mhurhangee/ep-ind-claims huggingface dataset:
A cell culture comprising human cells, wherein at least 5% of said human cells are pancreatic-duodenal homeobox factor-1 positive foregut endoderm cells, said PDX1-positive foregut endoderm cells being multipotent cells that can differentiate into cells, tissues or organs derived from the anterior portion of the gut tube.
A method for rendering a 3D web-page including one or more 3D objects, comprising: loading a code including depth information for the one or more 3D objects; creating a document object model, DOM, tree and style rules including the depth information, wherein the creation of the DOM tree and style rules includes parsing the code; generating a render tree based on the DOM tree and the style rules; forming one or more layers by incorporating 3D objects having the same depth information among the one or more 3D objects in the same layer; determining a painting order by arraying the one or more layers based on the depth information; computing a 3D factor including a scaling in size of one or more of the one or more 3D objects based on the depth information; painting left-eye and right-eye pages respectively by applying the scaling in size; and merging the left-eye and right-eye pages and displaying the merged left-eye and right-eye pages on the 3D web-page, wherein, when the at least one 3D object is positioned in an arbitrary direction with respect to a specific position of the 3D web-page, the 3D factor is computed by moving the 3D object by an arbitrary distance in the arbitrary direction. loading a code including depth information for the one or more 3D objects; creating a document object model, DOM, tree and style rules including the depth information, wherein the creation of the DOM tree and style rules includes parsing the code; generating a render tree based on the DOM tree and the style rules; forming one or more layers by incorporating 3D objects having the same depth information among the one or more 3D objects in the same layer; determining a painting order by arraying the one or more layers based on the depth information; computing a 3D factor including a scaling in size of one or more of the one or more 3D objects based on the depth information; painting left-eye and right-eye pages respectively by applying the scaling in size; and merging the left-eye and right-eye pages and displaying the merged left-eye and right-eye pages on the 3D web-page, wherein, when the at least one 3D object is positioned in an arbitrary direction with respect to a specific position of the 3D web-page, the 3D factor is computed by moving the 3D object by an arbitrary distance in the arbitrary direction.
Amniotic fluid derived renal progenitor cells positive for CD24, OB-cadherin and podocalixin, being an isolated and purified population or a clonal population.
A lane divider for use with an eye link conveyor belt, the conveyor belt comprising a plurality of eyelets and a plurality of cross rods, the plurality of eyelets including openings on each end and the plurality of cross rods extending through the openings to thereby connect the plurality of eyelets together, wherein the lane divider comprises: a plurality of wire forms configured to connect to the conveyor belt, each of said plurality of wire forms including openings (112a, 112b) on each end, such that in use, the plurality of cross rods of the conveyor belt extend through the openings (112a, 112b) to thereby connect the plurality of wire forms to the conveyor belt, the plurality of wire forms including at least one protrusion (114a, 114b) that when in use extend above a planar product support surface of the conveyor belt; characterised in that the lane divider further comprises: a plurality of side plates configured to be secured to the conveyor belt by the wire forms and extend above the planar product support surface of the conveyor belt, wherein each of said plurality of side plates includes a bottom member and an upstanding member, the bottom member having a plurality of slots which allow the wire forms to extend through the slots; and a wire fastener configured to pass through the at least one protrusion (114a, 114b) extending above the bottom member, thereby securing the side plate to the conveyor belt. a plurality of wire forms configured to connect to the conveyor belt, each of said plurality of wire forms including openings (112a, 112b) on each end, such that in use, the plurality of cross rods of the conveyor belt extend through the openings (112a, 112b) to thereby connect the plurality of wire forms to the conveyor belt, the plurality of wire forms including at least one protrusion (114a, 114b) that when in use extend above a planar product support surface of the conveyor belt; characterised in that the lane divider further comprises: a plurality of side plates configured to be secured to the conveyor belt by the wire forms and extend above the planar product support surface of the conveyor belt, wherein each of said plurality of side plates includes a bottom member and an upstanding member, the bottom member having a plurality of slots which allow the wire forms to extend through the slots; and a wire fastener configured to pass through the at least one protrusion (114a, 114b) extending above the bottom member, thereby securing the side plate to the conveyor belt.
