mhurhangee/ep-ind-claims huggingface dataset:
A service device for executing an application upon request from a terminal and providing an execution screen to the terminal based on cloud streaming through a network, the service device comprising: a service communication unit configured to communicate with at least one terminal to transmit and receive data based on cloud streaming; and a service control unit, characterized in that the service control unit is configured to transmit image data to the terminal in advance, execute the application upon request from the terminal, capture a graphic user interface, GUI, screen from the execution screen of the application, and provide the captured GUI screen and information regarding the execution screen to the terminal, wherein the information regarding the execution screen includes individual items of video content, extracted from the image data, to be included in the execution screen together with content IDs and information regarding locations at which the individual items of the video content are to be displayed. a service communication unit configured to communicate with at least one terminal to transmit and receive data based on cloud streaming; and a service control unit, characterized in that the service control unit is configured to transmit image data to the terminal in advance, execute the application upon request from the terminal, capture a graphic user interface, GUI, screen from the execution screen of the application, and provide the captured GUI screen and information regarding the execution screen to the terminal, wherein the information regarding the execution screen includes individual items of video content, extracted from the image data, to be included in the execution screen together with content IDs and information regarding locations at which the individual items of the video content are to be displayed.
A TSE-free medium composition for use in culturing of Clostridium botulinum, the medium composition comprising: transmissible spongiform encephalopathy -free plant-derived peptones comprising a garden pea hydrolysate, a cotton seed hydrolysate and a wheat gluten hydrolysate with a ratio of 1:0.24-43.62:0.01-50.57 by weight; a casein hydrolysate; a carbon source; and at least one mineral selected from the group consisting of K 2 HPO 4 (dipotassium phosphate), Na 2 HPO 4 (disodium phosphate) and KH 2 PO 4 (monopotassium phosphate). transmissible spongiform encephalopathy -free plant-derived peptones comprising a garden pea hydrolysate, a cotton seed hydrolysate and a wheat gluten hydrolysate with a ratio of 1:0.24-43.62:0.01-50.57 by weight; a casein hydrolysate; a carbon source; and at least one mineral selected from the group consisting of K 2 HPO 4 (dipotassium phosphate), Na 2 HPO 4 (disodium phosphate) and KH 2 PO 4 (monopotassium phosphate).
Disposable incontinence nappy, having a main part having an absorbent element and a longitudinal direction and a transverse direction, comprising a front region having forward lateral longitudinal peripheries, a back region having rearward lateral longitudinal peripheries, and disposed therebetween a crotch region that comes to lie between the legs of a user, and having rearward side portions which are joined to the back region on both sides and which in the transverse direction of the disposable incontinence nappy extend beyond the rearward lateral longitudinal peripheries of the main part and in the region of the free end of said rearward side portions in the transverse direction carry in each case at least one closure means, whereas no side portions are joined to the front region, but rather the forward lateral longitudinal peripheries of the main part form a free-ending longitudinal periphery of the nappy, wherein the rearward side portions for placing and closing the disposable incontinence nappy on a user are in each case capable of being placed in a circumferential direction around the body of the user and are capable of being brought to an arrangement that overlaps with an external side of the front region on which said rearward side portions by way of the respective closure means are in each case capable of adhering in a releasable manner, wherein the rearward side portions in a planar spread-out but not elongated state have an extent Q in the transverse direction beyond the respective rearward lateral longitudinal periphery, wherein a longitudinal central axis of the rearward side portions bisects the extent Q, and wherein the rearward side portions within this extent Q are elastically elongatable in the transverse direction and to this end have an elastic or elasticized region that extends in the transverse direction and in the longitudinal direction, wherein this extent Q of the rearward side portions in the transverse direction comprises a proximal portion that adjoins the rearward lateral longitudinal periphery, and a free-ending distal portion that adjoins the proximal portion, and wherein the proximal portion, proceeding from the rearward lateral longitudinal periphery, in the transverse direction extends across a length which is 65% of the extent Q of a rearward side portion, and wherein the main part in the crotch region on both sides, so as to be adjacent to a respective longitudinal periphery of the crotch region, has in each case one elastic or elasticized portion that extends in the longitudinal direction, characterized in that the respective elastic or elasticized region of the rearward side portions is disposed completely within the proximal portion and reaches up to the assigned rearward lateral longitudinal periphery, or in the transverse direction has a spacing of at most 30 mm from the rearward lateral longitudinal periphery, and in that the respective rearward side portions in the entire distal portion are configured so as to be substantially non-elongatable.
