mhurhangee/ep-ind-claims huggingface dataset:
A seat apparatus to be mounted on a vehicle, comprising: a seat cushion frame; a seat back frame which is arranged so as to stand from a back end part of the seat cushion frame; a cornering sensor which detects a cornering direction of the vehicle; and a control unit which controls the seat back frame on a basis of a detection result obtained by the cornering sensor, wherein the seat back frame includes: left and right side frames (51, 52) which are respectively arranged at two side parts of the seat back frame so as to extend in a vertical direction; characterized in that the seat back frame further includes: a backboard which is arranged between the left and right side frames (51, 52) and which supports a back of an occupant; and a swing mechanism which swings the backboard with respect to a traveling direction of the vehicle, and wherein the control unit controls the swing mechanism so that, among two side parts of the backboard, a side part which is inside with respect to the cornering direction is located at back comparing to a side part which is outside with respect to the cornering direction when the cornering direction of the vehicle is detected by the cornering sensor. a seat cushion frame; a seat back frame which is arranged so as to stand from a back end part of the seat cushion frame; a cornering sensor which detects a cornering direction of the vehicle; and a control unit which controls the seat back frame on a basis of a detection result obtained by the cornering sensor, wherein the seat back frame includes: left and right side frames (51, 52) which are respectively arranged at two side parts of the seat back frame so as to extend in a vertical direction; characterized in that the seat back frame further includes: a backboard which is arranged between the left and right side frames (51, 52) and which supports a back of an occupant; and a swing mechanism which swings the backboard with respect to a traveling direction of the vehicle, and a backboard which is arranged between the left and right side frames (51, 52) and which supports a back of an occupant; and a swing mechanism which swings the backboard with respect to a traveling direction of the vehicle, and wherein the control unit controls the swing mechanism so that, among two side parts of the backboard, a side part which is inside with respect to the cornering direction is located at back comparing to a side part which is outside with respect to the cornering direction when the cornering direction of the vehicle is detected by the cornering sensor.
Fluid line component with a fluid duct (5, 6), a sealing surface which surrounds the outlet of the fluid duct (5, 6) on an outer side of the fluid line component, and an axial seal which bears against the sealing surface and can be brought to bear against an opposite surface of a mating piece in order to connect the fluid duct (5, 6) leaktightly to a duct (7, 8) in the mating piece, wherein the axial seal has a support and a sealing element which is assembled on the support, wherein the support can be displaced relative to the sealing surface, characterized in that the support has an L-shaped cross-section with a leg which forms a cylindrical surface concentric with the centre axis of the seal, and a leg which forms an annular surface extending radially with respect to the centre axis.
Safety construction for closing an opening in the ground surface from which an underground waste container has been removed, comprising one or more pivotally arranged foldable floor parts (11, 12), characterized in that each foldable floor part (11, 12) comprises a pivot construction for urging a floor part (11, 12) from a folded-down position to an upward folded position covering the opening, whereby each pivot construction comprises a vertically oriented arm part to support the pivot construction, a profile part pivotally arranged on the vertically oriented arm part, a shaft part, two inclining arms arranged at one side on the arm part and at the other side on the shaft part, and two helical tension springs (33, 34), each attached between the shaft part and the profile part, wherein the shaft part is displaceable along the profile part into a locked position when the respective floor part is urged towards the upward folded position by the two helical tension springs (33, 34), and wherein the pivot construction further comprises an unlocking finger (13 - 16) arranged on the profile part and arranged to be urged into an upward directed position by the shaft part when positioned in the locked position, wherein the shaft part is unlocked by means of this unlocking finger (13 - 16) by the weight of the underground waste container, or the force exerted by the underground waste container, when the underground waste container is moved downward against the unlocking finger (13 - 16). a vertically oriented arm part to support the pivot construction, a profile part pivotally arranged on the vertically oriented arm part, a shaft part, two inclining arms arranged at one side on the arm part and at the other side on the shaft part, and two helical tension springs (33, 34), each attached between the shaft part and the profile part, wherein the shaft part is displaceable along the profile part into a locked position when the respective floor part is urged towards the upward folded position by the two helical tension springs (33, 34), and wherein the pivot construction further comprises an unlocking finger (13 - 16) arranged on the profile part and arranged to be urged into an upward directed position by the shaft part when positioned in the locked position, wherein the shaft part is unlocked by means of this unlocking finger (13 - 16) by the weight of the underground waste container, or the force exerted by the underground waste container, when the underground waste container is moved downward against the unlocking finger (13 - 16).
