mhurhangee/ep-ind-claims huggingface dataset:
An absorbent article comprising: - a first belt web having laterally opposed side edges, wherein the first belt comprises a first stranded elastic/nonwoven laminate extending between the laterally opposed side edges of the first belt web; - a second belt web having laterally opposed side edges, wherein the second belt comprises a second stranded elastic/nonwoven laminate extending between the laterally opposed side edges of the second belt web; and - a central chassis joined to each of the first and second belt webs; - a first and second fastening components, each comprising a first single folded fastening tab member, a second non-folded discrete fastening tab member, a first fastening element (202, 204), and a second fastening element (201, 203); wherein the first folded fastening tab member is permanently joined to the second belt and the second fastening tab member is permanently joined to the first belt, and the first fastening element (202, 204) is joined to the first fastening tab member or the second fastening tab member, and the second fastening element (201, 203) is joined to the other fastening tab member; - laterally opposing permanent side seams joining the first belt web with the second discrete fastening tab member and laterally opposing permanent side seams joining the second belt web with the first folded fastening tab member; - laterally opposing refastenable side seams joining the first and second belt webs formed by the first fastening elements (202, 204) engaging the second fastening elements (201, 203); wherein the article is packaged in refastenably closed form. - a first belt web having laterally opposed side edges, wherein the first belt comprises a first stranded elastic/nonwoven laminate extending between the laterally opposed side edges of the first belt web; - a second belt web having laterally opposed side edges, wherein the second belt comprises a second stranded elastic/nonwoven laminate extending between the laterally opposed side edges of the second belt web; and - a central chassis joined to each of the first and second belt webs; - a first and second fastening components, each comprising a first single folded fastening tab member, a second non-folded discrete fastening tab member, a first fastening element (202, 204), and a second fastening element (201, 203); wherein the first folded fastening tab member is permanently joined to the second belt and the second fastening tab member is permanently joined to the first belt, and the first fastening element (202, 204) is joined to the first fastening tab member or the second fastening tab member, and the second fastening element (201, 203) is joined to the other fastening tab member; - laterally opposing permanent side seams joining the first belt web with the second discrete fastening tab member and laterally opposing permanent side seams joining the second belt web with the first folded fastening tab member; - laterally opposing refastenable side seams joining the first and second belt webs formed by the first fastening elements (202, 204) engaging the second fastening elements (201, 203);
A tire pressure sensor device setting method, comprising the steps of: (a) providing a tire pressure sensor device setting tool that comprises a user interface for operation by a user; (b) operating said tire pressure sensor device setting tool to select vehicle brand, vehicle model and model year; (c) inputting the ID (identification) code of the tire pressure sensor device to be set into said tire pressure sensor device setting tool; (d) selecting the option of right-sided tire or left-sided tire; said tire pressure sensor device setting method being further characterized by comprising the following steps: (e) said tire pressure sensor device setting tool editing the data of vehicle brand, vehicle model and model year, the ID code of said tire pressure sensor device and the content of the selected option of right-sided tire or left-sided tire into a communication protocol; and (f) writing said communication protocol into said tire pressure sensor device. (a) providing a tire pressure sensor device setting tool that comprises a user interface for operation by a user; (b) operating said tire pressure sensor device setting tool to select vehicle brand, vehicle model and model year; (c) inputting the ID (identification) code of the tire pressure sensor device to be set into said tire pressure sensor device setting tool; (d) selecting the option of right-sided tire or left-sided tire; said tire pressure sensor device setting method being further characterized by comprising the following steps: (e) said tire pressure sensor device setting tool editing the data of vehicle brand, vehicle model and model year, the ID code of said tire pressure sensor device and the content of the selected option of right-sided tire or left-sided tire into a communication protocol; and (f) writing said communication protocol into said tire pressure sensor device. (e) said tire pressure sensor device setting tool editing the data of vehicle brand, vehicle model and model year, the ID code of said tire pressure sensor device and the content of the selected option of right-sided tire or left-sided tire into a communication protocol; and (f) writing said communication protocol into said tire pressure sensor device.
