mhurhangee/patent-ind-claim-en huggingface dataset:
A display device , comprising: a thin-film transistor substrate ; a conductive pad disposed on the thin-film transistor substrate ; an adhesion film disposed on the conductive pad , the adhesion film comprising a plurality of conductive particles ; a light-emitting component disposed on the adhesion film , the light-emitting component comprising a connection feature ; and a protection layer partially surrounding the light-emitting component , wherein the connection feature has a lower portion not surrounded by the protection layer and the connection feature comprises a first bump and a second bump , wherein the protection layer fills a gap between the first bump and the second bump of the light-emitting component , and the conductive particles , which are not disposed between the conductive pad and the connection feature are of round shape with a diameter d, wherein the adhesion film has a thickness of T measured at portions of the adhesive film adjacent to the protection layer , and the lower portion of the connection feature protruding beyond a bottom surface of the protection layer has a thickness t, and wherein the following applies: 0<t≦T-d, characterised in that the protection layer comprises an organic sub-layer and an inorganic sub-layer surrounding the organic sub-layer. a thin-film transistor substrate ; a conductive pad disposed on the thin-film transistor substrate ; an adhesion film disposed on the conductive pad , the adhesion film comprising a plurality of conductive particles ; a light-emitting component disposed on the adhesion film , the light-emitting component comprising a connection feature ; and a protection layer partially surrounding the light-emitting component , wherein the connection feature has a lower portion not surrounded by the protection layer and the connection feature comprises a first bump and a second bump , wherein the protection layer fills a gap between the first bump and the second bump of the light-emitting component , and the conductive particles , which are not disposed between the conductive pad and the connection feature are of round shape with a diameter d, wherein the adhesion film has a thickness of T measured at portions of the adhesive film adjacent to the protection layer , and the lower portion of the connection feature protruding beyond a bottom surface of the protection layer has a thickness t, and wherein the following applies: 0<t≦T-d, characterised in that the protection layer comprises an organic sub-layer and an inorganic sub-layer surrounding the organic sub-layer.
A kit for anchoring objects, such as railings, handrails, safety bars, bicycle stands , bollards, lamps, signs, waste bins, banks or similar furniture, in a ground , the kit being composed of at least one embedding sleeve configured to be inserted into the ground and serving to accommodate a vertically oriented post of the object in question and at least one cover device covering the top of the embedding sleeve when the post is inserted, the cover device being captively connected to the embedding sleeve when in the use state, and the embedding sleeve having a clamping device for clamping the vertically oriented post of the object in question and/or the cover device in question, characterized in that the cover device has a cover plate placed on the top of the embedding sleeve when in the use state, a projection being provided on the side of the cover plate facing the embedding sleeve , the projection projecting into an inner channel of the embedding sleeve and being clamped between the vertically oriented post of the object in question, which is supported on a side of the inner channel of the embedding sleeve , and the clamping device .
An immunoassay device comprising: a stage capable of accommodating a plurality of cartridges (C) having a plurality of wells (W) that are opened upward and capable of surrounding a circumference of the well (W) disposed at the outermost side of the cartridges (C); a solution transfer unit comprising a plurality of tips that are movable relative to the stage , are disposed to correspond to positions of the cartridges (C), and suction a solution stored in the wells (W) or discharge the suctioned solution from the wells (W); and a measurement unit disposed at one side of the stage configured to move in a direction in which the plurality of cartridges (C) are arranged, provided with a detection unit for measuring a state within the well (W) disposed at the outermost side of the cartridges (C), and characterized by comprising a shielding plate that is configured to move, by movement of the measurement unit, to cover an opened upper portion of the well (W) disposed at the outermost side of the cartridges (C) to block introduction of light into the well (W), wherein a first hole (H1) for measuring a state of the solution is provided in one side surface of the stage that surrounds the circumference of the well (W) disposed at the outermost side of the cartridges (C), the detection unit is provided on one side surface of the measurement unit ; and when the detection unit is disposed on the side surface of the well (W) disposed at the outermost side of the cartridges (C) to measure the state of the solution, the light incident into the well (W) through the first hole (H1) is blocked. a stage capable of accommodating a plurality of cartridges (C) having a plurality of wells (W) that are opened upward and capable of surrounding a circumference of the well (W) disposed at the outermost side of the cartridges (C); a solution transfer unit comprising a plurality of tips that are movable relative to the stage , are disposed to correspond to positions of the cartridges (C), and suction a solution stored in the wells (W) or discharge the suctioned solution from the wells (W); and a measurement unit disposed at one side of the stage configured to move in a direction in which the plurality of cartridges (C) are arranged, provided with a detection unit for measuring a state within the well (W) disposed at the outermost side of the cartridges (C), and characterized by comprising a shielding plate that is configured to move, by movement of the measurement unit, to cover an opened upper portion of the well (W) disposed at the outermost side of the cartridges (C) to block introduction of light into the well (W), wherein a first hole (H1) for measuring a state of the solution is provided in one side surface of the stage that surrounds the circumference of the well (W) disposed at the outermost side of the cartridges (C), the detection unit is provided on one side surface of the measurement unit ; and when the detection unit is disposed on the side surface of the well (W) disposed at the outermost side of the cartridges (C) to measure the state of the solution, the light incident into the well (W) through the first hole (H1) is blocked.
