mhurhangee/ep-ind-claims huggingface dataset:
A circuit board module, comprising: a circuit board body; a connector, disposed on the circuit board body and comprising a base body and a rotating button rotatably disposed on the base body; and a release component, disposed on the circuit board body and comprising a linking member, wherein the linking member is movably disposed beside the rotating button and is configured not to contact the rotating button under normal conditions, wherein the linking member is driven to contact the rotating button when an external force triggers the release component, so that the rotating button rotates relative to the base body, wherein the linking member comprises a first section and a second section that are linked to each other, the first section is disposed beside the rotating button, the first section is configured not to contact the rotating button under normal conditions but to contact the rotating button when triggered by the external force, the second section is configured to be away from the connector, and the first section and the second section extend in different directions. a circuit board body; a connector, disposed on the circuit board body and comprising a base body and a rotating button rotatably disposed on the base body; and a release component, disposed on the circuit board body and comprising a linking member, wherein the linking member is movably disposed beside the rotating button and is configured not to contact the rotating button under normal conditions, wherein the linking member is driven to contact the rotating button when an external force triggers the release component, so that the rotating button rotates relative to the base body, wherein the linking member comprises a first section and a second section that are linked to each other, the first section is disposed beside the rotating button, the first section is configured not to contact the rotating button under normal conditions but to contact the rotating button when triggered by the external force, the second section is configured to be away from the connector, and the first section and the second section extend in different directions.
A communications device comprising a housing carrying the following internal components: an electrically conductive antenna layer having a keyhole-shaped slotted opening therein extending from a medial portion and opening outwardly to a perimeter thereof, said electrically conductive antenna layer comprising a plurality of antenna feed points (51A-51B); a first dielectric layer on said electrically conductive antenna layer; at least one electrically conductive passive antenna tuning member (43a-43e) on said first dielectric layer; a second dielectric layer on said at least one electrically conductive passive antenna tuning member (43a-43e); circuitry (45, 48, 49) adjacent said second dielectric layer; and a plurality of electrically conductive vias (55a-55b) extending through said first and second dielectric layers (42, 44) and coupling said circuitry (45, 48, 49) and the plurality of antenna feed points (51A-51B). an electrically conductive antenna layer having a keyhole-shaped slotted opening therein extending from a medial portion and opening outwardly to a perimeter thereof, said electrically conductive antenna layer comprising a plurality of antenna feed points (51A-51B); a first dielectric layer on said electrically conductive antenna layer; at least one electrically conductive passive antenna tuning member (43a-43e) on said first dielectric layer; a second dielectric layer on said at least one electrically conductive passive antenna tuning member (43a-43e); circuitry (45, 48, 49) adjacent said second dielectric layer; and a plurality of electrically conductive vias (55a-55b) extending through said first and second dielectric layers (42, 44) and coupling said circuitry (45, 48, 49) and the plurality of antenna feed points (51A-51B).
An electrodynamic transducer with a diaphragm, comprising an electrodynamic motor in a frame and in which can move a moving coil fastened to one of two faces of a mandrel, said mandrel being integral with the diaphragm, the mandrel and the moving coil and the diaphragm forming a moving unit, the mandrel being a shape generated by a generally linear generatrix, the moving coil being arranged in a magnetic field of an air gap of a vertical free space in which it can move, said air gap being delimited, toward the transducer's centre, by an internal magnetic structure, and toward the transducer's periphery by an external magnetic structure, at least one of the magnetic structures generating a static magnetic field, the transducer comprising no peripheral suspension and no internal suspension, the peripheral suspension being a suspension between the diaphragm's periphery and the frame, the internal suspension being a suspension between the diaphragm or the mandrel and the frame, the guidance of the moving unit and the pneumatic sealing between the front and rear faces of the diaphragm being provided by a ferrofluid, said transducer further comprising means for fluidic return and braking of the moving unit by the ferrofluid, characterized in that the vertical free space comprises only one air gap and the mandrel is held in the air gap by a ferrofluid spread in height and circumferentially on at least one of the two faces of the mandrel, said ferrofluid completely filling the air gap.
