mhurhangee/ep-ind-claims huggingface dataset:
Securing device (22, 24) designed to be mounted on a wall of a suitcase (2, 4, 102) with wheels, comprising a main attachment element capable of being fixed onto an auxiliary attachment element incorporated in another suitcase (2, 4), and a releasing actuator capable of releasing the main attachment element from the auxiliary attachment element, the securing device (22,24) comprising a hollow cylinder, means for fixing the hollow cylinder onto a frame of the suitcase (2, 4), the means for fixing comprising a pivot link element ensuring the mechanical link between a first end of the hollow cylinder and the means for fixing, the main attachment element comprising a protruding cylindrical part secured to the hollow cylinder and extending in a direction at right angles to the axial direction of the hollow cylinder, and a hooking element arranged inside the protruding cylindrical part, the hollow cylinder comprising, at a second end opposite the first end, a device for manually actuating the pivoting of the hollow cylinder.
A display comprising: a display panel; a front-face member being provided on a front face of the display panel, and wherein the front-face member is a transparent plate covering the front face of the display panel; a back-face member having rigidity and being adapted of supporting the entire display, a front face of the back-face member being provided on the back face of the display panel, the back-face member covering the back face of the display panel, wherein the front-face member and the back-face member are adhered to each other by an adhesion section; a light-shielding film being provided on an entire back face of the back-face member such that entrance of external light into the display is prevented; and a decoration frame being provided on the back face of the front-face member, covering side faces of the back-face member and of the light-shielding film and sealing the adhesion section. a display panel; a front-face member being provided on a front face of the display panel, and wherein the front-face member is a transparent plate covering the front face of the display panel; a back-face member having rigidity and being adapted of supporting the entire display, a front face of the back-face member being provided on the back face of the display panel, the back-face member covering the back face of the display panel, wherein the front-face member and the back-face member are adhered to each other by an adhesion section; a light-shielding film being provided on an entire back face of the back-face member such that entrance of external light into the display is prevented; and a decoration frame being provided on the back face of the front-face member, covering side faces of the back-face member and of the light-shielding film and sealing the adhesion section.
A catheter (100, 140, 400, 500, 600, 700) comprising: a balloon (136, 430, 530, 630, 730); an inflation lumen (130IL, 415, 515, 615, 715) coupled to said balloon (136, 430, 530, 630, 730); and an infusion wall enclosing an infusion lumen (110IL, 414, 514, 614, 714) extending axially therealong, said infusion wall comprising a proximal wall segment, a distal wall segment, and an intermediate wall segment (111, 211) extending therebetween; wherein said proximal wall segment comprises a proximal guidewire opening (118, 422), said distal wall segment comprises a distal guidewire opening (119, 424, 524, 624, 724), and said intermediate wall segment (111, 211) comprises a fluid inlet (116, 421) and a fluid outlet (117, 412, 512, 612, 712) positioned proximally to said balloon (136, 430, 530, 630, 730); characterised in that said intermediate wall segment (111, 211) adjoins said distal wall segment with a narrowing such that said distal wall segment has a narrowed portion having a length of at least 20 mm and a smaller minimal cross sectional area than a minimal cross sectional area of said intermediate wall segment (111, 211), and said fluid outlet (117, 412, 512, 612, 712) has a minimal cross sectional area equal to or greater than minimal cross sectional area of said intermediate wall segment (111, 211) minus minimal cross sectional area of said distal wall segment. a balloon (136, 430, 530, 630, 730); an inflation lumen (130IL, 415, 515, 615, 715) coupled to said balloon (136, 430, 530, 630, 730); and an infusion wall enclosing an infusion lumen (110IL, 414, 514, 614, 714) extending axially therealong, said infusion wall comprising a proximal wall segment, a distal wall segment, and an intermediate wall segment (111, 211) extending therebetween; wherein said proximal wall segment comprises a proximal guidewire opening (118, 422), said distal wall segment comprises a distal guidewire opening (119, 424, 524, 624, 724), and said intermediate wall segment (111, 211) comprises a fluid inlet (116, 421) and a fluid outlet (117, 412, 512, 612, 712) positioned proximally to said balloon (136, 430, 530, 630, 730); characterised in that said intermediate wall segment (111, 211) adjoins said distal wall segment with a narrowing such that said distal wall segment has a narrowed portion having a length of at least 20 mm and a smaller minimal cross sectional area than a minimal cross sectional area of said intermediate wall segment (111, 211), and said fluid outlet (117, 412, 512, 612, 712) has a minimal cross sectional area equal to or greater than minimal cross sectional area of said intermediate wall segment (111, 211) minus minimal cross sectional area of said distal wall segment.