A precooling operation/preheating operation control apparatus comprising: an air conditioner configured to perform heat exchange between air in a target space for precooling or preheating and a heat medium; a ventilation apparatus configured to replace part of the air in the target space with outside air that is air outside a building; a first control unit configured to control the air conditioner; a second control unit configured to control the ventilation apparatus; and an operation detail determining unit configured to determine, by machine learning, on the basis of a set temperature of the target space at a designated time and a quantity related to an outside air temperature, operation details of the air conditioner and operation details of the ventilation apparatus during a precooling operation or preheating operation, wherein the operation details of the air conditioner include an operation start time of the air conditioner, and wherein the operation details of the ventilation apparatus include an operation start time of the ventilation apparatus. characterized in that the operation detail determining unit is configured to determine the operation start time of the air conditioner and the operation start time of the ventilation apparatus independently of each other. an air conditioner configured to perform heat exchange between air in a target space for precooling or preheating and a heat medium; a ventilation apparatus configured to replace part of the air in the target space with outside air that is air outside a building; a first control unit configured to control the air conditioner; a second control unit configured to control the ventilation apparatus; and an operation detail determining unit configured to determine, by machine learning, on the basis of a set temperature of the target space at a designated time and a quantity related to an outside air temperature, operation details of the air conditioner and operation details of the ventilation apparatus during a precooling operation or preheating operation, wherein the operation details of the air conditioner include an operation start time of the air conditioner, and wherein the operation details of the ventilation apparatus include an operation start time of the ventilation apparatus. characterized in that the operation detail determining unit is configured to determine the operation start time of the air conditioner and the operation start time of the ventilation apparatus independently of each other.
A pharmaceutical composition for oral administration as a solid dose comprising a therapeutically effective amount of (6-(5-chloro-2-pyridyl)-5-[(4-methyl-1-piperazinyl)carbonyloxy]-7-oxo-6,7-dihydro-5H-pyrrolo[3,4-b]pyrazine) or -(6-(5-chloro-2-pyridyl)-5-[(4-methyl-1-piperazinyl)carbonyloxy]-7-oxo-6,7-dihydro-5H-pyrrolo[3,4-b]pyrazine), or a salt thereof, coated with a water-soluble polymeric coating, said polymeric coating representing 4% to 10% by weight of said composition, wherein said coating comprises at least one of hydroxypropyl methylcellulose, hydroxypropyl cellulose, methyl cellulose, hydroxyethyl cellulose or mixtures thereof.
A method of processing a signed bundle on a server, the signed bundle comprising a plurality of files, the plurality of files comprising files to be provisioned to the server or a device and a server file list file specifying at least one file of the plurality of files to be provisioned to the server, the method comprising: receiving the signed bundle at the server, the signed bundle comprising the plurality of files, a catalog file specifying the plurality of files and a hash for each of the plurality of files, and a catalog signature; verifying the received signed bundle on the server; identifying the server file list file from the plurality of files in the signed bundle and generating a server file list from the identified server file list file; removing, at the server, the at least one file specified in the server file list from the plurality of files of the signed bundle to generate a modified signed bundle for sending to the device, the modified signed bundle comprising: a set of files to be provisioned to the device, the set of files comprising the files remaining from the plurality of files after the at least one file is removed from the plurality of files; the catalog file of the signed bundle, the hash of the at least one file removed from the signed bundle remaining in the catalog file; and the catalog signature of the signed bundle; and sending the modified bundle to the device. receiving the signed bundle at the server, the signed bundle comprising the plurality of files, a catalog file specifying the plurality of files and a hash for each of the plurality of files, and a catalog signature; verifying the received signed bundle on the server; identifying the server file list file from the plurality of files in the signed bundle and generating a server file list from the identified server file list file; removing, at the server, the at least one file specified in the server file list from the plurality of files of the signed bundle to generate a modified signed bundle for sending to the device, the modified signed bundle comprising: a set of files to be provisioned to the device, the set of files comprising the files remaining from the plurality of files after the at least one file is removed from the plurality of files; the catalog file of the signed bundle, the hash of the at least one file removed from the signed bundle remaining in the catalog file; and the catalog signature of the signed bundle; and a set of files to be provisioned to the device, the set of files comprising the files remaining from the plurality of files after the at least one file is removed from the plurality of files; the catalog file of the signed bundle, the hash of the at least one file removed from the signed bundle remaining in the catalog file; and the catalog signature of the signed bundle; and sending the modified bundle to the device.
