mhurhangee/patent-ind-claim-en huggingface dataset:
A loft stairs comprising - a frame which comprises four members arranged to be joined together to form a rectangular frame, - a closing flap , movable in relation to the frame , - at least two folding ladders or scissor segments arranged to be mounted in the frame and embedded on the closing flap , and the frame is, in the installed state, embedded deeper in the ceiling than the closing flap , and in the area of that difference in depth of their seating a coplanar infill is located such that, in the installed state, the coplanar infill is flush with the outer surface of the ceiling ; characterised in that the coplanar infill consists of covering strips integral with the frame , each integral covering strip comprising an embedding section and an attachment arm (5") constituting a product ready for installation when the stairs are delivered, each integral covering strip further comprising two adhering arms (5"') forming a pocket for a corresponding frame member, wherein a width of the pocket corresponds to the distance between the inner walls of the two adhering arms (5"') of the pocket, and is at least equal to the width of the end section of the frame members of the frame . - a frame which comprises four members arranged to be joined together to form a rectangular frame, - a closing flap , movable in relation to the frame , - at least two folding ladders or scissor segments arranged to be mounted in the frame and embedded on the closing flap , and the frame is, in the installed state, embedded deeper in the ceiling than the closing flap , and in the area of that difference in depth of their seating a coplanar infill is located such that, in the installed state, the coplanar infill is flush with the outer surface of the ceiling ; characterised in that the coplanar infill consists of covering strips integral with the frame , each integral covering strip comprising an embedding section and an attachment arm (5") constituting a product ready for installation when the stairs are delivered, each integral covering strip further comprising two adhering arms (5"') forming a pocket for a corresponding frame member, wherein a width of the pocket corresponds to the distance between the inner walls of the two adhering arms (5"') of the pocket, and is at least equal to the width of the end section of the frame members of the frame .
Arrangement for changing the shape of a sheet-like workpiece , which has a mould recess formed by reducing the thickness of the material, comprising the workpiece , at least two spaced-apart supporting elements designed for arranging the workpiece on the machine bed , a forming device designed for forming the workpiece into a final shape by step-by-step, repetitive free bending with an upper die , which is designed to be controllably lowerable from a waiting position into a forming position for bending a part of the workpiece as well as with positioning means which are designed for moving the position of the workpiece relative to the machine bed in at least one infeed direction, characterised in that the arrangement further comprises a filling element adapted to the mould recess and designed to make up the material thickness which is designed to be arranged in the region of the mould recess before the workpiece is formed into the final shape. the workpiece , at least two spaced-apart supporting elements designed for arranging the workpiece on the machine bed , a forming device designed for forming the workpiece into a final shape by step-by-step, repetitive free bending with an upper die , which is designed to be controllably lowerable from a waiting position into a forming position for bending a part of the workpiece as well as with positioning means which are designed for moving the position of the workpiece relative to the machine bed in at least one infeed direction, characterised in that the arrangement further comprises a filling element adapted to the mould recess and designed to make up the material thickness which is designed to be arranged in the region of the mould recess before the workpiece is formed into the final shape.
Electronic user interface, having a circuit board , at least one input and/or output means which is electrically connected to the circuit board , and at least one holder by which the at least one input and/or output means is mechanically fastened to the circuit board , and a control board which is separate from the circuit board , has at least one control component embodied to control the at least one input and/or output means and is mechanically fastened to the circuit board by means of a board holder , characterised in that the control board which is separate from the circuit board is merely mechanically fastened to the circuit board by means of the board holder , without electrical contacting of the control board to the circuit board taking place via the board holder , and the control board is electrically connected to the circuit board by means of at least one control line separate from the board holder , via which control line the at least one input and/or output means is controlled by the control board .
Method for generating a surroundings map of a vehicle textured with image information, comprising: capturing at least first and second image information at different times from a vehicle environment with at least one vehicle-mounted camera device ; generating a surroundings map of the vehicle ; determining at least one region of the surroundings map for which both the first and second image information are available; and selecting either the first or the second image information for texturing this region of the surroundings map, characterized in that the more current image information is selected when the vehicle falls below a predetermined distance threshold to the region. capturing at least first and second image information at different times from a vehicle environment with at least one vehicle-mounted camera device ; generating a surroundings map of the vehicle ; determining at least one region of the surroundings map for which both the first and second image information are available; and selecting either the first or the second image information for texturing this region of the surroundings map, characterized in that the more current image information is selected when the vehicle falls below a predetermined distance threshold to the region.
