mhurhangee/ep-ind-claims huggingface dataset:
A piston for an internal combustion engine with a piston head and with a piston shaft adjoining thereon, which has two shaft walls (6, 7) arranged on the pressure side and the counter-pressure side, and two box walls (8, 9) connecting these shaft walls (6, 7), wherein pin bosses are arranged in the box walls (8, 9), wherein - in the region between the pin boss and the piston head, each box wall (8, 9) has two partial wall sections (11, 12), of which the first partial wall section runs between the pin boss and the shaft wall on the pressure side, and the second partial wall section runs between the pin boss and the shaft wall on the counter-pressure side, - a longitudinal centre line of the first partial wall section is arranged staggered with respect to a longitudinal centre line of the second partial wall section, characterized in that the two longitudinal centre lines (13, 14) of the two partial wall sections (11, 12) intersect each other outside the piston. - in the region between the pin boss and the piston head, each box wall (8, 9) has two partial wall sections (11, 12), of which the first partial wall section runs between the pin boss and the shaft wall on the pressure side, and the second partial wall section runs between the pin boss and the shaft wall on the counter-pressure side, - a longitudinal centre line of the first partial wall section is arranged staggered with respect to a longitudinal centre line of the second partial wall section,
A method of remotely updating on-board software in a computer storage unit of a vehicle comprising at least one human machine interface with a display, the method comprising the steps of: - detecting a presence of an occupant in the vehicle, - if no occupant is present in the vehicle, then the method performs the remote update and includes a step of using the display of the human machine interface in an economy mode, and wherein during the step of using the human machine interface display according to the economy mode, the display is used: - only to display a final update report on the at least one man-machine interface, e.g. when an occupant returns to the vehicle, and/or - if an occupant returns to the vehicle before the update is complete. - detecting a presence of an occupant in the vehicle, - if no occupant is present in the vehicle, then the method performs the remote update and includes a step of using the display of the human machine interface in an economy mode, and - only to display a final update report on the at least one man-machine interface, e.g. when an occupant returns to the vehicle, and/or - if an occupant returns to the vehicle before the update is complete.
A process for producing a composition comprising graphene and at least one polymer, the process comprising the steps of: (i) providing an aqueous suspension of graphene [dispersion]; (ii) mixing the dispersion with an aqueous polymer latex to obtain a liquid mixture [mixture]; and (iii) co-coagulating the mixture to obtain said composition, wherein the polymer is a fluoropolymer which comprises recurring units derived from at least one fluorinated monomer. (i) providing an aqueous suspension of graphene [dispersion]; (ii) mixing the dispersion with an aqueous polymer latex to obtain a liquid mixture [mixture]; and (iii) co-coagulating the mixture to obtain said composition, wherein the polymer is a fluoropolymer which comprises recurring units derived from at least one fluorinated monomer.
An electronic atomization device, comprising: a microporous atomizing sheet; a needle tube, wherein one end of the needle tube is spaced apart from the microporous atomizing sheet, and the other end of the needle tube is configured to be inserted into a liquid storage assembly; the needle tube is configured to convey liquid in the liquid storage assembly to the microporous atomizing sheet to form to-be-atomized liquid; and the to-be-atomized liquid is attached between the microporous atomizing sheet and the needle tube through surface tension; and an atomization base, wherein the microporous atomizing sheet is arranged on one end of the atomization base and is engaged with an end portion of the atomization base to form an atomization chamber; and the needle tube is fixed to the atomization base, and the end of the needle tube is arranged in the atomization chamber and is spaced apart from the microporous atomizing sheet; wherein the microporous atomizing sheet comprises a microporous region, both the cross section of the atomization chamber and the cross section of the microporous region are circular; and the atomization chamber, the microporous region of the microporous atomizing sheet, and the needle tube are coaxially arranged; characterized in that the diameter of the atomization chamber is greater than the diameter of the microporous region and is less than twice the diameter of the microporous region. a microporous atomizing sheet; a needle tube, wherein one end of the needle tube is spaced apart from the microporous atomizing sheet, and the other end of the needle tube is configured to be inserted into a liquid storage assembly; the needle tube is configured to convey liquid in the liquid storage assembly to the microporous atomizing sheet to form to-be-atomized liquid; and the to-be-atomized liquid is attached between the microporous atomizing sheet and the needle tube through surface tension; and an atomization base, wherein the microporous atomizing sheet is arranged on one end of the atomization base and is engaged with an end portion of the atomization base to form an atomization chamber; and the needle tube is fixed to the atomization base, and the end of the needle tube is arranged in the atomization chamber and is spaced apart from the microporous atomizing sheet; wherein the microporous atomizing sheet comprises a microporous region, both the cross section of the atomization chamber and the cross section of the microporous region are circular; and the atomization chamber, the microporous region of the microporous atomizing sheet, and the needle tube are coaxially arranged; characterized in that the diameter of the atomization chamber is greater than the diameter of the microporous region and is less than twice the diameter of the microporous region.
