mhurhangee/ep-ind-claims huggingface dataset:
Vertical take-off and landing, VTOL, aircraft, comprising: a fuselage supporting two main wings between its nose and its tail, a first group of propulsion units mounted fixedly on the aircraft in a vertical thrust generating configuration, and a second group of propulsion units each of which is mounted on the aircraft configurable between a vertical thrust generating configuration and a horizontal thrust generating configuration, wherein the first group is subdivided into two front sets and a rear set, each of said front and rear sets (13, 14) including at least one propulsion unit, and the two front sets are mounted at opposite sides of the fuselage ahead of the main wings, characterized in that the rear set is mounted in the fuselage, passing therethrough, abaft the main wings, the second group is subdivided into a wing set and a tail set, each of said wing and tail sets (15, 16) including at least two propulsion units, the at least two propulsion units of the wing set are mounted at opposite tips of the main wings, and the at least two propulsion units of the tail set are mounted at opposite sides of the fuselage abaft the main wings. a fuselage supporting two main wings between its nose and its tail, a first group of propulsion units mounted fixedly on the aircraft in a vertical thrust generating configuration, and a second group of propulsion units each of which is mounted on the aircraft configurable between a vertical thrust generating configuration and a horizontal thrust generating configuration, wherein the first group is subdivided into two front sets and a rear set, each of said front and rear sets (13, 14) including at least one propulsion unit, and the two front sets are mounted at opposite sides of the fuselage ahead of the main wings, characterized in that the rear set is mounted in the fuselage, passing therethrough, abaft the main wings, the second group is subdivided into a wing set and a tail set, each of said wing and tail sets (15, 16) including at least two propulsion units, the at least two propulsion units of the wing set are mounted at opposite tips of the main wings, and the at least two propulsion units of the tail set are mounted at opposite sides of the fuselage abaft the main wings.
Aircraft rear structure that comprises: - a rear pressure bulkhead, and - a lifting surface located at both sides of the fuselage of the aircraft, said lifting surface comprising a structural central box and two structural lateral boxes or two structural lateral boxes joined at the symmetry axis of the aircraft, the structural boxes comprising at least a front spar and a rear spar extending in the longitudinal direction of the structural box, upper and lower skins and ribs extending in the transversal direction of the structural box, characterised in that the pressure bulkhead is aligned with one of the spars (4,5,6) of the lifting surface such that they are located at the same section of the longitudinal axis of the aircraft. - a rear pressure bulkhead, and - a lifting surface located at both sides of the fuselage of the aircraft, said lifting surface comprising a structural central box and two structural lateral boxes or two structural lateral boxes joined at the symmetry axis of the aircraft, the structural boxes comprising at least a front spar and a rear spar extending in the longitudinal direction of the structural box, upper and lower skins and ribs extending in the transversal direction of the structural box, characterised in that the pressure bulkhead is aligned with one of the spars (4,5,6) of the lifting surface such that they are located at the same section of the longitudinal axis of the aircraft.
A method for treating wood for esterification of said wood characterized in that said wood to be treated is contacted with a treatment composition comprising monoester, diester or triester or a mixture thereof formed by a water soluble C 2 -C 10 alcohol and formic acid as an equilibrium solution.
Recessed spot that is provided with a housing which in an axial direction (X-X') tapers essentially upward and is provided with an aperture for a LED or other type of lamp at the top; a lamp holder for the LED or other type of lamp on the level of said aperture, whereby the recessed spot further contains a dome-shaped optically clear diffuser which is attached in the housing with its aperture pointing down and with its lower edge at a distance above the lower edge of the housing, characterised in that the spot is provided with an extra light source in the housing in the form of a light tube which is attached to the upper part of the housing and the beam of light of which points down via a recess in the dome-shaped diffuser through the diffuser and in that the light tube is mounted rotatably around a hinge shaft transverse to a radial plane through the geometric axis (X-X') of the housing.
