mhurhangee/ep-ind-claims huggingface dataset:
Closing device (10, 11, 12, 13) for closing a through-opening (6, 7, 8, 9) between a first functional area and a second functional area of switchgear with a first through-opening region and a flap for closing the first through-opening region when pressure is applied from the first functional area, wherein a second through-opening region of the through-opening (6, 7, 8, 9) is provided such that, on application of pressure from the second functional area, the second through-opening region of the through-opening (6, 7, 8, 9) is embodied so that it is able to be closed by the flap, characterised in that the first through-opening region is formed by openings in a bulkhead wall between the first functional area and the second functional area and the second through-opening region is formed by a bulkhead plate arranged on and fastened to the bulkhead wall and provided with further openings, wherein the flap is fastened with a first end flexibly between the bulkhead wall and the bulkhead plate.
A device for preparing a continuous nanofibrous yarn, comprising: an electrospinning chamber, comprising at least one first opening in the upper region of said chamber for receiving gas and a second opening in the bottom region of said chamber into a lower pressure zone for discharging gas from said electrospinning chamber; means for creating helical movement of gas within said electrospinning chamber, said means comprising a set of elongated slits through the walls of said chamber, said slits extending in parallel to the general direction of the air flow in said chamber; electrospinning means for forming a plurality of nanofibres directly into said helical movement of gas in said electrospinning chamber, wherein said nanofibres are twisted together by said helical movement of gas; and means for continuously removing said yarn from said chamber through said second opening or a third opening located at the bottom region of said chamber, wherein said means do not have any mechanical contact with the yarn within said chamber during normal operation of the device; wherein said means for creating helical movement of gas comprises means for creating a negative pressure within said chamber, the pressure inside the chamber is lower compared to ambient pressure so that the gas is sucked into said chamber through said first opening and said elongated slits. an electrospinning chamber, comprising at least one first opening in the upper region of said chamber for receiving gas and a second opening in the bottom region of said chamber into a lower pressure zone for discharging gas from said electrospinning chamber; means for creating helical movement of gas within said electrospinning chamber, said means comprising a set of elongated slits through the walls of said chamber, said slits extending in parallel to the general direction of the air flow in said chamber; electrospinning means for forming a plurality of nanofibres directly into said helical movement of gas in said electrospinning chamber, wherein said nanofibres are twisted together by said helical movement of gas; and means for continuously removing said yarn from said chamber through said second opening or a third opening located at the bottom region of said chamber, wherein said means do not have any mechanical contact with the yarn within said chamber during normal operation of the device; wherein said means for creating helical movement of gas comprises means for creating a negative pressure within said chamber, the pressure inside the chamber is lower compared to ambient pressure so that the gas is sucked into said chamber through said first opening and said elongated slits.
A sensor for sensing the electrical permittivity of an object placed thereon, said sensor including: a dielectric layer on which a test object may be placed; an electrically active layer beneath said dielectric layer, comprising a plurality of alternating transmitter electrodes (321, 322) and receiver electrodes (323, 324, 325), all of which extend in a first direction; a signal generator configured to apply a signal to a first transmitter electrode, thereby causing the generation of an electric field that extends outside of said sensor at a degree determined by the magnitude of the applied voltage; a signal detector configured to detect an output signal in a first receiver electrode caused by capacitive coupling with said first transmitter electrode; and a processor configured to determine the electrical permittivity of the volume above the first receiver electrode based on said output signal. a dielectric layer on which a test object may be placed; an electrically active layer beneath said dielectric layer, comprising a plurality of alternating transmitter electrodes (321, 322) and receiver electrodes (323, 324, 325), all of which extend in a first direction; a signal generator configured to apply a signal to a first transmitter electrode, thereby causing the generation of an electric field that extends outside of said sensor at a degree determined by the magnitude of the applied voltage; a signal detector configured to detect an output signal in a first receiver electrode caused by capacitive coupling with said first transmitter electrode; and a processor configured to determine the electrical permittivity of the volume above the first receiver electrode based on said output signal.
