mhurhangee/ep-ind-claims huggingface dataset:
Aeroplane tyre comprising: - a working reinforcement radially on the inside of a tread and radially on the outside of a carcass reinforcement, - the working reinforcement comprising at least one working biply consisting at least in part of two radially superposed working layers (211, 212), - each working layer comprising reinforcers coated in an elastomeric material, positioned circumferentially along a periodic curve and forming, with the circumferential direction (XX') of the tyre and in the equatorial plane of the tyre, an angle at least equal to 8° and at most equal to 30°, - the radially innermost working biply having the greatest axial width (L T) and comprising two axial ends each one corresponding to the axially outermost and radially innermost point of the working biply, - the carcass reinforcement comprising at least one carcass layer comprising reinforcers which are coated in an elastomeric material, forming, with the circumferential direction (XX') of the tyre, an angle at least equal to 80° and at most equal to 100°, characterized in that the distance between an axial end of the radially innermost working biply and its orthogonal projection onto the radially outermost carcass layer is at least equal to 8 mm and in that the distance (D') between the point on the radially innermost working biply, axially on the inside of the axial end at a distance measured as being the radius of the circle which has, as its centre, the axially outermost reinforcer of the radially innermost working biply equal to 25 mm, and its orthogonal projection onto the radially outermost carcass layer is less than the distance between the said axial end of the radially innermost working biply and its orthogonal projection onto the radially outermost carcass layer and is such that the angle formed by the straight line passing through the axial end of the biply and through the said point of the biply, positioned axially on the inside at the said distance equal to 25 mm, and the straight line passing through their respective orthogonal projections (I, J) onto the radially outermost carcass layer is at least equal to 12°. - a working reinforcement radially on the inside of a tread and radially on the outside of a carcass reinforcement, - the working reinforcement comprising at least one working biply consisting at least in part of two radially superposed working layers (211, 212), - each working layer comprising reinforcers coated in an elastomeric material, positioned circumferentially along a periodic curve and forming, with the circumferential direction (XX') of the tyre and in the equatorial plane of the tyre, an angle at least equal to 8° and at most equal to 30°, - the radially innermost working biply having the greatest axial width (L T) and comprising two axial ends each one corresponding to the axially outermost and radially innermost point of the working biply, - the carcass reinforcement comprising at least one carcass layer comprising reinforcers which are coated in an elastomeric material, forming, with the circumferential direction (XX') of the tyre, an angle at least equal to 80° and at most equal to 100°,
An optical system comprising: an image generator configured to output beams corresponding to red, R, green, G, and blue, B, image signals for configuring a virtual image, and an infrared, IR, image signal obtained from an IR light source; a multipath optical element comprising a diffraction grating and an outcoupler, such that parts of the output beams are diffracted at the diffraction grating and other parts of the output beams are transmitted through the multipath optical element; the diffracted beams are exited from the multipath optical element by the outcoupler; a first camera configured to detect a reflected pattern of an IR beam among the exited beams from the multipath optical element; an IR filter diffraction element configured to project an IR beam, among the beams transmitted through the multipath optical element, toward an object of a real world; a second camera configured to detect a reflected pattern of the projected IR beam, reflected at the object of the real world; and a processor configured to identify a line of sight of a user based on the reflected pattern detected at the first camera, and to identify depth information of the object of the real world based on the reflected pattern detected at the second camera. an image generator configured to output beams corresponding to red, R, green, G, and blue, B, image signals for configuring a virtual image, and an infrared, IR, image signal obtained from an IR light source; a multipath optical element comprising a diffraction grating and an outcoupler, such that parts of the output beams are diffracted at the diffraction grating and other parts of the output beams are transmitted through the multipath optical element; the diffracted beams are exited from the multipath optical element by the outcoupler; parts of the output beams are diffracted at the diffraction grating and other parts of the output beams are transmitted through the multipath optical element; the diffracted beams are exited from the multipath optical element by the outcoupler; a first camera configured to detect a reflected pattern of an IR beam among the exited beams from the multipath optical element; an IR filter diffraction element configured to project an IR beam, among the beams transmitted through the multipath optical element, toward an object of a real world; a second camera configured to detect a reflected pattern of the projected IR beam, reflected at the object of the real world; and a processor configured to identify a line of sight of a user based on the reflected pattern detected at the first camera, and to identify depth information of the object of the real world based on the reflected pattern detected at the second camera.
