mhurhangee/ep-ind-claims huggingface dataset:
A banknote/check deposit/withdrawal apparatus for depositing and withdrawing banknotes and checks, comprising: a deposit/withdrawal unit configured to receive banknotes and checks of various sizes, the deposit/withdrawal unit further configured to discharge banknotes to be withdrawn, each of the banknotes and checks having two shorter edges and two longer edges connecting the two shorter edges; a medium discrimination unit configured to capture an image of each of the banknotes and checks, the medium discrimination unit further configured to classify each of the banknotes and checks based on the captured image; a temporary storage unit for temporarily storing the deposited banknotes and checks until a transaction thereof is established; a check cassette configured to stack the deposited checks; a plurality of banknote cassettes configured stack the deposited banknotes based on the types of banknotes; and a carrying path for laterally carrying the banknotes and checks to be deposited or withdrawn along a predetermined course, such that each of the banknotes and checks received at the deposit/withdrawal unit placed on the carrying path having the two shorter edges parallel to a moving direction of the carrying path and the two longer edges perpendicular to the moving direction of the carrying path, the carrying path comprising a medium alignment unit configured to align a center of each of the banknotes and checks with a center of the carrying path by moving each of the banknotes and checks in a direction parallel to the two longer edges by a distance determined by the image captured at the medium discrimination unit. a deposit/withdrawal unit configured to receive banknotes and checks of various sizes, the deposit/withdrawal unit further configured to discharge banknotes to be withdrawn, each of the banknotes and checks having two shorter edges and two longer edges connecting the two shorter edges; a medium discrimination unit configured to capture an image of each of the banknotes and checks, the medium discrimination unit further configured to classify each of the banknotes and checks based on the captured image; a temporary storage unit for temporarily storing the deposited banknotes and checks until a transaction thereof is established; a check cassette configured to stack the deposited checks; a plurality of banknote cassettes configured stack the deposited banknotes based on the types of banknotes; and a carrying path for laterally carrying the banknotes and checks to be deposited or withdrawn along a predetermined course, such that each of the banknotes and checks received at the deposit/withdrawal unit placed on the carrying path having the two shorter edges parallel to a moving direction of the carrying path and the two longer edges perpendicular to the moving direction of the carrying path, the carrying path comprising a medium alignment unit configured to align a center of each of the banknotes and checks with a center of the carrying path by moving each of the banknotes and checks in a direction parallel to the two longer edges by a distance determined by the image captured at the medium discrimination unit.
System comprising an apparatus for additively manufacturing of three-dimensional objects by means of successive layerwise selective consolidation of layers of a build material and a build material removal device with at least one build material removal unit adapted to remove non-consolidated build material surrounding an additively built object, wherein the build material removal device is a separate device separably connected or connectable to the apparatus for additively manufacturing three-dimensional objects and comprises a build material removal chamber delimiting a build material removal volume, wherein the build material removal chamber is arranged or arrangeable above the object on top of an opening for a powder module that is built as a build module providing a powder bed, wherein the object is successively moveable into the build material removal chamber, wherein the at least one build material removal unit is adapted to remove non-consolidated build material, wherein the build material removal device is adapted to generate at least one primary build material removal stream, preferably of process gas, wherein the build material removal device is adapted to generate at least one secondary build material removal stream, preferably of process gas, into and/or out of the build material removal chamber, wherein the at least one secondary build material removal stream is guided via at least one opening of the build material removal device, in particular a nozzle, into and/or out of the build material removal chamber, wherein the at least one opening of the build material removal device is arranged in a build material removal chamber wall, wherein the apparatus comprises a moving unit, in particular a carrying unit carrying the powder bed, adapted to generate a movement of the powder bed relative to the build material removal chamber, wherein due to the movement the moving unit is adapted to successively move the powder bed from below into the build material removal chamber, in particular against a build direction, wherein build material is continuously removable via the at least one build material removal unit with the powder bed at least partially inside the build material removal chamber.
A built-in domestic appliance with a door hinged along its bottom side and provided with a front decorative panel applied to the domestic appliance through a mounting system including a sliding coupling between the panel and the door with sliding direction orthogonal to the rotation axis of the door, characterized in that the panel is directly pivoted on the domestic appliance frame or on an element integral therewith so as to rotate around a fixed fulcrum located at a position forward of and below a fixed fulcrum of the door so as to achieve an automatic upward and downward sliding of the panel during the opening and closing of the door respectively, a line connecting the two fixed fulcrums (4, 5) forming an angle (α) of 45±5° with respect to the horizontal and the vertical distance ( b) between said fixed fulcrums (4, 5) being equal to 50±10% of the sliding travel of the panel.