An electrical connector comprising: a first housing (300, 400) defining a first cavity therein; a first printed circuit board disposed in the first cavity of the first housing (300, 400); an electrically conductive contact coupled with the first printed circuit board; a disposable second housing (100, 200) defining a second cavity therein and having a mating end (101, 201) and a rear end (103, 203); and a second printed circuit board (104, 204) disposed in the second cavity and having a first end and a second end, the second printed circuit board (104, 204) having a contact pad for electrical coupling and positioned on a surface of the second printed circuit board (104, 204), the contact pad being configured to engage with the electrically conductive contact when the first housing (300, 400) and the disposable second housing (100, 200) are mated together, wherein the second printed circuit board (104, 204) is housed such that the second end of the second printed circuit board (104, 204) protrudes outwardly from the rear end (103, 203) of the disposable second housing (100, 200), and wherein the rear end (103, 203) includes prongs (200, 202) protruding outwardly for securing the second printed circuit board (104, 204) in a fixed orientation. a first housing (300, 400) defining a first cavity therein; a first printed circuit board disposed in the first cavity of the first housing (300, 400); an electrically conductive contact coupled with the first printed circuit board; a disposable second housing (100, 200) defining a second cavity therein and having a mating end (101, 201) and a rear end (103, 203); and a second printed circuit board (104, 204) disposed in the second cavity and having a first end and a second end, the second printed circuit board (104, 204) having a contact pad for electrical coupling and positioned on a surface of the second printed circuit board (104, 204), the contact pad being configured to engage with the electrically conductive contact when the first housing (300, 400) and the disposable second housing (100, 200) are mated together, wherein the second printed circuit board (104, 204) is housed such that the second end of the second printed circuit board (104, 204) protrudes outwardly from the rear end (103, 203) of the disposable second housing (100, 200), and wherein the rear end (103, 203) includes prongs (200, 202) protruding outwardly for securing the second printed circuit board (104, 204) in a fixed orientation.
A slip yoke assembly, comprising: a slip yoke having a body which includes an outer cylindrical surface, a first end, and a second end, wherein the slip yoke further has a pair of opposed lug ears (36, 38) attached to the body and extending in an axial direction from the body and a long bore which is splined and has a plurality of splined teeth formed thereon and extends through the body between a first end and a second end, wherein the splined teeth extend longitudinally and radially inward, the opposed lug ears having inner surfaces and cylindrical openings (40, 42) that are coaxial with one another, wherein the slip yoke further has a counterbore at the second end of the long bore, and wherein the counterbore has a first wall which defines a first diameter which is greater than a major diameter of the long bore; an annular groove positioned between the long bore and the first wall; a sealing member disposed within the annular groove; and a plug disposed within the counterbore and over the sealing member wherein the plug is secured to the slip yoke by a contiguous annular lip formed over an outer edge of the plug to provide a fluid tight seal at the second end of the slip yoke wherein the inner surfaces of the lug ears (36, 38) extend from the openings (40, 42) to the lip, wherein the lip comprises a radial surface, an outer surface attached to the radial surface and an inclined surface having an end to which the outer surface is attached to wherein, on an opposite end, the inclined surface is attached to the inner surface of the lug ears (36, 38). a slip yoke having a body which includes an outer cylindrical surface, a first end, and a second end, wherein the slip yoke further has a pair of opposed lug ears (36, 38) attached to the body and extending in an axial direction from the body and a long bore which is splined and has a plurality of splined teeth formed thereon and extends through the body between a first end and a second end, wherein the splined teeth extend longitudinally and radially inward, the opposed lug ears having inner surfaces and cylindrical openings (40, 42) that are coaxial with one another, wherein the slip yoke further has a counterbore at the second end of the long bore, and wherein the counterbore has a first wall which defines a first diameter which is greater than a major diameter of the long bore; an annular groove positioned between the long bore and the first wall; a sealing member disposed within the annular groove; and a plug disposed within the counterbore and over the sealing member wherein the plug is secured to the slip yoke by a contiguous annular lip formed over an outer edge of the plug to provide a fluid tight seal at the second end of the slip yoke wherein the inner surfaces of the lug ears (36, 38) extend from the openings (40, 42) to the lip, wherein the lip comprises a radial surface, an outer surface attached to the radial surface and an inclined surface having an end to which the outer surface is attached to wherein, on an opposite end, the inclined surface is attached to the inner surface of the lug ears (36, 38).
An electromagnetic touch structure, comprising a frame structure, and an electromagnetic screen structure disposed on the frame structure; the frame structure comprising a groove-shaped metal rear shell and a rim structure circumferentially disposed at a peripheral edge of the metal rear shell; the electromagnetic screen structure comprising a magnet structure, characterised in that the electromagnetic screen structure comprises a diffusion panel and an electromagnetic film which are stacked between the metal rear shell and the rim structure, and the magnet structure is a permanent magnet structure disposed at a peripheral edge of the electromagnetic film, the permanent magnet structure is located between the metal rear shell and the rim structure, and the electromagnetic film is disposed above or below the diffusion panel. the frame structure comprising a groove-shaped metal rear shell and a rim structure circumferentially disposed at a peripheral edge of the metal rear shell; the electromagnetic screen structure comprising a magnet structure, characterised in that the electromagnetic screen structure comprises a diffusion panel and an electromagnetic film which are stacked between the metal rear shell and the rim structure, and the magnet structure is a permanent magnet structure disposed at a peripheral edge of the electromagnetic film, the permanent magnet structure is located between the metal rear shell and the rim structure, and the electromagnetic film is disposed above or below the diffusion panel.
