mhurhangee/ep-ind-claims huggingface dataset:
Cathode arrangement comprising: - a cathode body housing an emission surface for emitting electrons in a longitudinal direction, wherein the emission surface is bounded by an emission perimeter; - a focusing electrode comprising a shell that defines a cavity in which the cathode body is accommodated, the shell enclosing the cathode body in transverse directions (X, Y), wherein the focusing electrode further comprises a focusing surface with an inner electrode surface facing the emission surface and an electron transmission aperture for focusing the electrons emitted by the emission surface, wherein the aperture is bounded by an aperture perimeter, and wherein the transmission aperture is smaller than the emission surface such that the aperture perimeter transversally extends over the emission surface and beyond the emission perimeter over an overlap distance; characterized in that the focusing electrode is a Pierce electrode, in that the cathode body, during use, rests by means of gravity on the inner electrode surface and is moveably arranged within the Pierce electrode to allow movement relative to the shell over a maximum transversal distance from a coaxially aligned position that corresponds with an axis along the longitudinal direction, and in_that the overlap distance exceeds the maximum transversal distance. - a cathode body housing an emission surface for emitting electrons in a longitudinal direction, wherein the emission surface is bounded by an emission perimeter; - a focusing electrode comprising a shell that defines a cavity in which the cathode body is accommodated, the shell enclosing the cathode body in transverse directions (X, Y), wherein the focusing electrode further comprises a focusing surface with an inner electrode surface facing the emission surface and an electron transmission aperture for focusing the electrons emitted by the emission surface, wherein the aperture is bounded by an aperture perimeter, and wherein the transmission aperture is smaller than the emission surface such that the aperture perimeter transversally extends over the emission surface and beyond the emission perimeter over an overlap distance; characterized in that the focusing electrode is a Pierce electrode, in that the cathode body, during use, rests by means of gravity on the inner electrode surface and is moveably arranged within the Pierce electrode to allow movement relative to the shell over a maximum transversal distance from a coaxially aligned position that corresponds with an axis along the longitudinal direction, and in_that the overlap distance exceeds the maximum transversal distance.
Oscillation mechanism for chairs comprising: - a support frame suitable to be mounted on a stem of a chair, - a structure pivotally coupled to said support frame so as to rotate about a first axis, - an elastic element interposed between said support frame and said structure and configured to oppose a reaction force to an oscillation of said structure about said first axis from a rest position, in the absence of oscillation forces, to an oscillation position, said reaction force generating a reaction moment acting on said structure with respect to the first axis; and - an oscillation adjustment system able to vary said reaction moment with said oscillation remaining equal, wherein the oscillation adjustment system comprises a pin movably coupled to said structure so as to be able to vary the distance (d) between the pin and the first axis, wherein said elastic element is directly fastened to said pin so that said reaction force is transmitted to said structure with the application point corresponding to said pin and with direction and orientation unchanged, and wherein the oscillation adjustment system comprises a movement system of said pin for varying said distance (d) between said pin and said first axis, characterized in that said movement system comprises a guide integral with said structure and a movement member slidably engaged in said guide, wherein the movement member engages said pin in such a way that when the movement member slides in said guide, the movement member moves said pin. - a support frame suitable to be mounted on a stem of a chair, - a structure pivotally coupled to said support frame so as to rotate about a first axis, - an elastic element interposed between said support frame and said structure and configured to oppose a reaction force to an oscillation of said structure about said first axis from a rest position, in the absence of oscillation forces, to an oscillation position, said reaction force generating a reaction moment acting on said structure with respect to the first axis; and - an oscillation adjustment system able to vary said reaction moment with said oscillation remaining equal,
A combustion analysis apparatus of a large-sized low-speed engine that performs combustion analysis on an engine for one cycle, the apparatus comprising a combustion analyzer that collects combustion pressure values of cylinders at rotation angles of a crankshaft from signal about individual combustion pressure of the cylinders and a signal about a rotation angle of the crankshaft that are input from the outside, and then analyzes and shows a combustion chamber volume, a pressure change rate, a heat generation rate, instantaneous speeds of the engine and combustion gas, for the cylinders, in a plurality of graphs, wherein the graphs include: a Pθ graph showing combustion pressure of the cylinders at the rotation angles of the crankshaft; a PV graph showing combustion pressure at combustion chamber volumes of the cylinders; a dP graph showing pressure change rates of the cylinders at the rotation angles of the crankshaft; a heat generation rate graph showing heat generation rates of the cylinders at the rotation angles of the crankshaft; a combustion gas temperature graph showing combustion gas temperatures of the cylinders at the rotation angles of the crankshaft and an instantaneous speed change graph showing instantaneous speeds of the engine at the rotation angles of the crankshaft, characterized in that the apparatus further comprises a