mhurhangee/ep-ind-claims huggingface dataset:
A hydromount, comprising a carrying mount and a support mount, which are supported on each other in an elastically yielding manner by a resilient body of rubber-elastic material, which is configured substantially in a hollow-cone shape, and a working chamber and an equalisation chamber, which are disposed axially adjacent to each other in the direction of the operationally introduced vibrations and are each filled with damping liquid and are spatially separated from each other on their axially facing sides by a common partition wall and are connected to each other in a liquid-conducting manner by a damping channel disposed in the partition wall, and an absorber channel, which can be switched by means of an actuating device, characterised in that the actuating device is disposed within a recess of the carrying mount and comprises an electrically drivable electromagnet and an armature of ferromagnetic material, which is capable of vibrating axially in the direction of the introduced vibrations and which, by means of the electromagnet, is movable relative thereto, and which can be made to rest against the carrying mount in a liquid-tight manner for functionally decoupling the absorber channel from the working chamber.
A flexible, self-supporting, temperature-stable, indicia-bearing laminate of at least one printed indicia layer and printed support layer fused into at least one non-oriented polyolefin film layer, formed by the method of: (i) printing an indicia array with an ink comprising an indicia material and a vehicle mixture comprising particulate polyolefin and a resin; (ii) curing the ink by exposing the printed ink to at least one of ultraviolet radiation, catalytic curing and thermal curing to produce an indicia-bearing non-oriented film from said ink; (iii) printing a support mixture comprising from 25 to 75 weight percent of a particulate polyolefin and 75 to 25 weight percent of a polyolefin-compatible resin over said indicia-bearing non-oriented film; and (iv) thermally curing said support mixture to produce a non-oriented support layer from said support mixture and to fuse said indicia-bearing non-oriented film and said non-oriented support layer into said indicia-bearing laminate.
A combine harvester with a threshing assembly for threshing harvested material which has been picked up to obtain grain, and with a driver assistance system for controlling the threshing assembly, wherein the driver assistance system comprises a memory for storing data and a computing device for processing the data stored in the memory, characterized in that the threshing assembly together with the driver assistance system forms an automated threshing unit, with a plurality of selectable harvesting process strategies being stored in the memory and, in order to implement the respectively selected harvesting process strategy, with the computing device being configured to determine at least one threshing assembly parameter (1a, 1b) autonomously and specify it to the threshing assembly and wherein, in order to implement the respectively selected harvesting process strategy, the computing device is configured to determine at least one threshing assembly parameter (1a, 1b) cyclically and to specify it to the threshing assembly, wherein a functional system model for at least a part of the combine harvester is stored in the memory and in that the computing device is configured to carry out the autonomous determination of the at least one threshing assembly parameter (1a, 1b) based on the system model, and in that the computing device cyclically aligns the system model with the current harvesting process state during an ongoing harvesting operation.
A method for retrofitting or assembling a fairing of a flight vehicle, the fairing having an exterior comprising an exterior surface of a panel (44, 46, 48, 50, 52, 54, 56, 58, 60, 62, 64, 66, 68), the panel having a front panel wall that forms part of the exterior surface, a rear panel wall having a back surface, and a honeycomb structure sandwiched between front and rear panel walls (25, 26), characterised in that the method comprises attaching a vibration-damping blanket to a back surface of said panel; and fastening said panel with the attached vibration-damping blanket to said fairing with said exterior surface of said panel forming part of the fairing exterior.
