mhurhangee/patent-ind-claim-en huggingface dataset:
A semiaromatic copolyamide resin, characterized in that , it consists of following repeat units by molar percentage: (A) based on an amount of all monomeric units, 26 to 80 mol% of units derived from para-amino benzoic acid; (B) based on the amount of all monomeric units, 4 to 70 mol% of units derived from 11-aminoundecanoic acid or undecanolactam, and 0 to 70 mol% of units derived from other amino acids having 6 to 36 carbon atoms or units consisting of a lactam; (C) based on the amount of all monomeric units, 0 to 37 mol% of units derived from a diamine unit having 4 to 36 carbon atoms; and (D) based on the amount of all monomeric units, 0 to 37 mol% of units derived from a diacid unit having 6 to 36 carbon atoms; wherein, (A) + (B) + (C) + (D) = 100 mol%; and molar contents of the units derived from para-amino benzoic acid and the units derived from 11-aminoundecanoic acid or undecanolactam are not equal to 50 mol% simultaneously. (A) based on an amount of all monomeric units, 26 to 80 mol% of units derived from para-amino benzoic acid; (B) based on the amount of all monomeric units, 4 to 70 mol% of units derived from 11-aminoundecanoic acid or undecanolactam, and 0 to 70 mol% of units derived from other amino acids having 6 to 36 carbon atoms or units consisting of a lactam; (C) based on the amount of all monomeric units, 0 to 37 mol% of units derived from a diamine unit having 4 to 36 carbon atoms; and (D) based on the amount of all monomeric units, 0 to 37 mol% of units derived from a diacid unit having 6 to 36 carbon atoms;
A cosmetic composition comprising a recombinant α-neurotoxin lacking a fifth disulfide bond in loop II of the three finger fold and a transdermal system, wherein said α-neurotoxin exhibits a K D for the alpha-1-containing, human muscular nAChR that is at least 100-fold less than its K D for any of the neuronal nAChR comprising α7nAChR, α3nAChR, α4nAChR, and α2nAChR.
A method of bioassay for the quantification of peptide fragments comprising a neo-epitope formed by cleavage of collagen Type III by MMP-1, MMP-3, MMP-8, MMP-9, MMP-13, CathepsinK, CathepsinS, ADAMTS1, ADAMTS4, or ADAMTS8, said method comprising contacting a sample comprising said peptide fragments with a monoclonal antibody having specific binding affinity for a said neo-epitope and determining the level of binding of said monoclonal antibody to peptide fragments in said sample, wherein said monoclonal antibody is not reactive with intact collagen type III, wherein said monoclonal antibody has specific binding affinity for the N-terminal neo-epitope sequence KNGETG and is non-reactive with an N-prolongated version of such a peptide.
An oral tablet comprising a population of particles and an active ingredient, the population of particles comprising: a) directly compressible (DC) sugar alcohol particles, b) non-directly compressible (non-DC) sugar alcohol particles that have not been granulated prior to tableting in an amount of at least 10% by weight of the oral tablet, and c) one or more binders other than binders forming part of the DC sugar alcohol particles in an amount of 0.1 to 6% by weight of the tablet, the one or more binders being added as separate components in the tablet, the non-DC particles providing the tablet with a plurality of discrete non-DC areas evenly distributed in the tablet or at least one module of the oral tablet, and the non-DC areas resulting in induced saliva generation upon mastication of the tablet, wherein the tablet is designed to be masticated and designed to deliver the active ingredient to the gastrointestinal tract as part of the saliva generated upon mastication of the tablet. a) directly compressible (DC) sugar alcohol particles, b) non-directly compressible (non-DC) sugar alcohol particles that have not been granulated prior to tableting in an amount of at least 10% by weight of the oral tablet, and c) one or more binders other than binders forming part of the DC sugar alcohol particles in an amount of 0.1 to 6% by weight of the tablet, the one or more binders being added as separate components in the tablet, the non-DC particles providing the tablet with a plurality of discrete non-DC areas evenly distributed in the tablet or at least one module of the oral tablet, and the non-DC areas resulting in induced saliva generation upon mastication of the tablet, wherein the tablet is designed to be masticated and designed to deliver the active ingredient to the gastrointestinal tract as part of the saliva generated upon mastication of the tablet.