Method for producing an abrasion-resistant wood-based panel with an upper side and a lower side, wherein at least one decorative layer, in particular as a printed decor, is provided on the upper side, comprising the steps - applying at least one first liquid thermosetting resin layer to the at least one decorative layer on the upper side of the wood-based panel, wherein the wood-based panel provided with the decorative layer is not heated before the application of the first liquid resin layer, - even scattering of abrasion-resistant particles on the first liquid resin layer on the top of the wood-based panel, - wherein the first liquid resin layer provided with the abrasion-resistant particles on the top surface of the wood-based panel is not dried after application, and - applying at least a second layer of resin to the first, liquid, wet resin layer on the upper side of the wood-based panel, which is provided with the abrasion-resistant particles, - subsequent drying of the structure consisting of the first resin layer and the second resin layer on the top side of the wood-based panel in at least one drying device. - applying at least one first liquid thermosetting resin layer to the at least one decorative layer on the upper side of the wood-based panel, wherein the wood-based panel provided with the decorative layer is not heated before the application of the first liquid resin layer, - even scattering of abrasion-resistant particles on the first liquid resin layer on the top of the wood-based panel, - wherein the first liquid resin layer provided with the abrasion-resistant particles on the top surface of the wood-based panel is not dried after application, and - applying at least a second layer of resin to the first, liquid, wet resin layer on the upper side of the wood-based panel, which is provided with the abrasion-resistant particles, - subsequent drying of the structure consisting of the first resin layer and the second resin layer on the top side of the wood-based panel in at least one drying device.
Airbag module comprising a container having a sidewall with an upper edge encircling a deployment opening of the container, said container enclosing an accommodation space for an airbag package, an airbag package being at least partially located in said accommodation space, and a flexible cover spanning over at least a portion of said deployment opening, wherein the flexible cover comprises at least one hole with a retained edge, a protrusion having a retaining surface extends from the container from a container side end to a free end, and said protrusion extends through said hole and said retained edge is retained by the retaining surface, wherein at least in the region of the free end the retaining surface extends substantially barrier-free to the free end of the protrusion, characterized in that additionally to the protrusion at least one securing protrusion (25a, 25b) extends from the container, said securing protrusion (25a, 25b) having a different orientation than the protrusion, and that the flexible cover comprises additionally to the hole at least one securing hole (59a, 59b), wherein the securing protrusion (25a, 25b) extends through the securing hole (59a, 59b).
A trigger system of a firearm, with a trigger lever and a trigger shoe connected thereto, wherein the trigger lever is pivotably mounted in a trigger housing and by pivoting triggers the shot of the firearm, wherein at least one pivoting part mounted in the trigger system, containing the trigger lever and/or a trigger pawl and / or a catch lever, is pivotably mounted about a pivot axis (21, 61, 71), wherein a bearing of the rotary axis (21, 61, 71) of the pivoting part is formed by a bearing ball, which is arranged on the one hand in the pivoting part, partially in a cylindrical or truncated guiding recess and is supported on the other hand against a circular counterbearing on the trigger housing.
