mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a positive electrode active material for a lithium secondary battery, comprising: a first step of dry-mixing a transition metal hydroxide and an anhydrous lithium raw material to form a mixture; a second step of subjecting the mixture of the transition metal hydroxide and the anhydrous lithium raw material to primary firing to form a primarily fired material; and a third step of finely pulverizing and mixing the primarily fired material and subsequently performing secondary firing, and thus obtaining a lithium transition metal oxide, wherein, in the first step, the anhydrous lithium raw material is mixed at 40 parts by weight or less based on 100 parts by weight of the transition metal hydroxide. a first step of dry-mixing a transition metal hydroxide and an anhydrous lithium raw material to form a mixture; a second step of subjecting the mixture of the transition metal hydroxide and the anhydrous lithium raw material to primary firing to form a primarily fired material; and a third step of finely pulverizing and mixing the primarily fired material and subsequently performing secondary firing, and thus obtaining a lithium transition metal oxide, wherein, in the first step, the anhydrous lithium raw material is mixed at 40 parts by weight or less based on 100 parts by weight of the transition metal hydroxide.
A nasogastric tube system having a nourishment tube for insertion through a patient's nasopharynx, said nourishment tube having a diameter and length configured to pass through an esophagus such that a lumen of said nourishment tube maintains fluid communication with a portion of the digestive tract; said system comprising: i) a digestive tract sensor arrangement having a sensor; and ii) a suction pump coupled to said nourishment tube; characterised in that the sensor being a reflux sensor on said nourishment tube, said reflux sensor being further configured to sense and transmit signals in response to the onset of reflux; and the suction pump being operatively associated with a controller responsive to signals from the reflux sensor to perform suction for removing said reflux. i) a digestive tract sensor arrangement having a sensor; and ii) a suction pump coupled to said nourishment tube; characterised in that the sensor being a reflux sensor on said nourishment tube, said reflux sensor being further configured to sense and transmit signals in response to the onset of reflux; and the suction pump being operatively associated with a controller responsive to signals from the reflux sensor to perform suction for removing said reflux.
A polynucleotide encoding a fusion protein which comprises an oxygen-sensitive protein and a mitochondrial targeting peptide, wherein said oxygen-sensitive protein is NifH.
A linking device for two transverse wires of a cable raceway made of wire and having longitudinal wires (30, 30') and transverse wires, said linking device comprising: - a substantially planar base having a front face, a back face, a first edge and a second edge parallel to the first edge, - a first curved rim extending from the first edge of the base forward thereof, and - a second curved rim extending from the second edge of the base forward thereof, and the first rim and the second rim being curved towards each other such that the first rim, the second rim and the part of the base disposed between the two rims have at least locally a C-shaped cross-section, each rim defining a housing adapted to receive a transverse wire, characterized in that it further comprises a third rim extending from a third edge of the base perpendicular to the first edge and to the second edge forward of the base, the third rim being disposed relative to the first rim and relative to the second rim such that it defines with the ends of the first rim and the second rim adjacent the third rim each time a housing adapted to receive a longitudinal wire, and in that the third rim comprises a zone extending perpendicularly to the base forward thereof and is connected to the base by a linking zone extending at least partially rearward of the base. - a substantially planar base having a front face, a back face, a first edge and a second edge parallel to the first edge, - a first curved rim extending from the first edge of the base forward thereof, and - a second curved rim extending from the second edge of the base forward thereof, and
A process for producing a drilling fluid, the process comprising: oligomerizing 1-hexene to form an oligomer portion comprising predominantly trimers and tetramers of 1-hexene with a trimer to tetramer ratio of greater than 1:1 and a trimer content of at least 30 weight%, wherein the oligomer portion is formed with acid type catalysts; and blending the oligomer portion with a linear olefin portion that includes linear alpha olefins and/or linear internal olefins with carbon numbers of 6 carbons to 30 carbons. oligomerizing 1-hexene to form an oligomer portion comprising predominantly trimers and tetramers of 1-hexene with a trimer to tetramer ratio of greater than 1:1 and a trimer content of at least 30 weight%, wherein the oligomer portion is formed with acid type catalysts; and blending the oligomer portion with a linear olefin portion that includes linear alpha olefins and/or linear internal olefins with carbon numbers of 6 carbons to 30 carbons.
