mhurhangee/ep-ind-claims huggingface dataset:
A pouch-type secondary battery, comprising: an electrode assembly comprising a first electrode plate, a second electrode plate, a separator disposed between the first electrode plate and the second electrode plate, a first electrode tap connected to the first electrode plate, and a second electrode tap connected to the second electrode plate, wherein the first and second electrode taps project from a side of the electrode assembly; and a pouch case comprising, a pouch (21 a) having a bottom and opposing sides so as to house the electrode assembly, a first cover disposed upon the opposing sides of the pouch (21 a), and sealing portions (25, 26, 27) arranged to seal the first cover to the pouch (21 a), wherein the sealing portions (25, 26) comprise wing portions (25w, 26w) that are folded toward the pouch (21 a), so as to cover the opposing sides (21 a2, 21 a3) of the pouch (21 a), and bent portions (25e, 26e) that are folded from the wing portions (25w, 26w), so as to partially cover the bottom (21a1) of the pouch (21 a); wherein the opposing sides (21 a2, 21 a3) of the pouch (21 a) that are covered by the wing portions (25w, 26w) are the sides adjacent the side of the electrode assembly from which the first and second electrode taps (15, 16) project; further comprising a second cover arranged to cover the first cover, where the second cover is folded to at least partially cover the wing portions (25w, 26w). an electrode assembly comprising a first electrode plate, a second electrode plate, a separator disposed between the first electrode plate and the second electrode plate, a first electrode tap connected to the first electrode plate, and a second electrode tap connected to the second electrode plate, wherein the first and second electrode taps project from a side of the electrode assembly; and a pouch case comprising, a pouch (21 a) having a bottom and opposing sides so as to house the electrode assembly, a first cover disposed upon the opposing sides of the pouch (21 a), and sealing portions (25, 26, 27) arranged to seal the first cover to the pouch (21 a), wherein the sealing portions (25, 26) comprise wing portions (25w, 26w) that are folded toward the pouch (21 a), so as to cover the opposing sides (21 a2, 21 a3) of the pouch (21 a), and bent portions (25e, 26e) that are folded from the wing portions (25w, 26w), so as to partially cover the bottom (21a1) of the pouch (21 a); wherein the opposing sides (21 a2, 21 a3) of the pouch (21 a) that are covered by the wing portions (25w, 26w) are the sides adjacent the side of the electrode assembly from which the first and second electrode taps (15, 16) project; further comprising a second cover arranged to cover the first cover, where the second cover is folded to at least partially cover the wing portions (25w, 26w).
An in vitro or ex vivo method of transferring a multigenic phenotype from a donor cell to a recipient cell by: transfecting a recipient cell with total mRNA of a donor cell, wherein the phenotype of the donor cell is different from the phenotype of the recipient cell, wherein the recipient cell is pre-treated with a transcription inhibitor before it is transfected, wherein the mRNA enter the recipient cell, wherein the mRNAs are functional in the recipient cell, thereby transferring the multigenetic phenotype of the donor cell to the recipient cell.
System for fastening gems to a watch dial provided with one or more gems, the fastening system comprising said dial and gems, the dial being made of an upper plate-shaped element and of a lower plate-shaped element facing each other, the upper plate-shaped element being provided with one or more openings for housing a respective gem in a visible manner and the lower plate-shaped element being provided with one or more openings at the one or more openings of the upper plate-shaped element and having the same size as these latter, each of the openings (30, 31), facing one another by pairs, extending across the entire thickness of the respective plate-shaped element (23, 24) with an own peripheral edge (32, 33) which is inclined so that each opening narrows, within the section of the respective plate-shaped element, going from the surface of the plate-shaped element facing the other plate-shaped element towards the opposite surface thereof for forming a seat for housing and retaining a gem between the two plate-shaped elements (23, 24).
