mhurhangee/ep-ind-claims huggingface dataset:
Assembly (40, 50) for a wiping system, said wiping system comprising a blade and an arm which is extended by an end piece, said assembly (40, 50) comprising a mechanical connector integral with said blade, and an adapter able to be connected to said end piece and to said mechanical connector, said adapter comprising two deformable side walls (54, 55) each with a lateral orifice (54A, 55A), said mechanical connector comprising two cylindrical protuberances (41, 42) via which said mechanical connector is able to be housed at least partly inside said adapter along an insertion direction, - the end (41A-B, 42A-B) of at least one cylindrical protuberance (41, 42) having at least one portion (41A, 42A) which is inclined in relation to said insertion direction, and in that - at least one side wall having a cavity comprising an inner surface which is inclined in increasing fashion from an end of said side wall up to said corresponding lateral orifice (54A, 55A), said assembly being characterized in that the cavity comprises lateral delimitations (54D, 54E) which are inclined in relation to the plane formed by the axis of said corresponding lateral orifice (54A, 55A) and said insertion direction, in a decreasing fashion from the end of said side wall up to said corresponding lateral orifice (54A, 55A). - the end (41A-B, 42A-B) of at least one cylindrical protuberance (41, 42) having at least one portion (41A, 42A) which is inclined in relation to said insertion direction, and in that - at least one side wall having a cavity comprising an inner surface which is inclined in increasing fashion from an end of said side wall up to said corresponding lateral orifice (54A, 55A), said assembly being characterized in that the cavity comprises lateral delimitations (54D, 54E) which are inclined in relation to the plane formed by the axis of said corresponding lateral orifice (54A, 55A) and said insertion direction, in a decreasing fashion from the end of said side wall up to said corresponding lateral orifice (54A, 55A).
An agonist of a Toll Like Receptor for use in the treatment of cancer, wherein said treatment is combination treatment with interferon-gamma (IFNγ), and optionally an inducer of IFNγ,and wherein said agonist is a TLR2/6 agonist.
Brake lining for a disk brake of a rail or utility vehicle, having a lining carrier plate which has two fastening eyelets and having a friction lining which is fastened thereon, characterized in that a reinforcing rib with a greater thickness than the adjoining region is provided, outside the region of overlap of the friction lining, on that side of the lining carrier plate which faces the friction lining, wherein the reinforcing rib is configured as a web which is arranged between the fastening eyelets of the lining carrier plate or in which the fastening eyelets are made.
A formable, bright metallized laminate, comprising: a formable clear coat film which is a polymeric composition selected from the group consisting of fluoropolymers, acrylic polymers, polyurethanes, ionomers, polycarbonates, polyolefins, polyethylene glycol-modified polyesters, polyamide polymers, and copolymers, blends, and alloys that include these polymeric compositions; a first discontinuous layer of metal islands deposited on said formable clear coat film; and a second discontinuous layer of metal islands, wherein said first discontinuous layer of metal islands is positioned between said formable clear coat film and said second discontinuous layer of metal islands, characterized in that said formable clear coat film has a microscopically-smooth surface having a roughness average of less than 0.75 micron, wherein said first discontinuous metal layer having a first surface that is contiguous to said formable clear coat film, and a second surface that is contiguous to said second discontinuous metal layer, wherein said second surface of said first metal layer includes a microscopic transitional sub-layer selected from a plasma treated sub-layer and a deposited metal oxide sub-layer. a formable clear coat film which is a polymeric composition selected from the group consisting of fluoropolymers, acrylic polymers, polyurethanes, ionomers, polycarbonates, polyolefins, polyethylene glycol-modified polyesters, polyamide polymers, and copolymers, blends, and alloys that include these polymeric compositions; a first discontinuous layer of metal islands deposited on said formable clear coat film; and a second discontinuous layer of metal islands, wherein said first discontinuous layer of metal islands is positioned between said formable clear coat film and said second discontinuous layer of metal islands, characterized in that said formable clear coat film has a microscopically-smooth surface having a roughness average of less than 0.75 micron, wherein said first discontinuous metal layer having a first surface that is contiguous to said formable clear coat film, and a second surface that is contiguous to said second discontinuous metal layer, wherein said second surface of said first metal layer includes a microscopic transitional sub-layer selected from a plasma treated sub-layer and a deposited metal oxide sub-layer.