Electric heating device , in particular for a motor vehicle , - with a heating module which comprises at least one electric heating element that, in operation, generates heat when it is electrically supplied, - with a heat transfer volume , - wherein the heating module is arranged in the heat transfer volume through which a flow path of a fluid passes, such that, in operation, the heating module and the fluid transfer heat, - wherein the heating module extends in a longitudinal direction , - with a control housing made of metal or alloy which delimits a control volume , - with a power electronic for electrically supplying the heating module , which is arranged in the control volume , - the heating module comprises an outer cover made of metal or alloy that surrounds the at least one heating element in a circumferential direction running circumferential with respect to the longitudinal direction , - the control housing comprises a pass opening through which a longitudinal end of the heating module is passed, - the heating module is electrically connected to the power electronic in the control housing , - a sealing arrangement fluidically seals the control volume against the heat transfer volume , characterized in that the sealing arrangement is arranged in the pass opening between an inner jacket of the pass opening and the outer cover , and electrically insulates the outer cover from the control housing . - with a heating module which comprises at least one electric heating element that, in operation, generates heat when it is electrically supplied, - with a heat transfer volume , - wherein the heating module is arranged in the heat transfer volume through which a flow path of a fluid passes, such that, in operation, the heating module and the fluid transfer heat, - wherein the heating module extends in a longitudinal direction , - with a control housing made of metal or alloy which delimits a control volume , - with a power electronic for electrically supplying the heating module , which is arranged in the control volume , - the heating module comprises an outer cover made of metal or alloy that surrounds the at least one heating element in a circumferential direction running circumferential with respect to the longitudinal direction , - the control housing comprises a pass opening through which a longitudinal end of the heating module is passed, - the heating module is electrically connected to the power electronic in the control housing , - a sealing arrangement fluidically seals the control volume against the heat transfer volume ,
A crystalline form of 40- O -(2-ethoxyethyl) rapamycin, wherein the X-ray powder diffraction pattern thereof shows one or more diffraction peaks at the angles (2θ) selected from the group consisting of 5.00°, 7.06°, 9.22°, 10.07°, 10.50°, 11.94°, 12.71°, 13.15°, 14.73°, 16.33°, 16.80°, 17.07°, 18.01°, 18.57°, 19.42°, 19.81°, 20.16°, 20.44°, 20.93°, 21.55°, 22.29°, 22.58°, 23.92°, 24.26°, 24.83°, 25.17°, 26.32°, 27.48°, 28.60°, and 32.28°; or 10 or more diffraction peaks at the angles (2θ) selected from the group consisting of 5.00°, 7.06°, 9.22°, 10.07°, 10.50°, 11.94°, 12.71°, 13.15°, 14.73°, 16.33°, 16.80°, 17.07°, 18.01°, 18.57°, 19.42°, 19.81°, 20.16°, 20.44°, 20.93°, 21.55°, 22.29°, 22.58°, 23.92°, 24.26°, 24.83°, 25.17°, 26.32°, 27.48°, 28.60°, and 32.28°; or 25 or more diffraction peaks at the angles (2θ) selected from the group consisting of 5.00°, 7.06°, 9.22°, 10.07°, 10.50°, 11.94°, 12.71°, 13.15°, 14.73°, 16.33°, 16.80°, 17.07°, 18.01°, 18.57°, 19.42°, 19.81°, 20.16°, 20.44°, 20.93°, 21.55°, 22.29°, 22.58°, 23.92°, 24.26°, 24.83°, 25.17°, 26.32°, 27.48°, 28.60°, and 32.28°; or wherein the X-ray power diffraction pattern thereof is substantially in accordance with that shown in Figure 5; or wherein the infrared spectrum thereof shows one or more peaks at the wavenumbers selected from the group consisting of 2967.1 cm -1 , 2931.7 cm -1 , 2863.3 cm -1 , 1745.9 cm -1 , 1718.8 cm -1 , 1645.7 cm -1 , 1619.0 cm -1 , 1451.2 cm -1 , 1378.2 cm -1 , 1189.4 cm -1 , 1073.9 cm -1 , and 988.1 cm -1 ; or five or more peaks at the wavenumbers selected from the group consisting of 2967.1 cm -1 , 2931.7 cm -1 , 2863.3 cm -1 , 1745.9 cm -1 , 1718.8 cm -1 , 1645.7 cm -1 , 1619.0 cm -1 , 1451.2 cm -1 , 1378.2 cm -1 , 1189.4 cm -1 , 1073.9 cm -1 , and 988.1 cm -1 ; or ten or more peaks at the wavenumbers selected from the group consisting of 2967.1 cm -1 , 2931.7 cm -1 , 2863.3 cm -1 , 1745.9 cm -1 , 1718.8 cm -1 , 1645.7 cm -1 , 1619.0 cm -1 , 1451.2 cm -1 , 1378.2 cm -1 , 1189.4 cm -1 , 1073.9 cm -1 , and 988.1 cm -1 ; or wherein the infrared spectrum is substantially in accordance with that shown in Figure 12.