An irradiation device comprising: a linear lamp that emits invisible light; a reflecting member that is provided along a circumferential direction of the lamp and that includes a reflection surface, which reflects the light of the lamp; and a projecting section that projects toward an outer circumferential surface of the lamp from the reflection surface and that reflects the light irradiated from the lamp toward the reflection surface, and the projecting section is formed in a V-shape comprising a pair of reflection surfaces which forms an angle that projects toward the outer circumferential surface of the lamp, on a cross section orthogonal to a center axis of the lamp, characterized in that when a diameter of the lamp is represented as D, width W of the projecting section connecting both ends of the projection section with respect to a radial direction is 0.5D or more and 1.5D or less, the both ends of the projection section being in contact with the reflection surface on the cross section, and a surface treatment or a reflection preventing film, which reduces reflectance of the light irradiated from the lamp, is applied to the projecting section. a linear lamp that emits invisible light; a reflecting member that is provided along a circumferential direction of the lamp and that includes a reflection surface, which reflects the light of the lamp; and a projecting section that projects toward an outer circumferential surface of the lamp from the reflection surface and that reflects the light irradiated from the lamp toward the reflection surface, and the projecting section is formed in a V-shape comprising a pair of reflection surfaces which forms an angle that projects toward the outer circumferential surface of the lamp, on a cross section orthogonal to a center axis of the lamp, characterized in that when a diameter of the lamp is represented as D, width W of the projecting section connecting both ends of the projection section with respect to a radial direction is 0.5D or more and 1.5D or less, the both ends of the projection section being in contact with the reflection surface on the cross section, and a surface treatment or a reflection preventing film, which reduces reflectance of the light irradiated from the lamp, is applied to the projecting section.
A method for identifying a candidate patchouli odorant material, comprising the steps of: 1) contacting a sample expressing the OR11A1 receptor with a test compound, and 2) measuring the activity of the OR11A1 receptor by a method comprising: i) measuring the response of the OR11A1 receptor to the test compound and the response of the OR11A1 receptor to the assay buffer (baseline), and calculating a first fold of change (FOC1: response OR11A1 to test compound/response OR11A1 to baseline); ii) measuring the response of a control sample which does not express OR11A1 receptor to the test compound and the response of the control sample which does not express the OR11A1 receptor to the assay buffer (baseline), and calculating a second fold of change (FOC2: response control sample to test compound/response control sample to baseline); wherein the test compound is identified as a candidate patchouli odorant material if the ratio of FOC1 to FOC2 is higher than 1. 1) contacting a sample expressing the OR11A1 receptor with a test compound, and 2) measuring the activity of the OR11A1 receptor by a method comprising: i) measuring the response of the OR11A1 receptor to the test compound and the response of the OR11A1 receptor to the assay buffer (baseline), and calculating a first fold of change (FOC1: response OR11A1 to test compound/response OR11A1 to baseline); ii) measuring the response of a control sample which does not express OR11A1 receptor to the test compound and the response of the control sample which does not express the OR11A1 receptor to the assay buffer (baseline), and calculating a second fold of change (FOC2: response control sample to test compound/response control sample to baseline); i) measuring the response of the OR11A1 receptor to the test compound and the response of the OR11A1 receptor to the assay buffer (baseline), and calculating a first fold of change (FOC1: response OR11A1 to test compound/response OR11A1 to baseline); ii) measuring the response of a control sample which does not express OR11A1 receptor to the test compound and the response of the control sample which does not express the OR11A1 receptor to the assay buffer (baseline), and calculating a second fold of change (FOC2: response control sample to test compound/response control sample to baseline);
A negative electrode material for a lithium ion secondary battery, the negative electrode material comprising a silicon oxide and having a diffraction peak attributable to Si in an X-ray diffraction spectrum, characterized in that a size of a silicon crystallite calculated from the diffraction peak is from 3.0 nm to 8.0 nm, the silicon oxide further comprises carbon on a part of a surface thereof or the entire surface thereof, the carbon is a carbon with low crystallinity, wherein carbon with low crystallinity means a carbon having an R value in a Raman spectrum of 0.5 to 1.5, said R value is a peak intensity ratio Id/Ig of a peak intensity Id at around 1360 cm -1 to a peak intensity Ig at around 1580 cm -1 in a Raman spectrum analysis using an argon laser with a wavelength of 532 nm, as determined in accordance with the description, and a content ratio of the carbon is 0.5% by mass or more and less than 5.0% by mass.
