mhurhangee/ep-ind-claims huggingface dataset:
A printing controller having a printer driver configured to display a GUI based on a resource file containing temporary display character strings directly related to corresponding display components, the printing controller comprising: a language-dependent file configured to contain a display character string for each of a plurality of languages with respect to each of the temporary display character strings contained in the resource file; and a language selection part configured to cause one of the languages which one is used by the printer driver to be selected, wherein the printer driver obtains one or more of the display character strings related to the one of the languages selected by the language selection part based on the temporary display character strings contained in the resource file, and displays the GUI using the obtained one or more of the display character strings. a language-dependent file configured to contain a display character string for each of a plurality of languages with respect to each of the temporary display character strings contained in the resource file; and a language selection part configured to cause one of the languages which one is used by the printer driver to be selected, wherein the printer driver obtains one or more of the display character strings related to the one of the languages selected by the language selection part based on the temporary display character strings contained in the resource file, and displays the GUI using the obtained one or more of the display character strings.
A composition product which comprises: • A plurality of first solid portions of dark chocolate comprising at least, - cocoa, with a cocoa content in a range from 50-85%, - a sweetener, where said first solid portions are present in w/w % in the composition product in a range from 40-50 %; • A plurality of second solid portions comprising at least, - white chocolate; wherein the plurality of the second solid portions is present in w/w % in the product composition in a range from 5-20%; • Milk cream having a fat content from at least 35%, wherein the milk cream is present in w/w % in the composition product in a range from 35-45%, wherein the first solid portions and the second solid portions have a volume size from 0.005 cm 3 to 30 cm 3, and wherein said the components of said composition are packed, without being homogenised, in a flexible bag and closed under vacuum conditions to provide a composition product. • A plurality of first solid portions of dark chocolate comprising at least, - cocoa, with a cocoa content in a range from 50-85%, - a sweetener, where said first solid portions are present in w/w % in the composition product in a range from 40-50 %; - cocoa, with a cocoa content in a range from 50-85%, - a sweetener, • A plurality of second solid portions comprising at least, - white chocolate; wherein the plurality of the second solid portions is present in w/w % in the product composition in a range from 5-20%; - white chocolate; • Milk cream having a fat content from at least 35%, wherein the milk cream is present in w/w % in the composition product in a range from 35-45%, wherein the first solid portions and the second solid portions have a volume size from 0.005 cm 3 to 30 cm 3, and wherein said the components of said composition are packed, without being homogenised, in a flexible bag and closed under vacuum conditions to provide a composition product.
A method for generating or expanding a population of T cells specific for a virus or accelerating the rate of expansion of a virus-specific T cell population, comprising stimulating T cells by culture in the presence of antigen presenting cells (APCs) presenting a peptide of the virus, wherein 10% to 25% of the media in which the cells are cultured is conditioned media obtained from a stimulation culture comprising T cells and APCs presenting a peptide of the virus.
A floating module, comprising: - a reinforced concrete shell having a rectangular top slab and sidewalls extending from the edges of the rectangular top slab to define a cavity therein, - a floating element arranged inside the cavity to provide buoyancy, and - a corner element at each corner of the rectangular top slab, the corner element comprising at least two attachment points, characterised in that the floating module comprises: - a side element at each longer side of the rectangular top slab, the side element comprising at least two attachment points, and - at least one elastic element that is arranged in connection with the lower portion of one of the sidewalls. - a reinforced concrete shell having a rectangular top slab and sidewalls extending from the edges of the rectangular top slab to define a cavity therein, - a floating element arranged inside the cavity to provide buoyancy, and - a corner element at each corner of the rectangular top slab, the corner element comprising at least two attachment points, - a side element at each longer side of the rectangular top slab, the side element comprising at least two attachment points, and - at least one elastic element that is arranged in connection with the lower portion of one of the sidewalls.
Switchgear cabinet with a current converter with at least three cable connection elements, wherein the respective cable connection element has an electrical contact area and an assembly area, wherein the electrical contact area can be brought into contact with a cable lug, wherein the cable connection element can be fastened at the assembly area to a body, wherein the electrical contact area and the assembly area are arranged on the cable connection element such that the plane of the electrical contact area and the plane of the assembly area intersect in a positioning angle (α), wherein the cable connection element is connected at the assembly area to the body of the current converter, wherein the current converter has at least three cable connection elements, wherein cables connected to the respective cable connection element via the cable lug are guided out of the switchgear cabinet via the base or the top of the switchgear cabinet, characterised in that at least two of the cable connection elements are arranged one above the other in the switchgear cabinet.
