mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, comprising: receiving, by a terminal, a first message including a pre-configured transmission resource configuration from a communication node; determining, by the terminal, that a timing advance, TA, is valid based on a Reference Signal Received Power, RSRP, change threshold and a TA validity timer; and transmitting, by the terminal, a physical uplink shared channel message on a pre-configured transmission resource associated with the pre-configured transmission resource configuration based on the determining that the TA is valid, and wherein the determining is further based on an RSRP change and the determining comprises: setting an RSRP of a serving cell as a reference RSRP, in response to receiving, by the terminal, both the pre-configured transmission resource configuration and a TA update indication; and determining the RSRP change based on a difference between a measured RSRP value of the serving cell and the reference RSRP. receiving, by a terminal, a first message including a pre-configured transmission resource configuration from a communication node; determining, by the terminal, that a timing advance, TA, is valid based on a Reference Signal Received Power, RSRP, change threshold and a TA validity timer; and transmitting, by the terminal, a physical uplink shared channel message on a pre-configured transmission resource associated with the pre-configured transmission resource configuration based on the determining that the TA is valid, and wherein the determining is further based on an RSRP change and the determining comprises: setting an RSRP of a serving cell as a reference RSRP, in response to receiving, by the terminal, both the pre-configured transmission resource configuration and a TA update indication; and determining the RSRP change based on a difference between a measured RSRP value of the serving cell and the reference RSRP. setting an RSRP of a serving cell as a reference RSRP, in response to receiving, by the terminal, both the pre-configured transmission resource configuration and a TA update indication; and determining the RSRP change based on a difference between a measured RSRP value of the serving cell and the reference RSRP.
A molded container for an aerosol dispenser, said molded container having a longitudinal axis defining a longitudinal direction, said molded container comprising: an open neck and a closed end bottom longitudinally opposed thereto, a sidewall joining said neck and said bottom, said molded container having an inner surface and an outer surface, and a valve cup disposed within said neck, characterized by the valve cup having an internal interlock molded therein, said internal interlock having an interlock diameter; and having a seal circumscribing an inner surface of the valve cup and having a seal diameter, said seal diameter being less than said interlock diameter; said seal being longitudinally proximate to said closed bottom, relative to said internal interlock; and a bag integrally molded with the valve cup. an open neck and a closed end bottom longitudinally opposed thereto, a sidewall joining said neck and said bottom, said molded container having an inner surface and an outer surface, and a valve cup disposed within said neck, characterized by the valve cup having an internal interlock molded therein, said internal interlock having an interlock diameter; and having a seal circumscribing an inner surface of the valve cup and having a seal diameter, said seal diameter being less than said interlock diameter; said seal being longitudinally proximate to said closed bottom, relative to said internal interlock; and a bag integrally molded with the valve cup.
A device for picking up, transferring and depositing products, provided with a frame which is moved in three axes (1x, 1y, 1z) by means of a system of motorized guides or a robotic arm and with pick-up elements for holding the product pieces, wherein the pick-up elements are movable along at least two guide rods (3d, 3p) which are movable in a single plane on the frame, wherein the movements of the pick-up elements take place perpendicular to the movements of the guide rods (3d, 3p), wherein the guide rods (3d, 3p) are linked to one another by means of levers arranged in the manner of a pantograph, wherein the guide rods (3d, 3p) are linked in such a way that at least two groups of guide rods (A, B) are formed, wherein each of the groups is driven by a motor, mounted on the guide rods (3d, 3p) themselves or on the frame, by a linear motor or by a pneumatic or hydraulic cylinder which acts between the guide rods and the frame, characterized in that: - either the pick-up elements, which are linked by levers arranged in the manner of a pantograph and are displaceable along the corresponding guide rods (3d, 3p), are driven via pairs of transverse rods (4a, 4b; 40a, 40b) which are movably (4x, 40x) mounted above and/or below the guide rods (3d, 3p), along the parallel sides of the frame, parallel to the guide rods (3d, 3p), and are connected to the outermost pick-up elements of the row of pick-up elements mounted on the same guide rod, and which are driven by a motor, mounted on the transverse rod (4a, 4b; 40a, 40b) or on the frame, or a hydraulic or pneumatic cylinder which acts between the transverse rod and the frame, - or the individual pick-up elements mounted on all or some of the guide rods (3d, 3p) are not connected by levers arranged in the manner of a pantograph, so as to be moved individually by a motor or a hydraulic or pneumatic cylinder which acts between said pick-up element and the corresponding guide rod (3d, 3p) and which is mounted on the pick-up element itself or on the corresponding guide rod. - either the pick-up elements, which are linked by levers arranged in the manner of a pantograph and are displaceable along the corresponding guide rods (3d, 3p), are driven via pairs of transverse rods (4a, 4b; 40a, 40b) which are movably (4x, 40x) mounted above and/or below the guide rods (3d, 3p), along the parallel sides of the frame, parallel to the guide rods (3d, 3p), and are connected to the outermost pick-up elements of the row of pick-up elements mounted on the same guide rod, and which are driven by a motor, mounted on the transverse rod (4a, 4b; 40a, 40b) or on the frame, or a hydraulic or pneumatic cylinder which acts between the transverse rod and the frame, - or the individual pick-up elements mounted on all or some of the guide rods (3d, 3p) are not connected by levers arranged in the manner of a pantograph, so as to be moved individually by a motor or a hydraulic or pneumatic cylinder which acts between said pick-up element and the corresponding guide rod (3d, 3p) and which is mounted on the pick-up element itself or on the corresponding guide rod.