A fingerprint sensing device comprising: an array of sensing elements, each of said sensing elements being configured to provide a signal indicative of an electromagnetic coupling between said sensing element and a finger placed on a surface of the fingerprint sensing device; a first dielectric layer arranged to cover said array of sensing elements, said first dielectric layer comprising a plurality of recesses at a top surface of the first dielectric layer, said recesses being distributed across said array of sensing elements with a spacing between adjacent ones of said recesses being less than 400 μm, wherein each of said recesses has a substantially circular cross-section in a plane parallel to said surface of the fingerprint sensing device on which said finger is placed; and a top hydrophobic layer arranged on said top surface of the first dielectric layer, in said recesses and between said recesses, to provide said surface of the sensing device on which said finger is placed, such that when said top hydrophobic layer is worn away through use of said fingerprint sensing device, hydrophobic material will remain in said recesses where it is protected from wear and tear. an array of sensing elements, each of said sensing elements being configured to provide a signal indicative of an electromagnetic coupling between said sensing element and a finger placed on a surface of the fingerprint sensing device; a first dielectric layer arranged to cover said array of sensing elements, said first dielectric layer comprising a plurality of recesses at a top surface of the first dielectric layer, said recesses being distributed across said array of sensing elements with a spacing between adjacent ones of said recesses being less than 400 μm, wherein each of said recesses has a substantially circular cross-section in a plane parallel to said surface of the fingerprint sensing device on which said finger is placed; and a top hydrophobic layer arranged on said top surface of the first dielectric layer, in said recesses and between said recesses, to provide said surface of the sensing device on which said finger is placed, such that when said top hydrophobic layer is worn away through use of said fingerprint sensing device, hydrophobic material will remain in said recesses where it is protected from wear and tear.
An apparatus for managing communications in a telecommunication network wherein communication terminals are configured for communicating through at least a first channel, the apparatus comprising - input means adapted to detect a communication attempt made by a caller communication terminal to establish a connection, through the first communication channel, with a callee communication terminal which is unavailable, - output means adapted to send at least a non-availability message to the caller communication terminal , - processing means in signal communication with said input means and said output means , and configured for generating said non-availability message, characterized in that the non-availability message issued by the output means comprises audio routing information providing information for automatically establishing a communication, through a second communication channel, between the caller communication terminal and the callee communication terminal and/or a callee alternative communication device , and in that said apparatus comprises an encoder which is adapted to encode said audio routing information in an audio signal. - input means adapted to detect a communication attempt made by a caller communication terminal to establish a connection, through the first communication channel, with a callee communication terminal which is unavailable, - output means adapted to send at least a non-availability message to the caller communication terminal , - processing means in signal communication with said input means and said output means , and configured for generating said non-availability message,
A method for encoding information in a graphical information unit , characterized by the steps of: - determining an outer contour of the information unit ; and - encoding information by means of an at least two-dimensional code in at least one area exclusively within the outer contour , wherein the encoding is applied to pixels of the information unit , characterized in that a three-dimensional color code is used for which, in addition to 2-dimensional position encoding, color encoding is used, wherein a color space of the color code is at least a part of a color space of the information unit , wherein the color space of the color code comprises those colors which are used as color encoding. - determining an outer contour of the information unit ; and - encoding information by means of an at least two-dimensional code in at least one area exclusively within the outer contour , wherein the encoding is applied to pixels of the information unit , characterized in that a three-dimensional color code is used for which, in addition to 2-dimensional position encoding, color encoding is used, wherein a color space of the color code is at least a part of a color space of the information unit , wherein the color space of the color code comprises those colors which are used as color encoding.