A transcutaneous irradiation device, comprising: - an upper part adapted to be positioned on the head of a user and comprising at least one transcutaneous irradiation module composed at least one irradiation source (14a, 14b, 14c), and - a lower part adapted to be positioned on the user's abdomen and comprising at least one transcutaneous irradiation module consisting at least one irradiation source (14a, 14b, 14c), each transcutaneous irradiation module comprising at least one pulsed-type laser source, the device being characterized in that an overall modulation frequency is applied to the irradiation sources (14a, 14b, 14c), the pulsed-type laser source consequently being subjected to a double pulsation: one first, intrinsic pulsation and a second, extrinsic pulsation resulting from the application of the global modulation frequency to the first pulsation. - an upper part adapted to be positioned on the head of a user and comprising at least one transcutaneous irradiation module composed at least one irradiation source (14a, 14b, 14c), and - a lower part adapted to be positioned on the user's abdomen and comprising at least one transcutaneous irradiation module consisting at least one irradiation source (14a, 14b, 14c), each transcutaneous irradiation module comprising at least one pulsed-type laser source, the device being characterized in that an overall modulation frequency is applied to the irradiation sources (14a, 14b, 14c), the pulsed-type laser source consequently being subjected to a double pulsation: one first, intrinsic pulsation and a second, extrinsic pulsation resulting from the application of the global modulation frequency to the first pulsation.
A pylon system for coupling an engine to a vehicle, comprising: a vehicle pylon configured to be coupled to the vehicle, the vehicle pylon including a seal along a portion of the vehicle pylon; and an engine pylon including an inboard longeron and an outboard longeron, the inboard longeron coupled to the outboard longeron at a first end of the engine pylon and spaced apart from the outboard longeron at a second end of the engine pylon, the inboard longeron configured to be coupled to the engine, and the engine pylon is slidably coupled to the seal such that the engine pylon is movable relative to the vehicle pylon between at least a first position and a second position. a vehicle pylon configured to be coupled to the vehicle, the vehicle pylon including a seal along a portion of the vehicle pylon; and an engine pylon including an inboard longeron and an outboard longeron, the inboard longeron coupled to the outboard longeron at a first end of the engine pylon and spaced apart from the outboard longeron at a second end of the engine pylon, the inboard longeron configured to be coupled to the engine, and the engine pylon is slidably coupled to the seal such that the engine pylon is movable relative to the vehicle pylon between at least a first position and a second position.
Cover for a chassis control arm that has at least one bearing seat for a control arm bearing, wherein the cover, which is formed separately from the chassis control arm, covers in the installed state at least part of the underside of the chassis control arm, wherein an extension serving as a buffer is arranged on the cover, said extension extending from the cover in the direction of the control arm bearing, characterised in that the spatial shape of the extension is adapted to the outer contour of the control arm bearing and the extension rests partly on the control arm bearing.
Formulation comprising at least one organic functional material having a molecular weight of ≤ 5,000 g/mol, and organic solvents, characterized in that said formulation comprises a mixture of at least two different solvents wherein a first organic solvent is liquid at 10°C and a second organic solvent is solid at 10°C, wherein the first organic solvent has a boiling point in the range from 200 to 300°C, wherein the boiling point is given at 760 mm Hg, wherein the second organic solvent exhibits a melting point between 12 and 60°C, wherein said solvent mixture comprises at least 11 % by weight of the second solvent, and wherein the formulation comprises at least 1.0 % by weight of said organic functional material. wherein the first organic solvent has a boiling point in the range from 200 to 300°C, wherein the boiling point is given at 760 mm Hg, wherein the second organic solvent exhibits a melting point between 12 and 60°C, wherein said solvent mixture comprises at least 11 % by weight of the second solvent, and wherein the formulation comprises at least 1.0 % by weight of said organic functional material.
