mhurhangee/patent-ind-claim-en huggingface dataset:
An imageable material useful for making a mask element , the imageable material consisting essentially of, in order: (a) a transparent polymeric carrier sheet ; (b) a non-ablatable light-to-heat converting (LTHC) layer disposed directly on the transparent polymeric carrier sheet , the LTHC layer having an average dry thickness of at least 1 μm and up to and including 5 μm, and comprising: (i) a first infrared radiation absorbing material in an amount of at least 0.1 weight % and up to and including 5 weight %; (ii) a thermally crosslinked organic polymeric binder material; and (iii) non-thermally ablatable particles having an average particle size of at least 0.1 μm and up to and including 20 μm and that are present in an amount of at least 0.2 weight % and up to and including 10 weight %, all weight percentages being based on the total dry weight of the LTHC layer ; (c) a non-silver halide thermally-ablatable imaging layer (IL) disposed directly on the LTHC layer , the IL comprising a second infrared radiation absorbing material and a UV-light absorbing material dispersed within one or more thermally-ablatable polymeric binder materials; and the imageable material optionally further comprising (d) a transparent polymeric overcoat layer disposed directly on the IL . (a) a transparent polymeric carrier sheet ; (b) a non-ablatable light-to-heat converting (LTHC) layer disposed directly on the transparent polymeric carrier sheet , the LTHC layer having an average dry thickness of at least 1 μm and up to and including 5 μm, and comprising: (i) a first infrared radiation absorbing material in an amount of at least 0.1 weight % and up to and including 5 weight %; (ii) a thermally crosslinked organic polymeric binder material; and (iii) non-thermally ablatable particles having an average particle size of at least 0.1 μm and up to and including 20 μm and that are present in an amount of at least 0.2 weight % and up to and including 10 weight %, all weight percentages being based on the total dry weight of the LTHC layer ; (c) a non-silver halide thermally-ablatable imaging layer (IL) disposed directly on the LTHC layer , the IL comprising a second infrared radiation absorbing material and a UV-light absorbing material dispersed within one or more thermally-ablatable polymeric binder materials; and
A method of forming a metal component from a powdered feed material , comprising the steps of: creating a negative mould of a component from a ceramics material having a melting point that is higher than the melting point of said powdered feed material; deploying said feed material of metal powder into said mould; locating said mould in a vacuum chamber having an induction or microwave heating system, said heating system comprising a source of electromagnetic energy and a granular susceptance material; and heating said mould using said heating system to a temperature higher than the melting point of the metal powder so as to melt said metal powder within the mould; wherein said granular susceptance material absorbs the energy of the field generated by said source of electromagnetic energy and radiates infra-red energy towards the ceramic mould. creating a negative mould of a component from a ceramics material having a melting point that is higher than the melting point of said powdered feed material; deploying said feed material of metal powder into said mould; locating said mould in a vacuum chamber having an induction or microwave heating system, said heating system comprising a source of electromagnetic energy and a granular susceptance material; and heating said mould using said heating system to a temperature higher than the melting point of the metal powder so as to melt said metal powder within the mould; wherein said granular susceptance material absorbs the energy of the field generated by said source of electromagnetic energy and radiates infra-red energy towards the ceramic mould.
A functional/multi-purpose head cushion for a headband comprising a band body configured to be worn on a head of a wearer, a supporting band connected to the band body and supported by the top of the head of the wearer, an adjustable band connected to a rear end of the band body and configured to be adjusted in length, and a length adjusting lever configured to adjust the length of the adjustable band , the head cushion comprising: a main body formed to be concave from top, bottom, left, and right toward the center thereof; a fixing clip provided at an upper portion of the main body and inserted into the band body or the supporting band ; and a bent member connecting both end portions of the fixing clip with an upper portion of an edge of the main body to be integrated therewith, wherein the main body and the bent member of the head cushion are formed with an elastic material and the head cushion is easily modified and restored in shape, inserted, and installed in the headband to complementarily support the head of the wearer. a main body formed to be concave from top, bottom, left, and right toward the center thereof; a fixing clip provided at an upper portion of the main body and inserted into the band body or the supporting band ; and a bent member connecting both end portions of the fixing clip with an upper portion of an edge of the main body to be integrated therewith, wherein the main body and the bent member of the head cushion are formed with an elastic material and the head cushion is easily modified and restored in shape, inserted, and installed in the headband to complementarily support the head of the wearer.
