mhurhangee/ep-ind-claims huggingface dataset:
An electrode for solid-state batteries, wherein the electrode comprises an electrode layer, a current collector, and a positive temperature coefficient layer which is disposed between the electrode layer and the current collector and which is in contact with the electrode layer; wherein the PTC layer contains an electroconductive material, Ni and a polymer; wherein a volume percent of the Ni in the PTC layer is larger than a volume percent of the electroconductive material in the PTC layer; and wherein a volume ratio (Ni/electroconductive material) of the Ni to the electroconductive material in the PTC layer is 3. wherein the electrode comprises an electrode layer, a current collector, and a positive temperature coefficient layer which is disposed between the electrode layer and the current collector and which is in contact with the electrode layer; wherein the PTC layer contains an electroconductive material, Ni and a polymer; wherein a volume percent of the Ni in the PTC layer is larger than a volume percent of the electroconductive material in the PTC layer; and
A method of reproducing a streaming video received from a source device, the method comprising: reproducing, by a sync device, a first streaming video representing a full screen image on a screen of the source device, on a screen of the sync device using a full screen player; when a partial area of the full screen image on the screen of the source device changes, receiving, from the source device, a second streaming video comprising change information about the changed partial area; determining a partial screen player to reproduce the second streaming video; reproducing the second streaming video in an area of a screen of the sync device which corresponds to the partial area of the full screen image on the screen of the source device using the partial screen player; and pausing the first streaming video being reproduced by the full screen player, wherein the full screen player is for reproducing the full screen image of the source device on the screen of the sync device and the partial screen player is for reproducing a partial area of the full screen image of the source device on the screen of the sync device. reproducing, by a sync device, a first streaming video representing a full screen image on a screen of the source device, on a screen of the sync device using a full screen player; when a partial area of the full screen image on the screen of the source device changes, receiving, from the source device, a second streaming video comprising change information about the changed partial area; determining a partial screen player to reproduce the second streaming video; reproducing the second streaming video in an area of a screen of the sync device which corresponds to the partial area of the full screen image on the screen of the source device using the partial screen player; and pausing the first streaming video being reproduced by the full screen player, wherein the full screen player is for reproducing the full screen image of the source device on the screen of the sync device and the partial screen player is for reproducing a partial area of the full screen image of the source device on the screen of the sync device.
A population of human kidney derived cells for use in a method for treating diabetic nephropathy comprising administering a therapeutic amount of 0.18 x 10 6 to 1.00 x 10 6 of the human kidney derived cells to a mammalian subject; wherein the human kidney-derived cells are capable of self-renewal and expansion in culture; wherein the human kidney derived cells are positive for the cell surface marker expression of HLA I and CD44, and for the gene expression of Oct-4, Pax-2, and WT1; and wherein the human kidney derived cells are negative for the cell surface marker expression of CD133, and the gene expression of Wnt-4.
A square or rectangular tile comprising, in order: a light-transmissive front layer; at least one front electrode; an electro-optic layer capable of changing the color of the tile; and a plurality of rear electrodes, the exposed surface of the front layer being textured to provide a plurality of facets having a plurality of inclinations to the plane of the tile, characterized in that the plurality of rear electrodes provides at least one electrode located within each facet of the front layer, and the arrangement of the facets is such that, when the tile is surrounded by other tiles having the same facet pattern, at least some of the lines dividing adj acent facets continue unbroken across the joins between adjacent tiles so that two facets (128A/B, 130A/B, 132A/B, 134A/B, 136A/B, 138A/B, 140A/B, 142A/B, 144A/B, 146A/B and 148AB), one on each adjacent edge, form in effect a compound facet, the tiles being arranged to be driven such that the two rear electrodes of the facets forming the compound facet always remain at the same potential relative to their respective front electrodes, so that the two parts of the compound facet appear as a single facet, thus visually breaking up the straight line between the adjacent tiles. a light-transmissive front layer; at least one front electrode; an electro-optic layer capable of changing the color of the tile; and a plurality of rear electrodes, the exposed surface of the front layer being textured to provide a plurality of facets having a plurality of inclinations to the plane of the tile, characterized in that the plurality of rear electrodes provides at least one electrode located within each facet of the front layer, and the arrangement of the facets is such that, when the tile is surrounded by other tiles having the same facet pattern, at least some of the lines dividing adj acent facets continue unbroken across the joins between adjacent tiles so that two facets (128A/B, 130A/B, 132A/B, 134A/B, 136A/B, 138A/B, 140A/B, 142A/B, 144A/B, 146A/B and 148AB), one on each adjacent edge, form in effect a compound facet, the tiles being arranged to be driven such that the two rear electrodes of the facets forming the compound facet always remain at the same potential relative to their respective front electrodes, so that the two parts of the compound facet appear as a single facet, thus visually breaking up the straight line between the adjacent tiles.
