mhurhangee/ep-ind-claims huggingface dataset:
Lighting device for a vehicle, said lighting device comprising at least one photon source, an optical part participating in the production of a light beam in a determined lighting direction, from photons generated by said photon source and a support wall to which said photon source and said piece of optics are coupled, said support wall comprising M sets of N holes (Tjk), with M ≥ 2 and N ≥ 2, each set being associated with a particular relative position among M of said piece of optics adapted to an installation of said lighting device in different locations of a vehicle, said piece of optics comprising N indexing pins comprising ends housed at least partially and respectively in the N holes (Tjk) of one of said M sets, characterized in that the choice of one of said M assemblies for positioning the optical part determines the direction of illumination of the light beam,each of said M assemblies corresponding to another direction of illumination of the light beam,said choice thus being able to be a function of the place of installation of said lighting device in a vehicle
Wire cable raceway element including substantially rectilinear longitudinal warp wires and polygonal transverse weft wires, having an opening at one corner and an even number of sides, said element including at least four longitudinal warp wires carried by at least four different sides (6, 8, 10, 12) of the transverse weft wires, characterized on that said four sides (6, 8, 10, 12) carry each a single longitudinal warp wire and in that to each longitudinal warp wire there corresponds a longitudinal warp wire on an opposite side, the two corresponding longitudinal warp wires being disposed face to face, i.e. in a same plane substantially parallel to one of the longitudinal faces of the cable raceway element.
A method for providing a film laminate (14,15,16) comprising a substrate and a polymer film (15,16), the film laminate suitable for forming part of a laminated packaging material, comprising the steps of: forwarding a web of the substrate to pass through a lamination nip (130;130a;130b); casting the polymer film (15,16) by applying a molten polymer material onto a cooling roller to at least partially solidify the molten polymer material, thus forming the polymer film in a first step; and subsequently and directly forwarding the formed polymer film to pass through the lamination nip, thereby laminating the formed polymer film onto the web of the substrate to provide the film laminate. forwarding a web of the substrate to pass through a lamination nip (130;130a;130b); casting the polymer film (15,16) by applying a molten polymer material onto a cooling roller to at least partially solidify the molten polymer material, thus forming the polymer film in a first step; and subsequently and directly forwarding the formed polymer film to pass through the lamination nip, thereby laminating the formed polymer film onto the web of the substrate to provide the film laminate.
A composition for use in a treatment of a condition of radiation exposure or for use in a radio-protection and/or radiomitigation treatment, wherein the composition is obtainable by a method of preparing an annatto seed extract having a δ-tocotrienol to γ-tocotrienol ratio of between 2:1 to 10:1, the method comprising: a. Extracting the oil from the annatto seeds to produce annatto seed oil, wherein the oil is optionally hexane-extracted from the annatto seeds; and b. Enriching the tocotrienols from the annatto seed oil via chromatography, wherein the tocotrienols are separated by chromatography using a hexane: ethyl acetate solvent or a hexane: isopropanol solvent. a. Extracting the oil from the annatto seeds to produce annatto seed oil, wherein the oil is optionally hexane-extracted from the annatto seeds; and b. Enriching the tocotrienols from the annatto seed oil via chromatography, wherein the tocotrienols are separated by chromatography using a hexane: ethyl acetate solvent or a hexane: isopropanol solvent.
A securement device for a protruding oral or nasal device, comprising a continuous strip extending along a longitudinal axis between a first end and a second end, the continuous strip having: a first anchor portion at the first end; a second anchor portion at the second end; a first bridge portion; a second bridge portion; and an adhesive for affixing the strip to a patient; wherein the first bridge portion is disposed between the first anchor portion and the second bridge portion, the second bridge portion is disposed between the first bridge portion and the second anchor portion, the second bridge portion extends at an angle relative to the longitudinal axis, and the first anchor portion and the second anchor portion are offset from one another relative to the longitudinal axis. a first anchor portion at the first end; a second anchor portion at the second end; a first bridge portion; a second bridge portion; and an adhesive for affixing the strip to a patient; wherein the first bridge portion is disposed between the first anchor portion and the second bridge portion, the second bridge portion is disposed between the first bridge portion and the second anchor portion, the second bridge portion extends at an angle relative to the longitudinal axis, and the first anchor portion and the second anchor portion are offset from one another relative to the longitudinal axis.