combustion examiner that determines air-fuel ratio states of fuel of the cylinders from the Pθ graph, the heat generation rate graph, and the combustion gas temperature graph; fuel injection states and fuel consumption states of the cylinders from the PV graph and the heat generation rate graph; fuel amount states of the cylinders from the PV graph and the combustion gas temperature graph; knocking of the engine and post-combustion in the cylinders from the dP graph, the heat generation rate graph, and the combustion gas temperature graph; and whether maximum combustion pressure of the cylinders coincides from the instantaneous speed change graph and the Pθ graph. a Pθ graph showing combustion pressure of the cylinders at the rotation angles of the crankshaft; a PV graph showing combustion pressure at combustion chamber volumes of the cylinders; a dP graph showing pressure change rates of the cylinders at the rotation angles of the crankshaft; a heat generation rate graph showing heat generation rates of the cylinders at the rotation angles of the crankshaft; a combustion gas temperature graph showing combustion gas temperatures of the cylinders at the rotation angles of the crankshaft and
A method of deciding a correction amount for correcting a radio field intensity of radio waves for carrying a first BLE, Bluetooth Low Energy, packet received by an information processing apparatus, the method comprising: displaying (S1107, S506) a first screen for deciding the correction amount of the radio field intensity of the radio waves for carrying the first BLE packet, the first screen including a message for prompting a user to bring the information processing apparatus closer up to a predetermined distance from a BLE device that transmitted the first BLE packet; deciding (S1108, S803) the correction amount based on a radio field intensity of radio waves for carrying a second BLE packet received by the information processing apparatus at the predetermined distance and a reference value, in response to receiving an instruction for deciding the correction amount from the user via the first screen; correcting a radio field intensity of radio waves for carrying the first BLE packet using the decided correction amount, and determining a distance to the BLE device using the corrected radio field intensity of the radio waves for carrying the first BLE packet; and performing GATT, Generic Attributes, communication with the BLE device that transmitted the first BLE packet. displaying (S1107, S506) a first screen for deciding the correction amount of the radio field intensity of the radio waves for carrying the first BLE packet, the first screen including a message for prompting a user to bring the information processing apparatus closer up to a predetermined distance from a BLE device that transmitted the first BLE packet; deciding (S1108, S803) the correction amount based on a radio field intensity of radio waves for carrying a second BLE packet received by the information processing apparatus at the predetermined distance and a reference value, in response to receiving an instruction for deciding the correction amount from the user via the first screen; correcting a radio field intensity of radio waves for carrying the first BLE packet using the decided correction amount, and determining a distance to the BLE device using the corrected radio field intensity of the radio waves for carrying the first BLE packet; and performing GATT, Generic Attributes, communication with the BLE device that transmitted the first BLE packet.
Roller bearing comprising a fixed member, a rotating member and roller bodies arranged in a roller space formed between said members in order to allow for their relative rotation, at least one side of the roller space being equipped with a sealing joint comprising a sealing element associated to a rigid annular armature which is fixed to a bearing member, said sealing element having an outer lip and an inner lip which are in sliding contact on a surface respectively outer and inner which are fixed to the other bearing member, said outer surface having an arithmetic average roughness Ra greater than 0,5 μm, said lips being arranged in such a way as to define between them an annular housing wherein a lubricant is arranged, said bearing being characterised in that the outer surface has a bearing capacity greater than 60%, the bearing capacity considered being the bearing length rate Mr at total mid-height of the profile of said outer surface, the bearing capacity and the arithmetic average roughness Ra of the inner surface being respectively strictly greater than and strictly less than that of the outer surface.
Device for lifting and displacing objects, having a pneumatic lifting device by means of an air cushion with connection and having an associated hand pump (8, 18) and valve for temporarily extending the wheels downwards, so that the object can be raised and subsequently rolled on the wheels, characterized in that it forms an insert in the form of a sheet-metal box with a projecting edge, which insert can be inserted from below into a recess in the underside of the object to be lifted or can be fastened to the underside in the fallen position, i.e. with a projecting edge at the bottom, wherein the air cushion with connection is inserted into this sheet-metal box so as to fit onto its base surface, and a sheet-metal plate, which is equipped with at least three wheels on the side facing away from the air cushion, bears against this air cushion, and the sheet metal plate being displaceable up and down in the sheet metal box along the box side walls, and in that compression springs are installed between the box-like insert and the sheet metal plate, which compression springs act perpendicularly on the sheet metal plate and can be compressed by inflating the air cushion, so that, when the air cushion is relieved as a result of spring force, the sheet metal plate can be pushed away from the edge of the box-like insert by releasing these compression springs, as a result of which the wheels of the running gear can be retracted upwards completely beyond the lower edge of the box-like insert.
