mhurhangee/ep-ind-claims huggingface dataset:
A charging pile (1000, 10a, 10b) control method for a charging pile (1000, 10a, 10b) comprising at least two charging apparatuses (1100, 32), each charging apparatus (1100, 32) being provided with a heat dissipation fan (1200, 34), an air inlet, and an ambient temperature sensor, and each charging apparatus (1100, 32) being switchable between a first state being an operating state and a second state being a sleep state, comprising: obtaining a first temperature of a first charging apparatus (1100, 32) that is in a first state, wherein the first temperature is an ambient temperature at the air inlet of the first charging apparatus (1100, 32) that is in the first state; obtaining a second temperature of a second charging apparatus (1100, 32) that is in a second state, wherein the second temperature is an ambient temperature at the air inlet of the second charging apparatus (1100, 32) that is in the second state; calculating a temperature difference between the second temperature and the first temperature; determining whether the temperature difference is greater than a first threshold, wherein the first threshold is an upper-limit temperature of the temperature difference; and when the temperature difference is greater than the first threshold, starting a heat dissipation fan (1200, 34) of the second charging apparatus (1100, 32) that is in the second state. obtaining a first temperature of a first charging apparatus (1100, 32) that is in a first state, wherein the first temperature is an ambient temperature at the air inlet of the first charging apparatus (1100, 32) that is in the first state; obtaining a second temperature of a second charging apparatus (1100, 32) that is in a second state, wherein the second temperature is an ambient temperature at the air inlet of the second charging apparatus (1100, 32) that is in the second state; calculating a temperature difference between the second temperature and the first temperature; determining whether the temperature difference is greater than a first threshold, wherein the first threshold is an upper-limit temperature of the temperature difference; and when the temperature difference is greater than the first threshold, starting a heat dissipation fan (1200, 34) of the second charging apparatus (1100, 32) that is in the second state.
A chemical substance concentrator comprising: a flow passage that allows a gaseous sample containing a chemical substance to flow through the flow passage; a first electrode (12, 12a-12i) disposed on a first inner wall of the flow passage; a second electrode (13, 13a-13i) disposed on the first inner wall, the second electrode (13, 13a-13i) being apart from the first electrode (12, 12a-12i); and a conductive adsorbent (14, 14a-14i) contacting the first electrode (12, 12a-12i), the second electrode (13, 13a-13i), and the first inner wall between the first electrode (12, 12a-12i) and the second electrode (13, 13a-13i), wherein the adsorbent is configured to adsorb the chemical substance, the adsorbent is made of an aggregate of conductive nanowires, the adsorbent includes voids therein each provided between the nanowires, adjacent nanowires of the adsorbent are joined together at bases of adjacent nanowires on the first inner wall so as to provide the adsorbent with electrical conductivity as a whole, the first electrode and the second electrode are electrically connected to each other via the adsorbent, the adsorbent (14, 14a-14i) is configured to self-heat due to Joule's heat when a current passes through the adsorbent (14, 14a-14i) via the first electrode (12, 12a-12i) and the second electrode (13, 13a-13i), and the adsorbent is configured to desorb the adsorbed chemical substance from the adsorbent due to the heat generated by the adsorbent. a flow passage that allows a gaseous sample containing a chemical substance to flow through the flow passage; a first electrode (12, 12a-12i) disposed on a first inner wall of the flow passage; a second electrode (13, 13a-13i) disposed on the first inner wall, the second electrode (13, 13a-13i) being apart from the first electrode (12, 12a-12i); and a conductive adsorbent (14, 14a-14i) contacting the first electrode (12, 12a-12i), the second electrode (13, 13a-13i), and the first inner wall between the first electrode (12, 12a-12i) and the second electrode (13, 13a-13i), wherein the adsorbent is configured to adsorb the chemical substance, the adsorbent is made of an aggregate of conductive nanowires, the adsorbent includes voids therein each provided between the nanowires, adjacent nanowires of the adsorbent are joined together at bases of adjacent nanowires on the first inner wall so as to provide the adsorbent with electrical conductivity as a whole, the first electrode and the second electrode are electrically connected to each other via the adsorbent, the adsorbent (14, 14a-14i) is configured to self-heat due to Joule's heat when a current passes through the adsorbent (14, 14a-14i) via the first electrode (12, 12a-12i) and the second electrode (13, 13a-13i), and the adsorbent is configured to desorb the adsorbed chemical substance from the adsorbent due to the heat generated by the adsorbent.