A water temperature control method for a heat pump system, wherein the heat pump system comprises an equipment end, a terminal, and a water pump arranged on a pipeline between the equipment end and the terminal; the equipment end has an inverter compressor heat pump; and the water temperature control method comprises at least the following steps: detecting a current outlet water temperature of the equipment end in real time, and obtaining a current outlet water temperature difference between the current outlet water temperature and a specified outlet water temperature; and determining a current compressor energy level range based on the current outlet water temperature difference, and obtaining a current compressor frequency corresponding to the current compressor energy level range from a preset energy level range table, so as to control a compressor of the inverter compressor heat pump by using the current compressor frequency characterized in that a formula for determining the current compressor energy level range of the compressor is as follows: EL=A ∗ B+C; in the formula, EL represents the current compressor energy level range of the compressor, A represents a coefficient, B represents a preset energy level gain, and C represents an accumulated value; A=Ka ∗ ΔT and C=Kc ∗ ΔT ∗ Δt, wherein Ka represents a preset first temperature difference gain, ΔT represents the current outlet water temperature difference, Kc represents a preset second temperature difference gain, and Δt represents a time interval. detecting a current outlet water temperature of the equipment end in real time, and obtaining a current outlet water temperature difference between the current outlet water temperature and a specified outlet water temperature; and determining a current compressor energy level range based on the current outlet water temperature difference, and obtaining a current compressor frequency corresponding to the current compressor energy level range from a preset energy level range table, so as to control a compressor of the inverter compressor heat pump by using the current compressor frequency characterized in that a formula for determining the current compressor energy level range of the compressor is as follows: EL=A ∗ B+C; in the formula, EL represents the current compressor energy level range of the compressor, A represents a coefficient, B represents a preset energy level gain, and C represents an accumulated value; A=Ka ∗ ΔT and C=Kc ∗ ΔT ∗ Δt, wherein Ka represents a preset first temperature difference gain, ΔT represents the current outlet water temperature difference, Kc represents a preset second temperature difference gain, and Δt represents a time interval.
A method of attachment between a metal collector and a carbon felt of a battery, characterized in that it comprises the steps of: - impregnation of the pores of the carbon felt with a mixture of metal powder and of a binder, and - spot welding between the metal collector and the carbon felt impregnated with the metal powder, the impregnation step being locally carried out in at least one predetermined area of the carbon felt , the spot welding step being carried out at the level of said at least one predetermined area . - impregnation of the pores of the carbon felt with a mixture of metal powder and of a binder, and - spot welding between the metal collector and the carbon felt impregnated with the metal powder,
A lighting device , comprising: - a carrier for at least one lighting module comprising at least one mounting portion for receiving of at least one structure , wherein the carrier has a triangular cross section at least in sections with the at least one mounting portion being arranged on an edge of the triangular cross section; and a heat sink body portion arranged adjacent to the at least one mounting portion , wherein the heat sink body portion protrudes sidewards from the at least one mounting portion ; and - wherein the at least one structure is mounted to the at least one mounting portion , - wherein the at least one structure comprises at least one mounting face for receiving the at least one lighting module , - wherein the at least one mounting face has an arrangement direction and is configured for the at least one lighting module to be arranged along the arrangement direction ; - the at least one lighting module being mounted along the arrangement direction on the at least one mounting face ; and - at least one light guide optically coupled to the at least one lighting module ; characterised in that : the at least one structure has at least partly a concave or inwardly recessed cross section, wherein the at least one mounting face corresponds at least partly to a surface area of the at least one structure having the concave or inwardly recessed cross section, and at least two lighting modules are mounted on the at least one mounting face at least partly facing each other. - a carrier for at least one lighting module comprising at least one mounting portion for receiving of at least one structure , wherein the carrier has a triangular cross section at least in sections with the at least one mounting portion being arranged on an edge of the triangular cross section; and a heat sink body portion arranged adjacent to the at least one mounting portion , wherein the heat sink body portion protrudes sidewards from the at least one mounting portion ; and - wherein the at least one structure is mounted to the at least one mounting portion , - wherein the at least one structure comprises at least one mounting face for receiving the at least one lighting module , - wherein the at least one mounting face has an arrangement direction and is configured for the at least one lighting module to be arranged along the arrangement direction ; - the at least one lighting module being mounted along the arrangement direction on the at least one mounting face ; and - at least one light guide optically coupled to the at least one lighting module ;
A mobile terminal, comprising a housing , a camera , and a drive structure disposed in the housing , and a frame of the housing is provided with a hole ; and the drive structure comprises a drive body , a gear group , and a guiding rack fixed in the housing , the camera is rotatably disposed on the housing and is connected to the drive body , and the drive body adapted to cooperate with the guiding rack through rotation by using the gear group , and drive the camera to rotatably enter and leave the hole ; wherein the camera comprises a box and a camera body disposed in the box , and the drive body and the camera are disposed in the box body ; characterized in that and the box is fixedly connected to the drive body , the box comprises a box body , the guiding rack is arc shaped, the box body has a second mounting groove , the box further comprises a pressure plate , the pressure plate is fixed in an opening of the second mounting groove , the pressure plate and the second mounting groove form a second accommodation space, the drive body is mounted in the second accommodation space, and the gear group partially passes through the box and cooperates with the guiding rack through rotation. the drive structure comprises a drive body , a gear group , and a guiding rack fixed in the housing , the camera is rotatably disposed on the housing and is connected to the drive body , and the drive body adapted to cooperate with the guiding rack through rotation by using the gear group , and drive the camera to rotatably enter and leave the hole ; wherein the camera comprises a box and a camera body disposed in the box , and the drive body and the camera are disposed in the box body ; characterized in that and the box is fixedly connected to the drive body , the box comprises a box body , the guiding rack is arc shaped, the box body has a second mounting groove , the box further comprises a pressure plate , the pressure plate is fixed in an opening of the second mounting groove , the pressure plate and the second mounting groove form a second accommodation space, the drive body is mounted in the second accommodation space, and the gear group partially passes through the box and cooperates with the guiding rack through rotation.
