mhurhangee/ep-ind-claims huggingface dataset:
An absorbent article in which an absorbent body is interposed between a liquid permeable surface sheet and a liquid impermeable back sheet, wherein the liquid permeable surface sheet includes an upper layer non-woven fabric, at least a skin side surface of the upper layer non-woven fabric being hydrophilic; and a lower layer non-woven fabric, at least a non-skin side surface of the lower layer non-woven fabric being water repellent; and wherein multiple apertures, which penetrate the upper layer non-woven fabric and the lower layer non-woven fabric, are formed in the liquid permeable surface sheet, characterized in that the absorbent body comprises a middle-high portion adjacent to the skin side surface of the absorbent body, which is disposed at a center in a width direction of the absorbent body and smaller in width and longitudinal dimensions than the absorbent body, wherein a thickness of the middle-high portion is 3 mm to 25 mm, and a total fabric weight of the absorbent body in a region where the middle-high portion is disposed and the middle-high portion is 400 g/m 2 to 900 g/m 2, and the lower layer non-woven fabric comprises a central portion including the middle-high portion having water repellency and both side portions thereof having hydrophilicity. an upper layer non-woven fabric, at least a skin side surface of the upper layer non-woven fabric being hydrophilic; and a lower layer non-woven fabric, at least a non-skin side surface of the lower layer non-woven fabric being water repellent; and wherein multiple apertures, which penetrate the upper layer non-woven fabric and the lower layer non-woven fabric, are formed in the liquid permeable surface sheet,
A battery pack comprising: cylindrical battery cells arranged in a plurality of rows, the battery cells in a row being arranged apart from each other with a separation gap therebetween; and a ceramic sheet extending and surrounding at least any one row of the battery cells, the ceramic sheet comprising non-adhesive portions surrounding the battery cells, and an adhesive portion extending across the separation gap between neighboring non-adhesive portions of the non-adhesive portions, wherein the ceramic sheet further comprises first and second sheets (20a, 20b) that are coupled to face each other with the one row of the battery cells therebetween. cylindrical battery cells arranged in a plurality of rows, the battery cells in a row being arranged apart from each other with a separation gap therebetween; and a ceramic sheet extending and surrounding at least any one row of the battery cells, the ceramic sheet comprising non-adhesive portions surrounding the battery cells, and an adhesive portion extending across the separation gap between neighboring non-adhesive portions of the non-adhesive portions, wherein the ceramic sheet further comprises first and second sheets (20a, 20b) that are coupled to face each other with the one row of the battery cells therebetween.
A multilayer film reflective mirror for reflecting incident light having an EUV-wavelength λ, the multilayer film reflective mirror comprising: a substrate; a first multilayer film that is formed by alternately layering two or more materials including a first material and a second material on a surface of the substrate; a first detachable layer that is formed on the first multilayer film and that is detachable from the first multilayer film; and a second multilayer film that is formed by alternately layering two or more materials including the first material and the second material on the first detachable layer, the second multilayer film being removable with the first detachable layer by detaching the first detachable layer that is formed between the first and second multilayer films from the first multilayer film characterized in that the first detachable layer has a thickness that is set so that the phase of the light that is reflected by the second multilayer film is the same, for said EUV-wavelength λ as the phase of the light that is reflected by the first multilayer film through the second multilayer film and the first detachable layer. a substrate; a first multilayer film that is formed by alternately layering two or more materials including a first material and a second material on a surface of the substrate; a first detachable layer that is formed on the first multilayer film and that is detachable from the first multilayer film; and a second multilayer film that is formed by alternately layering two or more materials including the first material and the second material on the first detachable layer, the second multilayer film being removable with the first detachable layer by detaching the first detachable layer that is formed between the first and second multilayer films from the first multilayer film characterized in that the first detachable layer has a thickness that is set so that the phase of the light that is reflected by the second multilayer film is the same, for said EUV-wavelength λ as the phase of the light that is reflected by the first multilayer film through the second multilayer film and the first detachable layer.
A helicopter, comprising: at least one full authority digital engine controlled (FADEC) engine; a first two-position throttle switch disposed on a first collective control stick, the first two-position throttle switch being movable between a Fly position and an Idle position; and a second two-position throttle switch disposed on a second collective control stick, the second two-position throttle switch being movable between a Fly position and an Idle position; wherein, when at least one of the first switch and the second switch are set to the Fly position, the FADEC commands the engine to operate in a Fly regime. at least one full authority digital engine controlled (FADEC) engine; a first two-position throttle switch disposed on a first collective control stick, the first two-position throttle switch being movable between a Fly position and an Idle position; and a second two-position throttle switch disposed on a second collective control stick, the second two-position throttle switch being movable between a Fly position and an Idle position; wherein, when at least one of the first switch and the second switch are set to the Fly position, the FADEC commands the engine to operate in a Fly regime.
