mhurhangee/ep-ind-claims huggingface dataset:
A cooling device for air conditioner circuit board, comprising a compressor, an outdoor heat exchanger, a gas-liquid separator, and an indoor heat exchanger which are connected in sequence, wherein a gas outlet end of the gas-liquid separator is communicated with a gas suction port of the compressor by means of a cooling pipeline, and a cooling equipment for cooling the air conditioner circuit board is provided on the cooling pipeline, characterized in that, the cooling equipment comprises a casing and a partition plate arranged in the casing, the partition plate divides the casing into two separated receiving chambers, an inlet of the cooling equipment is communicated with one of the receiving chambers, and an outlet of the cooling equipment is communicated with the other receiving chamber, and a communicating hole, which is open towards a direction where the air conditioner circuit board is, is arranged on the partition plate wherein an opening area of the communicating hole increases gradually along a refrigerant flow direction, such that an outlet area of the communicating hole through which the gaseous refrigerant passes is increased.
Motor vehicle auxiliary unit vacuum pump, which is configured as an electromotively driven and dry-running vane pump, with a housing assembly which comprises an electric motor section and a pump section as well as a pump inlet opening and a pump outlet opening, wherein the electric motor section comprises a motor rotor which is radially and axially-distally surrounded by a motor housing pot, which motor housing pot is proximally closed by a bearing shield that holds a bearing, wherein the pump section comprises a pump housing which defines a pump chamber and comprises an end element, wherein the pump housing is defined at least by an axially-proximal thrust washer, an axially-distal thrust washer and a radial stroke ring, wherein the pump housing comprises at least one pump chamber inlet opening and at least one pump chamber outlet opening, wherein the motor rotor is aligned coaxially with a pump rotor which is arranged in the pump chamber and the rotor body of which comprises at least three rotor blades displaceably supported on the rotor body, characterized in that only the bearing shield and the axially-proximal thrust washer are implemented as a single-piece flange element and are defined by a single disc body, wherein one side of the disc body defines the bearing shield and the other side of the disc body defines the adjacent thrust washer, wherein the pump inlet opening is provided in the bearing shield and the corresponding pump chamber inlet opening is provided in the axially-proximal thrust washer. the electric motor section comprises a motor rotor which is radially and axially-distally surrounded by a motor housing pot, which motor housing pot is proximally closed by a bearing shield that holds a bearing, wherein the pump section comprises a pump housing which defines a pump chamber and comprises an end element, wherein the pump housing is defined at least by an axially-proximal thrust washer, an axially-distal thrust washer and a radial stroke ring, wherein the pump housing comprises at least one pump chamber inlet opening and at least one pump chamber outlet opening, wherein the motor rotor is aligned coaxially with a pump rotor which is arranged in the pump chamber and the rotor body of which comprises at least three rotor blades displaceably supported on the rotor body, characterized in that only the bearing shield and the axially-proximal thrust washer are implemented as a single-piece flange element and are defined by a single disc body, wherein one side of the disc body defines the bearing shield and the other side of the disc body defines the adjacent thrust washer, wherein the pump inlet opening is provided in the bearing shield and the corresponding pump chamber inlet opening is provided in the axially-proximal thrust washer.
Launch rail for a missile, having a rail body; a holding device that is mounted in a detachable manner on the rail body so as to hold the missile on the launch rail, and a release mechanism that is mounted on the rail body so as to release the holding device from the missile; wherein the holding device comprises a locking element for locking the missile to the holding device and the release mechanism is embodied so as to open the locking element; wherein the locking element is embodied as a pin that is embodied for the purpose of engaging from above in a positive-locking manner into the missile; wherein the locking element can be lifted out of the missile and as a consequence it is possible to open the locking arrangement of the missile; wherein the holding device is embodied for the purpose of holding the tail of the missile and the holding device comprises a supporting element for supporting the missile, wherein the supporting element is embodied as a pin and the pin is embodied so as to engage from the rear in a positive-locking manner into the tail of the missile. a holding device that is mounted in a detachable manner on the rail body so as to hold the missile on the launch rail, and a release mechanism that is mounted on the rail body so as to release the holding device from the missile; wherein the holding device comprises a locking element for locking the missile to the holding device and the release mechanism is embodied so as to open the locking element; wherein the locking element is embodied as a pin that is embodied for the purpose of engaging from above in a positive-locking manner into the missile; wherein the locking element can be lifted out of the missile and as a consequence it is possible to open the locking arrangement of the missile; wherein the holding device is embodied for the purpose of holding the tail of the missile and the holding device comprises a supporting element for supporting the missile, wherein the supporting element is embodied as a pin and the pin is embodied so as to engage from the rear in a positive-locking manner into the tail of the missile.
