mhurhangee/ep-ind-claims huggingface dataset:
An ultraviolet light irradiation device comprising: a cylindrical portion configured to form a cylindrical processing flow path extending in a longitudinal direction and include an opening at one end side of the cylindrical portion; a case portion housing the cylindrical portion; a plate configured to cover the opening at the one end side of the cylindrical portion, wherein the plate includes a plurality of opening holes penetrating between front and back surfaces of the plate, a first chamber formed by a gap between the cylindrical portion and the case portion and configured to cover the opening and communicate with the processing flow path via the opening; an inflow portion configured to allow an object to flow into the first chamber; an outflow portion configured to allow the object having passed through the processing flow path to flow out from the cylindrical portion; and a light emitting element provided at least on the one end side or the other end side of the cylindrical portion and configured to apply ultraviolet light to the object passing through the processing flow path, wherein the first chamber has an inner volume equal to or more than 2/3 of the cube of the processing flow path equivalent inner diameter and equal to or less than 3 times of an inner volume of the processing flow path, wherein the equivalent inner diameter of the processing flow path is defined as: (four times a cross-sectional area of the processing flow path)/(a cross-sectional peripheral length of the processing flow path). a cylindrical portion configured to form a cylindrical processing flow path extending in a longitudinal direction and include an opening at one end side of the cylindrical portion; a case portion housing the cylindrical portion; a plate configured to cover the opening at the one end side of the cylindrical portion, wherein the plate includes a plurality of opening holes penetrating between front and back surfaces of the plate, a first chamber formed by a gap between the cylindrical portion and the case portion and configured to cover the opening and communicate with the processing flow path via the opening; an inflow portion configured to allow an object to flow into the first chamber; an outflow portion configured to allow the object having passed through the processing flow path to flow out from the cylindrical portion; and a light emitting element provided at least on the one end side or the other end side of the cylindrical portion and configured to apply ultraviolet light to the object passing through the processing flow path, wherein the first chamber has an inner volume equal to or more than 2/3 of the cube of the processing flow path equivalent inner diameter and equal to or less than 3 times of an inner volume of the processing flow path, wherein the equivalent inner diameter of the processing flow path is defined as: (four times a cross-sectional area of the processing flow path)/(a cross-sectional peripheral length of the processing flow path).
A mitral valve prosthesis configured to be implanted at a native mitral valve of a heart, the native mitral valve having native mitral valve leaflets, the mitral valve prosthesis comprising: an expandable valve frame; a first arm having a first end attached to the valve frame and a second end configured to extend farther radially from a central axis of the valve frame than the valve frame extends from the central axis when the valve frame is in an expanded configuration; and an anchoring device comprising a coil that defines an inner space for holding the valve frame when the valve frame is in the expanded configuration in the inner space of the coil; wherein when the mitral valve prosthesis is implanted, the native mitral valve leaflets are positioned between the anchoring device and the valve frame and the anchoring device is positioned radially between the first arm and the valve frame. an expandable valve frame; a first arm having a first end attached to the valve frame and a second end configured to extend farther radially from a central axis of the valve frame than the valve frame extends from the central axis when the valve frame is in an expanded configuration; and an anchoring device comprising a coil that defines an inner space for holding the valve frame when the valve frame is in the expanded configuration in the inner space of the coil; wherein when the mitral valve prosthesis is implanted, the native mitral valve leaflets are positioned between the anchoring device and the valve frame and the anchoring device is positioned radially between the first arm and the valve frame.
Device for oxygen enrichment of respiratory air, with the following elements: - an entry point for compressed ambient air, to which a compressor for providing compressed ambient air can be attached; - a cooling dryer for dehumidifying the compressed ambient air; - a separator device with an inlet for the compressed and dehumidified ambient air, a first outlet connected directly to the inlet, and a second outlet connected to the inlet via a selective membrane; wherein the permeability of the selective membrane is, under predetermined conditions, higher for oxygen than for nitrogen; wherein a heating device for heating the compressed and dehumidified ambient air is present in the flow path between the cooling dryer and the inlet of the separator device, wherein a filter device (6, 7, 8) for cleaning the compressed and dehumidified ambient air is present in the flow path between the inlet of the separator device and the cooling dryer, in particular in the flow path between the heating device and the cooling dryer, characterized in that a blow-off device is present in the connection between the cooling dryer and the filter device (6, 7, 8) and opens when a predetermined pressure is exceeded. - an entry point for compressed ambient air, to which a compressor for providing compressed ambient air can be attached; - a cooling dryer for dehumidifying the compressed ambient air; - a separator device with an inlet for the compressed and dehumidified ambient air, a first outlet connected directly to the inlet, and a second outlet connected to the inlet via a selective membrane; wherein the permeability of the selective membrane is, under predetermined conditions, higher for oxygen than for nitrogen;
A glass melting component of a refractory metal or a refractory metal alloy for use in a melt of an oxidic material, wherein the glass melting component is selected from the group of glass melting electrodes, tank linings in glass production, melting crucibles, facilities for the production of fused silica or sapphire crystals, and wherein at least one guide structure for the conveying and/or nucleation of gas bubbles from the melt is present at least on a surface of the glass melting component which faces the melt during use of the glass melting component, wherein the guide structure is configured as raised region or as depression on the surface of the glass melting component, and wherein the guide structure has, in a position of the glass melting component intended for use, an inclination relative to the horizontal, preferably an inclination relative to the horizontal in the range from 5° to 85°, more preferably in the range of 40° to 80°, particularly preferably in the range from 50° to 70°.