Drive device for a motor vehicle, comprising at least one electric machine, comprising a transmission, via which the motor vehicle can be electrically driven by means of the electric machine, comprising at least one shifting element, by means of which at least one gear of the transmission is to be shifted by actuating the shifting element, comprising at least one circuit, through which a medium can flow and which has a first branch, through which the medium can flow in order to cool and/or lubricate the electric machine and/or the transmission, and a second branch, through which the medium can flow in order to actuate the shifting element, and comprising an electric pump for conveying the medium through the circuit, and comprising a parking lock, the circuit having a third branch, through which the medium can flow in order to actuate the parking lock, characterized in that: - in order to convey the medium from the pump to the relevant branch (22, 34, 44), the pump can be operated in a forward mode, in which the medium conveyed by means of the pump in the forward mode flows from a first connection of the pump to a second connection of the pump; and - the pump can be operated in a reverse mode, in which the medium conveyed by means of the pump in the reverse mode flows from the second connection to the first connection, as a result of which the medium can be conveyed out of at least a portion of the third branch. - in order to convey the medium from the pump to the relevant branch (22, 34, 44), the pump can be operated in a forward mode, in which the medium conveyed by means of the pump in the forward mode flows from a first connection of the pump to a second connection of the pump; and - the pump can be operated in a reverse mode, in which the medium conveyed by means of the pump in the reverse mode flows from the second connection to the first connection, as a result of which the medium can be conveyed out of at least a portion of the third branch.
A ductless fume hood comprising: a hood enclosure comprising a slidable window and a baffle, wherein the slidable window is open to a room for ingress of room air into the hood enclosure for combination with contaminated air generated in the hood enclosure to form an effluent stream; at least one chemical removal filter; a detection system; an exhaust stack; and a motor, wherein the motor draws the effluent stream serially through the baffle, the at least one chemical filter for egress at the exhaust stack, characterized in that the detection system comprises (i) a first gas valve that is positioned downstream of and communicatively connected to at least one of exhaust gas, interfilter gas, reference gas, room air and contaminant-free air, (ii) a gas metering pump, (iii) a gas detection chamber communicatively connected, and positioned downstream of the first gas valve and (iv) a photo-ionization detector. a hood enclosure comprising a slidable window and a baffle, wherein the slidable window is open to a room for ingress of room air into the hood enclosure for combination with contaminated air generated in the hood enclosure to form an effluent stream; at least one chemical removal filter; a detection system; an exhaust stack; and a motor, wherein the motor draws the effluent stream serially through the baffle, the at least one chemical filter for egress at the exhaust stack, characterized in that the detection system comprises (i) a first gas valve that is positioned downstream of and communicatively connected to at least one of exhaust gas, interfilter gas, reference gas, room air and contaminant-free air, (ii) a gas metering pump, (iii) a gas detection chamber communicatively connected, and positioned downstream of the first gas valve and (iv) a photo-ionization detector.
Device for detecting a fuel pressure for a fuel injector (10; 10a), having a measuring element which is in the form of a piezo element (51; 51a) and which serves for detecting the fuel pressure, wherein the measuring element is designed to detect a deformation of a wall, which delimits the flow path, of a fuel feed device to a high-pressure chamber formed in an injector housing, wherein the fuel feed device forms a curved or kinked flow path for the fuel in the region of the measuring element, characterized in that the fuel feed device is in the form of an inflow channel formed in the injector housing, which inflow channel opens into the high-pressure chamber, in that the inflow channel has two bore portions (32, 33) which are arranged at an angle (α) with respect to one another and which form the flow path for the fuel, and in that the measuring element is arranged in the transition region between the two bore portions (32, 33).
Rail fixation arrangement comprising: - an elastic tensioning clamp made of spring steel for rail fixation, comprising: - a central loop having two inner legs connected by an arc-shaped central portion; and - nooses connected to the inner legs of the central loop and running toward the free ends of the tensioning clamp; and - a sleeper screw having a screw head formed so as to rest on the inner legs of the central loop; characterized in that - the nooses of the tensioning clamp are configured so as to have, in the unloaded state, each at least a height of 20 mm and preferably about 24 mm above the upper plane (E 2) of the central loop in the region of the two inner legs; and - the screw head and the tensioning clamp are dimensioned so that the screw head does not extend above the maximum height of the tensioning clamp in the pre-assembled state of the rail fixation having the inner legs resting on the screw heads. - an elastic tensioning clamp made of spring steel for rail fixation, comprising: - a central loop having two inner legs connected by an arc-shaped central portion; and - nooses connected to the inner legs of the central loop and running toward the free ends of the tensioning clamp; and - a sleeper screw having a screw head formed so as to rest on the inner legs of the central loop; characterized in that - the nooses of the tensioning clamp are configured so as to have, in the unloaded state, each at least a height of 20 mm and preferably about 24 mm above the upper plane (E 2) of the central loop in the region of the two inner legs; and - the screw head and the tensioning clamp are dimensioned so that the screw head does not extend above the maximum height of the tensioning clamp in the pre-assembled state of the rail fixation having the inner legs resting on the screw heads.
