mhurhangee/ep-ind-claims huggingface dataset:
A dock apparatus subject to a penetrating force exerted by an upper edge of a vehicle parked at a doorway of a wall, the dock apparatus comprising: a support panel being horizontally elongate and extending lengthwise along a width of the doorway when a proximal edge of the support panel is mounted above the doorway in proximity with the wall while a distal edge of the support panel is disposed farther away from the wall, and a front curtain to be suspended from the support panel, hanging downward in front of an upper edge of the doorway when the support panel is mounted in proximity with the wall, the front curtain being engageable by the vehicle, characterized in that the front curtain comprises an inner region within an outer peripheral region, the inner region having a greater penetrating force tolerance than that of the outer peripheral region. a support panel being horizontally elongate and extending lengthwise along a width of the doorway when a proximal edge of the support panel is mounted above the doorway in proximity with the wall while a distal edge of the support panel is disposed farther away from the wall, and a front curtain to be suspended from the support panel, hanging downward in front of an upper edge of the doorway when the support panel is mounted in proximity with the wall, the front curtain being engageable by the vehicle, characterized in that the front curtain comprises an inner region within an outer peripheral region, the inner region having a greater penetrating force tolerance than that of the outer peripheral region.
Use of a column tube for chromatography, wherein the column tube includes a plurality of polishing traces extending in a flow direction of the fluid, on an inner circumferential surface of the column tube, and wherein a ratio, to a total number of polishing traces, of a number of polishing traces having a depth in a range from 0.01 to 50 μm and a width in a range from 0.01 to 100 μm is 70% or higher.
Polyolefin resin composition comprising - polyolefin and - a mixture comprising glycerol ester, primary aliphatic amide and secondary aliphatic amide. - polyolefin and - a mixture comprising glycerol ester, primary aliphatic amide and secondary aliphatic amide.
(Amended) An exterior steel sheet for a solar cell, comprising: a steel sheet having a heat dissipation layer formed on one surface thereof; and a thermal conductive and electrically insulating coating layer including a thermoplastic resin, a thermal conductive filler and a polymeric dispersant, which is formed on the other surface of the steel sheet, wherein the thermal conductive and electrically insulating coating layer has a thickness of 5 to 10 μm, wherein the thermoplastic resin is at least one selected from a group consisting of polyurethane, polyamide and an acrylic resin, wherein the thermal conductive filler is at least one selected from a group consisting of carbon black and boron nitride, and is dispersed in the coating layer in a form of being encompassed by the polymeric dispersant, and wherein the polymeric dispersant is present in the amount of 1 to 3 parts by weight per 100 parts by weight of the thermal conductive filler. a steel sheet having a heat dissipation layer formed on one surface thereof; and a thermal conductive and electrically insulating coating layer including a thermoplastic resin, a thermal conductive filler and a polymeric dispersant, which is formed on the other surface of the steel sheet, wherein the thermal conductive and electrically insulating coating layer has a thickness of 5 to 10 μm, wherein the thermoplastic resin is at least one selected from a group consisting of polyurethane, polyamide and an acrylic resin, wherein the thermal conductive filler is at least one selected from a group consisting of carbon black and boron nitride, and is dispersed in the coating layer in a form of being encompassed by the polymeric dispersant, and wherein the polymeric dispersant is present in the amount of 1 to 3 parts by weight per 100 parts by weight of the thermal conductive filler.
An implantable device comprising: a hermetic package enclosing electronics, the hermetic package having a first set of contact pads on its surface; a flexible circuit including a second set of contact pads on its surface aligned with said first set of contact pads; a roughened surface having a surface area greater than five times that of a shiny platinum surface of the same geometry as that of the roughened surface on at least one contact pad of at least one of said first set of contact pads or said second sets of contact pads; and conductive adhesive between said first set of contact pads and said second set of contact pads. a hermetic package enclosing electronics, the hermetic package having a first set of contact pads on its surface; a flexible circuit including a second set of contact pads on its surface aligned with said first set of contact pads; a roughened surface having a surface area greater than five times that of a shiny platinum surface of the same geometry as that of the roughened surface on at least one contact pad of at least one of said first set of contact pads or said second sets of contact pads; and conductive adhesive between said first set of contact pads and said second set of contact pads.
