mhurhangee/ep-ind-claims huggingface dataset:
A gel or encapsulant composition comprising an organoalkylpolysiloxane having in one molecule on average at least 0.1 silicon- bonded alkenyl groups; a polyorganosiloxane having in one molecule on average at least 2 silicon-bonded hydrogen atoms, the molar ratio of SiH groups in the component to aliphatically unsaturated organic group in the component is 10:1 to 0.1 to 1; a hydrosilylation reaction catalyst in an amount sufficient to initiate curing of the composition and; a thermally conductive filler, wherein the thermally conductive filler is selected from aluminum nitride, aluminum oxide, aluminum trihydrate, barium titanate, beryllium oxide, boron nitride, carbon fibers, diamond, graphite, magnesium hydroxide, magnesium oxide, metal particulate, onyx, silicon carbide, tungsten carbide, zinc oxide, and a combination thereof, and its amount ranges from 50% to 97% by volume of the composition; and an additive selected from the group consisting of metal-free and metal-containing phthalocyanine compounds, wherein the amount of additive is from 0.01 to 5.0 weight % of the whole composition. an organoalkylpolysiloxane having in one molecule on average at least 0.1 silicon- bonded alkenyl groups; a polyorganosiloxane having in one molecule on average at least 2 silicon-bonded hydrogen atoms, the molar ratio of SiH groups in the component to aliphatically unsaturated organic group in the component is 10:1 to 0.1 to 1; a hydrosilylation reaction catalyst in an amount sufficient to initiate curing of the composition and; a thermally conductive filler, wherein the thermally conductive filler is selected from aluminum nitride, aluminum oxide, aluminum trihydrate, barium titanate, beryllium oxide, boron nitride, carbon fibers, diamond, graphite, magnesium hydroxide, magnesium oxide, metal particulate, onyx, silicon carbide, tungsten carbide, zinc oxide, and a combination thereof, and its amount ranges from 50% to 97% by volume of the composition; and an additive selected from the group consisting of metal-free and metal-containing phthalocyanine compounds, wherein the amount of additive is from 0.01 to 5.0 weight % of the whole composition.
A welding apparatus for a consumable electrode, comprising: a welding power supply; feeding means for feeding a welding wire, wherein said feeding means are connected to the welding power supply by control lines (7a, 7b); a motor used in the feeding means, wherein the control lines (7a, 7b) supply a motor drive current to the motor; motor control means for controlling the drive of the motor; a switching device for controlling the drive current of the motor by effecting opening and closing operation by means of a control signal of the motor control means; and first motor stop means connected to both ends of the motor for stopping the motor by means of the control signal of the motor control means, wherein the motor control means, the switching device and the first motor stop means are disposed in the welding power supply, characterized in that the feeding means has detecting means for detecting at least one of an electric current, a voltage, and electric power to be supplied to the motor, comparing means (9a, 9b) for comparing a detected value of the detecting means and a set value during the drive of the motor, wherein said comparing means (9a, 9b) has therein a charging power supply and is connected between the control lines (7a, 7b) to effect charging by the motor drive current, and second motor stop means for stopping the motor by an output from the comparing means (9a, 9b). a welding power supply; feeding means for feeding a welding wire, wherein said feeding means are connected to the welding power supply by control lines (7a, 7b); a motor used in the feeding means, wherein the control lines (7a, 7b) supply a motor drive current to the motor; motor control means for controlling the drive of the motor; a switching device for controlling the drive current of the motor by effecting opening and closing operation by means of a control signal of the motor control means; and first motor stop means connected to both ends of the motor for stopping the motor by means of the control signal of the motor control means, wherein the motor control means, the switching device and the first motor stop means are disposed in the welding power supply, characterized in that the feeding means has detecting means for detecting at least one of an electric current, a voltage, and electric power to be supplied to the motor, comparing means (9a, 9b) for comparing a detected value of the detecting means and a set value during the drive of the motor, wherein said comparing means (9a, 9b) has therein a charging power supply and is connected between the control lines (7a, 7b) to effect charging by the motor drive current, and second motor stop means for stopping the motor by an output from the comparing means (9a, 9b).
An adjustment device for a portable element comprising two elementary strands and two adjustment units each comprising a slide path for one of the elementary strands and a fixing system for one of the ends of the other of the elementary strands, wherein: - the slide path of said one of the elementary strands is laterally offset in a direction perpendicular to the longitudinal axis of the elementary strands with respect to the fixing system of the other of the elementary strands, and is characterised in that - the fixing system of said one of the elementary strand on the adjustment unit is configured so that the elementary strand is oriented in a different direction from the other elementary strand in the slide path. - the slide path of said one of the elementary strands is laterally offset in a direction perpendicular to the longitudinal axis of the elementary strands with respect to the fixing system of the other of the elementary strands, and is characterised in that - the fixing system of said one of the elementary strand on the adjustment unit is configured so that the elementary strand is oriented in a different direction from the other elementary strand in the slide path.