A method for measuring the humidity of a laundry mass contained in a laundry treatment chamber of a laundry appliance, the method comprising: providing the laundry treatment chamber at a first electric potential; providing a capacitor in the laundry appliance, said capacitor having, as part of the capacitor dielectric, the laundry mass; measuring a capacitance of said capacitor by means of an electronic circuitry electrically supplied by a supply voltage ( Vcc) and a reference voltage (Vref), said reference voltage (Vref) being different from the first electric potential, wherein providing a capacitor comprises: providing in the laundry appliance at least one conductive plate which forms a plate of said capacitor, and exploiting, as a second plate of said capacitor, routing lines distributing inside the laundry drying appliance said reference voltage (Vref). providing the laundry treatment chamber at a first electric potential; providing a capacitor in the laundry appliance, said capacitor having, as part of the capacitor dielectric, the laundry mass; measuring a capacitance of said capacitor by means of an electronic circuitry electrically supplied by a supply voltage ( Vcc) and a reference voltage (Vref), said reference voltage (Vref) being different from the first electric potential, wherein providing a capacitor comprises: providing in the laundry appliance at least one conductive plate which forms a plate of said capacitor, and exploiting, as a second plate of said capacitor, routing lines distributing inside the laundry drying appliance said reference voltage (Vref). providing in the laundry appliance at least one conductive plate which forms a plate of said capacitor, and exploiting, as a second plate of said capacitor, routing lines distributing inside the laundry drying appliance said reference voltage (Vref).
A method for managing push data transfers comprising: receiving content at a push data server from a content server for push delivery to a computing device; beginning a push data transfer of the content to the computing device from the push data server; incrementing a counter for use in determining a maximum number of concurrent push data transfers that can be effected from the push data server; and decrementing the counter after the push data transfer is determined to be actually completed; wherein if the push data transfer is determined to be not actually completed, decrementing the counter after the push data transfer is deemed to be completed. receiving content at a push data server from a content server for push delivery to a computing device; beginning a push data transfer of the content to the computing device from the push data server; incrementing a counter for use in determining a maximum number of concurrent push data transfers that can be effected from the push data server; and decrementing the counter after the push data transfer is determined to be actually completed; wherein if the push data transfer is determined to be not actually completed, decrementing the counter after the push data transfer is deemed to be completed.
A bake-hardening hot-rolled steel sheet with excellent workability, comprising, in terms of mass %, C of 0.01 to 0.2%, Si of 0.01 to 2%, Mn of 0.1 to 2%, P of 0.1% or less, S of 0.03% or less, Al of 0.001 to 0.1%, N of 0.01% or less, Nb of 0.005 to 0.05%, optionally one or more selected from Ti of 0.001 to 0.02%, B of 0.0002 to 0.002%, Cu of 0.2 to 1.2%, Ni of 0.1 to 0.6%, Mo of 0.05 to 1%, V of 0.02 to 0.2%, and Cr of 0.01 to 1%, further optionally one or both of Ca of 0.0005 to 0.005% and REM of 0.0005 to 0.02%, and as the remainder, Fe and unavoidable impurities, wherein the microstructure is a microstructure consisting of a continuous-cooled microstructure having an average particle diameter of 2 μm to 8 μm, the continuous-cooled microstructure consists of bainitic ferrite, granular bainitic ferrite, quasi-polygonal ferrite, retained austenite, and martensite-austenite, and a total amount of the retained austenite and the martensite-austenite is 3% or less, and a grain boundary abundance ratio of solute C and/or solute N is 0.28 or lower, the grain boundary abundance ratio of solute C and/or solute N is a value obtained by dividing a total amount of the solute C and/or the solute N present in the grain boundary, by a total amount of the solute C and/or the solute N.
A method of cleaning a wellbore or tubing or casing in a wellbore containing residues and/or deposits of an oil or synthetic based drilling mud, the method comprising introducing into the wellbore, tubing or casing an aqueous cleaning fluid containing banana and removing from the wellbore, tubing or casing the cleaning fluid having at least a portion of the residues or deposits of the oil or synthetic based drilling mud entrained therein.
A beverage making machine having a precursor liquid supply to provide precursor liquid used to form a beverage; a cartridge holder arranged to receive and hold a cartridge containing a beverage medium used to form a beverage with the precursor liquid; and a dispensing station including a mixing chamber having a precursor liquid inlet fluidically coupled to the precursor liquid supply, a beverage medium chamber fluidically coupled to the cartridge to receive beverage medium into the beverage medium chamber, and a dispense outlet from which beverage medium and precursor liquid are dispensed, the beverage medium chamber including a chamber inlet fluidically coupled to the precursor liquid inlet and a chamber outlet downstream of the chamber inlet and fluidically coupled to the dispense outlet, where the mixing chamber is arranged such that, with precursor liquid flowing from the precursor liquid inlet to the dispense outlet, pressurized beverage medium in the beverage medium chamber flows through the chamber outlet to the dispense outlet and flow of precursor liquid into the beverage medium chamber via the chamber inlet is prevented, the beverage making machine further being characterized in that: when precursor liquid flows from the precursor liquid inlet to the dispense outlet, precursor liquid flows into the beverage medium chamber via the chamber inlet in the absence of pressurized beverage medium in the beverage medium chamber.