Laser module for an image projection system, having: a dichromatic laser diode, which is designed to generate a first beam with laser light at a first wavelength and laser light at a second wavelength; a first collimating optical unit, which is designed to collimate the first beam; at least one first monochromatic laser diode, which is designed to generate a second beam with laser light at a third wavelength; a second collimating optical unit, which is designed to collimate the second beam; a first optical combining apparatus, which is designed to combine the first and second collimated beam (3a, 3b) into an output beam (8b, 8c) of the laser module; a second monochromatic laser diode, which is designed to generate a third beam with laser light at a fourth wavelength; a third collimating optical unit, which is designed to collimate the third beam; a second optical combining apparatus, which is designed to combine the first, second and third collimated beam (3a, 3b, 3c) into the output beam of the laser module; and wherein the first, third and fourth wavelength are in the visible optical range, and the second wavelength is in the infrared range. a dichromatic laser diode, which is designed to generate a first beam with laser light at a first wavelength and laser light at a second wavelength; a first collimating optical unit, which is designed to collimate the first beam; at least one first monochromatic laser diode, which is designed to generate a second beam with laser light at a third wavelength; a second collimating optical unit, which is designed to collimate the second beam; a first optical combining apparatus, which is designed to combine the first and second collimated beam (3a, 3b) into an output beam (8b, 8c) of the laser module; a second monochromatic laser diode, which is designed to generate a third beam with laser light at a fourth wavelength; a third collimating optical unit, which is designed to collimate the third beam; a second optical combining apparatus, which is designed to combine the first, second and third collimated beam (3a, 3b, 3c) into the output beam of the laser module; and wherein the first, third and fourth wavelength are in the visible optical range, and the second wavelength is in the infrared range.
A circular loom (1; 19; 41) having warp band guiding elements, which are arranged about a circular reed (2; 20; 42) of the circular loom (1; 19; 41) for feeding a plurality of warp bands (4a, 4b) to the circular loom (1; 19; 41), with a control curve carrier (3; 21; 43) rotatable about a major axis, at which at least one control curve (6, 7; 22; 44) is formed having an alternating gradient, with weaving shed forming devices (5; 23; 45), which - controlled by the at least one control curve (6, 7; 22; 44) - separate the warp bands (4a, 4b) fed thereto into two warp band sheaves (10a, 10b) and impart mutually opposing alternating motions to the two warp band sheaves (10a, 10b), by means of which a weaving shed is opened and closed between the two warp band sheaves (10a, 10b), having at least two weaving shuttles, which circulate in the opened weaving shed in the direction of circulation and introduce a weft band into the weaving shed when circulating in the circular reed (2; 20; 42), whereby there is formed a fabric, wherein the weaving shed forming devices (5; 23; 45) have pivoting elements (12, 13; 30; 54; 55), which are guided in parallel to the major axis, and warp band lifting means that guide the warp bands (4a, 4b), wherein each pivoting element (12, 13; 30; 54; 55) is connected to at least two warp band lifting means, wherein the at least one control curve (6, 7; 22; 44) imparts to each pivoting element (12, 13; 30; 54, 55) upon rotation of the control curve carrier (3; 21; 43) directly or indirectly a pivoting motion about a pivoting axis arranged essentially radially to the major axis and a lifting motion in direction of the major axis, and wherein the pivoting elements (12, 13; 30; 54, 55) impart, due to the pivoting motion and the lifting motion, alternating motions to the warp band lifting means in dependence on the course of the at least one control curve (6, 7; 22; 44).
A method of extracting ceramide from whole apples and/or apple juice residues, characterized by comprising: a common step 1 including water treatment for adding water to the whole apples and/or apple juice residues for stirring, and drying treatment for drying a product obtained by said water treatment to obtain a dried water-treatment product, a common step 2 including ethanol treatment for adding ethanol to the dried water-treatment product obtained in said common step 1 for stirring, and drying treatment for drying treated residues obtained by said ethanol treatment to obtain an ethanol treatment solution and/or dried ethanol treatment residues, and a ceramide step of recovering ethanol from the ethanol treatment solution obtained in said common step 2 while concentrating the ethanol treatment solution, and refining the concentrated ethanol treatment solution to obtain ceramide. a common step 1 including water treatment for adding water to the whole apples and/or apple juice residues for stirring, and drying treatment for drying a product obtained by said water treatment to obtain a dried water-treatment product, a common step 2 including ethanol treatment for adding ethanol to the dried water-treatment product obtained in said common step 1 for stirring, and drying treatment for drying treated residues obtained by said ethanol treatment to obtain an ethanol treatment solution and/or dried ethanol treatment residues, and a ceramide step of recovering ethanol from the ethanol treatment solution obtained in said common step 2 while concentrating the ethanol treatment solution, and refining the concentrated ethanol treatment solution to obtain ceramide.
