mhurhangee/ep-ind-claims huggingface dataset:
Seat row, in particular in aircraft, the individual seats (1 - 3) of which are adjustable in their usable seat width and comprise seat dividers with support legs (5; 6) that are held by struts (7; 8) running transversely to the seat direction, wherein at least one seat divider is adjustable in the direction of the struts (7; 8), characterised in that the seat divider can be secured to the support leg (5; 6) according to the principle of a disk hub connection on at least one strut (7; 8).
Vehicle wall, preferably for a rail vehicle, comprising: - at least one set of structural reinforcements, each structural reinforcement comprising a pressed steel element; and - a vehicle skin; where the vehicle skin is a steel sheet, the vehicle skin being attached to at least one structural reinforcement by resistance welding, with or without the addition of a structural adhesive. - at least one set of structural reinforcements, each structural reinforcement comprising a pressed steel element; and - a vehicle skin;
A piggery installation for breeding pigs, the piggery installation comprising a piggery, and where the piggery is provided with transport means for supporting the piggery at a location in a field and during a movement of the piggery installation, such that the piggery installation is capable of being transported from one location of the piggery installation in the field to another location of the piggery installation in the field, and where the piggery installation comprises an outdoor enclosure attached to the piggery at a rear end of piggery, where only the piggery has a floor, walls and a roof, and where the piggery has an aperture in the rear wall, characterised in that the transport means is wheels or belts placed on the sides of or below the piggery and/or tracks placed on the sides of or below the piggery, the enclosure comprises a number of enclosure elements capable of enclosing an area of the field provided for natural foraging when the pigs rooting the soil, and where the piggery has a slope leading from the piggery to the enclosure, where the pigs during use of the piggery installation can pass from the piggery to the enclosure, and from the enclosure to the piggery, along the slope and through the aperture in the rear wall of the piggery, wherein the enclosure comprises a number of transverse extending enclosure elements extending transverse to a direction of movement of the piggery installation, and configured for levelling out the area of field having been rooted by the pigs when the enclosure is pulled by the piggery, and where the piggery installation comprises storage containers for feed and liquid, and distribution means for distributing feed and liquid inside the piggery, and the piggery installation comprising at least one of the following electricity generating means: solar panels, motorised electric power generator or a battery, for generating electric power to a plurality of electric power consuming equipment such as the feed and liquid distributing means and lighting, and where the electric power consuming equipment is provided as an integrate part of the piggery installation.
A method for stimulating antigen (Ag)-specific T cell responses in a blood sample or peripheral blood mononuclear cell (PBMC) sample isolated from a subject comprising the step consisting in culturing said blood or PBMC sample in an appropriate culture medium which comprises an amount of IL-1beta and an amount of a least one antigen provided that the culture medium does not contain any differentiating agent selected from the group consisting of Granulocyte/Macrophage Colony-Stimulating Factor (GM-CSF), IL-4 and FMS-like tyrosine kinase 3 (Flt-3) ligand and wherein the minimal effective dose of IL-1beta is of 10 ng/ml.
A method for providing classification of encrypted network traffic, the method comprising: a) classifying, by a first classifier of a device operating at a first portion of a network stack of the device, an encrypted packet received via a network port; b) including with the packet, by the first classifier, an application identifier corresponding to a first predetermined application identified by the classification; c) receiving, by a second classifier operating at a second portion of the network stack of the device above the first portion, the application identifier and the encrypted packet, characterized by: d) reclassifying, by the second classifier, the encrypted packet received from the first classifier to a second predetermined application based on decrypted content of the encrypted packet; e) replacing, by the second classifier, the application identifier with a second application identifier of the second predetermined application if the second classifier determines the second predetermined application is more granular than the first predetermined application; or (f) maintaining the application identifier of the first classifier if the second classifier determines that the first predetermined application is more granular than the second predetermined application. a) classifying, by a first classifier of a device operating at a first portion of a network stack of the device, an encrypted packet received via a network port; b) including with the packet, by the first classifier, an application identifier corresponding to a first predetermined application identified by the classification; c) receiving, by a second classifier operating at a second portion of the network stack of the device above the first portion, the application identifier and the encrypted packet, characterized by: d) reclassifying, by the second classifier, the encrypted packet received from the first classifier to a second predetermined application based on decrypted content of the encrypted packet; e) replacing, by the second classifier, the application identifier with a second application identifier of the second predetermined application if the second classifier determines the second predetermined application is more granular than the first predetermined application; or (f) maintaining the application identifier of the first classifier if the second classifier determines that the first predetermined application is more granular than the second predetermined application. d) reclassifying, by the second classifier, the encrypted packet received from the first classifier to a second predetermined application based on decrypted content of the encrypted packet; e) replacing, by the second classifier, the application identifier with a second application identifier of the second predetermined application if the second classifier determines the second predetermined application is more granular than the first predetermined application; or (f) maintaining the application identifier of the first classifier if the second classifier determines that the first predetermined application is more granular than the second predetermined application.
