mhurhangee/ep-ind-claims huggingface dataset:
Device for simultaneously determining a plurality of different substances and/or substance concentrations and/or the constitution of solids and/or the surfaces thereof with n, where n > 1, infrared sensors, wherein a respective pyroelectric infrared sensor formed with a pyroelectric detector element and an associated optical filter is assigned to a substance, and the n, where n > 1, pyroelectric detector elements and the associated optical filters are arranged in a mount composed of a plurality of mount element(s) of identical type in a housing on a substrate with electrical contacts applied thereon, and a common entrance window in the housing is arranged above the n pyroelectric detector elements and the associated filters, such that electromagnetic radiation impinges on the n filters and subsequently on the n detector elements after the electromagnetic radiation has radiated through a substance, and the mount elements are embodied as a frame that is open towards the radiation source, and therein the radiation-sensitive surfaces of the n detector elements and of the n filters are arranged parallel to the base area of the mount elements, characterized in that bearing points for the n detector elements and the n filters are embodied in at least one mount element, wherein at least the n detector elements are arranged at a distance from the base area of the at least one mount element and at a further distance from the opening of the at least one mount element, said opening being situated opposite the base area; and two mount elements of identical type are arranged one above the other, wherein n compensation elements are arranged in the mount element facing away from the entrance window and n detector elements and n filters are arranged in the mount element facing the window.
A pre-installation component which includes at least one sheet metal part into which at least one punch-in element has been pressed, the punch-in element having a hollow head part of larger transverse dimension with a hollow shaft part of smaller transverse dimension which projects away from one side of the head part, wherein a ring-like sheet metal contact surface is formed at the said side of the head part and surrounds the shaft part, and with a plurality of ribs at the outer periphery of the shaft part which extend in the axial direction along the shaft part from the sheet metal contact surface to close to the free end of the shaft part, the punch-in element having been pressed with its front end to the fore into the pre-pierced sheet metal part, to such an extent that an end part of the shaft part projects out of the sheet metal part, characterized in that some but not all of the longitudinal ribs are fully or partly displaced from the end part of the shaft part and reshaped into material noses, i.e. are sheared and compressed, with the material noses engaging radially into the material of the sheet metal part fully or partly or contacting the sheet metal part and the sheet metal part being clamped between the noses and the sheet metal contact surface and wherein the remaining non-displaced longitudinal ribs are still present at the end part.
Method for hot-forming a workpiece, in particular a blank, from sheet steel, - in which the workpiece prior to forming is heated; - in which the heated workpiece thereafter in a forming tool, which has two tool components (3, 4) in the form of a die and of a punch, is hot-formed by contacting both tool components (3, 4); and - in which the formed workpiece thereafter at least in portions is exposed directly to a gas surrounding the forming tool, and on account thereof is cooled; characterized in that post forming at least one tool-component part (4.1) of the one tool component, which is configured in an annular manner about a central axis which runs parallel with the movement direction of the tool component having the movable tool-component part (4.1), is moved away from that side of the formed workpiece that faces this tool component, while that side of the formed workpiece that faces away from this tool component continues to completely contact the respective other tool component. - in which the workpiece prior to forming is heated; - in which the heated workpiece thereafter in a forming tool, which has two tool components (3, 4) in the form of a die and of a punch, is hot-formed by contacting both tool components (3, 4); and - in which the formed workpiece thereafter at least in portions is exposed directly to a gas surrounding the forming tool, and on account thereof is cooled;
Record carrier comprising a servo track indicating an information track intended for recording information blocks represented by marks having lengths expressed in channel bits, said servo track having a periodic variation of a physical parameter at a first frequency and modulated parts encoding word sync pattern record carrier information characterized in that the modulated parts comprise a second frequency different from the first frequency, for encoding data bits of the record carrier information, the second frequency being a integral multiple N of the first frequency, N being at least 2.