A flexible display apparatus, comprising: a flexible base layer defined with a first area, a second area and a first bend allowance section between the first area and the second area of the flexible base layer; an array of organic-light emitting diode (OLED) elements and an array of pixel circuits disposed in the first area of the flexible base layer, the array of pixel circuits being configured to control emission of the array of OLED elements; and a gate-in-panel circuit in the second area of the flexible base layer, wherein the GIP circuit has at least one thin-film transistor comprising a semiconductor layer of a first type and the array of pixel circuits has at least one thin-film transistor comprising a semiconductor layer of a second type, the first type being different from the second type, and wherein one of the semiconductor layer of the first type and the semiconductor layer of the second type is an oxide semiconductor layer and the other one of the semiconductor layer of the first type and the semiconductor layer of the second type is a low-temperature-poly-silicon (LTPS) semiconductor layer, and wherein the oxide semiconductor layer is patterned as lines in the first bend allowance section, the lines extending between the first area and the second area. a flexible base layer defined with a first area, a second area and a first bend allowance section between the first area and the second area of the flexible base layer; an array of organic-light emitting diode (OLED) elements and an array of pixel circuits disposed in the first area of the flexible base layer, the array of pixel circuits being configured to control emission of the array of OLED elements; and a gate-in-panel circuit in the second area of the flexible base layer, wherein the GIP circuit has at least one thin-film transistor comprising a semiconductor layer of a first type and the array of pixel circuits has at least one thin-film transistor comprising a semiconductor layer of a second type, the first type being different from the second type, and wherein one of the semiconductor layer of the first type and the semiconductor layer of the second type is an oxide semiconductor layer and the other one of the semiconductor layer of the first type and the semiconductor layer of the second type is a low-temperature-poly-silicon (LTPS) semiconductor layer, and wherein the oxide semiconductor layer is patterned as lines in the first bend allowance section, the lines extending between the first area and the second area.
A laundry machine, comprising: - a tub for receiving wash water; - a drum rotatably provided in the tub; - an air supply device provided at an upper part of the tub for heating air discharged from the tub and introducing the heated air into the tub; and - a cooling water supply device to supply cooling water to a rear inner surface of the tub such that the rear inner surface of the tub forms a condensing surface to generate condensed water, wherein the cooling water supply device comprises: - a cooling water line forming a route along which the cooling water flows; and - a cooling water nozzle fixed to the tub and including a connection end to which the cooling water line is connected, and a nozzle end for spraying the cooling water to the rear of the tub. - a tub for receiving wash water; - a drum rotatably provided in the tub; - an air supply device provided at an upper part of the tub for heating air discharged from the tub and introducing the heated air into the tub; and - a cooling water supply device to supply cooling water to a rear inner surface of the tub such that the rear inner surface of the tub forms a condensing surface to generate condensed water, wherein the cooling water supply device comprises: - a cooling water line forming a route along which the cooling water flows; and - a cooling water nozzle fixed to the tub and including a connection end to which the cooling water line is connected, and a nozzle end for spraying the cooling water to the rear of the tub.
A writing instrument comprising: a friction body which is adapted to rub a thermochromic image or handwriting formed on a paper surface by use of thermochromic ink to thermally discolor the thermochromic image or handwriting by frictional heat resultant from rubbing; and a thermochromic ink which is adapted to be flowed out, characterised in that: a thermal conductivity of a friction portion of the friction body is ranging from 0.05 W / (m.K) to 10 W /(m.K), the writing instrument is provided with a hole formed at a rear end of a barrel of the writing instrument or at a top of a cap of the writing instrument; and an outward protrusion, formed on an exterior surface of the friction body, and an inward protrusion, formed on the interior surface of the hole and having an inner diameter smaller than an outer diameter of the outward protrusion, are engaged with each other so as to avoid removal of the friction body from the hole. a friction body which is adapted to rub a thermochromic image or handwriting formed on a paper surface by use of thermochromic ink to thermally discolor the thermochromic image or handwriting by frictional heat resultant from rubbing; and a thermochromic ink which is adapted to be flowed out, characterised in that: a thermal conductivity of a friction portion of the friction body is ranging from 0.05 W / (m.K) to 10 W /(m.K), the writing instrument is provided with a hole formed at a rear end of a barrel of the writing instrument or at a top of a cap of the writing instrument; and an outward protrusion, formed on an exterior surface of the friction body, and an inward protrusion, formed on the interior surface of the hole and having an inner diameter smaller than an outer diameter of the outward protrusion, are engaged with each other so as to avoid removal of the friction body from the hole. a thermal conductivity of a friction portion of the friction body is ranging from 0.05 W / (m.K) to 10 W /(m.K), the writing instrument is provided with a hole formed at a rear end of a barrel of the writing instrument or at a top of a cap of the writing instrument; and an outward protrusion, formed on an exterior surface of the friction body, and an inward protrusion, formed on the interior surface of the hole and having an inner diameter smaller than an outer diameter of the outward protrusion, are engaged with each other so as to avoid removal of the friction body from the hole.