A method of forming a titanium oxide-containing coating composition, the method comprising: attaching initiators to pretreated titanium oxide particles to form initiator/ pretreated titanium oxide complexes, the pretreated titanium oxide particles being titanium oxide particles that are pretreated with at least one metal oxide, the initiator having the formula: X 1 -R 1 -X 2 wherein X 1 is a leaving group that is replaced by chemically active functional groups on a surface of the pretreated titanium oxide particles, R 1 is a C 6 -C 20 hydrocarbon-containing group, and X 2 is a moiety for initiating surface initiated polymerisation; contacting the initiator/pretreated titanium oxide complexes with a polymerizable unsaturated monomer such that a polymeric layer forms on the pretreated titanium oxide particles to form polymeric encapsulated titanium oxide particles; and combining the polymeric encapsulated titanium oxide particles with a liquid composition to form the coating composition. attaching initiators to pretreated titanium oxide particles to form initiator/ pretreated titanium oxide complexes, the pretreated titanium oxide particles being titanium oxide particles that are pretreated with at least one metal oxide, the initiator having the formula: X 1 -R 1 -X 2 wherein X 1 is a leaving group that is replaced by chemically active functional groups on a surface of the pretreated titanium oxide particles, R 1 is a C 6 -C 20 hydrocarbon-containing group, and X 2 is a moiety for initiating surface initiated polymerisation; contacting the initiator/pretreated titanium oxide complexes with a polymerizable unsaturated monomer such that a polymeric layer forms on the pretreated titanium oxide particles to form polymeric encapsulated titanium oxide particles; and combining the polymeric encapsulated titanium oxide particles with a liquid composition to form the coating composition.
Barrel for an automatic watch comprising a drum with an internal side wall and a barrel spring fitted with an external coil cooperating by friction with the internal side wall of the drum; characterised in that the profile of the internal side wall comprises a plurality of arcs of circles of sliding and arcs of circle of friction arranged in alternation, wherein the arcs of sliding and of friction (5, 6) substantially correspond to a geometric arrangement consisting of a profile element of construction serving as a geometric mark to determine the positions and dimensions of the arcs of sliding and arcs of friction, the arcs of sliding being angularly distributed along the profile element, centred on this profile element and having a radius (Rgli) inferior to the radius of a circle circumscribed to the profile element; the arcs of friction being angularly distributed along the profile element, each of the arcs of friction extending between the tangent points to each of the arcs of sliding adjacent to the arc of friction; each of the arcs of friction being centred in relation to a position on the profile element diametrically opposed to the centre of the arc of friction, the radius (Rfro) of the arc of friction corresponding to the distance between said position and one of the tangent points so that the external coil cooperates by friction with said internal side wall of the drum and is free to slide against the arcs of friction of said wall when the tension of the spring exceeds a given threshold value of sliding, and free to slide against the arcs of sliding of said side wall when the tension of the spring is inferior to said given threshold value of sliding.
