mhurhangee/patent-ind-claim-en huggingface dataset:
An adhesive composition comprising: (I) 100 parts by mass of an end-unreactive urethane urea resin; and (III) 4.0 to 20 parts by mass of a polyisocyanate compound having at least two isocyanate groups in the molecule, wherein the polyisocyanate compound (III) contains (IIIA) a polyisocyanate compound having an isocyanate group bonded to secondary carbon and (IIIB) a polyisocyanate compound having 4 to 40 carbon atoms in the molecule other than the component (IIIA), and the amount of the component (IIIB) is 10 to 500 parts by mass based on 100 parts by mass of the component (IIIA). (I) 100 parts by mass of an end-unreactive urethane urea resin; and (III) 4.0 to 20 parts by mass of a polyisocyanate compound having at least two isocyanate groups in the molecule, wherein the polyisocyanate compound (III) contains (IIIA) a polyisocyanate compound having an isocyanate group bonded to secondary carbon and (IIIB) a polyisocyanate compound having 4 to 40 carbon atoms in the molecule other than the component (IIIA), and the amount of the component (IIIB) is 10 to 500 parts by mass based on 100 parts by mass of the component (IIIA).
A communication method of a communication apparatus in a wireless communication system, the communication method comprising: receiving, from a communication device , a first message for establishing a communication connection with the communication device; sending the first message to a first core network node ; receiving, from the first core network node , a second message including information identifying a group of at least one core network node to which the first message for establishing the communication connection should be rerouted said communication method being characterised in that it further comprises the steps of: determining whether at least one core network node within the group is available; selecting the first core network node or another default core network node not forming part of the group as a second core network node in a case where no valid core network node is available within the group; and sending a third message including the first message to the second core network node wherein the third message indicates that the first message shall not be rerouted. receiving, from a communication device , a first message for establishing a communication connection with the communication device; sending the first message to a first core network node ; receiving, from the first core network node , a second message including information identifying a group of at least one core network node to which the first message for establishing the communication connection should be rerouted said communication method being characterised in that it further comprises the steps of: determining whether at least one core network node within the group is available; selecting the first core network node or another default core network node not forming part of the group as a second core network node in a case where no valid core network node is available within the group; and sending a third message including the first message to the second core network node wherein the third message indicates that the first message shall not be rerouted. determining whether at least one core network node within the group is available; selecting the first core network node or another default core network node not forming part of the group as a second core network node in a case where no valid core network node is available within the group; and sending a third message including the first message to the second core network node wherein the third message indicates that the first message shall not be rerouted.
A method comprising: a) forming a supported lipid bilayer on a surface of a substrate, wherein the supported lipid bilayer comprises an anchor molecule that comprises or bears a first affinity tag and is present in the lipid bilayer at a concentration greater than or equal to 10 mole percent; b) contacting the supported lipid bilayer with a biological molecule, wherein the biological molecule comprises a second harmonic-active label, a second affinity tag capable of binding to the first affinity tag, and optionally a linker molecule positioned between the biological molecule and the second affinity tag, thereby tethering the biological molecule to the supported lipid bilayer in an oriented fashion; and c) detecting an optical signal arising from the tethered biological molecule before and after contacting the tethered biological molecule with a ligand, wherein the optical signal is second harmonic light, and wherein a change in the optical signal detected before and after contacting the tethered biological molecule with the ligand indicates that the biological molecule has undergone a conformational change. a) forming a supported lipid bilayer on a surface of a substrate, wherein the supported lipid bilayer comprises an anchor molecule that comprises or bears a first affinity tag and is present in the lipid bilayer at a concentration greater than or equal to 10 mole percent; b) contacting the supported lipid bilayer with a biological molecule, wherein the biological molecule comprises a second harmonic-active label, a second affinity tag capable of binding to the first affinity tag, and optionally a linker molecule positioned between the biological molecule and the second affinity tag, thereby tethering the biological molecule to the supported lipid bilayer in an oriented fashion; and c) detecting an optical signal arising from the tethered biological molecule before and after contacting the tethered biological molecule with a ligand, wherein the optical signal is second harmonic light, and wherein a change in the optical signal detected before and after contacting the tethered biological molecule with the ligand indicates that the biological molecule has undergone a conformational change.
