mhurhangee/ep-ind-claims huggingface dataset:
A flush toilet for discharging waste with flush water supplied from a flush water source, the flush toilet comprising: a bowl including a bowl-shaped waste receiving surface and a rim formed at a top edge of the waste receiving surface; a discharge path connected at a bottom of the bowl to discharge waste; a rim spout portion configured to spout the flush water into the bowl so as to form a circulating flow; and a water conduit configured to supply the flush water supplied from the flush water source to the rim spout portion; wherein the bowl includes a front region on a front side relative to a center line and a rear region on a rear side relative to the center line, the center line being extending in a left-right direction and equally dividing a length of the bowl in the front-rear direction characterized in that the rim spout portion includes a rim water passageway on the rim at either a left side or a right side within the front region of the bowl so as to pass the flush water supplied from the water conduit; and only one rim spout port at a downstream end of the rim water passageway so as to spout the flush water rearward, wherein the rim spout port is disposed on the front region and wherein the rim water passageway includes: an outside passageway extending from an inlet of the rim water passageway through an interior of the rim toward a front of the rim; a bent passageway bending inward from a downstream end of the outside passageway; and an inside passageway extending from the bent passageway toward a rear of the rim up to the rim spout port. a bowl including a bowl-shaped waste receiving surface and a rim formed at a top edge of the waste receiving surface; a discharge path connected at a bottom of the bowl to discharge waste; a rim spout portion configured to spout the flush water into the bowl so as to form a circulating flow; and a water conduit configured to supply the flush water supplied from the flush water source to the rim spout portion; wherein the bowl includes a front region on a front side relative to a center line and a rear region on a rear side relative to the center line, the center line being extending in a left-right direction and equally dividing a length of the bowl in the front-rear direction characterized in that the rim spout portion includes a rim water passageway on the rim at either a left side or a right side within the front region of the bowl so as to pass the flush water supplied from the water conduit; and only one rim spout port at a downstream end of the rim water passageway so as to spout the flush water rearward, wherein the rim spout port is disposed on the front region and wherein the rim water passageway includes: an outside passageway extending from an inlet of the rim water passageway through an interior of the rim toward a front of the rim; a bent passageway bending inward from a downstream end of the outside passageway; and an inside passageway extending from the bent passageway toward a rear of the rim up to the rim spout port.
A pharmaceutical formulation for intra-arterial administration upstream of a target tissue comprising spherical particles containing an active ingredient and a biodegradable excipient, wherein: the mean diameter of the particles is 15 microns and 99% or more of the particles have a diameter of 15±1 microns; the diameter of 15±1 microns confers upon the particles retention in a target tissue following administration of the pharmaceutical formulation upstream of the target tissue; and the formulation is substantially free of particles with a diameter greater than 50 microns and less than 5 microns; such that where the formulation is administered upstream of the target tissue the ability of the active to pass through the target tissue and pass into systemic circulation is restricted through trapping of the particles in capillaries in the target tissue. the mean diameter of the particles is 15 microns and 99% or more of the particles have a diameter of 15±1 microns; the diameter of 15±1 microns confers upon the particles retention in a target tissue following administration of the pharmaceutical formulation upstream of the target tissue; and the formulation is substantially free of particles with a diameter greater than 50 microns and less than 5 microns; such that where the formulation is administered upstream of the target tissue the ability of the active to pass through the target tissue and pass into systemic circulation is restricted through trapping of the particles in capillaries in the target tissue.
Cylinder-piston device with a cylinder, on the inside of which a seal configured as a coating is provided, and with at least one piston, on the radially outer side of which at least two outer sections (27, 28) extending different distances in a radial direction are provided, wherein the outer section extending radially further outwards slides directly on the coated inside of the cylinder and hereby provides a sealing effect for sealing between two axially spaced and fluidically separable cylinder chambers, characterised in that on at least one side of the piston a recess enclosed by a wall and connected fluidically to one of the cylinder chambers is provided, which recess is arranged at least partially in an area of the piston in which on its radially outermost side the outer section extending radially further outwards is provided, wherein the piston is configured such that via the wall a force is exerted on the outer section extending radially further outwards and this is thus pressed onto the seal of the cylinder configured as a coating to seal the cylinder chambers if a suitably high pressure exists adjacent to the wall in the recess, wherein the outer section extending radially further outwards is developed by the forming of at least one elevation on the piston and at the same time serves to guide the piston inside the cylinder, and wherein the recess and wall form a cup-shaped end of the piston.
