mhurhangee/ep-ind-claims huggingface dataset:
A dispensing device for dispensing trays from a tray stack in a predetermined dispensing direction, where the dispensing device comprises at least one dispensing unit intended for repetitive dispensing of one tray at a time, and the dispensing unit comprises: - a rotational shaft having a direction of rotation on which are mounted: - a driving wheel, - a disc-shaped tray distributor having a first projection with a first front edge in the direction of rotation, and interacting, when the first projection during rotation faces the tray stack, with a first and a second tray from the bottom of the tray stack, and - a spacer which is placed against the tray distributor in the dispensing direction, and that on the rotational shaft is further mounted a disc-shaped relieving unit at a distance from the tray distributor and in the direction opposite to the dispensing direction and which has a second projection with a second front edge (13,15, 16,17) in the direction of rotation, characterised - in that at least a part of the disk-shaped relieving unit is inclined relative to the predetermined dispensing direction with an inclination angle, and where the projection is located on the portion of the relieving unit which is farthest from the tray distributor in the direction opposite to the dispensing direction, and which, when the second projection during rotation faces the tray stack, interacts with a second tray in the tray stack for relieving of trays in front of the second tray in the dispensing direction, and where the second front edge (13,15,16,17) of the disc-shaped relieving unit is angular with a displacement angle relative to the first front edge of the tray distributor which displacement angle is positive in the direction of rotation. - a rotational shaft having a direction of rotation on which are mounted: - a driving wheel, - a disc-shaped tray distributor having a first projection with a first front edge in the direction of rotation, and interacting, when the first projection during rotation faces the tray stack, with a first and a second tray from the bottom of the tray stack, and - a spacer which is placed against the tray distributor in the dispensing direction,
A modular structure of a light-emitting diode light source, comprising; a circuit board, having a quadrilateral shape defined by a first edge, a second edge, a third edge, and a fourth edge, wherein the first edge and the second edge are positioned opposite each other while the third edge and the fourth edge are positioned opposite each other; and a plurality of LEDs, electrically connected to the circuit board, the LEDs being arranged as an array of regular hexagons, characterized in that all LEDs are deposited at vertexes of the plurality of adjoining r non-overlapping regular hexagons on the circuit board; at each of the edges of the modular structure LEDs is formed at least one fragment of a regular hexagon having the form of a regular hexagon split along a line parallel to an axis of symmetry thereof; the fragments at the first edge and the second edge have a dimension D; the fragments at the third edge have a dimension B; and the fragments at the fourth edge have a dimension C, wherein the dimension D is 1/2 of the dimension of the whole regular hexagon, the dimension B is (n-m)/n and the dimension C is m/n of the dimension of the whole regular hexagon, or the dimension D is 1/2 and the dimension B and C is (n-m)/n of the dimension of the whole regular hexagon, or the dimension D is (n-m)/2n and the dimension B, C is m/n of the dimension of the whole regular hexagon, wherein n and m are natural numbers, n>m, and n≠2.
A display device, comprising: a substrate comprising a matrix of pixels each pixel in the matrix comprising a transmission area, through which light is transmitted, as well as a first pixel area, a second pixel area and a third pixel area; each pixel area comprising a first electrode on the substrate; a passivation layer between the substrate and the first electrode; a second electrode on the first electrode; and an organic emission layer between the first electrode and the second electrode, wherein the first pixel area, the second pixel area and the third pixel area emit different colors, characterized in that each of the first pixel area, the second pixel area and the third pixel area includes an emission area (EA1, EA2, EA3) and a non-emission area (NA1, NA2, NA3) surrounded by the emission area. a substrate comprising a matrix of pixels each pixel in the matrix comprising a transmission area, through which light is transmitted, as well as a first pixel area, a second pixel area and a third pixel area; each pixel area comprising a first electrode on the substrate; a passivation layer between the substrate and the first electrode; a second electrode on the first electrode; and an organic emission layer between the first electrode and the second electrode, wherein the first pixel area, the second pixel area and the third pixel area emit different colors, characterized in that each of the first pixel area, the second pixel area and the third pixel area includes an emission area (EA1, EA2, EA3) and a non-emission area (NA1, NA2, NA3) surrounded by the emission area.