Apparatus for visualizing ablation, the apparatus comprising: an output device ; and a processor , configured to display to a user, on the output device, a three-dimensional tube that visually represents a region for ablation in tissue of a patient, to receive from the user ablation information that specifies one or more ablation locations along the 3D tube and one or more respective ablation configurations for ablating in the ablation locations, and to display to the user, on the 3D tube, an estimated impact of the ablation in the tissue based on the ablation locations and the corresponding ablation configurations, wherein the respective ablation locations and corresponding ablation configurations are actual ablation locations (60A-D) and corresponding actual ablation configurations used for the ablation, wherein each actual ablation configuration is used for forming a lesion in a respective actual ablation location, and wherein the processor is configured to evaluate a size and a severity of the lesion at each actual ablation location, wherein the processor is configured to display one or more areas along the 3D tube in which excess ablation has been applied. an output device ; and a processor , configured to display to a user, on the output device, a three-dimensional tube that visually represents a region for ablation in tissue of a patient, to receive from the user ablation information that specifies one or more ablation locations along the 3D tube and one or more respective ablation configurations for ablating in the ablation locations, and to display to the user, on the 3D tube, an estimated impact of the ablation in the tissue based on the ablation locations and the corresponding ablation configurations, wherein the respective ablation locations and corresponding ablation configurations are actual ablation locations (60A-D) and corresponding actual ablation configurations used for the ablation, wherein each actual ablation configuration is used for forming a lesion in a respective actual ablation location, and wherein the processor is configured to evaluate a size and a severity of the lesion at each actual ablation location, wherein the processor is configured to display one or more areas along the 3D tube in which excess ablation has been applied.
A process for preparing urea, comprising: a) preparing formamide on the basis of carbon dioxide, hydrogen and ammonia, with formation of methyl formate or ammonium formate as intermediate in a catalytic reaction, and b) preparing urea by reacting the resultant formamide or the resultant formamide with ammonia in the presence of a catalyst, where the source of carbon dioxide is a liquid laden with chemically and/or physically bound carbon dioxide and selected from a methanol phase or an aqueous ammonia solution which is obtained by gas scrubbing of a syngas for the removal of COz using a scrubbing fluid, where a1) the scrubbing fluid is a methanol phase, or COz is desorbed from the scrubbing fluid laden with chemically and/or physically bound carbon dioxide and absorbed into a methanol phase to give a COz-laden methanol phase, and the COz-laden methanol phase is reacted as CO 2 -containing stream with a hydrogen-containing stream in the presence of a catalyst to form methyl formate, and the resultant methyl formate is reacted with an ammonia-containing stream to form formamide, or a2) the scrubbing fluid is an aqueous ammonia solution, and so COz is bound at least partly in the form of carbonates in the scrubbing fluid, and this scrubbing fluid laden with chemically and/or physically bound CO 2 is reacted as CO 2 -containing stream with a hydrogen-containing stream in the presence of a catalyst and optionally organic solvent to form ammonium formate or to form ammonium formate and formamide, and the resultant ammonium formate is converted into formamide by heat treatment. a) preparing formamide on the basis of carbon dioxide, hydrogen and ammonia, with formation of methyl formate or ammonium formate as intermediate in a catalytic reaction, and b) preparing urea by reacting the resultant formamide or the resultant formamide with ammonia in the presence of a catalyst, a1) the scrubbing fluid is a methanol phase, or COz is desorbed from the scrubbing fluid laden with chemically and/or physically bound carbon dioxide and absorbed into a methanol phase to give a COz-laden methanol phase, and the COz-laden methanol phase is reacted as CO 2 -containing stream with a hydrogen-containing stream in the presence of a catalyst to form methyl formate, and the resultant methyl formate is reacted with an ammonia-containing stream to form formamide, or a2) the scrubbing fluid is an aqueous ammonia solution, and so COz is bound at least partly in the form of carbonates in the scrubbing fluid, and this scrubbing fluid laden with chemically and/or physically bound CO 2 is reacted as CO 2 -containing stream with a hydrogen-containing stream in the presence of a catalyst and optionally organic solvent to form ammonium formate or to form ammonium formate and formamide, and the resultant ammonium formate is converted into formamide by heat treatment.
A pharmaceutical formulation comprising, a) a pharmaceutically effective amount of Compound A having the structure or a tautomer thereof, or a pharmaceutically acceptable salt thereof; b) a bulking agent or combination of bulking agents; c) a solubilizing agent selected from: aspartic acid, acetic acid, glutamic acid, methane sulfonic acid, lactic acid, and glucuronic acid, and optionally d) water. a) a pharmaceutically effective amount of Compound A having the structure or a tautomer thereof, or a pharmaceutically acceptable salt thereof; or a tautomer thereof, or a pharmaceutically acceptable salt thereof; b) a bulking agent or combination of bulking agents; c) a solubilizing agent selected from: aspartic acid, acetic acid, glutamic acid, methane sulfonic acid, lactic acid, and glucuronic acid, and optionally d) water.