A recombinant adeno-associated virus (rAAV) virion comprising a modified capsid protein for use in treating or preventing an arthritic disease or for use in treating or preventing a symptom associated with an arthritic disease, wherein the symptom is joint pain or the inflammation of one or more arthritic joints, wherein the modified capsid protein comprises in the C-terminal part of the protein an amino acid sequence Z, residues of which are exposed on the surface of the capsid protein, and wherein the amino acid sequence Z: a. comprises or consists of a sequence of amino acid residues of the formula I: y - G - Q - x- G - (x) 3 - R - (x) 3 - y - A - Q - A - A wherein x represents a single amino acid residue and wherein y represents 0, 1 or 2 amino acid residues; and b. is present at a location corresponding to a position 100 - 200, preferably 120 - 180, more preferably 130 - 170, more preferably 140- 160 amino acid residues from the C terminus of a wild-type AAV capsid protein. wherein the symptom is joint pain or the inflammation of one or more arthritic joints, wherein the modified capsid protein comprises in the C-terminal part of the protein an amino acid sequence Z, residues of which are exposed on the surface of the capsid protein, and wherein the amino acid sequence Z: a. comprises or consists of a sequence of amino acid residues of the formula I: y - G - Q - x- G - (x) 3 - R - (x) 3 - y - A - Q - A - A wherein x represents a single amino acid residue and wherein y represents 0, 1 or 2 amino acid residues; and b. is present at a location corresponding to a position 100 - 200, preferably 120 - 180, more preferably 130 - 170, more preferably 140- 160 amino acid residues from the C terminus of a wild-type AAV capsid protein. a. comprises or consists of a sequence of amino acid residues of the formula I: y - G - Q - x- G - (x) 3 - R - (x) 3 - y - A - Q - A - A wherein x represents a single amino acid residue and wherein y represents 0, 1 or 2 amino acid residues; and b. is present at a location corresponding to a position 100 - 200, preferably 120 - 180, more preferably 130 - 170, more preferably 140- 160 amino acid residues from the C terminus of a wild-type AAV capsid protein.
A method of coding video data comprising: selecting a filter to apply near a boundary of a first portion of the video data that separates the first portion of the video data from a second portion of the video data, wherein the filter comprises a plurality of filter coefficients; determining at least one of the plurality of filter coefficients for which the video data will not be available to be filtered; based on the determination of the at least one of the plurality of filter coefficients for which the video data will not be available to be filtered, determining a partial filter, wherein the partial filter does not include the at least one of the plurality of filter coefficients for which the video data will not be available to be filtered; renormalizing the plurality of filter coefficients included within the partial filter; and applying the renormalized partial filter near the boundary of the first portion of the video data to generate a filtered first portion of the video data. selecting a filter to apply near a boundary of a first portion of the video data that separates the first portion of the video data from a second portion of the video data, wherein the filter comprises a plurality of filter coefficients; determining at least one of the plurality of filter coefficients for which the video data will not be available to be filtered; based on the determination of the at least one of the plurality of filter coefficients for which the video data will not be available to be filtered, determining a partial filter, wherein the partial filter does not include the at least one of the plurality of filter coefficients for which the video data will not be available to be filtered; renormalizing the plurality of filter coefficients included within the partial filter; and applying the renormalized partial filter near the boundary of the first portion of the video data to generate a filtered first portion of the video data.