A computer-implemented trapped ion quantum computing compiling method comprising: - ordering quantum gates of a nearest neighbor quantum circuit of a trapped ion system, for which the quantum gates operate on nearest neighbor trapped ion qubits, in function of dependencies between the quantum gates to obtain a quantum gates hierarchical order, the hierarchical order comprising a succession of front lines comprising multiple respective quantum gates of the nearest neighbor quantum circuit, the hierarchical order being an order to proceed with operating the quantum gates when taking dependencies into account, the hierarchical order being linear or comprising branchings, each branching comprising different choices as to executing a next gate which corresponds to a respective front line; - successively selecting, for each front line, and following the hierarchical order, in which order of quantum gates of said front line a shuttling should be built, wherein a shuttling schedule is progressively built from each shuttling selection; - whereby the shuttling selection is, for each front line, based on a predefined constraint; - whereby the shuttling schedule describes the movement of trapped ion qubits within the trapped ion system; and - implementing the shuttling schedule on a trapped ion computer. - ordering quantum gates of a nearest neighbor quantum circuit of a trapped ion system, for which the quantum gates operate on nearest neighbor trapped ion qubits, in function of dependencies between the quantum gates to obtain a quantum gates hierarchical order, the hierarchical order comprising a succession of front lines comprising multiple respective quantum gates of the nearest neighbor quantum circuit, the hierarchical order being an order to proceed with operating the quantum gates when taking dependencies into account, the hierarchical order being linear or comprising branchings, each branching comprising different choices as to executing a next gate which corresponds to a respective front line; - successively selecting, for each front line, and following the hierarchical order, in which order of quantum gates of said front line a shuttling should be built, wherein a shuttling schedule is progressively built from each shuttling selection; - whereby the shuttling selection is, for each front line, based on a predefined constraint; - whereby the shuttling schedule describes the movement of trapped ion qubits within the trapped ion system; and - implementing the shuttling schedule on a trapped ion computer.
A needle tip shielding device, comprising a base plate with a hole extending there through from the proximal side of the base plate to the distal side of the base plate, and at least one resilient arm extending at an attachment point at said base plate, wherein said at least one resilient arm has a resting state wherein a distal hook of the resilient arm will coincide with a straight imaginary line extending longitudinally through said hole in the axial direction of said base plate, said at least one resilient arm comprises a knob at its distal end, said knob extending laterally from the resilient arm; wherein said knob does not include sharp corners in a transversal plane 106) and is shaped with an outer curvature in the transversal plane around an axis parallel to the central axis of the needle tip shielding device. said at least one resilient arm has a resting state wherein a distal hook of the resilient arm will coincide with a straight imaginary line extending longitudinally through said hole in the axial direction of said base plate, said at least one resilient arm comprises a knob at its distal end, said knob extending laterally from the resilient arm; wherein said knob does not include sharp corners in a transversal plane 106) and is shaped with an outer curvature in the transversal plane around an axis parallel to the central axis of the needle tip shielding device.
A method of lubricating different consumers (18, 20, 24, 28) whose lubricant is to be analyzed, comprising: directing lubricant to the different consumers; draining the lubricant through drain lines connected to the consumers, the drain lines being connected to a tank so as to direct the lubricant to the tank; extracting at least some lubricant from the drain lines or the consumers into extraction lines (58, 58a, 58b); selectively directing flow from the extraction lines to a measurement device; and measuring a characteristic of the lubricant directed to the measurement device. directing lubricant to the different consumers; draining the lubricant through drain lines connected to the consumers, the drain lines being connected to a tank so as to direct the lubricant to the tank; extracting at least some lubricant from the drain lines or the consumers into extraction lines (58, 58a, 58b); selectively directing flow from the extraction lines to a measurement device; and measuring a characteristic of the lubricant directed to the measurement device.
An interconnect structure for an integrated circuit, the interconnect structure comprising: a first layer of the interconnect structure disposed above a substrate, the first layer comprising a first grating of alternating metal lines and dielectric lines in a first direction, wherein the dielectric lines have an uppermost surface higher than an uppermost surface of the metal lines; and a second layer of the interconnect structure disposed above the first layer of the interconnect structure, the second layer comprising a second grating of alternating metal lines and dielectric lines in a second direction, perpendicular to the first direction, wherein the dielectric lines have a lowermost surface lower than a lowermost surface of the metal lines, wherein the dielectric lines of the second grating overlap and contact, but are distinct from, the dielectric lines of the first grating and wherein the metal lines of the first grating are spaced apart from the metal lines of the second grating, a conductive via being disposed between and coupling a metal line of the first grating to a metal line of the second grating. a first layer of the interconnect structure disposed above a substrate, the first layer comprising a first grating of alternating metal lines and dielectric lines in a first direction, wherein the dielectric lines have an uppermost surface higher than an uppermost surface of the metal lines; and a second layer of the interconnect structure disposed above the first layer of the interconnect structure, the second layer comprising a second grating of alternating metal lines and dielectric lines in a second direction, perpendicular to the first direction, wherein the dielectric lines have a lowermost surface lower than a lowermost surface of the metal lines, wherein the dielectric lines of the second grating overlap and contact, but are distinct from, the dielectric lines of the first grating and wherein the metal lines of the first grating are spaced apart from the metal lines of the second grating, a conductive via being disposed between and coupling a metal line of the first grating to a metal line of the second grating.
