mhurhangee/patent-ind-claim-en huggingface dataset:
Box body of a commercial vehicle, in particular of a lorry, trailer or semitrailer, having a wall panel and a transport cooling machine , wherein the wall panel has an assembly opening to receive the transport cooling machine , wherein the transport cooling machine is arranged in sections in the assembly opening and wherein at least one seal is provided in the assembly opening between the wall panel and the transport cooling machine , characterised in that the seal comprises at least one foamed plastic and that the seal has at least one seal chamber which is outwardly at least substantially closed and is filled with a foamed plastic and/or has at least one retaining profile which maintains the foamed plastic under compression in a direction perpendicular to the wall panel .
An oral appliance fixable to lower jaw teeth of a patient comprising: a body having a shape corresponding to a teeth arrangement; a lower teeth recess formed in a lower portion of the body to allow the lower jaw teeth to be inserted therein; an upper teeth recess formed in an upper portion of the body to allow upper jaw teeth to be inserted therein and allowing the lower jaw to move backward by a predetermined distance; and an upper teeth guide part formed to extend from the body to face a side surface of the upper jaw teeth, wherein the lower teeth recess further comprises a lower molar fixing recess formed to strongly engage with at least a portion of left and right molars of the lower jaw teeth by a frictional force and a lower incisor recess formed to allow other lower jaw teeth except the left and right molars to position therein, wherein the lower incisor recess is formed to be spaced apart from lower incisors, and thus the lower incisor recess does not contact to the lower incisors, wherein the upper teeth recess is formed to be spaced apart from upper jaw teeth, and thus the upper teeth recess does not strongly engage with the upper jaw teeth, wherein the upper teeth recess and the lower teeth recess are formed such that the lower jaw teeth of the patient move forward further than before wearing the oral appliance fixed to the lower jaw teeth. a body having a shape corresponding to a teeth arrangement; a lower teeth recess formed in a lower portion of the body to allow the lower jaw teeth to be inserted therein; an upper teeth recess formed in an upper portion of the body to allow upper jaw teeth to be inserted therein and allowing the lower jaw to move backward by a predetermined distance; and an upper teeth guide part formed to extend from the body to face a side surface of the upper jaw teeth, wherein the lower teeth recess further comprises a lower molar fixing recess formed to strongly engage with at least a portion of left and right molars of the lower jaw teeth by a frictional force and a lower incisor recess formed to allow other lower jaw teeth except the left and right molars to position therein, wherein the lower incisor recess is formed to be spaced apart from lower incisors, and thus the lower incisor recess does not contact to the lower incisors, wherein the upper teeth recess is formed to be spaced apart from upper jaw teeth, and thus the upper teeth recess does not strongly engage with the upper jaw teeth, wherein the upper teeth recess and the lower teeth recess are formed such that the lower jaw teeth of the patient move forward further than before wearing the oral appliance fixed to the lower jaw teeth.
A cell-penetrating peptide characterized in that it comprises an amino acid sequence X 1 LX 2 RALWX 9 LX 3 X 9 X 4 LWX 9 LX 5 X 6 X 7 X 8 (SEQ ID No: 36), wherein X 1 is beta-A or S, X 2 is F or W, X 3 is L, W, C or I, X 4 is S, A, N or T, X 5 is L or W, X 6 is W or R, X 7 is K or R, X 8 is A or none, and X 9 is R or S.
Method for neutralising acidic and/or basic degradation or decomposition products of printing inks, adhesives or organic impurities, produced in the course of the processing and recycling of thermoplastic polyester plastics that are sensitive to hydrolytic and hygroscopic degradation, especially PET, wherein, in a first step, the polymeric material to be recycled is placed in a mixing and crushing device equipped with a cutting compressor, and then the polymer particles in the cutter compactor are continuously moved and heated, wherein at least a solid powdery, in particular mineral, filler that is normally used for extending, or as an extending agent, for example, chalk, diatomaceous earth, zinc oxide, talc, activated carbon and/or a carbonate, particularly calcium carbonate, is added to the softened not-yet-melted polymer for the neutralisation of the resulting degradation or decomposition products, wherein at least a portion, preferably the entire amount, of the filler is added to the heated polymer at a temperature of more than 30°C below its VICAT softening point with a test force of 10 N, but still below its melting point, and in an amount that corresponds to at least the expected acid or base load, wherein the mixture is continuously mixed, moved, and optionally crushed for a certain residence time, and is held in lumps or free flowing, wherein a chemical drying agent or mechanical means are used for reducing the residual moisture in the mixture and for the hydrolytic degradation of the polyester plastics, wherein the residual moisture is reduced to below 100 ppm, wherein the processing is carried out in an evacuable cutting compressor under vacuum conditions of ≤150 mbar, and wherein, following the processing, the material is subjected to a compression step, in particular a melting or extrusion step, wherein the amount of the added fillers is from about 0.1 to 15 wt.-%, preferably between 1 and 10 wt.-%, wherein the information in wt.-% relates to the total weight of the mixture of polymer and fillers, wherein the filler used is a filler with an average grain size or a D 50 value of less than 50 μm, in particular between 2 and 15 μm, and having a specific surface of 2 to 11 m2/g, particularly 5 to 9 m2/g.