A method for characterizing a heterologous target sequence in the genome of a plant, the method comprising: (a) shearing the genomic DNA into fragments to create a library; (b) ligating the library fragments to adapter sequences having barcodes; (c) enriching the fragment library for a target sequence of interest; (d) pooling the enriched fragment library into sample pools; (e) sequencing sample pools comprising the enriched fragment library to obtain reads; (f) filtering and aligning the reads to the genomic sequence of a control plant and to the target sequence of interest; (g) selecting reads that align to the target sequence of interest; (h) determining junction sequences from the selected reads; and (i) using the junction sequences to characterize the integrity of the target sequence of interest in the genome of the sample plant. (a) shearing the genomic DNA into fragments to create a library; (b) ligating the library fragments to adapter sequences having barcodes; (c) enriching the fragment library for a target sequence of interest; (d) pooling the enriched fragment library into sample pools; (e) sequencing sample pools comprising the enriched fragment library to obtain reads; (f) filtering and aligning the reads to the genomic sequence of a control plant and to the target sequence of interest; (g) selecting reads that align to the target sequence of interest; (h) determining junction sequences from the selected reads; and (i) using the junction sequences to characterize the integrity of the target sequence of interest in the genome of the sample plant.
Air- and steam-technology combined solar plant, wherein heat transfer fluid is water/steam and air comprising: a) a heliostat field; b) a saturated-steam receptor as evaporating means; c) a non-pressurised air solar receptor; d) overheating means comprising an air-steam heat exchanger; e) a boiler connecting the evaporating means and the overheating means; f) control means for an adaptive dynamic control of the heliostat field according to heat flux density of each receptor (4, 5), thereby maintaining stable temperature conditions of entry of fluids to the air-steam heat exchanger: f1) focusing part of the heliostat field on the saturated steam receptor; f2) focusing another part of the heliostat field on the air solar receptor; wherein: g) the overheating means is out of reach of an input of solar energy concentrated by the heliostat field. a) a heliostat field; b) a saturated-steam receptor as evaporating means; c) a non-pressurised air solar receptor; d) overheating means comprising an air-steam heat exchanger; e) a boiler connecting the evaporating means and the overheating means; f) control means for an adaptive dynamic control of the heliostat field according to heat flux density of each receptor (4, 5), thereby maintaining stable temperature conditions of entry of fluids to the air-steam heat exchanger: f1) focusing part of the heliostat field on the saturated steam receptor; f2) focusing another part of the heliostat field on the air solar receptor; wherein: f1) focusing part of the heliostat field on the saturated steam receptor; f2) focusing another part of the heliostat field on the air solar receptor; wherein: g) the overheating means is out of reach of an input of solar energy concentrated by the heliostat field.
A battery cell, comprising: a housing, wherein a dimension of the housing along a length direction is greater than a dimension of the housing along a thickness direction and a dimension of the housing along a width direction, and the housing comprises a first board extending along the length direction and an accommodation space opened from at least one end; an electrode assembly, disposed in the accommodation space; a cover, configured to cover the opening, wherein, a pressure relief mechanism is disposed on the first board, the pressure relief mechanism is configured to be actuated to relieve an internal pressure when the internal pressure or temperature of the housing reaches a threshold, and, in the length direction, an extension dimension of the pressure relief mechanism is greater than or equal to 1/4 of an extension dimension of the first board; and characterized in that the first board comprises a first part and a second part that are arranged side by side, the first part is fixed to the second part by welding, a weld is formed at a joint between the first part and the second part, and the weld is the pressure relief mechanism. a housing, wherein a dimension of the housing along a length direction is greater than a dimension of the housing along a thickness direction and a dimension of the housing along a width direction, and the housing comprises a first board extending along the length direction and an accommodation space opened from at least one end; an electrode assembly, disposed in the accommodation space; a cover, configured to cover the opening, wherein, a pressure relief mechanism is disposed on the first board, the pressure relief mechanism is configured to be actuated to relieve an internal pressure when the internal pressure or temperature of the housing reaches a threshold, and, in the length direction, an extension dimension of the pressure relief mechanism is greater than or equal to 1/4 of an extension dimension of the first board; and characterized in that the first board comprises a first part and a second part that are arranged side by side, the first part is fixed to the second part by welding, a weld is formed at a joint between the first part and the second part, and the weld is the pressure relief mechanism.
