mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle having a ride height control system which contains the following components: - air springs (6a - 6d), - at least one compressed air accumulator, - compressed air lines (1 - 4) with switchable directional control valves (2a, 4a, 26a - 26d), with which the compressed air lines (1 - 4) can be closed or opened, - a compressor with which compressed air can be transferred from the compressed air accumulator into the air springs (6a - 6d) via compressed air lines (1 - 4) for a raising process and with which compressed air can be transferred from the air springs (6a - 6d) into the compressed air accumulator via compressed air lines (1 - 4) for a lowering process, - a control unit in which a switch-off limiting value for at least one operating parameter of at least one component (26a - 26d, 8) of the ride height control system is monitored, wherein the activation of the component (26a - 26d, 8) is prohibited or aborted when the switch-off limiting value is reached, characterized in that in raising processes the activation of the component (26a - 26d, 8) is prohibited or aborted when the switch-off limiting value is reached, and upward transgression of the switch-off limiting value of the operating parameter is permitted in the case of lowering processes. - air springs (6a - 6d), - at least one compressed air accumulator, - compressed air lines (1 - 4) with switchable directional control valves (2a, 4a, 26a - 26d), with which the compressed air lines (1 - 4) can be closed or opened, - a compressor with which compressed air can be transferred from the compressed air accumulator into the air springs (6a - 6d) via compressed air lines (1 - 4) for a raising process and with which compressed air can be transferred from the air springs (6a - 6d) into the compressed air accumulator via compressed air lines (1 - 4) for a lowering process, - a control unit in which a switch-off limiting value for at least one operating parameter of at least one component (26a - 26d, 8) of the ride height control system is monitored, wherein the activation of the component (26a - 26d, 8) is prohibited or aborted when the switch-off limiting value is reached,
Beer brewing arrangement comprising at least a first vessel and a second vessel, each vessel (B1, B2) having at least a first outlet underneath a seat for a removable lauter tun and a second outlet above the seat for the lauter tun, each vessel (B1, B2) being heatable, the arrangement also comprising at least one pump (P1, P2), which is connected or connectable selectively to the first outlet of the first vessel and/or to the first outlet of the second vessel via corresponding suction lines (S1, S2) and one or more shut-off members (DKH1, DKH2, DKH4, DKH5, DKH8, AO1, AO6), the at least one pump (P1, P2) being connected or connectable selectively to the second outlet of the first vessel and/or to the second outlet of the second vessel via corresponding pressure lines (D1, D2) and one or more shut-off members (DKH3, AO2, AO3, AO4, AO7, AO8, AO9), such that by means of the at least one pump (P1, P2) liquid is circulatable in the first vessel and/or in the second vessel or pumpable from one of the vessels (B1, B2) into the other of the vessels (B2, B1).
A component of an electronic vapour provision device, the device having a reservoir for storing source liquid, an atomiser for vaporising source liquid from the reservoir and delivering vapour into an air flow path through the device, and an electrical power supply for providing electrical power to the atomiser, in which the component is a cartomiser component housing the reservoir and the atomiser and is connectable to a power component housing the electrical power supply, and comprises: an absorbent element to collect source liquid escaped from the reservoir, the absorbent element located so as to be upstream of the atomiser with respect to an air flow direction along the air flow path when the component is assembled into the electronic vapour provision device, wherein the absorbent element has a planar shape and characterised in that the absorbent element is located on an outer surface of an end wall of the component.