A method for applying an elastic material along a curved path to a substrate, the method comprising the steps of: advancing a substrate to a substrate carrier, the substrate having a first surface disposed opposite of a second surface; engaging the first surface of the substrate with the substrate carrier, the substrate carrier comprising: a non-compliant support surface and a pattern element, the pattern element including a pattern surface, the substrate carrier positioned adjacent a slot die applicator to define a nip between the pattern surface of the pattern element and the slot die applicator; positioning an elastic material on the second surface of the substrate; and advancing the second surface of the substrate and the elastic material in a machine direction through the nip while moving the elastic material in a cross direction substantially transverse to the machine direction. advancing a substrate to a substrate carrier, the substrate having a first surface disposed opposite of a second surface; engaging the first surface of the substrate with the substrate carrier, the substrate carrier comprising: a non-compliant support surface and a pattern element, the pattern element including a pattern surface, the substrate carrier positioned adjacent a slot die applicator to define a nip between the pattern surface of the pattern element and the slot die applicator; positioning an elastic material on the second surface of the substrate; and advancing the second surface of the substrate and the elastic material in a machine direction through the nip while moving the elastic material in a cross direction substantially transverse to the machine direction.
Substrate plate to accommodate a substrate in an apparatus for spin-coating of substrate, - wherein the substrate plate has three suction points (5, 6, 7, 8) on one surface, wherein each of the suction points (5, 6, 7, 8) has a distance from a surface of a plate, wherein each of said suction points (5, 6, 7, 8) comprises a respective tube, the length of the tube determining the distance of the suction point (5, 6, 7, 8) respectively of the substrate from the surface of the plate, - wherein the suction point (5, 6, 7, 8) is connected to a vacuum source via a channel (10, 11, 12, 13), wherein the channel (10, 11, 12, 13) is arranged in the substrate plate, wherein an air column is formed over the distance between the surface of the substrate plate and the received substrate, wherein the substrate plate and the substrate rotate, wherein an inner region of the apparatus for spin-coating is atmospherically sealed, characterized in that the channel (10, 11, 12, 13) is milled into a surface of the substrate plate and is closed by a closure piece (19, 20, 21, 22), wherein the suction point (5, 6, 7, 8) has a flexible surface, wherein the suction point (5, 6, 7, 8) has a distance of 1 mm to 30 mm, particularly preferably 7 mm from surface of the substrate plate, wherein the flexible surface is surface is formed in each case by a rubber lip, wherein the rubber lip is stretched onto an upper edge of the tube, so that an opening remains free. - wherein the substrate plate has three suction points (5, 6, 7, 8) on one surface, wherein each of the suction points (5, 6, 7, 8) has a distance from a surface of a plate, wherein each of said suction points (5, 6, 7, 8) comprises a respective tube, the length of the tube determining the distance of the suction point (5, 6, 7, 8) respectively of the substrate from the surface of the plate, - wherein the suction point (5, 6, 7, 8) is connected to a vacuum source via a channel (10, 11, 12, 13), wherein the channel (10, 11, 12, 13) is arranged in the substrate plate, wherein an air column is formed over the distance between the surface of the substrate plate and the received substrate, wherein the substrate plate and the substrate rotate, wherein an inner region of the apparatus for spin-coating is atmospherically sealed,
An oligonucleotide for detecting PIK3CA gene mutations at codons 542 or 545 of exon 9 as set forth in SEQ ID NO. 35 or at codon 1047 of exon 20 as set forth in SEQ ID NO. 36, wherein the codon 542 PIK3CA mutation is Glu542Lys (GAA>AAA), wherein the codon 545 PIK3CA mutations is selected from Glu545Lys (GAG>AAG) and Glu545Asp (GAG>GAT) and wherein the codon 1047 PIK3CA mutation is His1047Arg (CAT>CGT), comprising: a 5' segment of 15-35 bases in length complementary to a target sequence of the PIK3CA gene; a 3' segment of 3-5 bases in length complementary to a mutant sequence of the PIK3CA gene at codons 542, 545, or 1047; and a polydeoxyinosine linker 3-5 bases in length that separates the 5' segment from the 3' segment. a 5' segment of 15-35 bases in length complementary to a target sequence of the PIK3CA gene; a 3' segment of 3-5 bases in length complementary to a mutant sequence of the PIK3CA gene at codons 542, 545, or 1047; and a polydeoxyinosine linker 3-5 bases in length that separates the 5' segment from the 3' segment.