A method for heating tap water of a building from a first temperature T 1 to a second temperature T 2, comprising a heating step wherein incoming tap water is heated with condensation heat released by a heat pump into heating water at its condenser, and the tap water which has been heated this way is conveyed into a tap water tank to be conveyed further for use, wherein - tap water is heated in said heating step with the heat pump in such a way that the temperature increase ΔT provided between heated and incoming tap water only corresponds to a part of the targeted total temperature difference T 2 - T 1, - said heating step is repeated using, as incoming tap water, the tap water that has already been heated in a previous heating step and that is conveyed from the lower part of the tap water tank, and by conveying back the tap water that has been reheated this way to the upper part of the tap water tank so as to layer the reheated tap water on top of the tap water that has been heated in a previous heating step, until substantially the whole water volume contained in the tap water tank is reheated tap water, - said heating step is continually repeated until the desired temperature T 2 of tap water has been reached, and characterized in that - when conveying tap water for use from the tap water tank, it is heated with hot water, which is heated with heat released by hot gas of a heat pump, to ensure sufficiently high temperature of the tap water conveyed for use; wherein incoming tap water and heating water may be heated with the same heat pump. - tap water is heated in said heating step with the heat pump in such a way that the temperature increase ΔT provided between heated and incoming tap water only corresponds to a part of the targeted total temperature difference T 2 - T 1, - said heating step is repeated using, as incoming tap water, the tap water that has already been heated in a previous heating step and that is conveyed from the lower part of the tap water tank, and by conveying back the tap water that has been reheated this way to the upper part of the tap water tank so as to layer the reheated tap water on top of the tap water that has been heated in a previous heating step, until substantially the whole water volume contained in the tap water tank is reheated tap water, - said heating step is continually repeated until the desired temperature T 2 of tap water has been reached, and characterized in that - when conveying tap water for use from the tap water tank, it is heated with hot water, which is heated with heat released by hot gas of a heat pump, to ensure sufficiently high temperature of the tap water conveyed for use; wherein incoming tap water and heating water may be heated with the same heat pump.
A nucleic acid array, comprising: a support having locations that, in operation, receive biological samples comprising nucleic acid sequences differing from one another to respond differently in successive cycles of fluorescent imaging; and six fiducial features in a hexagonal arrangement on the support, the fiducial features having a fluorescent material that responds in the successive cycles of fluorescent imaging; wherein the successive cycles of fluorescent imaging are performed utilizing light at at least two different wavelengths, and wherein the fluorescent material of the fiducial features is responsive to both of the at least two different wavelengths. a support having locations that, in operation, receive biological samples comprising nucleic acid sequences differing from one another to respond differently in successive cycles of fluorescent imaging; and six fiducial features in a hexagonal arrangement on the support, the fiducial features having a fluorescent material that responds in the successive cycles of fluorescent imaging; wherein the successive cycles of fluorescent imaging are performed utilizing light at at least two different wavelengths, and wherein the fluorescent material of the fiducial features is responsive to both of the at least two different wavelengths.
A nonwoven fabric, comprising: at least a first nonwoven layer comprising multi-component fibers densely arranged and compacted against one another to form a substantially smooth outer surface and define a structure of a microporous film on an outermost surface of the nonwoven fabric; the multi-component fibers comprising at least a first component comprising a first polymeric material including a first polyolefin and a second component comprising a second polymeric material including a second polyolefin; wherein the first polymeric material is different than the second polymeric material; wherein the first polymeric material, the second polymeric material, or both comprise a compatibilizer comprising a copolymer having a comonomer content including (i) at least 10% by weight of the compatibilizer of a first monomer corresponding to the first polyolefin and (ii) at least 10% by weight of the compatibilizer of a second monomer corresponding to the second polyolefin. at least a first nonwoven layer comprising multi-component fibers densely arranged and compacted against one another to form a substantially smooth outer surface and define a structure of a microporous film on an outermost surface of the nonwoven fabric; the multi-component fibers comprising at least a first component comprising a first polymeric material including a first polyolefin and a second component comprising a second polymeric material including a second polyolefin; wherein the first polymeric material is different than the second polymeric material; wherein the first polymeric material, the second polymeric material, or both comprise a compatibilizer comprising a copolymer having a comonomer content including (i) at least 10% by weight of the compatibilizer of a first monomer corresponding to the first polyolefin and (ii) at least 10% by weight of the compatibilizer of a second monomer corresponding to the second polyolefin.