A device for producing at least one product generatively manufactured from contour layers arranged one above the other and joined together from a sheet material , the device comprising a lifting table configured to receive the product , which can be moved vertically over a lifting range and is further configured to position the sheet material relative to the product before it is cut out, wherein further a cutting device is provided with which a contour layer can be cut out of a first and each further layer of the sheet material , wherein a relative movement of the cutting device and the sheet material during the cutting process results in the contour layer being cut out of the sheet material , characterized in that the lifting table is configured to move the sheet material received on the lifting table or on the surface of the partially formed product horizontally relative to the cutting device over a processing region of the stationarily acting cutting device .
A repulpable insulation material comprising: a batt formed of a mixture of paper fiber and thermoplastic binder fiber distributed substantially randomly within the paper fiber, wherein the batt has a thickness of about 1/16 of an inch (1.5875 mm) or greater, wherein the thermoplastic binder fiber is adhered to the paper fiber; wherein the thermoplastic binder fiber represents between about 0.5% and about 25% by weight of the fiber mixture; wherein the thermoplastic binder fibers have a length of between about 0.5 mm to about 16 mm, wherein the material of the thermoplastic binder fiber is selected from a group consisting of polyethylene, polyester, polypropylene or mixtures thereof, and wherein the repulpable insulation material is greater than 85% repulpable as measured according to the method described herein.
A catalyst having a core-shell structure, the core being an amorphous silica-alumina particle and/or a particle aggregate, and the shell being aluminum oxide containing silicon and tin, wherein the weight ratio of the aluminum oxide containing silicon and tin to the amorphous silica-alumina is 1:60-1:3, preferably is 1:40-1:4, further preferably is 1:30-1:6; in the aluminum oxide containing silicon and tin, on the basis of the weight of the aluminum oxide containing silicon and tin and calculated as elements, the content of silicon is 0.5-2wt%, preferably is 0.8-1.5wt%, and the content of tin is 0.2-1wt%, preferably is 0.3-0.8wt%.
A method of correcting a near-infrared and/or visible image of a tissue portion to correct for absorption by melanin comprising: determining skin color of the tissue portion; determining a melanin correction factor from the skin color; correcting for melanin absorption at each wavelength used for imaging the tissue portion, thereby providing a corrected image of the tissue portion and the biomolecules of interest within the tissue portion, and displaying the corrected image of the tissue portion, wherein the skin color is determined by measuring light reflected from the tissue portion at two or more wavelengths and using reflectance to calculate the skin color of the tissue portion and the correction for melanin absorption comprises multiplying absorption at each wavelength by the melanin correction factor and subtracting said absorption at each wavelength so as to subtract absorption due to melanin from the image. determining skin color of the tissue portion; determining a melanin correction factor from the skin color; correcting for melanin absorption at each wavelength used for imaging the tissue portion, thereby providing a corrected image of the tissue portion and the biomolecules of interest within the tissue portion, and displaying the corrected image of the tissue portion, wherein the skin color is determined by measuring light reflected from the tissue portion at two or more wavelengths and using reflectance to calculate the skin color of the tissue portion and the correction for melanin absorption comprises multiplying absorption at each wavelength by the melanin correction factor and subtracting said absorption at each wavelength so as to subtract absorption due to melanin from the image.
A system for determining driver errors, comprising: an interface configured to receive a safety warning from a safety warning system and receive data from a vehicle event recorder ; a processor configured to: determine an appropriate driver response based at least in part on the safety warning, wherein determining the appropriate driver response comprises looking up the safety warning in a lookup table to determine the appropriate driver response; determine a driver response, wherein the driver response is determined by processing the data from the vehicle event recorder; determine vehicle events providing coaching information; determine whether the driver response comprises the appropriate driver response by comparing the driver response and the appropriate driver response; and in the event the driver response does not comprise the appropriate driver response, indicating a driver error, wherein indicating the driver error comprises providing coaching information including the vehicle events providing coaching information. an interface configured to receive a safety warning from a safety warning system and receive data from a vehicle event recorder ; a processor configured to: determine an appropriate driver response based at least in part on the safety warning, wherein determining the appropriate driver response comprises looking up the safety warning in a lookup table to determine the appropriate driver response; determine a driver response, wherein the driver response is determined by processing the data from the vehicle event recorder; determine vehicle events providing coaching information; determine whether the driver response comprises the appropriate driver response by comparing the driver response and the appropriate driver response; and in the event the driver response does not comprise the appropriate driver response, indicating a driver error, wherein indicating the driver error comprises providing coaching information including the vehicle events providing coaching information. determine an appropriate driver response based at least in part on the safety warning, wherein determining the appropriate driver response comprises looking up the safety warning in a lookup table to determine the appropriate driver response; determine a driver response, wherein the driver response is determined by processing the data from the vehicle event recorder; determine vehicle events providing coaching information; determine whether the driver response comprises the appropriate driver response by comparing the driver response and the appropriate driver response; and in the event the driver response does not comprise the appropriate driver response, indicating a driver error, wherein indicating the driver error comprises providing coaching information including the vehicle events providing coaching information.