Travel adapter, comprising a housing, at least one socket of a first standard and at least one plug (20, 20', 20", 20′′′) of a second standard, wherein the socket of the first standard has at least a first contact socket and a second contact socket, and the at least one plug (20, 20', 20", 20′′′) of the second standard has at least a first contact pin (21, 21', 21", 21′′′) and a second contact pin (22, 22', 22", 22′′′), wherein the at least one plug (20, 20', 20", 20′′′) or the first contact pin (21, 21', 21", 21′′′) and the second contact pin (22, 22', 22", 22′′′) are arranged pivotably on the housing in such manner that the at least one plug (20, 20', 20", 20′′′) or the first contact pin (21, 21', 21", 21′′′) and the second contact pin (22, 22', 22", 22′′′) are pivotable out of the housing, wherein the at least one plug (20, 20', 20", 20′′′) is mounted on the housing, characterized in that the socket is arranged inside the housing and is supported rotatably in the housing, and has a socket housing, and wherein contact elements (16, 17) are arranged inside the socket housing, and are each connected to the first contact socket and to the second contact socket of the socket, and are electrically connectable to the first contact pin (21, 21', 21", 21′′′) and the second contact pin (22, 22', 22", 22′′′) of the respective plug (20, 20', 20", 20′′′) by rotation of the socket relative to the housing into an operating position corresponding to the respective plug (20, 20', 20", 20′′′), wherein the first contact pin (21, 21', 21", 21′′′) and the second contact pin (22, 22', 22", 22′′′) are coupled to each other in such manner that they are pivotable out of the housing together, and a gear mechanism is provided for the coupling. the socket is arranged inside the housing and is supported rotatably in the housing, and has a socket housing, and wherein contact elements (16, 17) are arranged inside the socket housing, and are each connected to the first contact socket and to the second contact socket of the socket, and are electrically connectable to the first contact pin (21, 21', 21", 21′′′) and the second contact pin (22, 22', 22", 22′′′) of the respective plug (20, 20', 20", 20′′′) by rotation of the socket relative to the housing into an operating position corresponding to the respective plug (20, 20', 20", 20′′′), wherein the first contact pin (21, 21', 21", 21′′′) and the second contact pin (22, 22', 22", 22′′′) are coupled to each other in such manner that they are pivotable out of the housing together, and a gear mechanism is provided for the coupling.
Barrier adhesive compound, comprising - at least one elastomer and - at least one reactive resin, characterized in that the barrier adhesive compound comprises at least one polymer G, containing at least two functional groups suitable for building a polymer and at least two hydrolyzable silyl groups. - at least one elastomer and - at least one reactive resin,
Forging method, in particular lightweight-construction alloy forging method, wherein in at least one forge-forming step (12, 14) a forging component is heat-formed in a forging tool, in particular in a swage, wherein in the forge-forming step (12, 14) swingarms (18, 20) of the forging component, which is realized as a suspension fork, are forged, wherein after a forge-forming, in at least one method step, a bending-forming of the forging component, in particular a bending-forming by more than 60° at least of a portion of the forging component, is effected, wherein the bending-forming of the forging component is effected around a bending axis of the forging component that extends at least substantially parallel to longitudinal axes of the swingarms (18, 20) of the forging component which is realized as a suspension fork, wherein in the forge-forming step (12, 14) a bionic structure or a timber-frame-like structure is introduced into the swingarms (18, 20). wherein in the forge-forming step (12, 14) swingarms (18, 20) of the forging component, which is realized as a suspension fork, are forged, wherein after a forge-forming, in at least one method step, a bending-forming of the forging component, in particular a bending-forming by more than 60° at least of a portion of the forging component, is effected, wherein the bending-forming of the forging component is effected around a bending axis of the forging component that extends at least substantially parallel to longitudinal axes of the swingarms (18, 20) of the forging component which is realized as a suspension fork, wherein in the forge-forming step (12, 14) a bionic structure or a timber-frame-like structure is introduced into the swingarms (18, 20).
An electrolyte solution for a lithium-sulfur secondary battery comprising a lithium salt and a non-aqueous solvent, wherein the non-aqueous solvent comprises an ether-based solvent and a nonsolvent, the ether-based solvent comprises a linear ether and a cyclic ether, and the nonsolvent comprises a compound represented by Chemical Formula 1 below: wherein Rfs are the same as or different from each other, and each independently represent a fluorinated C1 to C3 alkyl group, wherein the content of the nonsolvent is 5 vol.% to 20 vol.% relative to the total volume of the non-aqueous solvent. wherein the non-aqueous solvent comprises an ether-based solvent and a nonsolvent, the ether-based solvent comprises a linear ether and a cyclic ether, and the nonsolvent comprises a compound represented by Chemical Formula 1 below: wherein Rfs are the same as or different from each other, and each independently represent a fluorinated C1 to C3 alkyl group, wherein the content of the nonsolvent is 5 vol.% to 20 vol.% relative to the total volume of the non-aqueous solvent.
Device for the total or partial freezing of articles, comprising a conveyor insulated by an enclosure, as well as means for impregnation with a cryogenic liquid of said conveyor, and means making it possible to deposit articles to be frozen on the porous conveyor, the device comprises one or more successive containers, able to contain the cryogenic liquid, for example liquid nitrogen, positioned under the porous conveyor and downstream of a zone comprising means for depositing articles to be frozen on the conveyor, characterised in that the conveyor is made of a porous material; and in that the device comprises means for regulating the level of liquid in the container or containers, in order to make it possible for the conveyor, where the articles to be treated are deposited, to be able to pass above the successive container or containers, and to be flush with the surface of cryogenic liquid.