mhurhangee/ep-ind-claims huggingface dataset:
An article of apparel (300, 800, 900) incorporating a slider assembly, the article of apparel comprising: a first textile having a first textile edge and a second textile having a second textile edge; a first slider tape of the slider assembly, the first slider tape having a first longitudinal edge that includes a first series of alternating peaks and troughs and a second longitudinal edge opposite the first longitudinal edge to which a first set of coupling elements are attached, wherein the first textile edge is affixed to the first series of peaks and is unaffixed from the first series of troughs such that a space is formed between the first textile edge and respective troughs of the first series of troughs; and a second slider tape of the slider assembly, the second slider tape having a third longitudinal edge that includes a second series of alternating peaks and troughs and a fourth longitudinal edge opposite the third longitudinal edge to which a second set of coupling elements are attached, wherein the second textile edge is affixed to the second series of peaks and is unaffixed from the second series of troughs such that a space is formed between the second textile edge and respective troughs of the second series of troughs, characterized in that the space formed between the first textile edge and the respective troughs of the first series of troughs of the first slider tape and the space formed between the second textile edge and the respective troughs of the second series of troughs of the second slider tape are through-passages.
An electrical device comprising: a housing defining an interior region bounded at least in part by a movable cover; a first receiver slot (20, 22) defined on the housing adjacent to the movable cover; a second receiver slot (20, 22) defined on the housing adjacent to both the first receiver slot (20, 22) and the movable cover; a first proximity switch (30a, 32a) that indicates when the movable cover is in a closed position; and a latch element located adjacent to at least one of the first and second receiver slots (20, 22), wherein the movable cover carries a selected region configured to cause a change of state of the first proximity switch (30a, 32a) when the movable cover is in the closed position wherein the latch element releasably retains the movable cover carried on the housing in the closed position wherein the selected region is a magnet, and the latch element comprises a metal member to which the selected region is releasably attached. a housing defining an interior region bounded at least in part by a movable cover; a first receiver slot (20, 22) defined on the housing adjacent to the movable cover; a second receiver slot (20, 22) defined on the housing adjacent to both the first receiver slot (20, 22) and the movable cover; a first proximity switch (30a, 32a) that indicates when the movable cover is in a closed position; and a latch element located adjacent to at least one of the first and second receiver slots (20, 22), wherein the movable cover carries a selected region configured to cause a change of state of the first proximity switch (30a, 32a) when the movable cover is in the closed position wherein the latch element releasably retains the movable cover carried on the housing in the closed position wherein the selected region is a magnet, and the latch element comprises a metal member to which the selected region is releasably attached.
Device for the precise transport of small and light objects, especially glass articles, in heated rooms, such as furnace rooms, wherein the device is also designed for temperatures from 750°C to 780°C, with a conveyor belt on which the objects can be arranged in a defined position, wherein the conveyor belt is driven by laterally arranged drive chains and is arranged cantilevered thereon, characterised in that the conveyor belt has at least one central support which supports the conveyor belt from below against the bottom of the device and thereby reduces sagging of the conveyor belt the central support is designed as a rolling connection between the conveyor belt and the bottom of the device and wherein the central support thereby intercepts or prevents oscillations and/or vibrations which could be caused by the movement of the conveyor belt.
A phosphor layer, comprising: a phosphor plate adhesively formed by a phosphor powder and an adhesive agent, wherein the phosphor plate has a front side and a back side, and at least one particle, which is fixedly connected to the front and/or the back side of the phosphor plate to keep a distance between the phosphor plate and its substrate on a side where the at least one particle is deposited.
An abrasive cleaning device (10, 110,...) for use with a flooring machine, the cleaning device comprising: a rotatable driver pad (12, 114,...) or rotatable cylinder that is operable to be connected to a flooring machine; and a plurality of brushes having an abrasive portion (22, 160,...) containing diamond particles that are dispersed on an exterior surface of said abrasive portion, each individual brush being a broad brush strip having a flexible and thin-wall configuration; characterized in that: the driver pad has a plurality of radially extending slots (16, 124,...) located within a surface of said driver pad, or the rotatable cylinder has a plurality of axially extending slots; wherein each individual brush (14, 116,...) is mounted to a corresponding slot, each of said brushes having a mounting portion being joined to the corresponding slot by sliding it within the slot thus causing an interference fit therebetween; and wherein each slot has a shape that matches the external profile of the corresponding brush mounting portion. a rotatable driver pad (12, 114,...) or rotatable cylinder that is operable to be connected to a flooring machine; and a plurality of brushes having an abrasive portion (22, 160,...) containing diamond particles that are dispersed on an exterior surface of said abrasive portion, each individual brush being a broad brush strip having a flexible and thin-wall configuration; the driver pad has a plurality of radially extending slots (16, 124,...) located within a surface of said driver pad, or the rotatable cylinder has a plurality of axially extending slots; wherein each individual brush (14, 116,...) is mounted to a corresponding slot, each of said brushes having a mounting portion being joined to the corresponding slot by sliding it within the slot thus causing an interference fit therebetween; and wherein each slot has a shape that matches the external profile of the corresponding brush mounting portion.