A piezoelectric signal generator (10;30) including at least one piezoelectric element (12;20) operatively connected with an emitter (14;35) capable of generating, from a current produced by actuation of said at least one piezoelectric element, an electromagnetic signal capable of being wirelessly received by a receiver (16;36) removed from said signal generator (10;30); wherein (i) said at least one piezoelectric element (20;31) comprises a piezoceramic layer adhering to an electrically conducting carrier stratum and being held, together with said adhering piezoceramic layer, on the periphery by a positioning layer having a thickness T P; (ii) said electrically conducting carrier stratum together with said adhering piezoceramic layer being capable of a reversible deformation; and (iii) said piezoelectric element (20;31) comprising a gap layer positioned next to the piezoceramic layer or the electrically conducting carrier stratum for limiting said reversible deformation by means of a gap having a thickness T G such that T G ≤ T P. (i) said at least one piezoelectric element (20;31) comprises a piezoceramic layer adhering to an electrically conducting carrier stratum and being held, together with said adhering piezoceramic layer, on the periphery by a positioning layer having a thickness T P; (ii) said electrically conducting carrier stratum together with said adhering piezoceramic layer being capable of a reversible deformation; and (iii) said piezoelectric element (20;31) comprising a gap layer positioned next to the piezoceramic layer or the electrically conducting carrier stratum for limiting said reversible deformation by means of a gap having a thickness T G such that T G ≤ T P.
Clamping unit of a plastics processing machine, in particular of an injection moulding machine, which comprises at least one joint at which two parts (3, 4) are arranged so as to be pivotable relative to one another about an axis (a), wherein the joint comprises a shaft which is connected to one of the parts and which is mounted so as to be pivotable relative to the other of the parts via at least one plain bearing, characterized in that the joint comprises: - at least one lubrication feed conduct in one of the parts, which leads from the environment through the part to the plain bearing, - at least one reception chamber for used lubricant, which is formed in the shaft, wherein the reception chamber is formed by a bore in the shaft, - at least one lubrication discharge conduct in the shaft, which guides from the plain bearing to the reception chamber, wherein means (10, 11) for equalizing of a difference pressure are arranged between the reception chamber and the environment, wherein the means (10, 11) for equalizing of a difference pressure are formed by a screw or a plug which is arranged in the axially end-side region of the reception chamber, wherein the screw or the plug has at least one vent bore. - at least one lubrication feed conduct in one of the parts, which leads from the environment through the part to the plain bearing, - at least one reception chamber for used lubricant, which is formed in the shaft, wherein the reception chamber is formed by a bore in the shaft, - at least one lubrication discharge conduct in the shaft, which guides from the plain bearing to the reception chamber,
An apparatus (200, 400) configured to be employed in a User Equipment, UE, (101, 102) comprising: a memory interface (204G, 430); and processing circuitry (204A-204E, 410) configured to: index a plurality of Downlink, DL, shortened TTIs, Transmission Time Intervals, sTTIs of a DL subframe based at least in part on symbol lengths of each of the plurality of DL sTTIs, and index the plurality of DL sTTIs by selecting, for each DL sTTI of the plurality of DL sTTIs, a plurality of associated symbols of the DL subframe, wherein the plurality of associated symbols for each DL sTTI comprise symbols from a single slot of the DL subframe; decode a first Downlink Control Information, DCI, message from the DL subframe, wherein the DCI comprises a bitmap field comprising n bits, wherein n is equal to the number of sTTIs within the scheduling window, and wherein each bit of the n bits indicates whether an associated sTTI within the scheduling window is scheduled for sPDSCH or sPUSCH; determine, based on the first DCI message, at least one of one or more DL sTTIs of the plurality of DL sTTIs that are associated with sPDSCH. a memory interface (204G, 430); and processing circuitry (204A-204E, 410) configured to: index a plurality of Downlink, DL, shortened TTIs, Transmission Time Intervals, sTTIs of a DL subframe based at least in part on symbol lengths of each of the plurality of DL sTTIs, and index the plurality of DL sTTIs by selecting, for each DL sTTI of the plurality of DL sTTIs, a plurality of associated symbols of the DL subframe, wherein the plurality of associated symbols for each DL sTTI comprise symbols from a single slot of the DL subframe; decode a first Downlink Control Information, DCI, message from the DL subframe, wherein the DCI comprises a bitmap field comprising n bits, wherein n is equal to the number of sTTIs within the scheduling window, and wherein each bit of the n bits indicates whether an associated sTTI within the scheduling window is scheduled for sPDSCH or sPUSCH; determine, based on the first DCI message, at least one of one or more DL sTTIs of the plurality of DL sTTIs that are associated with sPDSCH. index a plurality of Downlink, DL, shortened TTIs, Transmission Time Intervals, sTTIs of a DL subframe based at least in part on symbol lengths of each of the plurality of DL sTTIs, and index the plurality of DL sTTIs by selecting, for each DL sTTI of the plurality of DL sTTIs, a plurality of associated symbols of the DL subframe, wherein the plurality of associated symbols for each DL sTTI comprise symbols from a single slot of the DL subframe; decode a first Downlink Control Information, DCI, message from the DL subframe, wherein the DCI comprises a bitmap field comprising n bits, wherein n is equal to the number of sTTIs within the scheduling window, and wherein each bit of the n bits indicates whether an associated sTTI within the scheduling window is scheduled for sPDSCH or sPUSCH; determine, based on the first DCI message, at least one of one or more DL sTTIs of the plurality of DL sTTIs that are associated with sPDSCH.
