mhurhangee/ep-ind-claims huggingface dataset:
An electrical connection member configured to electrically connect two electronic boards to each other, the connection member comprising: - at least one electrical pin configured to electrically connect both boards to each other, - a mechanical bonding piece for mechanically bonding both boards to each other, the electrical connection member being arranged to enable simultaneously the electrical connection by the pin, and the mechanical bond by the bonding piece, of both boards, - a body which carries both said electrical pin and said mechanical bonding piece, said body comprising a portion, known as a bearing portion, configured to bearingly receive one of the electronic boards, the bearing portion and the bonding piece being arranged so that said electronic board is held in place by being wedged between the bearing portion and a point by which the mechanical bonding piece is integral with the board, characterised in that the bonding piece is configured to be mechanically bonded to at least one of the boards through a twisted end (41, 42) of the bonding piece in an aperture of the board. - at least one electrical pin configured to electrically connect both boards to each other, - a mechanical bonding piece for mechanically bonding both boards to each other, the electrical connection member being arranged to enable simultaneously the electrical connection by the pin, and the mechanical bond by the bonding piece, of both boards, - a body which carries both said electrical pin and said mechanical bonding piece, said body comprising a portion, known as a bearing portion, configured to bearingly receive one of the electronic boards, the bearing portion and the bonding piece being arranged so that said electronic board is held in place by being wedged between the bearing portion and a point by which the mechanical bonding piece is integral with the board,
A method for encoding a bitstream, the method comprising steps of - defining at least a first, a second and a third group of symbols in binary representation, wherein the first symbol group is a subset of the second symbol group and the third symbol group consists of all symbols that may appear in the bitstream; - determining within the bitstream two or more first portions (J1, J2), zero or more second portions and two or more third portions (N1, N2, N3), wherein each first portion has at least a first pre-defined number of consecutive symbols of the first symbol group, each second portion has at least a second pre-defined number of consecutive symbols of the second symbol group, and wherein remaining parts of the bitstream are third portions (N1, N2, N3); - determining in the bitstream a part that comprises only first and third portions (J1, J2, N2); - encoding the bitstream, wherein said first portions are encoded using a first code based on a first symbol group, said second portions are encoded using a second code based on a second symbol group and said third portions are encoded using a third code on a third symbol group; and - encoding values (C 1) indicating the boundary positions between the first, second and third portions in the bitstream, wherein in said part that comprises only first and third portions, a boundary position between a first portion and an adjacent third portion is skipped if the third portion has a pre-defined length and wherein said part ends with a first portion. - defining at least a first, a second and a third group of symbols in binary representation, wherein the first symbol group is a subset of the second symbol group and the third symbol group consists of all symbols that may appear in the bitstream; - determining within the bitstream two or more first portions (J1, J2), zero or more second portions and two or more third portions (N1, N2, N3), wherein each first portion has at least a first pre-defined number of consecutive symbols of the first symbol group, each second portion has at least a second pre-defined number of consecutive symbols of the second symbol group, and wherein remaining parts of the bitstream are third portions (N1, N2, N3); - determining in the bitstream a part that comprises only first and third portions (J1, J2, N2); - encoding the bitstream, wherein said first portions are encoded using a first code based on a first symbol group, said second portions are encoded using a second code based on a second symbol group and said third portions are encoded using a third code on a third symbol group; and - encoding values (C 1) indicating the boundary positions between the first, second and third portions in the bitstream, wherein in said part that comprises only first and third portions, a boundary position between a first portion and an adjacent third portion is skipped if the third portion has a pre-defined length and wherein said part ends with a first portion.
A soluble PD-1 fusion protein, comprising a soluble PD-1 protein fragment and an antigenic protein fragment, wherein the soluble PD-1 protein fragment comprises an amino acid sequence selected from the group consisting of SEQ ID NO: 1 and SEQ ID NO: 21, wherein the antigenic protein fragment is from an immunogenic protein fragment of a viral, bacterial, or fungal pathogen, or cancer or tumor cell.
