mhurhangee/ep-ind-claims huggingface dataset:
An in vitro method for identifying an individual who has an altered risk for developing psoriasis, comprising: detecting a single nucleotide polymorphism in gene IL23R in the nucleotide sequence of SEQ ID NO:38 in an individual's sample of nucleic acids, wherein the presence of G at position 101 of SEQ ID NO:38, or the presence of C at position 101 of its complement is indicative of an increased risk for psoriasis in said individual; or detecting the risk SNP haplotype of rs11209026 and rs7530511 in an individual's sample of nucleic acids, wherein the presence of said risk SNP haplotype is indicative of an increased risk for psoriasis in said individual. detecting a single nucleotide polymorphism in gene IL23R in the nucleotide sequence of SEQ ID NO:38 in an individual's sample of nucleic acids, wherein the presence of G at position 101 of SEQ ID NO:38, or the presence of C at position 101 of its complement is indicative of an increased risk for psoriasis in said individual; or detecting the risk SNP haplotype of rs11209026 and rs7530511 in an individual's sample of nucleic acids, wherein the presence of said risk SNP haplotype is indicative of an increased risk for psoriasis in said individual.
Method for the thermal treatment of friction linings, in which the entire friction lining is heated while using ceramic IR heaters or ceramic IR heating fields that generate IR radiation with a radiancy maximum in the wavelength range of 2260 - 3000 nm.
A method in a user equipment in idle mode, for enabling the compilation of information concerning the radio coverage within a cell of a base station, the user equipment is configured to communicate with the base station, the method comprising the actions of: receiving an activation/deactivation signal from the base station for setting the user equipment in active/non-active radio coverage feedback state, detecting a loss of coverage, and transmitting a return to coverage indication, to be received by the base station, when returning back to coverage when the user equipment has been set to active radio coverage feedback state characterized by that the return to coverage indication comprising at least one signal burst transmitted on any of a Random Access Channel or Packet Random Access Channel, and that the return to coverage indication being identifiable by the base station by comprising a dedicated identification number and/or by comprising a predetermined number of signal bursts transmitted at a predetermined time interval. receiving an activation/deactivation signal from the base station for setting the user equipment in active/non-active radio coverage feedback state, detecting a loss of coverage, and transmitting a return to coverage indication, to be received by the base station, when returning back to coverage when the user equipment has been set to active radio coverage feedback state characterized by that the return to coverage indication comprising at least one signal burst transmitted on any of a Random Access Channel or Packet Random Access Channel, and that the return to coverage indication being identifiable by the base station by comprising a dedicated identification number and/or by comprising a predetermined number of signal bursts transmitted at a predetermined time interval.
A temperature monitoring apparatus comprising: - a temperature sensor in close proximity to a monitored conductor and adapted to measure a temperature thereof; - a substrate on which is mounted a transmitter that is adapted to transmit temperature data obtained by the temperature sensor by wireless communication; - a core installed so as to surround the monitored conductor; and - a coil wound around the core and adapted to start the transmitter by detecting a current passed through the monitored conductor, the temperature monitoring apparatus being characterized in that: - the temperature sensor is held by an insulator in a clearance provided to a part of a magnetic path of the core; - locations of the monitored conductor and the core have been regulated by a pair of insulator bobbins that fixes the core at both ends of the core; and - the coil is fit to the pair of insulator bobbins. - a temperature sensor in close proximity to a monitored conductor and adapted to measure a temperature thereof; - a substrate on which is mounted a transmitter that is adapted to transmit temperature data obtained by the temperature sensor by wireless communication; - a core installed so as to surround the monitored conductor; and - a coil wound around the core and adapted to start the transmitter by detecting a current passed through the monitored conductor, - the temperature sensor is held by an insulator in a clearance provided to a part of a magnetic path of the core; - locations of the monitored conductor and the core have been regulated by a pair of insulator bobbins that fixes the core at both ends of the core; and - the coil is fit to the pair of insulator bobbins.
A non-aqueous electrolyte secondary battery comprising: - an electrode body having a structure in which a positive electrode including a positive-electrode active material and a negative electrode including a negative-electrode active material are stacked with a separator interposed therebetween; - a shrink tube that bundles the electrode body; - a non-aqueous electrolyte solution containing a flame retardant; and - an outer casing accommodating the electrode body and the non-aqueous electrolyte solution, wherein the non-aqueous electrolyte solution in the electrode body has a flame retardant concentration lower than a flame retardant concentration in the non-aqueous electrolyte solution between the shrink tube and the outer casing, and characterized in that the electrode body and the shrink tube prevents the flame retardant contained in the non-aqueous electrolyte solution outside of the shrink tube from being flown and diffused into the electrode body. - an electrode body having a structure in which a positive electrode including a positive-electrode active material and a negative electrode including a negative-electrode active material are stacked with a separator interposed therebetween; - a shrink tube that bundles the electrode body; - a non-aqueous electrolyte solution containing a flame retardant; and - an outer casing accommodating the electrode body and the non-aqueous electrolyte solution, wherein the non-aqueous electrolyte solution in the electrode body has a flame retardant concentration lower than a flame retardant concentration in the non-aqueous electrolyte solution between the shrink tube and the outer casing, and characterized in that the electrode body and the shrink tube prevents the flame retardant contained in the non-aqueous electrolyte solution outside of the shrink tube from being flown and diffused into the electrode body.