A method of producing a printed circuit board, comprising: forming a metal layer on a support plate; forming a resist layer on the metal layer; forming a mask layer by removing part of the resist layer to form a groove as an exposed area where a conductive pattern is to be formed; subjecting the exposed area to plating process to form a pattern plating, the pattern plating having a stem as a portion of plating up to a level equal to a height of the mask layer, and a cap as a portion of plating exceeding the height of the mask layer and having an outgrowth lying over a surface of the mask layer, as viewed in cross section of the groove; laminating an insulating base on a conductive circuit board constituted by the support plate, the metal layer and the pattern plating, to form a circuit board intermediate in which the pattern plating is buried in the insulating base; removing the support plate and the metal layer from the circuit board intermediate, to form an exposed surface where the conductive pattern and the insulating base are exposed; and mechanically polishing the exposed surface until the stem of the pattern plating is removed, to increase a line width of the conductive pattern on the exposed surface to a width greater than that of the groove. forming a metal layer on a support plate; forming a resist layer on the metal layer; forming a mask layer by removing part of the resist layer to form a groove as an exposed area where a conductive pattern is to be formed; subjecting the exposed area to plating process to form a pattern plating, the pattern plating having a stem as a portion of plating up to a level equal to a height of the mask layer, and a cap as a portion of plating exceeding the height of the mask layer and having an outgrowth lying over a surface of the mask layer, as viewed in cross section of the groove; laminating an insulating base on a conductive circuit board constituted by the support plate, the metal layer and the pattern plating, to form a circuit board intermediate in which the pattern plating is buried in the insulating base; removing the support plate and the metal layer from the circuit board intermediate, to form an exposed surface where the conductive pattern and the insulating base are exposed; and mechanically polishing the exposed surface until the stem of the pattern plating is removed, to increase a line width of the conductive pattern on the exposed surface to a width greater than that of the groove.
A chemical absorbent consisting essentially of a hydrated mixture of a pharmaceutically acceptable hydroxide of a Group II metal, and a Group I metal-containing zeolite and water, with other components being present only in amounts of less than 1 % w/w, dry basis wherein - the Group I metal-containing zeolite accounts for between 3% and 6% w/w, on a dry basis - the other components including hydroxides of Group I metals being present in amounts less than 1% w/ w, on a dry basis, including less than 0.5% w/w, on a dry basis, of hydroxides of Group I metals - the remainder dry weight being the pharmaceutically acceptable hydroxide of a Group II metal and - water accounts for 10-25% w/w.
Semiconductor device comprising, on at least one face of a crystalline semiconductor substrate, at least one first amorphous semiconductor region doped with a first type of conductivity, which semiconductor substrate comprising, on the same face, at least one second amorphous semiconductor region (7a, 7b) doped with a second type of conductivity, opposite the first type of conductivity, the first amorphous semiconductor region, insulated from the second amorphous semiconductor region (7a, 7b) by at least one dielectric region (8a, 8b, 8c, 8d) in contact with the semiconductor substrate also ensuring the passivation of the face of the substrate, and the second amorphous semiconductor region (7a, 7b), forming an interdigitated structure.
Ophthalmic scraper device comprising a handle body at a first end of the ophthalmic scraper device and a rod shaped body at a second end of the ophthalmic scraper device projecting from the handle body, wherein the rod shaped body comprises a flexible tip portion distal to the handle body, the tip portion having an abrasive patterned surface texture, and characterised in that the rod shaped body, the flexible tip portion and the abrasive patterned surface texture are made of a single flexible material, wherein the material is silicone or a thermoplastic material.
A passenger aircraft having an interior cabin which includes a panel (10,14) comprising a cabin bulkhead divider, toilet wall, galley wall, sidewall panel, dado panel, storage compartment panel or a headboard, and a a soft interior trim component for covering the panel the component comprising a layer of a soft fluoropolymer closed cell foam, a cover attached to said layer and extending over the front of the trim component and attachment means (26,28,39) releasably attaching the component at its rear to the panel surface covered by the component, the attachment means having touch and close fastening means providing a touch and close fastening between the component and a surface of the panel to be covered, the attachment means further including a fastening element comprising a protuberance projecting from the trim component, and a female connector portion on the panel in mating releasable engagement with one another.
