mhurhangee/ep-ind-claims huggingface dataset:
Fuel injector assembly with a fuel injector and a coupling device for hydraulically and mechanically coupling the fuel injector to a fuel rail for a combustion engine, the fuel injector having a central longitudinal axis and the coupling device comprising - a fuel injector cup - a plate element - one or more screws and wherein - the fuel injector cup is configured to be hydraulically coupled to the fuel rail and in which a fuel inlet portion of the fuel injector is received, - the plate element comprises a central opening through which the fuel injector extends and at least one through-hole for fixedly coupling the fuel injector cup with the plate element by the screw or screws respectively, so that the fuel injector cup, the plate element and the screw(s) are positionally fix with respect to each other characterized in that - the fuel injector comprises a wing clip which is arranged at least partly around the fuel injector and extends outward in a radial direction such that the screw or screws, respectively, are operable to block a movement of the fuel injector relative to the plate element in a first direction of the central longitudinal axis by means of mechanical interaction with the wing clip. - a fuel injector cup - a plate element - one or more screws and - the fuel injector cup is configured to be hydraulically coupled to the fuel rail and in which a fuel inlet portion of the fuel injector is received, - the plate element comprises a central opening through which the fuel injector extends and at least one through-hole for fixedly coupling the fuel injector cup with the plate element by the screw or screws respectively, so that the fuel injector cup, the plate element and the screw(s) are positionally fix with respect to each other - the fuel injector comprises a wing clip which is arranged at least partly around the fuel injector and extends outward in a radial direction such that the screw or screws, respectively, are operable to block a movement of the fuel injector relative to the plate element in a first direction of the central longitudinal axis by means of mechanical interaction with the wing clip.
A method of inspecting an assembly including at least a first component and a second component joined by a rivet by a computerized tomography scan of the joint, the method comprising: scanning a portion of the assembly which includes the rivet joining the first component to the second component with computerized tomography; and generating a plurality of X-ray images of the portion of the assembly which includes the rivet, and combining the X-ray images together to form a combined image using a computer, wherein the scanning step includes emitting X-rays at an energy level of at least 200kV, and wherein the emitting step includes emitting the X-rays with a current of at least 200 microamp; and characterized in that the method includes identifying the presence of cracks in the portion of the assembly which includes the rivet based on the combined image. scanning a portion of the assembly which includes the rivet joining the first component to the second component with computerized tomography; and generating a plurality of X-ray images of the portion of the assembly which includes the rivet, and combining the X-ray images together to form a combined image using a computer, wherein the scanning step includes emitting X-rays at an energy level of at least 200kV, and wherein the emitting step includes emitting the X-rays with a current of at least 200 microamp; and characterized in that the method includes identifying the presence of cracks in the portion of the assembly which includes the rivet based on the combined image.
Coating agent pump for conveying a coating agent, having a) a pump inlet for receiving the coating agent to be conveyed, b) an inlet section which is fed with the coating agent from the pump inlet c) a pump outlet for discharging the coating agent to be conveyed, and d) an outlet section feeding the pump outlet with the coating agent to be delivered, characterized by e) a circulation connection on the outlet side for discharging the coating agent into a circulation line which leads back to a paint supply, the circulation connection of the coating agent pump e1) being provided in addition to the pump inlet and the pump outlet, e2) is connected to the outlet section of the coating agent pump, and e3) is fed from the outlet section of the coating agent pump with the coating agent to be returned. a) a pump inlet for receiving the coating agent to be conveyed, b) an inlet section which is fed with the coating agent from the pump inlet c) a pump outlet for discharging the coating agent to be conveyed, and d) an outlet section feeding the pump outlet with the coating agent to be delivered, characterized by e) a circulation connection on the outlet side for discharging the coating agent into a circulation line which leads back to a paint supply, the circulation connection of the coating agent pump e1) being provided in addition to the pump inlet and the pump outlet, e2) is connected to the outlet section of the coating agent pump, and e3) is fed from the outlet section of the coating agent pump with the coating agent to be returned. e1) being provided in addition to the pump inlet and the pump outlet, e2) is connected to the outlet section of the coating agent pump, and e3) is fed from the outlet section of the coating agent pump with the coating agent to be returned.