Safety control apparatus comprising - at least one input module having a number of input interfaces (20, 21, 22), - at least one output module having a number of output interfaces (30, 31, 32), and - a computing unit which is connected to the at least one input module and to the at least one output module and has a programmable processor and a read-only memory, wherein the read-only memory stores, in a non-volatile manner, an operating program for the processor with program code means in machine-readable form for providing a function library having a number n of functions of the safety control apparatus, characterised in that the safety control apparatus has a non-volatile, rewritable memory means which is interchangeably accommodated in a memory means interface of the computing unit, wherein the memory means retrievably stores a number of function activation codes and a function from the function library can be associated with each of the function activation codes in such a manner that only those functions from the function library whose function activation codes are stored in the memory means can be activated by logically linking the function activation codes to their associated functions from the function library, wherein the function library has a first function group which, after activation by the associated function activation codes in a first basic configuration, makes available to the safety control apparatus function ranges for a signal processing-free signal input and signal output, and/or in that the function library has a second function group which, after activation by the associated function activation codes in a second basic configuration, makes available to the safety control apparatus function ranges of a programmable logic controller, and in that the function library has a third function group which, after activation by the associated function activation codes in a third basic configuration, makes available to the safety control apparatus function ranges of a safety control apparatus with safety-related control rules. - at least one input module having a number of input interfaces (20, 21, 22), - at least one output module having a number of output interfaces (30, 31, 32), and - a computing unit which is connected to the at least one input module and to the at least one output module and has a programmable processor and a read-only memory, wherein the read-only memory stores, in a non-volatile manner, an operating program for the processor with program code means in machine-readable form for providing a function library having a number n of functions of the safety control apparatus,
A device for applying a neural stimulus, the device comprising: at least a first electrode configured to be positioned alongside a neural pathway; and a control unit configured to apply a sequence of neural stimuli which are configured such that a first stimulus delivered by the first electrode recruits a portion of the fibre population, and a second stimulus is delivered by the first electrode within the refractory period following the first stimulus and the second stimulus being configured to recruit a further portion of the fibre population, wherein the control unit is further configured to apply a single stimulus which is not applied during the refractory period of any preceding stimulus, and which is not closely followed by any subsequent stimulus in the refractory period of the single stimulus, in order to enable an evoked response measurement to be made following the single stimulus; and wherein the control unit is further configured to use the evoked response measurement for feedback control of stimulus parameters of the sequence of neural stimuli. at least a first electrode configured to be positioned alongside a neural pathway; and a control unit configured to apply a sequence of neural stimuli which are configured such that a first stimulus delivered by the first electrode recruits a portion of the fibre population, and a second stimulus is delivered by the first electrode within the refractory period following the first stimulus and the second stimulus being configured to recruit a further portion of the fibre population, wherein the control unit is further configured to apply a single stimulus which is not applied during the refractory period of any preceding stimulus, and which is not closely followed by any subsequent stimulus in the refractory period of the single stimulus, in order to enable an evoked response measurement to be made following the single stimulus; and wherein the control unit is further configured to use the evoked response measurement for feedback control of stimulus parameters of the sequence of neural stimuli.
Paperboard, cardboard and/or paper furniture, which comprises at least one first paperboard element, at least one second paperboard element and at least one connecting clamp, wherein a first main area of the first paperboard element and a second main area of the second paperboard element are arranged in close proximity to each other and the first and second paperboard elements (1, 2) are folded over in the same direction on an edge on which the first and the second main area (1a, 2a) meet, so that a first folded area of the first paperboard element and a second folded area of the second paperboard element run along parallel and closely adjacent to each other, wherein the first and the second folded areas (1b, 2b) each comprise first and second slits (1c, 2c) running along parallel to each other, comprising limited lengths and open towards one end, wherein the connecting clamp comprises at least one third slit open towards the first and second slit (1c, 2c) comprising a limited length, with which the connecting clamp is inserted into the slits (1c, 2c) transversely to the first and second folded area (1b, 2b), wherein the first, second and third slit (1c, 2c, 3c) all run along at the same angle but not at 90° to the edge, characterized in that the first paperboard element has at least one first mitre between the first main area and the first folded area running along parallel to the edge and/or the second paperboard element has at least one second mitre between the second main area and the second folded area running along parallel to the edge, and the first and second folded areas (1b, 2b) each comprise a fourth slit (1e, 2e), which runs along transversely to the first and second slits (1c, 2c).