Device for metered filling of media, at least comprising: - at least one storage container for the media, which are to be filled, with a lower opening present in the lower part of the storage container and an upper opening present in the upper part of the storage container, wherein at least the lower opening is disposed in communicating connection with the reserve of media to be filled, - at least one measuring container which is provided with a blockable outlet for the media to be filled and which is furnished with an upper opening and with a lower opening lying further below with respect thereto and defining the quantity, - a first communicating connection between the lower openings (8, 7) of the at least one storage container and measuring container, - a second communicating connection between the upper openings (10 and 9) of the at least one storage container and measuring container or a connection, which is impassable by the media to be filled, of the upper openings with the environment, wherein the device is configured to transfer a predetermined volume of the media, which is to be filled and which corresponds with the space between the lower opening of the at least one measuring container and the blockable outlet, by way of the blockable outlet to at least one target container, and wherein the device is configured to increase the predetermined volume, by tilting the measuring container through a tilt angle which is positive in counter-clockwise sense, by comparison with the predetermined volume at a tilt angle of 0°, and wherein the device is configured to reduce the predetermined volume, by tilting the measuring container through a tilt angle which is negative in counter-clockwise sense, by comparison with the predetermined volume at a tilt angle of 0°. - at least one storage container for the media, which are to be filled, with a lower opening present in the lower part of the storage container and an upper opening present in the upper part of the storage container, wherein at least the lower opening is disposed in communicating connection with the reserve of media to be filled, - at least one measuring container which is provided with a blockable outlet for the media to be filled and which is furnished with an upper opening and with a lower opening lying further below with respect thereto and defining the quantity, - a first communicating connection between the lower openings (8, 7) of the at least one storage container and measuring container, - a second communicating connection between the upper openings (10 and 9) of the at least one storage container and measuring container or a connection, which is impassable by the media to be filled, of the upper openings with the environment,
Assembly for closing an outlet opening of a bowl, in particular, a bowl of a sink, said outlet opening being arranged on an outlet cup, comprising a sealing element that, in a closed position, sealingly abuts the outlet cup and, in an open position, permits an outflow of a liquid from the bowl through the outlet opening, wherein the sealing element comprises a guide pin, a guide element on which, in the assembled state of the assembly, the guide pin of the sealing element is displaceably guided in the vertical direction, and an anchoring component on which, in the assembled state of the assembly, the guide element is mounted, characterised in that the assembly comprises a mounting component which is usable during the assembling of the assembly for mounting the guide element on the anchoring component, and a receptacle component on which the mounting component is arrangeable in the assembled state of the assembly.
A method for unlocking a screen of an electronic device, wherein the electronic device comprises the screen and a storage unit, and the method for unlocking a screen of an electronic device comprises: detecting, in a locked state, intent of a user to unlock the screen; if it is detected that the user intends to unlock the screen, extracting multiple pieces of contact information from the storage unit of the electronic device, wherein each piece of the extracted contact information comprises a first attribute value and a second attribute value; characterized by displaying, on the screen, a first attribute value and a virtual button to prompt a user to input by voice a second attribute value being consistent with the first attribute value, wherein the first and second attribute values are of the extracted contact information; recognizing and converting the input voice into machine-recognizable digital content; determining whether the digital content is the same as the second attribute value; and if it is determined that the digital content is the same as the second attribute value, unlocking the screen; and otherwise, maintaining the locked state. detecting, in a locked state, intent of a user to unlock the screen; if it is detected that the user intends to unlock the screen, extracting multiple pieces of contact information from the storage unit of the electronic device, wherein each piece of the extracted contact information comprises a first attribute value and a second attribute value; characterized by displaying, on the screen, a first attribute value and a virtual button to prompt a user to input by voice a second attribute value being consistent with the first attribute value, wherein the first and second attribute values are of the extracted contact information; recognizing and converting the input voice into machine-recognizable digital content; determining whether the digital content is the same as the second attribute value; and if it is determined that the digital content is the same as the second attribute value, unlocking the screen; and otherwise, maintaining the locked state.