An apparatus for moving wire dispensing members used to wind dynamo electric machine coils comprising: - a frame; - a first tubular member having a longitudinal axis assembled for longitudinal reciprocation (T,T') parallel to said longitudinal axis; - a second tubular member assembled for the longitudinal reciprocation (T,T') and rotational oscillation (S,S') together with said first tubular member; - means (16,24) for generating the translational reciprocation motion (T,T') of said first tubular member and second tubular member; - means for generating the rotational oscillation (S,S') of said first tubular member and the second tubular member; - means (60,118,126) for generating a relative rotational motion between the first tubular member and the second tubular member for accomplishing a radial motion (R,R') of the wire dispensing members; characterised in that said means (16,24) for generating the translational reciprocation motion (T,T') are assembled on a first shaft and the means for generating the rotational oscillation (S,S') are supported with support means assembled on the frame and derive rotational motion from the first shaft through a transmission joint (25,26). - a frame; - a first tubular member having a longitudinal axis assembled for longitudinal reciprocation (T,T') parallel to said longitudinal axis; - a second tubular member assembled for the longitudinal reciprocation (T,T') and rotational oscillation (S,S') together with said first tubular member; - means (16,24) for generating the translational reciprocation motion (T,T') of said first tubular member and second tubular member; - means for generating the rotational oscillation (S,S') of said first tubular member and the second tubular member; - means (60,118,126) for generating a relative rotational motion between the first tubular member and the second tubular member for accomplishing a radial motion (R,R') of the wire dispensing members; characterised in that said means (16,24) for generating the translational reciprocation motion (T,T') are assembled on a first shaft and the means for generating the rotational oscillation (S,S') are supported with support means assembled on the frame and derive rotational motion from the first shaft through a transmission joint (25,26).
Actuator apparatus for generating a motion of a tool, in particular for the work on biological cell material, providing at least one electrically controlled actuator element, a motion section, at which a tool can be arranged and which is linked to the at least one actuator element, an electrical control device for controlling the at least one actuator element, an electrical measurement device, which is configured to perform a measuring method for measuring at least one electrical capacitance quantity of the at least one actuator element, wherein the electrical capacitance quantity is used to provide information on the capability status of the actuator apparatus.
Cylinder head for a combustion engine, where the cylinder head comprises one or more gas channels (18a,18b) with a gas connection to receive gas and which is connected with one or more valves (14,16) for control of gas supply and gas admission, where said one or more valves (14,16) are fitted on or in the cylinder head, and wherein the cylinder head comprises an internal gas channel (18a, 18b) that runs from the gas connection and internally in the cylinder head to said one or more valves (14,16), characterised in that the gas connection is an external connection in a lower part of the cylinder head, a first part of the gas channel is embedded in the cylinder head and runs from the external gas connection to a gas control valve and a second part of the gas channel is embedded in the cylinder head and runs from the gas control valve to a gas admission valve, and an internal boring is connected with the first part of the gas channel embedded in the cylinder head, where the internal boring runs into a prechamber in the cylinder head. the gas connection is an external connection in a lower part of the cylinder head, a first part of the gas channel is embedded in the cylinder head and runs from the external gas connection to a gas control valve and a second part of the gas channel is embedded in the cylinder head and runs from the gas control valve to a gas admission valve, and an internal boring is connected with the first part of the gas channel embedded in the cylinder head, where the internal boring runs into a prechamber in the cylinder head.
A driver socket for installation of a ground reinforcement bolt, wherein the driver socket comprises a cylindrical tube with a longitudinal axis, wherein a leading end of the driver socket is adapted to be arranged in connection to the bolt and a trailing end of the driver socket is adapted to be arranged in connection to a driving device, and wherein the driver socket comprises a through hole; wherein the through hole along its axial length has a cross-sectional area comprising a first diameter in a mid-section being smaller than a second diameter in the leading section; and characterised in that, the through hole comprises a transition between the mid-section and the leading section with a frustoconical shape. a cylindrical tube with a longitudinal axis, wherein a leading end of the driver socket is adapted to be arranged in connection to the bolt and a trailing end of the driver socket is adapted to be arranged in connection to a driving device, and wherein the driver socket comprises a through hole; wherein the through hole along its axial length has a cross-sectional area comprising a first diameter in a mid-section being smaller than a second diameter in the leading section; and characterised in that, the through hole comprises a transition between the mid-section and the leading section with a frustoconical shape.