A device for creating ice flakes, having a tank and a cooling roller which is mounted rotatably in the tank, wherein the tank is provided with a gas supply point for foaming a liquid that is arranged in the tank, characterised in that the liquid is a mixture of foaming agent and water.
A multi-pane insulated glass comprising at least two panes (15, 16) between which an edge seal is introduced, wherein the edge seal has a peripheral spacer, wherein the edge seal separates a pane intermediate space from a pane exterior space, wherein a primary sealant is provided between the peripheral spacer and the panes (15, 16) that seals the pane intermediate space from the pane exterior space, characterized in that an elastic seal is provided which, viewed from the pane intermediate space, is arranged in front of the primary sealant and provides a seal between the spacer and a pane (15, 16), whereas the spacer provides a compensation space (23, 24) for a primary sealant flowing in the direction of the elastic seal, whereas the compensation space (23, 24) comprises at least one through-hole into a cavity of the spacer.
A method of calibrating a 3D vision robotic system, comprising: positioning a calibration article within a work space of a robot, wherein the calibration article comprises at least four side surfaces and a top or bottom surface (24, 22), the side surfaces being angled inward toward the top or bottom surface with at least two side surfaces being angled inward at different angles from each other; positioning the 3D camera in a viewing position, wherein at least two of the side surfaces angled at different angles and the top or bottom surface are viewable in the viewing position; capturing a 3D image in the viewing position with the 3D camera, the 3D image comprising positional data corresponding to the viewable side surfaces and top or bottom surface in the viewing position; generating calibration data from the 3D image, wherein the calibration data aligns the camera and the robot; storing the calibration data in memory; and transforming between positions of the robot and the camera during use thereof based upon the calibration data. positioning a calibration article within a work space of a robot, wherein the calibration article comprises at least four side surfaces and a top or bottom surface (24, 22), the side surfaces being angled inward toward the top or bottom surface with at least two side surfaces being angled inward at different angles from each other; positioning the 3D camera in a viewing position, wherein at least two of the side surfaces angled at different angles and the top or bottom surface are viewable in the viewing position; capturing a 3D image in the viewing position with the 3D camera, the 3D image comprising positional data corresponding to the viewable side surfaces and top or bottom surface in the viewing position; generating calibration data from the 3D image, wherein the calibration data aligns the camera and the robot; storing the calibration data in memory; and transforming between positions of the robot and the camera during use thereof based upon the calibration data.
Method for measuring the progression of a deflagration front in a cylindrical warhead comprising at least two ignition means, positioned opposite one another at the ends of the warhead which are defined by the longitudinal axis, and an explosive charge, characterised in that, by means of at least one measurement device arranged approximately parallel to the longitudinal axis of the warhead, the current position of a deflagration front proceeding from a first ignition point is measured, and the result of the measurement is evaluated in an ongoing manner to determine the time of ignition of a second ignition point in an ignition signal processing system.
A composition comprising a 64 Zn e compound or a salt thereof, wherein the 64 Zn e compound or a salt thereof is at least 80% 64 Zn e, for use in preventing or treating type 2 diabetes.
A humidifier, including at least one housing, in which a plurality of fibres configured as water-permeable, hollow fibre membranes are arranged, wherein a first air stream may be passed inside the fibre and a second air stream may be passed outside the fibre,whereby the housing is flattened, whereby a first collector is arranged on at least one frontal face of the housing, wherein the first air stream may be passed into or out of the fibres via the first collector, whereby at least one second collector is assigned to the housing, wherein the second air stream may be passed into or out of the fibres via the second collector characterised in that the second collector at least partially surrounds the housing at the top and bottom (10, 11).
