mhurhangee/ep-ind-claims huggingface dataset:
A component supply unit supplying an electronic component stored in a storage portion (Cb) of a storage tape intermittently to a component extraction position by rotation of a sprocket (23, 27, 29) while a feeding tooth thereof fits with a feeding hole (Cd) formed on the storage tape, comprising a tape processing unit including a cutter (30; 30A) successively cutting a cover tape covering the storage portion (Cb) of the storage tape along a traveling direction following traveling of this storage tape and a guide surface guiding the cover tape cut by this cutter (30; 30A) to successively cut open the cover tape following the traveling of the storage tape, wherein the cutter (30; 30A) includes a blade portion (101; 101A) including an angular blade portion so inclined frontwardly downward that a blade is angularly formed, characterized in that the cutter (30; 30A) includes a flat portion whose width in the horizontal direction gradually narrows from a lower end upward to reach the angular blade portion on an upper end is formed on a forward end portion of this blade portion (101; 101A).
A furrow following device for a planting machine, the furrow following device comprising: an attachment bracket having a portion provided for attachment to a row unit of a planting machine; an arm provided with a ground-facing surface for engagement with the soil during planting; and a mount having a first portion coupled to the attachment bracket, the mount further having a second portion at least partially defining a pivot connection with the arm, the pivot connection providing relative rotation between the arm and the mount; wherein the mount is a compliant mount provided with a spring that exhibits an elastic bias force as the arm is raised toward the attachment bracket, characterized in, that the mount is fixedly secured to the attachment bracket, wherein the spring is held in tension throughout an entire range of motion of the arm, the range of motion of the arm being limited by an abutment surface, wherein the abutment surface and the pivot connection are provided by parallel, spaced pins extending between lateral side plates of the mount that flank the arm, wherein the pivot connection defines an axis for the relative rotation between the arm and the mount that is fixed relative to the arm and the mount, and wherein the pivot connection is positioned along the arm at a location between the ground facing surface and a portion of the arm to which the spring is attached. an attachment bracket having a portion provided for attachment to a row unit of a planting machine; an arm provided with a ground-facing surface for engagement with the soil during planting; and a mount having a first portion coupled to the attachment bracket, the mount further having a second portion at least partially defining a pivot connection with the arm, the pivot connection providing relative rotation between the arm and the mount; wherein the mount is a compliant mount provided with a spring that exhibits an elastic bias force as the arm is raised toward the attachment bracket, characterized in, that the mount is fixedly secured to the attachment bracket, wherein the spring is held in tension throughout an entire range of motion of the arm, the range of motion of the arm being limited by an abutment surface, wherein the abutment surface and the pivot connection are provided by parallel, spaced pins extending between lateral side plates of the mount that flank the arm, wherein the pivot connection defines an axis for the relative rotation between the arm and the mount that is fixed relative to the arm and the mount, and wherein the pivot connection is positioned along the arm at a location between the ground facing surface and a portion of the arm to which the spring is attached.
A belt-driven continuously variable transmission, comprising: a drive pulley and a driven pulley, each of which is formed by a fixed sheave (10, 13) integrated with a rotary shaft (4, 6) and a movable sheave (11, 14) fitted onto the rotary shaft while being allowed to reciprocate thereon; and a belt running between the pulleys (7, 8); wherein a piston is fitted onto the rotary shaft integrated with the driven pulley in such a manner to rotate relatively therewith through a bearing while being connected to a back face of the driven pulley in a liquid-tight manner; wherein an output gear is integrated with the piston fitted onto the rotary shaft of the driven pulley through said bearing; characterized by: a hydraulic chamber formed between the back face of the driven pulley and the piston that is kept to a liquid-tight condition; a second cam face that is formed on a leading end of the piston in an opposite side of the driven pulley; a first cam face (41 a) that is brought into contact to the second cam face to convert a torque into an axial thrust force; a first cam member having the first cam face that is fitted onto the rotary shaft of the driven pulley in such a manner to rotate integrally therewith, and that is fixed in the axial direction. a drive pulley and a driven pulley, each of which is formed by a fixed sheave (10, 13) integrated with a rotary shaft (4, 6) and a movable sheave (11, 14) fitted onto the rotary shaft while being allowed to reciprocate thereon; and a belt running between the pulleys (7, 8); wherein a piston is fitted onto the rotary shaft integrated with the driven pulley in such a manner to rotate relatively therewith through a bearing while being connected to a back face of the driven pulley in a liquid-tight manner; wherein an output gear is integrated with the piston fitted onto the rotary shaft of the driven pulley through said bearing; a hydraulic chamber formed between the back face of the driven pulley and the piston that is kept to a liquid-tight condition; a second cam face that is formed on a leading end of the piston in an opposite side of the driven pulley; a first cam face (41 a) that is brought into contact to the second cam face to convert a torque into an axial thrust force; a first cam member having the first cam face that is fitted onto the rotary shaft of the driven pulley in such a manner to rotate integrally therewith, and that is fixed in the axial direction.