An exterior mirror arrangement (2; 102) for motor vehicles, in particular utility vehicles, having: a holder mounted on the vehicle; a housing fixed to the holder, preferably latchably articulatedly connected to the holder; and a holding member for a vehicle exterior mirror displaceably accommodated in the housing, characterized in that the housing has a first housing portion which is formed as one piece from plastic and alone guides the holding member; a fixing portion of the first housing portion mounted on the vehicle comprises a metal insert molded into the first housing portion for fixing the holder. a holder mounted on the vehicle; a housing fixed to the holder, preferably latchably articulatedly connected to the holder; and a holding member for a vehicle exterior mirror displaceably accommodated in the housing, characterized in that the housing has a first housing portion which is formed as one piece from plastic and alone guides the holding member; a fixing portion of the first housing portion mounted on the vehicle comprises a metal insert molded into the first housing portion for fixing the holder.
An apparatus for decoding a plurality of transform coefficients having transform coefficient levels from a data stream, comprising a context adaptive entropy decoder configured to, for a current transform coefficient (x), entropy decode a first set of one or more symbols from the data stream; a desymbolizer configured to map the first set of one or more symbols onto a transform coefficient level within a first level interval in accordance with a first symbolization scheme; an extractor configured to, if the transform coefficient level onto which the first set of one or more symbols is mapped in accordance with the first symbolization scheme is a maximum level of the first level interval, extract a second set of symbols from the data stream, wherein the desymbolizer is configured to map the second set of symbols onto a position within a second level interval in accordance with a second symbolization scheme which is parameterizable in accordance with a symbolization parameter, wherein the context adaptive entropy decoder is configured to, in entropy decoding at least one predetermined symbol of the first set of one or more symbols from the data stream, use a context depending, via a function parameterizable via a function parameter, with the function parameter set to a first setting, on previously decoded transform coefficients, and wherein the apparatus further comprises a symbolization parameter determinator configured to, if the transform coefficient level onto which the first set of one or more symbols is mapped in accordance with the first symbolization scheme is a maximum level of the first level interval, determine the symbolization parameter depending, via the function with the function parameter set to a second setting, on the previously decoded transform coefficients, wherein the apparatus is configured such that the function defining the relationship between the previously decoded transform coefficients on the one hand, and a context index offset number for indexing the context, and the symbolization parameter on the other hand, is g f x where g x = ∑ i = 1 d f δ ′ x n i and f x = ∑ i = 1 d w i ⋅ h ⋅ δ x i t with x being an input vector of dimension of d, and n, { n 1,..., n d f}= n, being an input vector of dimension of d f, δ x t = { 1 | x | ≥ t 0 x < t and δ ′ x n = { 1 x > n 0 x ≤ n where t, w i and { n 1,..., n d f}= n form the function parameter with t being a constant input, x = {x 1,...,x d} with x i with i∈ {1...d} representing a previously decoded transform coefficient i, w i are weighting values each of which may be equal to one or unequal to one, and h is a constant or function of x i. t, w i and { n 1,..., n d f}= n form the function parameter with t being a constant input, x = {x 1,...,x d} with x i with i∈ {1...d} representing a previously decoded transform coefficient i, w i are weighting values each of which may be equal to one or unequal to one, and h is a constant or function of x i.
Cooking hob device, in particular induction cooking hob device, having at least one variable cooking area, which is provided to form at least one cooking zone (20, 22, 24, 26, 28) adjusted to at least one positioned item of cookware, having at least one indication unit, which is provided to identify at least one selected cooking zone (20, 22, 24, 26, 28) of the variable cooking area, having at least one navigation unit, which is provided to select a cooking zone (20, 22, 24, 26, 28) on the basis of at least one navigation parameter, and having at least one control unit, which is provided to select a cooking zone (20, 22, 24, 26, 28) to be identified at least as a function of inputs which take place by way of the navigation unit, characterised in that the navigation unit is embodied separately from the indication unit, wherein the navigation unit is embodied as a relative navigation unit, which is provided to select a new cooking zone (20, 22, 24, 26, 28) in relation to a currently selected cooking zone (20, 22, 24, 26, 28), wherein the control unit is provided to select a cooking zone (20, 22, 24, 26, 28) as a function of an input by way of the relative navigation unit, said cooking zone, viewed clockwise or counter clockwise, being placed to the right, left, rear and/or front of the currently selected cooking zone (20, 22, 24, 26, 28) or following or preceding the same in a sequencing position, wherein the navigation unit has an individual control element embodied as a touch-sensitive control area or two control elements (32c, 34c) embodied as touch-sensitive control areas, wherein a first of the control elements is provided to run through cooking zones (20c, 22c, 24c, 25c) to the right in the lateral direction, wherein after a complete cycle the cooking zone positioned furthest to the left is begun again cyclically, and a second of the control elements is provided to run through the cooking zones (20c, 22c, 24c, 26c) in the depth direction from back to front, wherein after a complete cycle, the cooking zone positioned furthest to the rear is begun again cyclically or has four touch elements (32a, 34a, 36a, 38) embodied as touch-sensitive control areas, each of which represents one of the navigation directions to the right, left, rear and front.