A high-power, large-capacity battery module (100', 101, 102, 103, 104, 105, 106) comprising a plurality of battery cells (302, 304) or unit modules (202, 203, 204, 205) connected in series to each other such that the battery cells or the unit modules are stacked while being in tight contact with each other or being adjacent to each other, wherein the battery module is fixed such that the stacked state of the battery cells or the unit modules is maintained even when the volume of the battery cells or the unit modules changes at the time of charging and discharging the battery cells or the unit modules, and a portion of an electrode terminal connection region between the battery cells or between the unit modules is weak with respect to the volume expansion of the battery cells or the unit modules such that an expansion stress caused by the swelling of the battery cells is concentrated on the electrode terminal connection region, whereby the electrode terminal connection region is broken, and therefore, an electrical cut-off occurs at the electrode terminal connection region, when the swelling exceeds a predetermined value, wherein the battery cells or the unit modules are covered by a case (120, 130), and each of the unit modules includes battery cells, having electrode terminals connected in series to each other, constructed in a stacked structure in which a connection part between the electrode terminals is bent, and a pair of high-strength cell covers coupled to each other for covering the outer surfaces of the battery cells except the electrode terminals, and characterized in that a partial opening or a notch (522, 522') is formed at a predetermined region of the case corresponding to the electrode terminal connection region, which is broken when the swelling of the battery cells is excessive, and a cutout part (212, 312, 316) or a notch part configured in a shape to induce local deformation of the battery cells when the battery cells swell is formed at a predetermined region of at least one of the cell covers adjacent to the electrode terminal connection region.
An adhesive composition comprising: a (meth)acrylate-based resin; and a polymer having a melting temperature (Tm) of 60°C or higher, as measured by using a differential scanning calorimetry, wherein the polymer is a copolymer of a monofunctional polysiloxane and one type of monomer, wherein the polymer having a melting temperature of 60°C or higher comprises, based on 100 parts by weight of the polymer having a melting temperature of 60°C or higher, the monofunctional polysiloxane in greater than or equal to 10 parts by weight and less than or equal to 40 parts by weight, and the monomer in greater than or equal to 60 parts by weight and less than or equal to 90 parts by weight, and wherein the monomer is represented by the following Chemical Formula 1: in Chemical Formula 1, X is N or O; R 1 is hydrogen or a methyl group; and n is an integer of 10 to 30. a (meth)acrylate-based resin; and a polymer having a melting temperature (Tm) of 60°C or higher, as measured by using a differential scanning calorimetry, wherein the polymer is a copolymer of a monofunctional polysiloxane and one type of monomer, wherein the polymer having a melting temperature of 60°C or higher comprises, based on 100 parts by weight of the polymer having a melting temperature of 60°C or higher, the monofunctional polysiloxane in greater than or equal to 10 parts by weight and less than or equal to 40 parts by weight, and the monomer in greater than or equal to 60 parts by weight and less than or equal to 90 parts by weight, and wherein the monomer is represented by the following Chemical Formula 1: in Chemical Formula 1, X is N or O; R 1 is hydrogen or a methyl group; and n is an integer of 10 to 30. X is N or O; R 1 is hydrogen or a methyl group; and n is an integer of 10 to 30.
A composite product comprising a mixture of organic natural fiber material formed from chemical pulp based material mixed with melted polymer based material, and the composite product formed from the mixture having a pore volume less than 15 %.
A handheld dehider for removing the hide of a carcass in a meat processing facility, of the type having a housing, a motor mounted in the housing, first and second cutting disks (12, 14) each having a central opening and each configured to be driven in opposed cutting oscillations, a cutting disk shaft mounted in the housing and extending through the first cutting disk central opening, a drive mechanism mounted in the housing and configured to be operated by the motor for driving the first cutting disk, characterized by comprising a bearing lip formed on an outer perimeter of the first cutting disk central opening and projecting outward from the first cutting disk to form a first cutting disk bearing with the central opening of the first cutting disk for rotational motion of the first cutting disk about the cutting disk shaft.
A locking spacer for a rotor blade, which is fitted in a dovetail slot provided on an outer circumferential surface of a disk put on a rotor shaft, the locking spacer comprising: a pair of first blocks each provided with a dovetail joint having a shape corresponding to a shape of a dovetail surface provided on each of axial opposite sides of the dovetail slot, and configured to have a size occupying a portion of an internal space of the dovetail slot; a pair of second blocks having a size occupying a portion of the internal space of the dovetail slot, without said portion being occupied by the pair of first blocks, and each being provided with a locking groove; and a locking block having a size occupying a portion of the internal space of the dovetail slot, without said portion being occupied by the first and second blocks (110, 120), and being provided with a rotating locking arm configured such that opposite end portions thereof are inserted into a pair of the locking grooves. a pair of first blocks each provided with a dovetail joint having a shape corresponding to a shape of a dovetail surface provided on each of axial opposite sides of the dovetail slot, and configured to have a size occupying a portion of an internal space of the dovetail slot; a pair of second blocks having a size occupying a portion of the internal space of the dovetail slot, without said portion being occupied by the pair of first blocks, and each being provided with a locking groove; and a locking block having a size occupying a portion of the internal space of the dovetail slot, without said portion being occupied by the first and second blocks (110, 120), and being provided with a rotating locking arm configured such that opposite end portions thereof are inserted into a pair of the locking grooves.
