mhurhangee/ep-ind-claims huggingface dataset:
A walking device with a shoe bottom, which has a midsole, extending over a heel region, a midfoot region and a ball and toe region, a soft heel part, arranged in a recess of the midsole, and an outsole, which is kept - in the unloaded state - in a form that is rounded convexly in the walking direction by the midsole and the soft heel part, an upper, arranged on the shoe bottom, and a reinforcing element, which has such stability that the midsole is at least almost free from bending - with respect to loads during standing and walking - in its portion located above the soft heel part, characterized in that the reinforcing element, forming an insole, is arranged on an upper surface of the midsole, facing away from the outsole, and is fastened to said surface, as well as the upper is fastened to the reinforcing element by lasting.
Hob having at least one heating zone, a temperature sensor for detecting the temperature of a cookware element placed on the heating zone, and a control unit for operating the heating zone, wherein the control unit is designed so that in at least one operating mode it will heat up the cookware element during a heating-up phase and regulate the temperature of the cookware element to a target temperature during a holding phase, characterised in that the control unit is designed to detect a boiling point of the liquid in the cookware element during the heating-up phase and determine the target temperature as a function of the boiling point, wherein the control unit records a temperature curve of the cookware element during the heating-up phase, detects a substantially constant section along the temperature curve, and detects the boiling point as an averaged temperature within the constant section.
A wireless device for wireless communications, the wireless device comprising: processing circuitry including a processor and a memory, the memory configured to store instructions that, when executed by the processor, configure the wireless device to: receive activation information before a completion of a handover of the wireless device from a serving network node to a target network node, the activation information indicating that a first set of a plurality of sets of reference signal configurations has been activated for reference signal feedback, the activation information being received during a Random Access Channel, RACH, procedure with the target network node included in the handover; and provide reference signal feedback based on the first set of the plurality of sets of reference signal configurations. receive activation information before a completion of a handover of the wireless device from a serving network node to a target network node, the activation information indicating that a first set of a plurality of sets of reference signal configurations has been activated for reference signal feedback, the activation information being received during a Random Access Channel, RACH, procedure with the target network node included in the handover; and provide reference signal feedback based on the first set of the plurality of sets of reference signal configurations.
A biaxially oriented polypropylene film, wherein the film has (a) xylene solubles of less than 1.35 wt.-%, (b) a molecular weight distribution measured according to ISO 16014 in the range of 1.00 to 4.00, and (c) a tensile modulus of at least 1800 MPa at a draw ratio of 4 in machine direction and a draw ratio of 4 in transverse direction, wherein the tensile modulus is measured according to ISO 527-3 at a cross head speed of 1 mm/min. (a) xylene solubles of less than 1.35 wt.-%, (b) a molecular weight distribution measured according to ISO 16014 in the range of 1.00 to 4.00, and (c) a tensile modulus of at least 1800 MPa at a draw ratio of 4 in machine direction and a draw ratio of 4 in transverse direction, wherein the tensile modulus is measured according to ISO 527-3 at a cross head speed of 1 mm/min.
A planographic printing plate precursor comprising a photosensitive layer on an aluminium support, wherein the photosensitive layer comprises a curable composition comprising at least one species selected from polymerizable monomers represented by the following formula, formula or formula and a polymerization initiator: wherein in the formula to formula, Q represents in each occurrence a substituent containing an ethylenically unsaturated group; R 1, R 2, R 3, R 4, R 5 and R 6 each independently represent a hydrogen atom or a monovalent hydrocarbon group; A represents a hydrogen atom or a monovalent hydrocarbon group; B, C, E and F each independently represent an (n+1) - valent linking group having at least one ether linkage or an (n+1)-valent linking group having 2 to 5 carbon atoms; D represents an m-valent linking group having at least one ether linkage or an m-valent linking group having 2 to 5 carbon atoms; n represents an integer of 1 to 3; and m represents an integer of 2 to 6. wherein the photosensitive layer comprises a curable composition comprising at least one species selected from polymerizable monomers represented by the following formula, formula or formula and a polymerization initiator: wherein in the formula to formula, Q represents in each occurrence a substituent containing an ethylenically unsaturated group; R 1, R 2, R 3, R 4, R 5 and R 6 each independently represent a hydrogen atom or a monovalent hydrocarbon group; A represents a hydrogen atom or a monovalent hydrocarbon group; B, C, E and F each independently represent an (n+1) - valent linking group having at least one ether linkage or an (n+1)-valent linking group having 2 to 5 carbon atoms; D represents an m-valent linking group having at least one ether linkage or an m-valent linking group having 2 to 5 carbon atoms; n represents an integer of 1 to 3; and m represents an integer of 2 to 6. Q represents in each occurrence a substituent containing an ethylenically unsaturated group; R 1, R 2, R 3, R 4, R 5 and R 6 each independently represent a hydrogen atom or a monovalent hydrocarbon group; A represents a hydrogen atom or a monovalent hydrocarbon group; B, C, E and F each independently represent an (n+1) - valent linking group having at least one ether linkage or an (n+1)-valent linking group having 2 to 5 carbon atoms; D represents an m-valent linking group having at least one ether linkage or an m-valent linking group having 2 to 5 carbon atoms; n represents an integer of 1 to 3; and m represents an integer of 2 to 6.