A device for erecting predominantly flat material blanks along prepared bending edges into hollow bodies that are open on one side, comprising at least • erecting elements for erecting the lateral regions of the hollow bodies, • a shaft for receiving multiple erected hollow bodies, wherein the inside cross section of the shaft corresponds to the outside dimensions of the hollow bodies and the shaft comprises elements, by means of which at least the edges of the erected hollow bodies formed by the lateral regions are held closed, as well as • a first transport device that guides the material blanks along the erecting elements and introduces them into the shaft and • a second transport device for transporting the hollow bodies located in the shaft in the longitudinal direction of the shaft, characterized in that the at least one second transport device comprises at least one transport element, which is arranged in such a way that it takes hold of the hollow body on one of its edges, which are closed due to the erecting process, due to the transport element receiving this edge in a groove. • erecting elements for erecting the lateral regions of the hollow bodies, • a shaft for receiving multiple erected hollow bodies, wherein the inside cross section of the shaft corresponds to the outside dimensions of the hollow bodies and the shaft comprises elements, by means of which at least the edges of the erected hollow bodies formed by the lateral regions are held closed, as well as • a first transport device that guides the material blanks along the erecting elements and introduces them into the shaft and • a second transport device for transporting the hollow bodies located in the shaft in the longitudinal direction of the shaft,
A flooring material using a polylactic acid resin, comprising: a base layer; a print layer formed on top of the base layer and having a printed pattern on an upper surface of the print layer; and a transparent layer formed on the top of the print layer, wherein the base layer, the print layer and the transparent layer include an amorphous PLA resin, wherein none of the base layer, the print layer and the transparent layer include a crystalline PLA resin, wherein the base layer comprises 5 to 100 parts by weight of a non-phthalate plasticizer and 0.1 to 20 parts by weight of an acrylic copolymer based on 100 parts by weight of the amorphous PLA resin, wherein the print layer comprises 5 to 60 parts by weight of the non-phthalate plasticizer and 0.1 to 20 parts by weight of the acrylic copolymer based on 100 parts by weight of the amorphous PLA resin, and wherein the transparent layer comprises 5 to 50 parts by weight of the non-phthalate plasticizer and 0.1 to 20 parts by weight of the acrylic copolymer based on 100 parts by weight of the amorphous PLA resin. a base layer; a print layer formed on top of the base layer and having a printed pattern on an upper surface of the print layer; and a transparent layer formed on the top of the print layer, wherein the base layer, the print layer and the transparent layer include an amorphous PLA resin, wherein none of the base layer, the print layer and the transparent layer include a crystalline PLA resin, wherein the base layer comprises 5 to 100 parts by weight of a non-phthalate plasticizer and 0.1 to 20 parts by weight of an acrylic copolymer based on 100 parts by weight of the amorphous PLA resin, wherein the print layer comprises 5 to 60 parts by weight of the non-phthalate plasticizer and 0.1 to 20 parts by weight of the acrylic copolymer based on 100 parts by weight of the amorphous PLA resin, and wherein the transparent layer comprises 5 to 50 parts by weight of the non-phthalate plasticizer and 0.1 to 20 parts by weight of the acrylic copolymer based on 100 parts by weight of the amorphous PLA resin.
A transmission (1'; 1") comprising a shifting fork, the transmission having a first gear state and a second gear state being selectable by means of the shifting fork, the shifting fork being displaceable in an axial direction between a first predetermined position (4'; 4") and a second predetermined position (5'; 5"), the first gear state being provided when the shifting fork is placed in the first predetermined position (4'; 4") and the second gear state being provided when the shifting fork is placed in the second predetermined position (5'; 5"), the first predetermined position (4'; 4") and the second predetermined position (5'; 5") being arranged one after the other without any further predetermined position providing a further selectable gear state arranged between the first predetermined position and the second predetermined position, wherein the first gear state provides a first gear of the transmission (1'; 1") and the second gear state provides a second gear of the transmission (1'; 1"), the first gear and the second gear having different gear ratios providing different gears for the transmission, characterized in that the shifting fork is placeable in a further predetermined position (16; 16') providing a further gear state being a neutral of the transmission (1'; 1"), the shifting fork being displaceable from the further predetermined position (16; 16') to the first predetermined position (4'; 4") and further in the same direction from the first predetermined position (4'; 4") to the second predetermined position (5'; 5").
Device for controlling the closing sequence of two-leafed, self-closing swing doors by means of a slide rail closing device, wherein one door leaf is a bottom "passive" leaf and the second door leaf is a top "active" leaf, wherein a pivot arm (2, 42) is arranged between a point of each door leaf situated at a distance from the rotation axis of same and a sliding block (3, 43.1), which is associated with each of said door leaves and is movable in a linearly guided manner in one of the slide rails, the end of said pivot arm on the sliding block side being further away from the rotation axis of the door leaf than the end of said pivot arm on the door leaf side when the door leaf is closed, wherein for the purpose of controlling the closing sequence of the door leaves, the linear movement of the sliding block (34.1) belonging to the active leaf can be blocked and released in the slide rail, and wherein the release is triggered indirectly by movement of the pivot arm belonging to the passive leaf during the closing movement of the passive leaf, wherein mechanical translation elements are present, which also include the pivot arms (2, 42) connected to the door leaves and necessarily translate the closing movement of one of the door leaves into a linear movement of a part (43.3) in the slide rail, said linear movement being directed away from the rotation axis of the closing door leaf, wherein the part (43.3) is a retaining part when it is connected to the active leaf by means of the translation elements, and wherein the part (43.3) is a releasing part when it is connected to the passive leaf by means of the translation elements, characterized in that a translation part (43.2), which has a radially outwardly projecting extension (43.4), is in engagement with the pivot arm and is mounted rotatably on the sliding block (43.1) of the door leaf, and that a retaining and/or releasing part (43.3) is guided on the sliding block (43.1) such that it can move parallel to the longitudinal direction of the slide rail, wherein the translation part is in engagement by means of the radial extension (43.4) with the retaining and/or releasing part (43.3) via flanks at a recess in the same, in the manner of the interaction of a rack and pinion.