An anti-poking encryption keyboard, comprising a keystroke panel and a main control board, wherein the main control board comprises a control circuit for realizing a self-destruction function, the control circuit is fixedly enclosed at the rear of the main control board by an anti-poking protection mechanism, the anti-poking protection mechanism is electrically connected with the control circuit, characterized in that, the anti-poking protection mechanism comprises: an anti-peeping cover having a bottom surface and a side wall extending vertically along periphery edges of the bottom surface, a first cavity being formed by the side wall and the bottom surface; a hard anti-poking circuit board in which an anti-poking circuit is provided, a second cavity comprising a bottom surface and a periphery annular side wall, at least one pair of leading gold fingers of the anti-poking circuit being provided on the bottom surface of the second cavity, the hard anti-poking circuit board being received inside the first cavity; and conductive adhesive provided in the second cavity so as to form electrical connection between the leading gold fingers of the hard anti-poking circuit board and the leading gold fingers of the control circuit of the main control board, wherein the hard anti-poking circuit board is of a four-layer printed circuit board structure in which an outermost layer is ground layer and the other three layers (3b, 3c, 3d) are printed circuit board layers with anti-poking circuit and are piled on the outermost layer, the three layers are all provided with maze wiring except intermediate layer through holes, and relatively wide wiring clearances of the maze wiring of the three layers of anti-poking circuit are complemented and covered by each other. an anti-peeping cover having a bottom surface and a side wall extending vertically along periphery edges of the bottom surface, a first cavity being formed by the side wall and the bottom surface; a hard anti-poking circuit board in which an anti-poking circuit is provided, a second cavity comprising a bottom surface and a periphery annular side wall, at least one pair of leading gold fingers of the anti-poking circuit being provided on the bottom surface of the second cavity, the hard anti-poking circuit board being received inside the first cavity; and conductive adhesive provided in the second cavity so as to form electrical connection between the leading gold fingers of the hard anti-poking circuit board and the leading gold fingers of the control circuit of the main control board, wherein the hard anti-poking circuit board is of a four-layer printed circuit board structure in which an outermost layer is ground layer and the other three layers (3b, 3c, 3d) are printed circuit board layers with anti-poking circuit and are piled on the outermost layer, the three layers are all provided with maze wiring except intermediate layer through holes, and relatively wide wiring clearances of the maze wiring of the three layers of anti-poking circuit are complemented and covered by each other.
Suture anchor, for anchoring soft tissue to a bone, said suture anchor comprising a first element having along a longitudinal axis a first distal end and a first proximal end opposite each other, said first element having successively, from the first distal end to the first proximal end, a distal insertion section, a central anchoring section and a proximal coupling section, where the central anchoring section has externally and along the longitudinal axis a succession of peripheral anchoring notches, wherein at least one longitudinal groove extends along the longitudinal axis and is arranged through and along the succession of peripheral anchoring notches, and wherein a transverse hole is provided in said longitudinal groove and passes through the central anchoring section to form an eye for the passage of a suture thread (3; 4), and wherein a first longitudinal orifice is provided internally in the proximal coupling section and in the central anchoring section along the longitudinal axis, said first longitudinal orifice opening onto the first proximal end and opening onto the transverse hole; said suture anchor further comprising a second element independent of the first element, said second element having a second proximal end and a second distal end opposite each other, wherein the second element has externally at least one anchoring relief, and wherein a second longitudinal orifice is arranged internally in the second element and opens onto the second proximal end and onto the second distal end, said second longitudinal orifice being shaped to be able to engage the second element on the proximal coupling section of the first element with said proximal coupling section inside said second longitudinal orifice; said suture anchor being characterized in that a bridge is provided inside the transverse hole to separate two passages (181, 182) offset from each other along the longitudinal axis, and in that said first longitudinal orifice opens onto the transverse hole in front of the bridge. said suture anchor further comprising a second element independent of the first element, said second element having a second proximal end and a second distal end opposite each other, wherein the second element has externally at least one anchoring relief, and wherein a second longitudinal orifice is arranged internally in the second element and opens onto the second proximal end and onto the second distal end, said second longitudinal orifice being shaped to be able to engage the second element on the proximal coupling section of the first element with said proximal coupling section inside said second longitudinal orifice; said suture anchor being characterized in that a bridge is provided inside the transverse hole to separate two passages (181, 182) offset from each other along the longitudinal axis, and in that said first longitudinal orifice opens onto the transverse hole in front of the bridge.
A method, performed by a central unit, CU, entity of a secondary node in a wireless communication system for establishing a dual connectivity, DC, the method comprising: receiving (301, 801), by a control plane functional entity, CP, of the CU from a master node, a secondary node setup request message; transmitting (302, 802), by the CP to a user plane functional entity, UP of the CU, a resource setup request message based on the secondary node setup request message; and receiving (303, 803), by the CP from the UP, a resource setup response message as a response to the resource setup request message; wherein the resource setup request message includes packet data convergence protocol, PDCP, duplication information indicating whether a PDCP duplication is to be configured for a bearer. receiving (301, 801), by a control plane functional entity, CP, of the CU from a master node, a secondary node setup request message; transmitting (302, 802), by the CP to a user plane functional entity, UP of the CU, a resource setup request message based on the secondary node setup request message; and receiving (303, 803), by the CP from the UP, a resource setup response message as a response to the resource setup request message; wherein the resource setup request message includes packet data convergence protocol, PDCP, duplication information indicating whether a PDCP duplication is to be configured for a bearer.