A three-dimensional reconstruction method based on a monocular three-dimensional scanning system, wherein the monocular three-dimensional scanning system comprises an invisible structured light scanning component, a camera and a further projecting equipment, and the method comprises: collecting a depth map of a measured object by using the invisible structured light scanning component, and converting the depth map into a three-dimensional data point set, wherein the three-dimensional data point set comprises a plurality of three-dimensional points; determining a target light plane equation corresponding to a target three-dimensional point in the plurality of three-dimensional points; projecting the target three-dimensional point onto a modulated multi-line stripe image, and determining a target stripe corresponding to the target light plane equation in the modulated multi-line stripe image, wherein the modulated multi-line stripe image is an image collected by the camera after a multi-line stripe image is projected onto the measured object by the projecting equipment; and obtaining a three-dimensional point reconstructed by the target stripe in a camera coordinate system according to the target light plane equation and center coordinates of the target stripe. collecting a depth map of a measured object by using the invisible structured light scanning component, and converting the depth map into a three-dimensional data point set, wherein the three-dimensional data point set comprises a plurality of three-dimensional points; determining a target light plane equation corresponding to a target three-dimensional point in the plurality of three-dimensional points; projecting the target three-dimensional point onto a modulated multi-line stripe image, and determining a target stripe corresponding to the target light plane equation in the modulated multi-line stripe image, wherein the modulated multi-line stripe image is an image collected by the camera after a multi-line stripe image is projected onto the measured object by the projecting equipment; and obtaining a three-dimensional point reconstructed by the target stripe in a camera coordinate system according to the target light plane equation and center coordinates of the target stripe.
Particle-optical corrector for correcting the spherical aberrations (C 3, C 5) of an electron microscope, thereby preventing the threefold axial astigmatism (A 2), the axial three-lobed aberration of fourth order (D 4) and the sixfold axial astigmatism (A 5), wherein the corrector comprises a central multipole element of length L for generating a hexapole field ( Ψ HP2) in the symmetry plane of the corrector as well as two outer identical multipole elements (1, 3) of length L 'for generating identically strong hexapole fields ( Ψ HP1, Ψ HP3) and two round lens doublets (7 and 8) with round lenses (7', 7", 8', 8"), wherein the round lenses (7' and 8') which are closer to the symmetry plane are arranged at a separation of the focal lengths ( f) of the round lenses (7', 8') with respect to the symmetry plane, and the round lenses (7", 8") which are further away from the symmetry plane are disposed at a separation from the round lenses (7', 8') which corresponds to their focal lengths ( f') plus the focal lengths ( f) of the round lenses (7', 8') which are disposed closer to the symmetry plane, characterized in that the strength of the central hexapole field ( Ψ HP2) with respect to the strengths of the two identically strong outer hexapole fields ( Ψ HP1,3) is chosen such that the threefold axial astigmatism (A 2) vanishes and the strengths ( Ψ HP1,3) of the latter are chosen such that the overall corrector does not have a sixfold axial astigmatism (A 5), that the separation between the multipole elements (1 and 3) and round lenses (7", 8") located further away from the symmetry plane, corresponds to the focal length ( f') thereof plus an additional separation (Δ z), wherein the latter is chosen such that for the stated lengths L and L', the axial three-lobed aberration of fourth order (D 4) vanishes and that the length of the central multipole element is selected relative to the lengths ( L') of the two outer identical multipole elements (1 and 3) in such a manner that the axial three-lobed aberration of sixth order (D 6) vanishes for the stated ratio ( M = f / f') between the focal length ( f) of the round lenses (7', 8') that are closer to the symmetry plane and the focal length ( f ') of the round lenses (7", 8") that are further away from the symmetry plane.