A distribution block for extrusion melt, comprising a base body and at least one sleeve , wherein the base body and the at least one sleeve have communicating fluid channels , wherein the at least one sleeve is mounted in the base body so as to be movable, wherein the at least one sleeve may be positioned in a first position in relation to the base body , so as to bring a first group of fluid channels of the at least one sleeve in communication with fluid channels of the base body , characterized in that at least one fluid channel of the first group of fluid channels of the at least one sleeve is configured to be operated at a different temperature level than a second fluid channel of the first group of fluid channels of the at least one sleeve , and the fluid channels of a group of fluid channels of the at least one sleeve are thermally insulated from one another. wherein the base body and the at least one sleeve have communicating fluid channels , wherein the at least one sleeve is mounted in the base body so as to be movable, wherein the at least one sleeve may be positioned in a first position in relation to the base body , so as to bring a first group of fluid channels of the at least one sleeve in communication with fluid channels of the base body , at least one fluid channel of the first group of fluid channels of the at least one sleeve is configured to be operated at a different temperature level than a second fluid channel of the first group of fluid channels of the at least one sleeve , and the fluid channels of a group of fluid channels of the at least one sleeve are thermally insulated from one another.
A heat exchanger apparatus , comprising: a shell extending over a flow length L from an inlet at a upstream end to an outlet at a downstream end, and defining a first or primary flowpath for a first fluid or coolant (F); a structure disposed within the shell defining a second flowpath for a second fluid, wherein the structure comprises a plurality of tubes extending across the interior of the shell transverse to the flow direction of the first fluid or coolant (F); at least one secondary inlet in the shell disposed downstream from the upstream end; and a nozzle disposed downstream of the at least one secondary inlet ; wherein the nozzle is configured to increase fluid velocity and therefore decrease local static pressure, thereby providing a driving force for entraining additional fluid or coolant, characterized in that the nozzle is defined by one or more baffles disposed in the shell, wherein the baffles divide the flow of the first fluid or coolant (F) into inner and outer portions (F3, F4), so that the inner portion (F3) flows straight through the shell and the outer portion (F4) mixes entrained fluid or coolant with the primary flow (F). a shell extending over a flow length L from an inlet at a upstream end to an outlet at a downstream end, and defining a first or primary flowpath for a first fluid or coolant (F); a structure disposed within the shell defining a second flowpath for a second fluid, wherein the structure comprises a plurality of tubes extending across the interior of the shell transverse to the flow direction of the first fluid or coolant (F); at least one secondary inlet in the shell disposed downstream from the upstream end; and a nozzle disposed downstream of the at least one secondary inlet ; wherein the nozzle is configured to increase fluid velocity and therefore decrease local static pressure, thereby providing a driving force for entraining additional fluid or coolant, characterized in that the nozzle is defined by one or more baffles disposed in the shell, wherein the baffles divide the flow of the first fluid or coolant (F) into inner and outer portions (F3, F4), so that the inner portion (F3) flows straight through the shell and the outer portion (F4) mixes entrained fluid or coolant with the primary flow (F).
Non-transgenic tomato plant which carries a modified SlAN2 gene in its genome, wherein the modified SlAN2 gene is located on chromosome 10, and the modified SIAN2 gene is as comprised in the genome of a tomato plant representative seed of which was deposited with the NCIMB under deposit number NCIMB 42470, wherein the modified SlAN2 gene comprises a single nucleotide polymorphism (SNP) from a G to a T on position 610 of the coding sequence (CDS) of Solycl0g086250 in public tomato genome, release SL2.50, annotation ITAG2.4, accessible at www.solgenomics.net, resulting in an amino acid change at position 204 from Aspartic acid (D) to Tyrosine (Y).