A winding and unwinding apparatus, comprising: supports; a rotating shaft capable of being rotatably disposed on the support; a rotating turret disposed on the rotating shaft and capable of rotating along with the rotating shaft so as to switch between at least two target operation positions, wherein the rotating turret is configured for mounting a winding drum; and a power assembly disposed on the support and comprising a first power source and the winding and unwinding apparatus being characterized in that it further comprises a magnetic powder clutch, and in that the rotating shaft and the first power source are in transmission connection with each other via the magnetic powder clutch, and the magnetic powder clutch is configured to control the rotating shaft to remain stationary when the rotating turret is hovering at each target operation position. supports; a rotating shaft capable of being rotatably disposed on the support; a rotating turret disposed on the rotating shaft and capable of rotating along with the rotating shaft so as to switch between at least two target operation positions, wherein the rotating turret is configured for mounting a winding drum; and a power assembly disposed on the support and comprising a first power source and the winding and unwinding apparatus being characterized in that it further comprises a magnetic powder clutch, and in that the rotating shaft and the first power source are in transmission connection with each other via the magnetic powder clutch, and the magnetic powder clutch is configured to control the rotating shaft to remain stationary when the rotating turret is hovering at each target operation position.
A termination unit comprising an end-section of a superconducting cable and a surrounding thermally insulating envelope (202, 202D, 302, 402, 502, 802, 902, 1002) adapted to comprising a cooling fluid (601, 701, 801, 901, 1001), the end section of the cable defining a central longitudinal axis and comprising end-parts of at least one electrical phase (100R, 100S, 100T) and a neutral conductor, the end-parts of the at least one electrical phase (100R, 100S, 100T) and the neutral conductor each comprising at least one electrical conductor and being arranged in the cable concentrically around a core former with a first phase locate relatively innermost, and an N th phase relatively outermost in the cable, the N th phase being surrounded by the neutral conductor, electrical insulation being arranged between neighbouring electrical phases and between the Nth phase and the neutral conductor, and wherein the termination unit comprises at least two branch current leads (214, 314, 414, 514, 614, 714, 814, 914, 1014), and wherein the end-parts of the neutral conductor and the at least one electrical phase (100R, 100S, 100T) each comprise a contacting surface electrically connected to one of said branch current leads (214, 314, 414, 514, 614, 714, 814, 914, 1014) to provide an electrical connection between said contacting surface and said branch current lead, the contacting surfaces each having a longitudinal extension, and being located sequentially along the longitudinal extension of the end-section of the cable, said branch current leads being individually insulated from said thermally insulating envelope by individual electrical insulators (212, 312, 412), wherein the termination unit comprises a controlling valve and the termination unit is configured to inject through the controlling valve (1086; 1187f) cooling fluid in a forced flow through the termination unit; characterized in that said forced flow is a forced annular flow through the termination unit; at least one of said electrical connections contains through going longitudinal holes (818, 918) for heat exchange with the cooling fluid by said forced cooling flow through said longitudinal holes (818, 918); and the termination unit further comprises inside the thermally insulating envelope (202, 202D, 302, 402, 502, 802, 902) one or several longitudinal spacers (850, 950) that provides a fixed distance between each of the branch current leads, and where the longitudinal spacers (850, 950) function as flow control or flow restraint for the cooling fluid guiding at least a part of the cooling fluid through the heat exchanging longitudinal holes (818, 918) near the contacting surface or the current lead base.