Use of at least one zinc compound selected from the group consisting of zinc chloride, zinc sulfide, zinc carbonate, basic zinc carbonate, zinc oxides, zinc hydroxides, and combinations thereof for enhancing the efficacy of an antimicrobial composition, the antimicrobial composition comprising 1,2-benzisothiazolin-3-one in an amount of from 5 to 500 ppm, wherein the zinc compound is present in an amount of from 5 to 500 ppm, and the weight ratio of the 1,2-benzisothiazolin-3-one to the zinc compound is from 1:100 to 100:1.
A resin injection system for sealing a joint or breach in an electrical cable, comprising: a spacer material for application to the joint or breach, the spacer material being resiliently deformable and at least locally permeable to a fluid; a non-return valve, for positioning on the spacer material applied to the joint or breach, wherein the non-return valve comprises a valve housing which includes an outlet for a fluid flowing through the valve and a valve body which is held by the valve housing and is freely movable between a closed position, in which the outlet is substantially sealed or closed to fluid flow y the valve body, and an open position, in which the outlet is substantially open to fluid flow; and a fluid resin for introduction through the valve into the spacer material applied to the joint or breach. a spacer material for application to the joint or breach, the spacer material being resiliently deformable and at least locally permeable to a fluid; a non-return valve, for positioning on the spacer material applied to the joint or breach, wherein the non-return valve comprises a valve housing which includes an outlet for a fluid flowing through the valve and a valve body which is held by the valve housing and is freely movable between a closed position, in which the outlet is substantially sealed or closed to fluid flow y the valve body, and an open position, in which the outlet is substantially open to fluid flow; and a fluid resin for introduction through the valve into the spacer material applied to the joint or breach.
A water-blocking apparatus for cooling water for a hot-rolled steel sheet, which blocks cooling water sprayed onto a hot-rolled steel sheet at a sprayed water density of higher than 4 m 3 /m 2 /min and equal to or less than 10 m 3 /m 2 /min when the hot-rolled steel sheet is cooled after finish rolling of a hot-rolling process, the water-blocking apparatus comprising: a plurality of water-blocking nozzles which spray water-blocking water onto the hot-rolled steel sheet, characterised in that: impact areas of the water-blocking water respectively sprayed from the water-blocking nozzles are continuously lined up in a straight line in a width direction of the hot-rolled steel sheet on a surface of the hot-rolled steel sheet and in that the adjacent impact areas partially overlap. a plurality of water-blocking nozzles which spray water-blocking water onto the hot-rolled steel sheet, characterised in that: impact areas of the water-blocking water respectively sprayed from the water-blocking nozzles are continuously lined up in a straight line in a width direction of the hot-rolled steel sheet on a surface of the hot-rolled steel sheet and in that the adjacent impact areas partially overlap. impact areas of the water-blocking water respectively sprayed from the water-blocking nozzles are continuously lined up in a straight line in a width direction of the hot-rolled steel sheet on a surface of the hot-rolled steel sheet and in that the adjacent impact areas partially overlap.
A method comprising: displaying information on a touch-sensitive display of a portable electronic device; receiving a continuous scroll input to enter a continuous scroll mode, the continuous scroll input comprising at least one touch on the touch-sensitive display; rendering a continuous scroll indicator in response to receipt of the continuous scroll input at the portable electronic device, wherein the continuous scroll indicator comprises a scroll handle; detecting, on the touch-sensitive display, another touch associated with the scroll handle; and when a change in touch location of the another touch is determined, changing a location of the scroll handle with the change in touch location of the another touch, and scrolling (218, 220) the information based on a direction of the change in location of the scroll handle. displaying information on a touch-sensitive display of a portable electronic device; receiving a continuous scroll input to enter a continuous scroll mode, the continuous scroll input comprising at least one touch on the touch-sensitive display; rendering a continuous scroll indicator in response to receipt of the continuous scroll input at the portable electronic device, wherein the continuous scroll indicator comprises a scroll handle; detecting, on the touch-sensitive display, another touch associated with the scroll handle; and when a change in touch location of the another touch is determined, changing a location of the scroll handle with the change in touch location of the another touch, and scrolling (218, 220) the information based on a direction of the change in location of the scroll handle. changing a location of the scroll handle with the change in touch location of the another touch, and scrolling (218, 220) the information based on a direction of the change in location of the scroll handle.