A method of production of a modified conjugated diene rubber, comprising: a first step of causing an aromatic compound having three or more carbon atoms directly bonded to an aromatic ring in one molecule to react with an alkali metal atom so as to obtain an alkali metal-reacted aromatic compound; a second step of polymerizing a monomer at least containing a conjugated diene compound by using the alkali metal-reacted aromatic compound so as to obtain a conjugated diene rubber having an active end; a third step of causing the active end of the conjugated diene rubber having an active end to react with an activity control agent so as to obtain a conjugated diene rubber reacted with an activity control agent; and a fourth step of causing the active end of the conjugated diene rubber reacted with an activity control agent to react with a modifier having an alkoxy group and a halogen atom-containing group so as to obtain a modified conjugated diene rubber, wherein the activity control agent is a compound represented by the following general formula and/or: wherein each of R 12 and R 13 in the general formula independently represents a hydrogen atom or a C 1 to C 10 alkyl group; and each of R 14 to R 17 in the general formula independently represents a hydrogen atom or a C 1 to C 12 alkyl group. a first step of causing an aromatic compound having three or more carbon atoms directly bonded to an aromatic ring in one molecule to react with an alkali metal atom so as to obtain an alkali metal-reacted aromatic compound; a second step of polymerizing a monomer at least containing a conjugated diene compound by using the alkali metal-reacted aromatic compound so as to obtain a conjugated diene rubber having an active end; a third step of causing the active end of the conjugated diene rubber having an active end to react with an activity control agent so as to obtain a conjugated diene rubber reacted with an activity control agent; and a fourth step of causing the active end of the conjugated diene rubber reacted with an activity control agent to react with a modifier having an alkoxy group and a halogen atom-containing group so as to obtain a modified conjugated diene rubber, wherein the activity control agent is a compound represented by the following general formula and/or:
Solid-state photomultiplier device (1, 100) for detecting one or more photons, comprising a semiconductor substrate, a surface sensitive to said photons created on said semiconductor substrate, said sensitive surface being provided with a plurality of light sensitive microcells divided into a plurality of sub-groups arranged one after the other according to a pre-established trajectory, each one of said sub-groups comprising one or more of said light sensitive microcells, the device further comprising: - at least one plurality of current dividers each one of which is electrically connected to at least one of said sub-groups, each one of said current dividers comprising a first resistor and a second resistor in order to obtain a division of said current of the resistive type, said first resistors and said second resistors of said plurality of current dividers respectively having a conductance value gradually decreasing and gradually increasing in proportion to the position, along said pre-established trajectory, of said at least one subgroup to which each one of said current dividers is electrically connected; - a first outlet channel electrically connected to one end of said first resistors and a second outlet channel electrically connected to one end of said second resistors, characterized in that said at least one plurality of current dividers is integrated in said semiconductor substrate on which said plurality of light sensitive microcells is provided. - at least one plurality of current dividers each one of which is electrically connected to at least one of said sub-groups, each one of said current dividers comprising a first resistor and a second resistor in order to obtain a division of said current of the resistive type, said first resistors and said second resistors of said plurality of current dividers respectively having a conductance value gradually decreasing and gradually increasing in proportion to the position, along said pre-established trajectory, of said at least one subgroup to which each one of said current dividers is electrically connected; - a first outlet channel electrically connected to one end of said first resistors and a second outlet channel electrically connected to one end of said second resistors,
Axial turbo engine compressor (4; 6), especially of low pressure compressor for aircraft turbojet engine, the compressor (4; 6) comprising a de-icing structure capable of being de-iced by a pressurized fluid circulation, the de-icing structure comprising at least one deformable membrane capable of being passed through by the pressurized fluid circulation, the de-icing structure being configured in such a manner that a build-up of ice on the deformable membrane blocks or reduces the pressurized fluid circulation; the compressor wherein in the event of a blockage or reduction in said circulation, the pressure of the pressurized fluid deforms the deformable membrane in such a manner as to fracture said build-up of ice, the de-icing structure comprising at least one body with an external surface covered by the deformable membrane, the external surface comprising at least one channel extending with respect to the deformable membrane and intended to be passed through by the pressurized fluid, in the presence of ice the deformable membrane being configured to be moved away from the external surface thanks to the pressurized fluid, the compressor being characterized in that in the absence of ice the deformable membrane is configured to be pressed against the external surface, and in that the deformable membrane comprises at least one flow separation line, and is capable of being passed through by the pressurized fluid at the separation line. the compressor wherein in the event of a blockage or reduction in said circulation, the pressure of the pressurized fluid deforms the deformable membrane in such a manner as to fracture said build-up of ice, the de-icing structure comprising at least one body with an external surface covered by the deformable membrane, the external surface comprising at least one channel extending with respect to the deformable membrane and intended to be passed through by the pressurized fluid, in the presence of ice the deformable membrane being configured to be moved away from the external surface thanks to the pressurized fluid, the compressor being characterized in that in the absence of ice the deformable membrane is configured to be pressed against the external surface, and in that the deformable membrane comprises at least one flow separation line, and is capable of being passed through by the pressurized fluid at the separation line.
An electrolyte for an electrochemical device, having a chemical structure formula represented by a general formula, where M is a group 13 or 15 group element of the periodic table; A + is an alkali metal ion or an onium ion; m is a number of 1-4 when M is a group 13 element, and is a number of 1-6 when M is a group 15 element; n is a number of 0-3 when M is a group 13 element, and is a number of 0-5 when M is a group 15 element; and R is a halogen atom, a C 1 -C 10 halogenated alkyl group, a C 6 -C 20 aryl group, a C 6 -C 20 halogenated aryl group, or a chemical structure formula obtained by introducing, in place of a hydrogen atom in the structure formula represented by the formula, a halogen atom, a chain or cyclic alkyl group, an aryl group, an alkenyl group, an alkoxy group, an aryloxy group, a sulfonyl group, an amino group, a cyano group, a carbonyl group, an acyl group, an amide group or a hydroxyl group, or a chemical structure formula obtained by introducing, in place of a carbon atom in the structure formula represented by the formula, a nitrogen atom, a sulfur atom or an oxygen atom, wherein the n-number of Rs are independent from each other and are the same as or different from each other.
