mhurhangee/ep-ind-claims huggingface dataset:
A battery cooling apparatus comprising: a housing installed on a side surface of a battery pack and having a suction unit through which air having passed through the battery pack is sucked and a discharge unit through which air sucked through the suction unit is discharged to the outside; a plurality of cooling fans (20, 22, 24, 26) installed at intervals in the housing to suck air through the suction unit and discharge air through the discharge unit; and a printed circuit board installed in an inside of the housing, in which the PCB is fixed and electrically connected to the plurality of cooling fans (20, 22, 24, 26) to thus control operations of the cooling fans (20, 22, 24, 26), wherein the PCB comprises: a main PCB; and a plurality of sub-PCBs (90, 92, 94, 96) formed integrally with the main PCB and formed in the same number as the number of the cooling fans (20, 22, 24, 26), in which the plurality of cooling fans (20, 22, 24, 26) are fixed and electrically connected to the plurality of sub-PCBs (90, 92, 94, 96), and wherein each of the sub-PCBs (90, 92, 94, 96) includes a central throughhole through which a rotating shaft of one of the cooling fans (20, 22, 24, 26) passes, in which a plurality of terminals (52, 54) electrically connected to the cooling fan (20, 22, 24, 26) are mounted. a housing installed on a side surface of a battery pack and having a suction unit through which air having passed through the battery pack is sucked and a discharge unit through which air sucked through the suction unit is discharged to the outside; a plurality of cooling fans (20, 22, 24, 26) installed at intervals in the housing to suck air through the suction unit and discharge air through the discharge unit; and a printed circuit board installed in an inside of the housing, in which the PCB is fixed and electrically connected to the plurality of cooling fans (20, 22, 24, 26) to thus control operations of the cooling fans (20, 22, 24, 26), wherein the PCB comprises: a main PCB; and a plurality of sub-PCBs (90, 92, 94, 96) formed integrally with the main PCB and formed in the same number as the number of the cooling fans (20, 22, 24, 26), in which the plurality of cooling fans (20, 22, 24, 26) are fixed and electrically connected to the plurality of sub-PCBs (90, 92, 94, 96), and wherein each of the sub-PCBs (90, 92, 94, 96) includes a central throughhole through which a rotating shaft of one of the cooling fans (20, 22, 24, 26) passes, in which a plurality of terminals (52, 54) electrically connected to the cooling fan (20, 22, 24, 26) are mounted.
An optical fiber coating removal device, comprising: a one piece molded body (110, 210) having a first body portion (120, 220) connected to a second body portion (140, 240) by a flexible portion (130, 230), and a first metal blade (150, 250) secured in the first body portion (120, 220), wherein the first blade (150, 250) includes a first U-shaped slot (153, 253) having cutting edges (154, 254) on the inside of the slot (153, 253), and a fiber guide channel (142, 242) formed in the second body portion (140, 240), wherein the fiber guide channel (142, 242) has a first channel wall (142a, 242a) having a blade access slot (143, 243) extending therethrough, wherein the blade access slot is oriented perpendicular to the fiber guide channel, and a second channel wall (142b, 242b) disposed opposite the first channel wall (142a, 242a), wherein the first and second channel walls (142a, 142b, 242a, 242b) are sloped to create a substantially V-shaped fiber guide channel (142, 242) that facilitates placement of the coated optical fiber in the optical fiber coating removal device (100, 200), so that a terminal end of coated optical fiber can be laid in the fiber guide channel (142,242), wherein the blade (150, 250) is oriented perpendicular to the guide channel (142, 242) when the blade (150, 250) extends through the blade access slot (143, 243), and wherein the flexible portion (130, 230) allows the first and second body portions (120, 220, 140, 240) to move between an open state and a closed state for stripping an optical fiber. a one piece molded body (110, 210) having a first body portion (120, 220) connected to a second body portion (140, 240) by a flexible portion (130, 230), and a first metal blade (150, 250) secured in the first body portion (120, 220), wherein the first blade (150, 250) includes a first U-shaped slot (153, 253) having cutting edges (154, 254) on the inside of the slot (153, 253), and a fiber guide channel (142, 242) formed in the second body portion (140, 240), wherein the fiber guide channel (142, 242) has a first channel wall (142a, 242a) having a blade access slot (143, 243) extending therethrough, wherein the blade access slot is oriented perpendicular to the fiber guide channel, and a second channel wall (142b, 242b) disposed opposite the first channel wall (142a, 242a), wherein the first and second channel walls (142a, 142b, 242a, 242b) are sloped to create a substantially V-shaped fiber guide channel (142, 242) that facilitates placement of the coated optical fiber in the optical fiber coating removal device (100, 200), so that a terminal end of coated optical fiber can be laid in the fiber guide channel (142,242), wherein the blade (150, 250) is oriented perpendicular to the guide channel (142, 242) when the blade (150, 250) extends through the blade access slot (143, 243), and wherein the flexible portion (130, 230) allows the first and second body portions (120, 220, 140, 240) to move between an open state and a closed state for stripping an optical fiber.