An LED-based light for replacing a fluorescent bulb in a conventional fluorescent light fixture comprising: a housing having a first end opposing a second end; a circuit board disposed within the housing and extending along a longitudinal axis of the housing; at least one LED mounted to the circuit board; at least one end cap disposed on one of the first and second ends of the housing, the end cap including a switch selectively engageable between a first and at least a second position and at least one electrically conductive pin configured for physical and electrical connection to the light fixture; and circuitry configured to provide a current path between the at least one LED and the at least one electrically conductive pin, wherein the switch is configured to selectively disconnect the current path, the switch configured to create an open circuit condition in the current path in the first position and create a closed circuit condition in the current path in the second position; characterised in that the LED-based light further comprises a pin cover configured for travel between a protracted position and a retracted position, the pin cover configured to substantially enclose the electrically conductive pin in the protracted position and to expose the electrically conductive pin in the retracted position. a housing having a first end opposing a second end; a circuit board disposed within the housing and extending along a longitudinal axis of the housing; at least one LED mounted to the circuit board; at least one end cap disposed on one of the first and second ends of the housing, the end cap including a switch selectively engageable between a first and at least a second position and at least one electrically conductive pin configured for physical and electrical connection to the light fixture; and circuitry configured to provide a current path between the at least one LED and the at least one electrically conductive pin, wherein the switch is configured to selectively disconnect the current path, the switch configured to create an open circuit condition in the current path in the first position and create a closed circuit condition in the current path in the second position; characterised in that the LED-based light further comprises a pin cover configured for travel between a protracted position and a retracted position, the pin cover configured to substantially enclose the electrically conductive pin in the protracted position and to expose the electrically conductive pin in the retracted position.
A robot cleaner comprising: a cleaner body; a front wheel rotatably provided in a front portion of the cleaner body; a rear wheel rotatably provided in a rear portion of the cleaner body; a first member attached to an outer circumferential surface of the front wheel and configured to contact with a cleaning object surface; a second member attached to an outer circumferential surface of the rear wheel and configured to contact with the cleaning object surface; a water tank supplying water to the front wheel; and a water supply pipe guiding the water from the water tank to the front wheel, characterized in that the front wheel comprises, a hollow cylindrical case; and a plurality of outlet holes penetrating the cylindrical case, and the hollow cylindrical case is in communication with the water supply pipe, and when the front wheel is rotated, the centrifugal force allows water to flow to the first member via the plurality of the outlet holes; and wherein a water content percentage of the first member is lower than a water content percentage of the second member. a cleaner body; a front wheel rotatably provided in a front portion of the cleaner body; a rear wheel rotatably provided in a rear portion of the cleaner body; a first member attached to an outer circumferential surface of the front wheel and configured to contact with a cleaning object surface; a second member attached to an outer circumferential surface of the rear wheel and configured to contact with the cleaning object surface; a water tank supplying water to the front wheel; and a water supply pipe guiding the water from the water tank to the front wheel, characterized in that the front wheel comprises, a hollow cylindrical case; and a plurality of outlet holes penetrating the cylindrical case, and the hollow cylindrical case is in communication with the water supply pipe, and when the front wheel is rotated, the centrifugal force allows water to flow to the first member via the plurality of the outlet holes; and wherein a water content percentage of the first member is lower than a water content percentage of the second member.
A process for producing a hydrofluoroolefin of the formula C 3 H (a+x-1) F 7-(a+x) where a = 0, 1, 2, 3 or 4 and x = 0, 1, 2 or 3 and a+x is greater than or equal to 1, comprising the steps of: a) fluorinating a hydrochloroolefin in a liquid phase, without catalyst, to form a hydrochlorofluoroolefin of the formula C 3 F 3 H (a+x-1) Cl 4-(a+x) and HCL and first co-products; and thereafter b) fluorinating the hydrochlorofluoroolefin in a gas phase, in the presence of a suitable catalyst to form a hydrofluoroolefin of the formula C 3 H (a+x-1) F 7-(a+x) and second co-products, wherein the step a) of fluorinating a hydrochloroolefin in a liquid phase, without catalyst comprises contacting the hydrochloroolefin with hydrogen fluoride, wherein said hydrochloroolefin is 1,1,2,3-tetrachloro-1-propene, said hydrochlorofluoroolefin is 2-chloro-3,3,3-trifluoro-1-propene and said hydrofluoroolefin is 2,3,3,3-tetrafluoro-1-propene. a) fluorinating a hydrochloroolefin in a liquid phase, without catalyst, to form a hydrochlorofluoroolefin of the formula C 3 F 3 H (a+x-1) Cl 4-(a+x) and HCL and first co-products; and thereafter b) fluorinating the hydrochlorofluoroolefin in a gas phase, in the presence of a suitable catalyst to form a hydrofluoroolefin of the formula C 3 H (a+x-1) F 7-(a+x) and second co-products,
A method for operating an adaptive feed-forward noise reduction system (10,10a) for a motor vehicle, where there is an adaptive feed-forward noise reduction system input sine wave at a frequency to be cancelled, and where the adaptive feed-forward noise reduction system comprises an adaptive filter that receives the input sine wave and outputs noise reduction signals that are used to drive one or more transducers with their outputs directed to reduce engine noise, and further comprises an input transducer with an output signal that is a source of a control signal for the adaptive filter, characterized in that the method comprises filtering the output signal of the input transducer before it reaches the adaptive filter so as to reduce the level of the output signal of the input transducer at one or more frequencies that are adjacent to the frequency of the input sine wave.