Domestic household appliance, for example for the treatment of laundry, comprising a steam generator comprising a spray channel , means for heating the spray channel , and means for injecting water into the spray channel comprising at least one closure plate equipped with an injection port opening into the spray channel , the spray channel comprising an end communicating with a steam distribution circuit having at least one steam outlet hole for diffusing steam to the outside of the appliance, characterised in that the spray channel has a blind portion extending upstream of the injection port , said blind portion forming a dead end in which air is trapped when water is injected into the spray channel through the injection port .
An engineered mammalian cell or cell line stably expressing: (a) an epithelial sodium channel (ENaC) alpha or delta subunit; (b) an ENaC beta subunit; and (c) an ENaC gamma subunit, wherein at least one subunit is expressed from an introduced nucleic acid, wherein the cells in the cell line do not express ENaC endogenously; and wherein a functional ENaC is stably expressed. (a) an epithelial sodium channel (ENaC) alpha or delta subunit; (b) an ENaC beta subunit; and (c) an ENaC gamma subunit,
A full side openable boxcar, comprising: a plurality of doors which are movable in a longitudinal direction of a car body of the boxcar, and opening and closing devices each being configured to activate opening and closing of the respective doors ; wherein in a closing state, the doors are arranged sequentially to form a side wall of the full side openable boxcar; and in an opening state, the opening and closing devices activate the doors to translate in an inner-outer direction to allow the doors to be staggered and moved in the longitudinal direction of the car body, to open a corresponding position of the full side openable boxcar; and wherein each of the opening and closing devices comprises an upper drive mechanism arranged at an upper side of the door to push an upper part of the door to translate in the inner-outer direction; the upper drive mechanism comprises an upper drive shaft , an upper shift fork fixed to the upper drive shaft , and upper shaft seats ; a sub-fork of the upper shift fork configured to push the doors to translate from outside to inside is provided with a pressing fork, and the pressing fork tightly presses against the upper part of the door in the closing state of the doors; and characterized by that, an abutment plate is fixedly connected to the upper part of the door , and the abutment plate protrudes out of an upper end of the door , and has one side surface being in tightly-pressed contact with the pressing fork and another side surface abutting against another sub-fork. a plurality of doors which are movable in a longitudinal direction of a car body of the boxcar, and opening and closing devices each being configured to activate opening and closing of the respective doors ; wherein in a closing state, the doors are arranged sequentially to form a side wall of the full side openable boxcar; and in an opening state, the opening and closing devices activate the doors to translate in an inner-outer direction to allow the doors to be staggered and moved in the longitudinal direction of the car body, to open a corresponding position of the full side openable boxcar; and wherein each of the opening and closing devices comprises an upper drive mechanism arranged at an upper side of the door to push an upper part of the door to translate in the inner-outer direction; the upper drive mechanism comprises an upper drive shaft , an upper shift fork fixed to the upper drive shaft , and upper shaft seats ; a sub-fork of the upper shift fork configured to push the doors to translate from outside to inside is provided with a pressing fork, and the pressing fork tightly presses against the upper part of the door in the closing state of the doors; and characterized by that, an abutment plate is fixedly connected to the upper part of the door , and the abutment plate protrudes out of an upper end of the door , and has one side surface being in tightly-pressed contact with the pressing fork and another side surface abutting against another sub-fork.
A modular heat exchange tower that extends vertically along a longitudinal axis, comprising: a first module comprising a first basin disposed therein; one or more additional modules , at least one in the one or more additional modules having an outlet ; a first flume in fluid communication with said outlet , wherein said flume extends from said additional module having an outlet to said first module , the first basin comprising a flow opening configured to be connected at the said additional module having an outlet , a first heat exchange section; and an air current generator , characterised in that the first flume is trapezoidal in cross-section at a flow connection between the first basin and said additional module having an outlet , wherein the flow connection comprises angles that attach to the basins sides having a pair of side walls extending therefrom, and wherein each sidewall is sloped at an angle. a first module comprising a first basin disposed therein; one or more additional modules , at least one in the one or more additional modules having an outlet ; a first flume in fluid communication with said outlet , wherein said flume extends from said additional module having an outlet to said first module , the first basin comprising a flow opening configured to be connected at the said additional module having an outlet , a first heat exchange section; and an air current generator , characterised in that the first flume is trapezoidal in cross-section at a flow connection between the first basin and said additional module having an outlet , wherein the flow connection comprises angles that attach to the basins sides having a pair of side walls extending therefrom, and wherein each sidewall is sloped at an angle.