A coupling device for coupling a tubular element, comprising: - a substantially cylindrical hollow body having a housing that leads into an opening, the housing having a first notch; - a cartridge locked in the housing in a first position, the cartridge projecting from the opening of the hollow body in the first position, the cartridge having an outer wall and an inner wall that defines an inner channel, the inner channel having a first end that forms an inlet for receiving the tubular element and a second end that is provided with an obstacle, the cartridge further comprising a first retaining member supported on its outer wall and designed to fit elastically into the first notch in order to hold the cartridge in the first position; - an annular seal arranged in the inner channel, - a fastening ring arranged in the inner channel, between the inlet and the seal, for sealingly fixing the tubular element in the inner channel; the coupling device further comprising an unlocking system designed to enable the cartridge to be unlocked and moved from the first position to a second position, in which the cartridge is fully integrated in the hollow body, when the tubular element, inserted in the inner channel, exerts a force against the obstacle. - a substantially cylindrical hollow body having a housing that leads into an opening, the housing having a first notch; - a cartridge locked in the housing in a first position, the cartridge projecting from the opening of the hollow body in the first position, the cartridge having an outer wall and an inner wall that defines an inner channel, the inner channel having a first end that forms an inlet for receiving the tubular element and a second end that is provided with an obstacle, the cartridge further comprising a first retaining member supported on its outer wall and designed to fit elastically into the first notch in order to hold the cartridge in the first position; - an annular seal arranged in the inner channel, - a fastening ring arranged in the inner channel, between the inlet and the seal, for sealingly fixing the tubular element in the inner channel; the coupling device further comprising an unlocking system designed to enable the cartridge to be unlocked and moved from the first position to a second position, in which the cartridge is fully integrated in the hollow body, when the tubular element, inserted in the inner channel, exerts a force against the obstacle.
A thermoelectric generator comprising a thermoelectric element including a ceramic material based on the formula (Ca 3-x Na x)Co 4 O 9-δ with 0.1 ≤ x ≤ 2.9 and 0 < δ ≤ 2, wherein the ceramic material is combined with a metal material so that the thermoelectric element forms a transverse thermoelectric element.
A motor drive control apparatus, comprising: a speed processing unit that generates a first value (D O) by converting a second value corresponding to a current speed into a duty ratio; a torque processing unit that generates a third value (D T) by converting a fourth value corresponding to a target torque into the duty ratio; and a drive unit that controls switching by a switch included in a complementary switching amplifier by an average duty ratio corresponding to a sum of the first value (D O) and the third value (D T) to drive a motor connected to the complementary switching amplifier. a speed processing unit that generates a first value (D O) by converting a second value corresponding to a current speed into a duty ratio; a torque processing unit that generates a third value (D T) by converting a fourth value corresponding to a target torque into the duty ratio; and a drive unit that controls switching by a switch included in a complementary switching amplifier by an average duty ratio corresponding to a sum of the first value (D O) and the third value (D T) to drive a motor connected to the complementary switching amplifier.