A touch-control screen, comprising: a metal frame, a liquid crystal display embedded into the metal frame, and a touch-control panel covering the liquid crystal display, wherein the touch-control panel comprises a transparent conductive shield layer, and the transparent conductive shield layer is electrically connected to the metal frame, characterized in that the touch-control panel further comprises a silicon dioxide layer arranged in the touch-control panel at an end near the liquid crystal display; the transparent conductive shield layer is arranged on the silicon dioxide layer farther away from the liquid crystal display than the silicon dioxide layer; the silicon dioxide layer has a plurality of through-holes; and the transparent conductive shield layer is electrically connected to the metal frame through the through-holes.
A pulley with improved guiding of a wire rope, said pulley comprising: - a housing, which is in a vertical axis rotatably mountable on a housing of a winch, - a movable guide of the rope, said guide movable mounted in the fixed housing around a sheave rotation axis, - the sheave along which the rope runs, and - a pushing mechanism arranged to lead the rope, characterized in that - the pushing mechanism is mounted on the movable rope guide, so that the pushing mechanism is synchronously movable with the rope guide and the distance between the pushing mechanism and the rope guide is constant regardless of the position of the rope guide. - a housing, which is in a vertical axis rotatably mountable on a housing of a winch, - a movable guide of the rope, said guide movable mounted in the fixed housing around a sheave rotation axis, - the sheave along which the rope runs, and - a pushing mechanism arranged to lead the rope, characterized in that - the pushing mechanism is mounted on the movable rope guide, so that the pushing mechanism is synchronously movable with the rope guide and the distance between the pushing mechanism and the rope guide is constant regardless of the position of the rope guide.
An injection molding machine comprising: a servomotor for opening and closing a mold; wherein the servomotor is driven to sequentially perform, as mold clamping processes, a high-speed mold clamping process, a low-pressure mold clamping process, and a high-pressure mold clamping process; wherein the machine comprises an abnormality determination means that determines that foreign matter exists between molds (15, 16), and further comprises a servomotor stopping means for stopping the servomotor when the abnormality determination means determines that foreign matter exists, wherein the injection molding machine further comprises a torque value detection means for detecting an actual measured torque value of the servomotor; characterized in that the abnormality determination means determines that foreign matter exists between molds when the actual measured torque value of the servomotor that occurs to a mold opening side during the low-pressure mold clamping process is negative and changes so as to become less negative such that it falls out of range of a given normal value set in advance. a servomotor for opening and closing a mold; wherein the servomotor is driven to sequentially perform, as mold clamping processes, a high-speed mold clamping process, a low-pressure mold clamping process, and a high-pressure mold clamping process; wherein the machine comprises an abnormality determination means that determines that foreign matter exists between molds (15, 16), and further comprises a servomotor stopping means for stopping the servomotor when the abnormality determination means determines that foreign matter exists, wherein the injection molding machine further comprises a torque value detection means for detecting an actual measured torque value of the servomotor; characterized in that the abnormality determination means determines that foreign matter exists between molds when the actual measured torque value of the servomotor that occurs to a mold opening side during the low-pressure mold clamping process is negative and changes so as to become less negative such that it falls out of range of a given normal value set in advance.
A combustible briquette comprising more than one lumps primarily made of a combustible material including compressed charcoal, wherein said more than one lumps have an extent of minimum 4 mm, wherein said more than one lumps are embedded in an embedding material, wherein said embedding material comprises charcoal and an ignition agent and wherein said ignition agent constitutes between 8 and 45% of the weight of said embedding material.