Device for producing a multicoloured yarn from differently coloured filaments which consist of a plurality of endless filaments, wherein at least two filaments (F1... Fn) are guided into a drawing device, where they are guided by a pair of intake rollers (3.1, 3.2) to at least two pairs of drawing unit rollers (5.1, 5.2; 6.1, 6.2) and are drawn by the drawing unit rollers, downstream of which there is arranged a texturing device having a cooling drum, characterised in that there is arranged solely upstream of the texturing device at least one nozzle (4, 7) in which each filament (F1... Fn) is separately interlaced, and at least one yarn (G1, G2) is formed from the filaments (F1... Fn) in the texturing nozzle, wherein the filaments (F1... Fn) are drawn on the pair of drawing unit rollers (6.1, 6.2) that is arranged directly upstream of the nozzle at a speed of at least 1700 m/min.
A process for preparing iodinated aromatic compounds, comprising the step of performing an iodination of a non-halogenated aromatic compound, a monoiodo aromatic compound, a diiodo aromatic compound, and iodine in the presence of a zeolite catalyst under oxygen atmosphere, wherein a diiodo aromatic compound and a triiodo aromatic compound in the iodinated aromatic compounds are converted into the monoiodo aromatic compound simultaneously with the iodination; and the molar ratio of non-halogenated aromatic compound/iodine, which are introduced, is 0.8 to 3.0.
A system comprising a first digital camera with a printer and a second digital camera with a printer, the first digital camera including a communication unit, and the second digital camera including a communication unit, and a print control unit configured to control printing, wherein the first digital camera and the second digital camera are configured to communicate with each other through the respective communication units thereof, wherein the first digital camera includes an image composition unit configured to generate a composite image in which a first image captured by the first digital camera and a second image captured by the second digital camera are composited, wherein the communication unit of the first digital camera is configured to transmit the composite image to the second digital camera, wherein the second digital camera possesses an automatic print permission list, and wherein, in a case where the second digital camera receives the composite image from the first digital camera as well as said first digital camera being registered on the automatic print permission list, the print control unit of the second digital camera is configured to cause the printer of the second digital camera to print the composite image independently of an instruction operation of a user. the first digital camera including a communication unit, and the second digital camera including a communication unit, and a print control unit configured to control printing, wherein the first digital camera and the second digital camera are configured to communicate with each other through the respective communication units thereof, wherein the first digital camera includes an image composition unit configured to generate a composite image in which a first image captured by the first digital camera and a second image captured by the second digital camera are composited, wherein the communication unit of the first digital camera is configured to transmit the composite image to the second digital camera, wherein the second digital camera possesses an automatic print permission list, and wherein, in a case where the second digital camera receives the composite image from the first digital camera as well as said first digital camera being registered on the automatic print permission list, the print control unit of the second digital camera is configured to cause the printer of the second digital camera to print the composite image independently of an instruction operation of a user.
A fuel cell comprising: a cathode having an oxidant flow field; a water transport plate adjacent to at least one of the oxidant flow field and a fuel flow field; a back pressure valve downstream from the oxidant flow field for producing an oxidant back pressure that generates a desired differential pressure across the water transport plate; and an ejector arranged upstream from the fuel flow field and including a motive inlet, characterized in that the back pressure valve communicates with a controller in order to regulate a differential pressure across the water transport plate and controls a fuel pressure at the motive inlet. a cathode having an oxidant flow field; a water transport plate adjacent to at least one of the oxidant flow field and a fuel flow field; a back pressure valve downstream from the oxidant flow field for producing an oxidant back pressure that generates a desired differential pressure across the water transport plate; and an ejector arranged upstream from the fuel flow field and including a motive inlet, characterized in that the back pressure valve communicates with a controller in order to regulate a differential pressure across the water transport plate and controls a fuel pressure at the motive inlet.
