mhurhangee/patent-ind-claim-en huggingface dataset:
A capacitive in-cell touch-screen panel comprising: a touch scanning line, implemented by at least one gate line of a TFT array substrate; wherein the touch-screen panel further comprises: a touch driver circuit connected with the touch scanning line and adapted to load touch scan signals to the touch scanning line; an integrated gate driver circuit, having an output terminal connected with the at least one gate line; a driver switch, provided within the integrated gate driver circuit, wherein the integrated gate driver circuit is adapted to load gate drive signals to the touch scanning line; and the driver switch is adapted, when the touch scanning line transmits touch scan signals, to switch off the connection between the integrated gate driver circuit and the touch scanning line, and, when the touch scanning line transmits gate drive signals, to switch on the connection between the touch scanning line and the integrated gate driver circuit; characterized in that the touch-screen panel further comprises: a second switch, provided between the touch scanning line and the touch driver circuit and used, when the touch scanning line transmits touch scan signals, to switch on the connection between the touch driver circuit and the touch scanning line, and when the touch scanning line transmits gate drive signals, to switch off the connection between the touch scanning line and the touch driver circuit. a touch driver circuit connected with the touch scanning line and adapted to load touch scan signals to the touch scanning line; an integrated gate driver circuit, having an output terminal connected with the at least one gate line; a driver switch, provided within the integrated gate driver circuit, wherein the integrated gate driver circuit is adapted to load gate drive signals to the touch scanning line; and the driver switch is adapted, when the touch scanning line transmits touch scan signals, to switch off the connection between the integrated gate driver circuit and the touch scanning line, and, when the touch scanning line transmits gate drive signals, to switch on the connection between the touch scanning line and the integrated gate driver circuit; characterized in that the touch-screen panel further comprises: a second switch, provided between the touch scanning line and the touch driver circuit and used, when the touch scanning line transmits touch scan signals, to switch on the connection between the touch driver circuit and the touch scanning line, and when the touch scanning line transmits gate drive signals, to switch off the connection between the touch scanning line and the touch driver circuit.
A method for manufacturing a perforated composite part, the method comprising: producing a precursor comprising a layup having a first face and an opposite second face , the layup comprising structural fibres embedded in a partially or fully cured matrix material and interposed between two removable plies, characterised by the precursor also comprising a sacrificial fibre extending through the removable plies, the matrix material and between the structural fibres ; removing at least one of the removable plies from the precursor ; removing the sacrificial fibre from the precursor after removing the at least one of the removable plies to form a through hole in the precursor at a location of the sacrificial fibre ; and peeling the removable plies from the precursor to cause severing of the sacrificial fibre . producing a precursor comprising a layup having a first face and an opposite second face , the layup comprising structural fibres embedded in a partially or fully cured matrix material and interposed between two removable plies, characterised by the precursor also comprising a sacrificial fibre extending through the removable plies, the matrix material and between the structural fibres ; removing at least one of the removable plies from the precursor ; removing the sacrificial fibre from the precursor after removing the at least one of the removable plies to form a through hole in the precursor at a location of the sacrificial fibre ; and peeling the removable plies from the precursor to cause severing of the sacrificial fibre .
Process for removal of monomeric isocyanates from isocyanate-containing prepolymers by providing the mixture in acetone, TMCP or dimethyl ether as solvent and dialyzing the dissolved mixture against the solvent using a permeable membrane made of polyethersulfone or polyether ether ketone having a pore size in the range from 5 to 400 nm.
A light emitting device package comprising: a plurality of light emitting diode chips ; a lead frame comprising: a plurality of connection portions each having a mounting portion on which one of the plurality of light emitting diode chips is mounted, for circuit connecting the plurality of light emitting diode chips; and a terminal portion extended from at least one of the plurality of connection portions; electrical connections between each light emitting diode chip and the connection portion on which it is mounted and an adjacent one of the connection portions; and a plurality of reflective cavities that reflect light emitted from the plurality of light emitting diode chips, surround the plurality of light emitting diode chips and are spaced from each other; characterised in that the reflective cavities of the respective light emitting device chips are independent elements, fixed and bonded onto the connection portions and separate from each other, the connection portions being exposed around each of the cavities; and in that the connection portions adjacent to each other are fixed and bonded to each other by the plurality of reflective cavities, and in that the gaps through which the first connection portion , the intermediate connection portions , and the second connection portion are spaced apart from each other are filled with the same material as the reflective cavities . a plurality of light emitting diode chips ; a lead frame comprising: a plurality of connection portions each having a mounting portion on which one of the plurality of light emitting diode chips is mounted, for circuit connecting the plurality of light emitting diode chips; and a terminal portion extended from at least one of the plurality of connection portions; electrical connections between each light emitting diode chip and the connection portion on which it is mounted and an adjacent one of the connection portions; and a plurality of reflective cavities that reflect light emitted from the plurality of light emitting diode chips, surround the plurality of light emitting diode chips and are spaced from each other; characterised in that the reflective cavities of the respective light emitting device chips are independent elements, fixed and bonded onto the connection portions and separate from each other, the connection portions being exposed around each of the cavities; and in that the connection portions adjacent to each other are fixed and bonded to each other by the plurality of reflective cavities, and in that the gaps through which the first connection portion , the intermediate connection portions , and the second connection portion are spaced apart from each other are filled with the same material as the reflective cavities .