Catadioptric medical imaging system for observing an inside wall of a surgical cavity, characterized in that the catadioptric medical imaging system is a surgical microscope comprising a camera device and a convex catoptric mirror adapted to be inserted into the surgical cavity.
A high pressure diaphragm compressor for pressurising a gaseous fluid to a pressure of at least 10MPa, the compressor comprising a compressor head having an oblong shaped chamber characterised in that the ends of the chamber have a super elliptic shape defined by the formular 1 = x a n + y b n wherein n≥2.
An exhaust gas purification apparatus of an internal combustion engine comprising: a heat generation element that is electrically energized to generate heat and that is used as a catalyst carrier or arranged upstream of a catalyst carrier; a case that is a cylindrical member having an inside diameter larger than an outside diameter of said heat generation element, and covers said heat generation element; an inner cylinder that is a cylindrical insulating body having an inside diameter larger than the outside diameter of said heat generation element and at the same time an outside diameter smaller than the inside diameter of said case, and is arranged between said heat generation element and said case; a first holding member that is a cylindrical insulating body arranged between said case and said inner cylinder, and holds said inner cylinder; a second holding member that is a cylindrical insulating body arranged between said heat generation element and said inner cylinder, and holds said heat generation element; an extension portion that is formed by extending an upstream side end portion of said inner cylinder to a more upstream side than an upstream side end face of said second holding member; and a protruding portion that is formed on said extension portion and protrudes to a diametrically inner side of said inner cylinder; characterized in that: the extension portion extends to a more upstream side than an upstream side end face of said first holding member. a heat generation element that is electrically energized to generate heat and that is used as a catalyst carrier or arranged upstream of a catalyst carrier; a case that is a cylindrical member having an inside diameter larger than an outside diameter of said heat generation element, and covers said heat generation element; an inner cylinder that is a cylindrical insulating body having an inside diameter larger than the outside diameter of said heat generation element and at the same time an outside diameter smaller than the inside diameter of said case, and is arranged between said heat generation element and said case; a first holding member that is a cylindrical insulating body arranged between said case and said inner cylinder, and holds said inner cylinder; a second holding member that is a cylindrical insulating body arranged between said heat generation element and said inner cylinder, and holds said heat generation element; an extension portion that is formed by extending an upstream side end portion of said inner cylinder to a more upstream side than an upstream side end face of said second holding member; and a protruding portion that is formed on said extension portion and protrudes to a diametrically inner side of said inner cylinder; characterized in that: the extension portion extends to a more upstream side than an upstream side end face of said first holding member. the extension portion extends to a more upstream side than an upstream side end face of said first holding member.
A method for producing a machined cast iron or grey cast iron surface, in particular on a brake disc, with increased wear and corrosion resistance, characterized in that said surface is subjected to a pulsed water jet treatment - usually according to the so-called fluid jet process, which is adjusted so that it completely clears at least the upper fourth, preferably the upper third of the cavities opened by the machining, which contain a graphite inclusion surrounded by the basic structure, so that the level of the graphite inclusion lies below the outer surface of the basic structure surrounding the cavity, whereupon a diffusion layer is applied by nitrocarburizing and an oxide layer is applied on the diffusion layer.
Oscillating sprinkler arrangement having an oscillating sprinkler, which contains a sprinkler gear mechanism and a sprinkler head which can be pivoted with oscillating action about a horizontal pivot axis, and having a shaft housing, which encloses the oscillating sprinkler and is delimited in the upward direction by a cover surface, characterized in that the sprinkler head can be displaced vertically relative to the shaft housing between a lowered, rest position and a raised, operating position, and in that the cover surface contains an aperture which can be closed by the sprinkler head in the rest position of the latter.