A method carried out aboard a vessel, for the production of products from mud from a body of water, wherein solids are obtained from the mud in a plurality of fractions with different grain sizes, wherein coarse solids with a grain size above a first threshold of approximately 1 mm as well as organisms and organic components with a grain size above a second threshold of approximately 0.04 mm separated out from the mud using at least one heavy medium separator are recycled to the body of water and inorganic solids below the first threshold are processed into at least one product.
An additive manufacturing system for additively manufacturing an ophthalmic device layer by layer, comprising a tank filled with a volume of a polymerizable material, a building platform on which layers made from the polymerizable material are formed, a curing device configured for at least partially hardening the layers of the ophthalmic device to be manufactured, a transparent plate located between the building platform and the curing device, and a flexible separation film mechanically connected by ends to a frame and at least partially located between the transparent plate and the building platform, the additive manufacturing system being configured so that the transparent plate, the frame and the building platform are movable relative to one another and to the tank between a first relative position corresponding to building positions of a layer, in which the transparent plate is applied against the flexible separation film which is in a tense state, and a second relative position corresponding to layering positions of a layer, in which the transparent plate is moved relative to the frame and is remote to the flexible separation film which is at least partially in a loose state.
A multilayer machine direction oriented film comprising at least an layer and layer, said layer being an outer layer and comprising a multimodal linear low density polyethylene (LLDPE) and a plastomer having a density of 900 kg/m 3 or less; said layer comprising a multimodal linear low density polyethylene (LLDPE); wherein said film is a stretched film which is uniaxially oriented in the machine direction in a draw ratio of at least 1:3; or a monolayer machine direction oriented film comprising a blend of a multimodal linear low density polyethylene (LLDPE) and a plastomer having a density of 900 kg/m 3 or less, said film being a stretched film which is uniaxially oriented in the machine direction in a draw ratio of at least 1:3.
A watch case comprising a middle (2, 24, 34) at least one opening of which is closed by a bezel (8, 5, 18, 28) and/or a crystal (1, 11, 21), or by a back, and in which at least one of the elements for closing the opening is linked to the middle by a resilient metal member (3, 23, 33) in the form of a ring or an endless frame and having a recessed cross section defined by the profile of a non-rectilinear wall whose ends (3a, 3b) are attached to the periphery of said closing element (1, 11, 21, 18), respectively of the middle (2, 24, 34), the profile of said non-rectilinear wall forming at least one annular fold having an orientation parallel to the plane of said opening, said resilient metal member (3, 23, 33) forming a bellows comprising at least said annular fold formed by a curvature, the arc of which describes an angle of between >90° and 180°, to give said closing element (1, 11, 21, 18) a freedom of movement relative to the plane of the opening, able to a movement in a direction perpendicular to the opening.
A system providing a runtime environment for non-invasive monitoring of software applications, wherein the system is adapted for: a. during execution of at least one software application within the runtime environment, identifying a function call to be executed by the at least one software application; and b. generating monitoring data relating to the identified function call; c. wherein the identifying of a function call and the generating of monitoring data are performed by the runtime environment without the cooperation of the at least one software application, wherein the software application has not been adapted in order to be monitored; d. wherein the function call comprises at least one function parameter and wherein the generating of monitoring data comprises generating a copy of the at least one function parameter by the runtime environment, wherein the function parameter copy is usable for monitoring the at least one software application. a. during execution of at least one software application within the runtime environment, identifying a function call to be executed by the at least one software application; and b. generating monitoring data relating to the identified function call; c. wherein the identifying of a function call and the generating of monitoring data are performed by the runtime environment without the cooperation of the at least one software application, wherein the software application has not been adapted in order to be monitored; d. wherein the function call comprises at least one function parameter and wherein the generating of monitoring data comprises generating a copy of the at least one function parameter by the runtime environment, wherein the function parameter copy is usable for monitoring the at least one software application.