A manufacture method for a ZnO based semiconductor light emitting device, comprising steps of: (a) preparing a ZnO based semiconductor wafer including a first semiconductor layer containing ZnO based semiconductor of a first conductivity type and a second semiconductor layer containing ZnO based semiconductor of a second conductivity type opposite to said first conductivity type, formed above said first semiconductor layer and forming a pn junction together with said first semiconductor layer; (b) forming a groove (23, 61) in said ZnO based semiconductor wafer, said groove (23, 61) having a depth extending through said pn junction; and (c) forming a Zn-Si-O layer containing a compound of Zn, Si and O and covering said pn junction exposed on an inner surface of said groove (23, 61); characterized in that said step (c) deposits SiO 2 on the inner surface of said groove (23, 61) to make underlying ZnO based semiconductor react with SiO 2 and form said Zn-Si-O layer. (a) preparing a ZnO based semiconductor wafer including a first semiconductor layer containing ZnO based semiconductor of a first conductivity type and a second semiconductor layer containing ZnO based semiconductor of a second conductivity type opposite to said first conductivity type, formed above said first semiconductor layer and forming a pn junction together with said first semiconductor layer; (b) forming a groove (23, 61) in said ZnO based semiconductor wafer, said groove (23, 61) having a depth extending through said pn junction; and (c) forming a Zn-Si-O layer containing a compound of Zn, Si and O and covering said pn junction exposed on an inner surface of said groove (23, 61);
Valve, comprising - a central portion including a valve element movable relative to a valve seat to adjust a valve opening to regulate a fluid flow, - wherein a presetting element is provided to adjust a maximum flow through said valve opening, - wherein said presetting element is rotatable around said central portion, said central portion being configured to remain stationary as said presetting element is being rotated, - wherein an upper part of said central portion protrudes from said valve, - wherein the upper part of said central portion comprises a protruding valve pin which is slidingly arranged to act on said valve element, - wherein said presetting element comprises or is connected to a rotatable handle, the valve being characterized in that said handle is ring shaped and arranged to rotate around said upper part of said central portion. - a central portion including a valve element movable relative to a valve seat to adjust a valve opening to regulate a fluid flow, - wherein a presetting element is provided to adjust a maximum flow through said valve opening, - wherein said presetting element is rotatable around said central portion, said central portion being configured to remain stationary as said presetting element is being rotated, - wherein an upper part of said central portion protrudes from said valve, - wherein the upper part of said central portion comprises a protruding valve pin which is slidingly arranged to act on said valve element, - wherein said presetting element comprises or is connected to a rotatable handle,
An inductive device comprising: a tank with top wall, bottom wall and side walls, and wherein each said side wall has an outer substrate surface; a core having at least one core limb extending between a pair of yokes, at least one coil assembly mounted to the at least one core limb, and an insulating medium disposed in an internal volume of said tank; characterized by a coating layer bonded to said tank side wall outer substrate surfaces, and wherein said coating is a polyurea coating upon reaction, said polyurea coating formed of first and second components prior to reaction, comprising: a first component comprising a member selected from the group consisting of an aromatic diisocyanate and an aliphatic diisocyanate; and a second component comprising a polyamine. a tank with top wall, bottom wall and side walls, and wherein each said side wall has an outer substrate surface; a core having at least one core limb extending between a pair of yokes, at least one coil assembly mounted to the at least one core limb, and an insulating medium disposed in an internal volume of said tank; characterized by a coating layer bonded to said tank side wall outer substrate surfaces, and wherein said coating is a polyurea coating upon reaction, said polyurea coating formed of first and second components prior to reaction, comprising: a first component comprising a member selected from the group consisting of an aromatic diisocyanate and an aliphatic diisocyanate; and a second component comprising a polyamine. a first component comprising a member selected from the group consisting of an aromatic diisocyanate and an aliphatic diisocyanate; and a second component comprising a polyamine.