Wrapper made of an unstretched at least single-layer polyolefin film which optionally has release properties, comprising a) a layer (a) with a layer thickness of 6 - ≤20 μm, based on a mixture of α) 20-49% by weight of a polypropylene and/or of at least one propylene copolymer with a VICAT temperature of at least 130°C (measured by method A50-50°C/10 N) and of β) 80-51% by weight of at least one polyethylene and/or ethylene copolymer, preferably with a melting point of at least 113°C, and optionally of γ) conventional auxiliaries, preferably processing aids, and b) optionally on at least one surface of the layer (a) a release coating (b) made of hardened polysiloxane and c) optionally on at least one uncovered surface of the layer (a) an optionally sealable layer (c) with a layer thickness of 4-10 μm made of a thermoplastic polymer with a melting point lower by at least 5°C than the melting point of the layer (a), where the tensile strength of the polyolefin film in machine direction is at least 6.5 N/cm, measured in accordance with DIN EN ISO 527-3. a) a layer (a) with a layer thickness of 6 - ≤20 μm, based on a mixture of α) 20-49% by weight of a polypropylene and/or of at least one propylene copolymer with a VICAT temperature of at least 130°C (measured by method A50-50°C/10 N) and of β) 80-51% by weight of at least one polyethylene and/or ethylene copolymer, preferably with a melting point of at least 113°C, and optionally of γ) conventional auxiliaries, preferably processing aids, and b) optionally on at least one surface of the layer (a) a release coating (b) made of hardened polysiloxane and c) optionally on at least one uncovered surface of the layer (a) an optionally sealable layer (c) with a layer thickness of 4-10 μm made of a thermoplastic polymer with a melting point lower by at least 5°C than the melting point of the layer (a), where the tensile strength of the polyolefin film in machine direction is at least 6.5 N/cm, measured in accordance with DIN EN ISO 527-3.
Apparatus for wet treatment of a single plate-like article comprising: - a spin chuck for holding and rotating the plate-like article comprising means for holding the plate-like article at the plate-like article's edge and a gas supply means (34, 36) for directing gas towards the side of the plate-like article, which faces the spin chuck, wherein the gas supply means (34, 36) comprises a gas nozzle rotating with the spin chuck, for providing a gas cushion between the plate-like article and the spin chuck;- a liquid supply means for directing liquid onto the side of the plate-like article, which is facing the spin chuck, through a non-rotatable liquid nozzle, wherein the gas nozzle is supplied through a rotating gas distribution chamber, which is part of the spin chuck, and the rotating gas distribution chamber is fed through a non-rotating gas feed (28, 29, 30, 32) characterized in that the non-rotatable gas feed (28, 29, 30, 32) comprises a gas distribution chamber and a plurality of annularly arranged nozzles or a slit-shaped annular nozzle to feed the rotating gas distribution chamber wherein the non-rotatable liquid nozzle and the non-rotatable gas feed (28, 29, 30, 32) are elements of a nozzle assembly, which axially leads through the centre of the spin chuck. - a spin chuck for holding and rotating the plate-like article comprising means for holding the plate-like article at the plate-like article's edge and a gas supply means (34, 36) for directing gas towards the side of the plate-like article, which faces the spin chuck, wherein the gas supply means (34, 36) comprises a gas nozzle rotating with the spin chuck, for providing a gas cushion between the plate-like article and the spin chuck;- a liquid supply means for directing liquid onto the side of the plate-like article, which is facing the spin chuck, through a non-rotatable liquid nozzle,
A method comprising: receiving data from a geographic position component; determining a current location of a vehicle from the received data; using the current location to access detailed map information identifying the location of autodrive lanes, wherein each autodrive lane is a lane of a roadway pre-approved for an autonomous driving mode of the vehicle, the autonomous driving mode allowing a driver to relinquish control of the vehicle to a computer, the method being characterised in that it further comprises: identifying at least two autodrive lanes currently available for autonomous driving; using, by a processor, the identified at least two autodrive lanes to generate autodrive information; generating, by the processor, display information based on the autodrive information, the display information including lanes and identifying which of the lanes are the at least two autodrive lanes; and displaying, on a display of the vehicle, the display information. receiving data from a geographic position component; determining a current location of a vehicle from the received data; using the current location to access detailed map information identifying the location of autodrive lanes, wherein each autodrive lane is a lane of a roadway pre-approved for an autonomous driving mode of the vehicle, the autonomous driving mode allowing a driver to relinquish control of the vehicle to a computer, identifying at least two autodrive lanes currently available for autonomous driving; using, by a processor, the identified at least two autodrive lanes to generate autodrive information; generating, by the processor, display information based on the autodrive information, the display information including lanes and identifying which of the lanes are the at least two autodrive lanes; and displaying, on a display of the vehicle, the display information.