A method for determining the likelihood that targeted somatic mutagenesis of a nucleic acid molecule by a mutagenic agent has occurred, the method comprising: analysing the sequence of the nucleic acid molecule to determine, for a plurality of mutations of a mutation type at one or more motifs recognized or targeted by the mutagenic agent, the codon context of those mutations to thereby identify the location of a mutation and mutation type for each of a plurality of mutated codons in the nucleic acid molecule, wherein the codon context of an individual mutation is determined by determining at which of the three positions of a corresponding mutated codon the individual mutation occurs; and determining that targeted somatic mutagenesis is likely to have occurred when there is a higher than expected percentage or number of mutations of a mutation type at one of the three positions in the plurality of mutated codons; wherein the mutagenic agent is selected from among aflatoxin, activation-induced cytidine deaminase, and an apolipoprotein B mRNA-editing enzyme catalytic polypeptide-like (APOBEC) cytidine deaminase. analysing the sequence of the nucleic acid molecule to determine, for a plurality of mutations of a mutation type at one or more motifs recognized or targeted by the mutagenic agent, the codon context of those mutations to thereby identify the location of a mutation and mutation type for each of a plurality of mutated codons in the nucleic acid molecule, wherein the codon context of an individual mutation is determined by determining at which of the three positions of a corresponding mutated codon the individual mutation occurs; and determining that targeted somatic mutagenesis is likely to have occurred when there is a higher than expected percentage or number of mutations of a mutation type at one of the three positions in the plurality of mutated codons; wherein the mutagenic agent is selected from among aflatoxin, activation-induced cytidine deaminase, and an apolipoprotein B mRNA-editing enzyme catalytic polypeptide-like (APOBEC) cytidine deaminase.
A security element for depicting at least one piece of optically variable information, having - a carrier substrate having opposing first and second main surfaces (22, 24), - a reflection layer arranged on the first main surface and, - present in or over the reflection layer, a grid of optically effective elements that are formed by embossing elements (30, 32) of identical base form, - the grid of optically effective elements including at least one piece of optically variable information that, under directional illumination, is perceptible in reflection without auxiliary means and that is formed by a subset of the embossing elements in which there is introduced into the identical base form at least one local defect by which the optical appearance of the defect-marked embossing element is changed viewing-angle dependently. - a carrier substrate having opposing first and second main surfaces (22, 24), - a reflection layer arranged on the first main surface and, - present in or over the reflection layer, a grid of optically effective elements that are formed by embossing elements (30, 32) of identical base form, - the grid of optically effective elements including at least one piece of optically variable information that, under directional illumination, is perceptible in reflection without auxiliary means and that is formed by a subset of the embossing elements in which there is introduced into the identical base form at least one local defect by which the optical appearance of the defect-marked embossing element is changed viewing-angle dependently.
A linking arrangement of a connecting device for mounting a holder for components of a conveying device for transporting unit loads, in particular of a lateral guide holder, a sensor holder, or a bottom cover holder, wherein the linking arrangement is arrangeable on the holder and is connectable to a mounting limb, which has a plurality of holes arranged at a distance from one another in a longitudinal direction of the mounting limb, wherein the linking arrangement has a base body, which comprises a base wall, a connecting element, and a locking device, wherein the base wall provides a mounting surface, and the connecting element is arranged so as to protrude from the mounting surface and can be brought into engagement with a first hole of the holes when the linking arrangement is in a linking position, wherein the connecting element forms a mounting axis of rotation oriented orthogonally to the mounting surface, about which mounting axis the linking arrangement can be rotated from the linking position into a mounting position, wherein the locking device is arranged at a distance from the connecting element, so that the locking device can be brought into engagement with a second hole of the holes of the mounting limb when the linking arrangement is in the mounting position, characterized in that the locking device has a locking element, which is movable perpendicularly to the mounting surface, in particular away from the base body, in order to engage with the second hole of the holes. wherein the linking arrangement is arrangeable on the holder and is connectable to a mounting limb, which has a plurality of holes arranged at a distance from one another in a longitudinal direction of the mounting limb, wherein the linking arrangement has a base body, which comprises a base wall, a connecting element, and a locking device, wherein the base wall provides a mounting surface, and the connecting element is arranged so as to protrude from the mounting surface and can be brought into engagement with a first hole of the holes when the linking arrangement is in a linking position, wherein the connecting element forms a mounting axis of rotation oriented orthogonally to the mounting surface, about which mounting axis the linking arrangement can be rotated from the linking position into a mounting position, wherein the locking device is arranged at a distance from the connecting element, so that the locking device can be brought into engagement with a second hole of the holes of the mounting limb when the linking arrangement is in the mounting position, characterized in that the locking device has a locking element, which is movable perpendicularly to the mounting surface, in particular away from the base body, in order to engage with the second hole of the holes.