A method of wireless communication comprising: receiving a downlink grant, wherein the downlink grant comprises a first signature; identifying a stored first status based at least in part on the first signature; decoding a data transmission based at least in part on the downlink grant and the stored first status; and transmitting an acknowledgment message for the data transmission, wherein the acknowledgment message comprises a second signature. receiving a downlink grant, wherein the downlink grant comprises a first signature; identifying a stored first status based at least in part on the first signature; decoding a data transmission based at least in part on the downlink grant and the stored first status; and transmitting an acknowledgment message for the data transmission, wherein the acknowledgment message comprises a second signature.
Pump unit having an electrical drive motor and a control device for controlling the drive motor , wherein said control device comprises at least one microprocessor and storage means which is able to store at least one control program executable by said microprocessor , characterized in that said control device comprises a programming module by which at least one user application can be created and/or modified and stored in said storage means, wherein said programming module is designed such that at least one input parameter , at least one operator and at least one action can be chosen as program elements and combined to generate at least one user function of said user application which can be executed by said microprocessor, and in that said control device with said microprocessor and said storage means are located in at least one electronic housing arranged at said drive motor or arranged at another place of the pump unit, or in a housing of said drive motor . characterized in that said control device comprises a programming module by which at least one user application can be created and/or modified and stored in said storage means, wherein said programming module is designed such that at least one input parameter , at least one operator and at least one action can be chosen as program elements and combined to generate at least one user function of said user application which can be executed by said microprocessor, and in that said control device with said microprocessor and said storage means are located in at least one electronic housing arranged at said drive motor or arranged at another place of the pump unit, or in a housing of said drive motor .
Apparatus in an access node comprising: means for determining information in relation to radio channel conditions on available communication channels at the access node , which information enables distributed control of radio access at a plurality of devices served by a network including the access node; and means for broadcasting said information from said access node. means for determining information in relation to radio channel conditions on available communication channels at the access node , which information enables distributed control of radio access at a plurality of devices served by a network including the access node; and means for broadcasting said information from said access node.
Method for storing contents implemented by a first content reader, the first content reader comprising a processor, a first content storage memory (MEM1), a virtualization layer (CV1) and a hardware abstraction layer, the storage method (STCK) comprising: - a reception of a storage request (stck_req(c1(f))) for a first content of a given format (c1(f)), - in response to the storage request, a generation of a first autonomous content (EV1_GN) comprising a creation (CNT_CREA) of a first container (cnt1) in which are stored at least the first content to be stored in the given format (c1(f)), and a first access processing (tta1(f)) adapted to the given format and associated with the first content to be stored, the data stored in the first container (cnt1) constituting the first autonomous content (ev1) ; - a generation of a first execution processing (TTE_GN) stored in the virtualization layer (CV1) in association with the first autonomous content (ev1), the first execution processing (hp1) being adapted to an execution of a first access processing of the first autonomous content (tta1(f)) on the hardware abstraction layer, the method being characterized in that it comprises the following step: - in response to a modification (TTE_MDF), on the first content reader (R1), of the first access processing (tta1), an update (TTA_MAJ) as a function of the modified first access processing, of at least a first access processing (tta1) associated with a first content (c1) in a first container of a first autonomous content (ev1) stored on the first memory (MEM1) . - a reception of a storage request (stck_req(c1(f))) for a first content of a given format (c1(f)), - in response to the storage request, a generation of a first autonomous content (EV1_GN) comprising a creation (CNT_CREA) of a first container (cnt1) in which are stored at least the first content to be stored in the given format (c1(f)), and a first access processing (tta1(f)) adapted to the given format and associated with the first content to be stored, the data stored in the first container (cnt1) constituting the first autonomous content (ev1) ; - a generation of a first execution processing (TTE_GN) stored in the virtualization layer (CV1) in association with the first autonomous content (ev1), the first execution processing (hp1) being adapted to an execution of a first access processing of the first autonomous content (tta1(f)) on the hardware abstraction layer, - in response to a modification (TTE_MDF), on the first content reader (R1), of the first access processing (tta1), an update (TTA_MAJ) as a function of the modified first access processing, of at least a first access processing (tta1) associated with a first content (c1) in a first container of a first autonomous content (ev1) stored on the first memory (MEM1) .