Method for preparing biogas by continuous single-stage fermentation of a substrate mixture using a biogas fermenter, a separation unit for the separation of fermentation residue and process water from the fermentation substrate fermented in the biogas fermenter, wherein the process water is fed back into the biogas fermenter, characterised in that the substrate mixture contains at least 50% animal dung and that the amount of recycled process water is set so that the fermenter content in the biogas fermenter has a dry residue content of at least 16%.
An electronic functional member comprising: a flexible substrate; a fiber mesh comprising a fibrous resin composition; and a patterned conductive coating portion that coats one surface of a portion of the fiber mesh, the fiber mesh extends onto and is connected to the substrate, the patterned conductive coating portion extends onto the substrate, characterized in that: the substrate has an aperture portion; the fiber mesh is suspended over the aperture portion of the substrate around the aperture portion as an outer frame; the patterned conductive coating portion that coats one surface of a portion of the fiber mesh is located over the aperture portion. a flexible substrate; a fiber mesh comprising a fibrous resin composition; and a patterned conductive coating portion that coats one surface of a portion of the fiber mesh, the fiber mesh extends onto and is connected to the substrate, the patterned conductive coating portion extends onto the substrate, characterized in that: the substrate has an aperture portion; the fiber mesh is suspended over the aperture portion of the substrate around the aperture portion as an outer frame; the patterned conductive coating portion that coats one surface of a portion of the fiber mesh is located over the aperture portion.
Clearing vehicle, in particular a snow-clearing vehicle, with - a supporting frame, - a sweeper-blower arrangement, which is adjustably pivotable around a vertical axis which runs through the clearing vehicle with respect to the supporting frame and comprises a blow-air device, - a blower arranged at the supporting frame for generating blow-air, - a hollow body for guiding the blow-air from the blower to the blow-air device, characterized in that the sweeper-blower arrangement with the blow-air device is pivotable by a first pivoting movement in a working position and by a second pivoting movement in a transport position, wherein the hollow body and the blow-air device are adapted and arranged such that - they are able to be brought into blow-air connection by the first pivoting movement, and - the blow-air connection is removed by the second pivoting movement. - a supporting frame, - a sweeper-blower arrangement, which is adjustably pivotable around a vertical axis which runs through the clearing vehicle with respect to the supporting frame and comprises a blow-air device, - a blower arranged at the supporting frame for generating blow-air, - a hollow body for guiding the blow-air from the blower to the blow-air device, - they are able to be brought into blow-air connection by the first pivoting movement, and - the blow-air connection is removed by the second pivoting movement.
A digital test instrument comprising: a pattern controller configured to generate a sequence of test patterns, responsive to a pass/fail result and a no-result indication; a pattern memory configured to supply the generated sequence of test patterns to a unit under test; a pattern results collection unit configured to receive at least one result value from the unit under test and to determine a pass/fail result for at least one supplied test pattern; and characterized in that the digital test instrument further comprises a synchronization unit configured to provide the no-result indication to the pattern controller during a preset number of pattern cycles following the start of a test, the preset number of pattern cycles based on a results latency of the test instrument, and to provide pass/fail results received from the pattern results collection unit to the pattern controller after the preset number of pattern cycles. a pattern controller configured to generate a sequence of test patterns, responsive to a pass/fail result and a no-result indication; a pattern memory configured to supply the generated sequence of test patterns to a unit under test; a pattern results collection unit configured to receive at least one result value from the unit under test and to determine a pass/fail result for at least one supplied test pattern; and characterized in that the digital test instrument further comprises a synchronization unit configured to provide the no-result indication to the pattern controller during a preset number of pattern cycles following the start of a test, the preset number of pattern cycles based on a results latency of the test instrument, and to provide pass/fail results received from the pattern results collection unit to the pattern controller after the preset number of pattern cycles.
Method for welding two overlapping film sections located on the top of a stack of goods to form a wrapping, the welding being carried out by means of a welding bar and the welding bar comprising a convexly curved welding surface and wherein for welding the welding bar is moved from its rest position, in which the welding bar is arranged at a distance from the film sections to be welded, in the direction (arrow 11) of the top of the stack of goods into its welding position and is brought into contact with the upper film section of the two overlapping film sections to be welded together, characterized in that the welding bar is, during the welding of the overlapping film sections, rolled on the surface of the upper film section of the two overlapping film sections to be welded together.