A method comprising: using a first process to form at least one conductive trace on a flexible surface ; using a second process to form at least one bead of fluid conductive material at a first location, wherein the first location is a selected location on the at least one conductive trace; positioning at least one printed circuit board overlaying at least part of the at least one conductive trace such that the at least one bead of fluid conductive material is aligned with at least one hole in the printed circuit board ; and pushing the printed circuit board towards the flexible surface so as to force the bead of fluid conductive material through the hole to form an electrical connection between the at least one conductive trace and an upper surface of the printed circuit board . using a first process to form at least one conductive trace on a flexible surface ; using a second process to form at least one bead of fluid conductive material at a first location, wherein the first location is a selected location on the at least one conductive trace; positioning at least one printed circuit board overlaying at least part of the at least one conductive trace such that the at least one bead of fluid conductive material is aligned with at least one hole in the printed circuit board ; and pushing the printed circuit board towards the flexible surface so as to force the bead of fluid conductive material through the hole to form an electrical connection between the at least one conductive trace and an upper surface of the printed circuit board .
A manual injection device comprising: - a lower body that receives a reservoir (S), said reservoir being mounted to move axially in said lower body and containing fluid to be injected, said reservoir (S) including a piston (P) and a needle (A), - an upper body that is mounted to move axially relative to said lower body during actuation, said upper body including a piston rod (TP) co-operating with said piston (P) during injection so as to move it in the reservoir (S), - a sleeve that is mounted to move relative to said lower body between a rest position, in which said sleeve is arranged inside said lower body , and a projecting position, in which said sleeve is moved axially out of said lower body , said sleeve being blocked in its rest position before the manual injection device is actuated, and being urged automatically into its projecting position after injection, the manual injection device being characterized in that , before actuation, said piston rod (TP) is connected to a ring fastened, in particular crimped, on a radial collar of said reservoir (S) so as to form an injection lock, the force necessary for moving said reservoir (S) axially in said lower body being less than the force necessary for triggering said injection lock, such that said pricking is performed before said injection. - a lower body that receives a reservoir (S), said reservoir being mounted to move axially in said lower body and containing fluid to be injected, said reservoir (S) including a piston (P) and a needle (A), - an upper body that is mounted to move axially relative to said lower body during actuation, said upper body including a piston rod (TP) co-operating with said piston (P) during injection so as to move it in the reservoir (S), - a sleeve that is mounted to move relative to said lower body between a rest position, in which said sleeve is arranged inside said lower body , and a projecting position, in which said sleeve is moved axially out of said lower body , said sleeve being blocked in its rest position before the manual injection device is actuated, and being urged automatically into its projecting position after injection,
A label cutter comprising a blade having a curved cutting edge configured and arranged to move towards a platen in order to cut a label material placed between them; a force applicator comprising a roller being arranged and configured to apply a force to a portion of the blade in the direction of the platen ; an actuator operatively coupled to the force applicator and operable to cause the force applicator to move; the force applicator being moveable in order to, in use, apply a force to consecutive portions of the blade in the direction of the platen so as to provide a rolling engagement between the blade and the platen ; wherein the blade comprises an engaging portion protruding from a body portion of the blade and forming a corner on the blade, at an edge opposite to the curved cutting edge , to contact the force applicator to define a pivot position, the engaging portion having at least one surface which is hook-shaped for being contacted by the force applicator, such that when the roller contacts the hook-shaped engaging portion the corner urges the roller towards the hook-shaped engaging portion and rotates the blade around the corner and away from the platen about the pivot position, and wherein the engaging portion is arranged to retain the blade in place. wherein the blade comprises an engaging portion protruding from a body portion of the blade and forming a corner on the blade, at an edge opposite to the curved cutting edge , to contact the force applicator to define a pivot position, the engaging portion having at least one surface which is hook-shaped for being contacted by the force applicator, such that when the roller contacts the hook-shaped engaging portion the corner urges the roller towards the hook-shaped engaging portion and rotates the blade around the corner and away from the platen about the pivot position, and wherein the engaging portion is arranged to retain the blade in place.