A spanwise segment connection structure for wind turbine blades, comprising: a first segment and a second segment provided along the length direction of the wind turbine blade, wherein at least one splicing surface , in form of a slope structure, is provided between the first and second segments ; and a structural adhesive layer provided at the splicing surface for splicing and fixing the first and second segments ; wherein the bonding length of the structural adhesive layer conforms to the inclination angle of the slope structure, and a biaxial fabric reinforcement layer is provided on the outer side of a skin interface of the splicing surface ; and two splicing surfaces are provided between the first and second segments , the two splicing surfaces symmetrically arranged and diffusing along the direction toward an outer skin , and a connecting segment is provided between the first and second segments , wherein the connecting segment is bonded and fixed on the splicing surfaces of the first and second segments ; characterized in that the outer skin of the splicing surface on the first and second segments extends horizontally near one end of an inner skin and fits with the inner skin to form a horizontal butting portion , and the horizontal butting portions of the first and second segments abut each other to form a horizontal portion for fixing the connecting segment . a first segment and a second segment provided along the length direction of the wind turbine blade, wherein at least one splicing surface , in form of a slope structure, is provided between the first and second segments ; and a structural adhesive layer provided at the splicing surface for splicing and fixing the first and second segments ; wherein the bonding length of the structural adhesive layer conforms to the inclination angle of the slope structure, and a biaxial fabric reinforcement layer is provided on the outer side of a skin interface of the splicing surface ; and two splicing surfaces are provided between the first and second segments , the two splicing surfaces symmetrically arranged and diffusing along the direction toward an outer skin , and a connecting segment is provided between the first and second segments , wherein the connecting segment is bonded and fixed on the splicing surfaces of the first and second segments ; characterized in that the outer skin of the splicing surface on the first and second segments extends horizontally near one end of an inner skin and fits with the inner skin to form a horizontal butting portion , and the horizontal butting portions of the first and second segments abut each other to form a horizontal portion for fixing the connecting segment .
A parts-washing method comprising: a) contacting a part with an aqueous liquid cleaning composition in a contact zone at a temperature of less than 45 degrees C, wherein the aqueous liquid cleaning composition comprises at least one alkoxylate surfactant, which is an ethoxylated non-ionic surfactant prepared by the reaction of a monohydroxy alkanol with 2 to 20 carbon atoms, and wherein the aqueous liquid cleaning composition has a total amount of alkoxylate surfactant of 1 to 20 weight % based on the total weight of the composition; b) passing at least part of the aqueous liquid cleaning composition from the contact zone to a separation housing; c) separating the aqueous liquid cleaning composition in the separation housing by allowing the composition to settle under gravity at a temperature of less than 45 degrees C to form an upper oily phase, an intermediate aqueous phase and a lower particulate phase; and d) withdrawing at least a portion of the intermediate aqueous phase for use as the aqueous liquid cleaning composition in the contact zone. a) contacting a part with an aqueous liquid cleaning composition in a contact zone at a temperature of less than 45 degrees C, wherein the aqueous liquid cleaning composition comprises at least one alkoxylate surfactant, which is an ethoxylated non-ionic surfactant prepared by the reaction of a monohydroxy alkanol with 2 to 20 carbon atoms, and wherein the aqueous liquid cleaning composition has a total amount of alkoxylate surfactant of 1 to 20 weight % based on the total weight of the composition; b) passing at least part of the aqueous liquid cleaning composition from the contact zone to a separation housing; c) separating the aqueous liquid cleaning composition in the separation housing by allowing the composition to settle under gravity at a temperature of less than 45 degrees C to form an upper oily phase, an intermediate aqueous phase and a lower particulate phase; and d) withdrawing at least a portion of the intermediate aqueous phase for use as the aqueous liquid cleaning composition in the contact zone.