An apparatus, comprising: a segmented piezoelectric micromechanical ultrasonic transducer, PMUT, element that includes: a substrate; an anchor structure disposed on the substrate; a membrane disposed proximate the anchor structure, the membrane including a piezoelectric layer stack and a mechanical layer, wherein: the anchor structure includes boundary portions that divide the segmented PMUT element into segments, each segment having a corresponding segment cavity, wherein the boundary portions correspond to nodal lines of the membrane; the membrane including a membrane segment disposed proximate each segment cavity; and the membrane is configured to undergo one or both of flexural motion and vibration when the segmented PMUT element is configured to receive or transmit ultrasonic signals. a substrate; an anchor structure disposed on the substrate; a membrane disposed proximate the anchor structure, the membrane including a piezoelectric layer stack and a mechanical layer, wherein: the anchor structure includes boundary portions that divide the segmented PMUT element into segments, each segment having a corresponding segment cavity, wherein the boundary portions correspond to nodal lines of the membrane; the membrane including a membrane segment disposed proximate each segment cavity; and the membrane is configured to undergo one or both of flexural the anchor structure includes boundary portions that divide the segmented PMUT element into segments, each segment having a corresponding segment cavity, wherein the boundary portions correspond to nodal lines of the membrane; the membrane including a membrane segment disposed proximate each segment cavity; and the membrane is configured to undergo one or both of flexural motion and vibration when the segmented PMUT element is configured to receive or transmit ultrasonic signals.
An airfoil assembly comprising: an outer wall defining a leading edge of a first radius; and an inner wall defining a second radius adjacent the leading edge that is larger than the first radius, characterised in that: the airfoil assembly includes a first spacing between the outer wall and the inner wall proximate the leading edge. an outer wall defining a leading edge of a first radius; and an inner wall defining a second radius adjacent the leading edge that is larger than the first radius, the airfoil assembly includes a first spacing between the outer wall and the inner wall proximate the leading edge.
Electromagnetic pulse welding device for joining a sheet-metal plate to a metal part, consisting of - an electrical energy source, which is connected via - electrical conductors to - a coil, which comprises an active portion and a passive portion, which extend in the direct vicinity of the sheet-metal plate, the sheet-metal plate being spaced from the metal part, - the passive portion of the coil having a larger cross-section than the active portion and - the active portion and passive portion, in each case with a portion of their surface, adjoin, in an interlocking manner, an insulator, of which the material, in comparison to the material of the coil has a relatively low magnetic and electrical conductivity, characterised in that, - the insulator is a cooling insulator and, in comparison to the material of the coil, has a relatively high thermal conductivity, and - the surface portions of the active portion and of the passive portion that adjoin with the cooling insulator are essentially coextensive therewith. - an electrical energy source, which is connected via - electrical conductors to - a coil, which comprises an active portion and a passive portion, which extend in the direct vicinity of the sheet-metal plate, the sheet-metal plate being spaced from the metal part, - the passive portion of the coil having a larger cross-section than the active portion and - the active portion and passive portion, in each case with a portion of their surface, adjoin, in an interlocking manner, an insulator, of which the material, in comparison to the material of the coil has a relatively low magnetic and electrical conductivity, - the insulator is a cooling insulator and, in comparison to the material of the coil, has a relatively high thermal conductivity, and - the surface portions of the active portion and of the passive portion that adjoin with the cooling insulator are essentially coextensive therewith.