A fluid jet device being provided with a fluid jet aperture section, and producing a jet of fluid from the fluid jet aperture section, the device comprising: a pulsation generation section (101, 301) including a fluid chamber (113, 313) whose capacity can be changed, a diaphragm (131, 331) configured to change the capacity of the fluid chamber (113, 313) and sealing one surface of the fluid chamber, a piezoelectric element affixed to the diaphragm for deformation thereof, an inlet fluid path (114, 314) linked through the fluid chamber with a volume smaller than that of the fluid chamber, and an outlet fluid path (112, 312) linked through the fluid chamber and the fluid jet aperture section with an inertance set smaller than that of the inlet fluid path; and a pressure generation section that supplies the fluid to the inlet fluid path, characterized in that at least either the inlet fluid path or the outlet fluid path is constituted by a groove formed on a joint surface of two side-wall configuring members connected together on a surface substantially parallel to the diaphragm and forming a side wall of the fluid chamber (113, 313). a pulsation generation section (101, 301) including a fluid chamber (113, 313) whose capacity can be changed, a diaphragm (131, 331) configured to change the capacity of the fluid chamber (113, 313) and sealing one surface of the fluid chamber, a piezoelectric element affixed to the diaphragm for deformation thereof, an inlet fluid path (114, 314) linked through the fluid chamber with a volume smaller than that of the fluid chamber, and an outlet fluid path (112, 312) linked through the fluid chamber and the fluid jet aperture section with an inertance set smaller than that of the inlet fluid path; and a pressure generation section that supplies the fluid to the inlet fluid path,
Box for food use, comprising: - a first tub, - a lid to close an opening of the first tub, - a second tub having an opening identical to that of the first tub, the tubs (2, 4) having complementing shapes and thus being stackable such that the first tub can close the opening of the second tub, in which the box comprises at least one pair of clip-fastening flaps (11, 12) pivotably hinged to the lid on first opposing edges of the lid, characterized in that each clip-fastening flap (11, 12) has a proximal clip to collaborate with a clip-fastening cavity formed under a rim of the opening of the first tub and has a distal clip to collaborate with a clip-fastening cavity formed under a rim of the opening of the second tub. - a first tub, - a lid to close an opening of the first tub, - a second tub having an opening identical to that of the first tub, the tubs (2, 4) having complementing shapes and thus being stackable such that the first tub can close the opening of the second tub, in which the box comprises at least one pair of clip-fastening flaps (11, 12) pivotably hinged to the lid on first opposing edges of the lid, characterized in that each clip-fastening flap (11, 12) has a proximal clip to collaborate with a clip-fastening cavity formed under a rim of the opening of the first tub and has a distal clip to collaborate with a clip-fastening cavity formed under a rim of the opening of the second tub.