A stable aqueous fluoropolymer hybrid composition comprising particles, each particle being composed of: a) a fluoropolymer seed; b) a first vinyl polymer that is miscible with said fluoropolymer; and c) a second vinyl polymer having a different composition than said first vinyl polymer, and having a Tg of less than 30°C; and d) optionally other vinyl polymers, wherein: - said fluoropolymer composition has an minimum film forming temperature (MFFT) of less than 20°C, - the morphology of the hybrid polymer particles is such that the fluoropolymer seed and first vinyl polymer form an intimate blend, and the second vinyl polymer forms either an intimate blend with both the fluoropolymer seed and the first vinyl polymer, or a separate phase within said hybrid particle when the second vinyl polymer is immiscible with either 1) the first vinyl polymer, resulting in a two-domain morphology wherein the fluoropolymer is distributed between the two domains, or 2) the first vinyl polymer and the fluoropolymer, resulting in a two-domain structure with no fluoropolymer in one of the domains, and - said first vinyl polymers comprises at least 70 weight percent of monomers selected from the group consisting of vinyl acetate, methyl acrylate, ethyl acrylate, methyl methacrylate, ethyl methacrylate, acetoacetoxyethyl methacrylate, and acrylonitrile, and less than 10 wt% of hydroxyl functional monomers, acid functional monomers, styrene, or alphamethyl styrene. a) a fluoropolymer seed; b) a first vinyl polymer that is miscible with said fluoropolymer; and c) a second vinyl polymer having a different composition than said first vinyl polymer, and having a Tg of less than 30°C; and d) optionally other vinyl polymers, - said fluoropolymer composition has an minimum film forming temperature (MFFT) of less than 20°C, - the morphology of the hybrid polymer particles is such that the fluoropolymer seed and first vinyl polymer form an intimate blend, and the second vinyl polymer forms either an intimate blend with both the fluoropolymer seed and the first vinyl polymer, or a separate phase within said hybrid particle when the second vinyl polymer is immiscible with either 1) the first vinyl polymer, resulting in a two-domain morphology wherein the fluoropolymer is distributed between the two domains, or 2) the first vinyl polymer and the fluoropolymer, resulting in a two-domain structure with no fluoropolymer in one of the domains, and - said first vinyl polymers comprises at least 70 weight percent of monomers selected from the group consisting of vinyl acetate, methyl acrylate, ethyl acrylate, methyl methacrylate, ethyl methacrylate, acetoacetoxyethyl methacrylate, and acrylonitrile, and less than 10 wt% of hydroxyl functional monomers, acid functional monomers, styrene, or alphamethyl styrene.
Battery system with integrated balancing, comprising a plurality of battery cells electrically connected in series between a first terminal and a second terminal; an intermediate node dividing the plurality of battery cells in a first subset of battery cells and a second subset of battery cells; a control unit with a first supply node and a second supply node; and a converter comprising an output, an inductance, a first switching element and a rectifiying element (34, 35), wherein: the first switching element has a first end directly connected to the second terminal and a second end directly connected to both a first end of the inductance and a first end of the rectifying element (34, 35), the rectifying element (34, 35) has a second end directly connected to the first terminal, the rectifying element (34, 35) being either a second switching element or a diode whose anode corresponds to the second end of the rectifying element (34, 35) as defined, the inductance has a second end directly connected to the output, the output is connected to the intermediate node; characterized in that the first supply node and the second supply node are directly connected to the first terminal and the output of the converter, respectively. the first switching element has a first end directly connected to the second terminal and a second end directly connected to both a first end of the inductance and a first end of the rectifying element (34, 35), the rectifying element (34, 35) has a second end directly connected to the first terminal, the rectifying element (34, 35) being either a second switching element or a diode whose anode corresponds to the second end of the rectifying element (34, 35) as defined, the inductance has a second end directly connected to the output, the output is connected to the intermediate node; characterized in that the first supply node and the second supply node are directly connected to the first terminal and the output of the converter, respectively.
Composition comprising at least one active ingredient, characterised in that the at least one active ingredient comprises an elafibranor metformin salt.
A virus-like particle comprising: a) a Newcastle disease virus matrix protein, b) a Newcastle disease virus heamagglutininneuraminidase transmembrane domain (NDV HN TM) protein, c) a Newcastle Disease Virus heamagglutininneuraminidase cytoplasmic domain (NDV HN CT) protein, and d) a Respiratory Syncytial Virus ectodomain-containing G (RSV G) protein, wherein - said RSV G protein is fused in frame with said NDV HN TM and NDV HN CT protein and - said NDV HN TM protein is flanked by said NDV HN CT protein and said RSV G protein. a) a Newcastle disease virus matrix protein, b) a Newcastle disease virus heamagglutininneuraminidase transmembrane domain (NDV HN TM) protein, c) a Newcastle Disease Virus heamagglutininneuraminidase cytoplasmic domain (NDV HN CT) protein, and d) a Respiratory Syncytial Virus ectodomain-containing G (RSV G) protein, - said RSV G protein is fused in frame with said NDV HN TM and NDV HN CT protein and - said NDV HN TM protein is flanked by said NDV HN CT protein and said RSV G protein.
A pre-cure castable explosive composition comprising an explosive material, a polymerisable binder, and a microencapsulated cross linking reagent, said microencapsulated cross linking reagent, comprising a cross linking reagent encapsulated in a microcapsule, wherein the microcapsule, comprises a shell wall polymer, selected from polyurethane, cellulosic materials such as cellulose acetate, polyesters, polybutadienes, polyethylenes, polyisobutylenes, PVA, chlorinated rubber, epoxy resins, two-pack polyurethane systems, alkyd/melanine, vinyl resins, alkyds,, butadiene-styrene block copolymers, polyNIMMO, polyGLYN, GAP, and blends, copolymers and/or combinations thereof, wherein the microcapsule's shell wall polymer comprises at least one labile linkage.