A heat-medium discharge device for discharging a heat medium from a heat medium channel of a solar heat collection device including the heat medium channel, the heat-medium discharge device comprising: a vent portion which is provided at a highest position of the heat medium channel and introduces air into the heat medium channel when the heat medium is discharged; compressed air supply means which is provided in the heat medium channel and supplies compressed air to the heat medium channel when the heat medium is discharged; an angled pipe (5, 5a, 5b) which is connected to the heat medium channel and is inclined with respect to a horizontal plane; a drain container which is connected to a position lower than the connection portion of the heat medium channel in the angled pipe (5, 5a, 5b) and receives the heat medium flowing from the heat medium channel through the angled pipe; and a pump which feeds the heat medium from the drain container to a tank, wherein the heat medium is molten salt, liquid metal, solution, or oil. a vent portion which is provided at a highest position of the heat medium channel and introduces air into the heat medium channel when the heat medium is discharged; compressed air supply means which is provided in the heat medium channel and supplies compressed air to the heat medium channel when the heat medium is discharged; an angled pipe (5, 5a, 5b) which is connected to the heat medium channel and is inclined with respect to a horizontal plane; a drain container which is connected to a position lower than the connection portion of the heat medium channel in the angled pipe (5, 5a, 5b) and receives the heat medium flowing from the heat medium channel through the angled pipe; and a pump which feeds the heat medium from the drain container to a tank, wherein the heat medium is molten salt, liquid metal, solution, or oil.
A system, comprising: an air atomization cap having one or more shaping air horns configured to deliver shaping air, wherein each shaping air horn comprises a first spray fluid passage configured to deliver a first spray fluid between, next to, or inside of one or more shaping air streams from the shaping air horn characterised in that each shaping air horn comprises one or more shaping air horn orifices on an inner wall of the shaping air horn, and the first spray fluid passage comprises a tube extending through a section of the inner wall between, next to, or through, the one or more shaping air horn orifices. an air atomization cap having one or more shaping air horns configured to deliver shaping air, wherein each shaping air horn comprises a first spray fluid passage configured to deliver a first spray fluid between, next to, or inside of one or more shaping air streams from the shaping air horn characterised in that each shaping air horn comprises one or more shaping air horn orifices on an inner wall of the shaping air horn, and the first spray fluid passage comprises a tube extending through a section of the inner wall between, next to, or through, the one or more shaping air horn orifices.
Electrical connection having a first connecting part and a second connecting part insertable into the first connecting part, the first connecting part comprising a receiving space for receiving the second connecting part, wherein at least one contact section of the second connecting part has an oversize relative to the receiving space such that the second connecting part inserted into the first connecting part is press-fitted in the first connecting part and the second connecting part causes an elastic deformation of the first connecting part, wherein the receiving space has a substantially circular cross-section in a contact region, and the contact section of the second connecting part has a non-circular cross-section, the maximum diameter of which is a little larger than the diameter of the receiving space in the contact region, characterized in that the contact section of the second connecting part has a substantially oval, elliptical or non-rectangular rhombic cross-section at least in some areas.
A feed displacement vehicle for displacing feed towards the feed fence on a feed table, comprising a rotatable auger having an axis of rotation, and a feed conveying direction which is substantially along the axis of rotation of the auger, and which is transversely towards the feed fence with respect to the movement direction of the feed displacement vehicle, wherein the auger comprises a central portion supporting at least one helical blade (4, 4') for displacing feed, characterized in that the helical blade is provided with a brush element comprising bristles, which are flexible, have a length to width ratio above 10, attached to a radially outer portion of the helical blade and extend substantially radially with respect to the axis of rotation, and arranged such that feed is displaced on the feed table by the brush element during operation, wherein the ratio of the radial extension of the bristles to the radial extension of the helical blade is in the range of 5-10 %.
A phototransistor comprising - a gate formed by a silicon substrate together with a dielectric SiO 2 interlayer that is arranged on the substrate, - a graphene layer, used as a carrier transport channel, and two electrodes (Vs, Vd) connected to the graphene layer in the lateral dimension (Vs, Vd), wherein said graphene layer and two electrodes (Vs, Vd) are deposited on said dielectric interlayer, characterized in that the phototransistor is based on a photo-gating effect and further comprises: - a layer of colloidal quantum dots, for absorbing light, arranged on top of the graphene layer, and - an additional gate, or top electrode, placed on top of the layer of colloidal quantum dots configured to control the electric field in the layer of colloidal quantum dots. - a gate formed by a silicon substrate together with a dielectric SiO 2 interlayer that is arranged on the substrate, - a graphene layer, used as a carrier transport channel, and two electrodes (Vs, Vd) connected to the graphene layer in the lateral dimension (Vs, Vd), wherein said graphene layer and two electrodes (Vs, Vd) are deposited on said dielectric interlayer, characterized in that - a layer of colloidal quantum dots, for absorbing light, arranged on top of the graphene layer, and - an additional gate, or top electrode, placed on top of the layer of colloidal quantum dots configured to control the electric field in the layer of colloidal quantum dots.