Air conduit element (14, 16) for an air vent consisting of a housing, an air outlet and an connection to an air supply duct, in which the air conduit element (14, 16) is swivel-mounted by at least one bearing pin (32, 34) in the housing and including a first optical conductor consisting of translucent plastic which consists of a swivel-mounted bearing pin in the housing of the air vent or permeates the bearing pin with a pin and an illuminant is arranged in the housing on the bearing pin to couple light into the first optical conductor and the first optical conductor extends over a longitudinal region of the air conduit element (14; 16), in which the light from the illuminant coupled into is displayable by a light discharge surface of a first light discharge section in parallel with a facing the air outlet front longitudinal edge of the air conduit element (14, 16) and the first optical conductor has a surface structure at the opposite side of the light discharge surface of the first light discharge section which effects a reflection of the light coupled into and is designed in such a way that the light from the illuminant coupled into the first optical conductor is evenly emitted by the light discharge surface, wherein the surface structure extends over at least the area of the light discharge surface of the first light discharge section, characterized in that a diffusor is arranged in front of the first light discharge section's light discharge surface and the first optical conductor and the diffusor is surrounded by at least one first housing element for the air conduit element and the at least one first housing element has at least one elongated opening which uncovers at least one part of the diffusor from outside.
A method for producing aliphatic polyester comprising aliphatic dicarboxylic acid and aliphatic diol as the main components, which uses continuous plural reaction tanks and obtains polyester through esterification reaction and melt polycondensation reaction, characterized in that the melt polycondensation reaction is conducted while distilling by-produced aliphatic diol generated by reaction such that the relationship among a boiling point t1 (°C) of by-produced aliphatic diol under the pressure in a polycondensation reaction tank for conducting melt polycondensation reaction, a wall surface temperature T (°C) of a distillation pipe which distills by-produced aliphatic diol from the polycondensation reaction tank, and an inner temperature t2 (°C) of the polycondensation reaction tank satisfies the following formula: t ⁢ 1 < T < t ⁢ 2
A friction material comprising a fibrous base material impregnated with at least one curable resin, the fibrous base material comprising a high fiber content porous primary layer and a secondary layer comprising friction modifying particles on at least one surface of the primary layer, wherein the high fiber content porous primary layer comprises at least 90% wt. % fibers and is composed from either 10 to 20 wt. % aramid fibers and 80 to 90 wt. % cotton fibers or 50 to 60 wt. % aramid fibers and 40 to 50 wt. % carbon fibers.
A method by a wireless device for transmitting uplink control information, UCI, on a serving cell on the unlicensed spectrum, the method comprising: formatting, by the wireless device, the UCI as a shortened control signalling transmission; and transmitting, by the wireless device, the UCI formatted as the shortened control signalling transmission to a network node, wherein the shortened control signalling transmission is transmitted during a transmission opportunity on the serving cell on the unlicensed spectrum without performing channel sensing, wherein the shortened control signalling transmission is a shortened physical uplink control channel, PUCCH, format, the shortened PUCCH transmitted on N OFDM symbols, wherein 0<= N< = 7. formatting, by the wireless device, the UCI as a shortened control signalling transmission; and transmitting, by the wireless device, the UCI formatted as the shortened control signalling transmission to a network node, wherein the shortened control signalling transmission is transmitted during a transmission opportunity on the serving cell on the unlicensed spectrum without performing channel sensing, wherein the shortened control signalling transmission is a shortened physical uplink control channel, PUCCH, format, the shortened PUCCH transmitted on N OFDM symbols, wherein 0<= N< = 7.
A method comprising: receiving a video stream comprising a plurality of incoming fragments that comprise a fixed number of frames and a variable file size; determining, based at least in part on a target video quality, a target fragment size; transcoding the frames of the incoming fragments and assembling the transcoded frames into a plurality of new video fragments to form a transcoded video stream, wherein the plurality of new video fragments comprise a variable number of frames and a fixed file size that does not exceed the target fragment size; and sending the transcoded video stream as at least a portion of a stream of fragments that do not exceed the fixed file size. receiving a video stream comprising a plurality of incoming fragments that comprise a fixed number of frames and a variable file size; determining, based at least in part on a target video quality, a target fragment size; transcoding the frames of the incoming fragments and assembling the transcoded frames into a plurality of new video fragments to form a transcoded video stream, wherein the plurality of new video fragments comprise a variable number of frames and a fixed file size that does not exceed the target fragment size; and sending the transcoded video stream as at least a portion of a stream of fragments that do not exceed the fixed file size.