A device for treating urinary incontinence comprising an insertion needle and a retaining element including a strip and fastening means able to fasten said retaining element to the insertion needle over a determined longitudinal zone thereof, a) said fastening means comprising a fastening part (4, 15), secured to the retaining element, made up at least partially of an elastically deformable material and having at least one tubular portion (8, 15a, 15b) having a longitudinal opening (7, 18, 19) arranged such that said tubular portion (8, 15a, 15b) is able to nest on the determined longitudinal zone of the insertion needle by applying force to said fastening part (4, 15) along its longitudinal opening substantially perpendicularly or obliquely with respect to the insertion needle, b) the fastening part (4, 15) and the insertion needle respectively including first (11, 12) and second (9, 10) stop means able to cooperate with one another to prevent the fastening part (4, 15) from sliding relative to the determined longitudinal zone of the insertion needle, when said fastening part (4, 15) is nested on this said longitudinal zone, characterized in that c) said device further includes a positioning element made up at least partially of an elastically deformable material whereof a first portion covers a zone of the insertion needle and whereof the second portion is in contact with the upper portion of the fastening part (4, 15), so as to facilitate the nesting of said fastening part (4, 15) with the insertion needle. a) said fastening means comprising a fastening part (4, 15), secured to the retaining element, made up at least partially of an elastically deformable material and having at least one tubular portion (8, 15a, 15b) having a longitudinal opening (7, 18, 19) arranged such that said tubular portion (8, 15a, 15b) is able to nest on the determined longitudinal zone of the insertion needle by applying force to said fastening part (4, 15) along its longitudinal opening substantially perpendicularly or obliquely with respect to the insertion needle, b) the fastening part (4, 15) and the insertion needle respectively including first (11, 12) and second (9, 10) stop means able to cooperate with one another to prevent the fastening part (4, 15) from sliding relative to the determined longitudinal zone of the insertion needle, when said fastening part (4, 15) is nested on this said longitudinal zone, characterized in that c) said device further includes a positioning element made up at least partially of an elastically deformable material whereof a first portion covers a zone of the insertion needle and whereof the second portion is in contact with the upper portion of the fastening part (4, 15), so as to facilitate the nesting of said fastening part (4, 15) with the insertion needle.
An adapter assembly comprising: a rotation assembly including an inner housing and a rotation knob, the inner housing defining a longitudinal axis and the rotation knob being rotatably supported on the inner housing about the longitudinal axis ("X"); and an elongated body portion supported on the rotation knob such that rotation of the rotation knob about the inner housing causes corresponding rotation of the elongated body portion about the longitudinal axis; wherein the inner housing supports a stop member; characterised in that the rotation knob supports a substantially C- shaped stop plate fixedly received within a slot defined within the rotation knob, the stop plate having first and second ends, the first end defining a first stop surface and the second end defining a second stop surface, each of the first and second ends of the stop plate being positioned to engage the stop member to limit a degree of rotation of the rotation knob in relation to the inner housing about the longitudinal axis. a rotation assembly including an inner housing and a rotation knob, the inner housing defining a longitudinal axis and the rotation knob being rotatably supported on the inner housing about the longitudinal axis ("X"); and an elongated body portion supported on the rotation knob such that rotation of the rotation knob about the inner housing causes corresponding rotation of the elongated body portion about the longitudinal axis; wherein the inner housing supports a stop member; characterised in that the rotation knob supports a substantially C- shaped stop plate fixedly received within a slot defined within the rotation knob, the stop plate having first and second ends, the first end defining a first stop surface and the second end defining a second stop surface, each of the first and second ends of the stop plate being positioned to engage the stop member to limit a degree of rotation of the rotation knob in relation to the inner housing about the longitudinal axis.
A discharge lamp drive device comprising: a discharge lamp drive section adapted to supply a drive current to a discharge lamp having a first electrode and a second electrode; a control section adapted to control the discharge lamp drive section; and a storage section adapted to store a plurality of drive patterns of the drive current, wherein the control section is adapted to perform a machine learning process, to select one of the drive patterns based on the machine learning process, and to execute the drive pattern thus selected, the control section is adapted to detect whether or not a predetermined condition is fulfilled, and if the control section detects that predetermined condition is fulfilled, the control section executes a predetermined one of the drive patterns without selecting and executing the drive pattern based on the machine learning process. a discharge lamp drive section adapted to supply a drive current to a discharge lamp having a first electrode and a second electrode; a control section adapted to control the discharge lamp drive section; and a storage section adapted to store a plurality of drive patterns of the drive current, wherein the control section is adapted to perform a machine learning process, to select one of the drive patterns based on the machine learning process, and to execute the drive pattern thus selected, the control section is adapted to detect whether or not a predetermined condition is fulfilled, and if the control section detects that predetermined condition is fulfilled, the control section executes a predetermined one of the drive patterns without selecting and executing the drive pattern based on the machine learning process.