An entertainment device, comprising a display operable to display graphical outputs corresponding to a user interface to navigate a document; a touch sensitive surface corresponding to the display operable to detect two or more points of touch; and a navigation function means operable to change which part of a document represents a current document position for output by the device; and in which positions in at least a portion of the document are mapped along a first axis of the touch sensitive surface; the navigation function comprises locating the current position in the document corresponding to a position of a touch based gesture mapped along the first axis of the touch sensitive surface; characterised in that the entertainment device is arranged in operation to detect both the touch-based gesture position used to control the navigation function means and the number of points of touch used in that gesture to control which portion of the document is mapped along the first axis of the touch sensitive surface, and is arranged in operation to change a scaling of the navigation function responsive to the detected number of points of touch in use in the touch based gesture so that the amount of the document mapped along the first axis of the touch sensitive surface is responsive to the detected number of points of touch in use in the touch based gesture.
A phase contrast imaging system, comprising: a coherent light source emitting a coherent beam, the beam being directed toward a sample area; a lens arranged to collect at least part of the beam from the sample area; a first optical Fourier element that Fourier transforms the collected beam, wherein the Fourier transform occurs in a Fourier plane; a liquid crystal cell in the Fourier plane that transmits at least part of the transformed beam, wherein the cell comprises liquid crystal molecules having a phase transition temperature, and wherein at temperatures exceeding the phase transition temperature, light transmitted through the liquid crystal molecules obtains a different phase than light transmitted through the liquid crystal molecules obtains at temperatures below the phase transition temperature; a second optical Fourier element that receives the transmitted beam and inversely Fourier transforms the transmitted beam to provide an image; an image sensor that detects the image and generates an electronic representation of the image; an optical element configured and arranged to adjust the beam intensity to a level at which part of the transformed beam has an intensity sufficient to heat a portion of the liquid crystal molecules above the phase transition temperature; and a polarizer positioned between the second optical Fourier element and the image sensor, the polarizer being rotatable to a position selected to eliminate at least a part of the information about the sample area from the image. a coherent light source emitting a coherent beam, the beam being directed toward a sample area; a lens arranged to collect at least part of the beam from the sample area; a first optical Fourier element that Fourier transforms the collected beam, wherein the Fourier transform occurs in a Fourier plane; a liquid crystal cell in the Fourier plane that transmits at least part of the transformed beam, wherein the cell comprises liquid crystal molecules having a phase transition temperature, and wherein at temperatures exceeding the phase transition temperature, light transmitted through the liquid crystal molecules obtains a different phase than light transmitted through the liquid crystal molecules obtains at temperatures below the phase transition temperature; a second optical Fourier element that receives the transmitted beam and inversely Fourier transforms the transmitted beam to provide an image; an image sensor that detects the image and generates an electronic representation of the image; an optical element configured and arranged to adjust the beam intensity to a level at which part of the transformed beam has an intensity sufficient to heat a portion of the liquid crystal molecules above the phase transition temperature; and a polarizer positioned between the second optical Fourier element and the image sensor, the polarizer being rotatable to a position selected to eliminate at least a part of the information about the sample area from the image.
A machine tool including a fixed cover and a movable cover for covering at least part of a machining region, the machine tool comprising: a cover control device that includes a driving circuit for driving the movable cover; an abnormality detection device that detects an abnormality while the movable cover is driven; characterized by a self-diagnosis device that performs evaluation on whether the abnormality detection device is normal; and an output device that outputs a result of the evaluation by the self-diagnosis device, wherein the self-diagnosis device performs the evaluation on whether the abnormality detection device is normal based on an operating state of the abnormality detection device at a time when a pseudo abnormality is generated on the movable cover by driving the movable cover via the driving circuit. a cover control device that includes a driving circuit for driving the movable cover; an abnormality detection device that detects an abnormality while the movable cover is driven; characterized by a self-diagnosis device that performs evaluation on whether the abnormality detection device is normal; and an output device that outputs a result of the evaluation by the self-diagnosis device, wherein the self-diagnosis device performs the evaluation on whether the abnormality detection device is normal based on an operating state of the abnormality detection device at a time when a pseudo abnormality is generated on the movable cover by driving the movable cover via the driving circuit.