A rolling display arrangement for an electronic device, said rolling display arrangement comprising: - a display module, - a shaft module, and - at least one transmission module, said transmission module being adapted for transferring rotational movement of said shaft module and said transmission module to linear movement of said display module, said display module comprises a flexible display and a display support, said display support comprising a first rigid part, a second rigid part, and a flexible part arranged between said first rigid part and said second rigid part, said first rigid part and said second rigid part extending in parallel, said flexible part partially enclosing said shaft module, said shaft module comprises a drive shaft and a drive shaft gear, said transmission module being interconnected with said first rigid part and said second rigid part of said display module, and with said drive shaft gear of said shaft module, and said transmission module comprises a drive belt, a transmission gear arrangement driving said drive belt, a first display clamp, and a second display clamp being arranged on said drive belt, said first display clamp being interconnected with said first rigid part of said display support, said second display clamp being interconnected with said second rigid part of said display support. - a display module, - a shaft module, and - at least one transmission module, said transmission module being adapted for transferring rotational movement of said shaft module and said transmission module to linear movement of said display module, said display module comprises a flexible display and a display support, said display support comprising a first rigid part, a second rigid part, and a flexible part arranged between said first rigid part and said second rigid part, said first rigid part and said second rigid part extending in parallel, said flexible part partially enclosing said shaft module, said shaft module comprises a drive shaft and a drive shaft gear, said transmission module being interconnected with said first rigid part and said second rigid part of said display module, and with said drive shaft gear of said shaft module, and said transmission module comprises a drive belt, a transmission gear arrangement driving said drive belt, a first display clamp, and a second display clamp being arranged on said drive belt, said first display clamp being interconnected with said first rigid part of said display support, said second display clamp being interconnected with said second rigid part of said display support.
A guidance method for an individual moving in an unknown environment from a remote guidance platform, characterised in that it comprises a real time guidance loop comprising the following steps: ∘ collection of measurement data taken by a measurement module placed on the individual, ∘ transmission of the measurement data collected, from the measurement module to the guidance platform by means of a first communication channel of a first radiocommunications network, ∘ determination of tactical position data from the transmitted measurement data, at the guidance platform, ∘ determination of guidance data from the determined tactical position data, at the guidance platform, and ∘ transmission of the determined guidance data, to a communication device of the individual by means of a second communication channel of a second radiocommunications network. ∘ collection of measurement data taken by a measurement module placed on the individual, ∘ transmission of the measurement data collected, from the measurement module to the guidance platform by means of a first communication channel of a first radiocommunications network, ∘ determination of tactical position data from the transmitted measurement data, at the guidance platform, ∘ determination of guidance data from the determined tactical position data, at the guidance platform, and ∘ transmission of the determined guidance data, to a communication device of the individual by means of a second communication channel of a second radiocommunications network.
An ophthalmic laser system (700, 900), comprising: an imaging system (710, 910), configured to image a corneal region of an eye having a LASIK flap; a surgical laser system (720, 930), configured to place laser pulses into a lens of the eye the system being chatacterised by further comprising an image analyzer (730, 920), configured to fit a circle to an image of a LASIK flap in the cornea, imaged by the imaging system; to determine a location of a center of the fitted circle; to generate a cataract surgical pattern centered with the determined center of the fitted circle; and to guide a surgical laser system to place laser pulses into a lens according to the generated cataract surgical patterns. an imaging system (710, 910), configured to image a corneal region of an eye having a LASIK flap; a surgical laser system (720, 930), configured to place laser pulses into a lens of the eye the system being chatacterised by further comprising an image analyzer (730, 920), configured to fit a circle to an image of a LASIK flap in the cornea, imaged by the imaging system; to determine a location of a center of the fitted circle; to generate a cataract surgical pattern centered with the determined center of the fitted circle; and to guide a surgical laser system to place laser pulses into a lens according to the generated cataract surgical patterns.