A floor section, comprising: a plurality of grid members lying spaced-apart and parallel to a first horizontal axis, each of the plurality of grid members including: first and second cold-formed steel beams lying parallel to each other and coupled together; a plate lying in a horizontal plane and extending over top surfaces of the first and second beams; a plurality of subfloor rails lying parallel to a second horizontal axis, perpendicular to the first horizontal axis, each of the plurality of subfloor rails being rigidly coupled to each of the plurality of grid members; characterised by: the plate having a plurality of threaded apertures (522, 524) configured to receive respective fasteners to couple a plurality of floor panels to said plate, such that the plurality of floor panels can be repeatedly removed and replaced; and the floor section further comprising a plurality of cross members lying spaced-apart and parallel to the second horizontal axis, each positioned to extend between two adjacent ones of the plurality of grid members, top surfaces of each of the plurality of cross members being coplanar with top surfaces of the plates of each of the plurality of grid members. first and second cold-formed steel beams lying parallel to each other and coupled together; a plate lying in a horizontal plane and extending over top surfaces of the first and second beams; a plurality of subfloor rails lying parallel to a second horizontal axis, perpendicular to the first horizontal axis, each of the plurality of subfloor rails being rigidly coupled to each of the plurality of grid members; characterised by: the plate having a plurality of threaded apertures (522, 524) configured to receive respective fasteners to couple a plurality of floor panels to said plate, such that the plurality of floor panels can be repeatedly removed and replaced; and the floor section further comprising a plurality of cross members lying spaced-apart and parallel to the second horizontal axis, each positioned to extend between two adjacent ones of the plurality of grid members, top surfaces of each of the plurality of cross members being coplanar with top surfaces of the plates of each of the plurality of grid members. the plate having a plurality of threaded apertures (522, 524) configured to receive respective fasteners to couple a plurality of floor panels to said plate, such that the plurality of floor panels can be repeatedly removed and replaced; and the floor section further comprising a plurality of cross members lying spaced-apart and parallel to the second horizontal axis, each positioned to extend between two adjacent ones of the plurality of grid members, top surfaces of each of the plurality of cross members being coplanar with top surfaces of the plates of each of the plurality of grid members.
A system (100, 200) for attaching a fitting (2, 102), having a profile (1, 101) which comprises an undercut longitudinal groove (4, 104), the opening (5, 105) of which is formed by two longitudinal ribs (6, 7; 106, 107), the same arranged on opposite sides of the longitudinal groove (4, 104), wherein the longitudinal ribs (6, 7; 106, 107) form a pair of outer longitudinal surfaces (8, 9; 108, 109) and a pair of inner longitudinal surfaces (19, 11; 110, 111), and having a mounting assembly (12, 112) which comprises at least one outer contact surface (47, 48; 147) to lie against an outer longitudinal surface (8, 9; 108), and at least one inner contact surface (49, 50; 150) to lie against an inner longitudinal surface (10, 11; 111), wherein the mounting assembly (12, 112) comprises two clamping elements (18,19; 118, 119) each with a clamping groove (45,46; 145, 146), wherein at least one thereof has two surfaces which face each other, one of which forms an outer contact surface (47, 48; 147) and the other an inner contact surface (49, 50; 150), wherein the clamping elements (18, 19; 118, 119) can be moved between a first position in which they can be inserted into the opening (5, 105) of the longitudinal groove (4, 104) and a second position in which the contact surfaces (47, 48; 49, 50; 147, 150) lie against the longitudinal surfaces (8, 9; 10, 11; 108, 109; 110, 111), wherein the two clamping elements (18, 19; 118, 119) can swivel with each other in a swivel axis (T, U) which extends in the direction parallel to the longitudinal direction of the longitudinal groove (4, 104), characterized in that a first clamping element (18, 118) is connected to an attachment part (13, 113) for the fitting (2, 102), wherein the first clamping element is connected in the longitudinal direction of the longitudinal groove to the attachment part in a manner allowing movement.
A method for targeted modification of a genomic locus of interest in a pluripotent rat cell, comprising: (a) introducing into the pluripotent rat cell a large targeting vector (LTVEC) comprising an insert nucleic acid flanked by a 5' homology arm complementary to a first nucleic acid sequence at the genomic locus of interest and a 3' homology arm complementary to a second nucleic acid sequence at the genomic locus of interest, wherein the 5' homology arm is at least 5 kb and the 3' homology arm is at least 5 kb; and (b) identifying a genetically modified pluripotent rat cell comprising a targeted genetic modification at the genomic locus of interest, wherein the targeted genetic modification is capable of being transmitted through the germline, and wherein the pluripotent rat cell to be used for targeted modification of the genomic locus of interest is obtainable by culturing isolated rat embryonic stem cells on a feeder cell layer that is not modified to express leukemia inhibitory factor with a medium comprising about 50 U/mL to about 150 U/mL LIF and a combination of inhibitors consisting of a MEK pathway inhibitor and a GSK3 inhibitor. (a) introducing into the pluripotent rat cell a large targeting vector (LTVEC) comprising an insert nucleic acid flanked by a 5' homology arm complementary to a first nucleic acid sequence at the genomic locus of interest and a 3' homology arm complementary to a second nucleic acid sequence at the genomic locus of interest, wherein the 5' homology arm is at least 5 kb and the 3' homology arm is at least 5 kb; and (b) identifying a genetically modified pluripotent rat cell comprising a targeted genetic modification at the genomic locus of interest, wherein the targeted genetic modification is capable of being transmitted through the germline, and wherein the pluripotent rat cell to be used for targeted modification of the genomic locus of interest is obtainable by culturing isolated rat embryonic stem cells on a feeder cell layer that is not modified to express leukemia inhibitory factor with a medium comprising about 50 U/mL to about 150 U/mL LIF and a combination of inhibitors consisting of a MEK pathway inhibitor and a GSK3 inhibitor. wherein the targeted genetic modification is capable of being transmitted through the germline, and wherein the pluripotent rat cell to be used for targeted modification of the genomic locus of interest is obtainable by culturing isolated rat embryonic stem cells on a feeder cell layer that is not modified to express leukemia inhibitory factor with a medium comprising about 50 U/mL to about 150 U/mL LIF and a combination of inhibitors consisting of a MEK pathway inhibitor and a GSK3 inhibitor.