A cartridge for use in an aerosol-generating system, the aerosol-generating system comprising an aerosol-generating device, the cartridge configured to be used with the device, wherein the device comprises a device housing; an inductor coil positioned on or within the housing; and a power supply connected to the inductor coil and configured to provide a high frequency oscillating current to the inductor coil; the cartridge comprising a cartridge housing containing an aerosol-forming substrate and a mesh susceptor element positioned to heat the aerosol-forming substrate, wherein the aerosol-forming substrate is a liquid at room temperature and can form a meniscus in interstices of the mesh susceptor element.
A thrombin-free, fibrinogen-based monocomponent liquid biological adhesive that is stable, i.e., non-fibrin-forming, for 24 hours at 37°C for local therapeutic application, comprising factor VIIa and a source of calcium ions.
Set of a stiffening support and a strap intended for a motor vehicle fuel tank, the stiffening support has an elongated shape with at least one arm plane extending from a median body to which one longitudinal end of said at least one arm is connected, the other longitudinal end of said at least one arm being free and carrying a bearing pad, said other longitudinal end of said at least one arm extending perpendicularly to the rest of the arm and being intended to be welded to the fuel tank, characterized in that the median body comprising a central recess passing therethrough closed by a meadow canvas -maintain which is intended to be pierced, when capping the fuel tank on the vehicle, by a stud, the strap having one end traversed by a recess aligned with the central recess of the middle body and applied against the middle body, the middle body carrying retaining means (9a, 9b; 13,14) of said end of the strap.
A system for configurable Diameter address resolution, the system comprising: a Diameter signaling router, DSR including: a network interface for sending Diameter signaling messages to and receiving Diameter signaling messages from Diameter signaling entities in a network; a Diameter address resolution module configured to provide for configuration of a plurality of routing entity identities and an order for preferentially using the routing entity in performing Diameter address resolution and to search a received Diameter signaling message for a most preferred routing entity identity specified by the order, and, in response to failing to locate the most preferred routing entity identity, to search for a next most preferred routing entity identity, and, if located, to use the next most preferred network routing entity identity in performing the routing address resolution; and a Diameter routing module configured to route Diameter signaling messages using Diameter address information determined in the Diameter routing address resolution; characterized in that the Diameter address resolution module is configured to prevent multiple invocations of the same Diameter address resolution by marking a Diameter signaling message for which a Diameter routing address resolution is performed. a network interface for sending Diameter signaling messages to and receiving Diameter signaling messages from Diameter signaling entities in a network; a Diameter address resolution module configured to provide for configuration of a plurality of routing entity identities and an order for preferentially using the routing entity in performing Diameter address resolution and to search a received Diameter signaling message for a most preferred routing entity identity specified by the order, and, in response to failing to locate the most preferred routing entity identity, to search for a next most preferred routing entity identity, and, if located, to use the next most preferred network routing entity identity in performing the routing address resolution; and a Diameter routing module configured to route Diameter signaling messages using Diameter address information determined in the Diameter routing address resolution; characterized in that the Diameter address resolution module is configured to prevent multiple invocations of the same Diameter address resolution by marking a Diameter signaling message for which a Diameter routing address resolution is performed.
Headset or earphone, comprising an electro-acoustic reproduction transducer having an oscillator coil, an amplifier coupled to the electro-acoustic reproduction transducer, a magnetic interference sensor for measuring a magnetic interference field, a correction unit coupled to the magnetic interference sensor for analyzing an output of the magnetic interference sensor and for producing a compensation signal, and an adding unit for adding the compensation signal to an input signal and for outputting the result to the amplifier.
Household mixer embodied as a pot mixer with a mixer knife in which the rotating mixer knife rotates about a vertical axis arranged on the base of the pot mixer and in the process mixes and/or chops the food located in the pot of the pot mixer, wherein the mixer knife is embodied as a loop propeller, wherein an edge of the rotating mixer knife which points in the peripheral direction has a knife blade, wherein in the region where a propeller spinner is typically arranged on a propeller, a plate arranged on the vertical axis is arranged and is used as a baffle plate for deflecting the flow, wherein the plate preferably has a radius of 15% to 30% of the diameter of the loop propeller.