Renovation packer for renovating objects and in particular pipes, ducts and the like, comprising an elongate main body which can be inserted into the object to be renovated and can be expanded in the interior of said object, wherein said main body being flexible and being expandable by means of a flowable medium which can be supplied to said main body, wherein at least one guide means being arranged on the main body for guiding said main body relative to an inner wall of the object, wherein the guide means comprising at least two rotatable bodies (42, 44) which are suitable and intended to roll relative to the inner wall of the object, wherein the rotatable bodies each being arranged on at least two pivotable arms (52, 54), characterized in that the at least two rotatable bodies (42, 44) are removable from the main body and are arranged on the main body by means of a plug-in connection.
A hair dye composition, comprising a first part comprising an alkaline agent and an oxidizing dye intermediate or a direct dye, and a second part comprising an oxidizing agent, which are mixed together immediately before use, wherein at least one of the first part and the second part comprises a diazacycloheptane represented by the following general formula or a salt thereof, and the pH after mixing is 7.5 to 12; wherein Z represents a hydroxy group, a primary amino group, or a C1 to C4 acyloxy group which may be branched; R 1 and R 2 are the same or different, and each represents a hydrogen atom or a C1 to C4 alkyl group which may be branched; and R 3 represents a hydrogen atom, a C1 to C6 acyclic or cyclic alkyl group which may be branched, a C1 to C6 acyclic or cyclic alkoxy group which may be branched, an aralkyl group having a total of 12 or less carbon atoms, which may be substituted with one or more C1 to C4 alkyl or alkoxy groups, or an aryl group having a total of 12 or less carbon atoms, which may be substituted with one or more C1 to C4 alkyl or alkoxy groups.
A method of regulating the operation of a printer printing in strokes on a substrate passing along a moving production line in a print direction, said method being characterised in that it includes a user of said printer defining an allowable amount of stretch in said print direction of a message to be printed by said printer.
A phone camera and sample stand comprising: a) a first two vertical legs connected to a first two horizontal legs so as to form a first rectangle, a second two vertical legs connected to a second two horizontal legs so as to form a second rectangle, said first rectangle and said second rectangle connected by at least one perpendicular leg so as to form a rectangular box frame, b) pairs of matched ledges on said vertical legs and parallel to said horizontal legs and forming shelf ledges inside of said rectangular box frame, c) further comprising a first solid shelf that removably fits on said pairs of ledges, said first solid shelf having a lens hole therein, d) further comprising at least one of the following: a second solid shelf that removably fits on said pairs of ledges a third solid shelf that removably fits on said pairs of ledges, wherein said third removable solid shelf is at least 2 mm thick and is soft enough to be penetrated with a pin; or a fourth solid shelf that removably fits on said pairs of ledges, wherein said fourth removable solid shelf has a drop down leaf removably attached at one end, and affixed at an another end to the solid shelf. a) a first two vertical legs connected to a first two horizontal legs so as to form a first rectangle, a second two vertical legs connected to a second two horizontal legs so as to form a second rectangle, said first rectangle and said second rectangle connected by at least one perpendicular leg so as to form a rectangular box frame, b) pairs of matched ledges on said vertical legs and parallel to said horizontal legs and forming shelf ledges inside of said rectangular box frame, c) further comprising a first solid shelf that removably fits on said pairs of ledges, said first solid shelf having a lens hole therein, d) further comprising at least one of the following: a second solid shelf that removably fits on said pairs of ledges a third solid shelf that removably fits on said pairs of ledges, wherein said third removable solid shelf is at least 2 mm thick and is soft enough to be penetrated with a pin; or a fourth solid shelf that removably fits on said pairs of ledges, wherein said fourth removable solid shelf has a drop down leaf removably attached at one end, and affixed at an another end to the solid shelf.