A conformable absorbent and cushioning wound dressing which comprises an absorbent component, a cushioning component, and a backing layer, wherein a) the absorbent component comprises a hydrophilic polymeric absorbent material which has an absorbency in excess of 20 g/g of 0.9 % saline; b) the cushioning component comprises a substantially water-insoluble, elastically resilient hydrophilic polyurethane foam and which is a separate integer from, but in direct or fluidic contact with, and at least partially overlies the distal face of the absorbent component, wherein the distal face of the absorbent component faces away from the wound in use; and c) the backing layer is a perforated layer or sheet. a) the absorbent component comprises a hydrophilic polymeric absorbent material which has an absorbency in excess of 20 g/g of 0.9 % saline; b) the cushioning component comprises a substantially water-insoluble, elastically resilient hydrophilic polyurethane foam and which is a separate integer from, but in direct or fluidic contact with, and at least partially overlies the distal face of the absorbent component, wherein the distal face of the absorbent component faces away from the wound in use; and c) the backing layer is a perforated layer or sheet.
A sheet stretching system for attaching a sheet to a frame over a portion surrounded by the frame, comprising: a sheet; a frame; one or more retaining grooves, wherein the retaining grooves are formed along a length direction of a front surface of the frame; one or more retaining plates, wherein the retaining plates have rectangular cross sections which are suitable to be fitted into the retaining grooves, and wherein the retaining plates are attached to the peripheral edge portion of the sheet; wherein the retaining plates are formed of an elastic material and wherein the thicknesses of the retaining plates 4 are equal to the width of the retaining grooves; characterised in that a plurality of projections are formed at certain intervals in the width direction of the retaining plates wherein the projections are formed on a side surface of the retaining plates, wherein said side surface is at the opposite of the side surface where the sheet is attached to; and wherein the retaining plates are fitted into the retaining grooves, and wherein the distance between portions of the retaining plates which are protruded from the retaining grooves is substantially equal to or less than the distance between the retaining grooves. a sheet; a frame; one or more retaining grooves, wherein the retaining grooves are formed along a length direction of a front surface of the frame; one or more retaining plates, wherein the retaining plates have rectangular cross sections which are suitable to be fitted into the retaining grooves, and wherein the retaining plates are attached to the peripheral edge portion of the sheet; wherein the retaining plates are formed of an elastic material and wherein the thicknesses of the retaining plates 4 are equal to the width of the retaining grooves; characterised in that a plurality of projections are formed at certain intervals in the width direction of the retaining plates wherein the projections are formed on a side surface of the retaining plates, wherein said side surface is at the opposite of the side surface where the sheet is attached to; and wherein the retaining plates are fitted into the retaining grooves, and wherein the distance between portions of the retaining plates which are protruded from the retaining grooves is substantially equal to or less than the distance between the retaining grooves.
An internal combustion engine comprising a cylinder head with bearing channels (102, 104) for mounting camshafts as well as at least one ancillary unit associated with the cylinder head, characterised in that provided on the end face of the cylinder head is a separately constructed end plate which at the same time performs a flange function for the at least one ancillary unit.
An adenovirus vector comprising a capsid, wherein said capsid comprises the capsid proteins from wildtype chimpanzee adenovirus AdY25 and encapsidates a nucleic acid molecule comprising an exogeneous nucleotide sequence of interest operably linked to expression control sequences which direct the translation, transcription and/or expression thereof in an animal cell and an adenoviral packaging signal sequence, wherein the nucleotide sequence that encodes the wildtype chimpanzee adenovirus AdY25 is SEQ ID NO: 1, wherein said vector lacks a functional E1 locus, and wherein the vector comprises at least one heterologous E4 open reading frame from another adenoviral serotype.
A polyimide resin composition comprising: 0.5 weight percent (wt %) to 10 wt % hexagonal boron nitride having an average particle size from 0.1 μm to 7 μm; 10 wt % to 60 wt % graphite; and 30 wt % to 85 wt % polyimide resin based on the weight of the polyimide resin composition, wherein the polyimide resin encapsulates the boron nitride and encapsulates the graphite. 0.5 weight percent (wt %) to 10 wt % hexagonal boron nitride having an average particle size from 0.1 μm to 7 μm; 10 wt % to 60 wt % graphite; and 30 wt % to 85 wt % polyimide resin based on the weight of the polyimide resin composition, wherein the polyimide resin encapsulates the boron nitride and encapsulates the graphite.