Metal profile which is being produced from a metal sheet by shaping, in particular by roll-forming, and possesses a profile cross-section forming a groove for connection with an insulating profile, wherein the groove is delimited by profile sections (3.1, 3.2, 3.3, 3.4) on which profile sections (5.1, 5.2) adjoin which rest on one another at least in a common contact region, wherein the profile sections (5.1, 5.2) resting on one another in the contact region delimit a gap open towards the groove outside their contact region, and wherein the profile sections (5.1, 5.2) delimiting the gap form a web which is arranged centrally with respect to the groove, characterised in that the profile sections (5.1, 5.2) delimiting the gap are welded or adhesively bonded in the region of the gap.
A method of accurately estimating inter-cell interference in a received signal transmitted in a given sector (12, 14) in an OFDM communication system receiver, characterized by, when pilot and data subcarriers are subject to the same interference and the propagation channel is approximately constant across subcarriers spanned by a predetermined number of consecutive pilot signals that are orthogonal across sectors: processing the received signal to generate a first set of propagation channel samples that remove the effects of orthogonal pilot patterns; generating a propagation channel estimate from the first set of propagation channel samples; processing the received signal to generate a second set of propagation channel samples that include the effects of orthogonal pilot patterns; estimating inter-cell interference in the received signal by subtracting the propagation channel estimate from the second propagation channel samples. processing the received signal to generate a first set of propagation channel samples that remove the effects of orthogonal pilot patterns; generating a propagation channel estimate from the first set of propagation channel samples; processing the received signal to generate a second set of propagation channel samples that include the effects of orthogonal pilot patterns; estimating inter-cell interference in the received signal by subtracting the propagation channel estimate from the second propagation channel samples.
An impact protection apparatus for an aerial vehicle, the apparatus comprising: an inflatable member configured to be coupled to the aerial vehicle and inflatable to reduce forces experienced by the aerial vehicle during an impact; a container coupled to the inflatable member, said container configured to hold a compressed gas; a control mechanism configured to cause the compressed gas to flow from the container into the inflatable member in response to a signal indicative of malfunction of the aerial vehicle; and a deactivatable safety mechanism characterized in that, unless deactivated, said safety mechanism prevents inflation of the inflatable member, wherein the safety mechanism is configured to be automatically deactivated by a safety signal indicating that the aerial vehicle is airborne. an inflatable member configured to be coupled to the aerial vehicle and inflatable to reduce forces experienced by the aerial vehicle during an impact; a container coupled to the inflatable member, said container configured to hold a compressed gas; a control mechanism configured to cause the compressed gas to flow from the container into the inflatable member in response to a signal indicative of malfunction of the aerial vehicle; and a deactivatable safety mechanism characterized in that, unless deactivated, said safety mechanism prevents inflation of the inflatable member, wherein the safety mechanism is configured to be automatically deactivated by a safety signal indicating that the aerial vehicle is airborne.
A method for testing a capacitance of a load circuit connected to an output pin of a driving circuit, said method being carried out on a system of any of claims 10 to 14, said method comprising: driving a voltage at the output pin to a first voltage using a driving amplifier; in response to receiving a sudden voltage change at an input of the driving amplifier, triggering an onset of a timed voltage change period; applying a predetermined current to the output pin using the driving amplifier; comparing the voltage at the output pin to a reference voltage; and when the voltage at the output pin matches the reference voltage, generating an estimate of the capacitance present at the output pin based on a number of clock cycles occurring between the onset of the timed voltage change period and the time at which the voltage at the output pin matches the reference voltage wherein the timed voltage change period starts when the voltage at the output pin matches to a first value of the reference voltage after a sudden voltage change at an input of the voltage output amplifier and ends when the voltage at the output pin matches to a second value of the reference voltage. driving a voltage at the output pin to a first voltage using a driving amplifier; in response to receiving a sudden voltage change at an input of the driving amplifier, triggering an onset of a timed voltage change period; applying a predetermined current to the output pin using the driving amplifier; comparing the voltage at the output pin to a reference voltage; and when the voltage at the output pin matches the reference voltage, generating an estimate of the capacitance present at the output pin based on a number of clock cycles occurring between the onset of the timed voltage change period and the time at which the voltage at the output pin matches the reference voltage wherein the timed voltage change period starts when the voltage at the output pin matches to a first value of the reference voltage after a sudden voltage change at an input of the voltage output amplifier and ends when the voltage at the output pin matches to a second value of the reference voltage.