Suspension spring for a mattress support, said suspension spring being configured as a double suspension spring (6, 6.1, 6.2; 13, 13.1, 13.2) and comprising an upper suspension spring (8, 8.1; 14) and a lower suspension spring (9, 9.1; 15), wherein the upper suspension spring (8, 8.1; 14), at the same application of force, is more resilient than the lower suspension spring (9, 9.1; 15), and both suspension springs (8, 9; 8.1, 9.1; 14, 15) are held in the region of their ends with a vertical distance interval from one another, wherein the double suspension spring (6, 6.1, 6.2; 13, 13.1, 13.2) comprises at least one support (10, 10.1; 25) arranged between the end sections, by means of which the upper suspension spring (8, 8.1; 14) is supported on the lower suspension spring (9, 9.1; 15), wherein the support (10, 10.1; 25) comprises a convex curved support surface facing the underside of the upper suspension spring (8, 8.1; 14), and the upper suspension spring (8, 8.1; 14) is in contact on the support surface of the support even without a load taking effect on it, over a certain longitudinal extension of the upper suspension spring (8, 8.1; 14), in such a way that a movement of the upper suspension spring in relation to the support (10, 10.1; 25) secured to the lower suspension spring (9, 9.1; 15) is possible in the longitudinal direction thereof, and wherein, in respect of the deflection characteristics of this double suspension spring (6, 6.1, 6.2; 13, 13.1, 13.2), the span width thereof is subdivided into at least two regions (11, 11.1; 30, 30.1) which are softer in respect of their deflection characteristics, characterised in that the support is a part of the lower spring support, or is connected to the lower spring support in an unshakeable manner by the use of securing elements (28, 28.1).
A composition comprising a protein source and an antioxidant for use in reducing a loss of muscle functionality in an elderly male, increasing muscle functionality in an elderly male after muscle atrophy, and/or improving recovery of muscle functionality after muscle atrophy in an elderly male, wherein the composition comprises a fatty acid, preferably an n-3 fatty acid, and, wherein the antioxidant comprises a polyphenol, wherein the polyphenol is selected from the group consisting of curcumin, rutin, quercetin and combinations thereof, and wherein the protein source comprises whey protein.
A semiconductor device (131, 151, 161, 171) characterized by comprising: a first member and a second member configuring a package; a semiconductor element mounted on the first member by being accommodated in a recess formed in the first member; a connection unit for electrically connecting an area outside a mounting surface of the semiconductor element of the first member and the semiconductor element; a conduction unit (60, 61) for electrically connecting the first member and the second member; a signal input/output unit arranged on the second member; a bonding pad arranged at an outer edge of the recess of the first member; and a second joint portion conducted with the signal input/output unit arranged in the second member, wherein the connection unit is a wire wiring for connecting the semiconductor element and the bonding pad; and the conduction unit (60, 61) electrically conducts the bonding pad and the second joint portion. a first member and a second member configuring a package; a semiconductor element mounted on the first member by being accommodated in a recess formed in the first member; a connection unit for electrically connecting an area outside a mounting surface of the semiconductor element of the first member and the semiconductor element; a conduction unit (60, 61) for electrically connecting the first member and the second member; a signal input/output unit arranged on the second member; a bonding pad arranged at an outer edge of the recess of the first member; and a second joint portion conducted with the signal input/output unit arranged in the second member, wherein
Method for estimating the current at the terminals of the battery of a motor vehicle, characterized in that it comprises the following steps: - a step for regulating the voltage of the motor vehicle alternator during which the alternator regulating voltage Ub is stabilized for a certain period of time at a voltage close to the equilibrium voltage of the battery, this causing the battery current ICha to tend towards zero; - calculation of the resistance R of the electrical components of the vehicle by means of the relation R = Ub / ICarb where ICarb is the current used by the vehicle, equal to the current supplied by the alternator, during this period where the voltage of the alternator is regulated to a voltage close to the equilibrium voltage of the battery; - changing the value for regulation of the alternator voltage to a higher value Uh and calculating the charging current IChah of the battery by means of the relation IChah = IAlth - Uh / R, where IAlth is the current supplied by the alternator. - a step for regulating the voltage of the motor vehicle alternator during which the alternator regulating voltage Ub is stabilized for a certain period of time at a voltage close to the equilibrium voltage of the battery, this causing the battery current ICha to tend towards zero; - calculation of the resistance R of the electrical components of the vehicle by means of the relation R = Ub / ICarb where ICarb is the current used by the vehicle, equal to the current supplied by the alternator, during this period where the voltage of the alternator is regulated to a voltage close to the equilibrium voltage of the battery; - changing the value for regulation of the alternator voltage to a higher value Uh and calculating the charging current IChah of the battery by means of the relation IChah = IAlth - Uh / R, where IAlth is the current supplied by the alternator.