An assembly for use in a high speed mail sorter and for applying postage indicia to one or more mailpieces on the high speed mail sorter, the assembly comprising: a diverter (220, 225) disposable along a transport path; a first lane and a second lane each comprising zones, wherein the diverter (220, 225) is configured to alternately divert the one or more mailpieces to either the first lane or the second lane; one or more meter printers (142, 144) disposed on the first lane and the second lane, the one or more meter printers (142, 144) being configured to successively receive the one or more mailpieces on which to print the postage indicia; characterized in that the zones comprise a first zone, a second zone running in operation at a printer speed and configured to transport the one or more mailpieces past the one or more meter printers (142, 144) at the printer speed, and a third zone, wherein the first zone is configured to decelerate the one or more mailpieces to the printer speed while the second zone is running at the printer speed and the third zone is configured to accelerate the one or more mailpieces to a transport speed while the second zone is running at the printer speed and to merge the one or more mailpieces with mailpieces from each of the first lane and the second lane. a diverter (220, 225) disposable along a transport path; a first lane and a second lane each comprising zones, wherein the diverter (220, 225) is configured to alternately divert the one or more mailpieces to either the first lane or the second lane; one or more meter printers (142, 144) disposed on the first lane and the second lane, the one or more meter printers (142, 144) being configured to successively receive the one or more mailpieces on which to print the postage indicia; characterized in that the zones comprise a first zone, a second zone running in operation at a printer speed and configured to transport the one or more mailpieces past the one or more meter printers (142, 144) at the printer speed, and a third zone, wherein the first zone is configured to decelerate the one or more mailpieces to the printer speed while the second zone is running at the printer speed and the third zone is configured to accelerate the one or more mailpieces to a transport speed while the second zone is running at the printer speed and to merge the one or more mailpieces with mailpieces from each of the first lane and the second lane.
A method for multi-user detection through base station cooperation, the base stations being situated at different geographical locations and the base stations utilizing a distributed iterative detection as an interference mitigation technique by utilizing iterative interference subtraction and exchanging detected data iteratively, while performing separate detection and decoding of their received data streams, wherein between the base stations the processed information for their associated mobile terminals is exchanged in the form of likelihood ratios, L-values, of the locally detected signal and corresponding quantities about estimates of interfering signals delivered from the other base stations represented as non-uniformly quantized soft bits in respect of the number of quantization levels and the number of quantization bits.
Floor panel comprising a core and a decorative layer which is applied thereon, wherein the material of the aforementioned core has a density of more than 1000 kg/m 3, preferably more than 1300 kg/m 3, and/or wherein the aforementioned core has a thickness of 6 millimeters or more, characterized in that the core has internal spaces and/or that the core has spaces on its bottom side, wherein the floor panel is rectangular and the floor panel is provided, on the two opposite sides according to the length direction, with mechanical coupling means which make it possible for two such floor panels to be coupled to each other at the said sides, an interlocking being produced in the coupled state, at least in a direction at right angles to the respective sides and in the plane of the floor panels, characterized in that the aforementioned spaces extend in length direction of the floor panel and extend at least into the aforementioned mechanical coupling means on one or both of the respective opposite sides.
A mixing and/or evaporating device for an exhaust system of a combustion engine, in particular of a motor vehicle, - with a support body, which encloses a cross section of the device through which a flow can flow and which runs transversely to the axial direction of the device in the circumferential direction, - wherein on the support body at least one guide blade (25, 28) is arranged, which stands away transversely to the axial direction, - wherein at least one such guide blade has a roof-shaped profile which comprises two guide surfaces (30, 31) which are interconnected via a ridge or apex, characterized in that the respective guide blade is only connected to the support body via the one guide surface, while the other guide surface is arranged in a free-standing manner relative to the support body. - with a support body, which encloses a cross section of the device through which a flow can flow and which runs transversely to the axial direction of the device in the circumferential direction, - wherein on the support body at least one guide blade (25, 28) is arranged, which stands away transversely to the axial direction, - wherein at least one such guide blade has a roof-shaped profile which comprises two guide surfaces (30, 31) which are interconnected via a ridge or apex,
A golf club head comprising: a body member having a first engaging member including a first rib, the body member and first rib defining a first channel; a sole plate having a second engaging member including a second rib, the sole plate and second rib defining a second channel; the first and second engaging members being interlocked with one another, wherein the first rib is received in the second channel and the second rib is received in the first channel; and a layer of elastomer material disposed between the first engaging member and the second engaging member. a body member having a first engaging member including a first rib, the body member and first rib defining a first channel; a sole plate having a second engaging member including a second rib, the sole plate and second rib defining a second channel; the first and second engaging members being interlocked with one another, wherein the first rib is received in the second channel and the second rib is received in the first channel; and a layer of elastomer material disposed between the first engaging member and the second engaging member.