An arrangement comprising a first drive device for moving a moveable furniture part, a second drive device for moving the same moveable furniture part and a synchronizing device for synchronizing the two drive devices (2, 7), wherein the two drive devices (2, 7) can be in different positions during the movement of the moveable furniture part, the different positions of the drive devices (2, 7) comprise a position in a tensioning section, a position in a locking section, a position in an over-pressing section (Ü) and a position in an ejecting section, characterized by a correction device, by which the two drive devices (2, 7) can be brought into the same position.
Use of a profiled fiber in textiles as a far infrared radiation material, wherein a cross-sectional shape of the profiled fiber is polygon, trefoil, quatrefoil, cross-shaped, double cross-shaped, I-shaped, epsilon-shaped, C-shaped or V-shaped, wherein the polygon is triangle, quadrilateral, pentagon or hexagon, and wherein said profiled fiber does not comprise an infrared additive.
A winglet for an aircraft wing, the winglet having an inner end and an outer end, the winglet having a varying radius of curvature, measured along the frontal projection of the 1/4 chord line of the winglet, as it extends from its inner end to its outer end, and wherein the radius of curvature of the winglet: (i) decreases along the winglet over a first distance d 1 from the inner end to a first location along the winglet; (ii) remains constant over a second distance d 2 from the first location to a second location along the winglet; and (iii) increases along the winglet over a third distance d 3 from the second location to a third location along the winglet and wherein the sum of the first and third distances (d 1 +d 3) is greater than the second distance (d 2); characterised in that over the first distance d 1, the radius of curvature varies according to the equation R=k 1 /d n, where k 1 is a constant, d is the distance along the winglet measured in an outward direction, and n > 0. (i) decreases along the winglet over a first distance d 1 from the inner end to a first location along the winglet; (ii) remains constant over a second distance d 2 from the first location to a second location along the winglet; and (iii) increases along the winglet over a third distance d 3 from the second location to a third location along the winglet and
A cosmetic composition comprising a water-in-oil emulsion comprising a. hydrophobically modified particles selected from the group consisting of silica, metal oxide and mixtures thereof; b. amino functionalized silicone; and c. water; the cosmetic composition further comprising a d. viscosity modifying agent selected from the group consisting of non-amino functionalized silicone, fatty acids, esters of fatty esters, hydrocarbons, fatty alcohols and mixtures thereof; e. optical light modifying agent selected from the group consisting of particles with a refractive index from 1 to 3, agents providing a soft focus appearance and mixtures thereof; wherein the level of water is from 30 to 90 wt%, preferably from 30 to 80 wt%; and wherein the agents providing a soft focus appearance are selected from Nylon-6 powder; Polymethyl Methcacrylate; Polyurethane microsphere; Ethylene-Methyl Methacrylate copolymer; Mica and Titanium Dioxide and Ethylene/Methacrylate Copolymer and Isopropyl Titanium Triisostearate; Nylon-12 and Chitosan; and Silica and C9-15 Fluoroalcohol Phosphate. a. hydrophobically modified particles selected from the group consisting of silica, metal oxide and mixtures thereof; b. amino functionalized silicone; and c. water; d. viscosity modifying agent selected from the group consisting of non-amino functionalized silicone, fatty acids, esters of fatty esters, hydrocarbons, fatty alcohols and mixtures thereof; e. optical light modifying agent selected from the group consisting of particles with a refractive index from 1 to 3, agents providing a soft focus appearance and mixtures thereof;
A method for initiating authentication, the method being performed by a network node (300, 400) located in a core network of a home public mobile network and responsive to receipt of a request transmitted from a visited public mobile network for authentication of a terminal device having a subscription in the home public mobile network, being characterized by: selecting an authentication mechanism from a plurality of authentication mechanisms which the network node is operable to initiate, wherein each authentication mechanism comprises an authentication method and a network location in which the authentication method is to be carried out and which network location is either the home public mobile network or the visited public mobile network and in which one of the authentication mechanisms comprises the authentication method Extensible Authentication Protocol - Authentication and Key Agreement Prime, EAP-AKA', and initiating (204, 206a-206d) the selected authentication mechanism to authenticate the terminal device.