A method for separating inbred seed from a mixed population of inbred and hybrid seed characterized in that the method comprises the following steps: (a) Providing a mixed population of inbred and hybrid seed and (b) subjecting said seed to a device which separates said mixed population into (i) a population of substantially inbred seed and (ii) a population of substantially hybrid seed wherein said seed is wheat or barley seed and said device separates said inbred seed on the basis of a difference which is detectable via the use of near infrared light, wherein said device utilises an algorithm to differentiate the near infrared spectral data obtained of said inbred and said hybrid seed which then allows the seed to be sorted on the basis of said spectral data.
A reducer comprising: - a central electric motor; - a first hub () fitted with a first drive wheel; said first hub () having a respective first epicyclic reduction gear (); - a second hub () on the opposite side of the central electric motor to the first hub () and fitted with a second drive wheel; said second hub () having a respective second epicyclic reduction gear (); - a differential assembly; and - a brake assembly; said central electric motor separating said differential assembly from said brake assembly; said brake assembly comprising one multiple-disk brake assembly with one mechanical or hydraulic actuation point; and the reducer being characterized in that said brake assembly comprises: - an instant-brake piston operated by an actuating system; said piston being movable along a central axis of symmetry () and in two opposite directions (); - a first set of outer disks integral with a box (); - a second set of inner disks integral with a sleeve slid along said shaft by actuating means; the second set of disks alternating with the first set of disks; - a third set of disks integral with the sun gear () of said second epicyclic reduction gear (); - a fourth set of disks projecting inwards of said sleeve and alternating with the third set of disks; and - a stop integral with said box (). - a central electric motor; - a first hub () fitted with a first drive wheel; said first hub () having a respective first epicyclic reduction gear (); - a second hub () on the opposite side of the central electric motor to the first hub () and fitted with a second drive wheel; said second hub () having a respective second epicyclic reduction gear (); - a differential assembly; and - a brake assembly; - an instant-brake piston operated by an actuating system; said piston being movable along a central axis of symmetry () and in two opposite directions (); - a first set of outer disks integral with a box (); - a second set of inner disks integral with a sleeve slid along said shaft by actuating means; the second set of disks alternating with the first set of disks; - a third set of disks integral with the sun gear () of said second epicyclic reduction gear (); - a fourth set of disks projecting inwards of said sleeve and alternating with the third set of disks; and - a stop integral with said box ().
Method for controlling a rotational movement of a tool based on a parts program in the case of a machine tool, wherein a travel movement to be performed by the tool and a target rotational speed of the tool are predefined in the parts program, characterised in that during the performance of the predefined travel movement from the start of the predefined travel movement to the end of the predefined travel movement the tool is accelerated at such a rotational acceleration that at the end of the predefined travel movement of the tool the rotational speed of the tool corresponds to the target rotational speed, wherein based on the travel movement of the tool predefined in the parts program the time required to perform the predefined travel movement is determined, and wherein based on the time duration the rotational acceleration is determined.
A method for machining surfaces of a workpiece using a tool, in particular a milling tool, that is guided on the surface at a lateral inclination (α) with respect to the surface and moved in a collision-free manner, characterized in that the method is provided for machining flat surfaces, wherein the flat surface is machined using a tool, having a cutting contour with a conically convex design, that is guided on the flat surface with a contact point on a flank of the tool, and to avoid a one-sided collision is completely machined by the tool with a pivot angle (β) in parallel to the flat surface, or to avoid a two-sided collision is machined by the tool with at least two different pivot angles (β, β') in parallel to the flat surface, wherein the flat surface is divided into at least two machining segments (44, 44', 44") to avoid the two-sided collision, and an individual pivot angle (β, β') of the tool is assigned to each of the at least two machining segments (44, 44', 44") in order to avoid a collision.
A nonaqueous electrolytic solution having an electrolyte salt dissolved in a nonaqueous solvent, the nonaqueous electrolytic solution comprising a high-purity vinylene carbonate, wherein the high-purity vinylene carbonate is a vinylene carbonate having the content of chlorine impurities of zero as detected by the Wickbold combustion-ion chromatography method, having coordinated to oxygen, and having a Hazen unit color number in a nitrogen atmosphere of 10 or less, and which, when stored at 45 °C for 7 days in an oxygen-containing atmosphere, takes on a yellow-green color in a range of from 10Y to 10GY in terms of a hue circle of the Munsell color system.
A method of producing carbon tetrachloride, the method comprising the step of: reacting chlorine with chloroform in the presence of electromagnetic radiation within a reaction mixture that includes the chlorine, the chloroform, and carbon tetrachloride, where the concentration of chloroform is less than 5000 ppm by weight relative to the weight of the reaction mixture, where the reaction mixture includes at least stoichiometric levels of chlorine relative to chloroform, where the electromagnetic radiation creates chloride radicals, and where the reaction mixture is well mixed.
