mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing a filler composition consisting of agarose in an amount between 2.6% and 5% by weight; hyaluronic acid or a pharmaceutically acceptable salt thereof, in an amount between 0.1 and 4% by weight; water and salt, the process comprising: a) preparing an aqueous solution of agarose; and an aqueous solution of hyaluronic acid or a pharmaceutically acceptable salt thereof at a temperature higher than 50°C; b) cooling each solution to a temperature near its gel point; c) mixing the solutions by homogenization to form a composition; and d) adding salt to the homogenized composition, mixing to form an iso-osmolar composition with respect to blood plasma. a) preparing an aqueous solution of agarose; and an aqueous solution of hyaluronic acid or a pharmaceutically acceptable salt thereof at a temperature higher than 50°C; b) cooling each solution to a temperature near its gel point; c) mixing the solutions by homogenization to form a composition; and d) adding salt to the homogenized composition, mixing to form an iso-osmolar composition with respect to blood plasma.
A stapling assembly (2700, 2800, 2900) for use with a surgical stapler, comprising: a cartridge having a first longitudinal row of first staples (2704, 2706, 2708, 2710, 2804, 2806, 2808, 2904, 2906, 2908) disposed therein, the first staples being configured to be deployed into tissue; and a non-fibrous adjunct (2714, 2801) formed of at least one fused bioabsorbable polymer and configured to be releasably retained on the cartridge such that the adjunct can be attached to tissue by the staples in the cartridge, the adjunct comprises a lattice structure having a first longitudinal row of first repeating unit cells (2716a-e), each unit cell having a non-uniform thickness characterized in that the non-uniform thickness is such that first and second staples legs (2704b, 2706a, 2706b, 2708a, 2708b, 2710a, 2804a, 2804b, 2806a, 2806b, 2808a, 2808b) of the first staples advance through different portions of the adjunct as the first staples are deployed into tissue, wherein the different portions of the adjunct have different relative thicknesses. a cartridge having a first longitudinal row of first staples (2704, 2706, 2708, 2710, 2804, 2806, 2808, 2904, 2906, 2908) disposed therein, the first staples being configured to be deployed into tissue; and a non-fibrous adjunct (2714, 2801) formed of at least one fused bioabsorbable polymer and configured to be releasably retained on the cartridge such that the adjunct can be attached to tissue by the staples in the cartridge, the adjunct comprises a lattice structure having a first longitudinal row of first repeating unit cells (2716a-e), each unit cell having a non-uniform thickness characterized in that the non-uniform thickness is such that first and second staples legs (2704b, 2706a, 2706b, 2708a, 2708b, 2710a, 2804a, 2804b, 2806a, 2806b, 2808a, 2808b) of the first staples advance through different portions of the adjunct as the first staples are deployed into tissue, wherein the different portions of the adjunct have different relative thicknesses.
A bogie for a high-speed rail vehicle, the bogie comprising: - a chassis for a bogie, - at least one wheel rotatably mounted on the chassis via an axle and a primary suspension system, - at least one motor, - for each motor, at least one reducer for mechanically connecting the motor and the axle, - each motor being rigidly fixed to the chassis, each motor comprising a protective and fixing casing, the casing defining fixing points, characterised in that the motor is fixed to the chassis by rigid fixing members engaged in the fixing points of the casing, the casing defining exactly four fixing points arranged to form a rectangle between them. - a chassis for a bogie, - at least one wheel rotatably mounted on the chassis via an axle and a primary suspension system, - at least one motor, - for each motor, at least one reducer for mechanically connecting the motor and the axle, - each motor being rigidly fixed to the chassis, each motor comprising a protective and fixing casing, the casing defining fixing points, characterised in that the motor is fixed to the chassis by rigid fixing members engaged in the fixing points of the casing, the casing defining exactly four fixing points arranged to form a rectangle between them.
