular plate and the center post; and a stationary coil disposed within a cavity defined by the annular plate, the outer wall, the bottom portion and the center post, wherein the annular plate comprises an upper lip disposed at an inward end of the annular plate, the upper lip extending away from the cavity to extend the air gap, wherein the annular plate comprises a lower lip disposed at the inward end of the annular plate, the lower lip extending into the cavity to extend the air gap, and wherein the lower lip is positioned between the moving coil and the stationary coil. a moving diaphragm; a driver body formed of magnetic material and a permanent magnet, the driver body comprising: a center post composed of a first post portion formed of the magnetic material and a second post portion formed of the permanent magnet; an outer wall coupled to the center post via a bottom portion of the driver body; and an annular plate extending inwardly toward the center post from the outer wall; a center post composed of a first post portion formed of the magnetic material and a second post portion formed of the permanent magnet; an outer wall coupled to the center post via a bottom portion of the driver body; and an annular plate extending inwardly toward the center post from the outer wall; a moving coil coupled to the diaphragm, the moving coil disposed at least partially within an air gap formed between the annular plate and the center post; and a stationary coil disposed within a cavity defined by the annular plate, the outer wall, the bottom portion and the center post, wherein the annular plate comprises an upper lip disposed at an inward end of the annular plate, the upper lip extending away from the cavity to extend the air gap, wherein the annular plate comprises a lower lip disposed at the inward end of the annular plate, the lower lip extending into the cavity to extend the air gap, and wherein the lower lip is positioned between the moving coil and the stationary coil.
A seating apparatus comprising: a) a base; b) a curved support bar having an upper backrest support portion and a lower seat support portion interconnected by a curved portion; c) one or more ramps; and d) one or more motion-facilitating components for interacting with the one or more ramps. a) a base; b) a curved support bar having an upper backrest support portion and a lower seat support portion interconnected by a curved portion; c) one or more ramps; and d) one or more motion-facilitating components for interacting with the one or more ramps.
An electric power steering apparatus for assisting steering of a steered wheel, comprising: an electric motor with a built-in controller for controlling rotation; a transmission mechanism for transmitting the rotation of the electric motor to a steering shaft; a connector with which a wiring from the controller is connected; a first casing in which the connector and the electric motor are to be mounted and which includes a work hole used for a wire connection operation of the controller and the connector; a lid member for closing the work hole after the wire connection operation; and a second casing to be fixed to the first casing while housing the transmission mechanism, the connector being used to pull out the wiring from the controller to the outside of the first casing, characterized in that the second casing includes a cover part for covering the lid member when said second casing is fixed to the first casing. an electric motor with a built-in controller for controlling rotation; a transmission mechanism for transmitting the rotation of the electric motor to a steering shaft; a connector with which a wiring from the controller is connected; a first casing in which the connector and the electric motor are to be mounted and which includes a work hole used for a wire connection operation of the controller and the connector; a lid member for closing the work hole after the wire connection operation; and a second casing to be fixed to the first casing while housing the transmission mechanism, the connector being used to pull out the wiring from the controller to the outside of the first casing, characterized in that the second casing includes a cover part for covering the lid member when said second casing is fixed to the first casing.