A pile sheet remover system for preparing a pile of sheets with a height, a free end and a side of sheet edges for processing in a pile preparation unit, the system comprising: - a sheet removing unit having a support frame supporting a moving frame configured for a linear movement in an attack direction towards the side and the free end of the pile of sheets, the moving frame having a side support plate with a side support face arranged to face and to apply to the side of the pile of sheets, - a grab plate arranged with a grab face essentially perpendicular to the side support face and extending beyond the side support face in the attack direction and configured with a grab actuator for a grab movement towards the free end of the pile of sheets, - one or more attack knives arranged to face the side of the pile of sheets and configured with one or more attack actuators for at least one attack movement in the attack direction for insertion of the one or more attack knives between a pair of sheets, wherein there is a first attack knife for a first attack movement and a second attack knife for a second attack movement; wherein the first attack knife is a smaller knife with a blade in the attack direction and the second attack knife is a larger knife, characterized in that the pile sheet remover system further comprises: - a marking unit arranged to mark the sheet on an uncovered free end of the pile of sheets. - a sheet removing unit having a support frame supporting a moving frame configured for a linear movement in an attack direction towards the side and the free end of the pile of sheets, the moving frame having a side support plate with a side support face arranged to face and to apply to the side of the pile of sheets, - a grab plate arranged with a grab face essentially perpendicular to the side support face and extending beyond the side support face in the attack direction and configured with a grab actuator for a grab movement towards the free end of the pile of sheets, - one or more attack knives arranged to face the side of the pile of sheets and configured with one or more attack actuators for at least one attack movement in the attack direction for insertion of the one or more attack knives between a pair of sheets, wherein there is a first attack knife for a first attack movement and a second attack knife for a second attack movement; wherein the first attack knife is a smaller knife with a blade in the attack direction and the second attack knife is a larger knife, characterized in that the pile sheet remover system further comprises: - a marking unit arranged to mark the sheet on an uncovered free end of the pile of sheets.
A flat tube for a heat exchanger, with two open ends defining its longitudinal direction, comprising a first wall and a second wall which are flat and parallel to each other, thereby delimiting an inner space of the tube, wherein one of the lateral sides of the first wall forms a multilayer nose by means of consecutive folds compounded towards the second wall, the lateral side of the second wall being bent to cover said multilayer nose, characterised in that the folds are at least partially displaced laterally towards the inner space of the tube with respect to a first bending point of said lateral side of the first wall.
A fluorescent nanoagent for use in a subsurface petroleum reservoir, the nanoagent comprising: a carbon-based nanoparticle core, said nanoparticle core having an average diameter of less than 100 nm; wherein said nanoparticle core includes a plurality of functional groups selected from methanolamine, ethanolamine, and propanolamine appended to the surface thereof. a carbon-based nanoparticle core, said nanoparticle core having an average diameter of less than 100 nm; wherein said nanoparticle core includes a plurality of functional groups selected from methanolamine, ethanolamine, and propanolamine appended to the surface thereof.
A method for producing (meth)acrylic anhydride, comprising reacting a fatty acid anhydride represented by the following general formula with (meth)acrylic acid to produce (meth)acrylic anhydride, while extracting a fatty acid produced as a by-product, wherein the reaction is performed, while adjustment is performed so that a molar ratio of the (meth)acrylic acid to the (meth)acrylic anhydride in a reaction liquid is 0.3 or more, and the molar ratio is 0.3 to 2 at completion of the reaction, wherein R 1 represents a linear or branched alkyl group or alkenyl group having 1 to 3 carbon atoms, and R 2 represents a linear or branched alkyl group having 1 to 3 carbon atoms.
Door, window or curtain wall assembly, comprising frame profiles having profile tabs (4.1) and transom and mullion profiles having installation screw holes and profile tabs (4.1); the system further comprising an installation screw and a cleat profile (2,3) which comprises special stands (2.1, 3.1), a cavity (2.2,3.2) for receiving the installation screw and seperate portion for imposing a sliding movement on the cleat profile (2, 3); wherein horizontal, vertical or angular transom and mullion profiles are rigidly joined mutually and to the frame profiles, thereby forming a frame, e.g. a fenestration frame, wherein the cleat profile (2, 3) is slidably arranged inside of a transom or mullion profile (1, 4) and engaged to profile tabs (4.1) of the counterpart profile (1,4) by means of its special stands (2.1, 3.1) characterized in that a rigid, reversible joint between the frame profiles (1,4), suitable for withstanding external loads, such as wind load or gravity, is obtained by fixing screw which is inserted in the insltallation screw hole and in the cavity (2.2, 3.2) of the cleat profile (2,3), thereby immobilizing and locking the cleat profile (2,3) inside the surrounding transom or mullion profile.