A circuit for generating in-phase and quadrature oscillating signals, comprising: a frequency synthesizer for generating an oscillating signal; and a polyphase filter (400, 501) configured to produce the I and Q oscillating signals from the oscillating signal, the polyphase filter comprising: a first stage having a resistor-capacitor polyphase filter stage topology and comprising a plurality of resistors and a first plurality of capacitors; and a second stage having the RC polyphase filter stage topology, cascaded with the first stage, and comprising a second plurality of capacitors, wherein resistance in the second stage is provided by a plurality of transistors, wherein gates of the transistors are controlled by a feedback network, the feedback network comprising a feedback transistor having a gate coupled to the gates of the plurality of transistors and configured to sink a reference current generated by a current source. a frequency synthesizer for generating an oscillating signal; and a polyphase filter (400, 501) configured to produce the I and Q oscillating signals from the oscillating signal, the polyphase filter comprising: a first stage having a resistor-capacitor polyphase filter stage topology and comprising a plurality of resistors and a first plurality of capacitors; and a second stage having the RC polyphase filter stage topology, cascaded with the first stage, and comprising a second plurality of capacitors, wherein resistance in the second stage is provided by a plurality of transistors, wherein gates of the transistors are controlled by a feedback network, the feedback network comprising a feedback transistor having a gate coupled to the gates of the plurality of transistors and configured to sink a reference current generated by a current source. a first stage having a resistor-capacitor polyphase filter stage topology and comprising a plurality of resistors and a first plurality of capacitors; and a second stage having the RC polyphase filter stage topology, cascaded with the first stage, and comprising a second plurality of capacitors, wherein resistance in the second stage is provided by a plurality of transistors, wherein gates of the transistors are controlled by a feedback network, the feedback network comprising a feedback transistor having a gate coupled to the gates of the plurality of transistors and configured to sink a reference current generated by a current source.
Polymeric microparticles or nanoparticles for delivery of a therapeutic, nutritional, diagnostic or prophylactic agent incorporated in a high density on or within the microparticles or nanoparticles, the microparticles or nanoparticles comprising ligands present in a density of between 1,000 to 10,000,000 ligands per square micron of microparticle or nanoparticle surface area, wherein the ligands have a first end incorporated into the surface of the microparticle or nanoparticle and a second end facing outwardly from the surface of the microparticle or nanoparticle, and wherein the polymer is a hydrophobic polymer and the ligands are materials with a hydrophile-lipophile balance of less than 10 which insert into the surface of the microparticles or nanoparticles.
A handle for an appliance or furniture with a movable handle bar and with one or two rotational devices, comprising a housing and a shaft rotatably supported in the housing, the handle bar being attached to the housing or housings of the rotational device or devices, characterized by a slide movably and non-rotatably supported in the housing, said slide being loaded by a spring and having a guide slot in which engages a guide pin of the shaft.
A video monitoring device comprising: an input for a video input signal; a display; and a video processor coupled to said input and said display for obtaining (51, 51') from the video input signal at least one parametric signal defining a curve over time, the obtained curve is defined in a spatial coordinate system, with coordinates other than time, and is parametric over time, calculating (52, 52', 32, 35) derivative intensity values with respect to time for the at least one parametric signal defining the curve over time, accumulating derivative pixel intensity values for each pixel, generating pixel intensity values representing the curve based upon, for each pixel, the pixel intensity value and its respective accumulated derivative value, by performing an intensity modulation by the accumulated derivative value so that therefore each displayed pixel intensity value is scaled to an appropriate bitmap or raster intensity; and displaying the modulated pixel intensity values on said display, wherein said displaying is such that portions of the curve changing more rapidly with respect to time appear dimmer. an input for a video input signal; a display; and a video processor coupled to said input and said display for obtaining (51, 51') from the video input signal at least one parametric signal defining a curve over time, the obtained curve is defined in a spatial coordinate system, with coordinates other than time, and is parametric over time, calculating (52, 52', 32, 35) derivative intensity values with respect to time for the at least one parametric signal defining the curve over time, accumulating derivative pixel intensity values for each pixel, generating pixel intensity values representing the curve based upon, for each pixel, the pixel intensity value and its respective accumulated derivative value, by performing an intensity modulation by the accumulated derivative value so that therefore each displayed pixel intensity value is scaled to an appropriate bitmap or raster intensity; and obtaining (51, 51') from the video input signal at least one parametric signal defining a curve over time, the obtained curve is defined in a spatial coordinate system, with coordinates other than time, and is parametric over time, calculating (52, 52', 32, 35) derivative intensity values with respect to time for the at least one parametric signal defining the curve over time, accumulating derivative pixel intensity values for each pixel, generating pixel intensity values representing the curve based upon, for each pixel, the pixel intensity value and its respective accumulated derivative value, by performing an intensity modulation by the accumulated derivative value so that therefore each displayed pixel intensity value is scaled to an appropriate bitmap or raster intensity; and displaying the modulated pixel intensity values on said display, wherein said displaying is such that portions of the curve changing more rapidly with respect to time appear dimmer.