A tetracarboxylic dianhydride shown by the following general formula, wherein Z represents a linear or branched divalent hydrocarbon group having 4 to 100 carbon atoms optionally containing an oxygen atom therein; R 1 to R 4 each represent an identical or different monovalent hydrocarbon group having 1 to 8 carbon atoms; R 5 represents a trivalent organic group; and "n" represents an integer of 1 to 100.
Method for managing a Cellular Vehicle-to-Everything, C-V2X, connection comprising: - establishing a first C-V2X connection between a first Radio Base Station, RBS,, of a source Public Land Mobile Network, PLMN, and an electronic On-Board Unit, OBU,, of a vehicle, wherein a C-V2X service is provisioned to said OBU over said first C-V2X connection; - establishing a second C-V2X connection between said first RBS and a first Road Side Unit Gateway, RSUG,, wherein the C-V2X service provisioned over said first C-V2X connection is also provisioned over said second C-V2X connection; - establishing a sidelink connection between said first RSUG and said OBU, wherein, over said sidelink connection, User Plane data are exchanged which are the same User Plane data exchanged over said second C-V2X connection; - at a first Application Server, AppServ, of said source PLMN, receiving from a second AppServ, of a target PLMN, a request signal (RSig), including a request for C-V2X context information, said C-V2X context information comprising a context of said OBU related to the C-V2X service provisioned over said second C-V2X connection; - sending, from said first AppServ, to said second AppServ, said C-V2X context information, so as to allow establishing a third C-V2X connection between a second RBS of the target PLMN and the OBU of the vehicle. - establishing a first C-V2X connection between a first Radio Base Station, RBS,, of a source Public Land Mobile Network, PLMN, and an electronic On-Board Unit, OBU,, of a vehicle, wherein a C-V2X service is provisioned to said OBU over said first C-V2X connection; - establishing a second C-V2X connection between said first RBS and a first Road Side Unit Gateway, RSUG,, wherein the C-V2X service provisioned over said first C-V2X connection is also provisioned over said second C-V2X connection; - establishing a sidelink connection between said first RSUG and said OBU, wherein, over said sidelink connection, User Plane data are exchanged which are the same User Plane data exchanged over said second C-V2X connection; - at a first Application Server, AppServ, of said source PLMN, receiving from a second AppServ, of a target PLMN, a request signal (RSig), including a request for C-V2X context information, said C-V2X context information comprising a context of said OBU related to the C-V2X service provisioned over said second C-V2X connection; - sending, from said first AppServ, to said second AppServ, said C-V2X context information, so as to allow establishing a third C-V2X connection between a second RBS of the target PLMN and the OBU of the vehicle.
A chuck for gripping and moving cylindrical bodies, in particular fittings and pipe segments, comprising a main body defining an axis of rotation and a plurality of jaws fastened to said main body; said jaws being movable between a position of maximum closure, in which said jaws are at the minimum distance from said axis of rotation, to a position of maximum opening, in which said jaws are at the maximum distance from said axis of rotation; said chuck further comprising a means for adjusting said positions of maximum closure and maximum opening and a means for moving said jaws between said positions of maximum closure and maximum opening; said chuck being characterized in that it comprises a fixing means adapted to allow the axial fixing of said chuck to a support member and the connection of said chuck to said support member so that they are angularly rotatable with respect to each other.
Method of pressing a pressing material mat during the course of manufacturing wood based boards, in particular fibreboards, in a continuous press, wherein the press comprises a press stand, at least one upper press plate and at least one lower press plate, wherein in order to adjust a press gap arranged between the press plates (1, 2), the upper press plate and/or the lower press plate is/are acted upon by press cylinders supported on the press stand, wherein on the inlet side, the press plates (1, 2) form a compression area of predetermined length L1, in which, during a compression phase, the pressing material mat entering the press gap is compressed to a compression dimension V, which is up to 20% larger than the end dimension N of the board leaving the press, and wherein the press plates (1, 2) form a main pressing area of predetermined length L2 adjoining the compression area, in which the pressing material mat is residually compressed from the compression dimension V to the end dimension N and consolidated, characterised in that the length L1 of the compression area is greater than 8 m and more than 25% of the total length L = L1 + L2 of the press and/or the press plates, composed of the compression area and the main area. wherein on the inlet side, the press plates (1, 2) form a compression area of predetermined length L1, in which, during a compression phase, the pressing material mat entering the press gap is compressed to a compression dimension V, which is up to 20% larger than the end dimension N of the board leaving the press, and wherein the press plates (1, 2) form a main pressing area of predetermined length L2 adjoining the compression area, in which the pressing material mat is residually compressed from the compression dimension V to the end dimension N and consolidated, characterised in that the length L1 of the compression area is greater than 8 m and more than 25% of the total length L = L1 + L2 of the press and/or the press plates, composed of the compression area and the main area.