Surface-cleaning machine, comprising an appliance body on which a suction apparatus device is arranged, a cleaning head (202; 202'; 202") on which at least one cleaning roller is arranged, and a drive device for driving the at least one cleaning roller in rotation; wherein the cleaning head (202; 202'; 202") has, between a first face side and an oppositely situated second face side, a first region, a second region and a central region situated between the first region and the second region, and wherein at least one first suction mouth (222; 266a, 266b) is positioned at the first region so as to be associated with the at least one cleaning roller and at least one second suction mouth (224; 268a, 268b) is positioned at the second region so as to be associated with the at least one cleaning roller, wherein the at least one first suction mouth (222; 266a, 266b) and the at least one second suction mouth (224; 268a, 268b) are fluidically connected to the suction apparatus device, characterized in that the at least one cleaning roller is of two-part form, having a first part which is positioned at the first region and having a second part which is positioned at the second region, and in that the at least one first suction mouth (222; 266a, 266b) or an arrangement of multiple first suction mouths has a length parallel to an axis of rotation of the at least one cleaning roller which amounts to at least 80 % of a corresponding length of the first part of the at least one cleaning roller, and/or in that the at least one second suction mouth or an arrangement of multiple second suction mouths (268a, 268b) has a length parallel to an axis of rotation of the at least one cleaning roller which amounts to at least 80 % of a corresponding length of the second part of the at least one cleaning roller.
Motor vehicle comprising, on each of its sides and in a rear zone of the vehicle, a first, substantially vertical lateral bodywork surface, a lateral rear deflector connected to the structure of the vehicle by a system with connecting rods (6, 7) making it possible to move the deflector between, on the one hand, a retracted front position in which a lateral outer surface of the deflector is flush with the first surface and, on the other hand, a deployed rear position in which the lateral outer surface of the deflector is flush with a second lateral bodywork surface of the vehicle, this second lateral bodywork surface being concealed by the deflector when the latter is in the retracted front position.
A unitary tray component, comprising: (a) a press-molded paperboard pre-shaped unitary tray structure having an interior surface, and including: (i) a base portion, (ii) a side wall portion (14, 16) extending upward from the base portion, and (iii) a flange portion extending peripherally from the side wall portion, the flange portion having manufacturing pleats or creases; and (b) a composite polymer film blow-molded onto the base, side wall, and flange portion of the interior surface such that the composite polymer film is seamlessly, creaselessly and integrally bonded thereto for enabling a hermetic seal to be created between the pre-shaped unitary tray structure and a lid component. (a) a press-molded paperboard pre-shaped unitary tray structure having an interior surface, and including: (i) a base portion, (ii) a side wall portion (14, 16) extending upward from the base portion, and (iii) a flange portion extending peripherally from the side wall portion, the flange portion having manufacturing pleats or creases; and (i) a base portion, (ii) a side wall portion (14, 16) extending upward from the base portion, and (iii) a flange portion extending peripherally from the side wall portion, the flange portion having manufacturing pleats or creases; and (b) a composite polymer film blow-molded onto the base, side wall, and flange portion of the interior surface such that the composite polymer film is seamlessly, creaselessly and integrally bonded thereto for enabling a hermetic seal to be created between the pre-shaped unitary tray structure and a lid component.
An apparatus for joining a profiled bar and a further profiled bar by welding, comprising: - a support device for supporting an end portion of the profiled bar; - a further support device for supporting a further end portion of the further profiled bar; - a heating device for heating respective terminal sections of the end portion and of the further end portion, so as to locally soften the material of the profiled bar and of the further profiled bar; - pusher means for pushing at least the profiled bar against the further profiled bar, so as to join the profiled bar and the further profiled bar at the respective softened terminal sections; wherein at least a device selected from between the support device and the further support device comprises a containing element (21, 22) for containing the softened material during welding, the containing element (21, 22) being floating along a direction parallel to a longitudinal axis of the corresponding profiled bar (2, 3), wherein the containing element (21, 22) is provided with a protuberance (25, 26) that projects towards the longitudinal axis of the corresponding profiled bar (2, 3) near the respective terminal section, whereby the containing element (21, 22) acts like a deflector pushing the softened material towards the inside of the corresponding profiled bar (2, 3), characterized in that the protuberance (25, 26) is configured for creating a recess having a conformation complementary to the shape of the protuberance (25,26) in a joining zone between the profiled bar and the further profiled bar. - a support device for supporting an end portion of the profiled bar; - a further support device for supporting a further end portion of the further profiled bar; - a heating device for heating respective terminal sections of the end portion and of the further end portion, so as to locally soften the material of the profiled bar and of the further profiled bar; - pusher means for pushing at least the profiled bar against the further profiled bar, so as to join the profiled bar and the further profiled bar at the respective softened terminal sections;
An open roof assembly for use in a vehicle roof of a vehicle, the open roof assembly comprising a moveably arranged closure member for selectively covering or at least partially exposing an opening in the vehicle roof, an electric motor operatively coupled to the closure member for moving the closure member and a control unit operatively coupled to the electric motor, wherein the control unit is configured to a. control a position of the closure member during normal driving conditions, and wherein the control unit is characterised by being configured to b. release control of the position of the closure member, when a vehicle acceleration exceeds a predetermined acceleration threshold. a. control a position of the closure member during normal driving conditions, and wherein the control unit is characterised by being configured to b. release control of the position of the closure member, when a vehicle acceleration exceeds a predetermined acceleration threshold.