A textile sleeve (10;11;34;50;70) for protecting elongate members, comprising: a substrate (12;52;72) having filamentary members (14,18;36) interlaced with one another, at least some of said filamentary members (18;36) having a core of heat-settable polymeric material and an outer sheath of heat-fusible polymeric material and at least some of said outer sheaths being heat-fused to other ones of said filamentary members (14,18;36), characterised in that said filamentary members (18;36) have a core of heat-settable polymeric material and an outer sheath of heat-fusible polymeric material are monofilaments. a substrate (12;52;72) having filamentary members (14,18;36) interlaced with one another, at least some of said filamentary members (18;36) having a core of heat-settable polymeric material and an outer sheath of heat-fusible polymeric material and at least some of said outer sheaths being heat-fused to other ones of said filamentary members (14,18;36), characterised in that said filamentary members (18;36) have a core of heat-settable polymeric material and an outer sheath of heat-fusible polymeric material are monofilaments.
A method performed by a network node for managing a device-to-device, "D2D", communication link between a first device and a second device, wherein the method comprises: determining a threshold value based on interference information relating to interference (150, 151, 152, 153) of the first device, wherein the threshold value indicates an upper limit for allowable transmit power of the first device when transmitting on the D2D communication link; sending the threshold value to the first device; and receiving, from the first device, a message indicating that power of transmission, by the first device, on the D2D communication link exceeds the threshold value. determining a threshold value based on interference information relating to interference (150, 151, 152, 153) of the first device, wherein the threshold value indicates an upper limit for allowable transmit power of the first device when transmitting on the D2D communication link; sending the threshold value to the first device; and receiving, from the first device, a message indicating that power of transmission, by the first device, on the D2D communication link exceeds the threshold value.
A container packaging comprising a container for receiving a filling material and a closure cap, wherein the container comprises a container body, a container shoulder, and an applicator fixedly connected to the container shoulder, wherein the applicator comprises an applicator base section (5.1) and an applicator dispensing section (5.2) with a dispensing opening, and the applicator has an external thread in the area of the applicator base section (5.1), wherein the closure cap has a sheath section (2.1) and a cover section (2.2), and the closure cap in its sheath section (2.1) has an internal thread corresponding to the external thread in the applicator base section (5.1), wherein the dispensing opening is arranged offset to the axis of rotation of the external thread of the applicator base section (5.1), wherein the closure cap has a circumferential groove concentric to the axis of rotation in the area of its cover section (2.2) facing the sheath section (2.1), wherein the groove interacts with the applicator dispensing section (5.2) in such a way that during a screwing of the closure cap to the container, carried out by aid of the external thread of the applicator base section (5.1) and the internal thread of the sheath section (2.1) of the closure cap, the applicator dispensing section (5.2) with its dispensing opening engages into the groove and the dispensing opening is closed in the groove, wherein the groove has a width and the dispensing opening has an outer diameter, characterized in that the width of the groove is at most of 1.2 times the outer diameter of the dispensing opening.
Composite panel for decoratively cladding visible surfaces of buildings, items of furniture, decorative objects or presentation means, comprising a substrate layer which is to be fastened to the surface to be cladded and is connected to a top layer which is remote from the surface and visible when the cladding is ready to be used, the top layer comprising transparent portions which are optionally coloured, and the substrate layer being provided with an illumination means, the light from which passes through the transparent portions of the top layer that are optionally coloured, such that an illuminated pattern can be seen by an observer, the top layer comprising a transparent sheet which is optionally coloured and is connected to the substrate layer, and the surface of which that is remote from the substrate layer and faces the observer is connected to visible cover material that covers a plurality of visible cover regions, and the remaining portions that are free of visible cover material are permeable to light, characterised in that the cover material consists of wood veneer which has been broken up, and in that the broken-off pieces are glued to the substrate layer so as to be mutually spaced, the gaps that remain between the broken-off pieces forming portions that are permeable to light.