A method for selecting a physical layer identifier for use in a basestation in a mobile communications network, wherein the network comprises a plurality of other basestations, the method comprising: receiving a pool of identifiers available for use by basestations within the network; assigning a temporary identifier for the basestation; receiving from connected UEs reports of identifiers from among the received pool that are in use by basestations detected by the connected UEs; and assigning a final identifier selected from the received pool of identifiers; wherein the final identifier is different from the temporary identifier; the method characterized in that the pool of identifiers comprises the set of all identifiers available for use by basestations within the network, and in that assigning a temporary identifier comprises: checking for identifiers in use by basestations within a threshold proximity of the basestation; and selecting from the received pool of identifiers an identifier which is not in use by a basestation within the threshold proximity. receiving a pool of identifiers available for use by basestations within the network; assigning a temporary identifier for the basestation; receiving from connected UEs reports of identifiers from among the received pool that are in use by basestations detected by the connected UEs; and assigning a final identifier selected from the received pool of identifiers; wherein the final identifier is different from the temporary identifier; the method characterized in that the pool of identifiers comprises the set of all identifiers available for use by basestations within the network, and in that assigning a temporary identifier comprises: checking for identifiers in use by basestations within a threshold proximity of the basestation; and selecting from the received pool of identifiers an identifier which is not in use by a basestation within the threshold proximity. checking for identifiers in use by basestations within a threshold proximity of the basestation; and selecting from the received pool of identifiers an identifier which is not in use by a basestation within the threshold proximity.
A cable-type secondary battery comprising: an electrode assembly; and a wire-type outer current collector wound on the outer surface of the electrode assembly, the electrode assembly including: an inner current collector having a horizontal cross section of a predetermined shape and extending longitudinally; an anode active material layer surrounding the inner current collector; an electrolyte layer surrounding the anode active material layer and serving as an ion channel; and a cathode active material layer surrounding the electrolyte layer. an electrode assembly; and a wire-type outer current collector wound on the outer surface of the electrode assembly, the electrode assembly including: an inner current collector having a horizontal cross section of a predetermined shape and extending longitudinally; an anode active material layer surrounding the inner current collector; an electrolyte layer surrounding the anode active material layer and serving as an ion channel; and a cathode active material layer surrounding the electrolyte layer. an inner current collector having a horizontal cross section of a predetermined shape and extending longitudinally; an anode active material layer surrounding the inner current collector; an electrolyte layer surrounding the anode active material layer and serving as an ion channel; and a cathode active material layer surrounding the electrolyte layer.
A stretchable electrically-conductive circuit, comprising: an elastomer sheet having an adhesive layer corresponding to a wiring region with a predetermined pattern formed on a front surface of the elastomer sheet; and electrically-conductive fiber materials each having a predetermined diameter and a predetermined length and attached to the adhesive layer and coming in contact with each other along the wiring region so as to have mutual electrical continuity, the electrically-conductive fiber materials relatively move maintaining the mutual electrical continuity so as to maintain the mutual electrical continuity in the wiring region when the elastomer sheet is stretched or bent, characterized in that the electrically-conductive fiber materials are silver-plated/coated nylon fibers each having a length of 0.5 mm to 3 mm and a diameter of 17.6 μm. an elastomer sheet having an adhesive layer corresponding to a wiring region with a predetermined pattern formed on a front surface of the elastomer sheet; and electrically-conductive fiber materials each having a predetermined diameter and a predetermined length and attached to the adhesive layer and coming in contact with each other along the wiring region so as to have mutual electrical continuity, the electrically-conductive fiber materials relatively move maintaining the mutual electrical continuity so as to maintain the mutual electrical continuity in the wiring region when the elastomer sheet is stretched or bent,