mhurhangee/ep-ind-claims huggingface dataset:
A dishwasher, comprising: - a washing container for accommodating dishes to be washed, - a spraying device (5, 6, 7) for spraying a washing liquid onto the dishes in the washing container, - a detergent container forming an inner space for containing a detergent, a dispensing opening for dispensing the detergent from the inner space towards the washing container, and a shutter member for opening and closing the dispensing opening, - an electronic control device which controls the activation of the spraying device (5, 6, 7) and of a dispensing actuator acting on the shutter member, wherein: - the inner space of the detergent container is adapted for accommodating a total volume of detergent sufficient for a plurality of wash cycles, - the dishwasher further comprises a dosing device in communication with the dispensing opening and which can be activated by means of the dispensing actuator for dosing and dispensing, during a single wash cycle, a partial volume of detergent provided for said single wash cycle, - the dosing device delimits a dosing space which is smaller than the inner space of the detergent container, said dosing space being switchable by means of the dispensing actuator: - in communication with the dispensing opening to fill the dosing space by means of a dosed quantity of detergent and - in communication with a dispensing conduit to release the dosed quantity of detergent into the washing container characterized in that the dosing space is switchable by means of the dispensing actuator into communication with a water conduit to completely empty the dosed detergent and to wash the dosing space. - a washing container for accommodating dishes to be washed, - a spraying device (5, 6, 7) for spraying a washing liquid onto the dishes in the washing container, - a detergent container forming an inner space for containing a detergent, a dispensing opening for dispensing the detergent from the inner space towards the washing container, and a shutter member for opening and closing the dispensing opening, - an electronic control device which controls the activation of the spraying device (5, 6, 7) and of a dispensing actuator acting on the shutter member, - the inner space of the detergent container is adapted for accommodating a total volume of detergent sufficient for a plurality of wash cycles, - the dishwasher further comprises a dosing device in communication with the dispensing opening and which can be activated by means of the dispensing actuator for dosing and dispensing, during a single wash cycle, a partial volume of detergent provided for said single wash cycle, - the dosing device delimits a dosing space which is smaller than the inner space of the detergent container, - in communication with the dispensing opening to fill the dosing space by means of a dosed quantity of detergent and - in communication with a dispensing conduit to release the dosed quantity of detergent into the washing container
Façade construction comprising: - first thermal insulation panels with a first density that are placed on a bearing structure, in particular on an external wall of a building, - second thermal insulation panels with a second density that are placed to the first thermal insulation panels and the second density of which is higher than the first density of the first thermal insulation panels, - a holding device that is placed on the bearing structure and that maintains the first and second thermal insulation panels (13, 15) on the bearing structure and - a protective layer that protects the second thermal insulation panels against environmental influences such as moisture and mechanical loads, further characterized - by an intermediate layer in the form of a multitude of mounting panels, which intermediate layer is fixed to the holding device and is supported by this device, wherein the multitude of mounting panels is fixed next to each other on the holding device so that they form a mounting surface on which the second thermal insulation panels are laid and in that the first thermal insulation panels bear on the bearing structure and on the intermediate layer so that the façade construction is substantially free from rear ventilation. - first thermal insulation panels with a first density that are placed on a bearing structure, in particular on an external wall of a building, - second thermal insulation panels with a second density that are placed to the first thermal insulation panels and the second density of which is higher than the first density of the first thermal insulation panels, - a holding device that is placed on the bearing structure and that maintains the first and second thermal insulation panels (13, 15) on the bearing structure and - a protective layer that protects the second thermal insulation panels against environmental influences such as moisture and mechanical loads, further characterized - by an intermediate layer in the form of a multitude of mounting panels, which intermediate layer is fixed to the holding device and is supported by this device, wherein the multitude of mounting panels is fixed next to each other on the holding device so that they form a mounting surface on which the second thermal insulation panels are laid
A heat exchanger comprising: a body shaped to integrate with one or more system structural elements, wherein the one or more system structural elements comprise one or more of: a flow duct, a scoop, a cowl, an engine housing, radial turbomachinery, and/or a curved engine component; a plurality of first flow channels defined in the body; and a plurality of second flow channels defined in the body, the second flow channels fluidly isolated from the first flow channels, wherein the first flow channels and the second flow channels have a changing flow direction characteristic along a direction of flow within the first flow channels and the second flow channels wherein the body comprises one or more cavities to route a portion of at least one system element, the at least one system element comprising one or more structural supports, through the body in contact with a subset of the first and second flow channels. a body shaped to integrate with one or more system structural elements, wherein the one or more system structural elements comprise one or more of: a flow duct, a scoop, a cowl, an engine housing, radial turbomachinery, and/or a curved engine component; a plurality of first flow channels defined in the body; and a plurality of second flow channels defined in the body, the second flow channels fluidly isolated from the first flow channels, wherein the first flow channels and the second flow channels have a changing flow direction characteristic along a direction of flow within the first flow channels and the second flow channels wherein the body comprises one or more cavities to route a portion of at least one system element, the at least one system element comprising one or more structural supports, through the body in contact with a subset of the first and second flow channels.