A synchronization and equalization combined design method for a microwave system, comprising: according to a frequency offset estimation result, performing a frequency offset compensation on received data; caching the received data on which the frequency offset compensation has been performed, completing a coarse time synchronization on cached data to obtain a coarse synchronization result; taking the coarse synchronization result as a starting point, completing a fine time synchronization to obtain an adjustment value of synchronization position; adjusting a timing position of the received data on which the frequency offset compensation has been performed according to the adjustment value of synchronization position; shifting a filtering coefficient of an equalizer according to the adjustment value of synchronization position by: if the adjustment value of synchronization position d=0, the filtering coefficient of the equalizer remains unchanged; if d> 0, left shifting the filtering coefficient of the equalizer by d data; if d <0, right shifting the filtering coefficient of the equalizer by abs(d) data; wherein, the abs(d) is an absolute value of d; and completing, by the equalizer, an equalization filtering on the received data on which the frequency offset compensation has been performed according to the shifted filtering coefficient. according to a frequency offset estimation result, performing a frequency offset compensation on received data; caching the received data on which the frequency offset compensation has been performed, completing a coarse time synchronization on cached data to obtain a coarse synchronization result; taking the coarse synchronization result as a starting point, completing a fine time synchronization to obtain an adjustment value of synchronization position; adjusting a timing position of the received data on which the frequency offset compensation has been performed according to the adjustment value of synchronization position; shifting a filtering coefficient of an equalizer according to the adjustment value of synchronization position by: if the adjustment value of synchronization position d=0, the filtering coefficient of the equalizer remains unchanged; if d> 0, left shifting the filtering coefficient of the equalizer by d data; if d <0, right shifting the filtering coefficient of the equalizer by abs(d) data; wherein, the abs(d) is an absolute value of d; and completing, by the equalizer, an equalization filtering on the received data on which the frequency offset compensation has been performed according to the shifted filtering coefficient.
A track system (100, 200, 300) for attachment to a vehicle, the track system comprising: • a primary wheel structured to be rotationally attachable to the vehicle, the primary wheel having an inboard-facing side and an outboard-facing side opposite the inboard-facing side, the inboard-facing side facing toward the vehicle when the primary wheel is rotationally attached to the vehicle; • a frame (112, 202, 304) rotationally supporting a plurality of secondary wheels; • a sub-frame (124, 208, 302) supported by the frame, the sub-frame rotationally supporting the primary wheel, the primary wheel and the plurality of secondary wheels supporting an endless track around the primary wheel and the plurality of secondary wheels; • a pivot member extending in a vertical direction between the sub-frame and the frame and defining a pivot axis (148, 324) of the frame relative to the sub-frame, the pivot axis extending in the vertical direction; characterized in that the track system further comprises: • a fastener securing the frame to the sub-frame in a neutral position, the fastener being disengageable, the frame being pivotable relative to the sub-frame about the pivot axis from the neutral position to a plurality of different toe-in-toe-out positions when the fastener is disengaged, the fastener being re-engageable to secure the frame to the sub-frame in any one of the different toe-in-toe-out positions. • a primary wheel structured to be rotationally attachable to the vehicle, the primary wheel having an inboard-facing side and an outboard-facing side opposite the inboard-facing side, the inboard-facing side facing toward the vehicle when the primary wheel is rotationally attached to the vehicle; • a frame (112, 202, 304) rotationally supporting a plurality of secondary wheels; • a sub-frame (124, 208, 302) supported by the frame, the sub-frame rotationally supporting the primary wheel, the primary wheel and the plurality of secondary wheels supporting an endless track around the primary wheel and the plurality of secondary wheels; • a pivot member extending in a vertical direction between the sub-frame and the frame and defining a pivot axis (148, 324) of the frame relative to the sub-frame, the pivot axis extending in the vertical direction; characterized in that the track system further comprises: • a fastener securing the frame to the sub-frame in a neutral position, the fastener being disengageable, the frame being pivotable relative to the sub-frame about the pivot axis from the neutral position to a plurality of different toe-in-toe-out positions when the fastener is disengaged, the fastener being re-engageable to secure the frame to the sub-frame in any one of the different toe-in-toe-out positions.