A water slide that is to be used in any public entertainment park like an aqua park facility, comprising: - a spherical formed body, - entrance and exit parts (20,30) connected to the spherical body, a movement axis being formed by the sliding movement along the entrance part -body -exit part of a person who enters into the inlet of said entrance part, a basement turning part being formed on the base of the body, such that said water slide provides a falling down movement for a person on the basement of said body and then circular movement thanks to the basement turning part of the body, - said water slide provides exit from the inlet of the exit part. characterized in that: - said entrance and exit parts (20, 30) have the same shape as one another and are mounted to the spherical body in reverse symetrical form, - said entrance part having a mound formed concave portion which forms part of the entrance, - said exit part having a hollow shaped convex portion which forms part of the exit, such that along said axis said water slide first provides slowing down movement of a person on the mound formed concave portion, after that an instantaneous letdown like falling on the hollow shaped convex portion, and gives instantaneous acceleration and oscillation movement and, after said circular movement thanks to the basement turning part of the body, said water slide provides first slowing down, and then a movement like falling down on the exit part of the mound formed concave portion. - a spherical formed body, - entrance and exit parts (20,30) connected to the spherical body, a movement axis being formed by the sliding movement along the entrance part -body -exit part of a person who enters into the inlet of said entrance part, a basement turning part being formed on the base of the body, such that said water slide provides a falling down movement for a person on the basement of said body and then circular movement thanks to the basement turning part of the body, - said water slide provides exit from the inlet of the exit part. characterized in that: - said entrance and exit parts (20, 30) have the same shape as one another and are mounted to the spherical body in reverse symetrical form, - said entrance part having a mound formed concave portion which forms part of the entrance, - said exit part having a hollow shaped convex portion which forms part of the exit, such that along said axis said water slide first provides slowing down movement of a person on the mound formed concave portion, after that an instantaneous letdown like falling on the hollow shaped convex portion, and gives instantaneous acceleration and oscillation movement and, after said circular movement thanks to the basement turning part of the body, said water slide provides first slowing down, and then a movement like falling down on the exit part of the mound formed concave portion.
A wire harness routing supporting device, which is configured to be used in routing, in a vehicle which is a routing target, a wire harness including a plurality of electric wires, wherein identification marks are fitted to respective one end portions of the plurality of electric wires or to respective connectors of the plurality of electric wires, to identify the plurality of electric wires or the respective connectors, the device comprising: a work terminal including a displaying control section therein configured to in turn display an image of the vehicle including images of a frame and devices for the vehicle and images of respective routing paths of the plurality of electric wires on a display device in accordance with a preset order of a wire routing operation of the plurality of electric wires, while displaying, on the display device, codes corresponding to the respective identification marks of the plurality of electric wires or the respective identification marks of the respective connectors, respectively, to be subjected to the wire routing operation; a reader configured to read in the respective identification marks and the respective codes; and an administrating terminal including a collating section configured to collate information in the respective identification marks having been read in by the reader and information in the respective codes having been read in by the reader. a work terminal including a displaying control section therein configured to in turn display an image of the vehicle including images of a frame and devices for the vehicle and images of respective routing paths of the plurality of electric wires on a display device in accordance with a preset order of a wire routing operation of the plurality of electric wires, while displaying, on the display device, codes corresponding to the respective identification marks of the plurality of electric wires or the respective identification marks of the respective connectors, respectively, to be subjected to the wire routing operation; a reader configured to read in the respective identification marks and the respective codes; and an administrating terminal including a collating section configured to collate information in the respective identification marks having been read in by the reader and information in the respective codes having been read in by the reader.
A conveyance device comprising: a medium supporting section (21, 51) configured to be in a state of feeding and pulling back a conveyance medium (R1, R2) and to support the conveyance medium; characterized in, a detecting portion configured to detect a first arrangement state of the conveyance medium after being fed from the medium supporting section and before being pulled back, and a second arrangement state of the conveyance medium after being pulled back and fed from the medium supporting section; and an adjusting section configured to select whether or not to perform a process for adjusting an arrangement of the conveyance medium based on the detected first arrangement state and the detected second arrangement state. a medium supporting section (21, 51) configured to be in a state of feeding and pulling back a conveyance medium (R1, R2) and to support the conveyance medium; characterized in, a detecting portion configured to detect a first arrangement state of the conveyance medium after being fed from the medium supporting section and before being pulled back, and a second arrangement state of the conveyance medium after being pulled back and fed from the medium supporting section; and an adjusting section configured to select whether or not to perform a process for adjusting an arrangement of the conveyance medium based on the detected first arrangement state and the detected second arrangement state.
A method for detecting bladder carcinoma comprising determining the methylation status of CYP1B1 genomic DNA according to SEQ NO: 12 in a biological sample isolated from a subject, wherein hypermethylation is indicative of the presence of bladder carcinoma.