A method for interference coordination, the method comprising: getting time-frequency resource-blocks of a cell, and dividing said time-frequency resource-blocks into multiple resource subsets; grouping users to be scheduled in the cell into multiple user groups according to Angles of Arrival AOA ranges of the users, wherein an amount of said user groups is equal to an amount of said resource subsets, and different user groups have different priority sequences for selecting time-frequency resource-blocks among the resource subsets; obtaining information on resource subsets, information on user groups, said user group information comprises AOA ranges, and information on selection priority sequences corresponding to each user group of the neighbor cells; and allocating time-frequency resource-blocks of the resource subsets to users, such that users which are in neighbor locations belong to different user groups, and the allocation is scheduled according to said priority sequences of the user groups. getting time-frequency resource-blocks of a cell, and dividing said time-frequency resource-blocks into multiple resource subsets; grouping users to be scheduled in the cell into multiple user groups according to Angles of Arrival AOA ranges of the users, wherein an amount of said user groups is equal to an amount of said resource subsets, and different user groups have different priority sequences for selecting time-frequency resource-blocks among the resource subsets; obtaining information on resource subsets, information on user groups, said user group information comprises AOA ranges, and information on selection priority sequences corresponding to each user group of the neighbor cells; and allocating time-frequency resource-blocks of the resource subsets to users, such that users which are in neighbor locations belong to different user groups, and the allocation is scheduled according to said priority sequences of the user groups.
Method for producing homogenized tobacco material for use in a heat-not-burn aerosol-generating article, comprising the steps of: - selecting a first target value for a first tobacco characteristic, said first tobacco characteristic being reducing sugars and the first target value being comprised between about 8 percent and about 18 percent in dry weight basis of a total amount of tobacco present within the homogenized tobacco material; - selecting a second target value of a second tobacco characteristic, wherein the second tobacco characteristic is one of total ammonia and total alkaloids, wherein the second target value is below about 0.2 percent in dry weight basis of the total amount of tobacco present within the homogenized tobacco material in case the second tobacco characteristic is total ammonia, and wherein the second target value is comprised between about 1.5 percent and about 3.5 percent in dry weight basis of the total amount of tobacco present within the homogenized tobacco material in case the second tobacco characteristic is total alkaloids; - blending graded tobacco types so as to form the tobacco blend, each graded tobacco type comprising a predetermined amount of the first and second tobacco characteristics, so that the first and second target values of said first and second tobacco characteristics are obtained in said blend within a predetermined tolerance range; - grinding said tobacco blend into a blended tobacco powder; - forming a slurry comprising the blended tobacco powder; and - forming a web of homogenous tobacco web from the slurry. - selecting a first target value for a first tobacco characteristic, said first tobacco characteristic being reducing sugars and the first target value being comprised between about 8 percent and about 18 percent in dry weight basis of a total amount of tobacco present within the homogenized tobacco material; - selecting a second target value of a second tobacco characteristic, wherein the second tobacco characteristic is one of total ammonia and total alkaloids, wherein the second target value is below about 0.2 percent in dry weight basis of the total amount of tobacco present within the homogenized tobacco material in case the second tobacco characteristic is total ammonia, and wherein the second target value is comprised between about 1.5 percent and about 3.5 percent in dry weight basis of the total amount of tobacco present within the homogenized tobacco material in case the second tobacco characteristic is total alkaloids; - blending graded tobacco types so as to form the tobacco blend, each graded tobacco type comprising a predetermined amount of the first and second tobacco characteristics, so that the first and second target values of said first and second tobacco characteristics are obtained in said blend within a predetermined tolerance range; - grinding said tobacco blend into a blended tobacco powder; - forming a slurry comprising the blended tobacco powder; and - forming a web of homogenous tobacco web from the slurry.