Method for determining an error in the measurement of the angular position of a continuous rotation motor having one or more phases (11, 12, 13), particularly a timepiece motor, the motor comprising a rotating rotor, the method comprising the following step consisting in: - detecting each instant when the value of one of the back electromotive forces is zero, characterized in that the method further comprises the following steps consisting in: - storing a time corresponding to each detected instant, - measuring several time intervals between two instants detected in the same revolution of the motor, - comparing the measured time intervals to reference time intervals to deduce the reference intervals to which they correspond, and - determining an angular position measurement error if the measured intervals do not correspond to the expected reference intervals. - detecting each instant when the value of one of the back electromotive forces is zero, characterized in that the method further comprises the following steps consisting in: - storing a time corresponding to each detected instant, - measuring several time intervals between two instants detected in the same revolution of the motor, - comparing the measured time intervals to reference time intervals to deduce the reference intervals to which they correspond, and - determining an angular position measurement error if the measured intervals do not correspond to the expected reference intervals. - storing a time corresponding to each detected instant, - measuring several time intervals between two instants detected in the same revolution of the motor, - comparing the measured time intervals to reference time intervals to deduce the reference intervals to which they correspond, and - determining an angular position measurement error if the measured intervals do not correspond to the expected reference intervals.
An electro-optic device for modulating an optical signal propagating along a propagation path, the electro-optic device comprising: a first modulator portion disposed along the propagation path, the first modulator portion comprising: a first doped region that is at least partially included within the propagation path, and one or more first electrical contacts coupled with the first doped region, wherein the first modulator portion is configured to modulate the optical signal propagating through the first doped region using first electrical signals applied to the one or more first electrical contacts; a terminator portion comprising a second doped region disposed along the propagation path; and an undoped buffer region disposed between the first doped region and the second doped region, wherein the first doped region and the second doped region are separated along the propagation path by a width of the undoped buffer region, wherein the width is selected to mitigate effects of droop on the propagating optical signal. a first modulator portion disposed along the propagation path, the first modulator portion comprising: a first doped region that is at least partially included within the propagation path, and one or more first electrical contacts coupled with the first doped region, wherein the first modulator portion is configured to modulate the optical signal propagating through the first doped region using first electrical signals applied to the one or more first electrical contacts; a first doped region that is at least partially included within the propagation path, and one or more first electrical contacts coupled with the first doped region, wherein the first modulator portion is configured to modulate the optical signal propagating through the first doped region using first electrical signals applied to the one or more first electrical contacts; a terminator portion comprising a second doped region disposed along the propagation path; and an undoped buffer region disposed between the first doped region and the second doped region, wherein the first doped region and the second doped region are separated along the propagation path by a width of the undoped buffer region, wherein the width is selected to mitigate effects of droop on the propagating optical signal.
A system comprising: a compressor connected to an evaporator; a suction sensor that outputs a suction signal corresponding to a temperature of refrigerant entering said compressor; and a control module connected to said suction sensor; wherein the control module is configured to determine an evaporator temperature, calculate a suction superheat temperature based on said evaporator temperature and said suction signal, and monitor an overheat condition of said compressor by comparing said suction superheat temperature with a predetermined temperature range having an upper limit temperature and a lower limit temperature; characterized in that the control module is configured, when it is determined that said suction superheat temperature is between said upper limit temperature and said lower limit temperature, to detect the overheat condition and reduce a speed of said compressor to a reduced speed determined based on said suction superheat temperature, wherein said lower limit temperature of said predetermined temperature range is seventeen degrees Celsius and said upper limit temperature of said predetermined temperature range is twenty-eight degrees Celsius. a compressor connected to an evaporator; a suction sensor that outputs a suction signal corresponding to a temperature of refrigerant entering said compressor; and a control module connected to said suction sensor; wherein the control module is configured to determine an evaporator temperature, calculate a suction superheat temperature based on said evaporator temperature and said suction signal, and monitor an overheat condition of said compressor by comparing said suction superheat temperature with a predetermined temperature range having an upper limit temperature and a lower limit temperature; characterized in that the control module is configured, when it is determined that said suction superheat temperature is between said upper limit temperature and said lower limit temperature, to detect the overheat condition and reduce a speed of said compressor to a reduced speed determined based on said suction superheat temperature, wherein said lower limit temperature of said predetermined temperature range is seventeen degrees Celsius and said upper limit temperature of said predetermined temperature range is twenty-eight degrees Celsius.