A carton for holding a plurality of containers, the carton comprising: a plurality of panels (15, 17, 21, 25, 29) foldably connected together that extends at least partially around an interior of the carton, the plurality of panels (15, 17, 21, 25, 29) comprises a first top panel, a second top panel, and a side panel, the first top panel at least partially overlapping the second top panel; and a crown retention panel foldably connected to the second top panel, an attachment flap being foldably connected to the crown retention panel; wherein at least a portion of the crown retention panel is spaced apart from the side panel in the interior of the carton, and at least a portion of the attachment flap is at least partially in face-to-face contact with the side panel, a connecting portion extends from the attachment flap to the crown retention panel, at least partially connecting the attachment flap to the crown retention panel. a plurality of panels (15, 17, 21, 25, 29) foldably connected together that extends at least partially around an interior of the carton, the plurality of panels (15, 17, 21, 25, 29) comprises a first top panel, a second top panel, and a side panel, the first top panel at least partially overlapping the second top panel; and a crown retention panel foldably connected to the second top panel, an attachment flap being foldably connected to the crown retention panel; wherein at least a portion of the crown retention panel is spaced apart from the side panel in the interior of the carton, and at least a portion of the attachment flap is at least partially in face-to-face contact with the side panel, a connecting portion extends from the attachment flap to the crown retention panel, at least partially connecting the attachment flap to the crown retention panel.
A drug delivery device, comprising: an injection needle for penetrating the skin of a patient; an adhesive for selectively adhering the device to the patient; a release liner for selectively covering a patient side of the adhesive, the release liner having an opening therein; characterised by a needle cover for selectively covering the injection needle, the needle cover comprising: a needle-covering portion with a flange larger than the release liner opening; a middle portion positioned adjacent to the flange and being smaller than the release liner opening; and a retaining portion positioned adjacent to the middle portion and having a portion thereof larger than the release liner opening, for retaining the release liner on the middle portion subsequent to uncovering the injection needle. an injection needle for penetrating the skin of a patient; an adhesive for selectively adhering the device to the patient; a release liner for selectively covering a patient side of the adhesive, the release liner having an opening therein; characterised by a needle cover for selectively covering the injection needle, the needle cover comprising: a needle-covering portion with a flange larger than the release liner opening; a middle portion positioned adjacent to the flange and being smaller than the release liner opening; and a retaining portion positioned adjacent to the middle portion and having a portion thereof larger than the release liner opening, for retaining the release liner on the middle portion subsequent to uncovering the injection needle. a needle-covering portion with a flange larger than the release liner opening; a middle portion positioned adjacent to the flange and being smaller than the release liner opening; and a retaining portion positioned adjacent to the middle portion and having a portion thereof larger than the release liner opening, for retaining the release liner on the middle portion subsequent to uncovering the injection needle.
A method for wireless communication at a user equipment, UE, comprising: receiving a reconfiguration message sent by a first base station to the UE the reconfiguration message including first radio resource configuration information for at least one radio access bearer associated with at least one data bearer being offloaded from the first base station to a second base station, the at least one data bearer being among a plurality of data bearers configured for the UE for carrier aggregation, wherein at least one remaining data bearer of the plurality of data bearers is maintained by the first base station; accessing the second base station in response to the reconfiguration message; sending a reconfiguration complete message to the first base station, wherein the reconfiguration complete message indicates that the UE has applied the first radio resource configuration information for the at least one radio access bearer associated with the at least one data bearer; exchanging data for the at least one data bearer of the UE via the second base station; and exchanging data directly with the first base station for the at least one remaining data bearer of the plurality of data bearers. receiving a reconfiguration message sent by a first base station to the UE the reconfiguration message including first radio resource configuration information for at least one radio access bearer associated with at least one data bearer being offloaded from the first base station to a second base station, the at least one data bearer being among a plurality of data bearers configured for the UE for carrier aggregation, wherein at least one remaining data bearer of the plurality of data bearers is maintained by the first base station; accessing the second base station in response to the reconfiguration message; sending a reconfiguration complete message to the first base station, wherein the reconfiguration complete message indicates that the UE has applied the first radio resource configuration information for the at least one radio access bearer associated with the at least one data bearer; exchanging data for the at least one data bearer of the UE via the second base station; and exchanging data directly with the first base station for the at least one remaining data bearer of the plurality of data bearers.