Hydraulic compact axle comprising an actuator assembly, a pump assembly (50; 50'), a motor assembly and a volume compensation assembly, which are each arranged concentrically with respect to a longitudinal axis, wherein the actuator assembly, the pump assembly (50; 50'), the motor assembly and the volume compensation assembly are each embodied as a separate assembly, preferably as a separately preassemblable assembly, wherein said assemblies (40; 50; 50'; 80; 90) are arranged in a row along the longitudinal axis, wherein they are fastened to one another exclusively in pairs at their ends, wherein the actuator assembly is arranged at one end of said row, characterized in that said assemblies (40; 50; 50'; 80; 90) are arranged in a row along the longitudinal axis in the sequence: actuator assembly, pump assembly (50; 50'), motor assembly and volume compensation assembly, wherein all of said assemblies (40; 50; 50'; 80; 90) are in each case screwed to one another in pairs via a threaded screw connection, wherein the threaded screw connection in each case comprises an internal thread and an external thread (21; 22), which are formed concentrically with the longitudinal axis, wherein they are screwed to one another. wherein the actuator assembly, the pump assembly (50; 50'), the motor assembly and the volume compensation assembly are each embodied as a separate assembly, preferably as a separately preassemblable assembly, wherein said assemblies (40; 50; 50'; 80; 90) are arranged in a row along the longitudinal axis, wherein they are fastened to one another exclusively in pairs at their ends, wherein the actuator assembly is arranged at one end of said row, characterized in that said assemblies (40; 50; 50'; 80; 90) are arranged in a row along the longitudinal axis in the sequence: actuator assembly, pump assembly (50; 50'), motor assembly and volume compensation assembly, wherein all of said assemblies (40; 50; 50'; 80; 90) are in each case screwed to one another in pairs via a threaded screw connection, wherein the threaded screw connection in each case comprises an internal thread and an external thread (21; 22), which are formed concentrically with the longitudinal axis, wherein they are screwed to one another.
A recovery unit adapted to receive a radio frequency, RF, power and generate a DC power in response, the recovery unit comprising: at least one antenna for receiving the RF power; an RF-to-DC converter for generating the DC power; and an impedance matching/transformation circuit disposed between the at least one antenna and the RF-to-DC converter and adapted to provide impedance matching between the antenna and the RF-to-DC converter; characterized by: an RF load/matching circuit coupled to the RF-to-DC converter and adapted to block the RF signal from reaching an output terminal of the RF-to-DC converter; a DC-to-DC converter coupled to the output terminal of the RF-to-DC converter; and an amplitude/power detector. at least one antenna for receiving the RF power; an RF-to-DC converter for generating the DC power; and an impedance matching/transformation circuit disposed between the at least one antenna and the RF-to-DC converter and adapted to provide impedance matching between the antenna and the RF-to-DC converter; characterized by: an RF load/matching circuit coupled to the RF-to-DC converter and adapted to block the RF signal from reaching an output terminal of the RF-to-DC converter; a DC-to-DC converter coupled to the output terminal of the RF-to-DC converter; and an amplitude/power detector.
An anhydrous powder composition comprising from 55 to 85% of platelet particulates and from 1-45% of non-platelet particulates wherein the ratio of platelet to non-platelet particulates is greater than 5 to 1 respectively and more than 75% of the platelet and non-platelet particulates have a particle size from 0.1 to 40 microns, and wherein the platelet and non-platelet particulates are coated with a complex comprising Poria Cocos extract, Magnolia Grandiflora Bark extract, Astrocaryum Murumuru butter and caffeine.
LED retrofit driver circuit comprising at least - an input adapted to receive an operating voltage from a power supply, - an output adapted to be connected to one or more LED units, - a power converter connected with said input and said output and configured to provide a lamp current at said output, - said power converter comprising a step-up converter configured to provide said lamp current from said operating voltage, said power converter further comprising a rectifier connected with the input and configured to provide a unipolar operating voltage to the step-up converter, wherein the power converter is configured to operate in at least a first operating state, in which the power converter is adapted to switch between - a high current generating mode, in which the power converter is configured to draw current pulses from said power supply to draw a first average input current (3 3 a) and - an OFF mode during which no current is drawn from said power supply, characterized in that the power converter is further configured to operate in a second operating state, in which the power converter is adapted to operate at least in - a low current generating mode, in which the power converter is configured to draw current pulses from said power supply to draw a second average input current, the second average input current being lower than said first average input current. - an input adapted to receive an operating voltage from a power supply, - an output adapted to be connected to one or more LED units, - a power converter connected with said input and said output and configured to provide a lamp current at said output, - said power converter comprising a step-up converter configured to provide said lamp current from said operating voltage, said power converter further comprising a rectifier connected with the input and configured to provide a unipolar operating voltage to the step-up converter, wherein the power converter is configured to operate in at least a first operating state, in which the power converter is adapted to switch between - a high current generating mode, in which the power converter is configured to draw current pulses from said power supply to draw a first average input current (3 3 a) and - an OFF mode during which no current is drawn from said power supply, - a low current generating mode, in which the power converter is configured to draw current pulses from said power supply to draw a second average input current, the second average input current being lower than said first average input current.