An actuator for driving a damper between an open position and a closed position, comprising: - an actuator housing having an interior portion, the interior portion including: - a gear configured to rotate as the damper is opened and closed; - a cluster pinion coupled to the gear and rotating with the gear; - a locker rotatably coupled to a stopper and having a range of motion limited by the stopper; - the stopper being fixedly coupled to an interior surface in the interior portion, the stopper including a rib extending outwardly and limiting the range of motion of the locker, wherein the rib is configured to deform at a temperature exceeding a threshold and permit rotational movement of the locker towards the cluster pinion to engage the cluster pinion; and - a spring coupled to the locker, the spring configured to bias the locker against the rib and towards the cluster pinion. - an actuator housing having an interior portion, the interior portion including: - a gear configured to rotate as the damper is opened and closed; - a cluster pinion coupled to the gear and rotating with the gear; - a locker rotatably coupled to a stopper and having a range of motion limited by the stopper; - the stopper being fixedly coupled to an interior surface in the interior portion, the stopper including a rib extending outwardly and limiting the range of motion of the locker, wherein the rib is configured to deform at a temperature exceeding a threshold and permit rotational movement of the locker towards the cluster pinion to engage the cluster pinion; and - a spring coupled to the locker, the spring configured to bias the locker against the rib and towards the cluster pinion. - a gear configured to rotate as the damper is opened and closed; - a cluster pinion coupled to the gear and rotating with the gear; - a locker rotatably coupled to a stopper and having a range of motion limited by the stopper; - the stopper being fixedly coupled to an interior surface in the interior portion, the stopper including a rib extending outwardly and limiting the range of motion of the locker, wherein the rib is configured to deform at a temperature exceeding a threshold and permit rotational movement of the locker towards the cluster pinion to engage the cluster pinion; and - a spring coupled to the locker, the spring configured to bias the locker against the rib and towards the cluster pinion.
A packaging for a flexible secondary battery, comprising a first polymer resin layer; a barrier layer formed on the first polymer resin layer, wherein the barrier layer blocks water and gas, is 30 to 999 nm in thickness, is multi-layered, and comprises graphene, a dispersing agent, and pyrene as a flexible linking agent, in which there is π-π conjugation between the graphene and the pyrene; and a second polymer resin layer formed on the barrier layer. a first polymer resin layer; a barrier layer formed on the first polymer resin layer, wherein the barrier layer blocks water and gas, is 30 to 999 nm in thickness, is multi-layered, and comprises graphene, a dispersing agent, and pyrene as a flexible linking agent, in which there is π-π conjugation between the graphene and the pyrene; and a second polymer resin layer formed on the barrier layer.
An oscillation damper for a snow sliding board, said oscillation damper comprising: a) a frame which is or can be fastened to a snow sliding board or which is anchored in the snow sliding board; b) a weight which can be moved relative to the frame; and c) an elasticity means to which the weight is fastened and which can be tensed relative to the frame by means of a movement of the weight, characterised in that d) the frame comprises a guide which guides the weight for movements in one plane only, wherein the weight can only be moved in the direction of the width and length of the snow sliding board and is prevented from moving along the height of the snow sliding board or oscillation damper. a) a frame which is or can be fastened to a snow sliding board or which is anchored in the snow sliding board; b) a weight which can be moved relative to the frame; and c) an elasticity means to which the weight is fastened and which can be tensed relative to the frame by means of a movement of the weight, d) the frame comprises a guide which guides the weight for movements in one plane only, wherein the weight can only be moved in the direction of the width and length of the snow sliding board and is prevented from moving along the height of the snow sliding board or oscillation damper.
An aerosol delivery device comprising: a housing; a microelectromechanical systems-based, i.e. MEMS-based sensor (110; 200; 404) within the housing and configured to detect a pressure on the MEMS-based sensor (110; 200; 404) caused by airflow through at least a portion of the housing, the MEMS-based sensor (110; 200; 404) being configured to convert the pressure to an electrical signal, and output the electrical signal; and a microprocessor configured to receive the electrical signal from the MEMS-based sensor (110; 200; 404), and control operation of at least one functional element (120; 122) of the aerosol delivery device based thereon, characterized in that, the MEMS-based sensor (110; 200; 404) is a MEMS microphone or pressure sensor including a die with a micromachined, pressure-sensitive diaphragm (306a; 406) and a backplate that form a variable capacitor, or one or more piezoresistors disposed on the diaphragm, and wherein in an instance in which an input voltage is applied to the variable capacitor or the one or more piezoresistors, the pressure causes movement of the diaphragm (306a; 406) and thereby a change in respectively a capacitance or a resistance of the variable capacitor or the one or more piezoresistors, the change in the capacitance or the resistance causing a change in an output voltage across the variable capacitor or the one or more piezoresistors, the output voltage or a digital representation thereof being output by the MEMS pressure sensor (110; 200; 404) as the electrical signal. a housing; a microelectromechanical systems-based, i.e. MEMS-based sensor (110; 200; 404) within the housing and configured to detect a pressure on the MEMS-based sensor (110; 200; 404) caused by airflow through at least a portion of the housing, the MEMS-based sensor (110; 200; 404) being configured to convert the pressure to an electrical signal, and output the electrical signal; and a microprocessor configured to receive the electrical signal from the MEMS-based sensor (110; 200; 404), and control operation of at least one functional element (120; 122) of the aerosol delivery device based thereon, characterized in that, the MEMS-based sensor (110; 200; 404) is a MEMS microphone or pressure sensor including a die with a micromachined, pressure-sensitive diaphragm (306a; 406) and a backplate that form a variable capacitor, or one or more piezoresistors disposed on the diaphragm, and wherein in an instance in which an input voltage is applied to the variable capacitor or the one or more piezoresistors, the pressure causes movement of the diaphragm (306a; 406) and thereby a change in respectively a capacitance or a resistance of the variable capacitor or the one or more piezoresistors, the change in the capacitance or the resistance causing a change in an output voltage across the variable capacitor or the one or more piezoresistors, the output voltage or a digital representation thereof being output by the MEMS pressure sensor (110; 200; 404) as the electrical signal.