A filter cartridge for removing liquid from a gas stream, said filter cartridge comprising: - a filter medium retained between two end caps , whereby one of said end caps comprises a gas inlet ; - said filter medium being mounted in a rolled-up manner, such that the filter medium shows a multi-layered structure; - an electrically conductive layer provided onto said filter medium ; characterised in that said electrically conductive layer is attached onto the filter medium such that it is interposed between two adjacent layers of filter medium ; in that the filter cartridge further comprises an electrical connection means configured to connect said electrically conductive layer to a grounding; and in that said electrically conductive layer comprises a woven net of electrically conductive wires. - a filter medium retained between two end caps , whereby one of said end caps comprises a gas inlet ; - said filter medium being mounted in a rolled-up manner, such that the filter medium shows a multi-layered structure; - an electrically conductive layer provided onto said filter medium ;
A heat-resistant glass (10; 20; 30) for a top plate for a cooker, the heat-resistant glass (10; 20; 30) including a transparent glass substrate and a design layer (13; 23; 33) provided on one of two principal surfaces of the transparent glass substrate , the design layer (13; 23; 33) having a pattern visible when viewed through the other principal surface of the transparent glass substrate , the design layer (13; 23; 33) comprising: a first layer (11; 21; 31) provided on the one principal surface of the transparent glass substrate and having a sparse region (11a; 31a) and a dense region (11b; 31b) each formed according to the pattern; and a second layer (12; 22; 32) provided uniformly to cover the first layer , wherein the first layer (11; 21; 31) and the second layer (12; 22; 32) contain each an inorganic pigment or a metallic pigment dispersed in a glass matrix serving as a binder, or wherein the first layer (11; 21; 31) and the second layer (12; 22; 32) contain each an inorganic pigment or a metallic pigment dispersed in a resin binder. a first layer (11; 21; 31) provided on the one principal surface of the transparent glass substrate and having a sparse region (11a; 31a) and a dense region (11b; 31b) each formed according to the pattern; and a second layer (12; 22; 32) provided uniformly to cover the first layer , wherein the first layer (11; 21; 31) and the second layer (12; 22; 32) contain each an inorganic pigment or a metallic pigment dispersed in a glass matrix serving as a binder, or wherein the first layer (11; 21; 31) and the second layer (12; 22; 32) contain each an inorganic pigment or a metallic pigment dispersed in a resin binder.
An adaptor arranged to connect a generator to a prime mover , the adaptor comprising: a first flange member for connection to the prime mover; a second flange member for connection to the generator; and a plurality of cross members which connect the first flange member and the second flange member in such a way that the first flange member and the second flange member are substantially concentric, but spaced apart axially, characterised in that : the cross members are angled such that one end of a cross member is offset circumferentially with respect to the other end; and the cross members are provided in pairs, and the pairs are V-shaped with one cross member of a pair angled in the opposite direction circumferentially to the other cross member of the pair. a first flange member for connection to the prime mover; a second flange member for connection to the generator; and a plurality of cross members which connect the first flange member and the second flange member in such a way that the first flange member and the second flange member are substantially concentric, but spaced apart axially, characterised in that : the cross members are angled such that one end of a cross member is offset circumferentially with respect to the other end; and the cross members are provided in pairs, and the pairs are V-shaped with one cross member of a pair angled in the opposite direction circumferentially to the other cross member of the pair. the cross members are angled such that one end of a cross member is offset circumferentially with respect to the other end; and the cross members are provided in pairs, and the pairs are V-shaped with one cross member of a pair angled in the opposite direction circumferentially to the other cross member of the pair.