A method of determining a prognosis of a metastasis-free survival in an estrogen receptor positive (ER+) breast cancer patient comprising: determining mRNA or protein expression levels for a gene panel in a breast tumor sample of an ER+ breast cancer patient by mRNA microarray analysis or immunohistochemistry; wherein the gene panel consists of CDC6 (cell division cycle 6 homolog), MKI67 (antigen identified by monoclonal antibody Ki-67), and SPAG5 (sperm associated antigen 5), and optionally one or more of CDT1 (chromatin licensing and DNA replication factor 1), PLK1 (pololike kinase 1), CDC45L (CDC45 cell division cycle 45-like) and SNRPA1 (small nuclear ribonucleoprotein polypeptide A); wherein an ER+ breast cancer patient having a low expression level for each gene of the gene panel has a prognosis of an increased probability of metastasis-free survival without chemotherapy. determining mRNA or protein expression levels for a gene panel in a breast tumor sample of an ER+ breast cancer patient by mRNA microarray analysis or immunohistochemistry; wherein the gene panel consists of CDC6 (cell division cycle 6 homolog), MKI67 (antigen identified by monoclonal antibody Ki-67), and SPAG5 (sperm associated antigen 5), and optionally one or more of CDT1 (chromatin licensing and DNA replication factor 1), PLK1 (pololike kinase 1), CDC45L (CDC45 cell division cycle 45-like) and SNRPA1 (small nuclear ribonucleoprotein polypeptide A); wherein an ER+ breast cancer patient having a low expression level for each gene of the gene panel has a prognosis of an increased probability of metastasis-free survival without chemotherapy.
An overhead conductor comprising an assembly including one or more conductive wires formed of aluminum or aluminum alloy, wherein the assembly comprises an outer surface coated with an electrochemical deposition coating forming an outer layer and comprising a first metal oxide, wherein the first metal oxide is not aluminum oxide..
A frame system for a building structure, the system comprising: beam members, each beam member including: two opposed, parallel flanges; and a web interposed between the flanges; and spreader members, each spreader member including: two opposed, parallel side flanges; a web interposed between the side flanges; and two opposed end flanges at respective terminal ends of the web, wherein the beam members and the spreader members are configured to be fastened to each other to form a frame assembly, wherein at least one end portion of each spreader member has a length that is greater than a depth of the flanges of the beam members and is of a reduced width to permit the end portion to fit and to extend between the flanges of the beam members, with the flanges of the beam members and the side flanges of the spreader members being substantially co-planar so that the frame system can provide a planar support surface; and characterized in that the end flanges of each spreader member define portions that are folded inwardly to define inwardly extending zones that accommodate tabs extending from the side flanges, such that external faces of the tabs are flush with an external surface of a remaining portion of the end flange, the end flanges and the tabs presenting a substantially flat surface so that the end flanges can be fastened directly to the webs of the beam members without the use of washers or packing. beam members, each beam member including: two opposed, parallel flanges; and a web interposed between the flanges; and two opposed, parallel flanges; and a web interposed between the flanges; and spreader members, each spreader member including: two opposed, parallel side flanges; a web interposed between the side flanges; and two opposed end flanges at respective terminal ends of the web, two opposed, parallel side flanges; a web interposed between the side flanges; and two opposed end flanges at respective terminal ends of the web, wherein the beam members and the spreader members are configured to be fastened to each other to form a frame assembly, wherein at least one end portion of each spreader member has a length that is greater than a depth of the flanges of the beam members and is of a reduced width to permit the end portion to fit and to extend between the flanges of the beam members, with the flanges of the beam members and the side flanges of the spreader members being substantially co-planar so that the frame system can provide a planar support surface; and characterized in that the end flanges of each spreader member define portions that are folded inwardly to define inwardly extending zones that accommodate tabs extending from the side flanges, such that external faces of the tabs are flush with an external surface of a remaining portion of the end flange, the end flanges and the tabs presenting a substantially flat surface so that the end flanges can be fastened directly to the webs of the beam members without the use of washers or packing.