A system comprising of: a first wireless network operating in Time Division Duplex, TDD, mode and comprising of a plurality of distributed wireless transceiver stations ; a second wireless network operating in Frequency Domain Duplex, FDD, mode and comprising of one or a plurality of antennas ; wherein the first wireless network uses precoding across the wireless transceiver stations to create one or a plurality of points of zero radio frequency, RF, energy at the location of at least one of the plurality of antennas ; wherein the first wireless network is a multi-user multiple antenna system, MU-MAS, that uses precoding to create the points of zero RF energy at the locations of at least one of the plurality of antennas of the second wireless network and, wherein precoding is computed based on channel state information, CSI, between the plurality of wireless transceiver stations of the first wireless network and one or the plurality of antennas of the second wireless network ; and wherein the CSI is estimated using in-band or out-of- band training signals sent over a plurality of wireless links between the wireless transceiver stations and one or the plurality of antennas of the second wireless network. a first wireless network operating in Time Division Duplex, TDD, mode and comprising of a plurality of distributed wireless transceiver stations ; a second wireless network operating in Frequency Domain Duplex, FDD, mode and comprising of one or a plurality of antennas ; wherein the first wireless network uses precoding across the wireless transceiver stations to create one or a plurality of points of zero radio frequency, RF, energy at the location of at least one of the plurality of antennas ; wherein the first wireless network is a multi-user multiple antenna system, MU-MAS, that uses precoding to create the points of zero RF energy at the locations of at least one of the plurality of antennas of the second wireless network and, wherein precoding is computed based on channel state information, CSI, between the plurality of wireless transceiver stations of the first wireless network and one or the plurality of antennas of the second wireless network ; and wherein the CSI is estimated using in-band or out-of- band training signals sent over a plurality of wireless links between the wireless transceiver stations and one or the plurality of antennas of the second wireless network.
A composition for use in treating a cancerous tumor comprising a pharmaceutically effective amount of oxygen scavenging membrane fragments which contain an electron transport system which reduces oxygen to water in the presence of a hydrogen donor, wherein the composition is to be intratumorally administered, and wherein the oxygen scavenging membrane fragments are derived from the cytoplasmic membranes of Escherichia coli, Salmonella typhimurium, Gluconobacter oxydans, Pseudomonas aeruginosa, or Acetobacter.
An optical detector (D1) comprising: a semiconductor substrate ; a first semiconductor region formed on the semiconductor substrate; a plurality of second semiconductor regions formed two-dimensionally within the first semiconductor region and having a higher impurity concentration than the first semiconductor region ; a plurality of quenching resistors (R1) electrically connected to the second semiconductor regions, respectively; and a signal read wiring (E3) electrically connected to the plurality of quenching resistors (R1), and wherein the optical detector comprises a pn junction that forms an avalanche photodiode operable in a Geiger mode formed in an interface between the semiconductor substrate and the first semiconductor region or an interface between the first semiconductor region and the second semiconductor region , wherein, in a plan view, the signal read wiring (E3) surrounds a circumference of each second semiconductor region in a ring shape, characterized in that the second semiconductor region is positioned between the quenching resistor (R1) and the first semiconductor region in a direction perpendicular to the semiconductor substrate , in that the quenching resistor (R1) is electrically connected between the second semiconductor region and the ring-shaped signal read wiring (E3), and in that each quenching resistor (R1) linearly extends without being bent. a semiconductor substrate ; a first semiconductor region formed on the semiconductor substrate; a plurality of second semiconductor regions formed two-dimensionally within the first semiconductor region and having a higher impurity concentration than the first semiconductor region ; a plurality of quenching resistors (R1) electrically connected to the second semiconductor regions, respectively; and a signal read wiring (E3) electrically connected to the plurality of quenching resistors (R1), and wherein the optical detector comprises a pn junction that forms an avalanche photodiode operable in a Geiger mode formed in an interface between the semiconductor substrate and the first semiconductor region or an interface between the first semiconductor region and the second semiconductor region , wherein, in a plan view, the signal read wiring (E3) surrounds a circumference of each second semiconductor region in a ring shape, characterized in that the second semiconductor region is positioned between the quenching resistor (R1) and the first semiconductor region in a direction perpendicular to the semiconductor substrate , in that the quenching resistor (R1) is electrically connected between the second semiconductor region and the ring-shaped signal read wiring (E3), and in that each quenching resistor (R1) linearly extends without being bent.