A use of an electrolyte for producing chromium layers on gravure cylinders, comprising: (a) a chromium salt, (b) a compound of formula wherein R stands for SO 3 H and n is an integer from 1 to 3, (c) formic acid, and (d) at least one further additive. (a) a chromium salt, (b) a compound of formula wherein R stands for SO 3 H and n is an integer from 1 to 3, (c) formic acid, and (d) at least one further additive.
A biosensor comprising: a substrate; an electrode system for measuring a glucose level and an electrode system for measuring a Hct value formed on the substrate; an oxidoreductase; and a mediator, wherein the electrode system for measuring a glucose level comprises a first working electrode and a first counter electrode, the electrode system for measuring a Hct value comprises a second working electrode and a second counter electrode, the mediator is provided on the first working electrode in the electrode system for measuring a glucose level, and the mediator is provided on the second counter electrode in the electrode system for measuring a Hct value, and no mediator is provided on the second working electrode; characterized in that the biosensor comprises a channel comprising a supply port for leading blood to the biosensor, and in the electrode system for measuring a Hct value, the second working electrode is on an upstream side and the second counter electrode is on a downstream side with respect to flow of the blood supplied to the supply port at one end of the channel, wherein the first working electrode is the same as the second counter electrode. a substrate; an electrode system for measuring a glucose level and an electrode system for measuring a Hct value formed on the substrate; an oxidoreductase; and a mediator, wherein the electrode system for measuring a glucose level comprises a first working electrode and a first counter electrode, the electrode system for measuring a Hct value comprises a second working electrode and a second counter electrode, the mediator is provided on the first working electrode in the electrode system for measuring a glucose level, and the mediator is provided on the second counter electrode in the electrode system for measuring a Hct value, and no mediator is provided on the second working electrode; characterized in that the biosensor comprises a channel comprising a supply port for leading blood to the biosensor, and in the electrode system for measuring a Hct value, the second working electrode is on an upstream side and the second counter electrode is on a downstream side with respect to flow of the blood supplied to the supply port at one end of the channel, wherein the first working electrode is the same as the second counter electrode.
A composition comprising a compatible blend of i) 60 to 85 weight percent of a linear poly (arylene sulfide), ii) 15 to 40 weight percent of a polyetherimide sulfone; and iii) 1 to 3 weight percent of a novolac resin having an average of 2 or more epoxy groups per molecule, wherein weight percent is based on the total weight of the composition, and an article made from the composition has a tensile strength greater than or equal to 70 megaPascals (MPa), as determined by ASTM D638, an impact strength of greater than or equal to 3 kiloJoules per square meter (kJ/m 2), as determined by ASTM D256, and an elongation at break greater than or equal to 3% as determined by ASTM D638.
A packaging for a fluid filter element, preferably of the type employed in filtering oil or fuel, in particular for an automotive engine, comprising at least a first packaging part and a second packaging part, wherein said first packaging part and said second packaging part are adapted to cooperate to define a receiving chamber for receiving therein said fluid filter element, characterised in that the packaging, preferably the first packaging part, forms a funnel for filling said fluid filter element with fluid; the funnel having a first orifice serving as a funnel inlet and at least one second orifice serving as a funnel outlet, wherein the second orifice is present at a connecting pipe section of the funnel, that is adapted to be sealingly connected with an inlet of said filter element.