A coordinate input device comprising: a translucent substrate; a detection electrode pattern (40, 50, 50B) that includes a plurality of detection electrodes (41a, 51a, 51Ba) for detecting an input location, the detection electrodes being arranged on or above the translucent substrate in at least one direction; and an adjustment pattern (60, 60A) that is formed between the detection electrodes in a planar view and is electrically insulated from the detection electrodes, the adjustment pattern including the same material as the detection electrodes, wherein the detection electrode pattern includes a first detection electrode pattern in which first detection electrodes are arranged in a first direction and a second detection electrode pattern (50, 50B) in which second detection electrodes (51a, 51Ba) are arranged in a second direction, and the adjustment pattern is located on the same level as the plurality of detection electrodes, and in a planar view, between the adjacent first detection electrodes, between the adjacent second detection electrodes, and between the adjacent first and second detection electrodes, in an area where the first detection electrode pattern and the second detection electrode pattern are not formed. a translucent substrate; a detection electrode pattern (40, 50, 50B) that includes a plurality of detection electrodes (41a, 51a, 51Ba) for detecting an input location, the detection electrodes being arranged on or above the translucent substrate in at least one direction; and an adjustment pattern (60, 60A) that is formed between the detection electrodes in a planar view and is electrically insulated from the detection electrodes, the adjustment pattern including the same material as the detection electrodes, wherein the detection electrode pattern includes a first detection electrode pattern in which first detection electrodes are arranged in a first direction and a second detection electrode pattern (50, 50B) in which second detection electrodes (51a, 51Ba) are arranged in a second direction, and the adjustment pattern is located on the same level as the plurality of detection electrodes, and in a planar view, between the adjacent first detection electrodes, between the adjacent second detection electrodes, and between the adjacent first and second detection electrodes, in an area where the first detection electrode pattern and the second detection electrode pattern are not formed.
Printing plate for transferring a printing ink to a rubber blanket for printing on an object surface, the printing plate having a plurality of elevations which, starting from a base surface of the printing plate, extend in a direction orthogonal to the base surface, each elevation having a printing surface to which the printing ink can be applied, with which the printing plate contacts the rubber blanket for transferring the printing ink, characterized in that at least one of the printing surfaces comprises a first region with a flat surface and at least one second region with a concave surface, wherein the first region completely encloses the at least one second region.
Process for manufacturing a muffler for an exhaust system of an internal combustion engine, wherein the muffler to be manufactured comprises a muffler housing with a housing jacket elongated in the direction of a housing longitudinal axis and with at least one housing bottom (26, 44) carried on the housing jacket, comprising the steps of: a) providing the housing jacket with a stop formation in association with at least one housing bottom to be carried on the housing jacket, b) providing at least one housing bottom (26, 44) to be carried on the housing jacket, and c) positioning of at least one housing bottom on the housing jacket such that the housing bottom is in contact with the stop formation associated with it, wherein in step a) the housing jacket is provided in at least one axial end area with a radial expansion area and, adjoining the radial expansion area, with an essentially cylindrical end section for receiving a housing bottom, and wherein a stop formation is provided in the radial expansion area with a plurality of stop projections, which are arranged at spaced locations from one another about the housing longitudinal axis in the circumferential direction and project into a housing interior enclosed by the housing jacket. a) providing the housing jacket with a stop formation in association with at least one housing bottom to be carried on the housing jacket, b) providing at least one housing bottom (26, 44) to be carried on the housing jacket, and c) positioning of at least one housing bottom on the housing jacket such that the housing bottom is in contact with the stop formation associated with it,
A liquid topical preparation, comprising: water; oxybutynin or a pharmaceutically acceptable salt thereof; and a dicarboxylic acid ester, wherein the dicarboxylic acid ester is one or more compounds selected from the group consisting of diisopropyl adipate, diethyl sebacate, diisopropyl sebacate, diisobutyl adipate, dimethyl succinate and dibutyl phthalate, and wherein a content of oxybutynin or a pharmaceutically acceptable salt thereof ranges from 10 mass% to 20 mass% based on a total mass of the liquid topical preparation. water; oxybutynin or a pharmaceutically acceptable salt thereof; and a dicarboxylic acid ester, wherein the dicarboxylic acid ester is one or more compounds selected from the group consisting of diisopropyl adipate, diethyl sebacate, diisopropyl sebacate, diisobutyl adipate, dimethyl succinate and dibutyl phthalate, and wherein a content of oxybutynin or a pharmaceutically acceptable salt thereof ranges from 10 mass% to 20 mass% based on a total mass of the liquid topical preparation.
An attachment structure of a vacuum pump being an attachment structure of a vacuum pump sucking the inside of an engine case to turn a pressure in the engine case into a negative pressure, the attachment structure of the vacuum pump whereby a breather chamber is disposed above the vacuum pump, characterized in that an intake port of a blow-by gas is disposed in an upper portion of the vacuum pump.