A method of forming a microelectronic structure, said method comprising: providing a stack comprising: a substrate having a surface; and one or more optional intermediate layers on said substrate surface; applying a composition to said intermediate layers, if present, or to said substrate surface, if no intermediate layers are present, said composition comprising a block copolymer comprising a first block and a second block, each having respective etch rates, said first block comprising: a precursor monomer having an etch rate that is slower than said second block etch rate; and at least one etch-adjusting monomer, said first block having an etch rate that is slower than if said first block only included said precursor monomer; and causing said composition to self-assemble into a self-assembled layer, wherein said self-assembled layer comprises a first self-assembled region and a second self-assembled region different from said first self-assembled region. providing a stack comprising: a substrate having a surface; and one or more optional intermediate layers on said substrate surface; a substrate having a surface; and one or more optional intermediate layers on said substrate surface; applying a composition to said intermediate layers, if present, or to said substrate surface, if no intermediate layers are present, said composition comprising a block copolymer comprising a first block and a second block, each having respective etch rates, said first block comprising: a precursor monomer having an etch rate that is slower than said second block etch rate; and at least one etch-adjusting monomer, said first block having an etch rate that is slower than if said first block only included said precursor monomer; and a precursor monomer having an etch rate that is slower than said second block etch rate; and at least one etch-adjusting monomer, said first block having an etch rate that is slower than if said first block only included said precursor monomer; and causing said composition to self-assemble into a self-assembled layer, wherein said self-assembled layer comprises a first self-assembled region and a second self-assembled region different from said first self-assembled region.
A method for manufacturing an AMOLED display panel, comprising: forming an array substrate ; forming a color filter (CF) substrate ; and bonding the array substrate and the CF substrate , wherein the step of forming the CF substrate includes a step of forming a water blocking layer , characterized in that the step of forming the CF substrate and the step of bonding the array substrate and the CF substrate include: S1: forming a 1/4 wave plate on a carrier glass ; S2: forming a pattern of a CF layer and a pattern of a black matrix, BM, in sequence on the carrier glass obtained in step S1 by a patterning process; S3: forming a water blocking layer on the carrier glass obtained in step S2; S4: coating or laminating a bonding adhesive on the carrier glass obtained in step S3, and laminating the array substrate and the carrier glass obtained in step S3 corresponding to each other; S5: removing the carrier glass ; and S6: coating an adhesive on a linear polarizer , and laminating the linear polarizer to the 1/4 wave plate . forming an array substrate ; forming a color filter (CF) substrate ; and bonding the array substrate and the CF substrate , wherein the step of forming the CF substrate includes a step of forming a water blocking layer , characterized in that the step of forming the CF substrate and the step of bonding the array substrate and the CF substrate include: S1: forming a 1/4 wave plate on a carrier glass ; S2: forming a pattern of a CF layer and a pattern of a black matrix, BM, in sequence on the carrier glass obtained in step S1 by a patterning process; S3: forming a water blocking layer on the carrier glass obtained in step S2; S4: coating or laminating a bonding adhesive on the carrier glass obtained in step S3, and laminating the array substrate and the carrier glass obtained in step S3 corresponding to each other; S5: removing the carrier glass ; and S6: coating an adhesive on a linear polarizer , and laminating the linear polarizer to the 1/4 wave plate . S1: forming a 1/4 wave plate on a carrier glass ; S2: forming a pattern of a CF layer and a pattern of a black matrix, BM, in sequence on the carrier glass obtained in step S1 by a patterning process; S3: forming a water blocking layer on the carrier glass obtained in step S2; S4: coating or laminating a bonding adhesive on the carrier glass obtained in step S3, and laminating the array substrate and the carrier glass obtained in step S3 corresponding to each other; S5: removing the carrier glass ; and S6: coating an adhesive on a linear polarizer , and laminating the linear polarizer to the 1/4 wave plate .