A device for storing and transporting at least one extruded continuous seal for a motor vehicle, comprising a horizontal tray and a hub having a vertical axis (X), said hub having a truncated conical shape, one end of which of a larger diameter is connected to said tray , the device further comprising a peripheral wall extending around said hub and having a truncated conical shape, one end of which of smaller diameter is connected to said tray , this peripheral wall defining with the hub an annular space (E) for winding and storing the seal, which is intended to rest at least partly on said tray and said peripheral wall characterised in that said tray comprises insoles for resting on a floor and/or for receiving the fork arms of a fork-lift truck, and in that said annular space (E) is configured to receive at least a portion of another device when the devices are stacked vertically on top of each other and within each other in a storage position in which the devices are configured to rest on each other, by resting the insoles of an upper device on the tray of a lower device
Building site device, comprising a climbing formwork platform for the purpose of producing, on a floor-by-floor basis, concrete portions of a building core, which comprises at least one elevator shaft , an elevator system having an elevator machine platform that can move vertically in an elevator shaft, the mobile elevator machine platform being movable together with the climbing formwork platform , characterized in that the elevator machine platform is suspended on the climbing formwork platform so as to be able to move vertically with respect to the climbing formwork platform , in particular by arranging lifting means of variable length between the elevator machine platform and the climbing formwork platform, or in that a lifting platform is suspended on the climbing formwork platform so as to be able to move vertically with respect to the climbing formwork platform , in particular by arranging lifting means of variable length between the lifting platform and climbing formwork platform and the elevator machine platform being suspended on the lifting platform so as to be able to move vertically with respect to the lifting platform, in particular by arranging lifting means of variable length between the elevator machine platform and the lifting platform.
Casing for a portable domestic electrical appliance for processing food preparations, of the mixer or beater type, said casing comprising: - an elongate-shaped body extending along an axis X1, - a motor arranged inside the body , - a drive head rotated by the motor and designed to rotate at least one rotary tool , if required by means of a transmission device, - at least one suction aperture arranged at one end of the body , - at least one discharge aperture arranged on a contour of the body , - an axial fan configured to force the circulation of cool air entering through the at least one suction aperture in the direction of the at least one discharge aperture , while passing through the motor , the axial fan being situated between the at least one suction aperture and the motor characterised in that the end of the body is opposite to the position of the drive head and in that said at least one discharge aperture is arranged in a position intermediate to the position of the motor and to the position of the drive head . - an elongate-shaped body extending along an axis X1, - a motor arranged inside the body , - a drive head rotated by the motor and designed to rotate at least one rotary tool , if required by means of a transmission device, - at least one suction aperture arranged at one end of the body , - at least one discharge aperture arranged on a contour of the body , - an axial fan configured to force the circulation of cool air entering through the at least one suction aperture in the direction of the at least one discharge aperture , while passing through the motor , the axial fan being situated between the at least one suction aperture and the motor
An automated antibiotic susceptibility testing (AST) quality control (QC) component, comprising: a frame including a plurality of wells; at least one clip attached to the frame, and a means of identifying the component as an AST QC test by an automated system, characterised in that the AST QC component further comprises at least one microbial isolate in at least one of the plurality of wells, and wherein the at least one clip includes at least one clip that interacts with a reagent cartridge. a frame including a plurality of wells; at least one clip attached to the frame, and a means of identifying the component as an AST QC test by an automated system, characterised in that the AST QC component further comprises at least one microbial isolate in at least one of the plurality of wells, and wherein the at least one clip includes at least one clip that interacts with a reagent cartridge.
A wood kiln comprising: a vacuum chamber ; a central plate electrode disposed within the vacuum chamber, the central plate electrode having a first planar pressing surface, a first angled flange flanking the first planar pressing surface , a second planar pressing surface disposed opposite the first planar pressing surface, and a second angled flange flanking the second planar pressing surface; a first ground plate electrode disposed within the vacuum chamber, wherein the first ground plate electrode is disposed on a first side of the central plate electrode; a second ground plate electrode disposed within the vacuum chamber, wherein the second ground plate electrode is disposed on a second side of the central plate electrode, opposite the first ground plate electrode, wherein the central plate electrode, the first ground plate electrode, and the second ground plate electrode are arranged in parallel, and further wherein the first angled flange of the central plate electrode is angled toward the first ground plate electrode, and the second angled flange of the central plate electrode is angled toward the second ground plate electrode and away from the first angled flange; and a radiofrequency generator coupled to the central plate electrode. a vacuum chamber ; a central plate electrode disposed within the vacuum chamber, the central plate electrode having a first planar pressing surface, a first angled flange flanking the first planar pressing surface , a second planar pressing surface disposed opposite the first planar pressing surface, and a second angled flange flanking the second planar pressing surface; a first ground plate electrode disposed within the vacuum chamber, wherein the first ground plate electrode is disposed on a first side of the central plate electrode; a second ground plate electrode disposed within the vacuum chamber, wherein the second ground plate electrode is disposed on a second side of the central plate electrode, opposite the first ground plate electrode, wherein the central plate electrode, the first ground plate electrode, and the second ground plate electrode are arranged in parallel, and further wherein the first angled flange of the central plate electrode is angled toward the first ground plate electrode, and the second angled flange of the central plate electrode is angled toward the second ground plate electrode and away from the first angled flange; and a radiofrequency generator coupled to the central plate electrode.