An article comprising: a carbon-carbon composite structure; and a multiphase oxidation protection composition including a mixture of a first glass phase and a second glass phase comprised in a layer on an outer surface of the carbon-carbon composite structure, wherein the first glass phase comprises a phosphate glass composition having a first transition temperature, wherein the second glass phase comprises a second transition temperature higher than the first transition temperature, and wherein the second transition temperature is at least 100°C higher than the first transition temperature. a carbon-carbon composite structure; and a multiphase oxidation protection composition including a mixture of a first glass phase and a second glass phase comprised in a layer on an outer surface of the carbon-carbon composite structure, wherein the first glass phase comprises a phosphate glass composition having a first transition temperature, wherein the second glass phase comprises a second transition temperature higher than the first transition temperature, and wherein the first glass phase comprises a phosphate glass composition having a first transition temperature, wherein the second glass phase comprises a second transition temperature higher than the first transition temperature, and wherein the second transition temperature is at least 100°C higher than the first transition temperature.
A cryogenic system comprising: a single-stage precooler that includes a first-stage cooling stage; a two-stage precooler that includes a first-stage cooling stage and a second-stage cooling stage; and a JT cryocooler that includes a first-stage precooling unit configured to be cooled by the first-stage cooling stage of the single-stage precooler and a second-stage precooling unit configured to be cooled by the second-stage cooling stage, wherein the single-stage precooler is a single-stage Stirling cryocooler or a single-stage Stirling type pulse tube cryocooler and is configured to be operated at a first operating frequency, the two-stage precooler is a two-stage Stirling cryocooler or a two-stage Stirling type pulse tube cryocooler and is configured to be operated at a second operating frequency lower than the first operating frequency, and the first-stage precooling unit is thermally coupled to the first-stage cooling stage of the single-stage precooler and is thermally isolated from the first-stage cooling stage of the two-stage precooler. a single-stage precooler that includes a first-stage cooling stage; a two-stage precooler that includes a first-stage cooling stage and a second-stage cooling stage; and a JT cryocooler that includes a first-stage precooling unit configured to be cooled by the first-stage cooling stage of the single-stage precooler and a second-stage precooling unit configured to be cooled by the second-stage cooling stage, wherein the single-stage precooler is a single-stage Stirling cryocooler or a single-stage Stirling type pulse tube cryocooler and is configured to be operated at a first operating frequency, the two-stage precooler is a two-stage Stirling cryocooler or a two-stage Stirling type pulse tube cryocooler and is configured to be operated at a second operating frequency lower than the first operating frequency, and the first-stage precooling unit is thermally coupled to the first-stage cooling stage of the single-stage precooler and is thermally isolated from the first-stage cooling stage of the two-stage precooler.
A security element, called security dome, for gluing onto an electronic board, said security element being characterised in that it comprises at least: - a metal part for contact with at least one electrical circuit of said electronic board; - a protective part covering said metal part and having a first face comprising an adhesive portion intended to ensure the gluing of said security element on said electronic board by an automatic assembly method comprising at least one reflow step, said metal part and protective part being resistant to the temperatures used during said reflow step. - a metal part for contact with at least one electrical circuit of said electronic board; - a protective part covering said metal part and having a first face comprising an adhesive portion intended to ensure the gluing of said security element on said electronic board by an automatic assembly method comprising at least one reflow step,
A water barrier, comprising: a water-permeable frame formed from a plurality of discrete, perforated panels (22; 22'), the plurality of panels comprising wall panels and floor panels, wherein each of the wall panels comprises a plurality of protrusions (52, 54; 52', 54') for connection to a respective floor panel, and each of the floor panels comprises a plurality of apertures sized to receive the protrusions; and a substantially water-impermeable membrane formed separately from the water-permeable frame, wherein the water-permeable frame is configured to support the water-impermeable membrane in an L-shape such that, in use, water pressure on an upper surface of a horizontal part of the frame counter-balances water pressure on a first surface of an upright part of the frame. a water-permeable frame formed from a plurality of discrete, perforated panels (22; 22'), the plurality of panels comprising wall panels and floor panels, wherein each of the wall panels comprises a plurality of protrusions (52, 54; 52', 54') for connection to a respective floor panel, and each of the floor panels comprises a plurality of apertures sized to receive the protrusions; and a substantially water-impermeable membrane formed separately from the water-permeable frame, wherein the water-permeable frame is configured to support the water-impermeable membrane in an L-shape such that, in use, water pressure on an upper surface of a horizontal part of the frame counter-balances water pressure on a first surface of an upright part of the frame.