A display system for generating a virtual display, the display system comprising: a physical display; and a computing device comprising: a graphics processing unit including a first frame buffer storing first frames and a second frame buffer storing second frames; a processor operationally connected to the graphics processing unit, the processor is configured to: retrieve the content of the first frames and the content of the second frames from the graphics processing unit; combine the content of the first frames and the content of the second frames into third frames, wherein the third frames include the content of the first frames at least partially overlapped and obscured by the content of the second frames; and provide the third frames to the graphics processing unit; wherein the graphics processing unit is configured to provide the third frames to the physical display; wherein a user controllable pointer is displayed in an display image of the physical display, the display image having the content of the first frame, and characterised in that the system is configured so that the content of the second frame is only transferred to the physical display and simultaneously displayed with the content of the first frames if the user controllable pointer moves from being displayed in the display image on the physical display and enters a predefined area outside the physical display. a physical display; and a computing device comprising: a graphics processing unit including a first frame buffer storing first frames and a second frame buffer storing second frames; a processor operationally connected to the graphics processing unit, the processor is configured to: retrieve the content of the first frames and the content of the second frames from the graphics processing unit; combine the content of the first frames and the content of the second frames into third frames, wherein the third frames include the content of the first frames at least partially overlapped and obscured by the content of the second frames; and provide the third frames to the graphics processing unit; a graphics processing unit including a first frame buffer storing first frames and a second frame buffer storing second frames; a processor operationally connected to the graphics processing unit, the processor is configured to: retrieve the content of the first frames and the content of the second frames from the graphics processing unit; combine the content of the first frames and the content of the second frames into third frames, wherein the third frames include the content of the first frames at least partially overlapped and obscured by the content of the second frames; and provide the third frames to the graphics processing unit; retrieve the content of the first frames and the content of the second frames from the graphics processing unit; combine the content of the first frames and the content of the second frames into third frames, wherein the third frames include the content of the first frames at least partially overlapped and obscured by the content of the second frames; and provide the third frames to the graphics processing unit;
Compressed-air supply device for commercial vehicles, wherein the compressed-air supply device is or can be electrically connected to an electronic control device, and wherein the compressed-air supply device comprises: at least one control valve (16, 18) which can be actuated by means of the electronic control device, wherein the control valve (16, 18) has at least one inlet connection, one venting connection and one outlet connection; a control line which is connected to the outlet connection of the control valve (16, 18), wherein the control line is or can be connected to a control inlet of a compressor and/or an inlet of a regeneration valve (18, 58); a supply line (30, 56) via which compressed air is guided or can be guided to the inlet connection of the control valve (16, 18); a venting line which is connected to the venting connection of the control valve (16, 18), wherein the control valve (16, 18) can be vented via the venting line (46, 66); characterised in that the control valve (16, 18) is further embodied in such a way that, when there is a predetermined opening pressure in the supply line (30, 56), said control valve (16, 18) pneumatically brings about a fluid-conducting connection between the inlet connection and the outlet connection in such a way that the control line (52, 59) is ventilated. at least one control valve (16, 18) which can be actuated by means of the electronic control device, wherein the control valve (16, 18) has at least one inlet connection, one venting connection and one outlet connection; a control line which is connected to the outlet connection of the control valve (16, 18), wherein the control line is or can be connected to a control inlet of a compressor and/or an inlet of a regeneration valve (18, 58); a supply line (30, 56) via which compressed air is guided or can be guided to the inlet connection of the control valve (16, 18); a venting line which is connected to the venting connection of the control valve (16, 18), wherein the control valve (16, 18) can be vented via the venting line (46, 66); characterised in that the control valve (16, 18) is further embodied in such a way that, when there is a predetermined opening pressure in the supply line (30, 56), said control valve (16, 18) pneumatically brings about a fluid-conducting connection between the inlet connection and the outlet connection in such a way that the control line (52, 59) is ventilated.
An implantable cell device comprising: a membrane defining and enclosing a chamber; a distance means, within the chamber, for reducing diffusion distance for a biologically active factor to/across the membrane; and a support means, within the chamber, for increasing cell support surface area per unit volume of the chamber for distributing cells, wherein the support means comprises a plurality of bristles, a plurality of plates and/or a plurality of filaments secured to the distance means. a membrane defining and enclosing a chamber; a distance means, within the chamber, for reducing diffusion distance for a biologically active factor to/across the membrane; and a support means, within the chamber, for increasing cell support surface area per unit volume of the chamber for distributing cells, wherein the support means comprises a plurality of bristles, a plurality of plates and/or a plurality of filaments secured to the distance means.