A communication method, comprising: receiving, by a terminal device, a reference signal sent by a network device; measuring, by the terminal device, the reference signal to obtain at least one piece of beam quality; reporting, by the terminal device, specified differential beam quality indication information to the network device, wherein the specified differential beam quality indication information is reported by using an additional bit indication in addition to a reference value of the beam quality and is used to indicate that beam quality reporting is abnormal, wherein a bit-length of the additional bit indication is 4 bits and provides 16 pieces of differential beam quality indication information; and, in response to the reporting, receiving, by the terminal device, an updated differential step size from the network device. receiving, by a terminal device, a reference signal sent by a network device; measuring, by the terminal device, the reference signal to obtain at least one piece of beam quality; reporting, by the terminal device, specified differential beam quality indication information to the network device, wherein the specified differential beam quality indication information is reported by using an additional bit indication in addition to a reference value of the beam quality and is used to indicate that beam quality reporting is abnormal, wherein a bit-length of the additional bit indication is 4 bits and provides 16 pieces of differential beam quality indication information; and, in response to the reporting, receiving, by the terminal device, an updated differential step size from the network device.
Apparatus having a contact-pressure apparatus with an upper guide rail and a lower guide rail, and also having a printed circuit board which can be inserted between the two guide rails (10, 14), wherein a spring element (16, 26, 30) which acts on a narrow side of the printed circuit board is provided within the upper guide rail, characterized in that the printed circuit board has, on its plug-in side, a stepped portion and an edge which adjoins the said stepped portion and on which the spring element (16, 26, 30) acts when the printed circuit board is finally inserted into a card-edge plug connector, and pushes the printed circuit board against the lower guide rail in this way in order to achieve a precise contact-connection between conductor tracks which are fitted to the printed circuit board and corresponding electrical contacts which are arranged in the card-edge plug connector.
A resin for foam molding, comprising a component A, a component B and a component C, wherein the component A is a long-chain branched homopolypropylene, the component B is a long-chain branched block polypropylene, the component C is a polyethylene-based elastomer, and when a total of the components A to C is 100 parts by mass, content of the component A is 20 to 70 parts by mass, content of the component B is 20 to 70 parts by mass, and content of the component C is 1 to 20 parts by mass.
A server node for controlling access to a licensed component, the server node comprising a processor configured to: receive a license creation message comprising a license creation parameter; acquire, from a blockchain, a license factory smart contract in response to receipt of the license creation message, the license factory smart contract comprising license factory logic executable to generate a license smart contract; generate, based on the license creation parameter and execution of the license factory logic, the license smart contract comprising licensing logic executable to validate an access event corresponding to a licensed component configured on a remote device; append a datablock to the blockchain, the datablock comprising the license smart contract; synchronize the blockchain across a plurality of network nodes; and control access to the licensed component configured on the remote device by execution of the licensing logic. receive a license creation message comprising a license creation parameter; acquire, from a blockchain, a license factory smart contract in response to receipt of the license creation message, the license factory smart contract comprising license factory logic executable to generate a license smart contract; generate, based on the license creation parameter and execution of the license factory logic, the license smart contract comprising licensing logic executable to validate an access event corresponding to a licensed component configured on a remote device; append a datablock to the blockchain, the datablock comprising the license smart contract; synchronize the blockchain across a plurality of network nodes; and control access to the licensed component configured on the remote device by execution of the licensing logic.