Round rod guide for mounting on a stud bolt attached to a container side, with a plastic body, which is being plugable onto and attachable to a stud bolt shaft of the stud bolt, wherein the plastic body has in its interior a channel for receiving the stud bolt shaft and on its free end a receiving opening for insertion of a round rod, characterized in that the plastic body is formed as two parts with a first, cup-shaped base part and with a second, insertion part which insertable into the cup-shaped base part in at least two different insertion positions that are rotated relative to one another at a predetermined angle, and wherein the receiving opening for the round rod and the channel for receiving the stud bolt shaft and for attaching the round rod guide are formed on the insertion part, whereby the receiving opening formed in the insertion part, when the insertion part is inserted in the base part in the first insertion position, has a different spacing to the foot of the stud bolt shaft than when in the second insertion position.
Process for the recovery of ruthenium from materials containing ruthenium or ruthenium oxides comprising the steps of 1 A. i) introducing the material into an alkali hydroxide melt in the presence of nitrate as oxidising agent while forming water-soluble ruthenate (RuO 4) 2-; 1A. ii) dissolving the oxidised melt residue thus obtained in water while obtaining a ruthenate-containing solution; 1B. treating the ruthenate-containing solution with an oxidising agent; 1C. distilling the RuO 4 thus produced; 1D. taking up the RuO 4 from step 1 C in hydrochloric acid; 1E. concentrating the hydrochloric acid solution; 1F. precipitating an ammonium ruthenate with NH 4 Cl; 1G. calcinating the ammonium ruthenate; 1H. tumbling; 1I. performing a reduction in the presence of hydrogen; 1J. grinding. 1 A. i) introducing the material into an alkali hydroxide melt in the presence of nitrate as oxidising agent while forming water-soluble ruthenate (RuO 4) 2-; 1A. ii) dissolving the oxidised melt residue thus obtained in water while obtaining a ruthenate-containing solution; 1B. treating the ruthenate-containing solution with an oxidising agent; 1C. distilling the RuO 4 thus produced; 1D. taking up the RuO 4 from step 1 C in hydrochloric acid; 1E. concentrating the hydrochloric acid solution; 1F. precipitating an ammonium ruthenate with NH 4 Cl; 1G. calcinating the ammonium ruthenate; 1H. tumbling; 1I. performing a reduction in the presence of hydrogen; 1J. grinding.
An electric liquid heater, comprising a plastic liquid tank, wherein the tank comprises an upper cylindrical part and a lower conical part, watertightly connected to each other and wherein a basically cylindrical plastic concentric wall is firmly arranged inside the tank, a hollow heating module, with outer surfaces and with a continuous cavity for directing the liquid to be heated, wherein the hollow heating module is provided with a connection piece for supplying the liquid to be heated, and wherein the plastic concentric wall defines an internal circulation channel and an external circulation channel connected, in use, to an outlet for the heated liquid, wherein the hollow heating module is arranged in the internal circulation channel, at least one PTC heating assembly (PTC1, PTC2, PTC3, PTC4, PTC5, PTC6) generating heat is arranged on the outer surfaces of the hollow heating module, each PTC heating assembly (PTC1, PTC2, PTC3, PTC4, PTC5, PTC6) comprises a flexible metal electrical conductor for supplying electrical voltage and for pressing the PTC heating assembly against the concentric wall and against the hollow heating module. a plastic liquid tank, wherein the tank comprises an upper cylindrical part and a lower conical part, watertightly connected to each other and wherein a basically cylindrical plastic concentric wall is firmly arranged inside the tank, a hollow heating module, with outer surfaces and with a continuous cavity for directing the liquid to be heated, wherein the hollow heating module is provided with a connection piece for supplying the liquid to be heated, and wherein the plastic concentric wall defines an internal circulation channel and an external circulation channel connected, in use, to an outlet for the heated liquid, wherein the hollow heating module is arranged in the internal circulation channel, at least one PTC heating assembly (PTC1, PTC2, PTC3, PTC4, PTC5, PTC6) generating heat is arranged on the outer surfaces of the hollow heating module, each PTC heating assembly (PTC1, PTC2, PTC3, PTC4, PTC5, PTC6) comprises a flexible metal electrical conductor for supplying electrical voltage and for pressing the PTC heating assembly against the concentric wall and against the hollow heating module.
An attachment tool for being attached to an outer surface of a fan case in a gas turbine engine, the attachment tool comprising: a boss having at least one fastener opening with a threaded insert for engaging a fastener; and an outer wall spaced from the boss forming at least one interior cavity; characterised in that: the attachment tool further comprises a channel extending from the at least one cavity through the outer wall. a boss having at least one fastener opening with a threaded insert for engaging a fastener; and an outer wall spaced from the boss forming at least one interior cavity; characterised in that: the attachment tool further comprises a channel extending from the at least one cavity through the outer wall.
