mhurhangee/ep-ind-claims huggingface dataset:
A method for establishing a sorting result for a value document while employing sensor data for the value document which are capturable or were captured by means of a value-document processing apparatus with one or a plurality of sensors (40, 42, 44), and while employing pre-specified classification parameters, wherein a pre-specified classification method is carried out while employing the sensor data and at least one of the classification parameters, upon whose carrying out pre-specified substeps are carried out, at least some of which contain the making of a respective decision, and after carrying out the substeps a class is established as a sorting result, wherein at least upon the making of the decisions at least one classification parameter associated with the respective decision and/or at least part of the sensor data and/or at least one substep result that was obtained upon carrying out a preceding substep is respectively employed, and wherein for the established sorting result a display device is so actuated that it shows at least a section of a graph with nodes and edges respectively connecting at least two of the nodes, wherein the nodes comprise a starting node, at least one substep node representing a substep necessary for obtaining the sorting result, and at least one result node representing a possible sorting result, and the edges so connect the nodes that, together with the nodes connected thereby, they represent a sequence, given by the classification method, of substeps represented by the nodes, and wherein in the shown at least one section those edges are marked that form a continuous path from the starting node to the result node representing the sorting result, said path representing the run of the classification method for the sensor data, and/or wherein as edges only those edges are shown that form a continuous path from the starting node to the result node representing the sorting result, said path representing the run of the classification method for the sensor data, and/or wherein in the shown at least one section those nodes are marked that are directly connected by edges which form a continuous path from the starting node to the result node representing the sorting result, said path representing the run of the classification method for the sensor data.
Dough forming machine having a first dough-supply device and a motif roll for producing baked items, wherein the motif roll comprises a cylindrical base body and at least one depression for receiving dough of baked items and formed on a shell surface of the base body, wherein the depression is delimited by a motif floor element and a side wall, wherein the motif floor element is arranged in the depression to be displaceable in a radial direction with respect to the base body of the motif roll from a first volume position to a second volume position, so that a volume of the depression can be changed, wherein, by means of the first dough-feeding apparatus, a first dough can be introduced into the depression, characterized in that the dough forming machine comprises at least one second dough-feeding apparatus, by means of which at least a second dough can be introduced into the depression.
Induction-based cooking appliance comprising multiple heating power transferring elements (3a, 3b) and multiple heating power energy units (5a, 5b) for powering said heating power transferring elements (3a, 3b), each heating power energy unit (5a, 5b) comprising one or more power switching devices, in particular power transistors, for providing electrical power to the heating power transferring elements (3a, 3b), characterised in that - a first heating power transferring element is powered by a heating power energy unit comprising a first type of power switching device, in particular power transistor, adapted to be operated in a first frequency range and a second heating power transferring element is powered by a heating power energy unit comprising a second type of power switching device, in particular power transistor, adapted to be operated in a second frequency range essentially identical, in particular identical, to the first frequency range. - a first heating power transferring element is powered by a heating power energy unit comprising a first type of power switching device, in particular power transistor, adapted to be operated in a first frequency range and a second heating power transferring element is powered by a heating power energy unit comprising a second type of power switching device, in particular power transistor, adapted to be operated in a second frequency range essentially identical, in particular identical, to the first frequency range.
A photochromic borosilicate glass composition comprising, in mol %, 66-76% SiO 2, 2-8% Al 2 O 3, 10-18% B 2 O 3, 0-4% Li 2 O, 4-12% Na 2 O, O-6% K 2 O, 1-1.5% Ag, 1.5-2.5% Cl - and 0.01-0.06% of a summed amount of CuO and NiO, wherein Na 2 O>K 2 O and wherein the glass composition is bleachable upon exposure to ultraviolet irradiation from a stable state color or shade to a lighter color or shade.
A device for measuring movement of an object and the device relative to each other, the device comprising at least one laser, said at least one laser having a laser cavity, for generating a measuring beam, converging means for converging the measuring beam in an action plane in which the measuring beam meets the object, wherein said converging means is arranged for converging measuring beam radiation reflected by the object in the laser cavity to generate a self-mixing effect in the laser, and measuring means for measuring the result of the self-mixing effect, which effect is determined by said relative movement, characterized in that said converging means is arranged to focus said measuring beam over a distance range that extends beyond the coherence length of said measuring beam radiation, and wherein said measuring means are configured to determine a frequency difference between the measuring beam and the measuring beam radiation reflected by an object in the laser cavity.
