mhurhangee/patent-ind-claim-en huggingface dataset:
A method at a user equipment, UE, the method comprising: determining , by use of a processor, a collision between UE uplink transmission resources in a first TTI of a first TTI length and uplink transmission resources in a second TTI of a second TTI length; transmitting a first uplink data transmission block, TB, in the first TTI; transmitting a second uplink data TB in the second TTI; in response to the determination of the collision: interrupting the transmission of the first uplink data TB before transmission of the second uplink data TB; receiving an indication indicating whether to resume transmission of the first uplink data TB after the transmission of the second uplink TB; determining to resume or not to resume the transmission of the first uplink TB based on the indication; and resuming the transmission of the first uplink TB in the first TTI after the transmission of the second uplink TB if the UE has determined to resume the transmission of the first uplink TB, wherein the first TTI length is larger than the second TTI length, the first and the second TTI overlap at least in one symbol, the first TTI starts earlier than the second TTI. determining , by use of a processor, a collision between UE uplink transmission resources in a first TTI of a first TTI length and uplink transmission resources in a second TTI of a second TTI length; transmitting a first uplink data transmission block, TB, in the first TTI; transmitting a second uplink data TB in the second TTI; in response to the determination of the collision: interrupting the transmission of the first uplink data TB before transmission of the second uplink data TB; receiving an indication indicating whether to resume transmission of the first uplink data TB after the transmission of the second uplink TB; determining to resume or not to resume the transmission of the first uplink TB based on the indication; and resuming the transmission of the first uplink TB in the first TTI after the transmission of the second uplink TB if the UE has determined to resume the transmission of the first uplink TB, wherein the first TTI length is larger than the second TTI length, the first and the second TTI overlap at least in one symbol, the first TTI starts earlier than the second TTI. interrupting the transmission of the first uplink data TB before transmission of the second uplink data TB; receiving an indication indicating whether to resume transmission of the first uplink data TB after the transmission of the second uplink TB; determining to resume or not to resume the transmission of the first uplink TB based on the indication; and resuming the transmission of the first uplink TB in the first TTI after the transmission of the second uplink TB if the UE has determined to resume the transmission of the first uplink TB, wherein the first TTI length is larger than the second TTI length, the first and the second TTI overlap at least in one symbol, the first TTI starts earlier than the second TTI.
A system lubricating oil composition for a crosshead diesel engine, comprising: a base oil (A) with a kinematic viscosity at 100°C of 8.2 mm 2 /s to 12.6 mm 2 /s and a saturated hydrocarbon content of 90% by mass or more; a metallic detergent (B); and a zinc dithiophosphate (C), wherein a content of the metallic detergent (B) is 2.5 mmol or more as a soap content concentration per 100 g of the composition, a content by percentage of the metallic detergent (B) is, in terms of total content of the composition, 1.5 to 8.0 % mass, a phosphorous content is 350 mass ppm to 1000 mass ppm, and a base number is 7.5 mg KOH/g or more as measured according to the perchloric acid method of section 7 of JIS K2501. a base oil (A) with a kinematic viscosity at 100°C of 8.2 mm 2 /s to 12.6 mm 2 /s and a saturated hydrocarbon content of 90% by mass or more; a metallic detergent (B); and a zinc dithiophosphate (C), wherein a content of the metallic detergent (B) is 2.5 mmol or more as a soap content concentration per 100 g of the composition, a content by percentage of the metallic detergent (B) is, in terms of total content of the composition, 1.5 to 8.0 % mass, a phosphorous content is 350 mass ppm to 1000 mass ppm, and a base number is 7.5 mg KOH/g or more as measured according to the perchloric acid method of section 7 of JIS K2501.
Use of at least one diglycerol ester in combination with at least one phosphate for enhancing the flowability of a transparent polycarbonate composition, wherein a transparent polycarbonate composition exhibits a transmission, determined to ISO 13468 for a thickness of 4 mm, of at least 86% in the range from 400 nm to 800 nm.