Process for preparing novel compounds comprising the steps of (i) condensation of malonic esters with aromatic aldehydes; (ii) optionally, transesterification of the condensates obtained in step i) with polyol and (iii) sulphitation of the product obtained in step i) or of the transesterified condensate obtained in step ii). (i) condensation of malonic esters with aromatic aldehydes; (ii) optionally, transesterification of the condensates obtained in step i) with polyol and (iii) sulphitation of the product obtained in step i) or of the transesterified condensate obtained in step ii).
An abutment for a tubular component, said abutment being overlaid with a coating comprising a principal layer constituted by an alloy selected from nickel-phosphorus alloys, copper-nickel alloys and nickel-tungsten alloys, characterized in that the coating further comprises an underlay constituted by an alloy selected from nickel-aluminium alloys.
A tray for use in a freeze drying plant, comprising a carrier plate at whose upper side a placement area is formed on which the vials containing frozen product can be placed, wherein a first boundary member that laterally bounds the placement area is provided at the right margin of the carrier plate , and wherein a second boundary member that laterally bounds the placement area is provided at the left margin of the carrier plate , characterized in that the first boundary member is held pivotably at the carrier plate in a plane in parallel with the placement area by means of a first pivot joint ; and in that means for pivoting the first boundary member in a plane in parallel with the placement area are provided; and/or in that the second boundary member is held pivotably at the carrier plate in a plane in parallel with the placement area by means of a second pivot joint; and in that means for pivoting the second boundary member in a plane in parallel with the placement area are provided. comprising a carrier plate at whose upper side a placement area is formed on which the vials containing frozen product can be placed, wherein a first boundary member that laterally bounds the placement area is provided at the right margin of the carrier plate , and wherein a second boundary member that laterally bounds the placement area is provided at the left margin of the carrier plate , characterized in that the first boundary member is held pivotably at the carrier plate in a plane in parallel with the placement area by means of a first pivot joint ; and in that means for pivoting the first boundary member in a plane in parallel with the placement area are provided; and/or in that the second boundary member is held pivotably at the carrier plate in a plane in parallel with the placement area by means of a second pivot joint; and in that means for pivoting the second boundary member in a plane in parallel with the placement area are provided.
A method for fabricating printed electronics comprising: printing a trace of an electrical component on a first substrate to form a first layer ; printing a trace of an electrical component on at least one additional substrate to form at least one additional layer ; and stacking the first layer with at the least one additional layer to create an assembled electrical device; wherein at least one of the layers is modified after printing, and wherein the modifying includes shrinking the substrates for the first layer and the at least one additional layer to a target size prior to stacking by heating the substrates at a predetermined temperature for a predetermined duration based on properties of the substrates. printing a trace of an electrical component on a first substrate to form a first layer ; printing a trace of an electrical component on at least one additional substrate to form at least one additional layer ; and stacking the first layer with at the least one additional layer to create an assembled electrical device; wherein at least one of the layers is modified after printing, and wherein the modifying includes shrinking the substrates for the first layer and the at least one additional layer to a target size prior to stacking by heating the substrates at a predetermined temperature for a predetermined duration based on properties of the substrates.
An exhaust system for treating an exhaust gas from a compression ignition engine comprising an oxidation catalyst for use as a passive NO x absorber and a downstream emissions control device, wherein the oxidation catalyst comprises: a substrate, which is a flow-through monolith; a first washcoat zone comprising palladium (Pd) directly supported on a first support material in an amount of 0.25 to 1.9 % by weight of the first support material, wherein the first support material consists essentially of ceria; and a second washcoat zone comprising platinum (Pt), palladium and a second support material, wherein the second support material comprises a refractory metal oxide, wherein the second washcoat zone is disposed or supported on the substrate downstream of the first washcoat zone; and wherein the emissions control device is a diesel particulate filter coated with a catalyst formulation, wherein the catalyst formulation: (a) comprises platinum and/or palladium for oxidising particulate matter and carbon monoxide and hydrocarbons and the coated diesel particulate filter is a catalysed soot filter; (b) is a NOx adsorber composition; or (c) is a selective catalytic reduction (SCR) catalyst and the coated diesel particulate filter is a selective catalytic reduction filter (SCRF). a substrate, which is a flow-through monolith; a first washcoat zone comprising palladium (Pd) directly supported on a first support material in an amount of 0.25 to 1.9 % by weight of the first support material, wherein the first support material consists essentially of ceria; and a second washcoat zone comprising platinum (Pt), palladium and a second support material, wherein the second support material comprises a refractory metal oxide, wherein the second washcoat zone is disposed or supported on the substrate downstream of the first washcoat zone; and wherein the emissions control device is a diesel particulate filter coated with a catalyst formulation, wherein the catalyst formulation: (a) comprises platinum and/or palladium for oxidising particulate matter and carbon monoxide and hydrocarbons and the coated diesel particulate filter is a catalysed soot filter; (b) is a NOx adsorber composition; or (c) is a selective catalytic reduction (SCR) catalyst and the coated diesel particulate filter is a selective catalytic reduction filter (SCRF).