A deboning machine comprising: a housing; a bearing (50,52) supported by the housing; a separation chamber supported by the housing and including a plurality of perforations defined through the separation chamber from an interior surface to an exterior surface; an auger including a shaft and a flute formed about the shaft, wherein the auger extends through the separation chamber and the flute is adapted to be positioned a working distance from the interior surface of the separation chamber; a retainer rotatably supported by the bearing (50,52), wherein the auger extends through the retainer; a nut rotatably coupled to a threaded portion of the auger, wherein rotation of the nut moves the flute relative to the separation chamber to establish the working distance between the flute and the interior surface of the separation chamber; and at least one fastener (70,72) coupling the nut to the retainer. a housing; a bearing (50,52) supported by the housing; a separation chamber supported by the housing and including a plurality of perforations defined through the separation chamber from an interior surface to an exterior surface; an auger including a shaft and a flute formed about the shaft, wherein the auger extends through the separation chamber and the flute is adapted to be positioned a working distance from the interior surface of the separation chamber; a retainer rotatably supported by the bearing (50,52), wherein the auger extends through the retainer; a nut rotatably coupled to a threaded portion of the auger, wherein rotation of the nut moves the flute relative to the separation chamber to establish the working distance between the flute and the interior surface of the separation chamber; and at least one fastener (70,72) coupling the nut to the retainer.
A solar cell comprising: a P-type diffusion region and a plurality of N-type diffusion regions; a P-type metal contact that is electrically coupled to the P-type diffusion region; an N-type metal contact that is electrically coupled to the N-type diffusion regions and passes over portions of the P-type diffusion region; a first dielectric layer comprising contact holes that allows the N-type metal contact to electrically connect to the N-type diffusion regions, the first dielectric layer is configured to electrically insulate the N-type metal contact from the underlying P-type diffusion region; and characterized by a second dielectric layer between the N-type metal contact and the first dielectric layer and over the P-type diffusion region. a P-type diffusion region and a plurality of N-type diffusion regions; a P-type metal contact that is electrically coupled to the P-type diffusion region; an N-type metal contact that is electrically coupled to the N-type diffusion regions and passes over portions of the P-type diffusion region; a first dielectric layer comprising contact holes that allows the N-type metal contact to electrically connect to the N-type diffusion regions, the first dielectric layer is configured to electrically insulate the N-type metal contact from the underlying P-type diffusion region; and characterized by a second dielectric layer between the N-type metal contact and the first dielectric layer and over the P-type diffusion region.
A spun yarn take-up apparatus taking up yarns spun out from a spinning apparatus provided in a first yarn processing space, comprising: a take-up unit provided in a second yarn processing space below the first yarn processing space and configured to take up the yarns spun out from the spinning apparatus; and a first yarn sucking unit provided in the first yarn processing space and configured to suck and retain the yarns spun out from the spinning apparatus; characterized by a yarn take-down device configured to take the yarns retained by the first yarn sucking unit down from the first yarn processing space to the second yarn processing space, the yarn take-down device including yarn threading portions which are provided at intervals in a direction intersecting with an up-down direction, each of the yarns being threaded onto the yarn threading portions in order. a take-up unit provided in a second yarn processing space below the first yarn processing space and configured to take up the yarns spun out from the spinning apparatus; and a first yarn sucking unit provided in the first yarn processing space and configured to suck and retain the yarns spun out from the spinning apparatus; characterized by a yarn take-down device configured to take the yarns retained by the first yarn sucking unit down from the first yarn processing space to the second yarn processing space, the yarn take-down device including yarn threading portions which are provided at intervals in a direction intersecting with an up-down direction, each of the yarns being threaded onto the yarn threading portions in order.
A method for producing at least one metal turbine engine part, comprising steps consisting in: a) casting a metal alloy in a mould in order to produce a blank; and b) machining the blank in order to produce said at least one part, characterized in that the blank obtained by casting is a solid polyhedron having first and second sides (30a, 30b) between which third and fourth sides (30c,30d) extend, flaring apart from the first side towards the second side, first at a first angle and subsequently, from a break of slope, at a second angle larger than the first angle, and said at least one part is machined in the blank. a) casting a metal alloy in a mould in order to produce a blank; and b) machining the blank in order to produce said at least one part, characterized in that the blank obtained by casting is a solid polyhedron having first and second sides (30a, 30b) between which third and fourth sides (30c,30d) extend, flaring apart from the first side towards the second side, first at a first angle and subsequently, from a break of slope, at a second angle larger than the first angle, and said at least one part is machined in the blank.