Sensor arrangement (29, 59, 69, 79, 120, 140, 229) for a foreign object detection device for a wireless power transfer system, including: a) a current input (135, 142) and a current output (136, 143), b) a multitude of detection cells (30 - 41, 144.1-144.4), each comprising a sense coil (1, 2, 3, 20, 22, 24) including a winding spirally wound in a plane and having a multitude of turns, c) a multitude of input leads (50 - 53, 60 - 62, 127, 148a, 148b, 251 - 258) and one or more output leads (56, 57, 58, 66, 67, 128, 150a, 150b, 259), wherein each detection cell (30-41, 144.1-144.4) is connected between one of the input leads and one output lead and wherein each detection cell is connected to a different combination of input and output leads, d) an input selection circuit (125, 152) adapted to selectively establish an electrical connection between the current input (135, 142) and one or more of the input leads, characterized in that the sense coil (3, 20, 22, 24) of at least one detection cell (30-41, 144.1-144.4) includes an outer coil section (3a, 20a, 22a, 24a) and an inner coil section (3b, 20b, 22b, 24b) arranged inside the outer coil section (3a, 20a, 22a, 24a), wherein a first distance between an outermost turn of the inner coil section (3b, 20b, 22b, 24b) and an innermost turn of the outer coil section (3a, 20a, 22a, 24a) is at least twice a largest distance between two turns of the outer region. a) a current input (135, 142) and a current output (136, 143), b) a multitude of detection cells (30 - 41, 144.1-144.4), each comprising a sense coil (1, 2, 3, 20, 22, 24) including a winding spirally wound in a plane and having a multitude of turns, c) a multitude of input leads (50 - 53, 60 - 62, 127, 148a, 148b, 251 - 258) and one or more output leads (56, 57, 58, 66, 67, 128, 150a, 150b, 259), wherein each detection cell (30-41, 144.1-144.4) is connected between one of the input leads and one output lead and wherein each detection cell is connected to a different combination of input and output leads, d) an input selection circuit (125, 152) adapted to selectively establish an electrical connection between the current input (135, 142) and one or more of the input leads,
A pressure relief device, comprising: a frame having a central portion; a first burst panel mounted within the frame, wherein the first burst panel is configured to rotate relative to the central portion upon opening; and a second burst panel mounted within the frame, wherein the second burst panel is configured to rotate relative to the central portion upon opening; wherein the first burst panel and second burst panel are configured to activate and open upon experiencing a predetermined pressure differential; and wherein at least a portion of the first burst panel engages with at least a portion of the second burst panel upon activation. a frame having a central portion; a first burst panel mounted within the frame, wherein the first burst panel is configured to rotate relative to the central portion upon opening; and a second burst panel mounted within the frame, wherein the second burst panel is configured to rotate relative to the central portion upon opening; wherein the first burst panel and second burst panel are configured to activate and open upon experiencing a predetermined pressure differential; and wherein at least a portion of the first burst panel engages with at least a portion of the second burst panel upon activation.
A device for fastening objects to an outer surface of a building or object, wherein the device has a carrying part and a covering part, wherein the carrying part has the statically supporting function for the object to be fastened and the covering part the sealing function in relation to the building outer surface or object outer surface, and, for this purpose, is arranged on the outer side of the outer surface of the building or object, wherein the covering part is a dimensionally stable body, and the relative position of the covering part in relation to the carrying part is adjustable in the direction normal to the building surface or object surface, characterized in that at least two connecting parts for the object to be fastened protrude from the carrying part through openings in the covering part, wherein the covering part is cup-shaped and the open end face of its lateral surface is arranged facing the outer surface of the building. at least two connecting parts for the object to be fastened protrude from the carrying part through openings in the covering part, wherein the covering part is cup-shaped and the open end face of its lateral surface is arranged facing the outer surface of the building.
A method performed by a network node for route creation in communication of data in a Bluetooth Low Energy, BLE, mesh network, the method comprising - obtaining a neighbor table based on messages received from different network nodes, wherein network nodes that are qualified with a reliable link in terms of signal strength or quality measurements are marked as route selection candidates in said neighbor table; wherein the messages comprise information, wherein the information comprises: - received message signal strength; - an identity that identifies a device in the BLE mesh network; and - advertisement channel index, - receiving a route request, RREQ, message from a transmitting network node, and - discarding the RREQ message if the transmitting network node is not marked as a route selection candidate in the neighbor table. - obtaining a neighbor table based on messages received from different network nodes, wherein network nodes that are qualified with a reliable link in terms of signal strength or quality measurements are marked as route selection candidates in said neighbor table; wherein the messages comprise information, wherein the information comprises: - received message signal strength; - an identity that identifies a device in the BLE mesh network; and - advertisement channel index, - received message signal strength; - an identity that identifies a device in the BLE mesh network; and - advertisement channel index, - receiving a route request, RREQ, message from a transmitting network node, and - discarding the RREQ message if the transmitting network node is not marked as a route selection candidate in the neighbor table.