Process for manufacturing a sheet of paper and/or of paperboard and the like, according to which, before or after formation of said sheet, the cellulosic material is brought into contact with at least one additive, characterized in that said additive is a cationic or amphoteric (co)polymer derived from the reaction between at least one aldehyde and at least one base (co)polymer comprising at least one nonionic monomer selected from the group comprising acrylamide (and/or methacrylamide), N,N-dimethylacrylamide, and/or acrylonitrile, said base copolymer being beforehand modified with at least one polyfunctional compound comprising at least three heteroatoms chosen from N, S, O and P, in which at least three of these heteroatoms each have at least one mobile hydrogen; the base (co)polymer being modified with at least one polyfunctional compound either by incorporation of additional polyfunctional compound(s) before or during the polymerization of the constituent comonomers of the base (co)polymer, or by grafting of additional polyfunctional compound(s) to the base (co)polymer; the polyfunctional compound(s) being selected from the group comprising polyethyleneimines, primary polyamines, secondary polyamines, polyallylamines, polythiols, polyalcohols, polyamide-epichlorohydrin and polyamine amides; the aldehyde being selected from the group comprising glyoxal, glutaraldehyde, furandialdehyde, 2-hydroxyadipaldehyde, succinaldehyde, dialdehyde starch, 2,2-dimethoxyethanal, diepoxy compounds, and combinations thereof.
A negative electrode active material for an electric device, comprising an alloy having a composition formula Si x Ti y Zn z, where each of x, y, and z represents amass percent value, satisfying x+y+z=100, 38≤x<100, 0<y<62, and 0<z<62.
A water-soluble unit dose article comprising a water-soluble film and a liquid detergent composition, wherein the liquid detergent composition comprises a cyclic diamine, preferably from 0.1 to 5%, more preferably from 0.1 to 2% by weight of the detergent composition of the cyclic diamine, wherein the cyclic diamine is of Formula: wherein two of the Rs, are selected from the group consisting of NH2, (C1-C4)NH2 and mixtures thereof and the remaining Rs are independently selected from H, linear or branched alkyl or alkenyl having from 1 to 10 carbon atoms; and wherein the liquid detergent composition comprises a non-soap anionic surfactant, wherein the non-soap anionic surfactant comprises linear alkylbenzene sulphonate, alkyl sulphate, alkoxylated alkyl sulphate, or a mixture thereof, and wherein the water-soluble film is a polymeric water-soluble film.
A method for the contact metering of liquids comprising the following steps: • a first liquid is introduced into at least one elongate hollow body, • some of the first liquid contained in the elongate hollow body is pressed out of the lower end of the elongate hollow body as a contacting volume such that the contacting volume forms a drop suspended from the lower end of the elongate hollow body, • the drop and the lower end of the elongate hollow body is immersed in a second liquid in a target vessel, and • the defined metering volume consisting of the contacting volume and a residual volume contained in the elongate hollow body is dispensed into the second liquid. • a first liquid is introduced into at least one elongate hollow body, • some of the first liquid contained in the elongate hollow body is pressed out of the lower end of the elongate hollow body as a contacting volume such that the contacting volume forms a drop suspended from the lower end of the elongate hollow body, • the drop and the lower end of the elongate hollow body is immersed in a second liquid in a target vessel, and • the defined metering volume consisting of the contacting volume and a residual volume contained in the elongate hollow body is dispensed into the second liquid.
A wireless communication device for use in a system based on IEEE 802.11, the wireless communication device comprising: means for generating a first packet including a preamble, a Physical Layer Convergence Protocol header, which follows the preamble, and a Physical Layer Service Data Unit; and means for transmitting the packet; characterized in that: the Physical Layer Convergence Protocol header includes information indicating the duration until the transmission from another wireless communication device of a second packet, which is to be transmitted as a result of reception of the first packet, is completed. means for generating a first packet including a preamble, a Physical Layer Convergence Protocol header, which follows the preamble, and a Physical Layer Service Data Unit; and means for transmitting the packet; characterized in that: the Physical Layer Convergence Protocol header includes information indicating the duration until the transmission from another wireless communication device of a second packet, which is to be transmitted as a result of reception of the first packet, is completed.