Pressure valve for a liquid comprising a housing with an inlet and an outlet for directing the liquid from the inlet through the housing to the outlet along a flow direction, wherein the valve further comprises a movable member which is movable in the housing towards and away from the outlet between a blocked position wherein the movable member blocks the outlet and an unblocked position wherein the movable member is away from the outlet in a direction opposite the flow direction, wherein the movable member is biased to the unblocked position, characterized in that the pressure valve comprises at least one flow passage for directing liquid from the inlet side to the outlet side of the movable member, and wherein the at least one flow passage has an outlet directed towards the movable member in a direction with a component opposite the flow direction.
A wobble plate type variable displacement compressor having pistons inserted reciprocally into cylinder bores, a swash plate rotated together with a rotational main shaft and supported changeably in angle relative to said rotational shaft, a wobble plate which is connected to said pistons, in which a rotational movement of said swash plate is converted into a wobble movement of said wobble plate, and which transmits said wobble movement to said pistons to reciprocate said pistons, and a rotation preventing mechanism of said wobble plate, characterized in that said rotation preventing mechanism comprises (a) an inner ring provided in a housing movably in an axial direction although rotation is prevented, having a plurality of guide grooves for guiding a plurality of balls provided for power transmission, (b) a sleeve (24,24a,24b,24c) functioning as a wobble central member of said wobble movement of said wobble plate, provided on said rotational main shaft to rotate relatively thereto and to move in an axial direction and engaged with said inner ring movably in an axial direction together with said inner ring, (c) an outer ring having a plurality of guide grooves for guiding said balls at positions opposing respective guide grooves of said inner ring, supported on said sleeve wobblingly, and connected with said wobble plate fixedly on an outer periphery of said outer ring, and (d) a plurality of balls held by said guide grooves formed in said inner ring and said outer ring at a condition of opposing each other and performing power transmission by being compressed between said guide grooves, a relative shape difference in axial cross-sectional profile is provided between a substantially concave spherical surface formed in an inner periphery of said outer ring functioning as a wobble member for wobblingly connecting said wobble plate in said rotation preventing mechanism and a substantially convex spherical surface formed on an outer periphery of said sleeve functioning as said wobble central member, and said shape difference is set such that the closer to axial opposite ends of a contact portion between said substantially concave spherical surface and said substantially convex spherical surface a position of said contact portion is located, the greater a clearance between both surfaces becomes.
A wrapper (10, 10', 20) comprising a film (11, 11', 21) having a reinforcing tear strip (12, 12', 22) extending at least partially across the film (11, 11', 21), the tear strip (12, 12', 22) including first and second ends and an incision (17, 17', 27) that is proximate the first end, and wherein no lines of weakening are provided in the tear strip (12, 12', 22) between the incision (17, 17', 27) and the second end of the tear strip (12, 12', 22) to assist the tearing thereof, the wrapper (10, 10' 20) configured such that, when a first portion (15a, 15a', 25a) of the tear strip (12, 12', 22) on one side of the incision (17, 17', 27) is pulled away from a second portion (15b, 15b', 25b) of the tear strip (12, 12', 22) on the other side of the incision (17, 17', 27), a tear will propagate from the incision (17, 17', 27) along the length of the tear strip (12, 12', 22) towards the second end and through the film (11, 11', 21) so that the tear strip (12, 12', 22) and film (11, 11', 21) separate into two portions with a first portion (11a, 21a) of the film (11, 11', 21) attached to the first tear strip portion (15a, 15a', 25), and a remaining, second portion (11b, 21b) of the film (11, 11', 21) attached to the second tear strip portion (15b, 15b', 25b).
An article comprising a mixture of a polyolefin and a styrenic based block copolymer, wherein the styrenic based block copolymer has an A-B-A block configuration and a molecular weight of at least about 350 kg/mol.