Airbag cover that consists of a composite material in the form of sheet material with at least one textile layer, where the cover forms at least one flap with hinge, - where one side or both sides of the textile layer has/have a plastics coating, in particular a film, - where the composite material in the hinge region along the hinge forms at least one single or double fold, where there is/are one or two instance(s) where the sheet material has one or both sides in contact with one another, - where in the region of the fold the areas of the coating, in particular the film areas, are in contact with one another and, by virtue of prior or subsequent introduction of heat, have been melted onto one another, - where the self-reinforced thermoplastic composite material has a plurality of mutually superposed layers made of thermoplastic polypropylene or polyester, where layers made of homogeneous polypropylene film, of copolymer-containing polyolefin film, of homogeneous polyester film or of copolymer-containing polyester film alternate with reinforcement layers, where either the polypropylene or the polyester takes the form of strips, of fibers or of threads, or where the reinforcement layers comprise polypropylene/polyester strips and/or polypropylene/polyester fibers and/or polypropylene/polyester threads, characterized in that the melting point of the plastics coating is lower than that of the textile layer. - where one side or both sides of the textile layer has/have a plastics coating, in particular a film, - where the composite material in the hinge region along the hinge forms at least one single or double fold, where there is/are one or two instance(s) where the sheet material has one or both sides in contact with one another, - where in the region of the fold the areas of the coating, in particular the film areas, are in contact with one another and, by virtue of prior or subsequent introduction of heat, have been melted onto one another, - where the self-reinforced thermoplastic composite material has a plurality of mutually superposed layers made of thermoplastic polypropylene or polyester, where layers made of homogeneous polypropylene film, of copolymer-containing polyolefin film, of homogeneous polyester film or of copolymer-containing polyester film alternate with reinforcement layers, where either the polypropylene or the polyester takes the form of strips, of fibers or of threads, or where the reinforcement layers comprise polypropylene/polyester strips and/or polypropylene/polyester fibers and/or polypropylene/polyester threads, characterized in that the melting point of the plastics coating is lower than that of the textile layer.
A fluidic analysis device, comprising: at least one fluid channel comprising at least one freeze thaw valve and at least one ice nucleating agent, wherein the at least one INA is a carbon-containing INA and comprises a structure that can nucleate ice formation, wherein the structure is similar to ice and/or a structure that aligns water molecules into an ice-like lattice,. wherein the at least one INA comprises an ice-nucleating protein and/or a functional fragment thereof, wherein the at least one INA is extracted or derived from an organism, and wherein the INP and/or the functional fragment thereof is encoded by a gene selected from the group consisting of: iceE, iceH, inaA, inaE, inaF, inaK, inaPb, inaQ, inaU, inaV, inaW, inaX, and inaZ, and wherein the gene is found in or obtained from an organism selected from the group consisting of: Pseudomonas syringae, Ps. fluorescens KUIN-1, Erwinia herbicola, E. uredovora, Pantoea ananatis, Xanthomonas campestris, E. carotovora, Ps. antarctica, Ps. aeruginosa, Ps. putida, Ps. viridiflava, Pa. agglomerans, E. ananas, and/or Ps. borealis. at least one fluid channel comprising at least one freeze thaw valve and at least one ice nucleating agent, wherein the at least one INA is a carbon-containing INA and comprises a structure that can nucleate ice formation, wherein the structure is similar to ice and/or a structure that aligns water molecules into an ice-like lattice,. wherein the at least one INA comprises an ice-nucleating protein and/or a functional fragment thereof, wherein the at least one INA is extracted or derived from an organism, and wherein the INP and/or the functional fragment thereof is encoded by a gene selected from the group consisting of: iceE, iceH, inaA, inaE, inaF, inaK, inaPb, inaQ, inaU, inaV, inaW, inaX, and inaZ, and wherein the gene is found in or obtained from an organism selected from the group consisting of: Pseudomonas syringae, Ps. fluorescens KUIN-1, Erwinia herbicola, E. uredovora, Pantoea ananatis, Xanthomonas campestris, E. carotovora, Ps. antarctica, Ps. aeruginosa, Ps. putida, Ps. viridiflava, Pa. agglomerans, E. ananas, and/or Ps. borealis.
A method of enabling retrieval of information from a video surveillance system, the method comprising: automatically identifying an object of interest in a video scene of a master camera; automatically classifying at least one feature of the object of interest to produce master metadata, determining the object of interest for a slave camera as a function of the master metadata, the determining including tracking the object of interest by adjusting the slave camera's field of view based on object information included in the master metadata and generating slave metadata, which includes object information extracted from the video scene by the slave camera, the master and slave metadata (112a, 112b) comprising object type; and storing the master and slave metadata (112a, 112b) on a server in a database in association with video of at least the slave camera, creating a link between the master and slave metadata, and retrieving the video of the slave camera using the master and/or slave metadata (112a, 112b) and the link, wherein the metadata from the slave camera includes more detailed classification information about the object of interest than the metadata from the master camera, and wherein, if the object type of the slave metadata is different to the object type of the master metadata, the slave camera is configured to communicate an indication that the master metadata is incorrect, and the server is configured to overwrite the object type of the master metadata with the object type of the slave metadata. automatically identifying an object of interest in a video scene of a master camera; automatically classifying at least one feature of the object of interest to produce master metadata, determining the object of interest for a slave camera as a function of the master metadata, the determining including tracking the object of interest by adjusting the slave camera's field of view based on object information included in the master metadata and generating slave metadata, which includes object information extracted from the video scene by the slave camera, the master and slave metadata (112a, 112b) comprising object type; and storing the master and slave metadata (112a, 112b) on a server in a database in association with video of at least the slave camera, creating a link between the master and slave metadata, and retrieving the video of the slave camera using the master and/or slave metadata (112a, 112b) and the link, wherein the metadata from the slave camera includes more detailed classification information about the object of interest than the metadata from the master camera, and wherein, if the object type of the slave metadata is different to the object type of the master metadata, the slave camera is configured to communicate an indication that the master metadata is incorrect, and the server is configured to overwrite the object type of the master metadata with the object type of the slave metadata.