Wiper rubber for windshield wipers encompassing at least one vulcanization-hardened rubber component, characterized in that, at least in the unvulcanized state, the wiper rubber material comprises a combination of a crosslinking agent with sulfur and/or with a sulfur donor.
A method of charging a rechargeable battery of a speaker device, the method comprising: receiving, at a charging device, data relating to a volume level that is set for playback of audio by the speaker device; storing, at the charging device, said data relating to the volume level that is set for playback of audio by the speaker device; and operating the charging device to cause charging of the battery of the speaker device in accordance with the stored data relating to the volume level. receiving, at a charging device, data relating to a volume level that is set for playback of audio by the speaker device; storing, at the charging device, said data relating to the volume level that is set for playback of audio by the speaker device; and operating the charging device to cause charging of the battery of the speaker device in accordance with the stored data relating to the volume level.
A method for wireless communication performed by a mobile station, the method comprising: dividing a MAC management message into first, second, and third fragments; transmitting the first fragment of the MAC management message; transmitting the second fragment of the MAC management message; and transmitting the third fragment of the MAC management message, wherein each of the first, second, and third fragments includes a sequence number (210, 211) indicating an order of the fragments, at least one of the first, second, and third fragments includes a transaction ID identifying the MAC management message with respect to other MAC management messages; and each fragment is transmitted on a different Hybrid Automatic Repeat Request, HARQ, control channel and in a different physical layer burst. dividing a MAC management message into first, second, and third fragments; transmitting the first fragment of the MAC management message; transmitting the second fragment of the MAC management message; and transmitting the third fragment of the MAC management message, wherein each of the first, second, and third fragments includes a sequence number (210, 211) indicating an order of the fragments, at least one of the first, second, and third fragments includes a transaction ID identifying the MAC management message with respect to other MAC management messages; and each fragment is transmitted on a different Hybrid Automatic Repeat Request, HARQ, control channel and in a different physical layer burst.
A method, comprising: wirelessly transmitting, by a base station, at least one data frame according to a predetermined uplink allocation and a predetermined downlink allocation; detecting, by the base station, a congestion condition in at least one of the base station's uplink direction and downlink direction; transmitting, by the base station, a request to at least one neighboring base station (205, 210, 220) for a temporary expansion of one or more of the predetermined uplink allocation and the predetermined downlink allocation, wherein the at least one neighboring base station (205, 210, 220) is synchronized with the base station; receiving, by the base station, at least one signal from the at least one neighboring base station (205, 210, 220) indicating an amount by which a boundary of the one or more of the predetermined uplink allocation and the predetermined downlink allocation may be increased; temporarily expanding, by the base station, the one or more of the predetermined uplink allocation and the predetermined downlink allocation by the specified amount in response to the at least one signal indicating the specified amount; and informing the at least one neighboring base station (205, 210, 220) of the expansion of the boundary of the one or more of the predetermined uplink allocation and the predetermined downlink allocation. wirelessly transmitting, by a base station, at least one data frame according to a predetermined uplink allocation and a predetermined downlink allocation; detecting, by the base station, a congestion condition in at least one of the base station's uplink direction and downlink direction; transmitting, by the base station, a request to at least one neighboring base station (205, 210, 220) for a temporary expansion of one or more of the predetermined uplink allocation and the predetermined downlink allocation, wherein the at least one neighboring base station (205, 210, 220) is synchronized with the base station; receiving, by the base station, at least one signal from the at least one neighboring base station (205, 210, 220) indicating an amount by which a boundary of the one or more of the predetermined uplink allocation and the predetermined downlink allocation may be increased; temporarily expanding, by the base station, the one or more of the predetermined uplink allocation and the predetermined downlink allocation by the specified amount in response to the at least one signal indicating the specified amount; and informing the at least one neighboring base station (205, 210, 220) of the expansion of the boundary of the one or more of the predetermined uplink allocation and the predetermined downlink allocation.