A method comprising: receiving a target audio signal from a requestor device, wherein the target audio signal comprises information indicative of sound sampled during a first period of time, wherein the first period of time comprises a plurality of time segments; obtaining a set of source audio signals (220a-h), wherein each of the source audio signals (220a-h) comprises information indicative of sound sampled during at least a portion of the first period of time; for each time segment of the target audio signal, generating a respective segment of clean audio based on temporally-corresponding segments (235a-d) of the audio signals of the set of source audio signals (220a-h); smoothing the generated segments of clean audio to generate a smoothed audio signal; combining the target audio signal with the smoothed audio signal to generate an output audio signal, the combining comprising generating a linear combination of the smoothed audio signal and the target audio signal such that a similarity between the target audio signal and the generated linear combination is greater than a predetermined threshold similarity value, the threshold similarity value defining an amount of the target audio signal that is included in the output audio signal and the threshold similarity value having a level of at least 0.7; and transmitting an indication of the output audio signal to the requestor device. receiving a target audio signal from a requestor device, wherein the target audio signal comprises information indicative of sound sampled during a first period of time, wherein the first period of time comprises a plurality of time segments; obtaining a set of source audio signals (220a-h), wherein each of the source audio signals (220a-h) comprises information indicative of sound sampled during at least a portion of the first period of time; for each time segment of the target audio signal, generating a respective segment of clean audio based on temporally-corresponding segments (235a-d) of the audio signals of the set of source audio signals (220a-h); smoothing the generated segments of clean audio to generate a smoothed audio signal; combining the target audio signal with the smoothed audio signal to generate an output audio signal, the combining comprising generating a linear combination of the smoothed audio signal and the target audio signal such that a similarity between the target audio signal and the generated linear combination is greater than a predetermined threshold similarity value, the threshold similarity value defining an amount of the target audio signal that is included in the output audio signal and the threshold similarity value having a level of at least 0.7; and transmitting an indication of the output audio signal to the requestor device.
A preparation method of a lithium titanium composite oxide doped with a dissimilar metal, the preparation method comprising the steps: i) mixing a lithium-containing compound, a titanium oxide, and a dissimilar metal-containing compound at a stoichiometric ratio in a solid-state; ii) preparing slurry by dispersing the solid-state mixture of the step i) in a solvent and wet grinding the solid-state mixture until an average particle diameter come to be 0.3 μm to 0.8 μm; iii) spray-drying the slurry; iv) calcining the spray-dried slurry; and v) grinding the particles calcined in the step iv) to obtain the lithium titanium composite oxide doped with a dissimilar metal, wherein: the dissimilar metal is Na or Zr; and the ground particles obtained in step v) have a D50 in a range of 0.7 μm to 1.5 μm. i) mixing a lithium-containing compound, a titanium oxide, and a dissimilar metal-containing compound at a stoichiometric ratio in a solid-state; ii) preparing slurry by dispersing the solid-state mixture of the step i) in a solvent and wet grinding the solid-state mixture until an average particle diameter come to be 0.3 μm to 0.8 μm; iii) spray-drying the slurry; iv) calcining the spray-dried slurry; and v) grinding the particles calcined in the step iv) to obtain the lithium titanium composite oxide doped with a dissimilar metal, wherein: the dissimilar metal is Na or Zr; and the ground particles obtained in step v) have a D50 in a range of 0.7 μm to 1.5 μm. the dissimilar metal is Na or Zr; and the ground particles obtained in step v) have a D50 in a range of 0.7 μm to 1.5 μm.
A multimeric peptide having the general formula A or B: or wherein n = 1 to 5, x= wherein m = 1 to 27, or wherein p= 1 to 5, Y = wherein m = 1 to 27 and q= 1 to 5 or wherein q= 1 to 5, or wherein q= 1 to 5 W = or or or or and Z = NH 2 or OH. wherein each peptide has a Neurotensin derived sequence, for use as an anti-tumoral agent.
Method for controlling an adjusting device of a motor vehicle, in particular of a window lifter, having a motor-driven adjustment component, in which, at least in one part of an adjustment path, in the normal operating mode, the speed of the drive is adjusted to a speed setpoint value, and in the case of difficulty of movement the drive force is adjusted to a force setpoint value for a first time period, wherein, after the expiry of the first time period: - either the adjustment component is reversed or the drive is at least stopped if a risk of trapping is detected, - or the speed of the drive is adjusted again to the speed setpoint value if the case of difficulty of movement is not a case of trapping, characterized in that a value for the drive force which is implemented during the normal operating mode is used as a force setpoint value, wherein in the normal operating mode the force setpoint value is updated continuously, and wherein the force setpoint value corresponds to the value of the drive force implemented before a third time period. - either the adjustment component is reversed or the drive is at least stopped if a risk of trapping is detected, - or the speed of the drive is adjusted again to the speed setpoint value if the case of difficulty of movement is not a case of trapping,