A dispenser pump capable of being locked in operational and stocking positions without unwanted compression of components, the pump comprising: an actuator defining a fluid flow path having an outlet and attached to a top end of a biasing member ; and a closure body including a cylindrical skirt and a central aperture which allows for reciprocating motion of the actuator therethrough, characterised in that the dispenser pump further comprises a pump body having an outer housing fixed to the closure body , said outer housing coaxially receiving portions of the actuator within a pump chamber formed inside the outer housing and with a sliding insert slidably received within an insert housing , wherein the insert housing is fixed to the outer housing and wherein guides and stoppers formed on an inner facing of the insert housing cooperate with projections extending radially outward from an outer facing of the insert so as to allow the actuator to be selectively locked upwardly in an operable position and locked downwardly in a stocked position without substantial compression of the biasing member . an actuator defining a fluid flow path having an outlet and attached to a top end of a biasing member ; and a closure body including a cylindrical skirt and a central aperture which allows for reciprocating motion of the actuator therethrough, characterised in that the dispenser pump further comprises a pump body having an outer housing fixed to the closure body , said outer housing coaxially receiving portions of the actuator within a pump chamber formed inside the outer housing and with a sliding insert slidably received within an insert housing , wherein the insert housing is fixed to the outer housing and wherein guides and stoppers formed on an inner facing of the insert housing cooperate with projections extending radially outward from an outer facing of the insert so as to allow the actuator to be selectively locked upwardly in an operable position and locked downwardly in a stocked position without substantial compression of the biasing member .
A method of treating a textile substrate, comprising: jetting a plurality of treatment compositions from an inkjet printer over the textile substrate, the plurality of jetted treatment compositions each forming a treatment layer over the textile substrate, including, jetting a pretreatment composition including lanthanum ion and calcium ion, wherein a ratio of a calcium ion to the lanthanum ion is from 1:1 to 10:1, and jetting an ink composition jetted adjacently over the pretreatment composition, and adjusting a thickness of one of the treatment layers formed from jetting the plurality of treatment compositions on to the textile substrate based on a hydrophobicity of the textile substrate. jetting a plurality of treatment compositions from an inkjet printer over the textile substrate, the plurality of jetted treatment compositions each forming a treatment layer over the textile substrate, including, jetting a pretreatment composition including lanthanum ion and calcium ion, wherein a ratio of a calcium ion to the lanthanum ion is from 1:1 to 10:1, and jetting an ink composition jetted adjacently over the pretreatment composition, and adjusting a thickness of one of the treatment layers formed from jetting the plurality of treatment compositions on to the textile substrate based on a hydrophobicity of the textile substrate.
An injection-molding system , comprising: an extruding system ; a plurality of molding devices , wherein each of the plurality of molding devices includes a hollow space ; a plurality of discharging channel communicable with the extruding system and each of the discharging channels includes an outlet disposed away from the extruding system ; wherein each of the molding devices further includes several feeding ports communicable with the hollow space and engageable with the outlets , characterized in that the extruding system is configured to produce a mixture of a polymeric material and a blowing agent, the molding device further comprises an insulator disposed between the discharging channels and the molding device , the insulator is configured to maintain temperatures of the discharging channels greater than a temperature of the molding device , the discharging channels are extendable into the insulator and thereby partially surrounded by the insulator , wherein each of the outlets is configured to discharge the mixture; and each of the molding devices is configured to receive the mixture from the outlets . an extruding system ; a plurality of molding devices , wherein each of the plurality of molding devices includes a hollow space ; a plurality of discharging channel communicable with the extruding system and each of the discharging channels includes an outlet disposed away from the extruding system ; wherein each of the molding devices further includes several feeding ports communicable with the hollow space and engageable with the outlets , characterized in that the extruding system is configured to produce a mixture of a polymeric material and a blowing agent, the molding device further comprises an insulator disposed between the discharging channels and the molding device , the insulator is configured to maintain temperatures of the discharging channels greater than a temperature of the molding device , the discharging channels are extendable into the insulator and thereby partially surrounded by the insulator , wherein each of the outlets is configured to discharge the mixture; and each of the molding devices is configured to receive the mixture from the outlets .