An organic-inorganic hybrid adsorbent material capable of adsorbing metal cations, preferably radioactive metal cations from Co, Cs and Sr nuclear effluents, the said hybrid material comprising a clay support with a lamellar structure comprising nanoparticles in the form of multilayer sheets with Na + cations in the spaces between the said nanoparticles in electrostatic bonds with negative charges of said nanoparticles, called interlayer spaces, the said nanoparticles each consisting of several stacked layers, including at least one layer of Si compounds, and at least one layer comprising said negative charges, characterized in that said material comprises a clay support of lamellar structure of formula Na 0.7 [(Mg 5.5 , Li 0.3 )Si 4 O 10 (OH) 2 ] 2 made up of the said nanoparticles in the form of multilayer sheets each consisting of 3 stacked layers including one so-called octahedral layer of compound (Mg,Li)O 6 comprising the said negative charges, disposed between two so-called tetrahedral layers of SiO 4 compounds, said clay being chemically modified by: grafting of at least one graft comprising at least one organic molecule capable of establishing a covalent bond with an Si atom of a said nanoparticle layer, and further comprising at least one organic functional group capable of complexing a said effluent metal cation, wherein said graft comprises an R-Si organic molecule residue (OR') 3 wherein: (a) the silyl group of formula -Si (OR') 3 comprises at least one of R' which is a group capable of being hydrolyzed so that at least one O atom of said silyl group is engaged in a said Si-O-Si covalent bond, and (b) R is an alkyl or aryl substituted with at least one -NH 2 group, the said material having a rate of grafting of said grafts onto the clay support of 0.1 to 0.55 mmole/g measured by thermogravimetry in air atmosphere and with a temperature increase of the order of 2°C per minute from 30 to 900°C. grafting of at least one graft comprising at least one organic molecule capable of establishing a covalent bond with an Si atom of a said nanoparticle layer, and further comprising at least one organic functional group capable of complexing a said effluent metal cation, wherein said graft comprises an R-Si organic molecule residue (OR') 3 wherein: (a) the silyl group of formula -Si (OR') 3 comprises at least one of R' which is a group capable of being hydrolyzed so that at least one O atom of said silyl group is engaged in a said Si-O-Si covalent bond, and (b) R is an alkyl or aryl substituted with at least one -NH 2 group, (a) the silyl group of formula -Si (OR') 3 comprises at least one of R' which is a group capable of being hydrolyzed so that at least one O atom of said silyl group is engaged in a said Si-O-Si covalent bond, and (b) R is an alkyl or aryl substituted with at least one -NH 2 group, the said material having a rate of grafting of said grafts onto the clay support of 0.1 to 0.55 mmole/g measured by thermogravimetry in air atmosphere and with a temperature increase of the order of 2°C per minute from 30 to 900°C.
A planting system for building surfaces, comprising at least one water basin arranged on a building and having a water overflow system adjusting a water level of 10 cm to 25 cm within the water basin , wherein at least one module insert is formed in the water basin , into which a plant, in particular a cultivation pot is insertable or onto which a vegetation cover is insertable, wherein the module insert is designed such that between a bottom of the water basin and the module insert , a vegetation space is formed, which is formed by a water level and an atmosphere portion formed between the water level and the module insert , wherein the water basin is designed on an oblique roof unit , and the roof unit is a part of a residential building or of an office building or of a carport or a garage or a roofing (31; 70), and wherein the water basin is designed to be planar to the roof unit , and the bottom of the water basin is adapted to the roof inclination so that different water levels are formed within the water basin, and furthermore the planting system for building surfaces comprises a compensation element , whereby the module inserts may be designed in ideal portions of the water basin with respect to the water level. at least one water basin arranged on a building and having a water overflow system adjusting a water level of 10 cm to 25 cm within the water basin , wherein at least one module insert is formed in the water basin , into which a plant, in particular a cultivation pot is insertable or onto which a vegetation cover is insertable, wherein the module insert is designed such that between a bottom of the water basin and the module insert , a vegetation space is formed, which is formed by a water level and an atmosphere portion formed between the water level and the module insert , wherein the water basin is designed on an oblique roof unit , and the roof unit is a part of a residential building or of an office building or of a carport or a garage or a roofing (31; 70), and wherein the water basin is designed to be planar to the roof unit , and the bottom of the water basin is adapted to the roof inclination so that different water levels are formed within the water basin, and furthermore the planting system for building surfaces comprises a compensation element , whereby the module inserts may be designed in ideal portions of the water basin with respect to the water level.