Assembly comprising a prefabricated slab for railway, extending along a longitudinal direction according to which at the slab a length is defined and transversally to this length a width is defined, the slab comprising a lower face intended to be at least partially in contact with an apron and comprising an upper face, intended to be arranged under rails of railway extending substantially along the longitudinal direction, the slab comprising a plurality of elongated openings (110, 111, 112) each forming a reservation able to receive a sleeper of railway, said openings each extending according to the width of the slab, each opening being open on the upper face and the length of each opening being less than the width of the slab, the assembly also comprising at least one sleeper for railway able to be received in one of the reservations, characterised in that, for each opening, the depth of the opening at one end is different from the depth of the opening at the other end.
An amine polymer comprising repeat units derived from polymerization of a crosslinking monomer and an imidazole monomer of formula 1 or a salt thereof wherein R 21, R 22, R 23, and R 24 are independently hydrogen, C 1 to C 12 alkyl, aryl, or heterocyclo; provided that at least one of R 21, R 22, R 23, and R 24 is -R 2 -NH-R 26 and the other R groups are less reactive with the crosslinking monomer than the -R 2 -NH-R 26 nitrogen or the imidazole nitrogens; R 2 is C 2 to C 14 alkylene; R 26 is hydrogen, C 1 to C 16 hydrocarbyl, C 1 to C 16 substituted hydrocarbyl, or C 1 to C 50 alkyl wherein the -CH 3 group or one or more of the -CH 2 - groups are replaced with an amide, a carbonyl, an ether, an ester, a cycloalkyl, an aryl, or a heterocyclo functional group, or C 1 to C 50 alkyl wherein the -CH 3 group or one or more of the -CH 2 - groups are substituted with a hydroxy, a halo, an amino, an alkoxy, or an aryloxy; and the polymer segment derived from the crosslinking monomer has a calculated logP (cLog P) greater than 0.1. R 21, R 22, R 23, and R 24 are independently hydrogen, C 1 to C 12 alkyl, aryl, or heterocyclo; provided that at least one of R 21, R 22, R 23, and R 24 is -R 2 -NH-R 26 and the other R groups are less reactive with the crosslinking monomer than the -R 2 -NH-R 26 nitrogen or the imidazole nitrogens; R 2 is C 2 to C 14 alkylene; R 26 is hydrogen, C 1 to C 16 hydrocarbyl, C 1 to C 16 substituted hydrocarbyl, or C 1 to C 50 alkyl wherein the -CH 3 group or one or more of the -CH 2 - groups are replaced with an amide, a carbonyl, an ether, an ester, a cycloalkyl, an aryl, or a heterocyclo functional group, or C 1 to C 50 alkyl wherein the -CH 3 group or one or more of the -CH 2 - groups are substituted with a hydroxy, a halo, an amino, an alkoxy, or an aryloxy; and the polymer segment derived from the crosslinking monomer has a calculated logP (cLog P) greater than 0.1.
An electronic device comprising: a terminal unit for supplying power including a first terminal and a second terminal; a driver configured to provide one of a first signal and a second signal to the first terminal; and a driving controller, and characterized in that: the first signal has a first current level and the second signal has a second current level, the driving controller is configured to detect, at the second terminal, a third signal having the same current level as the first signal, and cause the driver to provide the second signal to the first terminal, and the driver is caused to provide the second signal to the first terminal in dependence upon the second current level matching the first current level. a terminal unit for supplying power including a first terminal and a second terminal; a driver configured to provide one of a first signal and a second signal to the first terminal; and a driving controller, and characterized in that: the first signal has a first current level and the second signal has a second current level, the driving controller is configured to detect, at the second terminal, a third signal having the same current level as the first signal, and cause the driver to provide the second signal to the first terminal, and the driver is caused to provide the second signal to the first terminal in dependence upon the second current level matching the first current level.