Motor vehicle comprising a wheel suspension , wherein the wheel suspension has a wheel carrier for receiving a wheel , a wheel-guiding link for the articulated connection of the wheel carrier to a body , a camber link which connects the wheel carrier to the body , and a steering means for steering the wheel , wherein the wheel carrier and the wheel-guiding link are connected to one another directly in a first connecting region and indirectly in a second connecting region by means of an integral link , such that the wheel carrier can be pivoted about a steering axle in relation to the wheel-guiding link , wherein, in relation to the vehicle longitudinal direction (x), the first connecting region is configured in front of the centre of the wheel and the second connecting region is configured behind the centre of the wheel , characterized by a chassis element which is deflected on the body side and which is connected directly to the wheel carrier .
Differential pressure meter , comprising: - a main body having i) at least one inlet opening , ii) at least one outlet opening , iii) at least one channel which places the inlet opening in fluid communication with the outlet opening , iv) at least one housing in turn defining an operating seat therein separate from said channel and having at least a first passage opening and at least a second passage opening configured for placing the operating seat in fluid communication with said channel ; characterized in that the differential pressure meter further comprises: - a sealing casing inserted in said operating seat and in turn defining a respective inner volume , said sealing casing being a fluid sealing body made in a single piece; - a sensitive element seated in said sealing casing dividing the inner volume of said sealing casing at least in a first chamber and in a second chamber , a first surface of said sensitive element being directed towards said first chamber , a second surface of said sensitive device being directed towards said second chamber ; - a first pressure intake formed on said sealing casing , said first passage opening being in communication with said first chamber through said first pressure intake and - a second pressure intake formed on said sealing casing , said second passage opening being in communication with said second chamber through said second pressure intake . - a main body having i) at least one inlet opening , ii) at least one outlet opening , iii) at least one channel which places the inlet opening in fluid communication with the outlet opening , iv) at least one housing in turn defining an operating seat therein separate from said channel and having at least a first passage opening and at least a second passage opening configured for placing the operating seat in fluid communication with said channel ; i) at least one inlet opening , ii) at least one outlet opening , iii) at least one channel which places the inlet opening in fluid communication with the outlet opening , iv) at least one housing in turn defining an operating seat therein separate from said channel and having at least a first passage opening and at least a second passage opening configured for placing the operating seat in fluid communication with said channel ; - a sealing casing inserted in said operating seat and in turn defining a respective inner volume , said sealing casing being a fluid sealing body made in a single piece; - a sensitive element seated in said sealing casing dividing the inner volume of said sealing casing at least in a first chamber and in a second chamber , a first surface of said sensitive element being directed towards said first chamber , a second surface of said sensitive device being directed towards said second chamber ; - a first pressure intake formed on said sealing casing , said first passage opening being in communication with said first chamber through said first pressure intake and - a second pressure intake formed on said sealing casing , said second passage opening being in communication with said second chamber through said second pressure intake .
A method for drying a wet polymer composition obtained from a polymerization process, comprising: a) introducing the wet polymer composition and a drying gas into a fluidized bed dryer to form a fluidized bed of the wet polymer composition and b) heating the fluidized bed to obtain a dry polymer composition, wherein the fluidized bed further comprises an anti-fouling agent comprising inert nanoparticles and the wet polymer composition comprises powders of one or more polymers selected from the group consisting of polyolefins such as ethylene homopolymer, propylene homopolymer, and copolymers of ethylene or propylene with linear alpha olefins or dienes, wherein the fluidized bed dryer contains internal heating elements, wherein the internal heating elements have a surface temperature during step b) of from 70 °C to below the melting point of polymer in the wet polymer composition, for example up to 135 °C. a) introducing the wet polymer composition and a drying gas into a fluidized bed dryer to form a fluidized bed of the wet polymer composition and b) heating the fluidized bed to obtain a dry polymer composition, wherein the fluidized bed further comprises an anti-fouling agent comprising inert nanoparticles and the wet polymer composition comprises powders of one or more polymers selected from the group consisting of polyolefins such as ethylene homopolymer, propylene homopolymer, and copolymers of ethylene or propylene with linear alpha olefins or dienes, wherein the fluidized bed dryer contains internal heating elements, wherein the internal heating elements have a surface temperature during step b) of from 70 °C to below the melting point of polymer in the wet polymer composition, for example up to 135 °C.
A subsea pipeline comprising a steel pipe surrounded by a thermally-insulating coating system, wherein the coating system has at least one thermal insulation layer that comprises a thermally-insulating matrix embedding elongate tensile elements of a thermoplastic polymer, characterised in that each elongate tensile element is co-mingled with the matrix in a transition zone surrounding that element .