A color space mapping method comprising the following operations: collecting original data of chrominance and brightness (x, y, Y) of a preset number of specific pictures sequentially displayed on a target TV terminal, confirming a data volume of the original data, and determining a data extraction ratio such as to reduce the data volume, determining a preset order of extracting the original data according to the data extraction ratio; extracting the original data (x, y, Y) in the preset order, calculating a feature data for each extracted original data, and calculating using preset calculation rules a feature coefficient (r1, g1, b1) according to the original data and the feature data, wherein the feature data is calculated using the extracted original data at predefined brightness levels and monochromatic R/G/B color levels; generating a 3D pixel gray scale table according to the feature coefficient and the feature data, wherein the 3D pixel gray scale table is a LUT containing an equal number of sub-elements indicating r, g, b color mapping coefficients, transmitting the 3D pixel gray scale table to a color processing area for storage, to allow the target TV terminal to read a stored data content of the 3D pixel gray scale table for image color mapping; and performing the image color mapping using the 3D pixel scale table. collecting original data of chrominance and brightness (x, y, Y) of a preset number of specific pictures sequentially displayed on a target TV terminal, confirming a data volume of the original data, and determining a data extraction ratio such as to reduce the data volume, determining a preset order of extracting the original data according to the data extraction ratio; extracting the original data (x, y, Y) in the preset order, calculating a feature data for each extracted original data, and calculating using preset calculation rules a feature coefficient (r1, g1, b1) according to the original data and the feature data, wherein the feature data is calculated using the extracted original data at predefined brightness levels and monochromatic R/G/B color levels; generating a 3D pixel gray scale table according to the feature coefficient and the feature data, wherein the 3D pixel gray scale table is a LUT containing an equal number of sub-elements indicating r, g, b color mapping coefficients, transmitting the 3D pixel gray scale table to a color processing area for storage, to allow the target TV terminal to read a stored data content of the 3D pixel gray scale table for image color mapping; and performing the image color mapping using the 3D pixel scale table.
An apparatus comprising: a magnetic tunnel junction, MTJ, storage element; and a sense amplifier coupled to a first path, to a second path, and to a reference circuit; wherein the first path includes a first transistor and the second path includes a second transistor; and wherein the first path is coupled to a bit line of the MTJ storage element and the second path is coupled to a source line of the MTJ storage clement, characterized in that the first and second transistors (118, 120) control a direction of a read current through the MTJ storage clement. a magnetic tunnel junction, MTJ, storage element; and a sense amplifier coupled to a first path, to a second path, and to a reference circuit; wherein the first path includes a first transistor and the second path includes a second transistor; and wherein the first path is coupled to a bit line of the MTJ storage element and the second path is coupled to a source line of the MTJ storage clement, characterized in that the first and second transistors (118, 120) control a direction of a read current through the MTJ storage clement.
A method for invoking a command, the method comprising: suggesting with a graphic element a gesture to use to invoke a command; receiving the gesture from a user at a device, wherein the gesture is received via an input mechanism, and wherein the gesture is a predetermined manipulation of the input mechanism; determining a graphic element from multiple graphic elements within a user interface that is associated with the gesture; and invoking the command associated with the determined graphic element; the method being characterised in that the determined graphic element to optimise a generalized distance metric; and the generalized distance metric is calculated based on: a location of the graphic element and a location of the gesture, and a difference between a direction of the gesture and a direction suggested by the graphic element. suggesting with a graphic element a gesture to use to invoke a command; receiving the gesture from a user at a device, wherein the gesture is received via an input mechanism, and wherein the gesture is a predetermined manipulation of the input mechanism; determining a graphic element from multiple graphic elements within a user interface that is associated with the gesture; and invoking the command associated with the determined graphic element; the method being characterised in that the determined graphic element to optimise a generalized distance metric; and the generalized distance metric is calculated based on: a location of the graphic element and a location of the gesture, and a difference between a direction of the gesture and a direction suggested by the graphic element.
A package for storing and dispensing a consumable product (24, 34) comprising: a first compartment sized to receive a first quantity of consumable product (24, 34); a second compartment sized to receive a second quantity of consumable product (24, 34), wherein the second compartment is hingedly and detachably attached to the first compartment by a first connection member, characterized in that: a second connection member (52, 54, 56) coupled to the first compartment and to the second compartment further connects the compartments (20, 30) to one another, wherein the second connection member (52, 54, 56) is removably attached to the first compartment and the second compartment by at least one line of weakening (58, 62) for separation of the first compartment from the second compartment. a first compartment sized to receive a first quantity of consumable product (24, 34); a second compartment sized to receive a second quantity of consumable product (24, 34), wherein the second compartment is hingedly and detachably attached to the first compartment by a first connection member, characterized in that: a second connection member (52, 54, 56) coupled to the first compartment and to the second compartment further connects the compartments (20, 30) to one another, wherein the second connection member (52, 54, 56) is removably attached to the first compartment and the second compartment by at least one line of weakening (58, 62) for separation of the first compartment from the second compartment.