A package comprising a box with a bottom and a peripheral rim, the package also comprising a lid rotatably mounted on a bearing side of the peripheral rim about a first axis of rotation, and able to adopt: - an open position in which the lid is spaced apart from the peripheral rim; - a closed position in which the lid is folded down on the box and closes the latter, the package further comprising retaining means for holding, in the box, an object to be transported, characterized in that the retaining means comprise a frame rotatably mounted on the bearing side of the peripheral rim in the vicinity of the bottom of the box, about a second axis of rotation in line with the first axis of rotation of the lid on the box, the frame being able to adopt: - a retaining position in which the frame extends substantially parallel to the bottom of the box and surrounds the object to be transported; - a handling position in which the frame is spaced apart from the bottom of the box, the retaining means also comprising elastically deformable means extending inside the frame, and a connecting rod between the frame and the lid, the connecting rod being rotatably mounted on the lid and on the frame, the connecting rod, the lid, the bearing side of the peripheral rim and the frame together forming a deformable parallelogram. the package also comprising a lid rotatably mounted on a bearing side of the peripheral rim about a first axis of rotation, and able to adopt: - an open position in which the lid is spaced apart from the peripheral rim; - a closed position in which the lid is folded down on the box and closes the latter, - an open position in which the lid is spaced apart from the peripheral rim; - a closed position in which the lid is folded down on the box and closes the latter, the package further comprising retaining means for holding, in the box, an object to be transported, characterized in that the retaining means comprise a frame rotatably mounted on the bearing side of the peripheral rim in the vicinity of the bottom of the box, about a second axis of rotation in line with the first axis of rotation of the lid on the box, the frame being able to adopt: - a retaining position in which the frame extends substantially parallel to the bottom of the box and surrounds the object to be transported; - a handling position in which the frame is spaced apart from the bottom of the box, - a retaining position in which the frame extends substantially parallel to the bottom of the box and surrounds the object to be transported; - a handling position in which the frame is spaced apart from the bottom of the box, the retaining means also comprising elastically deformable means extending inside the frame, and a connecting rod between the frame and the lid, the connecting rod being rotatably mounted on the lid and on the frame, the connecting rod, the lid, the bearing side of the peripheral rim and the frame together forming a deformable parallelogram.
A tissue graft attachment device comprising: a platform member including a leading edge and a trailing edge connected to the leading edge by a pair of sides (308, 310), the platform member defining: a pair of slots (312, 314) extending along a longitudinal axis passing between the leading edge and the trailing edge, an opening between the pair of slots (312, 314) and the leading edge; and an attachment member passing through the pair of slots (312, 314) to form a loop. a platform member including a leading edge and a trailing edge connected to the leading edge by a pair of sides (308, 310), the platform member defining: a pair of slots (312, 314) extending along a longitudinal axis passing between the leading edge and the trailing edge, an opening between the pair of slots (312, 314) and the leading edge; and an attachment member passing through the pair of slots (312, 314) to form a loop. a pair of slots (312, 314) extending along a longitudinal axis passing between the leading edge and the trailing edge, an opening between the pair of slots (312, 314) and the leading edge; and an attachment member passing through the pair of slots (312, 314) to form a loop.
A light emitting device outputting white light having a Correlated Color Temperature, the light emitting device comprising: an LED emitting blue or near-UV light; a first phosphor excited by the light emitted by the LED and/or by light emitted by another phosphor excited by the LED and in response emitting green or greenish-yellow light; and a second phosphor excited by the light emitted by the LED, by the light emitted by the first phosphor, and/or by light emitted by another phosphor excited by the LED, and in response emitting red light, the second phosphor having a luminescence efficiency that is constant or approximately constant with excitation power; wherein the second phosphor comprises Mn 4+ ions at a concentration of 5*10 18 / centimeter3 to 5*10 20 / centimeter 3 in an optically homogenous layer disposed on the LED, and wherein the first phosphor is in the optically homogenous layer disposed on the LED or in a second optically homogenous layer disposed on the optically homogenous layer that is disposed on the LED; wherein emission power from the first phosphor increases linearly or approximately linearly with emission power from the LED; and wherein as emission power from the LED increases, emission power from the second phosphor saturates as a result of ground state depletion of the second phosphor and the second phosphor transmits an increasing fraction of the light impinging on it, thereby causing the Correlated Color Temperature of the white light to increase as output power from the light emitting device increases. an LED emitting blue or near-UV light; a first phosphor excited by the light emitted by the LED and/or by light emitted by another phosphor excited by the LED and in response emitting green or greenish-yellow light; and a second phosphor excited by the light emitted by the LED, by the light emitted by the first phosphor, and/or by light emitted by another phosphor excited by the LED, and in response emitting red light, the second phosphor having a luminescence efficiency that is constant or approximately constant with excitation power; wherein the second phosphor comprises Mn 4+ ions at a concentration of 5*10 18 / centimeter3 to 5*10 20 / centimeter 3 in an optically homogenous layer disposed on the LED, and wherein the first phosphor is in the optically homogenous layer disposed on the LED or in a second optically homogenous layer disposed on the optically homogenous layer that is disposed on the LED; wherein emission power from the first phosphor increases linearly or approximately linearly with emission power from the LED; and wherein as emission power from the LED increases, emission power from the second phosphor saturates as a result of ground state depletion of the second phosphor and the second phosphor transmits an increasing fraction of the light impinging on it, thereby causing the Correlated Color Temperature of the white light to increase as output power from the light emitting device increases.