An isocyanate-modified polyester-epoxide polymer (i-PEEP) composition which comprises a reaction product of: (a) a polyepoxide compound having an equivalent weight within the range of 125 to 250 g/eq.; (b) a polyol composition comprising a polyester polyol, wherein the polyester polyol has a hydroxyl value within the range of 50 to 400 mg KOH/g, an average hydroxyl functionality within the range of 1.5 to 4.0, and an acid number less than 5 mg KOH/g; and (c) a polyisocyanate having an average NCO functionality within the range of 2.0 to 3.0; wherein the polyepoxide compound comprises an aliphatic polyepoxide, the aliphatic polyepoxide being a cycloaliphatic polyepoxide; and wherein the ratio of epoxy equivalents of the polyepoxide compound to hydroxyl equivalents of the polyol composition is within the range of 0.2 to 2, the i-PEEP index as defined herein is within the range of 100 to 200; and the i-PEEP composition has a glass-transition temperature as measured by differential scanning calorimetry within the range of -30°C to 35°C. (a) a polyepoxide compound having an equivalent weight within the range of 125 to 250 g/eq.; (b) a polyol composition comprising a polyester polyol, wherein the polyester polyol has a hydroxyl value within the range of 50 to 400 mg KOH/g, an average hydroxyl functionality within the range of 1.5 to 4.0, and an acid number less than 5 mg KOH/g; and (c) a polyisocyanate having an average NCO functionality within the range of 2.0 to 3.0; wherein the polyepoxide compound comprises an aliphatic polyepoxide, the aliphatic polyepoxide being a cycloaliphatic polyepoxide; and wherein the ratio of epoxy equivalents of the polyepoxide compound to hydroxyl equivalents of the polyol composition is within the range of 0.2 to 2, the i-PEEP index as defined herein is within the range of 100 to 200; and the i-PEEP composition has a glass-transition temperature as measured by differential scanning calorimetry within the range of -30°C to 35°C.
Device for closing a container opening of a rail vehicle, having - a circumferentially closed sealing ring encircling a sealing ring opening for attachment to a boundary wall of said container opening, - a hinge attached to the sealing ring, - a cover which is articulated on the sealing ring by means of the hinge, and - closure means for holding the cover on the sealing ring, such that the sealing ring opening is closed, characterised in that the closure means are designed as a compression latch which is permanently connected to the cover and extends from an outer side through the cover to an inner side of the cover, wherein in a closed position the compression latch is supported on the inside of the cover on the sealing ring. - a circumferentially closed sealing ring encircling a sealing ring opening for attachment to a boundary wall of said container opening, - a hinge attached to the sealing ring, - a cover which is articulated on the sealing ring by means of the hinge, and - closure means for holding the cover on the sealing ring, such that the sealing ring opening is closed,
A method for producing plasma-shielded electric resistance welded steel pipe which comprises, during forming steel sheet into a tubular shape and welding butt end faces of the steel sheet, applying voltage to plasma working gas which is supplied between a cathode and anode of a plasma gun to generate plasma and shielding a vicinity of a weld part using the plasma, wherein the components of said plasma working gas are, by vol%, N 2: 70% to 90% and a balance of Ar and unavoidable impurities. wherein the components of said plasma working gas are, by vol%, N 2: 70% to 90% and a balance of Ar and unavoidable impurities.
Tyre with a radial carcass reinforcement for a vehicle of the heavy duty type comprising a crown reinforcement comprising at least three working crown layers (41, 42, 43, 44), each formed of reinforcing elements inserted between two skim layers of rubber compound, crossed from one layer to the other, forming with the circumferential direction angles of between 10° and 45°, which is itself capped radially by a tread, the said tread being connected to two beads by two sidewalls, in a meridian plane, the thickness of the said at least three working crown layers (41, 42, 43, 44), measured in the equatorial plane, being less than 5 mm, the axial width (L 41, L 42, L 43, L 44) of each of the said at least three working crown layers (41, 42, 43, 44) being greater than 60% of the axial width (L 5) of the tread, characterized in that the reinforcing elements of the said at least three working crown layers (41, 42, 43, 44) are individual metal threads of diameter less than 0.50 mm, in that the distance between the reinforcing elements, measured along the normal to the direction of the mean line of the thread, is strictly less than 1 mm and in that the elastic modulus under tension at 10% elongation of at least one skim layer of at least one working crown layer (41, 42, 43, 44) is greater than 9 MPa measured according to standard AFNOR-NFT-46002 of September 1988 and in that the maximum value for tan(δ), denoted tan(δ) max, of the said at least one skim layer is less than 0.100 measured according to standard ASTM D 5992-96.