A multicolumn device (100, 120) comprising: a plurality of column cells configured to generate charged particle beams, each of the plurality of column cells including an electromagnetic element; coils (35, 52) provided in the respective column cells and each including a plurality of divided windings (52a, 52b, 52c, 52d, 52z) configured to excite the corresponding electromagnetic element; and wiring connecting different current source circuits to the respective divided windings (52a, 52b, 52c, 52d, 52z) belonging to one of the coils, wherein each of the different current source circuits is shared by the windings belonging to different column cells, wherein in two column cells in which the windings (52a, 52b, 52c, 52d, 52z) of the coils (35, 52) are connected with a connection section sandwiched therebetween, a current passing through a portion of the windings of the coil belonging to one of the two column cells flows through a corresponding portion of the windings of the coil belonging to the other column cell, and wherein the divided windings are wound around a same axis or around a part of a magnetic material ring. a plurality of column cells configured to generate charged particle beams, each of the plurality of column cells including an electromagnetic element; coils (35, 52) provided in the respective column cells and each including a plurality of divided windings (52a, 52b, 52c, 52d, 52z) configured to excite the corresponding electromagnetic element; and wiring connecting different current source circuits to the respective divided windings (52a, 52b, 52c, 52d, 52z) belonging to one of the coils, wherein each of the different current source circuits is shared by the windings belonging to different column cells, wherein in two column cells in which the windings (52a, 52b, 52c, 52d, 52z) of the coils (35, 52) are connected with a connection section sandwiched therebetween, a current passing through a portion of the windings of the coil belonging to one of the two column cells flows through a corresponding portion of the windings of the coil belonging to the other column cell, and wherein the divided windings are wound around a same axis or around a part of a magnetic material ring.
A dielectric composition characterized in comprising a complex oxide represented by a formula of xAO-yBO-zC 2 O 5 as the main component, wherein, A represents at least one element selected from the group consisting of Ba, Ca and Sr, B represents Mg, C represents at least one element selected from the group consisting of Nb and Ta, and x, y and z meet the following conditions, x+y+z=1.000, 0.198≤x≤0.375, 0.389≤y≤0.625, and x/3≤z≤x/3+1/9.
A bearing device comprising: an outer ring housing in a cylindrical shape which is adapted to be provided in a casing and has a discharge hole in an axially central portion of the outer ring housing; and a rolling bearing mounted on each of both axial sides of the outer ring housing and rotatably supporting a rotational shaft positioned radially inside of the outer ring housing, wherein oil supplied to a portion between an inner peripheral surface of the casing and an outer peripheral surface of the outer ring housing is supplied into the rolling bearing via a portion between the axial end surface of the outer ring housing and a side wall surface of the casing, the oil passing through the rolling bearing is discharged from an annular space defined between the rolling bearings on both the axial sides of the outer ring housing through the discharge hole, wherein a notch groove is passing through an axial end surface of the outer ring housing in a radial direction, characterized in that the axial end surface of the outer ring housing is positioned axially outside an axially outer side surface of an outer ring included in the rolling bearing, and a groove bottom surface of the notch groove is positioned axially outside the axially outer side surface of the outer ring. an outer ring housing in a cylindrical shape which is adapted to be provided in a casing and has a discharge hole in an axially central portion of the outer ring housing; and a rolling bearing mounted on each of both axial sides of the outer ring housing and rotatably supporting a rotational shaft positioned radially inside of the outer ring housing, wherein oil supplied to a portion between an inner peripheral surface of the casing and an outer peripheral surface of the outer ring housing is supplied into the rolling bearing via a portion between the axial end surface of the outer ring housing and a side wall surface of the casing, the oil passing through the rolling bearing is discharged from an annular space defined between the rolling bearings on both the axial sides of the outer ring housing through the discharge hole, wherein a notch groove is passing through an axial end surface of the outer ring housing in a radial direction, characterized in that the axial end surface of the outer ring housing is positioned axially outside an axially outer side surface of an outer ring included in the rolling bearing, and a groove bottom surface of the notch groove is positioned axially outside the axially outer side surface of the outer ring.