Suction device, in particular stationary suction device (20; 120), wherein the suction device (20; 120) has a suction unit including a drive motor, for generating a suction flow, and a suction inlet for the connection of a suction line (70; 170) wherein, upstream of the suction unit are a filter assembly (22; 122) with at least one filter element and a dirt collecting chamber (24; 124), wherein the suction device (20; 120) has a sensor array for detecting at least one sensor value representing a flow rate (g) of the suction flow, in particular a pressure value (P1, P2) and/or a flow value, wherein the suction device (20; 120) has a control unit (40; 140) with automatic control means for regulating the flow rate (g) of the suction flow in the area of the suction device (20; 120) with the aid of a control target value (P1soll) and with the aid of a control actual value (P1ist) formed with the aid of the sensor value or values, - wherein the automatic control means activate the suction unit for the setting of its suction power through the presetting of a suction power default value, characterised in that - the control unit (40; 140) is designed to raise or lower the control target value (P1soll) on the basis of an increase or reduction in the suction power default value, which is preset for the suction unit to achieve the control target value (P1soll). - wherein the automatic control means activate the suction unit for the setting of its suction power through the presetting of a suction power default value, characterised in that - the control unit (40; 140) is designed to raise or lower the control target value (P1soll) on the basis of an increase or reduction in the suction power default value, which is preset for the suction unit to achieve the control target value (P1soll).
A solar battery measurement jig comprising: a plurality of probe pins that are made in contact with a linear electrode formed on a surface of a solar battery cell; a holder for holding the probe pins; a current measuring terminal that is composed of the plural probe pins arranged thereon and is disposed on the linear electrode so as to measure a current characteristics of the solar battery cell; and a voltage measuring terminal that is composed of the plural probe pins arranged thereon and is disposed on the linear electrode so as to measure a voltage characteristics of the solar battery cell, wherein the current measuring terminal and the voltage measuring terminal are formed in parallel with each other; each of the current measuring terminal and the voltage measuring terminal is composed of the probe pins that are linearly arranged; and wherein each of the current measuring terminal and the voltage measuring terminal is composed of the probe pins that are partially overlapped with each other in the arrangement direction. a plurality of probe pins that are made in contact with a linear electrode formed on a surface of a solar battery cell; a holder for holding the probe pins; a current measuring terminal that is composed of the plural probe pins arranged thereon and is disposed on the linear electrode so as to measure a current characteristics of the solar battery cell; and a voltage measuring terminal that is composed of the plural probe pins arranged thereon and is disposed on the linear electrode so as to measure a voltage characteristics of the solar battery cell, wherein the current measuring terminal and the voltage measuring terminal are formed in parallel with each other; each of the current measuring terminal and the voltage measuring terminal is composed of the probe pins that are linearly arranged; and wherein each of the current measuring terminal and the voltage measuring terminal is composed of the probe pins that are partially overlapped with each other in the arrangement direction.
A device for processing a belt strap for storing screws, said belt strap comprising a flat belt which at its opposing longitudinal edges in each case is provided with a flange extending in the longitudinal direction of the belt and protruding upwardly from the belt, such that the belt strap has a flat U-shaped cross section, wherein the device comprises a guide apparatus for guiding and holding the belt strap to be processed, so that the screws are able to be pressed out from the belt strap by a screwdriver, wherein the guide apparatus has two guide slots for receiving the belt strap to be processed at least in the region of the flanges thereof, wherein the guide slots in each case are L-shaped in cross section and in each case have a bearing surface for the lower face of the belt of the belt strap to be processed and in each case have a guide rib for encompassing the flange, wherein the distance of each guide rib from the bearing surface has a value which is greater than the belt thickness of the belt strap to be processed and wherein the belt strap to be processed has a corner diagonal which extends in the U-shaped cross section between points at which an inner face of a flange intersects with an upper face of the belt and/or one of the outer faces of the belt strap to be processed intersects with the lower face of the belt, characterised in that the cross section of the belt strap to be processed has a periphery which has a maximum ratio of 11:10 relative to that of the non-flanged belt, in that the screws are able to be pressed out from the belt strap by a screwdriver from the upper face of the belt strap and in that the value of the distance of each guide rib from the bearing surface is less than the length of the corner diagonal of the belt strap.
A device for cleaning planar surfaces comprising: a mop comprising a handle, and a head; and an external base station comprising a base section, adapted to support said mop and to contact at least a portion of the mop head, and a reservoir, which contains a cleaning fluid; wherein said base section further comprises one or more nozzles, through which at least a portion of said cleaning fluid is released and supplied to the mop head, when the mop head is in contact with said base section of the external base station; characterized in that the external base station comprises a power supply and a heating element operated by said power supply, and wherein the heater is adapted to warm up the cleaning fluid when the at least a portion of the mop head is in contact with said base section. a mop comprising a handle, and a head; and an external base station comprising a base section, adapted to support said mop and to contact at least a portion of the mop head, and a reservoir, which contains a cleaning fluid; wherein said base section further comprises one or more nozzles, through which at least a portion of said cleaning fluid is released and supplied to the mop head, when the mop head is in contact with said base section of the external base station; characterized in that