A computer-implemented image processing method comprising: receiving a digital design comprising an encoded signal carrying a plural-bit identifier, the digital design including an area of layered colors to be printed on a substrate; generating reflectance spectra estimates for the digital design including the area of layered colors as if printed on the substrate, the reflectance spectra estimates provided on a per pixel basis for the digital design; generating a grayscale image representation of the digital design from the reflectance spectra estimates at a wavelength within a spectral range between 630nm - 710nm; transforming the grayscale image representation according to a package form factor for a 3D object having plural panels, said transforming yielding a transformed grayscale image; generating a representation of encoded signal robustness from the transformed grayscale image; producing a visibility map of a color image representation of the digital design generated from a weighted sum of reflectance spectra estimates on a per pixel basis; and defining plural pairs of adjoining panels of the 3D object that may be respectively presented to first and second faces of a bioptic scanner; determining an encoded signal robustness grade for each of the pairs of adjoining panels from the representation of encoded signal robustness; and combining the grades to yield a net detection grade for the 3D object. receiving a digital design comprising an encoded signal carrying a plural-bit identifier, the digital design including an area of layered colors to be printed on a substrate; generating reflectance spectra estimates for the digital design including the area of layered colors as if printed on the substrate, the reflectance spectra estimates provided on a per pixel basis for the digital design; generating a grayscale image representation of the digital design from the reflectance spectra estimates at a wavelength within a spectral range between 630nm - 710nm; transforming the grayscale image representation according to a package form factor for a 3D object having plural panels, said transforming yielding a transformed grayscale image; generating a representation of encoded signal robustness from the transformed grayscale image; producing a visibility map of a color image representation of the digital design generated from a weighted sum of reflectance spectra estimates on a per pixel basis; and defining plural pairs of adjoining panels of the 3D object that may be respectively presented to first and second faces of a bioptic scanner; determining an encoded signal robustness grade for each of the pairs of adjoining panels from the representation of encoded signal robustness; and combining the grades to yield a net detection grade for the 3D object.
Aqueous siloxane coating composition comprising a cohydrolysate and/or (partial) cohydrolytic condensate obtained from hydrolysis of (i) an epoxy-containing silane coupling agent, (ii) an organosilicon compound as a crosslinker, having at least two hydrolysable silyl groups in a molecule, but free of epoxy group, optionally, (iv) other alkoxysilane or silane coupling agent, not being an epoxy-containing silane coupling agent or organosilicon compound having at least two hydrolysable silyl groups in a molecule and free of epoxy group, optionally in the presence of (iii) an aqueous silica sol, component (ii) being a compound having the general formula: wherein R 1 to R 4 are each independently alkyl of 1 to 4 carbon atoms, B is an optionally substituted, divalent straight or branched hydrocarbon group of 1 to 20 carbon atoms, which may be separated by a heteroatom selected from oxygen, sulfur and nitrogen atoms, or by carbonyl carbon, and k and m are each independently an integer of 1 to 3, and said cohydrolysate and/or (partial) cohydrolytic condensate being dissolved and/or dispersed in water, and the composition having an alcohol content of up to 5% by weight. (i) an epoxy-containing silane coupling agent, (ii) an organosilicon compound as a crosslinker, having at least two hydrolysable silyl groups in a molecule, but free of epoxy group,
A method for treating an animal substrate comprising: agitating the moistened animal substrate with an aqueous treatment formulation and a solid particulate material in a sealed apparatus, wherein the aqueous treatment formulation comprises at least one colourant, wherein the solid particulate material comprises a multiplicity of polymeric particles or a multiplicity of non-polymeric particles or a mixture of a multiplicity of polymeric and non-polymeric particles, and wherein the polymeric or non-polymeric particles have an average particle diameter of from 1 mm to 500mm and/or a length of from 1mm to 500 mm, and wherein the animal substrate is hide, skin or leather. agitating the moistened animal substrate with an aqueous treatment formulation and a solid particulate material in a sealed apparatus, wherein the aqueous treatment formulation comprises at least one colourant, wherein the solid particulate material comprises a multiplicity of polymeric particles or a multiplicity of non-polymeric particles or a mixture of a multiplicity of polymeric and non-polymeric particles, and wherein the polymeric or non-polymeric particles have an average particle diameter of from 1 mm to 500mm and/or a length of from 1mm to 500 mm, and wherein the animal substrate is hide, skin or leather.