A pharmaceutical composition comprising a properly folded, oligomeric recombinant fragment of an RSV G protein that displays conformational epitopes relevant for neutralization of respiratory syncytial virus, wherein the fragment is the ectodomain of the RSV G protein and wherein the polypeptide is obtainable by expression in E. coli and refolding in vitro under controlled redox conditions.
A device (30, 31, 39, 42) for preheating fuel for supplying an item of equipment, comprising: - a fuel circuit comprising an electric pump (12, 44) controlled by an electronic power module, a heat exchanger able to exchange heat between the electronic power module and the fuel in the circuit, a bypass pipe connecting the downstream side of the heat exchanger and of the electric pump (12, 44) to the upstream side of the heat exchanger and of the electric pump (12, 44), and a valve (22, 34, 46) able to adopt a first position in which it prevents the circulation of fuel to an item of equipment and allows the circulation of fuel in the bypass pipe, and a second position in which it allows the circulation of fuel in the equipment and prevents the circulation of fuel in the bypass pipe, - the device further comprising means for increasing the pressure difference between the inlet and outlet of the pump (12, 44), these means being arranged in the bypass pipe. - a fuel circuit comprising an electric pump (12, 44) controlled by an electronic power module, a heat exchanger able to exchange heat between the electronic power module and the fuel in the circuit, a bypass pipe connecting the downstream side of the heat exchanger and of the electric pump (12, 44) to the upstream side of the heat exchanger and of the electric pump (12, 44), and a valve (22, 34, 46) able to adopt a first position in which it prevents the circulation of fuel to an item of equipment and allows the circulation of fuel in the bypass pipe, and a second position in which it allows the circulation of fuel in the equipment and prevents the circulation of fuel in the bypass pipe, - the device further comprising means for increasing the pressure difference between the inlet and outlet of the pump (12, 44), these means being arranged in the bypass pipe.
Method for removing impurities from a gasifier for substances containing carbon in form of a floating bed reactor in which biomass and/or coke in a feed stream of a gaseous gasification means is converted into a product gas, wherein the biomass and/or coke in the feed stream of the gasification means is suspended floatingly as a fixed bed in the floating bed reactor, characterized in that the gasification means is introduced through a nozzle bottom into an intake portion below the floating bed reactor and takes the biomass and/or coke into the floating bed reactor therefrom, and below the floating bed, impurities which are contained in the biomass and/or coke and which have a higher density than the biomass and/or coke, sink or are moved substantially against the feed stream of the gasification means into a space used for collecting the impurities, wherein for removing the impurities from an intake portion a gastight vessel or a container (17, 22, 26) is provided adjacent thereto.
A gravel packing assembly configured for being disposed in a wellbore, the gravel packing assembly comprising: a main tube for providing a main flow path for gravel packing slurry; a transport tube (122,124,202) for providing an alternative flow path to the main flow path for the gravel packing slurry; and a flow restrictor (128,130,204,302) for use downhole, the flow restrictor being on a surface of the transport tube and comprising a plurality of resilient flaps (206A-D,304A-D,602,604) that overlap each other and that are configured for flexing outwardly from a first position to a second position in response to flow pressure in an inner area of the transport tube and for returning to the first position, wherein the plurality of resilient flaps are configured for variably restricting flow of the gravel packing slurry between the first position and the second position based on the flow pressure in the transport tube. a main tube for providing a main flow path for gravel packing slurry; a transport tube (122,124,202) for providing an alternative flow path to the main flow path for the gravel packing slurry; and a flow restrictor (128,130,204,302) for use downhole, the flow restrictor being on a surface of the transport tube and comprising a plurality of resilient flaps (206A-D,304A-D,602,604) that overlap each other and that are configured for flexing outwardly from a first position to a second position in response to flow pressure in an inner area of the transport tube and for returning to the first position, wherein the plurality of resilient flaps are configured for variably restricting flow of the gravel packing slurry between the first position and the second position based on the flow pressure in the transport tube.