A flow cytometer comprising: a flow cell ; a liquid sending unit configured to send a liquid into the flow cell ; a controller configured to obtain information related to a flow velocity of the liquid flowing in the flow cell ; a light source configured to irradiate the liquid flowing in the flow cell with light; and a detector configured to detect light generated from a particle in the liquid irradiated with light, wherein the controller changes a liquid sending condition for the liquid sending unit , based on the obtained information related to the flow velocity, and characterised in that the controller calculates the information related to the flow velocity, based on an optical property of the particle flowing in the flow cell. a flow cell ; a liquid sending unit configured to send a liquid into the flow cell ; a controller configured to obtain information related to a flow velocity of the liquid flowing in the flow cell ; a light source configured to irradiate the liquid flowing in the flow cell with light; and a detector configured to detect light generated from a particle in the liquid irradiated with light, wherein the controller changes a liquid sending condition for the liquid sending unit , based on the obtained information related to the flow velocity, and characterised in that the controller calculates the information related to the flow velocity, based on an optical property of the particle flowing in the flow cell.
A thermoplastic elastomer composition comprising 10 to 80 parts by mass of polyolefin resin (A), 10 to 80 parts by mass of styrene-based thermoplastic elastomer (B), and 1 to 20 parts by mass of at least partially crosslinked rubber (C) (with the total amount of the components (A), (B) and (C) being 100 parts by mass), wherein the composition has a type D hardness (i.e., the instantaneous value) of 35 or more and 70 or less in accordance with JIS K6253.
A composition comprising bone marrow stromal cells attached to fibrin microbeads comprising crosslinked hyaluronic acid for use in a method for promoting cartilage growth and/or repair, comprising administering the composition locally to a site for cartilage growth and/or repair in a subject in need thereof, thereby producing stable cartilage locally at the site in the subject.
A turbine vane for a gas turbine engine , comprising: a vane outer surface exposed to flowpath gases of the gas turbine engine; and a cooling channel (76; 76a; 76b) disposed in the turbine vane, wherein the cooling channel is a skin core cooling passage formed between the vane outer surface and a main body supply cavity , characterised in that the turbine vane further comprises: at least one channel rib disposed in the cooling channel extending across the cooling channel from a channel inner surface to a channel outer surface , the at least one channel rib extending between a vane leading edge and a vane trailing edge in a substantially axial direction; a cooling slot branching from and extending from the cooling channel to a slot outlet at the vane outer surface, the slot outlet having a radial width greater than an axial length ; and a slot teardrop extending across the cooling slot from a slot inner surface to a slot outer surface . a vane outer surface exposed to flowpath gases of the gas turbine engine; and a cooling channel (76; 76a; 76b) disposed in the turbine vane, wherein the cooling channel is a skin core cooling passage formed between the vane outer surface and a main body supply cavity , characterised in that the turbine vane further comprises: at least one channel rib disposed in the cooling channel extending across the cooling channel from a channel inner surface to a channel outer surface , the at least one channel rib extending between a vane leading edge and a vane trailing edge in a substantially axial direction; a cooling slot branching from and extending from the cooling channel to a slot outlet at the vane outer surface, the slot outlet having a radial width greater than an axial length ; and a slot teardrop extending across the cooling slot from a slot inner surface to a slot outer surface . at least one channel rib disposed in the cooling channel extending across the cooling channel from a channel inner surface to a channel outer surface , the at least one channel rib extending between a vane leading edge and a vane trailing edge in a substantially axial direction; a cooling slot branching from and extending from the cooling channel to a slot outlet at the vane outer surface, the slot outlet having a radial width greater than an axial length ; and a slot teardrop extending across the cooling slot from a slot inner surface to a slot outer surface .
A method of producing a rail for a stairlift , wherein the method comprises: a) providing a curved support for the rail ; b) providing a first pin ; c) positioning and mounting the first pin on the curved support ; d) repeating b) to c) for subsequent pins creating a rack on the curved support with individually positioned pins ; and, e) mounting a guiding strip against the pins , wherein mounting the guiding strip against the pins comprises welding the guiding strip near a second end of the pin and on a side of the pin or on top of the second end of the pins . a) providing a curved support for the rail ; b) providing a first pin ; c) positioning and mounting the first pin on the curved support ; d) repeating b) to c) for subsequent pins creating a rack on the curved support with individually positioned pins ; and, e) mounting a guiding strip against the pins , wherein mounting the guiding strip against the pins comprises welding the guiding strip near a second end of the pin and on a side of the pin or on top of the second end of the pins .
A LED illumination source comprising: one or a plurality of LED illumination modules , each LED illumination module comprising a plurality of LED clusters , wherein each LED cluster comprises a LED array which is rotated by an angle of rotation with respect to an axis which is parallel to a predefined direction of sweep , characterised in that groups of LEDs of the plurality of LED clusters are electrically linked in current chains wherein LEDs in each of the groups of LEDs are electrically linked along a line which is diagonal to the direction of sweep at an angle which is greater than the angle of rotation of the LED clusters.