A method performed by a user equipment (118, 700), UE, for maintaining uplink, UL, synchronization in a non-terrestrial network, NTN, the method comprising: receiving, from a base station, BS, a system information block, SIB, indicating a duration of a validity timer for the UL synchronization in the NTN; determining whether an epoch time is provided in the SIB; starting or restarting the validity timer with the duration at a time determined according to whether the epoch time is provided in the SIB, wherein the validity timer is started or restarted at an end of areference subframe indicated by the epoch time in a case that the epoch time is provided in the SIB, and the validity timer is started or restarted at an end of a system information, SI, window during which the SIB is received in a case that the epoch time is not provided in the SIB; and determining that the UE (118, 700) has lost the UL synchronization upon an expiration of the validity timer. receiving, from a base station, BS, a system information block, SIB, indicating a duration of a validity timer for the UL synchronization in the NTN; determining whether an epoch time is provided in the SIB; starting or restarting the validity timer with the duration at a time determined according to whether the epoch time is provided in the SIB, wherein the validity timer is started or restarted at an end of areference subframe indicated by the epoch time in a case that the epoch time is provided in the SIB, and the validity timer is started or restarted at an end of a system information, SI, window during which the SIB is received in a case that the epoch time is not provided in the SIB; and determining that the UE (118, 700) has lost the UL synchronization upon an expiration of the validity timer.
A hermetic lead connector assembly comprising; a hermetic lead connector having an open end, a lead connector outer surface and a lead connector inner surface defining a lead aperture, the hermetic lead connector comprising one or more electrically conducting contact rings spaced apart by electrically insulating rings and braze disposed between the one or more electrically conducting contact rings and their adjacent electrically insulating ring, and the hermetic lead connector providing a hermetic seal between the lead connector outer surface and the lead connector inner surface; characterised in an electrically conductive rigid sleeve disposed about the lead connector outer surface, the rigid sleeve having an aperture that exposes a portion of the one or more electrically conducting contact rings
An apparatus, comprising: (a) a handle; (b) a catheter extending distally from the handle, a proximal portion of the catheter defining a longitudinal axis, the catheter including: (i) a body, the body defining: a first lumen, a second lumen, a third lumen, a fourth lumen, and a fifth lumen; (ii) a first cable positioned in the first lumen, the first cable being operable to translate relative to the body of the catheter, (iii) a second cable positioned in the second lumen, the second cable being operable to translate relative to the body of the catheter, (iv) a third cable positioned in the third lumen, the third cable being operable to translate relative to the body of the catheter, (v) a first tubular insert being fixedly secured in the fourth lumen, and (vi) a second tubular insert being fixedly secured in the fifth lumen, wherein the first and second tubular inserts have greater rigidity than the body of the catheter; and (c) an end effector extending distally from the catheter, the end effector including at least one electrode. (a) a handle; (b) a catheter extending distally from the handle, a proximal portion of the catheter defining a longitudinal axis, the catheter including: (i) a body, the body defining: a first lumen, a second lumen, a third lumen, a fourth lumen, and a fifth lumen; (ii) a first cable positioned in the first lumen, the first cable being operable to translate relative to the body of the catheter, (iii) a second cable positioned in the second lumen, the second cable being operable to translate relative to the body of the catheter, (iv) a third cable positioned in the third lumen, the third cable being operable to translate relative to the body of the catheter, (v) a first tubular insert being fixedly secured in the fourth lumen, and (vi) a second tubular insert being fixedly secured in the fifth lumen, wherein the first and second tubular inserts have greater rigidity than the body of the catheter; and (i) a body, the body defining: a first lumen, a second lumen, a third lumen, a fourth lumen, and a fifth lumen; a first lumen, a second lumen, a third lumen, a fourth lumen, and a fifth lumen; (ii) a first cable positioned in the first lumen, the first cable being operable to translate relative to the body of the catheter, (iii) a second cable positioned in the second lumen, the second cable being operable to translate relative to the body of the catheter, (iv) a third cable positioned in the third lumen, the third cable being operable to translate relative to the body of the catheter, (v) a first tubular insert being fixedly secured in the fourth lumen, and (vi) a second tubular insert being fixedly secured in the fifth lumen, wherein the first and second tubular inserts have greater rigidity than the body of the catheter; and (c) an end effector extending distally from the catheter, the end effector including at least one electrode.