A wireless communication terminal for a mobile communication system controlling Quality of Service capable of transmitting a Quality of Service set-up request with a call connection request to a base station (200, 300) and starting communication with a Quality of Service data rate determined in response to the Quality of Service set-up request, comprising: a handoff determination unit for determining whether or not to perform handoff based on a measuring result of quality of a signal transmitted from a base station (200, 300) and a handoff threshold; and a Quality of Service rate readjustment unit for readjusting a Quality of Service data rate for a base station (200, 300) to which handoff is performed, when handoff is performed; and a handoff threshold setting unit for setting the handoff threshold based on the readjusted Quality of Service data rate. a handoff determination unit for determining whether or not to perform handoff based on a measuring result of quality of a signal transmitted from a base station (200, 300) and a handoff threshold; and a Quality of Service rate readjustment unit for readjusting a Quality of Service data rate for a base station (200, 300) to which handoff is performed, when handoff is performed; and a handoff threshold setting unit for setting the handoff threshold based on the readjusted Quality of Service data rate.
An oxide magnetic material including, as a main phase, a ferrite having a hexagonal M-type magnetoplumbite structure, the material comprising: A, which is at least one element that is selected from the group consisting of Sr, Ba, Pb and Ca; R, which is at least one element that is selected from the group consisting of Y (yttrium), the rare earth elements and Bi; Fe; and B (boron), wherein the constituents A, R, Fe and B of the oxide magnetic material satisfy the inequalities of: 7.04 at%≦A≦8.68 at%; 0.07 at%≦R≦0.44 at%; 90.4 at%≦Fe≦92.5 at%; and 0.015 at%≦B≦0.87 at% to the sum of the elements A, R, Fe and B, and wherein the material is represented by the general formula (1-x) AO· (x/2) R 2 O 3 · n (Fe 2 O 3)· y (B 2 O 3) where 0.01≦x≦0.05, 0.001≦y≦0.05, and 5.2≦n≦6.2. A, which is at least one element that is selected from the group consisting of Sr, Ba, Pb and Ca; R, which is at least one element that is selected from the group consisting of Y (yttrium), the rare earth elements and Bi; Fe; and B (boron), 7.04 at%≦A≦8.68 at%; 0.07 at%≦R≦0.44 at%; 90.4 at%≦Fe≦92.5 at%; and 0.015 at%≦B≦0.87 at%
A fitting structure comprising a functional component accommodation case and a rubber base, the functional component accommodation case being configured to accommodate a functional component that detects a state of a tire, and the rubber base being configured to be attached to an inner surface of the tire so as to mount the functional component accommodation case, characterised in that: the functional component accommodation case includes a plurality of case-side convex/concave parts that are formed on a case bottom surface, which is a surface on a tire inner surface side of the functional component accommodation case and that extend in mutually intersecting directions, and the rubber base includes a plurality of base-side convex/concave parts that are formed on a functional component accommodation case side of a base bottom part, which is an attachment part of the rubber base to be attached to the tire, and that fit with the case-side convex/concave parts. the functional component accommodation case includes a plurality of case-side convex/concave parts that are formed on a case bottom surface, which is a surface on a tire inner surface side of the functional component accommodation case and that extend in mutually intersecting directions, and the rubber base includes a plurality of base-side convex/concave parts that are formed on a functional component accommodation case side of a base bottom part, which is an attachment part of the rubber base to be attached to the tire, and that fit with the case-side convex/concave parts.
Vehicle lighting device comprising: - an optical element (10; 10') having a controlled caustic generator surface (12; 12'), this generator surface being a reflecting or refracting surface, extending in accordance with a given overall shape (13; 13') and having local variations of shape about this given overall shape, these local variations being distributed over the whole of said generator surface so that they confer on the whole of the generator surface a relief forming an object pattern, these various local variations being such that the majority of said generator surface is smooth and such that for a beam of rays (r 1, r 2, r 3) incident on the whole of said generator surface, these rays having a given distribution, said generator surface deviates the rays with different orientations as a function of the local variations that they encounter, thus forming a deviated beam propagating an identifiable propagated pattern over a usable range extending in the upstream direction and at least as far as a given finite optimum propagation distance (D p), this propagated pattern corresponding to a distorted shape of the object pattern, - a mounting part on which is to be mounted a beam generator of rays in accordance with the given distribution, so that the rays are incident on said generator surface, the optical element being such that the propagated pattern is projected onto a target surface, which is visible from outside the lighting device and which is situated inside the usable range and/or at a distance (D 1, D 2) substantially equal to said optimum distance. - an optical element (10; 10') having a controlled caustic generator surface (12; 12'), this generator surface being a reflecting or refracting surface, extending in accordance with a given overall shape (13; 13') and having local variations of shape about this given overall shape, these local variations being distributed over the whole of said generator surface so that they confer on the whole of the generator surface a relief forming an object pattern, these various local variations being such that the majority of said generator surface is smooth and such that for a beam of rays (r 1, r 2, r 3) incident on the whole of said generator surface, these rays having a given distribution, said generator surface deviates the rays with different orientations as a function of the local variations that they encounter, thus forming a deviated beam propagating an identifiable propagated pattern over a usable range extending in the upstream direction and at least as far as a given finite optimum propagation distance (D p), this propagated pattern corresponding to a distorted shape of the object pattern, - a mounting part on which is to be mounted a beam generator of rays in accordance with the given distribution, so that the rays are incident on said generator surface,
A steel material that it is powder metallurgically manufactured and has a chemical composition consisting of in % by weight: 0.13-2 C 0.01-3.0 Si 0.01-10.0 Mn 16-30 Cr ≤ 5 Ni 0,01-5.0 (Mo + W/2) ≤ 9 Co max. 0.5 S 0.6-10 N, and 0.5-14 (V + Nb/2), in which the contents of N on the one hand and of (V+Nb/2) on the other hand are balanced in relation to each other such that the contents of these elements are within an area that is defined by the coordinates A', B', G, H, A' in the system of coordinates in Fig. 1, where the coordinates of [N, (V + Nb/2)] are: A': [0.6,0.5] B': [1.6,0.5] G: [9.8,14.0] H: [2.6,14.0], and max. 7 of (Ti + Zr + Al), balance iron and impurities. 0.13-2 C 0.01-3.0 Si 0.01-10.0 Mn 16-30 Cr ≤ 5 Ni 0,01-5.0 (Mo + W/2) ≤ 9 Co max. 0.5 S 0.6-10 N, and 0.5-14 (V + Nb/2), in which the contents of N on the one hand and of (V+Nb/2) on the other hand are balanced in relation to each other such that the contents of these elements are within an area that is defined by the coordinates A', B', G, H, A' in the system of coordinates in Fig. 1, where the coordinates of [N, (V + Nb/2)] are: A': [0.6,0.5] B': [1.6,0.5] G: [9.8,14.0] H: [2.6,14.0], and max. 7 of (Ti + Zr + Al), balance iron and impurities. A': [0.6,0.5] B': [1.6,0.5] G: [9.8,14.0] H: [2.6,14.0], and max. 7 of (Ti + Zr + Al), balance iron and impurities.
Method of making a decoration comprising a plurality of discrete units of colored adhesive film applied to a surface to be decorated, the colored adhesive film of each of the discrete units comprising a polyvinyl chloride film having on one major side thereof an adhesive layer protected by a release liner, wherein a primer layer is arranged between the polyvinyl chloride film and the adhesive layer, the primer layer comprising an aminoplast and a polyester and/or a curing product thereof, the method comprising: (i) providing a colored graphics film comprising a polyvinyl chloride film comprising on a major side thereof said adhesive layer and said primer layer arranged between said adhesive layer and the polyvinylchloride film, the adhesive layer being protected by a release liner; (ii) cutting the polyvinyl chloride film, the primer layer and the adhesive layer of the colored graphics film to define therein said plurality of discrete units, (iii) delaminating the cut polyvinyl chloride film, the primer layer and the adhesive layer from the release liner of said colored graphics film so as to leave the plurality of discrete units on said release liner; (iv) applying an adhesive application tape over the said plurality of discrete units; (v) removing the release liner thereby leaving the plurality of discrete units attached to the adhesive application tape (vi) applying the adhesive application tape with the plurality of discrete units to the surface to be decorated so as to sandwich the plurality of discrete units between the surface and the adhesive application tape, wherein the surface to be decorated is uneven and wherein the colored adhesive film is applied over the uneven surface conforming thereto; and (vii) removing the application tape. (i) providing a colored graphics film comprising a polyvinyl chloride film comprising on a major side thereof said adhesive layer and said primer layer arranged between said adhesive layer and the polyvinylchloride film, the adhesive layer being protected by a release liner; (ii) cutting the polyvinyl chloride film, the primer layer and the adhesive layer of the colored graphics film to define therein said plurality of discrete units, (iii) delaminating the cut polyvinyl chloride film, the primer layer and the adhesive layer from the release liner of said colored graphics film so as to leave the plurality of discrete units on said release liner; (iv) applying an adhesive application tape over the said plurality of discrete units; (v) removing the release liner thereby leaving the plurality of discrete units attached to the adhesive application tape (vi) applying the adhesive application tape with the plurality of discrete units to the surface to be decorated so as to sandwich the plurality of discrete units between the surface and the adhesive application tape, wherein the surface to be decorated is uneven and wherein the colored adhesive film is applied over the uneven surface conforming thereto; and (vii) removing the application tape.