A centrifuge nozzle wherein the centrifuge nozzle comprising a nozzle body defining an inlet in fluid communication with a nozzle outlet, characterized by said nozzle body being cylindrical and adapted to be slidably engaged and releasably positioned in an aperture defined by a rotor bowl a camming portion projecting outwardly from said nozzle body and defining a surface frictionally engageable with a portion of a rotor bowl; so that upon engagement of said nozzle body into said aperture, said nozzle body can be rotated to cause said camming portion to engage said motor bowl, said nozzle body defining a male mounting portion for slidably engaging a complimentarily shaped female slot defined by a nozzle insertion and extraction tool; said outlet is located adjacent to said male mounting portion.
A composition for use in a method for treating Huntington's disease, wherein said method comprises administering nucleic acid encoding a NeuroD1 polypeptide and nucleic acid encoding a Dlx2 polypeptide to glial cells within a striatum of a living mammal's brain, wherein said NeuroD1 polypeptide and said Dlx2 polypeptide are expressed by said glial cells, wherein said glial cells form GABAergic neurons within said striatum, wherein said nucleic acid encoding said NeuroD1 polypeptide and said nucleic acid encoding said Dlx2 polypeptide are located on the same adeno-associated viral vector, wherein said viral vector is to be administered to said glial cells, or wherein said nucleic acid encoding said NeuroD1 polypeptide and said nucleic acid encoding said Dlx2 polypeptide are located on separate adeno-associated viral vectors, wherein each of said separate viral vectors is to be administered to said glial cells.
A pressure detection device comprising: a pressure detection element which is configured to receive pressure so as to output a detection signal corresponding to the pressure; and a processing circuit which is configured to process and output the detection signal output from the pressure detection element, wherein the processing circuit includes at least: an integrator circuit which is configured to use a reference voltage, from a reference voltage power supply, set to have a predetermined magnitude as an operation reference and is configured to integrate the detection signal so as to convert the detection signal into a voltage waveform; characterized in that the processing circuit further includes a base voltage adjustment circuit which is connected between an input terminal of the integrator circuit and an output terminal of the integrator circuit and is configured to adjust a magnitude of a base voltage when the detection signal in an output signal output from the integrator circuit is not present, and wherein the base voltage adjustment circuit is configured to adjust the magnitude of the base voltage such that the base voltage is equal to the reference voltage. a pressure detection element which is configured to receive pressure so as to output a detection signal corresponding to the pressure; and a processing circuit which is configured to process and output the detection signal output from the pressure detection element, wherein the processing circuit includes at least: an integrator circuit which is configured to use a reference voltage, from a reference voltage power supply, set to have a predetermined magnitude as an operation reference and is configured to integrate the detection signal so as to convert the detection signal into a voltage waveform; characterized in that the processing circuit further includes a base voltage adjustment circuit which is connected between an input terminal of the integrator circuit and an output terminal of the integrator circuit and is configured to adjust a magnitude of a base voltage when the detection signal in an output signal output from the integrator circuit is not present, and wherein the base voltage adjustment circuit is configured to adjust the magnitude of the base voltage such that the base voltage is equal to the reference voltage. an integrator circuit which is configured to use a reference voltage, from a reference voltage power supply, set to have a predetermined magnitude as an operation reference and is configured to integrate the detection signal so as to convert the detection signal into a voltage waveform; characterized in that the processing circuit further includes a base voltage adjustment circuit which is connected between an input terminal of the integrator circuit and an output terminal of the integrator circuit and is configured to adjust a magnitude of a base voltage when the detection signal in an output signal output from the integrator circuit is not present, and wherein the base voltage adjustment circuit is configured to adjust the magnitude of the base voltage such that the base voltage is equal to the reference voltage.
Diagonal strut device for arrangement on an undercarriage of a motor vehicle in a reinforcing manner, wherein the diagonal strut device comprises a plurality of struts made from a fibre-reinforced plastic composite material, said struts extending away from a central node element, wherein each strut can be attached to the undercarriage via its end facing away from the central node element, wherein an attachment node element is arranged at the end of each strut facing away from the central node element in order to provide the attachment to the undercarriage, and wherein the central node element and the attachment node elements are connected to the struts by an at least positive-locking connection, characterised in that the central node element and the attachment node elements are made from a light metal material, and the central node element and the attachment node elements are each formed from a plurality of individual elements joined together.