A Digital Sound Reconstruction speaker element comprising: a substrate, at least a central moving element (10, 35); a plurality of peripheral flexure benders, each flexure bender comprising at least a pair of electrodes (15, 17, 19, 15F, 17F, 19F) and at least a piezoelectric material layer (21, 22), the flexure benders being connected to said moving element and being configured to move said moving element along an axis perpendicular to a moving element surface, in response to an electrical stimulus applied to said electrodes, in order to produce sound, the DSR speaker element being characterized in that each peripheral flexure bender comprises: a top electrode divided into at least two distinct sub-electrodes (1310, 1330) and a bottom electrode divided into at least two distinct sub-electrodes (1311, 1331) wherein when a sub-electrode of the top electrode is connected to a positive potential, and another sub-electrode of the top electrode is connected to a negative potential, the corresponding sub-electrodes (1311, 1331) of the bottom electrode are connected to opposite potentials with respect to the sub-electrodes of the top electrode. a substrate, at least a central moving element (10, 35); a plurality of peripheral flexure benders, each flexure bender comprising at least a pair of electrodes (15, 17, 19, 15F, 17F, 19F) and at least a piezoelectric material layer (21, 22), the flexure benders being connected to said moving element and being configured to move said moving element along an axis perpendicular to a moving element surface, in response to an electrical stimulus applied to said electrodes, in order to produce sound, the DSR speaker element being characterized in that each peripheral flexure bender comprises: a top electrode divided into at least two distinct sub-electrodes (1310, 1330) and a bottom electrode divided into at least two distinct sub-electrodes (1311, 1331) wherein when a sub-electrode of the top electrode is connected to a positive potential, and another sub-electrode of the top electrode is connected to a negative potential, the corresponding sub-electrodes (1311, 1331) of the bottom electrode are connected to opposite potentials with respect to the sub-electrodes of the top electrode. a top electrode divided into at least two distinct sub-electrodes (1310, 1330) and a bottom electrode divided into at least two distinct sub-electrodes (1311, 1331) wherein when a sub-electrode of the top electrode is connected to a positive potential, and another sub-electrode of the top electrode is connected to a negative potential, the corresponding sub-electrodes (1311, 1331) of the bottom electrode are connected to opposite potentials with respect to the sub-electrodes of the top electrode.
An adipose tissue derived cell suspension comprising mesenchymal stem cells for use in a method of decreasing the risk of a subject developing osteoarthritis following arthroscopic surgery of a joint, wherein the method comprises: - obtaining the cell suspension from isolated adipose tissue of said subject during the same surgical visit as said arthroscopy; and - administering the cell suspension to said joint during or following arthroscopic surgery of the joint within a single surgical visit. - obtaining the cell suspension from isolated adipose tissue of said subject during the same surgical visit as said arthroscopy; and - administering the cell suspension to said joint during or following arthroscopic surgery of the joint within a single surgical visit.
A composite separating layer, comprising: a separating body, being ion-conductive and without holes, and mainly composed of an ion-conductive material the ion-conductive material including: a polymer base material, being capable of allowing metal ions to move inside; an additive, being capable of dissociating metal salts and be served as a plasticizer; an ion supplying material; and a crystal growth inhibiting material to decrease in crystallinity; and a structural reinforcing layer, disposed on one side of the separating body and having a mechanical strength higher than a mechanical strength of the separating body, wherein the structural reinforcing layer is composed of an undeformable structural supporting material and a binder, the binder being an ion-conductive material including: a polymer base material, being capable of allowing metal ions to move inside; an additive, being capable of dissociating metal salts and be served as a plasticizer; an ion supplying material; and a crystal growth inhibiting material to decrease in crystallinity. a separating body, being ion-conductive and without holes, and mainly composed of an ion-conductive material the ion-conductive material including: a polymer base material, being capable of allowing metal ions to move inside; an additive, being capable of dissociating metal salts and be served as a plasticizer; an ion supplying material; and a crystal growth inhibiting material to decrease in crystallinity; and a polymer base material, being capable of allowing metal ions to move inside; an additive, being capable of dissociating metal salts and be served as a plasticizer; an ion supplying material; and a crystal growth inhibiting material to decrease in crystallinity; a structural reinforcing layer, disposed on one side of the separating body and having a mechanical strength higher than a mechanical strength of the separating body, wherein the structural reinforcing layer is composed of an undeformable structural supporting material and a binder, the binder being an ion-conductive material including: a polymer base material, being capable of allowing metal ions to move inside; an additive, being capable of dissociating metal salts and be served as a plasticizer; an ion supplying material; and a crystal growth inhibiting material to decrease in crystallinity. a polymer base material, being capable of allowing metal ions to move inside; an additive, being capable of dissociating metal salts and be served as a plasticizer; an ion supplying material; and a crystal growth inhibiting material to decrease in crystallinity.