A method for wireless communication at a user equipment, UE, having a first radio supporting communications via a first frequency band and a second radio supporting communications via a second frequency band, comprising: receiving, via a first communication link in the first frequency band, a configuration for a second communication link in the second frequency band; determining whether an uplink for the second communication link can connect; activating the second radio based at least in part on the configuration; receiving, via the second radio, a downlink transmission over the second communication link; and transmitting uplink control information responsive to the downlink transmission over the first communication link or over the second communication link based at least in part on the determining whether the uplink for the second communication link can connect. receiving, via a first communication link in the first frequency band, a configuration for a second communication link in the second frequency band; determining whether an uplink for the second communication link can connect; activating the second radio based at least in part on the configuration; receiving, via the second radio, a downlink transmission over the second communication link; and transmitting uplink control information responsive to the downlink transmission over the first communication link or over the second communication link based at least in part on the determining whether the uplink for the second communication link can connect.
A topical composition comprising 0.5% (w/w) brimonidine or a pharmaceutically acceptable salt thereof; 0.20% to 4.0% (w/w) gelling agent; 5.0% to 30.0% (w/w) at least one polyol; and a pharmaceutically acceptable carrier for use in the treatment of telangiectasia in a subject, wherein said composition is to be topically administered to a skin area affected by the telangiectasia.
A method of transducing a T cell, comprising the following steps, thawing frozen peripheral blood mononuclear cells (PBMC), resting the thawed PBMC for 4 hours, activating the T cell in the rested PBMC with an anti-CD3 antibody and an anti-CD28 antibody, transducing the activated T cell with a viral vector, wherein the viral vector comprises a retroviral vector expressing a T cell receptor, expanding the transduced T cell, and obtaining the expanded T cell. thawing frozen peripheral blood mononuclear cells (PBMC), resting the thawed PBMC for 4 hours, activating the T cell in the rested PBMC with an anti-CD3 antibody and an anti-CD28 antibody, transducing the activated T cell with a viral vector, wherein the viral vector comprises a retroviral vector expressing a T cell receptor, expanding the transduced T cell, and obtaining the expanded T cell.
A three-dimensional image display apparatus comprising: a panel comprising a plurality of pixels and which displays an image; a relative viewer angle (Θ) determining part which determines a relative viewer angle (Θ), wherein the relative viewer angle (Θ) is a relative angle of a line connecting the two eyeballs of a viewer with respect to a horizontal line of the panel; and a light converting part (110; 500; 600) disposed on the display panel that displays the image, wherein the light converting part (110; 500; 600) provides different images to the left eye and the right eye of the viewer based on the relative viewer angle (Θ), wherein the light converting part (110; 500; 600) comprises a plurality of light converting units (510; 610) which is arranged substantially in a matrix form and generates a barrier pattern being inclined based on the relative viewer angle (Θ) and adjusted based on a distance of the viewer from the panel, characterized in that the pattern is adjusted based on a distance of the viewer from the pixels of the panel, the pattern includes a barrier pattern including transmitting areas in a curved line shape, and when the distance of the viewer from the panel increases, a gap between adjacent transmitting areas of the barrier pattern is increased, and when the distance of the viewer from the panel increases, a curvature of the pattern is decreased. a panel comprising a plurality of pixels and which displays an image; a relative viewer angle (Θ) determining part which determines a relative viewer angle (Θ), wherein the relative viewer angle (Θ) is a relative angle of a line connecting the two eyeballs of a viewer with respect to a horizontal line of the panel; and a light converting part (110; 500; 600) disposed on the display panel that displays the image, wherein the light converting part (110; 500; 600) provides different images to the left eye and the right eye of the viewer based on the relative viewer angle (Θ), wherein the light converting part (110; 500; 600) comprises a plurality of light converting units (510; 610) which is arranged substantially in a matrix form and generates a barrier pattern being inclined based on the relative viewer angle (Θ) and adjusted based on a distance of the viewer from the panel, characterized in that the pattern is adjusted based on a distance of the viewer from the pixels of the panel, the pattern includes a barrier pattern including transmitting areas in a curved line shape, and when the distance of the viewer from the panel increases, a gap between adjacent transmitting areas of the barrier pattern is increased, and when the distance of the viewer from the panel increases, a curvature of the pattern is decreased.