A filtering sector for a filtering disk of a rotary filter comprising: - a structural element constituted by a ribbed inner draining support and a frame surrounding the draining support , said structural element is provided with a connection tube ; and - a filtering fabric which covers the structural element , the structural element having a thickness which increases progressively in the direction of the connection tube , and the draining support being constituted by a single metal sheet , said metal sheet being provided with an alternation of parallel channels , characterized in that the draining support is perforated by aligned holes placed in the walls of the channels, the diameter of which increases with the thickness of the sector. - a structural element constituted by a ribbed inner draining support and a frame surrounding the draining support , said structural element is provided with a connection tube ; and - a filtering fabric which covers the structural element ,
A radio frequency connector , comprising: a substrate having a first surface and second surface opposite the first surface; a first ground plane disposed on the first surface of the substrate; a signal conductor having a first contact point disposed on the second surface of substrate, the first contact point being configured to electrically mate with a second contact point; a first ground boundary disposed between the first and second surfaces of the substrate, the first ground boundary configured to electrically mate with a second ground boundary, the first ground boundary being formed around the signal conductor as an electrically continuous conductor within the substrate; an alignment element configured to align the first and second contact points; and a coupling element configured to secure mated contact between the first and second contact points, wherein the coupling element is a magnetic element . a substrate having a first surface and second surface opposite the first surface; a first ground plane disposed on the first surface of the substrate; a signal conductor having a first contact point disposed on the second surface of substrate, the first contact point being configured to electrically mate with a second contact point; a first ground boundary disposed between the first and second surfaces of the substrate, the first ground boundary configured to electrically mate with a second ground boundary, the first ground boundary being formed around the signal conductor as an electrically continuous conductor within the substrate; an alignment element configured to align the first and second contact points; and a coupling element configured to secure mated contact between the first and second contact points, wherein the coupling element is a magnetic element .
A backpack with a stowage space , which is bounded by a back part on its side facing a back of a user of the backpack, with a mesh element and with a frame assembly , which is configured for tensioning the mesh element such that a clearance is formed between the back part and the mesh element with tensioned mesh element , and with two shoulder straps for carrying the backpack on the back of the user, wherein the shoulder straps comprise end areas , which traverse the clearance and are fixed to the back part , characterized in that the back part includes at least a first plate element and at least one retaining element , wherein the first plate element is connected to the frame assembly by means of the at least one retaining element , wherein the back part includes the first plate element and a second plate element separate from the first plate element , and wherein the end areas of the shoulder straps are fixed to the back part in the area of the second plate element .
Method for edging sandwich hollow core wood panels made of composite material and the like in the industrial production of furniture, of the type formed by flat table-like structures comprising two thin sheets or boards made of material with mechanical resistance characteristics, typically sheets made of plywood, mdf (medium-density fibreboard) or chipboard, mutually interspaced from each other to constitute the faces of the panel and rigidly connected through a structural bonding agent to a connective element with light characteristics, typically of the plastic or aluminium honeycomb type, comprising the application of a thermoplastic web to the edges of said hollow core wood panel , abutting against the projections of the boards prominently dominating on the edges with respect to the thickness of spacing/connection material interposed therebetween, wherein it comprises surface softening or melting of a face of the web limitedly localised on its abutment lines interfacing the projections of the boards ; mutual pressing of the web and edges and the relative projections thereof exerted on the web and/or on the panel ; adhesion of the web on the edges of the panel for penetrating the projections of the boards into the molten abutment lines of the edging web ; and stable coupling of the projections of the boards within the residual recesses with respect to the arrangement of the faced molten material abutting against the solid residual material of the inner face of the web ; characterised in that , the web has, at least on the face , surface embossing or knurling or surface roughness modelling shaped with surface roughness orthogonal to the linear dimension axis; and the method being actuated by a welding group supported housed in the space contained in the dihedral convergence between the web and the panel and constituted by a diffuser of hot air or plasma supplied by two ducts , shaped and adjustably positionable, to convey the respective jets on the grooved face of the web while the web is made to advance.