A display apparatus, comprising: a substrate; a light emitting device, comprising a light emitting element mounted on the substrate and a lens disposed over the light emitting element; a reflective layer disposed over an upper surface of the substrate; an optical sheet disposed over the reflective layer and spaced apart from the light emitting device; and a display panel disposed over an upper surface of the optical sheet, wherein the lens comprises: an upper surface part having an aspherical convexly rounded contour; and a lower surface central part formed as a first recess that extends upward from an undersurface of the lens, the recess defined by a three-dimensional shape with at least four-fold rotational symmetry with respect to a symmetry axis normal to the undersurface of the lens, characterized in that the shape is that of at least two crossing prisms or triangular pillars having upper edges that cross each other at a central point of the lens upwardly spaced from the undersurface of the lens, and located on the symmetry axis. a substrate; a light emitting device, comprising a light emitting element mounted on the substrate and a lens disposed over the light emitting element; a reflective layer disposed over an upper surface of the substrate; an optical sheet disposed over the reflective layer and spaced apart from the light emitting device; and a display panel disposed over an upper surface of the optical sheet, wherein the lens comprises: an upper surface part having an aspherical convexly rounded contour; and a lower surface central part formed as a first recess that extends upward from an undersurface of the lens, the recess defined by a three-dimensional shape with at least four-fold rotational symmetry with respect to a symmetry axis normal to the undersurface of the lens, characterized in that the shape is that of at least two crossing prisms or triangular pillars having upper edges that cross each other at a central point of the lens upwardly spaced from the undersurface of the lens, and located on the symmetry axis. an upper surface part having an aspherical convexly rounded contour; and a lower surface central part formed as a first recess that extends upward from an undersurface of the lens, the recess defined by a three-dimensional shape with at least four-fold rotational symmetry with respect to a symmetry axis normal to the undersurface of the lens, characterized in that the shape is that of at least two crossing prisms or triangular pillars having upper edges that cross each other at a central point of the lens upwardly spaced from the undersurface of the lens, and located on the symmetry axis.
A method for manufacturing a profile member for a suspended ceiling system, comprising forming a sheet metal material into an elongate T-shaped profile member with a web having two web side walls (7a, 7b) and a pair of oppositely disposed flanges projecting from a bottom portion of the web, and laser welding the elongate T-shaped profile member for providing a laser weld joint extending in a longitudinal direction of the T-shaped profile member and joining the two web side walls (7a, 7b) to each other, characterized in that the step of laser welding comprises alternatingly performing a first operation and a second operation, the second operation being different from the first operation, whereby a laser weld joint is provided comprising along its extension alternating welded first sections associated to the first operation and welded second sections associated to the second operation, wherein each first operation comprises laser welding at first energy level and each second operation comprises laser welding at a second energy level, the second energy level being below the first energy level. forming a sheet metal material into an elongate T-shaped profile member with a web having two web side walls (7a, 7b) and a pair of oppositely disposed flanges projecting from a bottom portion of the web, and laser welding the elongate T-shaped profile member for providing a laser weld joint extending in a longitudinal direction of the T-shaped profile member and joining the two web side walls (7a, 7b) to each other, characterized in that the step of laser welding comprises alternatingly performing a first operation and a second operation, the second operation being different from the first operation, whereby a laser weld joint is provided comprising along its extension alternating welded first sections associated to the first operation and welded second sections associated to the second operation, wherein each first operation comprises laser welding at first energy level and each second operation comprises laser welding at a second energy level, the second energy level being below the first energy level.
An atmospheric pressure plasma generator comprising: a housing; a first region provided in the housing; a gas heater that causes a heated first processing gas to flow into the first region; a second region provided in the housing adjacent to the first region; a gas cooler that causes a cooled second processing gas to flow into the second region; a plasma generating electrode provided in the second region; a plasma generator that plasmarizes the first processing gas present in the first region using the plasma generating electrode; and an outlet through which plasma gas plasmarized by the plasma generator is ejected, a socket to which the plasma generating electrode is connected, and a tube-shaped separating member, wherein the second region is separated from the first region by the tube-shaped separating member, the atmospheric pressure plasma generator being characterized in that the axis from the socket towards the plasma generating electrode and the axis of the tube-shaped separating member are approximately parallel. a housing; a first region provided in the housing; a gas heater that causes a heated first processing gas to flow into the first region; a second region provided in the housing adjacent to the first region; a gas cooler that causes a cooled second processing gas to flow into the second region; a plasma generating electrode provided in the second region; a plasma generator that plasmarizes the first processing gas present in the first region using the plasma generating electrode; and an outlet through which plasma gas plasmarized by the plasma generator is ejected, a socket to which the plasma generating electrode is connected, and a tube-shaped separating member, wherein the second region is separated from the first region by the tube-shaped separating member, the atmospheric pressure plasma generator being characterized in that the axis from the socket towards the plasma generating electrode and the axis of the tube-shaped separating member are approximately parallel.