A method for producing an implant from interstitial, connective or supporting tissue, the method comprising at least one step of perfusing the tissue with at least one decellularisation medium under negative pressure, and further comprising of at least one washing step after the or each perfusion step, wherein the entire decellularisation process is performed under negative pressure of no more than 0.5 kPa.
An apparatus, comprising a cam driven, concentric drive rotary-valve dual-piston engine, wherein each of the pistons drives a reciprocating crankshaft that protrudes through a cylinder wall and cooperatively rotate a pair of rotors by engaging substantially sinusoidal cam tracks on the rotors turning in opposite directions to provide bi-directional torque-free operation without heavy gears or transmissions, wherein action between angled rotor cam tracks and linear cylinder cam track walls cause angular force to be applied to the rotors, thus forcing them to turn.
A fixing member for thermal fixing of an electrophotographic image comprising a surface layer having a surface comprising a sea phase comprising fluororubber, and an island phase comprising a silicone compound having a crosslinked structure, characterized in that said surface layer is composed so that, in a stress-strain curve of the surface layer, a tangential elastic modulus, determined as indicated in the description, which is a slope of the stress-strain curve, increases as the strain increases, in the strain range of 0.25 to 0.8.
A method for manufacturing a transformer, the transformer comprising a primary coil (301, 401), a secondary coil (302, 402), a first primary tuning capacitor (303, 403) and a first secondary tuning capacitor (304, 404), and the method comprising: arranging the first primary tuning capacitor (303, 403) and/or the first secondary tuning capacitor (304, 404) in an area enclosed by the primary coil (301, 401) and the secondary coil (302, 402), wherein the first primary tuning capacitor (303, 403) is formed by connecting at least two primary capacitors in parallel, and the first secondary tuning capacitor (304, 404) is formed by connecting at least two secondary capacitors in parallel; and forming a partially-shielded network or part of a partially-shielded network by the at least two primary capacitors and connection wires between the at least two primary capacitors, and/or by the at least two secondary capacitors and connection wires between the at least two secondary capacitors. arranging the first primary tuning capacitor (303, 403) and/or the first secondary tuning capacitor (304, 404) in an area enclosed by the primary coil (301, 401) and the secondary coil (302, 402), wherein the first primary tuning capacitor (303, 403) is formed by connecting at least two primary capacitors in parallel, and the first secondary tuning capacitor (304, 404) is formed by connecting at least two secondary capacitors in parallel; and forming a partially-shielded network or part of a partially-shielded network by the at least two primary capacitors and connection wires between the at least two primary capacitors, and/or by the at least two secondary capacitors and connection wires between the at least two secondary capacitors.
Tread for a heavy vehicle tyre of total wearing thickness PMU corresponding to the thickness of material that can be worn away during running, this tread when new having a tread surface intended to come into contact with a roadway when a tyre provided with this tread is being driven on, this tread comprising at least one cut opening in the initial condition onto the tread surface, this cut being such that it comprises: - an external part having the form of a groove in the main direction, this groove opening onto the tread surface when new and having, on this tread surface, a width Le such that it does not close up in the contact patch and a mean depth Pe less than 70% of the thickness PMU; - an internal part forming the bottom of the cut, this internal part having the shape of a channel of mean width Lc and mean height Hc, this channel being intended to form a new continuous groove when the part wear of the tread reaches at most 80% of the thickness PMU; - an intermediate part making the connection between the internal part and the external part, this intermediate part comprising an alternation - in the main direction of the groove that forms the external part, a succession of wide parts and of narrow parts, the wide parts being such that they do not close when they enter the contact patch and the narrow parts being such that they do close when they enter the contact patch, thus limiting the reduction in stiffness of the tread caused by the presence of this cut, this tread being characterized in that the wide parts of the intermediate part form oblique channels connecting the external groove part to the internal channel part, these wide parts being disjointed from one another. - an external part having the form of a groove in the main direction, this groove opening onto the tread surface when new and having, on this tread surface, a width Le such that it does not close up in the contact patch and a mean depth Pe less than 70% of the thickness PMU; - an internal part forming the bottom of the cut, this internal part having the shape of a channel of mean width Lc and mean height Hc, this channel being intended to form a new continuous groove when the part wear of the tread reaches at most 80% of the thickness PMU; - an intermediate part making the connection between the internal part and the external part, this intermediate part comprising an alternation - in the main direction of the groove that forms the external part, a succession of wide parts and of narrow parts, the wide parts being such that they do not close when they enter the contact patch and the narrow parts being such that they do close when they enter the contact patch, thus limiting the reduction in stiffness of the tread caused by the presence of this cut,