Device for foaming a liquid foodstuff, especially milk, which device has a pump for conveying the liquid foodstuff out of a container, a continuous-flow heater, at least one throttle (4a, 4a') and an air supply, wherein the at least one throttle (4a, 4a') and the continuous-flow heater are arranged on the pressure side of the pump and the air supply is configured and arranged to supply air in a flow path of the foodstuff upstream of the at least one throttle (4a, 4a'), characterised in that the device has, on the pressure side of the pump, at least two flow paths (4', 4") for the foodstuff/air mixture, wherein the continuous-flow heater and a first throttle having a first throttle cross-section are arranged in a first of the at least two parallel flow paths (4', 4"), and a second throttle having a second throttle cross-section is arranged in a second (4") of the at least two parallel flow paths (4', 4"), the first and second throttle cross-sections being different, and the device is configured in such a way that for the foodstuff/air mixture either, in a hot-foam mode, the first flow path through the first throttle and through the continuous-flow heater is selectable or, in a cold-foam mode, the second flow path (4") through the second throttle is selectable.
Vehicle (10a, 10b), such as wheeled gardening equipment, comprising a handle (16a, 16b) for pushing or pulling the vehicle (10a, 10b), wherein the handle (16a, 16b) comprises at least one tube (22a, 22b) with a mounting portion (24a, 24b), and wherein the vehicle comprises a housing (18a, 18b) with a mounting seat (38a, 38b) to which the mounting portion (24a, 24b) of the tube (22a, 22b) is attached with at least one connector (26a, 26b), wherein the connector (26a, 26b) has a mounting seat (36a, 36b) in which the mounting portion (24a, 24b) of the tube (22a, 22b) is attached and the housing (18a, 18b) has a mounting seat (38a, 38b) in which a mounting portion (40a, 40b) of the connector (26a, 26b) is arranged, characterised in that the mounting seat (38a, 38b) of the housing (18a, 18b) is formed as a sliding seat, preferably substantially vertical sliding seat, for the mounting portion (40a, 40b) of the connector (26a, 26b).
Tube assembly for a fluid distribution system of a battery pack of a vehicle, comprising at least a first tube for conducting fluid, a connector tube (1, 23) for connecting the first tube to a second tube, and an elastically deformable locking ring for locking the first tube to the connector tube in their assembled state, wherein the first tube comprises a groove along its outer circumference, the connector tube (1, 23) comprises at least one through slit (2, 3) that completely extends through the wall of the connector tube (1, 23) in a radial direction of the connector tube (1, 23) and that incompletely surrounds the longitudinal axis of the connector tube (1, 23) in the circumferential direction of the connector tube (1, 23), and the locking ring is adapted to extend through the through slit (2, 3) and into the groove in its locking position, wherein the locking ring comprises two latch elements (8, 9) that essentially extend perpendicular to a plane in which a main section of the locking ring is arranged, characterized in that the connector tube (1, 23) comprises two counter latch elements (11, 12) that are arranged to form a latch connection with the latch elements (8, 9) when the locking ring is in its locking position, and in that the connector tube (1, 23) comprises two holding elements (15, 16) that are adapted to form a latch connection with the latch elements (8, 9) and that are arranged to hold the locking ring in its release position, in which the locking ring is completely arranged outside of the groove. the locking ring comprises two latch elements (8, 9) that essentially extend perpendicular to a plane in which a main section of the locking ring is arranged, characterized in that the connector tube (1, 23) comprises two counter latch elements (11, 12) that are arranged to form a latch connection with the latch elements (8, 9) when the locking ring is in its locking position, and in that the connector tube (1, 23) comprises two holding elements (15, 16) that are adapted to form a latch connection with the latch elements (8, 9) and that are arranged to hold the locking ring in its release position, in which the locking ring is completely arranged outside of the groove.