Electrical circuit arrangement, - wherein the circuit arrangement has at least one first capacitor and at least one further circuit part which electrically interacts with the first capacitor , - wherein the further circuit part has a circuit carrier (4"), on which electrical and/or electronic components are arranged, - wherein the first capacitor surrounds a cavity in an annular manner and is an integral part of a first capacitor arrangement , which surrounds the cavity in an annular manner, - wherein the further circuit part is arranged at least partially within the cavity and is electrically connected to the first capacitor , - wherein the first capacitor arrangement has securing elements , by means of which the circuit arrangement can be secured mechanically to a holding element and - wherein the first capacitor arrangement has contact elements on its interior facing the cavity and/or on its exterior facing away from the cavity , by way of which the first capacitor can make electrical contact with the further circuit part , characterised in that - the further circuit part has spring contacts for making electrical contact with the contact elements and - the spring contacts can be pressed against the contact elements , wherein the further circuit part is held in a mechanically stable manner by the first capacitor arrangement. - wherein the circuit arrangement has at least one first capacitor and at least one further circuit part which electrically interacts with the first capacitor , - wherein the further circuit part has a circuit carrier (4"), on which electrical and/or electronic components are arranged, - wherein the first capacitor surrounds a cavity in an annular manner and is an integral part of a first capacitor arrangement , which surrounds the cavity in an annular manner, - wherein the further circuit part is arranged at least partially within the cavity and is electrically connected to the first capacitor , - wherein the first capacitor arrangement has securing elements , by means of which the circuit arrangement can be secured mechanically to a holding element and - wherein the first capacitor arrangement has contact elements on its interior facing the cavity and/or on its exterior facing away from the cavity , by way of which the first capacitor can make electrical contact with the further circuit part , - the further circuit part has spring contacts for making electrical contact with the contact elements and - the spring contacts can be pressed against the contact elements , wherein the further circuit part is held in a mechanically stable manner by the first capacitor arrangement.
Method for controlling a test stand arrangement comprising a test specimen and comprising a loading machine which is connected to the test specimen by a connecting shaft , wherein the test stand arrangement corresponds to a supercritical arrangement, characterized in that an estimated value (T E,est ) is determined for the internal torque (T E ) of the test specimen , a damping signal (T Damp ) being determined from the estimated value (T E,est ), while taking into account a natural frequency (f 0 ) to be damped and a delay (Delay), and said damping signal being fed back into the control loop.
A polymer vial comprising a base having a base surface area, a sidewall extending upfrom the base , the base and sidewall defining an interior configured to house product, the sidewall narrowing at an upper section of the vial to form a neck leading to an opening that provides access to the interior , the vial being optionally round and symmetrical about a central axis, a lower portion of the sidewall comprising a first surface that is outwardly curved along a first radius having an imaginary center positioned within the vial , wherein the base is positioned below the first surface and is substantially flat such that at least 80% of the base surface area comprises a standing base surface occupying a single plane, the vial further comprising a second surface that extends from and is positioned below the first surface , the second surface terminating at a peripheral edge of the base from which the standing base surface extends inwardly towards a central axis of the vial , the second surface being inwardly curved along a second radius having an imaginary center positioned outside of the vial , the standing base being configured to contact and rest on a flat support surface so as to orient the vial in an upright position, the standing base being completely flat with a possible exception of slight relief in a gate area, as an artefact of a molding process for making the vial . the vial further comprising a second surface that extends from and is positioned below the first surface , the second surface terminating at a peripheral edge of the base from which the standing base surface extends inwardly towards a central axis of the vial , the second surface being inwardly curved along a second radius having an imaginary center positioned outside of the vial , the standing base being configured to contact and rest on a flat support surface so as to orient the vial in an upright position, the standing base being completely flat with a possible exception of slight relief in a gate area, as an artefact of a molding process for making the vial .
An image processing device comprising circuitry configured: to generate image data from an image captured by an endoscope of an observation target inside of a body of a patient, and in response to the endoscope being moved in an optical axis direction of an objective lens of the endoscope, the image data is generated so that a display range of the inside of the observation target in the captured image does not substantially change from the display range before the movement. to generate image data from an image captured by an endoscope of an observation target inside of a body of a patient, and in response to the endoscope being moved in an optical axis direction of an objective lens of the endoscope, the image data is generated so that a display range of the inside of the observation target in the captured image does not substantially change from the display range before the movement.