A composition for use in a method for treating a triple negative breast cancer in an individual, the method comprising administering to the individual the composition as a combination therapy which comprises an antagonist of a Programmed Death 1 protein (PD-1) and eribulin or a pharmaceutically acceptable salt thereof, and; wherein the PD-1 antagonist is pembrolizumab.
An electronic device (13; 32; 43; 45; 64; 900; 101) that is configured as a host of a distributed ledger (16 ;36; 43; 46; 102), the permission to access the distributed ledger (16 ;36; 43; 46; 102) being location based, wherein the electronic device (13; 32; 43; 45; 64; 900; 101) is integrated into a road side unit (13; 32; 43; 45; 64), wherein one or more vehicles are assigned to the distributed ledger (16 ;36; 43; 46; 102) based on their respective distance to the road side unit, wherein the one or more vehicles provide information to the road side unit (13; 32; 43; 45; 64) and wherein the road side unit (13; 32; 43; 45; 64) determines rules for the next actions of the one or more vehicles based on this information, wherein the road side unit (13; 32; 43; 45; 64) provides the rules to the one or more vehicles, wherein the one or more vehicles confirm the rules for the next actions of the one or more vehicles by providing their consensus to these rules to the road side unit (13; 32; 43; 45; 64), wherein the road side unit (13; 32; 43; 45; 64) stores this consensus as smart contracts (15a-b; 35) in the distributed ledger (16 ;36; 43; 46; 102). wherein the electronic device (13; 32; 43; 45; 64; 900; 101) is integrated into a road side unit (13; 32; 43; 45; 64), wherein one or more vehicles are assigned to the distributed ledger (16 ;36; 43; 46; 102) based on their respective distance to the road side unit, wherein the one or more vehicles provide information to the road side unit (13; 32; 43; 45; 64) and wherein the road side unit (13; 32; 43; 45; 64) determines rules for the next actions of the one or more vehicles based on this information, wherein the road side unit (13; 32; 43; 45; 64) provides the rules to the one or more vehicles, wherein the one or more vehicles confirm the rules for the next actions of the one or more vehicles by providing their consensus to these rules to the road side unit (13; 32; 43; 45; 64), wherein the road side unit (13; 32; 43; 45; 64) stores this consensus as smart contracts (15a-b; 35) in the distributed ledger (16 ;36; 43; 46; 102).
A spark plug comprising: a metal shell having an almost cylindrical shape and having a ground electrode on a front end side thereof; a cylindrical ceramic insulator having an axial hole therein and held in the metal shell , the axial hole having a small-diameter portion , and a large-diameter portion that is larger in diameter than the small-diameter portion and that is connected to a rear end of the small-diameter portion via a stepped portion ; a resistor arranged in the large-diameter portion; a center electrode having a head portion , a flange portion and a leg portion , the flange portion projecting in a radial direction in the large-diameter portion to contact with the stepped portion, the leg portion arranged in the small-diameter portion so as to extend from the flange portion toward the front end side; and a seal body arranged in the large-diameter portion, the seal body includes a conductive seal body which contacts the head portion , and an insulating seal body that comes into contact with the ceramic insulator, the center electrode, and the conductive seal body, characterized in that the conductive seal body contacts the resistor to achieve an electrical connection between the center electrode and the resistor,and a main component of the insulating seal body is glass and the insulating seal body contains at least one of nickel oxide (II) and titanium dioxide. a metal shell having an almost cylindrical shape and having a ground electrode on a front end side thereof; a cylindrical ceramic insulator having an axial hole therein and held in the metal shell , the axial hole having a small-diameter portion , and a large-diameter portion that is larger in diameter than the small-diameter portion and that is connected to a rear end of the small-diameter portion via a stepped portion ; a resistor arranged in the large-diameter portion; a center electrode having a head portion , a flange portion and a leg portion , the flange portion projecting in a radial direction in the large-diameter portion to contact with the stepped portion, the leg portion arranged in the small-diameter portion so as to extend from the flange portion toward the front end side; and a seal body arranged in the large-diameter portion, the seal body includes a conductive seal body which contacts the head portion , and an insulating seal body that comes into contact with the ceramic insulator, the center electrode, and the conductive seal body, characterized in that the conductive seal body contacts the resistor to achieve an electrical connection between the center electrode and the resistor,and a main component of the insulating seal body is glass and the insulating seal body contains at least one of nickel oxide (II) and titanium dioxide.