A key comprising a bow and a key-blade extending longitudinally from said bow, beyond a shoulder formed by a neck between the bow and the blade, and carrying a specific signature pattern resulting from a combination of different bittings, wherein said key-blade comprises a base integral with said neck and an added part consisting of a mounting shaft bearing a series of blade elements (21, 22) that are mounted against each other around said shaft and among which a distal blade element is integral with the corresponding end of said shaft while the other blade elements in the series are interchangeable and engaged together along the shaft which is fixed into a blind hole drilled through said blade base by a fixation system which is secured transversely in the neck, whereby the blade elements are stacked up between said distal blade element integral with the shaft and said blade base integral with the bow, and wherein the blade base has an external cross-section that is identical to that of the blade elements, said shape having ribs (19, 39) on each side of the blade which, once the key has been mounted, are aligned along the entire length of the base, the blade base being however without bittings while the blade elements each have a specific bitting, in the form of impressions on one of their faces, such that the type of blade element and the order in which the elements are placed results in a signature pattern that is specific to the key.
A dispersion of tin-doped indium oxide fine particles, the dispersion comprising tin-doped indium oxide fine particles, a plasticizer for an interlayer film, an organic solvent containing at least one alcohol, and dispersion stabilizers, wherein the alcohols are the main component of the organic solvent, wherein under measuring conditions of a concentration of the tin-doped indium oxide fine particles of 0.7% by weight and an optical path length of a glass cell of 1 mm, the visible light transmittance is 80% or more, the solar radiation transmittance at a wavelength within a range from 300 nm to 2100 nm is 3/4 or less of the visible light transmittance, the haze value is 1.0% or less, and the reflection yellow index is -20 or more and/or the reflection value at 0 degrees among reflected light distribution at an incidence angle of 45 degrees measured by a goniophotometer is 30 or less under measuring conditions of the optical path length of the glass cell of 1 mm; and wherein the dispersion stabilizers comprise at least one selected from the group consisting of sulfate ester-based compound, phosphate ester-based compound, ricinoleic acid, polyricinoleic acid, polycarboxylic acid, polyhydric alcohol type surfactant, polyvinyl alcohol, and polyvinyl butyral, and at least one selected from the group consisting of chelate, inorganic acid, and organic acid.
Plug connector housing, preferably for mounting on a mounting surface, consisting of a basic body and a fastening flange which is.integrally formed on the basic body, wherein the fastening flange has at least one fastening bore, and wherein a sealing element is arranged on the fastening flange on the side facing away from the basic body, said sealing element approximately corresponding to the shape of the fastening flange, wherein the sealing element has at least one sleeve-shaped moulding which forms a sealing sleeve, wherein the sealing sleeve is arranged in the fastening bore, wherein the sealing sleeve at least completely penetrates the fastening bore, characterized in that the fastening bore tapers conically from that side of the fastening flange which faces away from the basic body to that side of the fastening flange which faces the basic body.
A device for forming a plastic component, wherein the device has: a body, which is suitable for use in a device for producing plastic components from a first compound and which is formed in such a way that, when used in the device for producing plastic components, the first compound, by being guided past the body is brought into a form which has at least one cavity, which is continuous in the direction of guiding past; characterized by a line system, arranged in the body, through which a second compound can be expelled from an end of the body, in order to introduce the second compound into the cavity, while the first compound is guided past the body, furthermore having a mixing device, which is arranged in the body at the end of the body and is connected to the line system; wherein the line system has at least two lines (122, 124) which are suitable for feeding respectively a mixing component to the mixing device; and the mixing device is suitable to produce the second compound by mixing from the mixing components which are fed to it, and to expel it from the body, wherein the mixing device is suitable for mixing the mixing components by high pressure counterflow injection at a pressure of more than 100 bar. a body, which is suitable for use in a device for producing plastic components from a first compound and which is formed in such a way that, when used in the device for producing plastic components, the first compound, by being guided past the body is brought into a form which has at least one cavity, which is continuous in the direction of guiding past; characterized by a line system, arranged in the body, through which a second compound can be expelled from an end of the body, in order to introduce the second compound into the cavity, while the first compound is guided past the body, furthermore having a mixing device, which is arranged in the body at the end of the body and is connected to the line system; wherein the line system has at least two lines (122, 124) which are suitable for feeding respectively a mixing component to the mixing device; and the mixing device is suitable to produce the second compound by mixing from the mixing components which are fed to it, and to expel it from the body, wherein the mixing device is suitable for mixing the mixing components by high pressure counterflow injection at a pressure of more than 100 bar.