Composite annular casing of a turbomachine, in particular of a low-pressure compressor, including: - a wall of generally circular form or in a circular arc; - a mounting flange extending radially from one side of the wall, forming an edge together with the said wall; - a main fibrous reinforcement extending in a continuous manner along the wall and of the flange and forming an angled portion and rounded in the area of the edge, the main fibrous reinforcement comprising a preform made of a plurality of folds, each fold comprising woven fibres, and - an auxiliary fibrous reinforcement extending along the edge; - a matrix; the auxiliary reinforcement comprising a core extending along the edge in such a way as to occupy the volume between the edge and the angled portion of the main reinforcement, the core of the auxiliary reinforcement comprises fibres which extend radially from the edge as far as the main reinforcement, said fibres being of the same nature than the woven fibres of the folds of the main reinforcement. - a wall of generally circular form or in a circular arc; - a mounting flange extending radially from one side of the wall, forming an edge together with the said wall; - a main fibrous reinforcement extending in a continuous manner along the wall and of the flange and forming an angled portion and rounded in the area of the edge, the main fibrous reinforcement comprising a preform made of a plurality of folds, each fold comprising woven fibres, and - an auxiliary fibrous reinforcement extending along the edge; - a matrix;
An electronic device comprising a semiconductor layer in contact with a number of electrodes, characterised in that the semiconductor layer includes a small molecular thiophene compound consisting of a plurality of thiophene units, wherein the number of thiophene units in the small molecular thiophene compound ranges from 6 to 32, said small molecular thiophene compound being a compound represented by the formula or or, a mixture thereof, where y is the number of units, wherein R and R' are the same or different from each other, R is selected from the group consisting of: (a) a hydrocarbon group, (b) a heteroatom-containing group, and (c) a halogen, R' is selected from the group consisting of: (a) a hydrocarbon group, (b) a heteroatom-containing group, (c) a halogen, and (d) hydrogen. where y is the number of units, wherein R and R' are the same or different from each other, R is selected from the group consisting of: (a) a hydrocarbon group, (b) a heteroatom-containing group, and (c) a halogen, (a) a hydrocarbon group, (b) a heteroatom-containing group, and (c) a halogen, R' is selected from the group consisting of: (a) a hydrocarbon group, (b) a heteroatom-containing group, (c) a halogen, and (d) hydrogen. (a) a hydrocarbon group, (b) a heteroatom-containing group, (c) a halogen, and (d) hydrogen.
A seal with a sieve insert for an exhaust gas recirculation in the exhaust line of a motor vehicle that is driven by an internal combustion engine, where the sieve seal has a sieve element with a three- dimensional design in the form of a cup-shaped curvature, which is fixed in a closed region on the seal, characterized in that a part of an edge of the sieve element and of a collar of the seal are permanently connected to each other by means of folding or cramping so that a fluid can pass only through the unoccupied part of the sieve element.
An electric brake device comprising: an electric brake being configured such that a shaft is moved forward by driving of an electric motor, and a forward movement of the shaft brings the electric brake into an acting state in which brake friction members (24in, 24out) are pushed against a brake rotary body so as to suppress rotation of a wheel; and a motor controller being configured to control the electric motor, wherein through a rotation speed control on the electric motor, after the shaft reaches a set position before the electric brake comes into the acting state, the motor controller controls a forward speed of the shaft to be smaller than that before the shaft reaches the set position wherein the brake rotary body is a disc rotor integrally and rotatably fixed to the wheel, the electric brake is a disc brake that includes a pair of the brake friction members (24in, 24out) located on both sides of the disc rotor, and comes into the acting state in which the brake friction members (24in, 24out) are pushed against the disc rotor, the motor controller stores a contact position that is a position where the shaft comes into contact with the disc rotor via one of the brake friction members (24in, 24out), characterized in that the motor controller defines, as the set position, a position located more rearward with not less than a distance determined based on a standard value of camming of the disc rotor than the contact position stored during a previous operation of the electric brake. an electric brake being configured such that a shaft is moved forward by driving of an electric motor, and a forward movement of the shaft brings the electric brake into an acting state in which brake friction members (24in, 24out) are pushed against a brake rotary body so as to suppress rotation of a wheel; and a motor controller being configured to control the electric motor, wherein through a rotation speed control on the electric motor, after the shaft reaches a set position before the electric brake comes into the acting state, the motor controller controls a forward speed of the shaft to be smaller than that before the shaft reaches the set position wherein the brake rotary body is a disc rotor integrally and rotatably fixed to the wheel, the electric brake is a disc brake that includes a pair of the brake friction members (24in, 24out) located on both sides of the disc rotor, and comes into the acting state in which the brake friction members (24in, 24out) are pushed against the disc rotor, the motor controller stores a contact position that is a position where the shaft comes into contact with the disc rotor via one of the brake friction members (24in, 24out), characterized in that the motor controller defines, as the set position, a position located more rearward with not less than a distance determined based on a standard value of camming of the disc rotor than the contact position stored during a previous operation of the electric brake.
Method for manufacturing a tyre equipped with a communication module (20, 20a, 20b, 20c), consisting in successively, and in the order required by the architecture of said tyre, laying rubber products, notably profiled elements (50, 9, 11, 14, 16) and reinforcing elements on a given support in order to yield a green tyre, then in vulcanizing the green tyre to yield a tyre, the communication module (20, 20a, 20b, 20c), comprising a radio-frequency transponder comprising a primary antenna electrically connected to an electronic chip and inductively coupled to a dipole radiating antenna consisting of a single-strand helical spring, characterized in that, prior to laying one of the rubber profiled elements (50, 9, 11, 14, 16) on the green tyre, a slot is created starting from a surface of the rubber profiled element (50, 9, 11, 14, 16) and the communication module (20, 20a, 20b, 20c) is introduced into the slot.