Device for withdrawing and dispensing a viscous product without taking in air, said device comprising on the one hand a pumping member positioned, by the base thereof, at the open end of a rigid container associated with a retractable flexible inner pouch, intended to receive the product, and on the other hand a dip tube connected by the upper end thereof to a corresponding portion of the pumping member, such that the upper end is partially submerged in the product and such that the free lower end is completely submerged in the product, characterised in that the dip tube is constituted from: - a first upper portion, with a closed circumference, defining a reference flow section of the tube, obtained in one piece with the pumping member, and of a predetermined length, - a second lower portion extending from the first portion, while being engaged by interlocking therewith, with a circumference that is open by means of at least one longitudinal slot, made along a generatrix and defining a C- or U-shaped section on said portion of the tube, such that the product can penetrate the latter, simultaneously at any point along the length of the split portion thereof, creating a collector effect, having a surface area that is greater than the reference flow section with a closed circumference of the upper portion thereof. - a first upper portion, with a closed circumference, defining a reference flow section of the tube, obtained in one piece with the pumping member, and of a predetermined length, - a second lower portion extending from the first portion, while being engaged by interlocking therewith, with a circumference that is open by means of at least one longitudinal slot, made along a generatrix and defining a C- or U-shaped section on said portion of the tube, such that the product can penetrate the latter, simultaneously at any point along the length of the split portion thereof, creating a collector effect, having a surface area that is greater than the reference flow section with a closed circumference of the upper portion thereof.
A vertical semiconductor device (10,300,400), comprising: a cell region; a non-cell region disposed outside the cell region; and a diffusion layer (34, 310, 410) disposed in at least part of the non-cell region, wherein when the vertical semiconductor device (10,300,400) is viewed in a plane, a region in the diffusion layer (34, 310, 410) that has the impurity surface density higher than that satisfying the RESURF condition has a greater mean gradient of the impurity surface density than a region in the diffusion layer (34, 310, 410) that has the impurity surface density lower than that satisfying the RESURF condition, and wherein when the vertical semiconductor device (10,300,400) is viewed in a plane, the diffusion layer (34, 310, 410) has an impurity surface density higher than that satisfying a RESURF condition at a first end part close to the cell region, and an impurity surface density lower than that satisfying the RESURF condition at a second end part far from the cell region, and characterized in that an impurity surface density satisfying the RESURF condition at a position closer to the first end part than the intermediate position between the first end part and the second end part. a cell region; a non-cell region disposed outside the cell region; and a diffusion layer (34, 310, 410) disposed in at least part of the non-cell region,
A DC branch circuit protecting device, comprising a plurality of circuit breakers which are, as internal devices, put in a distribution board for distributing a direct-current power supply to branch lines and are provided along each of branch lines branched from main wires of the direct-current power supply, wherein each circuit breaker of the plurality of circuit breakers comprises: power connecting terminals (t1, t2) connected to the main wires in the distribution board; load connecting terminals (t3, t4) connected with wires from a load; a switch device provided along an electrical circuit between the power connecting terminals (t1, t2) and the load connecting terminals (t3, t4); a current sensing means for detecting an electric current through the electrical circuit; a current setting means which a set current according to a load connected to the load connecting terminals (t3, t4) is set to; and a switch controlling means for coercively turning the switch device off when a detection value of the current sensing means exceeds the set current set to the current setting means, characterized in that each circuit breaker of the plurality of circuit breakers comprises an on/off switch that is provided along the electrical circuit and is turned on or off in accordance with a switching operation through a manual operation portion, the switch device is a semiconductor switch device of the MOSFET type, and the distribution board is a low-voltage DC wiring system type. power connecting terminals (t1, t2) connected to the main wires in the distribution board; load connecting terminals (t3, t4) connected with wires from a load; a switch device provided along an electrical circuit between the power connecting terminals (t1, t2) and the load connecting terminals (t3, t4); a current sensing means for detecting an electric current through the electrical circuit; a current setting means which a set current according to a load connected to the load connecting terminals (t3, t4) is set to; and a switch controlling means for coercively turning the switch device off when a detection value of the current sensing means exceeds the set current set to the current setting means,