A process for producing water-absorbing polymer particles, comprising the steps of i) thermally cracking bionaphtha based on natural oils and/or fats in the presence of steam to give a mixture comprising propane and propene, ii) removing propene and at least some of the propane from the mixture obtained in step i), iii) gas phase oxidation of the propene/propane mixture obtained in step ii) to give acrylic acid and iv) polymerizing the acrylic acid obtained in step iii) to give water-absorbing polymer particles. i) thermally cracking bionaphtha based on natural oils and/or fats in the presence of steam to give a mixture comprising propane and propene, ii) removing propene and at least some of the propane from the mixture obtained in step i), iii) gas phase oxidation of the propene/propane mixture obtained in step ii) to give acrylic acid and iv) polymerizing the acrylic acid obtained in step iii) to give water-absorbing polymer particles.
A centrifugal separator comprising - a rotatable drum having a wall, - an annular chamber defined along the longitudinal axis of said rotatable drum wherein the annular chamber borders said wall and wherein a mixture of substances in the liquid phase and in the solid phase is movable longitudinally through said annular chamber, and - a discharging station for discharging said solid phase, characterized in that said discharging station comprises a vibrating unit for agitating said solid phase, said vibrating unit comprising a half-drum and a vibrating device adapted to vibrate said half-drum, and wherein said half-drum is coupled to a portion of a casing of said centrifugal separator by drum shock absorbers. - a rotatable drum having a wall, - an annular chamber defined along the longitudinal axis of said rotatable drum wherein the annular chamber borders said wall and wherein a mixture of substances in the liquid phase and in the solid phase is movable longitudinally through said annular chamber, and - a discharging station for discharging said solid phase,
Method for the failsafe control of an alternator/starter system for a vehicle, in particular of the micro-hybrid type, the said vehicle having at least one electronic control unit, vehicle sensors, a data communication bus and an on-board electrical network, the said micro-hybrid system having at least one rotating electrical machine provided with a rotation detection means, power circuits having at least one inverter and an excitation circuit supplying the said rotating electrical machine, and a rectifier supplied by the said rotating electrical machine, energy conversion circuits connected to an energy storage means supplied by the said rectifier, a first circuit for commanding the said power circuits, and a second circuit for commanding the said energy conversion circuits, the said method consisting in: - generating control signals (Dd. Exc., Dd. Ond., Auth. Exc., Auth. Ond.) of the said system on the basis of first information signals (Capt. Véh.) representing an operational state of the said vehicle, coming from the said vehicle sensors; characterized in that command signals (Cd. Exc., Cd. Ond.) of the said power circuits are generated by means of the said first command circuit on the basis of diagnostic signals (Diag2. Exc., Diag2. Ond.) representing an operational state of the said system; and that the said control signals (Dd. Exc., Dd. Ond., Auth. Exc., Auth. Ond.) are furthermore generated by means of the said second command circuit under the control of the said electronic control unit. - generating control signals (Dd. Exc., Dd. Ond., Auth. Exc., Auth. Ond.) of the said system on the basis of first information signals (Capt. Véh.) representing an operational state of the said vehicle, coming from the said vehicle sensors;
A display apparatus (1000, 2000), comprising: a wiring board (2010a, 2010b, 3010a, 3010b, 3010c, 3010d, 4010a, 4010b) including first electrodes and second electrodes; a conductive adhesive layer covering the first electrodes; and a plurality of vertical semiconductor light emitting devices (1050, 1050a, 1050b, 1050c, 1051, 2050, 2050a, 2050b), wherein the each of the plurality of vertical semiconductor light emitting devices is coupled the conductive adhesive layer and electrically connected to the first electrodes, wherein the conductive adhesive layer has a plurality of adhesive regions (2031, 2032) coated in a patterned shape on each electrode of the semiconductor light emitting devices, and spaced apart from each other on the wiring board, wherein each of the plurality of adhesive regions (2031, 2032) surrounds a side surface of the semiconductor light emitting devices. a wiring board (2010a, 2010b, 3010a, 3010b, 3010c, 3010d, 4010a, 4010b) including first electrodes and second electrodes; a conductive adhesive layer covering the first electrodes; and a plurality of vertical semiconductor light emitting devices (1050, 1050a, 1050b, 1050c, 1051, 2050, 2050a, 2050b), wherein the each of the plurality of vertical semiconductor light emitting devices is coupled the conductive adhesive layer and electrically connected to the first electrodes, wherein the conductive adhesive layer has a plurality of adhesive regions (2031, 2032) coated in a patterned shape on each electrode of the semiconductor light emitting devices, and spaced apart from each other on the wiring board, wherein each of the plurality of adhesive regions (2031, 2032) surrounds a side surface of the semiconductor light emitting devices.