An adherent fastening product for a garment, comprising: a substrate portion having a first side and a reverse second side; an adhesive layer portion attached to, and disposed evenly on, the first side and optionally attached to, and disposed evenly on, the second side of the substrate portion, and an array of fasteners attached to the first side of the substrate portion and through the adhesive layer portion, characterized in that the adhesive layer portion is in an inactive state that inhibits adhesion thereof, and in that the adhesive layer portion is activatable to an active state that enables adhesion of the adherent fastening product to the garment via the adhesive layer portion. a substrate portion having a first side and a reverse second side; an adhesive layer portion attached to, and disposed evenly on, the first side and optionally attached to, and disposed evenly on, the second side of the substrate portion, and an array of fasteners attached to the first side of the substrate portion and through the adhesive layer portion, characterized in that the adhesive layer portion is in an inactive state that inhibits adhesion thereof, and in that the adhesive layer portion is activatable to an active state that enables adhesion of the adherent fastening product to the garment via the adhesive layer portion.
An inkjet head having a metal wiring on a board in an ink flow path or an ink tank, comprising a base layer and an organic protective layer on the metal wiring, arranged in an order of the metal wiring, the base layer, and the organic protective layer, wherein the base layer has a first interface that is in contact with the metal wiring and that includes at least one of a metal oxide and a metal nitride, and wherein the base layer has a second interface that is in contact with the organic protective layer and that includes at least one of a silicon oxide and a silicon nitride, characterized in that the metal of the metal oxide or the metal nitride is titanium. a base layer and an organic protective layer on the metal wiring, arranged in an order of the metal wiring, the base layer, and the organic protective layer, wherein the base layer has a first interface that is in contact with the metal wiring and that includes at least one of a metal oxide and a metal nitride, and wherein the base layer has a second interface that is in contact with the organic protective layer and that includes at least one of a silicon oxide and a silicon nitride, characterized in that the metal of the metal oxide or the metal nitride is titanium.
An optical fiber comprising: a rare earth doped core having a refractive index profile and a centerline, the core including at least two adjacent core regions (12a, 12b) including different amounts of updopants; and a cladding layer surrounding and directly adjacent the core, said optical fiber having a mode field diameter, MFD, of greater than 12μm, characterized in that: - the longitudinal acoustic velocities within the two core regions differ by at least 0.2%; - the delta % difference between the peak core delta and the cladding is less than 0.3%, and - one of the core regions is at the edge of the core and the core region at the edge of the core comprises a higher amount of an updopant than the adjacent core region, wherein an updopant is a dopant that raises the refractive index relative to pure SiO 2. - the longitudinal acoustic velocities within the two core regions differ by at least 0.2%; - the delta % difference between the peak core delta and the cladding is less than 0.3%, and - one of the core regions is at the edge of the core and the core region at the edge of the core comprises a higher amount of an updopant than the adjacent core region, wherein an updopant is a dopant that raises the refractive index relative to pure SiO 2.
A one-component low temperature, moisture curable, storage stable coating composition comprising: (a) a silanol-functional silicone; (b) an alkoxy-functional silicone; (c) a flexibilizer comprising a reaction product of two or more reactants; selected from: the reaction product of: - epoxy-functional silane; and - amine-functional resin; the Michael addition reaction product of: - a compound comprising more than one site of ethylenic unsaturation, and - an aminosilane; the reaction product of: - a hydroxyl-functional resin; and - an isocyanate-functional silane; and the reaction product of: - a polyisocyanate; and - an aminosilane; and (d) a curing agent selected from amines, aminosilanes, ketimines, aldimines, and combinations thereof. (a) a silanol-functional silicone; (b) an alkoxy-functional silicone; (c) a flexibilizer comprising a reaction product of two or more reactants; selected from: the reaction product of: - epoxy-functional silane; and - amine-functional resin; the Michael addition reaction product of: - a compound comprising more than one site of ethylenic unsaturation, and - an aminosilane; the reaction product of: - a hydroxyl-functional resin; and - an isocyanate-functional silane; and the reaction product of: - a polyisocyanate; and - an aminosilane; and the reaction product of: - epoxy-functional silane; and - amine-functional resin; - epoxy-functional silane; and - amine-functional resin; the Michael addition reaction product of: - a compound comprising more than one site of ethylenic unsaturation, and - an aminosilane; - a compound comprising more than one site of ethylenic unsaturation, and - an aminosilane; the reaction product of: - a hydroxyl-functional resin; and - an isocyanate-functional silane; and - a hydroxyl-functional resin; and - an isocyanate-functional silane; and the reaction product of: - a polyisocyanate; and - an aminosilane; and - a polyisocyanate; and - an aminosilane; and (d) a curing agent selected from amines, aminosilanes, ketimines, aldimines, and combinations thereof.