A quick-locking piston-type floating power connector, comprising a housing assembly, a contact assembly, and a base assembly, wherein the housing assembly is sleeved on an outer wall of one end of the base assembly, the contact assembly extends horizontally, one end of the contact assembly is fixed in the base assembly, the other end of the contact assembly protrudes from the base assembly, a protruding portion of the other end of the contact assembly is embedded in a cover plate assembly, an end portion of the other end of the contact assembly is provided with a floating contact member of a piston-type structure, the floating contact member extends vertically and is mounted in the cover plate assembly, a mounting port of the floating contact member protrudes from the cover plate assembly, and the floating contact member is adapted to meet the electrical assembly requirements of a PCB board; wherein the floating contact member comprises a sleeve, a crown spring, and a guide pin, a bottom of the guide pin is embedded in an end portion of the contact assembly, the guide pin extends into an inner bottom portion of the sleeve, an inner top portion of the sleeve is provided with an inner thread structure, an outer wall of the guide pin is sleeved with the crown spring, the crown spring is disposed between the sleeve and the guide pin, and the crown spring, the guide pin, and the sleeve are in electrical contact via elastic crimping, and the sleeve is configured to be slidable up and down to adjust a position of the mounting port of the floating contact member.
Storage device for transporting and/or storing nuclear fuel assemblies, the storage device being intended to be housed in the cavity of a container for transporting and/or storing nuclear fuel assemblies, and including a number N of adjacent housings (4, 4'), each intended to receive a nuclear fuel assembly, at least some of the N adjacent housings being produced from flat bars with notches (14a, 14b), interlocked and stacked along a stacking direction parallel with a central longitudinal axis of the storage device, and in at least one transverse plane of the storage device passing through the N adjacent housings (4, 4'), at least one of these adjacent housings, and preferably each of a plurality of housings from these N adjacent housings (4, 4'), has an inner housing delimiting surface formed in part by: - a first surface of a first flat bar with notches produced with boron, and of which a second surface (14a") opposite the first surface contributes to the formation of the inner housing delimiting surface of one or more others of the N adjacent housings (4, 4'); and characterised in that - a first surface of a second flat bar with notches produced without boron, and of which a second surface (14b") opposite the first surface contributes to the formation of the inner housing delimiting surface of one or more others of the N adjacent housings (4, 4'). at least some of the N adjacent housings being produced from flat bars with notches (14a, 14b), interlocked and stacked along a stacking direction parallel with a central longitudinal axis of the storage device, and in at least one transverse plane of the storage device passing through the N adjacent housings (4, 4'), at least one of these adjacent housings, and preferably each of a plurality of housings from these N adjacent housings (4, 4'), has an inner housing delimiting surface formed in part by: - a first surface of a first flat bar with notches produced with boron, and of which a second surface (14a") opposite the first surface contributes to the formation of the inner housing delimiting surface of one or more others of the N adjacent housings (4, 4'); and characterised in that - a first surface of a second flat bar with notches produced without boron, and of which a second surface (14b") opposite the first surface contributes to the formation of the inner housing delimiting surface of one or more others of the N adjacent housings (4, 4'). - a first surface of a first flat bar with notches produced with boron, and of which a second surface (14a") opposite the first surface contributes to the formation of the inner housing delimiting surface of one or more others of the N adjacent housings (4, 4'); and characterised in that - a first surface of a second flat bar with notches produced without boron, and of which a second surface (14b") opposite the first surface contributes to the formation of the inner housing delimiting surface of one or more others of the N adjacent housings (4, 4').
A cradle (100, 200, 400, 500) for wireless power recharging of an optical information reader including a first portion containing a power receiving coil to be charged, the cradle including: ∘ a first seat adapted to partially house the first portion of the optical information reader, the first seat having a plurality of walls, one of the walls being movable from a first operative position held when the first portion of optical information reader is not inserted in the first seat to a second operative position held when the first portion of the optical information reader is inserted in the first seat; and ∘ a power transmitting coil located at the movable wall which is adapted to transmit power to the power receiving coil when the optical information reader is inserted in the first seat and the movable wall is in the second operative position wherein said movement from the first to the second operative position includes a rotation of the movable wall. ∘ a first seat adapted to partially house the first portion of the optical information reader, the first seat having a plurality of walls, one of the walls being movable from a first operative position held when the first portion of optical information reader is not inserted in the first seat to a second operative position held when the first portion of the optical information reader is inserted in the first seat; and ∘ a power transmitting coil located at the movable wall which is adapted to transmit power to the power receiving coil when the optical information reader is inserted in the first seat and the movable wall is in the second operative position wherein said movement from the first to the second operative position includes a rotation of the movable wall.