A rare earth magnet, wherein the rare earth magnet comprises a magnetic phase containing Sm, Fe, and N, a Zn phase present around the magnetic phase, and an intermediate phase present between the magnetic phase and the Zn phase, wherein the intermediate phase contains Zn, wherein the oxygen content of the intermediate phase is higher than the oxygen content of the Zn phase, and characterized in that an Ia-3-type Sm 2 O 3 phase is formed in the intermediate phase.
A cart for the transport of materials, said cart comprising a base stretching out in a longitudinal direction and in a transverse direction that are mutually perpendicular and a peripheral wall extending from said base in a vertical direction perpendicular to said longitudinal direction and said transverse direction, wherein the base comprises a plurality of cross members extending between opposite sides of a rounded profile mounted on a lower edge of said peripheral wall, said cross members being restrained thereto at their ends by way of mounting means, characterized in that each cross member comprises a profiled bar that has a longitudinal through cavity and a pair of connecting elements telescopically fitted in said longitudinal through cavity and protruding from its ends, said connecting elements being provided with respective attachment means arranged at their respective free ends facing said rounded profile, said attachment means being configured to match the rounded profile.
An air conditioner, comprising an indoor unit, an outdoor unit, and a refrigerant circuit connecting the indoor unit with the outdoor unit, wherein the indoor unit has an indoor heat exchanger provided in the indoor unit so as to oppose a fan, and a radiation panel provided on a surface of the indoor unit, wherein the refrigerant circuit comprises a principal channel in which a decompression structure, an outdoor heat exchanger, and a compressor are provided in this order; a first channel provided with the indoor heat exchanger, which connects a branching section and a merging section that are on the downstream side and on the upstream side of the compressor in the principal channel, respectively, during a heating operation; and a second channel provided with a radiation panel, which connects the branching section and the merging section in parallel to the first channel, during the heating operation, and wherein the second channel is provided with a valve structure, which is an indoor motor-operated valve, and wherein the valve structure is on the downstream side of the radiation panel in the second channel during the heating operation.
A luminescent material comprising: a host lattice comprising one of a trigonal planar BeN 3 structure and a tetrahedral Be(N,O) 4 structure; and a dopant species. a host lattice comprising one of a trigonal planar BeN 3 structure and a tetrahedral Be(N,O) 4 structure; and a dopant species.
A method of improving automated defect detection, the method comprising: providing an image capture device for capturing and transmitting video images of an object in motion in a device; performing automated Robust Principal Component Analysis on the video images representing a normal object to simultaneously decompose the video images into a low rank matrix representing a normal object and a sparse matrix representing an object anomaly; and processing the sparse matrix to determine potential defects or potential non-defects; reviewing results of the automated analysis by a human inspector and providing feedback; and refining the automated analysis on the data based upon the feedback of the human inspector. providing an image capture device for capturing and transmitting video images of an object in motion in a device; performing automated Robust Principal Component Analysis on the video images representing a normal object to simultaneously decompose the video images into a low rank matrix representing a normal object and a sparse matrix representing an object anomaly; and processing the sparse matrix to determine potential defects or potential non-defects; reviewing results of the automated analysis by a human inspector and providing feedback; and refining the automated analysis on the data based upon the feedback of the human inspector.
A method for implementing an asymmetrical bandwidth system in an LTE FDD protocol framework, comprising the steps of: within a limited uplink spectrum range, an evolved node B scheduling physical uplink share channel resources and configuring physical random access channel resources and resources used for a sounding reference signal; a user equipment initiating random access according to the configuration of the physical random access channel resources, and establishing a Radio Resource Control, RRC, connection with the evolved node B; the evolved node B semi-persistently scheduling the user equipment; and the user equipment carrying, in a semi-persistent scheduling state, uplink control information through a physical uplink share channel, wherein the spectrum range is x>y>1.4 MHz, wherein a bandwidth of a downlink system is x MHz, and a bandwidth of an uplink system is y MHz. within a limited uplink spectrum range, an evolved node B scheduling physical uplink share channel resources and configuring physical random access channel resources and resources used for a sounding reference signal; a user equipment initiating random access according to the configuration of the physical random access channel resources, and establishing a Radio Resource Control, RRC, connection with the evolved node B; the evolved node B semi-persistently scheduling the user equipment; and the user equipment carrying, in a semi-persistent scheduling state, uplink control information through a physical uplink share channel, wherein the spectrum range is x>y>1.4 MHz, wherein a bandwidth of a downlink system is x MHz, and a bandwidth of an uplink system is y MHz.