A process for producing a pelletized polymer composition comprising: polymerizing one or more alpha-olefins in one or more solution reactors thereby producing a molten polymer composition comprising one or more solvents; removing at least a portion of said one or more solvents in a devolatilization system thereby forming a polymer composition having a low solvent content of less than 1,000 parts of solvent per million of polymer on a weight basis; wherein the devolatilization system comprises a first heat exchanger that raises the temperature of the molten polymer composition; removing heat from said polymer composition having low solvent content in a second heat exchanger to a temperature in the range of equal to or greater than the crystallization point of the polymer composition having low solvent content to less than 200 °C, thereby forming a cooled polymer melt; and pelletizing said cooled polymer melt via an underwater pelletizer thereby forming said pelletized polymer composition. polymerizing one or more alpha-olefins in one or more solution reactors thereby producing a molten polymer composition comprising one or more solvents; removing at least a portion of said one or more solvents in a devolatilization system thereby forming a polymer composition having a low solvent content of less than 1,000 parts of solvent per million of polymer on a weight basis; wherein the devolatilization system comprises a first heat exchanger that raises the temperature of the molten polymer composition; removing heat from said polymer composition having low solvent content in a second heat exchanger to a temperature in the range of equal to or greater than the crystallization point of the polymer composition having low solvent content to less than 200 °C, thereby forming a cooled polymer melt; and pelletizing said cooled polymer melt via an underwater pelletizer thereby forming said pelletized polymer composition.
An apparatus comprising: an application cross-stratum optimization, CSO, gateway, ACG, coupled to an application stratum (110, 210, 310, 410) that handles a plurality of servers (112, 212, 312); a network CSO gateway, NCG, coupled to a network stratum (120, 220, 320, 420) that handles a plurality of network nodes (122, 222, 322) and configured to communicate with the ACG using a CSO protocol, CSOP; and a CSO interface established between the ACG and the NCG; wherein the ACG is configured to communicate with the NCG via the CSO interface and to provide application resource information and access limitations to external entities at the network stratum (120, 220, 320, 420); wherein the NCG is configured to communicate with the ACG via the CSO interface and to provide network resource information and access limitations to the application stratum entities; wherein a plurality of CSOP messages are exchanged via the CSO interface between the ACG and the NCG for joint application-network resource allocation, provisioning, and optimization. an application cross-stratum optimization, CSO, gateway, ACG, coupled to an application stratum (110, 210, 310, 410) that handles a plurality of servers (112, 212, 312); a network CSO gateway, NCG, coupled to a network stratum (120, 220, 320, 420) that handles a plurality of network nodes (122, 222, 322) and configured to communicate with the ACG using a CSO protocol, CSOP; and a CSO interface established between the ACG and the NCG; wherein the ACG is configured to communicate with the NCG via the CSO interface and to provide application resource information and access limitations to external entities at the network stratum (120, 220, 320, 420); wherein the NCG is configured to communicate with the ACG via the CSO interface and to provide network resource information and access limitations to the application stratum entities; wherein a plurality of CSOP messages are exchanged via the CSO interface between the ACG and the NCG for joint application-network resource allocation, provisioning, and optimization.