A method performed in a network node, the network node controlling a first and a second antenna point (3, 4), the network node using the same random access resources for the first and the second antenna points (3, 4), wherein an antenna point is a base station or a radio remote unit, the method comprising: - detecting a specific random access preamble received on a random access resource at the first antenna point and on the same random access resource at the second antenna point, - determining whether the random access preamble received at the first antenna point and the random access preamble received at the second antenna point have been received from a single wireless device (5, 6) or from two different wireless devices (5, 6), and - scheduling a transmission of a random access response to the random access preamble received at the first antenna point and a transmission of a random access response to the random access preamble received at the second antenna point, the random access responses being scheduled separated in time and/or space when it is determined that the random access preamble received at the first antenna point and the random access preamble received at the second antenna point have been received from two different wireless devices (5, 6). - detecting a specific random access preamble received on a random access resource at the first antenna point and on the same random access resource at the second antenna point, - determining whether the random access preamble received at the first antenna point and the random access preamble received at the second antenna point have been received from a single wireless device (5, 6) or from two different wireless devices (5, 6), and - scheduling a transmission of a random access response to the random access preamble received at the first antenna point and a transmission of a random access response to the random access preamble received at the second antenna point, the random access responses being scheduled separated in time and/or space when it is determined that the random access preamble received at the first antenna point and the random access preamble received at the second antenna point have been received from two different wireless devices (5, 6).
A suction device for suctioning material during a dental treatment, the suction device comprising a handpiece having a suction aperture to allow passage of suctioned material, the suction device comprising further an attachment for splatter protection designed for being mounted on the handpiece, the attachment comprising: -- a mounting section for an exchangeable or a permanent mounting of the attachment to the handpiece, -- a suction opening for the passage of suctioned material through the suction opening and the suction aperture when the attachment is mounted on the handpiece, and -- at least a side wall extending from the suction opening and forming a working channel designed to surround a molar partially or at least two sides of the molar, and simultaneously to host a dental tool, the channel having at least one introduction section for introduction of a dental tool into the working channel, characterized in that working channel is configured to surround several teeth at three sides and extends along a direction being mainly parallel to a longitudinal direction of the handpiece or along a direction being mainly slanted about up to 45°, preferably up to 30° and most preferably up to 15° relative to the longitudinal direction of the handpiece. -- a mounting section for an exchangeable or a permanent mounting of the attachment to the handpiece, -- a suction opening for the passage of suctioned material through the suction opening and the suction aperture when the attachment is mounted on the handpiece, and -- at least a side wall extending from the suction opening and forming a working channel designed to surround a molar partially or at least two sides of the molar, and simultaneously to host a dental tool, the channel having at least one introduction section for introduction of a dental tool into the working channel, characterized in that working channel is configured to surround several teeth at three sides and extends along a direction being mainly parallel to a longitudinal direction of the handpiece or along a direction being mainly slanted about up to 45°, preferably up to 30° and most preferably up to 15° relative to the longitudinal direction of the handpiece.
A light-emitting module comprising: a substrate having a front surface side constituted as a component mounting surface having a central portion and a peripheral portion, which surrounds said central portion, and a rear surface side constituted as a heat dissipating surface, and being flat in shape; a plurality of light-emitting elements mounted in a manner concentrated in and protruding from the central portion of said front surface side, and in a manner concentrated in the central portion in a pattern spaced with a predetermined interval from each other, and configured for emitting light at least in an upper surface direction and in a direction along the component mounting surface; a lighting circuit component which is electrically connected to the light emitting elements by a wiring pattern arranged on the substrate and which is mounted on the peripheral portion; and a connector for connecting with a power supply, which is mounted on the peripheral portion and which is electrically connected to the lighting circuit component, wherein the lighting circuit component and the connector are arranged in a concentrated manner on the peripheral portion. a substrate having a front surface side constituted as a component mounting surface having a central portion and a peripheral portion, which surrounds said central portion, and a rear surface side constituted as a heat dissipating surface, and being flat in shape; a plurality of light-emitting elements mounted in a manner concentrated in and protruding from the central portion of said front surface side, and in a manner concentrated in the central portion in a pattern spaced with a predetermined interval from each other, and configured for emitting light at least in an upper surface direction and in a direction along the component mounting surface; a lighting circuit component which is electrically connected to the light emitting elements by a wiring pattern arranged on the substrate and which is mounted on the peripheral portion; and a connector for connecting with a power supply, which is mounted on the peripheral portion and which is electrically connected to the lighting circuit component, wherein the lighting circuit component and the connector are arranged in a concentrated manner on the peripheral portion.