A divan for an aircraft, comprising: at least one front leg connectable to a structure of the aircraft; at least one rear leg connectable to the structure of the aircraft; at least one lateral bracket connecting between the front leg and the rear leg, the lateral bracket having a lateral bracket front end and a lateral bracket rear end; a first track defined by the lateral bracket between the lateral bracket front end and the lateral bracket rear end; at least one upright, having an upright top end and an upright bottom end; a second track defined by the upright between the upright top end and the upright bottom end; a seat pan having a seat pan front end and a seat pan rear end, the seat pan being slidingly connected to the first track adjacent to the seat pan rear end; a backrest having a backrest top end and a backrest bottom end, the backrest being slidingly connected to the second track adjacent to the backrest top end; at least one front seat bracket pivotally connected adjacent to the lateral bracket front end, the front seat bracket slidingly engaging a third track extending between the seat pan front end and the seat pan rear end; and at least one rear seat bracket connected, at a first end, adjacent to the seat pan rear end and, at a second end, slidingly engaging the first track wherein the seat pan rear end is pivotably connected to the backrest adjacent to the backrest bottom end such that movement of the seat pan is transmitted to the backrest so as to move together between an upright position and a berth position. at least one front leg connectable to a structure of the aircraft; at least one rear leg connectable to the structure of the aircraft; at least one lateral bracket connecting between the front leg and the rear leg, the lateral bracket having a lateral bracket front end and a lateral bracket rear end; a first track defined by the lateral bracket between the lateral bracket front end and the lateral bracket rear end; at least one upright, having an upright top end and an upright bottom end; a second track defined by the upright between the upright top end and the upright bottom end; a seat pan having a seat pan front end and a seat pan rear end, the seat pan being slidingly connected to the first track adjacent to the seat pan rear end; a backrest having a backrest top end and a backrest bottom end, the backrest being slidingly connected to the second track adjacent to the backrest top end; at least one front seat bracket pivotally connected adjacent to the lateral bracket front end, the front seat bracket slidingly engaging a third track extending between the seat pan front end and the seat pan rear end; and at least one rear seat bracket connected, at a first end, adjacent to the seat pan rear end and, at a second end, slidingly engaging the first track wherein the seat pan rear end is pivotably connected to the backrest adjacent to the backrest bottom end such that movement of the seat pan is transmitted to the backrest so as to move together between an upright position and a berth position.
A gate for mounting in a valve body of a resilient seated gate valve, the gate being coated with, or formed from, a resiliently deformable material and comprising two opposed faces (24, 25) spaced from the transverse plane of the gate, each of the faces being provided with at least two seals (41, 43; 45. 47) formed from the resiliently deformable material, an inter-seal space provided between the at least two seals of each face, that each extend around the face, each of the at least two seals of each face extending from each face underneath a base of the gate, and the at least two seals of one face spaced apart from the at least two seals of the other face, one seal of each face being located within the periphery of the other of said face, a first seal of one of the faces, in use, permitting fluid leakage when it reaches the limit of its sealing capability for a given compression such that the inter-seal space between the two seals becomes pressurised so that in the closed position of the valve an intermediate pressure is trapped between a first upstream seal and a second upstream seal, wherein, in use, the first upstream seal experiences a pressure drop from the upstream pressure down to a mid-pressure and the second upstream seal experiences a pressure drop from the mid-pressure down to a downstream pressure of that seal.
A method of preparing an organic polymer, comprising: polymerizing a multifunctional synthetic organic substrate with an oxidase or an oxidizing agent to form said organic polymer, wherein said multifunctional synthetic organic substrate has the following structure: polymerizing a multifunctional synthetic organic substrate with an oxidase or an oxidizing agent to form said organic polymer, wherein said multifunctional synthetic organic substrate has the following structure:
A backlight unit apparatus for generating white light comprising: a light source capable of emitting blue light; an optical material comprising a host material and a first quantum dots capable of emitting green light and second quantum dots capable of emitting red light, wherein the weight percent ratio of the first quantum dots to the second quantum dots in the optical material is in a range from 9:1 to 2:1, wherein the light source is positioned to be capable of illuminating the optical material and wherein the optical material is positioned adjacent to an edge surface of a transparent light guide; and characterised in that the backlight unit further comprises an optic comprising a transparent capillary comprising the optical material, wherein a light reflective material partially surrounds the capillary. a light source capable of emitting blue light; an optical material comprising a host material and a first quantum dots capable of emitting green light and second quantum dots capable of emitting red light, wherein the weight percent ratio of the first quantum dots to the second quantum dots in the optical material is in a range from 9:1 to 2:1, wherein the light source is positioned to be capable of illuminating the optical material and wherein the optical material is positioned adjacent to an edge surface of a transparent light guide; and wherein the light source is positioned to be capable of illuminating the optical material and wherein the optical material is positioned adjacent to an edge surface of a transparent light guide; and characterised in that the backlight unit further comprises an optic comprising a transparent capillary comprising the optical material, wherein a light reflective material partially surrounds the capillary.