An apparatus for processing a paging for a wideband code division multiple access, WCDMA, terminal, the apparatus comprising: - a page detecting unit adapted to check for a page according to a discontinuous receive cycle; - a digital base band unit adapted to perform a paging message retrieval process by being selectively turned on under control of the page detecting unit; - a paging indicator channel, PICH, comparator adapted to: -- check whether a paging indicator, PI, of a received PICH frame corresponds to a reference PI identifying a group of WCDMA terminals to which said WCDMA terminal belongs and -- generate an enable signal based on this first comparison result; and - a secondary common control physical channel, SCCPCH, comparator adapted to: -- be selectively turned on based on the enable signal, -- check whether a paging channel, PCH, represented by a medium access control, MAC, header, of a received SCCPCH frame corresponds to a reference MAC header identifying said WCDMA terminal, and -- generate an interrupt signal for selectively turning on the digital base band unit based on this second comparison result. - a page detecting unit adapted to check for a page according to a discontinuous receive cycle; - a digital base band unit adapted to perform a paging message retrieval process by being selectively turned on under control of the page detecting unit; - a paging indicator channel, PICH, comparator adapted to: -- check whether a paging indicator, PI, of a received PICH frame corresponds to a reference PI identifying a group of WCDMA terminals to which said WCDMA terminal belongs and -- generate an enable signal based on this first comparison result; and -- check whether a paging indicator, PI, of a received PICH frame corresponds to a reference PI identifying a group of WCDMA terminals to which said WCDMA terminal belongs and -- generate an enable signal based on this first comparison result; and - a secondary common control physical channel, SCCPCH, comparator adapted to: -- be selectively turned on based on the enable signal, -- check whether a paging channel, PCH, represented by a medium access control, MAC, header, of a received SCCPCH frame corresponds to a reference MAC header identifying said WCDMA terminal, and -- generate an interrupt signal for selectively turning on the digital base band unit based on this second comparison result. -- be selectively turned on based on the enable signal, -- check whether a paging channel, PCH, represented by a medium access control, MAC, header, of a received SCCPCH frame corresponds to a reference MAC header identifying said WCDMA terminal, and -- generate an interrupt signal for selectively turning on the digital base band unit based on this second comparison result.
An at least two-layer, more than 50% biodegradable releasable protective film or cover film comprising (a) at least one backing layer based on at least one biodegradable polymer and (b) at least one release layer based on at least one cured polysiloxane which curing derives at least partly from at least one crosslinking monomeric or oligomeric additive, said additive also promoting adhesion between the backing layer (a) and the release layer (b), there being no adhesion promoter layer between the backing layer (a) and the release layer (b), the additive used containing no siloxane groups, and the additive used containing at least two functional groups of which at least one is a functional group containing at least one carbon double bond; and the backing layer (a) being not paper-based. (a) at least one backing layer based on at least one biodegradable polymer and (b) at least one release layer based on at least one cured polysiloxane which curing derives at least partly from at least one crosslinking monomeric or oligomeric additive, said additive also promoting adhesion between the backing layer (a) and the release layer (b), there being no adhesion promoter layer between the backing layer (a) and the release layer (b), the additive used containing no siloxane groups, and the additive used containing at least two functional groups of which at least one is a functional group containing at least one carbon double bond; and the backing layer (a) being not paper-based.
An engineered polypeptide having pNB esterase activity, comprising an amino acid sequence having at least 90% identity to SEQ ID NO: 2 and a residue difference as compared to SEQ ID NO:2 of X193D or X193E, wherein the engineered polypeptide is capable of converting the substrate of compound, a pNB-protected precursor of imipenem: to the corresponding product of compound, imipenem:
A prefabricated structure for a composite window or door apparatus using different frame materials comprising a window frame including a first window frame made of synthetic resin and positioned inside and a second window frame made of metal and positioned outside and connected with the first window frame, wherein the first window frame has both ends cut at 45 degrees, characterized in that said first window frame includes a corner piece path and an angle piece path which are lengthwise formed inside the first window frame, with window frame compression flanges being lengthwise formed between the corner piece path and the angle piece path and protruding to the interior of the first window frame from both inside walls of the first window frame, such that when the window frame is assembled, the corner piece paths and the angle paths of the adjacent first window frames positioned horizontally and vertically receive a corner piece and respectively an angle piece both made of metal, and when the angle piece is punched to secure the first window frames, the punched parts of the angle piece are bent towards and into the corner piece thereby pressing against the window frame compression flanges so that the corners of the first window frames are forcibly connected with the angle piece and the corner piece.