A method for manufacturing a CMC part provided with at least one cutout, comprising the following steps: - providing a fibrous reinforcement, - forming (E2') a cavity in a portion of the fibrous reinforcement, - injecting a slip comprising at least a ceramic powder and a solvent, the slip being injected so as to impregnate the fibrous reinforcement and to fill the cavity of the fibrous reinforcement, - drying the obtained assembly, - carrying out a densification by infiltration of a liquid densification material and solidification of said densification material, - machining at least one cutout in the obtained blank within the volume corresponding to the cavity of the fibrous reinforcement. - providing a fibrous reinforcement, - forming (E2') a cavity in a portion of the fibrous reinforcement, - injecting a slip comprising at least a ceramic powder and a solvent, the slip being injected so as to impregnate the fibrous reinforcement and to fill the cavity of the fibrous reinforcement, - drying the obtained assembly, - carrying out a densification by infiltration of a liquid densification material and solidification of said densification material, - machining at least one cutout in the obtained blank within the volume corresponding to the cavity of the fibrous reinforcement.
A method of quantifying a biomarker with high sensitivity using photo-oxidation induced amplification, the method comprising: performing an enzyme-substrate reaction of a measurement sample including an enzyme labeled on any one selected from among an antibody, an aptamer, and a nucleic acid which are specifically bound to the biomarker; optically measuring one or more optical properties selected from among amounts of color formation, light emission, and fluorescence of a product during a photo-oxidation induced amplification process while the product resulting from the enzyme-substrate reaction is continuously exposed to a light to thus perform the photo-oxidation induced amplification process; indexing a time-varying pattern of the measured optical properties; and quantifying a concentration of the biomarker included in the measurement sample by comparing an index extracted during the indexing to an index of a reference sample, wherein the indexing includes extracting the index of the time-varying pattern of the measured optical properties of the product using regression analysis. performing an enzyme-substrate reaction of a measurement sample including an enzyme labeled on any one selected from among an antibody, an aptamer, and a nucleic acid which are specifically bound to the biomarker; optically measuring one or more optical properties selected from among amounts of color formation, light emission, and fluorescence of a product during a photo-oxidation induced amplification process while the product resulting from the enzyme-substrate reaction is continuously exposed to a light to thus perform the photo-oxidation induced amplification process; indexing a time-varying pattern of the measured optical properties; and quantifying a concentration of the biomarker included in the measurement sample by comparing an index extracted during the indexing to an index of a reference sample, wherein the indexing includes extracting the index of the time-varying pattern of the measured optical properties of the product using regression analysis.
A system for supplying fuel to an engine, comprising: a fuel tank; a priming pump and a high pressure pump assembly in fluid communication with the fuel tank; a valve, wherein said valve is a solenoid valve, disposed fluidly between said priming pump and said high pressure pump assembly and providing access to a low restriction flow path extending to said fuel tank for selectively conveying a fuel and air mixture to said fuel tank for separation while bypassing said high pressure pump assembly; and a control unit for selectively opening and closing said valve. a fuel tank; a priming pump and a high pressure pump assembly in fluid communication with the fuel tank; a valve, wherein said valve is a solenoid valve, disposed fluidly between said priming pump and said high pressure pump assembly and providing access to a low restriction flow path extending to said fuel tank for selectively conveying a fuel and air mixture to said fuel tank for separation while bypassing said high pressure pump assembly; and a control unit for selectively opening and closing said valve.
High-voltage pulse generator comprising a plurality of stages and a current return electrode to the earth connected in series, with each one of the stages comprising at least one energy storage element (C1, C2, C3, C4, CEL) connected in series with a spark gap (E1, E2, E3, E4), wherein The spark gaps are distributed on an axis, The odd-numbered energy storage elements (C1, C3) are arranged on one side of the spark gap axis, and The even-numbered energy storage elements (C2, C4) are arranged on the other side of the spark gap axis, In such a way that the circuit formed by the plurality of stages and the current return electrode has a reduced inductance during a discharge phase of the generator, with respect to a generator comprising the same components arranged along a conventional architecture, characterised in that a dielectric film is arranged between the current return electrode and the circuit formed by the plurality of stages.
A combination comprising: (i) a compound of formula or a pharmaceutically acceptable salt or solvate thereof; and (ii) a compound of formula or a pharmaceutically acceptable salt thereof, for use in treating a cancer which is selected from: brain cancer (gliomas), glioblastomas, astrocytomas and glioblastoma multiforme. (i) a compound of formula or a pharmaceutically acceptable salt or solvate thereof; and (ii) a compound of formula or a pharmaceutically acceptable salt thereof, for use in treating a cancer which is selected from: brain cancer (gliomas), glioblastomas, astrocytomas and glioblastoma multiforme.