A guide assembly of an aircraft cargo management system comprising: a slidable sliding rail; a first fitting comprising a first retaining rail; and a second fitting comprising a second retaining rail; characterized in that: the slidable sliding rail comprises a first channel and a second channel; the first retaining rail is configured to slide within the first channel; the second retaining rail is configured to slide within the second channel; the first retaining rail comprises a depression in the z-direction and a shear kit is disposed in the slidable sliding rail and is configured so that the depression receives the shear kit. a slidable sliding rail; a first fitting comprising a first retaining rail; and a second fitting comprising a second retaining rail; characterized in that: the slidable sliding rail comprises a first channel and a second channel; the first retaining rail is configured to slide within the first channel; the second retaining rail is configured to slide within the second channel; the first retaining rail comprises a depression in the z-direction and a shear kit is disposed in the slidable sliding rail and is configured so that the depression receives the shear kit. the slidable sliding rail comprises a first channel and a second channel; the first retaining rail is configured to slide within the first channel; the second retaining rail is configured to slide within the second channel; the first retaining rail comprises a depression in the z-direction and a shear kit is disposed in the slidable sliding rail and is configured so that the depression receives the shear kit.
A Physical Downlink Control Channel, PDCCH, transmission method of a base station in a mobile communication system based on an Orthogonal Frequency Division Multiple Access, OFDMA, the method comprising: acquiring downlink control information for a resource corresponding to a carrier among a plurality of carriers; and being characterized by identifying at least one Control Channel Element, CCE, index based on an indicator of the carrier among the plurality of carriers; generating a physical downlink control channel, PDCCH, including the downlink control information based on the identified CCE index; and transmitting the PDCCH through a predetermined carrier. acquiring downlink control information for a resource corresponding to a carrier among a plurality of carriers; and being characterized by identifying at least one Control Channel Element, CCE, index based on an indicator of the carrier among the plurality of carriers; generating a physical downlink control channel, PDCCH, including the downlink control information based on the identified CCE index; and transmitting the PDCCH through a predetermined carrier.
A compound semiconductor represented by the following Chemical Formula 1: [Chemical Formula 1] S x Co 4 Sb 12-y-z Q y Sn z Wherein in chemical Formula 1, Q comprises at least one among O, Se, and Te, and x, y, and z are in the range of 0<x≤1, 0<y<12, 0<z<12, 0<y+z<12, and y≥3x. Q comprises at least one among O, Se, and Te, and x, y, and z are in the range of 0<x≤1, 0<y<12, 0<z<12, 0<y+z<12, and y≥3x.
A prosthetic device (100, 370, 430, 440) for replacing a damaged meniscus of a knee joint, the prosthetic device (100, 370, 430, 440) comprising: a central portion (110, 372) having an upper surface (116, 376, 432, 442) for engagement with a portion of a femur and an opposing lower surface (118, 378, 434, 444) for engagement with a portion of a tibia; an outer portion (108, 374, 436, 446) surrounding the central portion (110, 372) and having an increased thickness relative to the central portion (110, 372), the outer portion (108, 374, 436, 446) comprising a first section having a generally semi-ellipsoidal profile similar to that of a natural meniscus and a second section extending between first and second ends of the first section, the second section sized and shaped to engage a femur notch to secure the prosthetic device (100, 370, 430, 440) within the knee joint without penetrating bone, characterized in that the central portion (110, 372) is formed of a resilient polyurethane and the outer portion (108, 374, 436, 446) is formed of the resilient polyurethane embedded with reinforcing fibers (124, 438, 447) such that the outer portion (108, 374, 436, 446) has an increased radial stiffness relative to the central portion (110, 372). a central portion (110, 372) having an upper surface (116, 376, 432, 442) for engagement with a portion of a femur and an opposing lower surface (118, 378, 434, 444) for engagement with a portion of a tibia; an outer portion (108, 374, 436, 446) surrounding the central portion (110, 372) and having an increased thickness relative to the central portion (110, 372), the outer portion (108, 374, 436, 446) comprising a first section having a generally semi-ellipsoidal profile similar to that of a natural meniscus and a second section extending between first and second ends of the first section, the second section sized and shaped to engage a femur notch to secure the prosthetic device (100, 370, 430, 440) within the knee joint without penetrating bone, characterized in that the central portion (110, 372) is formed of a resilient polyurethane and the outer portion (108, 374, 436, 446) is formed of the resilient polyurethane embedded with reinforcing fibers (124, 438, 447) such that the outer portion (108, 374, 436, 446) has an increased radial stiffness relative to the central portion (110, 372).