A substrate side-deposition apparatus including a substrate mounting drum rotatable within a chamber and allowing at least one substrate to be inserted and mounted in a direction from a circumferential surface towards a center; and at least one source target (130; 131, 133, 135) configured to deposit wiring based on sputtering to a lateral side portion of the substrate exposed protruding from the circumferential surface of the substrate mounting drum, wherein the substrate side portion includes a lateral side of the substrate, and top and bottom sides (13, 15) of the substrate adjacent to the lateral side, and the wiring on the substrate side portion is formed to electrically connect a top circuit pattern formed on the top side of the substrate and a bottom circuit pattern formed on the bottom side of the substrate, wherein a plurality of substrate mounting slots is radially mounted to the substrate mounting drum for inserting and mounting a plurality of substrates, and wherein the source target includes a plurality of source targets (131, 133, 135), which include same metal targets or different metal targets, characterized in that said plurality of substrate mounting slots is detachably mounted to the substrate mounting drum, wherein at least two of the substrate mounting slots have a different size for inserting and mounting substrates of different sizes, and wherein the substrate side-deposition apparatus further comprises target shutters configured to cover the surfaces of other source targets (131, 133, 135) adjacent to a source target (131, 133, 135) performing the sputtering when the plurality of source targets (131, 133, 135) includes the different metal targets, wherein the target shutters are movable along a pair of rails. wherein the substrate side portion includes a lateral side of the substrate, and top and bottom sides (13, 15) of the substrate adjacent to the lateral side, and the wiring on the substrate side portion is formed to electrically connect a top circuit pattern formed on the top side of the substrate and a bottom circuit pattern formed on the bottom side of the substrate, wherein a plurality of substrate mounting slots is radially mounted to the substrate mounting drum for inserting and mounting a plurality of substrates, and wherein the source target includes a plurality of source targets (131, 133, 135), which include same metal targets or different metal targets, characterized in that said plurality of substrate mounting slots is detachably mounted to the substrate mounting drum, wherein at least two of the substrate mounting slots have a different size for inserting and mounting substrates of different sizes, and wherein the substrate side-deposition apparatus further comprises target shutters configured to cover the surfaces of other source targets (131, 133, 135) adjacent to a source target (131, 133, 135) performing the sputtering when the plurality of source targets (131, 133, 135) includes the different metal targets, wherein the target shutters are movable along a pair of rails.
A glove, which is designed in particular to practice an active, primarily winter sport activity and comprises a hand area with a wrist area directly attached thereto, wherein the wrist area stretches in the direction of the elbow as far as the end of the glove and has an opening with an inner end, characterized in that a cord is arranged so as to be pulled, said cord being connected in turn to a safety strap, wherein a free end of the safety strap is designed as a strap loop.
An apparatus, comprising: an encoder for encoding a target block in a picture by determining a plurality of predictors for the target block using bidirectional prediction and respectively utilizing the plurality of predictors as templates in a template matching prediction process to search for a plurality of additional predictors for the target block, each additional predictor being a reference block in the other reference picture list than the reference picture list where the corresponding predictor was determined, and using the additional predictors in a multi-hypothesis motion compensation prediction process to predict the target block by selecting the set of predictors that produces a minimum rate distortion cost between either bidirectional predictors only, or at least one of the additional predictors used with the bidirectional predictors. an encoder for encoding a target block in a picture by determining a plurality of predictors for the target block using bidirectional prediction and respectively utilizing the plurality of predictors as templates in a template matching prediction process to search for a plurality of additional predictors for the target block, each additional predictor being a reference block in the other reference picture list than the reference picture list where the corresponding predictor was determined, and using the additional predictors in a multi-hypothesis motion compensation prediction process to predict the target block by selecting the set of predictors that produces a minimum rate distortion cost between either bidirectional predictors only, or at least one of the additional predictors used with the bidirectional predictors.