A medical device for forming a hole (H) in a biological tissue (O) in a living body, the medical device comprising: a hollow elongated body made of resin; a core made of metal that is disposed in a part of a circumferential direction of the elongated body , and extends in a long axial direction of the elongated body ; and an applying unit that is disposed in a distal portion of the elongated body , and outputs energy to form the hole (H) in the biological tissue (O), and the core has conductivity, and is electrically connected to the applying unit , characterized in that the core is embedded in between an inner peripheral surface and an outer peripheral surface of the elongated body , the area of the elongated body in a cross-section orthogonal to the center axis of the elongated body is larger than a gross area of all the cores in the cross-section, the core is electrically connected to the applying unit by a conductive unit that conducts a current to the applying unit , wherein an outer diameter of the conductive unit is smaller than the outer diameter of the core . a hollow elongated body made of resin; a core made of metal that is disposed in a part of a circumferential direction of the elongated body , and extends in a long axial direction of the elongated body ; and an applying unit that is disposed in a distal portion of the elongated body , and outputs energy to form the hole (H) in the biological tissue (O), and the core has conductivity, and is electrically connected to the applying unit , characterized in that the core is embedded in between an inner peripheral surface and an outer peripheral surface of the elongated body , the area of the elongated body in a cross-section orthogonal to the center axis of the elongated body is larger than a gross area of all the cores in the cross-section, the core is electrically connected to the applying unit by a conductive unit that conducts a current to the applying unit , wherein an outer diameter of the conductive unit is smaller than the outer diameter of the core .
Work bench for a machine (M), to support, block and move a workpiece, wherein said work bench extends longitudinally along a first direction (X), and transversely along a second direction (Y), orthogonal to said first direction (X), comprising at least two supporting and blocking members , for supporting and blocking said workpiece, arranged for forming a workpiece supporting bench , at least one conveyor group , for moving said workpiece along said first direction (X), wherein said at least one conveyor group is at least partially interposed between said at least two supporting and blocking members , at least when it does not move said workpiece, wherein said at least two supporting and blocking members are movable along said first direction (X), wherein each one of said supporting and blocking members comprises a sucking cup for blocking said panel and supporting means , other than said sucking cup , for supporting said panel, wherein said supporting means comprise at least two supporting strips arranged near said sucking cup , said work bench being characterised in that said at least one sucking cup is movable along a third direction (Z), orthogonal to said first direction (X) and said second direction (Y), with respect to said at least two supporting strips , from a rest position, to a working position, wherein said panel is blocked. at least two supporting and blocking members , for supporting and blocking said workpiece, arranged for forming a workpiece supporting bench , at least one conveyor group , for moving said workpiece along said first direction (X), wherein said at least one conveyor group is at least partially interposed between said at least two supporting and blocking members , at least when it does not move said workpiece, wherein said at least two supporting and blocking members are movable along said first direction (X), wherein each one of said supporting and blocking members comprises a sucking cup for blocking said panel and supporting means , other than said sucking cup , for supporting said panel, wherein said supporting means comprise at least two supporting strips arranged near said sucking cup , said work bench being characterised in that said at least one sucking cup is movable along a third direction (Z), orthogonal to said first direction (X) and said second direction (Y), with respect to said at least two supporting strips , from a rest position, to a working position, wherein said panel is blocked.
A composition comprising an effective amount of plasminogen for use in the prevention and/or treatment of hepatic tissue injury caused by diabetes, radiation or chemical toxicants.
A pneumatic tire comprising: - two plate-like members which have a plurality of through holes formed therein, and are adhered to each other by adhesion portions (2a to 2h) at least at two positions spaced apart from each other; and wherein a part of an outer surface of one of the two plate-like members is attached to an inner surface of a tread portion so that a space is formed between the outer surface of the one of the two plate-like members that are adhered and the inner surface of the tread portion , characterised by : - a supporting member having a tubular shape or a solid circular cylinder shape or solid square post shape or frame shape having a trapezoidal cross-section or a frame shape having a triangular cross-section or a frame shape having a rectangular cross-section, which extends along the tire width direction which is inserted between the two plate-like members between the adhesion portions (2a to 2h) being adjacent to each other. - two plate-like members which have a plurality of through holes formed therein, and are adhered to each other by adhesion portions (2a to 2h) at least at two positions spaced apart from each other; and wherein a part of an outer surface of one of the two plate-like members is attached to an inner surface of a tread portion so that a space is formed between the outer surface of the one of the two plate-like members that are adhered and the inner surface of the tread portion , characterised by : - a supporting member having a tubular shape or a solid circular cylinder shape or solid square post shape or frame shape having a trapezoidal cross-section or a frame shape having a triangular cross-section or a frame shape having a rectangular cross-section, which extends along the tire width direction which is inserted between the two plate-like members between the adhesion portions (2a to 2h) being adjacent to each other.
An injection mold for producing a watermark insert having a high-resolution, multilevel injection molded relief, the injection mold including an injection molding cavity into which plastic is injectable to produce the watermark insert and which is furnished with a high-resolution multilevel watermark relief in the form of the inverted injection molded relief, and the injection mold, including the injection molding cavity and the high-resolution multilevel watermark relief, being formed through an additive manufacturing method as a layer sequence of a plurality of material layers that are firmly joined together.