Agricultural vehicle provided with an internal combustion engine provided with fan carried by a fan shroud having with an aperture to accommodate rotating fan blades, comprising a funnel shaped member having a first end portion (10-a) defining an in inlet aperture and a second end portion (10-b) with reduced section defining an outlet aperture; the first end portion (10-a) being designed to be connected with a portion of the fan shroud to face the blades so that air blown by the fan blades is supplied to the inlet aperture and air flowing in the funnel shaped member is accelerated so that a flux of washing accelerated air is provided at the outlet aperture; said outlet aperture being placed to face a surface of a component of the engine so that the flux of washing air sweeps the surface preventing the accumulation of organic components on the surface; said surface is heated during the functioning of the engine, characterized in that the funnel shaped member is designed so that second end portion (10-b) may be displaced with respect the first end portion (10-a) in order to have an articulated outlet aperture that may be positioned to face different surfaces (17,17b).
Device to damp vibrations in a drive train, characterized in that a cylindrical shaft, preferably designed as a hollow shaft with flanges, is provided, which is disposed between the halves of a coupling and is firmly connected to these halves, and around which at least one ring (8, 11, 11', 11") with friction surfaces is arranged.
A wireless power transmitter device comprising: a driving coil configured to transmit power wirelessly; a magnetic coupler mutually inductively coupled with the driving coil; the magnetic coupler comprises a plurality of coils arranged in a region opposite one side of the driving coil, the magnetic coupler further comprises variable capacitors installed on each coil of the magnetic coupler, respectively, wherein the plurality of coils are arranged on a same plane, a resonance frequency adjuster part configured to adjust a resonance frequency of the magnetic coupler, and a sensor part configured to detect a position of a wireless power receiver receiving the power wirelessly relative to the wireless power transmitter device; wherein the resonance frequency adjuster part is configured to adjust the resonant frequency of each coil (110, 121) of the magnetic coupler when there is an offset between the driving coil of the wireless power transmitter device and a driving coil of the wireless power receiver based on the detection of the sensor part when the driving coil of the wireless power transmitter device is misaligned and does not overlap with the driving coil of the wireless power receiver, to optimize the magnetic field distribution for overcoming the decrease in power transfer efficiency due to the offset, and the resonance frequency adjuster part is configured to adjust the resonance frequency by adjusting capacitances of the variable capacitors installed on each coil of the magnetic coupler according to the offset. a driving coil configured to transmit power wirelessly; a magnetic coupler mutually inductively coupled with the driving coil; the magnetic coupler comprises a plurality of coils arranged in a region opposite one side of the driving coil, the magnetic coupler further comprises variable capacitors installed on each coil of the magnetic coupler, respectively, wherein the plurality of coils are arranged on a same plane, a resonance frequency adjuster part configured to adjust a resonance frequency of the magnetic coupler, and a sensor part configured to detect a position of a wireless power receiver receiving the power wirelessly relative to the wireless power transmitter device; wherein the resonance frequency adjuster part is configured to adjust the resonant frequency of each coil (110, 121) of the magnetic coupler when there is an offset between the driving coil of the wireless power transmitter device and a driving coil of the wireless power receiver based on the detection of the sensor part when the driving coil of the wireless power transmitter device is misaligned and does not overlap with the driving coil of the wireless power receiver, to optimize the magnetic field distribution for overcoming the decrease in power transfer efficiency due to the offset, and the resonance frequency adjuster part is configured to adjust the resonance frequency by adjusting capacitances of the variable capacitors installed on each coil of the magnetic coupler according to the offset.
An ankle support comprising: a sheet of flexible material configured to at least partially enclose a wearer's ankle; and a splint coupled to the sheet of material and configured to be positioned on a medial side of the wearer's ankle when the sheet of material is secured on the wearer's ankle, wherein the splint comprises an undulating profile configured to conform to at least a portion of the medial side of the wearer's ankle and resist inversion of the ankle, wherein there is no splint configured to be positioned on a lateral side of the wearer's ankle when the sheet of material is secured on the wearer's ankle, and wherein the undulating profile has a first portion having a convex curvature for conforming to the medial side of the wearer's calf, a second portion having a concave curvature for conforming to the wearer's medial malleolus and subcutaneous bursa, a third portion having a concave curvature for conforming to the wearer's arch. a sheet of flexible material configured to at least partially enclose a wearer's ankle; and a splint coupled to the sheet of material and configured to be positioned on a medial side of the wearer's ankle when the sheet of material is secured on the wearer's ankle, wherein the splint comprises an undulating profile configured to conform to at least a portion of the medial side of the wearer's ankle and resist inversion of the ankle, wherein there is no splint configured to be positioned on a lateral side of the wearer's ankle when the sheet of material is secured on the wearer's ankle, and wherein the undulating profile has a first portion having a convex curvature for conforming to the medial side of the wearer's calf, a second portion having a concave curvature for conforming to the wearer's medial malleolus and subcutaneous bursa, a third portion having a concave curvature for conforming to the wearer's arch.