Composition for fiduciary use, characterised in that it comprises a printing matrix that is liquid or pasty before drying, preferably colourless, and a reversible mechanoluminescent compound having the following chemical formula A: wherein: - Ar represents a monosubstituted polycyclic aromatic hydrocarbon comprising n benzene rings, n being between 4 and 10, - n1 is between 0 and 10, n2 is between 0 and 10, n1 and n2 not being simultaneously equal to 0, - Y is an organic or hetero-organic group, chosen exclusively from the cyano, trifluoromethyl, formyl, ester, nitro, halogen, sulphoxide, sulphonyl, tricyanoethenyl, ammonium and phosphonium groups. - Ar represents a monosubstituted polycyclic aromatic hydrocarbon comprising n benzene rings, n being between 4 and 10, - n1 is between 0 and 10, n2 is between 0 and 10, n1 and n2 not being simultaneously equal to 0, - Y is an organic or hetero-organic group, chosen exclusively from the cyano, trifluoromethyl, formyl, ester, nitro, halogen, sulphoxide, sulphonyl, tricyanoethenyl, ammonium and phosphonium groups.
A pouch shaping apparatus comprising: a support unit (400, 2400) configured to allow a laminate sheet to be disposed on an upper surface thereof; a stripper (300, 2300) located above the support unit (400, 2400), the stripper (300, 2300) configured to be movable upwards and downwards, the stripper (300, 2300) configured to press and fix an outer periphery of the laminate sheet disposed on the upper surface of the support unit (400, 2400) when moved downwards; and a punch located above the support unit (400, 2400), the punch configured to be movable upwards and downwards, the punch configured to form an electrode assembly receiving portion in the laminate sheet while inserted into a shaping portion (412, 2412) located at a center of the support unit (400, 2400) when moved downwards, wherein the support unit (400, 2400) comprises an upper support (410, 2410) and a support plate (420, 2420), the pouch shaping apparatus comprises a core member located between the upper support (410, 2410) and the support plate (420, 2420), the core member having a predetermined thickness, characterized in that the core member comprises a plurality of core members, the plurality of core members disposed spaced apart from each other; the core members are disposed at a lower end of the upper support frame (411, 2411) adjacent to corner parts of the shaping portion (412, 2412). a support unit (400, 2400) configured to allow a laminate sheet to be disposed on an upper surface thereof; a stripper (300, 2300) located above the support unit (400, 2400), the stripper (300, 2300) configured to be movable upwards and downwards, the stripper (300, 2300) configured to press and fix an outer periphery of the laminate sheet disposed on the upper surface of the support unit (400, 2400) when moved downwards; and a punch located above the support unit (400, 2400), the punch configured to be movable upwards and downwards, the punch configured to form an electrode assembly receiving portion in the laminate sheet while inserted into a shaping portion (412, 2412) located at a center of the support unit (400, 2400) when moved downwards, wherein the support unit (400, 2400) comprises an upper support (410, 2410) and a support plate (420, 2420), the pouch shaping apparatus comprises a core member located between the upper support (410, 2410) and the support plate (420, 2420), the core member having a predetermined thickness, characterized in that the core member comprises a plurality of core members, the plurality of core members disposed spaced apart from each other; the core members are disposed at a lower end of the upper support frame (411, 2411) adjacent to corner parts of the shaping portion (412, 2412).
An article of footwear having an upper and a sole structure secured to the upper, the upper including a knitted component comprising: a fusible yarn and a non-fusible yarn that are knitted together to form a knit element comprising a plurality of intermeshed loops defining courses and wales; characterised in that the knitted component further comprises an inlaid strand extending along at least one of the courses, wherein the inlaid strand passes between loops within the knit element and is suitable to limit deformation in areas of the upper, wherein the fusible yarn is fused to the inlaid strand. a fusible yarn and a non-fusible yarn that are knitted together to form a knit element comprising a plurality of intermeshed loops defining courses and wales; characterised in that the knitted component further comprises an inlaid strand extending along at least one of the courses, wherein the inlaid strand passes between loops within the knit element and is suitable to limit deformation in areas of the upper, wherein the fusible yarn is fused to the inlaid strand.
A kit of parts for an aircraft joint, comprising a first component having a hole, a second component for overlapping the first component at an overlap region when the first and second components (31, 35) are joined together, a fastener having a head and a shank, and a fastener retainer fixedly attached to the second component at the overlap region, wherein the fastener retainer has a recess and a through hole, the fastener head is situated in the recess and between the fastener retainer and the second component, and the fastener shank extends through the hole in the fastener retainer and is arranged to extend into the hole in the first component to fasten the first component to the second component when the first and second components are joined together, and further characterised in that the fastener retainer is attached to the second component such that the fastener head is situated in the recess of the fastener retainer and between the fastener retainer and the second component for retaining the fastener with the second component prior to joining the first and second components together.