A refrigerant composition consisting essentially of: (i) 1,1-difluoroethene (vinylidene fluoride, R-1132a); (ii) carbon dioxide (CO 2, R-744); (iii) from 5 to 45% by weight pentafluoroethane (R-125); and (iv) from 1 to 50% by weight trifluoromethane (R-23). (i) 1,1-difluoroethene (vinylidene fluoride, R-1132a); (ii) carbon dioxide (CO 2, R-744); (iii) from 5 to 45% by weight pentafluoroethane (R-125); and (iv) from 1 to 50% by weight trifluoromethane (R-23).
An illumination apparatus comprising: a plurality of semiconductor light-emitting devices each having a translucent substrate and a semiconductor light-emitting layer formed on the substrate; a white insulating reflective layer on which the semiconductor light-emitting devices are arranged at intervals; a plurality of conductor parts (4c, 25a) to which the semiconductor light-emitting devices are electrically connected, and a translucent adhesive layer which bonds the substrate of each of the semiconductor light-emitting devices on the reflective layer, wherein the reflective layer has a single, flat, continuous light reflective surface, the substrates of the semiconductor light-emitting devices are attached to the flat light reflective surface and the conductor parts are provided on the flat light reflective surface. a plurality of semiconductor light-emitting devices each having a translucent substrate and a semiconductor light-emitting layer formed on the substrate; a white insulating reflective layer on which the semiconductor light-emitting devices are arranged at intervals; a plurality of conductor parts (4c, 25a) to which the semiconductor light-emitting devices are electrically connected, and a translucent adhesive layer which bonds the substrate of each of the semiconductor light-emitting devices on the reflective layer, wherein the reflective layer has a single, flat, continuous light reflective surface, the substrates of the semiconductor light-emitting devices are attached to the flat light reflective surface and the conductor parts are provided on the flat light reflective surface.
Rapid cooling portion of a continuous line for processing metal strips, which portion is designed to cool the strip by spraying it with a liquid, or a mixture of a gas and a liquid, by means of nozzles arranged on either side of the strip with respect to its travel plane, characterized in that, in the travel direction of the strip, the cooling portion comprises at least one row of nozzles having flat jets, followed by at least one row of nozzles having conical jets, the rows (6, 7) of nozzles being arranged transversely to the travel plane of the strip.
An exhaust gas treatment equipment for a marine diesel engine using fuel oil, the equipment comprising: an electric precipitation means having a tubular collecting unit, the tubular collecting unit including a combination of collecting modules, each having a discharge electrode for charging particulate matter contained in exhaust gas of a diesel engine using fuel oil and a tubular precipitation electrode for collecting the particulate matter charged, the discharge electrode having a main electrode disposed in the tubular collecting unit in a tube axial direction and a plurality of electrodes arranged at intervals on the main electrode and projecting radially; a separating and collecting means for separating, collecting and precipitating the particulate matter detached from the tubular collecting unit, separately from the electric precipitation means; an exhaust gas delivery pipe for exhaust gases with a low concentration of particulate matter provided near an axial center of the tubular collecting unit on a downstream side thereof; and an exhaust gas delivery portion for exhaust gases with a high concentration of particulate matter provided near an inner circumferential surface of the tubular collecting unit on the downstream side thereof and connected to the separating and collecting means for collecting and precipitating the particulate matter, characterized in that on a upstream side in the tubular collecting unit including a main collecting pipe that has the precipitation electrode and the discharge electrode therein and has a predetermined length and a constant diameter, tubular collecting modules of said collecting modules are arranged in combination in the main collecting pipe in the tube axial direction, each of the tubular collecting modules having the discharge electrode with a different diameter arranged and the tubular precipitation electrode with a diameter smaller than the main collecting pipe, in that on the downstream in the tubular collecting unit, a collecting module of said collecting modules including the discharge electrode and the main collecting pipe is disposed, and in that in the tubular collecting unit, a tubular collecting module with a smallest diameter disposed on an exhaust gas upstream side and another tubular collecting module with a larger diameter sequentially disposed toward downstream.