Portable cleaning device for liquid cleaning of sensitive components, in particular sensitive aviation and/or space travel components, with at least one cleaning head comprising at least one application unit for an application of a cleaning fluid and at least one aspiration unit for an aspiration of the cleaning fluid, wherein the cleaning head comprises at least one application unit for an application of a drying fluid, in particular a drying gas, for drying the sensitive component, characterised by at least one hood encompassing the cleaning head and the component that is to be cleaned from several sides, said hood being made at least partially of a transparent material, and by at least one manually guided magnetic guiding element which is movable on the hood and is configured for an indirect movement of the cleaning head, the cleaning head comprising a permanent magnet. wherein the cleaning head comprises at least one application unit for an application of a drying fluid, in particular a drying gas, for drying the sensitive component, characterised by at least one hood encompassing the cleaning head and the component that is to be cleaned from several sides, said hood being made at least partially of a transparent material, and by at least one manually guided magnetic guiding element which is movable on the hood and is configured for an indirect movement of the cleaning head, the cleaning head comprising a permanent magnet.
A method for treating a nominally pure crystal with non-linear optical properties, namely a lithium niobate or lithium tantalate crystal, wherein impurity atoms with a residual concentration of less than 20 ppm, in particular Fe 2+ ions are present in the crystal, which cause a specific absorption of irradiated light, wherein the impurity atoms are transferred by means of a thermally aided oxidation process into a higher valence state, in particular into Fe 3+ ions, wherein the electrons that are freed during the oxidation process are led out of the crystal by the application of an electrical voltage, characterised in that the crystal is heated with a temperature rise of less than 3°C per minute to a maximum temperature that lies above a prescribed threshold value and below the Curie temperature of the crystal, wherein the threshold value is given by the temperature at which the migration of ions present in the crystal, in particular of Li + ions, to the surface of the crystal is completed, wherein the threshold value is determined on the basis of previous studies on specifically doped reference crystals of the same type.
A composition comprising nanovesicles, said nanovesicles comprising a bilayer which comprises a porphyrin conjugate having the following structure: wherein m is an integer from 1 to 12, n is an integer from 1 to 12, and R 1 is a branched or linear alkyl group having from 2 to 20 carbon atoms.
A fastening device for fastening lighting devices to T-shaped profiles of a false ceiling, comprising: - a base wall on which said lighting device is fastenable, wherein said base wall has two longitudinal opposite sides and two transversal opposite sides, - two longitudinal side walls rigidly connected along the longitudinal sides of said base wall, - a plurality of fastening elements provided along the longitudinal sides of said base wall, wherein said fastening elements are foldable in the direction of said base wall, for engaging said fastening device with said T-shaped profile, said device being characterized in that: - at least two spacer elements each located along a portion of a respective longitudinal side of said base wall, each spacer element being arranged between said base wall and the respective side wall in order to provide a gap between the side wall and the base wall, wherein said gap provides a passage for the electrical connections between said lighting device and a power supply source located above the false ceiling. - a base wall on which said lighting device is fastenable, wherein said base wall has two longitudinal opposite sides and two transversal opposite sides, - two longitudinal side walls rigidly connected along the longitudinal sides of said base wall, - a plurality of fastening elements provided along the longitudinal sides of said base wall, wherein said fastening elements are foldable in the direction of said base wall, for engaging said fastening device with said T-shaped profile, - at least two spacer elements each located along a portion of a respective longitudinal side of said base wall, each spacer element being arranged between said base wall and the respective side wall in order to provide a gap between the side wall and the base wall, wherein said gap provides a passage for the electrical connections between said lighting device and a power supply source located above the false ceiling.
An in vitro method for producing induced pluripotent stem cells, comprising: bringing a nuclear reprograming substance including at least a DLX4 gene or a translation product thereof, an OCT3/4 gene or a translation product thereof and a SOX2 gene or a translation product thereof into contact with a cell.