Method for detecting the transverse position of at least one sealing section (1, 2) on a packaging material, in particular a film package, and/or the transverse position of the packaging material itself, where the packaging material is displaced along a running direction, where the transverse position represents the position transversely with respect to the running direction, where the transverse position of the at least one sealing section (1, 2) or of the packaging material is detected by means of at least one sensor unit, characterized in that the packaging material comprises at least one position mark, by using which the transverse position of the at least one sealing section (1, 2) or of the packaging material is detected, wherein the shape of the position mark changes with respect to a direction which runs transversely or at an angle to the running direction, wherein said change is detected by the sensor unit and the transverse position of the packaging material or of the at least one sealing section (1, 2) is determined by using the change.
An article of footwear having an upper and a sole structure, the sole structure comprising: a midsole including a connecting portion positioned adjacent and secured to the upper, the connecting portion extending along a longitudinal length of the upper; a plurality of discrete sole elements extending downward from the connecting portion, the sole elements defining a lower surface, and the sole elements being separated by a plurality of sipes that extend upward from the lower surface and into the sole structure; and an outsole located within the sipes and extending between the sole elements and extending throughout the length and width of the midsole, a lower portion of the outsole extending beyond the lower surface of the sole elements to form a portion of a ground-contacting surface of the sole structure, the outsole having a web configuration defining a plurality of apertures through which the sole elements extend so as to expose the lower surface of the sole elements. a midsole including a connecting portion positioned adjacent and secured to the upper, the connecting portion extending along a longitudinal length of the upper; a plurality of discrete sole elements extending downward from the connecting portion, the sole elements defining a lower surface, and the sole elements being separated by a plurality of sipes that extend upward from the lower surface and into the sole structure; and an outsole located within the sipes and extending between the sole elements and extending throughout the length and width of the midsole, a lower portion of the outsole extending beyond the lower surface of the sole elements to form a portion of a ground-contacting surface of the sole structure, the outsole having a web configuration defining a plurality of apertures through which the sole elements extend so as to expose the lower surface of the sole elements.
A tire comprising a tread having two or more layers, wherein of two layers adjacent to each other in a tire radial direction in the tread, an outer rubber layer on an outer side in the tire radial direction is formed from an outer rubber layer rubber composition containing a rubber component containing 25% by mass or more of an isoprene-based rubber and 25% by mass or more of a styrene-butadiene rubber, a silica having a nitrogen adsorption specific surface area of 200 m 2 /g or greater, sulfur, and a zinc-containing compound, and an inner rubber layer on an inner side in the tire radial direction is formed from an inner rubber layer rubber composition containing a rubber component and a zinc-containing compound, and the tire satisfies the following formula, [Math. 1] amount of zinc element per 100 parts by mass of rubber component contained in outer rubber layer rubber composition < amount of zinc element per 100 parts by mass of rubber component contained in inner rubber layer rubber composition of two layers adjacent to each other in a tire radial direction in the tread, an outer rubber layer on an outer side in the tire radial direction is formed from an outer rubber layer rubber composition containing a rubber component containing 25% by mass or more of an isoprene-based rubber and 25% by mass or more of a styrene-butadiene rubber, a silica having a nitrogen adsorption specific surface area of 200 m 2 /g or greater, sulfur, and a zinc-containing compound, and an inner rubber layer on an inner side in the tire radial direction is formed from an inner rubber layer rubber composition containing a rubber component and a zinc-containing compound, and the tire satisfies the following formula, [Math. 1] amount of zinc element per 100 parts by mass of rubber component contained in outer rubber layer rubber composition < amount of zinc element per 100 parts by mass of rubber component contained in inner rubber layer rubber composition
A ring spinning frame with drawing frames with a plurality of draft rollers, the top rollers of which comprise twin top rollers loaded by means of support and loading arms and whereby each drawing frame includes a plurality of drawing frame auxiliary drive units spaced apart at intervals characterised in that the interval between two adjacent work surfaces of the drawing frame arranged in a longitudinal direction along the drawing frame, in which the drawing frame auxiliary drive units engages a bottom roller, is increased such that the interval to the next adjacent work surface of the drawing frame is reduced such that the entire interval of the three adjacent work surfaces corresponds to twice the normal interval of two of the work surfaces.