A system of an extrusion plate and an adapter piece for assembly on an extrusion ram of an extrusion device, wherein the extrusion plate comprises at least one filler piece comprising an extrusion surface, via which a force can be exerted on a material to be extruded, and the filler piece is formed conically on the external diameter thereof with an outer conical surface and is surrounded by a sealing ring, which likewise belongs to the extrusion plate and which is designed with the internal diameter thereof such that it forms a gap with the inner conical surface thereof and with the outer conical surface of the filter piece, and at least one radial gap, which widens conically from the inside to the outside, runs between the filler piece and the sealing ring, wherein the filler piece and the sealing ring can be assembled to the adapter piece via a connecting element (110; 110'), and the retraction force of the extrusion ram can be transferred to the sealing ring via the connecting element (110; 110'), characterized in that the filler piece is connected to the sealing ring and is secured against an axial movement at the sealing ring, that the connecting element (110; 110') is a circumferential connecting web (110; 110'), wherein the connecting web (110; 110'), which is optionally interrupted in some sections, runs around the longitudinal axis of the extrusion plate, and wherein either the connecting web is attached to the adapter piece and protrudes into a corresponding circumferential recess in the sealing ring, or the connecting web is molded to the sealing ring and protrudes into a corresponding circumferential recess in the adapter piece, that there is a small play between the connecting web (110; 110') and the recess, in order to be able to rotate the two components against each other, that a rotation of the sealing ring and thus of the extrusion plate can take place via receptacles, which are located laterally at the sealing ring, that either bayonet cams (111, 112, 111', 112') are provided, which engage with guide grooves, wherein a retraction force of the extrusion ram can be transferred from the adapter piece to the sealing ring via tensioning surfaces in the region of the bayonet cams (111, 112, 111', 112'), while compressive forces can be absorbed by a front surface of the connecting web, or that the connecting web (110, 110') is screwed into the recess (109; 109'), wherein a retraction force of the extrusion ram can be transferred via the thread, yet the entire front surface of the connecting web (110, 110') is available for absorbing the compressive forces.
A holder for fastening a sanitary component to a wall, having a housing with at least one compartment (3, 4) for at least one glue component, wherein the at least one glue component can be pressed out of the at least one compartment (3, 4) by means of a mechanical actuator such that the at least one glue component exits from at least one opening of the housing, wherein the at least one opening opens into at least one curing compartment for the at least one glue component and wherein the at least one curing compartment is delimited by at least one grate such that as the at least one glue component cures in the at least one curing compartment, ambient air reaches the at least one glue component through the at least one grate.
Modified oligonucleotide of the general formula: wherein: • Oligo represents an antisense oligonucleotide sequence which may be oriented 3'-5' or 5'-3', single stranded, DNA, RNA, and/or comprise modified nucleotides; • X represents a divalent linker moiety selected from ether -O-, thio -S-, amino -NH-, and methylene -CH 2 -; • R 1 and R 2 may be identical or different and represent: (i) a hydrogen atom, (ii) a halogen, in particular fluorine atom, (iii) a hydroxyl group, (iv) an alkyl group comprising from 1 to 12 carbon atoms; • M 1, M 2 and M 3 may be identical or different and represent: - a saturated or unsaturated, linear or branched hydrocarbon chain comprising from 12 to 30 carbon atoms, which may be substituted at the terminal carbon atom by an aliphatic or aromatic, notably benzylic or naphtylic ester group; - an acyl radical with 12 to 30 carbon atoms, or - an acylglycerol, sphingosine or ceramide group, for use as a medicament. • Oligo represents an antisense oligonucleotide sequence which may be oriented 3'-5' or 5'-3', single stranded, DNA, RNA, and/or comprise modified nucleotides; • X represents a divalent linker moiety selected from ether -O-, thio -S-, amino -NH-, and methylene -CH 2 -; • R 1 and R 2 may be identical or different and represent: (i) a hydrogen atom, (ii) a halogen, in particular fluorine atom, (iii) a hydroxyl group, (iv) an alkyl group comprising from 1 to 12 carbon atoms; (i) a hydrogen atom, (ii) a halogen, in particular fluorine atom, (iii) a hydroxyl group, (iv) an alkyl group comprising from 1 to 12 carbon atoms; • M 1, M 2 and M 3 may be identical or different and represent: - a saturated or unsaturated, linear or branched hydrocarbon chain comprising from 12 to 30 carbon atoms, which may be substituted at the terminal carbon atom by an aliphatic or aromatic, notably benzylic or naphtylic ester group; - an acyl radical with 12 to 30 carbon atoms, or - an acylglycerol, sphingosine or ceramide group, for use as a medicament. - a saturated or unsaturated, linear or branched hydrocarbon chain comprising from 12 to 30 carbon atoms, which may be substituted at the terminal carbon atom by an aliphatic or aromatic, notably benzylic or naphtylic ester group; - an acyl radical with 12 to 30 carbon atoms, or - an acylglycerol, sphingosine or ceramide group,