Clipper blades comprising: a fixed blade including a plurality of blade bodies; and a movable blade including a plurality of blade bodies laid out in a direction that is the same as a direction in which the blade bodies of the fixed blade are laid out, wherein the blade bodies of the movable blade each include a cutting portion, which includes a movable slide-contact surface that contacts the fixed blade, and a blade body distal portion, which is located at a distal side of the cutting portion, and the blade body distal portion of the movable blade includes an inner surface located at a side where the movable blade is located of a plane including the movable slide-contact surface, each of the blade bodies of the movable blade includes a cutting blade arranged on each of two side surfaces of the blade body, and characterized in that part of the cutting blade located in the blade body distal portion includes a chamfered blade edge in the sideward direction. a fixed blade including a plurality of blade bodies; and a movable blade including a plurality of blade bodies laid out in a direction that is the same as a direction in which the blade bodies of the fixed blade are laid out, wherein the blade bodies of the movable blade each include a cutting portion, which includes a movable slide-contact surface that contacts the fixed blade, and a blade body distal portion, which is located at a distal side of the cutting portion, and the blade body distal portion of the movable blade includes an inner surface located at a side where the movable blade is located of a plane including the movable slide-contact surface, each of the blade bodies of the movable blade includes a cutting blade arranged on each of two side surfaces of the blade body, and characterized in that part of the cutting blade located in the blade body distal portion includes a chamfered blade edge in the sideward direction.
A staple cartridge assembly, comprising: a cartridge body, comprising: a support portion, comprising a surface and a plurality of staple cavities, wherein each said staple cavity comprises an opening in said surface; a plurality of staples, wherein each said staple is movable between an unfired position and a fired position, wherein said staples each comprise first and second staple legs that extend out of a said staple cavity; and the staple cartridge assembly characterised by the cartridge body comprising: a compressible implantable tissue thickness compensator, wherein said compressible implantable tissue thickness compensator comprises a tissue-contacting surface, wherein said first and second staple legs of each staple are at least partially positioned within said compressible implantable tissue thickness compensator when said staples are in their unfired positions; and a plurality of guides extending from said surface of said support portion and into said compressible implantable tissue thickness compensator, wherein a first guide is positioned at a first end of a staple cavity opening and a second guide is positioned at a second end of the staple cavity opening such that the first guide can support a first staple leg of a staple and the second guide can support a second staple leg of the staple. a cartridge body, comprising: a support portion, comprising a surface and a plurality of staple cavities, wherein each said staple cavity comprises an opening in said surface; a support portion, comprising a surface and a plurality of staple cavities, wherein each said staple cavity comprises an opening in said surface; a plurality of staples, wherein each said staple is movable between an unfired position and a fired position, wherein said staples each comprise first and second staple legs that extend out of a said staple cavity; and the staple cartridge assembly characterised by the cartridge body comprising: a compressible implantable tissue thickness compensator, wherein said compressible implantable a compressible implantable tissue thickness compensator, wherein said compressible implantable tissue thickness compensator comprises a tissue-contacting surface, wherein said first and second staple legs of each staple are at least partially positioned within said compressible implantable tissue thickness compensator when said staples are in their unfired positions; and a plurality of guides extending from said surface of said support portion and into said compressible implantable tissue thickness compensator, wherein a plurality of guides extending from said surface of said support portion and into said compressible implantable tissue thickness compensator, wherein a first guide is positioned at a first end of a staple cavity opening and a second guide is positioned at a second end of the staple cavity opening such that the first guide can support a first staple leg of a staple and the second guide can support a second staple leg of the staple.
Process for treating straightened keratin fibres, in which a composition comprising at least one carboxylic acid in its acid or salified form chosen from citric acid, sodium citrate, maleic acid, sodium maleate, succinic acid, sodium succinate, aspartic acid, sodium aspartate, glutamic acid, sodium glutamate, lactic acid, sodium lactate, malic acid, sodium malate, tartaric acid and sodium tartrate, the pH being greater than 8, is applied to the straightened keratin fibres.
An electrical steel sheet comprising a forsterite coating and a secondary coating on at least one surface thereof, the electrical steel strip comprising chromium in a concentration of about 1.2 wt% to about 2.0 wt%, wherein the forsterite coating comprises oxygen in a concentration greater than or equal to about 7.0 wt% at at least one point in a region defined by a depth of 2-3 μm from the surface as measured by glow discharge spectrometry, wherein the forsterite coating and the secondary coating exhibit substantially no delamination defects after a coating adherence test.