A humidification chamber suitable for use with a humidifier, the humidification chamber comprising: a reservoir portion configured to hold a liquid; an evaporator portion adjacent the reservoir portion configured to facilitate evaporation of the liquid, and at least one internal guide wall configured to guide a flow of gases within the humidification chamber, characterized by a microstructured surface configured to transport liquid from the reservoir portion to the evaporator portion; wherein the at least one internal guide wall comprises a plurality of guide walls, a flow channel is defined between adjacent ones of the plurality of guide walls and the plurality of guide walls define multiple flow channels. a reservoir portion configured to hold a liquid; an evaporator portion adjacent the reservoir portion configured to facilitate evaporation of the liquid, and at least one internal guide wall configured to guide a flow of gases within the humidification chamber, characterized by a microstructured surface configured to transport liquid from the reservoir portion to the evaporator portion; wherein the at least one internal guide wall comprises a plurality of guide walls, a flow channel is defined between adjacent ones of the plurality of guide walls and the plurality of guide walls define multiple flow channels.
Passenger seat system for a transportation means, comprising - at least one support structure and - at least one seat, which comprises a seat frame (6, 158), which is movable and arrestable on the support structure and has an underside that rests on the support structure and an upper side that receives a seating surface, wherein the seat frame (6, 158) comprises an arresting device (36, 157) on the underside and an operating unit on the upper side coupled with the arresting device (36, 157), wherein the operating unit is movable into an arresting position and a release position and is blockable at least in the arresting position through a lockable blocking device (34, 75, 91, 121), wherein the arresting device (36, 157) is adapted for arresting the seat frame (6, 158) on the support structure with the operating unit being in the arresting position and to release it with the operating unit being in the release position, characterized in that the at least one seat comprises a seating surface, which is swivably mounted on the seat frame (6, 158), wherein the operating unit comprises an operating lever, which is swivably in an upward direction only if the seating surface is swiveled upwards. - at least one support structure and - at least one seat, which comprises a seat frame (6, 158), which is movable and arrestable on the support structure and has an underside that rests on the support structure and an upper side that receives a seating surface, wherein the seat frame (6, 158) comprises an arresting device (36, 157) on the underside and an operating unit on the upper side coupled with the arresting device (36, 157), wherein the operating unit is movable into an arresting position and a release position and is blockable at least in the arresting position through a lockable blocking device (34, 75, 91, 121), wherein the arresting device (36, 157) is adapted for arresting the seat frame (6, 158) on the support structure with the operating unit being in the arresting position and to release it with the operating unit being in the release position, characterized in that the at least one seat comprises a seating surface, which is swivably mounted on the seat frame (6, 158), wherein the operating unit comprises an operating lever, which is swivably in an upward direction only if the seating surface is swiveled upwards.
An apparatus comprising: a memory array (100;200;210;220;230) including a plurality of word lines (101,103), wherein a word line (101,103) includes at least one word line plate (208,209;218,219;228;229;238,239), wherein the word line plate comprises a first material (119;201;203;211;213;221;223;231;233) with a first resistivity, wherein an edge of the word line plate is recessed and filled with a second material (115;202;204;212;214;222;224;232;234) having a second resistivity that is lower than the first resistivity, to reduce total resistance of the word line, wherein the memory array (100;200;210;220;230) further includes a plurality of pillars (122,124,126,128;200;207;216;226;237) disposed through the plurality of word lines (101,103), wherein a pillar includes a number of storage cells (132,134), a storage cell includes a channel trapping layer surrounded by the word line, and a cell channel region surrounded by the channel trapping layer, and wherein the memory array (100;200;210;220;230) further includes a plurality of slits (107;205;215;225;235) through the plurality of word lines (101,103), and wherein a slit (107;205;215;225;235) separates the plurality of word lines (101,103) into a first word line region and a second word line region, and storage cells within the first word line region forms a first memory block, and storage cells within the second word line region forms a second memory block, wherein the slit (107;205;215;225;235) is filled with an insulating material and the recessed edge of the word line plate includes an edge along the slit. a memory array (100;200;210;220;230) including a plurality of word lines (101,103), wherein a word line (101,103) includes at least one word line plate (208,209;218,219;228;229;238,239), wherein the word line plate comprises a first material (119;201;203;211;213;221;223;231;233) with a first resistivity, wherein an edge of the word line plate is recessed and filled with a second material (115;202;204;212;214;222;224;232;234) having a second resistivity that is lower than the first resistivity, to reduce total resistance of the word line, wherein the memory array (100;200;210;220;230) further includes a plurality of pillars (122,124,126,128;200;207;216;226;237) disposed through the plurality of word lines (101,103), wherein a pillar includes a number of storage cells (132,134), a storage cell includes a channel trapping layer surrounded by the word line, and a cell channel region surrounded by the channel trapping layer, and wherein the memory array (100;200;210;220;230) further includes a plurality of slits (107;205;215;225;235) through the plurality of word lines (101,103), and wherein a slit (107;205;215;225;235) separates the plurality of word lines (101,103) into a first word line region and a second word line region, and storage cells within the first word line region forms a first memory block, and storage cells within the second word line region forms a second memory block, wherein the slit (107;205;215;225;235) is filled with an insulating material and the recessed edge of the word line plate includes an edge along the slit.