A degradable corrosion-resistant high strength and ductility magnesium alloy for biomedical use, wherein the composition of components of the magnesium alloy comprises 1.5 to 2.5% of Nd, 0.4 to 0.8% of Zn, 0.4 to 0.6% of Ca, 0.4 to 0.8% of Zr, and balance of Mg, with regard to a total weight of the magnesium alloy of 100%.
A post chemical-mechanical-polishing (post-CMP) cleaning composition comprising: cysteine, glutathione, N-acetylcysteine or thiourea, at least one oligomeric or polymeric polycarboxylic acid, and water, wherein the post-CMP cleaning composition has a pH-value in the range of from 4 to not more than 7. cysteine, glutathione, N-acetylcysteine or thiourea, at least one oligomeric or polymeric polycarboxylic acid, and water,
A sensor insertion device, comprising: a lower case formed in a cylindrical shape having an upper opening at an upper end and a lower opening at a lower end; an upper case formed in a cylindrical shape that has an opening at a lower end and is closed on an upper surface, which covers an outer periphery of the lower case from above so as to be movable downward; a base holder that is disposed inside the lower case and holds a sensor base having a sensor unit; a needle holder that is disposed above the base holder inside the lower case; and a needle holder raising mechanism that is disposed above the needle holder inside the lower case and/or the upper case, when the upper case is pushed down, the base holder and the needle holder move toward the lower opening of the lower case, and then the needle holder is raised by the needle holder raising mechanism, a holding mechanism (25, 35, 38, 39) is provided to an inner peripheral surface of the upper case and/or an outer peripheral surface of the lower case, characterized in that the holding mechanism (25, 35, 38, 39) is configured to hold the upper case on the lower case in a state in which the opening of the upper case has been pushed down until the opening of the upper case is at the same position as the lower opening of the lower case, and thereby in a state in which the lower case is completely housed in the upper case. a lower case formed in a cylindrical shape having an upper opening at an upper end and a lower opening at a lower end; an upper case formed in a cylindrical shape that has an opening at a lower end and is closed on an upper surface, which covers an outer periphery of the lower case from above so as to be movable downward; a base holder that is disposed inside the lower case and holds a sensor base having a sensor unit; a needle holder that is disposed above the base holder inside the lower case; and a needle holder raising mechanism that is disposed above the needle holder inside the lower case and/or the upper case, when the upper case is pushed down, the base holder and the needle holder move toward the lower opening of the lower case, and then the needle holder is raised by the needle holder raising mechanism, a holding mechanism (25, 35, 38, 39) is provided to an inner peripheral surface of the upper case and/or an outer peripheral surface of the lower case, characterized in that the holding mechanism (25, 35, 38, 39) is configured to hold the upper case on the lower case in a state in which the opening of the upper case has been pushed down until the opening of the upper case is at the same position as the lower opening of the lower case, and thereby in a state in which the lower case is completely housed in the upper case.
Device for connecting a drain to an outlet pipe, the device comprising: - a flexible sleeve; and - a form-retaining peripheral flange which is arranged on the sleeve, characterized in that a sealing membrane is arranged on the form-retaining peripheral flange, and the form-retaining peripheral flange is formed by a ring vulcanized onto the sealing membrane connecting the flexible sleeve to the sealing membrane. - a flexible sleeve; and - a form-retaining peripheral flange which is arranged on the sleeve, characterized in that a sealing membrane is arranged on the form-retaining peripheral flange, and the form-retaining peripheral flange is formed by a ring vulcanized onto the sealing membrane connecting the flexible sleeve to the sealing membrane.