An integrated aero-engine flowpath structure, comprising: a composite outer flowpath wall; a composite inner flowpath wall; and a composite linking structure extending between said composite outer flowpath wall and said composite inner flowpath wall, wherein said composite linking structure is structured to separate said composite outer flowpath wall from said composite inner flowpath wall, wherein said composite outer flowpath wall and said composite inner flowpath wall define therebetween a primary flowpath for a working fluid of an aero-engine; and wherein said composite outer flowpath wall, said composite inner flowpath wall and said composite linking structure are co-bonded to form a unitary structure operable to withstand thermal and mechanical loading during the operation of said aero-engine without additional structural backing, wherein an integral annular carbon-carbon plug nozzle forms a portion of said composite inner flowpath wall and wherein said composite inner flow path wall is annular. a composite outer flowpath wall; a composite inner flowpath wall; and a composite linking structure extending between said composite outer flowpath wall and said composite inner flowpath wall, wherein said composite linking structure is structured to separate said composite outer flowpath wall from said composite inner flowpath wall, wherein said composite outer flowpath wall and said composite inner flowpath wall define therebetween a primary flowpath for a working fluid of an aero-engine; and wherein said composite outer flowpath wall, said composite inner flowpath wall and said composite linking structure are co-bonded to form a unitary structure operable to withstand thermal and mechanical loading during the operation of said aero-engine without additional structural backing, wherein an integral annular carbon-carbon plug nozzle forms a portion of said composite inner flowpath wall and wherein said composite inner flow path wall is annular.
Conjugate of formula, of carnosine dipeptide with hyaluronic acid by formation of an amine bond between the free amino group of carnosine and the carbon atom at the 6-position of the acetylglucosamine residue of hyaluronic acid.
A computer program product, comprising: a non-transitory computer-readable storage device having computer-executable program instructions embodied thereon that when executed by a computer cause the computer to poll for near field communications, NFC, tags, the computer-executable program instructions are characterized by comprising: computer-executable program instructions to first poll, by a battery-powered electronic device, for two or more NFC tag types; and computer-executable program instructions to second poll, by the battery-powered electronic device and in response to detecting an NFC tag of a first type by the first polling, only for an NFC tag that has a type matching the NFC type of the first NFC tag. a non-transitory computer-readable storage device having computer-executable program instructions embodied thereon that when executed by a computer cause the computer to poll for near field communications, NFC, tags, the computer-executable program instructions are characterized by comprising: computer-executable program instructions to first poll, by a battery-powered electronic device, for two or more NFC tag types; and computer-executable program instructions to second poll, by the battery-powered electronic device and in response to detecting an NFC tag of a first type by the first polling, only for an NFC tag that has a type matching the NFC type of the first NFC tag. computer-executable program instructions to first poll, by a battery-powered electronic device, for two or more NFC tag types; and computer-executable program instructions to second poll, by the battery-powered electronic device and in response to detecting an NFC tag of a first type by the first polling, only for an NFC tag that has a type matching the NFC type of the first NFC tag.
A sensing device having a number of component layers, comprising: a heater layer; a resistance detector layer provided above the heater layer and constructed and arranged to indicate a temperature value based upon a correlation to a detected resistance value; an electrode layer provided above the resistance layer and a sensing layer provided above the electrode layer wherein the sensing layer is configured to sense change in a gas environment; said sensing device being characterised in that the resistance detector layer includes a semi-conductive material layer and two conductive material layers (322, 326), and in that the semi-conductive material layer is located between the two conductive material layers (322, 326) being electrical leads of the semi-conductive material layer. a heater layer; a resistance detector layer provided above the heater layer and constructed and arranged to indicate a temperature value based upon a correlation to a detected resistance value; an electrode layer provided above the resistance layer and a sensing layer provided above the electrode layer
A bioinductive patch, comprising: a patch body having an inner space; and a button disposed in the inner space of the patch body, wherein the button has a central portion and two side curved portions, and the two side curved portions are connected to two sides of the central portion, respectively, characterized in that the button has two suture holes formed at the two side curved portions, respectively. a patch body having an inner space; and a button disposed in the inner space of the patch body, wherein the button has a central portion and two side curved portions, and the two side curved portions are connected to two sides of the central portion, respectively, characterized in that the button has two suture holes formed at the two side curved portions, respectively.