A combination of a vessel filter and a snare , the vessel filter comprising a first region and a second region , the first region including a filtering section for capturing particles and having a first transverse dimension, the second region including a mounting section for mounting the filter within the vessel, the mounting section having a second transverse dimension greater than the first transverse dimension and including vessel engaging structure to retain the filter, the first region further including a retrieval region, the retrieval region including a hook having a curved hook at the proximalmost end; a wall of the hook having a cut out region exposing an internal annular surface which extends from a radiused region to a proximalmost edge such that the internal annular surface has a first interior surface at the radiused region and a second interior surface at the curved hook , the snare being engageable with the curved hook of the retrieval region of the vessel filter; and the radiused region , spaced axially in the distal direction from the curved hook , includes a radiused or curved edge defined by radiused or angled side walls and top wall , wherein the combination includes a retrieval sheath having a snare sheath , the snare extending through the snare sheath , the second interior surface being dimensioned to accommodate the tubular snare sheath of the retrieval sheath such that an outer wall of the tubular snare sheath can partially fit within the cut out region , the side walls forming camming surfaces to direct the hook and filtering section into the retrieval sheath .
A method for preparing cut and frozen vegetables, comprising the steps of: - washing the vegetables in order to eliminate any residues of earth or of other substances and materials which may have accumulated during the harvest; - subjecting said vegetables to mechanical treatment in order to isolate the edible part thereof; - cutting said vegetables into strips of thickness comprised between 2 mm and 5 mm and width comprised between 2 mm and 20 mm wherein the strips have a long pasta format such as spaghetti, tagliatelle and pappardelle, through the use of a cutting device; - steam-cooking said strips; - air-drying said strips; - dividing said strips into portions corresponding to a preset quantity; - packaging said portions of strips in containers through the use of a packaging machine; - freezing said containers containing said portions by way of a freezer to a temperature comprised between -18 °C and -30 °C. - washing the vegetables in order to eliminate any residues of earth or of other substances and materials which may have accumulated during the harvest; - subjecting said vegetables to mechanical treatment in order to isolate the edible part thereof; - cutting said vegetables into strips of thickness comprised between 2 mm and 5 mm and width comprised between 2 mm and 20 mm wherein the strips have a long pasta format such as spaghetti, tagliatelle and pappardelle, through the use of a cutting device; - steam-cooking said strips; - air-drying said strips; - dividing said strips into portions corresponding to a preset quantity; - packaging said portions of strips in containers through the use of a packaging machine; - freezing said containers containing said portions by way of a freezer to a temperature comprised between -18 °C and -30 °C.
Hair treatment composition for reducing and/or preventing bleeding and/or fading of artificially produced hair colours, which comprises an aqueous cosmetic carrier, and (a) has a pH in the range of 3,5 to 6,0; and (b) contains - based on its total weight - 0.4 to 2.6% by weight of calcium succinate. (a) has a pH in the range of 3,5 to 6,0; and (b) contains - based on its total weight - 0.4 to 2.6% by weight of calcium succinate.
A valve module comprising: a stop valve comprising a stem configured to reciprocate rectilinearly between a first position (h1) and a second position (h2), a stop valve disc mounted to an upper portion of the stem and configured to pass fluid when the stem is in the first position (h1) and to block fluid flow when the stem is in the second position (h2), and a sealing member surrounding the stem and configured to prevent exposure of the stem when the stop valve disc is located at the first position (h1); a control valve disposed above the stop valve and configured to control an amount of introduced fluid; and a case comprising a flow space for accommodating the stop valve and the control valve , an inlet port through which fluid is introduced to the flow space , and an outlet port through which fluid in the flow space is discharged. a stop valve comprising a stem configured to reciprocate rectilinearly between a first position (h1) and a second position (h2), a stop valve disc mounted to an upper portion of the stem and configured to pass fluid when the stem is in the first position (h1) and to block fluid flow when the stem is in the second position (h2), and a sealing member surrounding the stem and configured to prevent exposure of the stem when the stop valve disc is located at the first position (h1); a stem configured to reciprocate rectilinearly between a first position (h1) and a second position (h2), a stop valve disc mounted to an upper portion of the stem and configured to pass fluid when the stem is in the first position (h1) and to block fluid flow when the stem is in the second position (h2), and a sealing member surrounding the stem and configured to prevent exposure of the stem when the stop valve disc is located at the first position (h1); a control valve disposed above the stop valve and configured to control an amount of introduced fluid; and a case comprising a flow space for accommodating the stop valve and the control valve , an inlet port through which fluid is introduced to the flow space , and an outlet port through which fluid in the flow space is discharged.