A teeth whitening oral care composition comprising an orally acceptable carrier and an ionic liquid, wherein the ionic liquid comprises a) a pyrazolium cation; b) an anion selected from the group consisting of salicylate, acetate, bromide, chloride, phosphate, alkyl phosphate, phosphonate, pyrophosphate, hexametaphosphate, polymetaphosphate, orthophosphate, tripolyphosphate, sulfate, alkyl sulfate, lauryl sulfate, phenolsulfate, benzoate, acetylacetonate, carboxylate, citrate, ascorbate, dicyamide, L- or D-amino acids, glycolate, gluconate, maleate, saccharinate, aspartamate, cyclamate, hydroxide, succinate, tartrate, docusate, linoleate, oleate, and tosylate. a) a pyrazolium cation; b) an anion selected from the group consisting of salicylate, acetate, bromide, chloride, phosphate, alkyl phosphate, phosphonate, pyrophosphate, hexametaphosphate, polymetaphosphate, orthophosphate, tripolyphosphate, sulfate, alkyl sulfate, lauryl sulfate, phenolsulfate, benzoate, acetylacetonate, carboxylate, citrate, ascorbate, dicyamide, L- or D-amino acids, glycolate, gluconate, maleate, saccharinate, aspartamate, cyclamate, hydroxide, succinate, tartrate, docusate, linoleate, oleate, and tosylate.
An electronic device comprising: a housing; a display module that includes a first panel including a first surface, a second surface opposite to the first surface, and a plurality of pixels disposed between the first surface and the second surface, a cover layer disposed on the first surface of the first panel and configured to form one surface of the housing, and a second panel disposed on the second surface of the first panel; and a sensor (190, 240) coupled to the display module and configured to form a sensing area on the one surface of the housing, wherein the display module includes an opening that is formed through the second panel and in which the sensor (190, 240) is disposed, wherein the sensor (190, 240) includes an active area and an inactive area formed around the active area, wherein a first adhesive material is formed between the active area and the first panel, and characterised in that a second adhesive material different from the first adhesive material is formed between at least a portion of the inactive area and the first panel. a housing; a display module that includes a first panel including a first surface, a second surface opposite to the first surface, and a plurality of pixels disposed between the first surface and the second surface, a cover layer disposed on the first surface of the first panel and configured to form one surface of the housing, and a second panel disposed on the second surface of the first panel; and a sensor (190, 240) coupled to the display module and configured to form a sensing area on the one surface of the housing, wherein the display module includes an opening that is formed through the second panel and in which the sensor (190, 240) is disposed, wherein the sensor (190, 240) includes an active area and an inactive area formed around the active area, wherein a first adhesive material is formed between the active area and the first panel, and characterised in that a second adhesive material different from the first adhesive material is formed between at least a portion of the inactive area and the first panel.
A portable studio for item photography in the form of a closed container comprising a base, a rotatable housing consisting of two coaxial surfaces - outer surface and inner surface, in a shape approximating a cylinder, and a holder for attaching a photographic camera, said container equipped on the inside with a rotating table and light sources, wherein the light sources in the form of sections, positioned along the generatrix of the rotatable housing are arranged in the rotatable housing between the two coaxial surfaces characterized in that the rotatable housing is provided with guiding rings (8,9) located between rollers attached to said base, the said base having also attached sides fitted with covers.
A method (100, 200) of operating a fleet of autonomous vehicles (2, 2a, 2b, 2c, 2d, 2e) at a work site having a loading area at which a loading device is provided for loading material onto said autonomous vehicles, the method comprising: - controlling a first vehicle of said autonomous vehicles to drive in a first driving mode until it reaches a start position of the loading area, the method characterized in that the method further comprises: - deactivating the first driving mode for the first vehicle by controlling the first vehicle to be positioned in the loading area in a second driving mode, - controlling a second vehicle of said autonomous vehicles to come into contact with the first vehicle and to push the first vehicle along the loading area and past the loading device for enabling loading of material onto the first vehicle from the loading device as the first vehicle passes by the loading device, - reactivating the first driving mode of the first vehicle when the second vehicle has pushed the first vehicle to an end position of the loading area. - controlling a first vehicle of said autonomous vehicles to drive in a first driving mode until it reaches a start position of the loading area, - deactivating the first driving mode for the first vehicle by controlling the first vehicle to be positioned in the loading area in a second driving mode, - controlling a second vehicle of said autonomous vehicles to come into contact with the first vehicle and to push the first vehicle along the loading area and past the loading device for enabling loading of material onto the first vehicle from the loading device as the first vehicle passes by the loading device, - reactivating the first driving mode of the first vehicle when the second vehicle has pushed the first vehicle to an end position of the loading area.