mhurhangee/patent-ind-claim-en huggingface dataset:
A positive electrode active material for a secondary battery, the positive electrode active material comprising: a lithium cobalt oxide; a coating layer including element A and formed on a surface of particles of the lithium cobalt oxide; and a dopant containing element B which is substituted in the lithium cobalt oxide, wherein the element A and the element B are each independently at least one selected from the group consisting of aluminum (Al), titanium (Ti), magnesium (Mg), zirconium (Zr), barium (Ba), calcium (Ca), tantalum (Ta), niobium (Nb), and molybdenum (Mo), and a molar ratio of the element A in the coating layer : the element B of the dopant is greater than 1 : 1 and equal to or smaller than 10 : 1, wherein the element A and the element B are a same element. a lithium cobalt oxide; a coating layer including element A and formed on a surface of particles of the lithium cobalt oxide; and a dopant containing element B which is substituted in the lithium cobalt oxide, wherein the element A and the element B are each independently at least one selected from the group consisting of aluminum (Al), titanium (Ti), magnesium (Mg), zirconium (Zr), barium (Ba), calcium (Ca), tantalum (Ta), niobium (Nb), and molybdenum (Mo), and a molar ratio of the element A in the coating layer : the element B of the dopant is greater than 1 : 1 and equal to or smaller than 10 : 1,
A method for producing a halogenated isoolefin-based polymer, the method comprising: irradiating an alkylstyrene-containing isoolefin-based polymer with light in presence of a halogen molecule, the alkylstyrene-containing isoolefin-based polymer having been polymerized by a living cationic polymerization involving use of titanium chloride as a Lewis acid catalyst, the alkylstyrene-containing isoolefin-based polymer containing titanium oxide derived from titanium chloride. irradiating an alkylstyrene-containing isoolefin-based polymer with light in presence of a halogen molecule, the alkylstyrene-containing isoolefin-based polymer having been polymerized by a living cationic polymerization involving use of titanium chloride as a Lewis acid catalyst, the alkylstyrene-containing isoolefin-based polymer containing titanium oxide derived from titanium chloride.
A method of measuring enzymatic activity of a lysosomal enzyme, comprising steps of: contacting a sample comprising a lysosomal enzyme of interest with cells containing a substrate of the lysosomal enzyme labeled with a radioactive isotope cleavable by the lysosomal enzyme, under conditions that allow the lysosomal enzyme to cleave the radioactive isotope from the substrate, wherein the cells are attached to a scintillant base such that scintillation events are indicative of radioactive emission level associated with the cells; measuring a change of radioactive emission level associated with the cells by detecting scintillation events as compared to baseline scintillation events before the contacting step; and determining the enzymatic activity of the lysosomal enzyme based on the change of radioactive emission level associated with the cells as compared to a control, wherein the method does not involve lysis of the cells. contacting a sample comprising a lysosomal enzyme of interest with cells containing a substrate of the lysosomal enzyme labeled with a radioactive isotope cleavable by the lysosomal enzyme, under conditions that allow the lysosomal enzyme to cleave the radioactive isotope from the substrate, wherein the cells are attached to a scintillant base such that scintillation events are indicative of radioactive emission level associated with the cells; measuring a change of radioactive emission level associated with the cells by detecting scintillation events as compared to baseline scintillation events before the contacting step; and determining the enzymatic activity of the lysosomal enzyme based on the change of radioactive emission level associated with the cells as compared to a control, wherein the method does not involve lysis of the cells.
An oral care composition comprising: a) calcium silicate; b) from 1 to 20% by weight of a potassium phosphate salt; c) a tubule blockage enhancer of calcium dihydrogen phosphate; and d) a physiologically acceptable carrier; wherein the calcium silicate and the potassium phosphate salt is present in a weight ratio from 10:1 to 1:5. a) calcium silicate; b) from 1 to 20% by weight of a potassium phosphate salt; c) a tubule blockage enhancer of calcium dihydrogen phosphate; and d) a physiologically acceptable carrier;
A method for blending video data with graphics data in a video receiver, the method comprising: receiving input video data and input dynamic metadata for the input video data, wherein the input video data is at a video dynamic range ; receiving input graphics data at a graphics dynamic range different from the video dynamic range ; receiving display identification data from a target display to which the video receiver is linked over a video interface, wherein the display identification data from the target display specifies a target dynamic range of the target display ; generating, based at least in part on (a) the input dynamic metadata, (b) the display identification data, and (c) a numeric interpolation factor, interpolated dynamic metadata , wherein the interpolated dynamic metadata specifies a source dynamic range that has a maximum luminance interpolated between a maximum luminance of the video dynamic range and a maximum luminance of the target dynamic range; blending the input video data and the input graphics data based at least in part on the interpolated dynamic metadata into graphics blended video data ; and sending the graphics blended video data and the interpolated dynamic metadata to the target display for rendering graphics blended images represented in the graphics blended video data receiving input video data and input dynamic metadata for the input video data, wherein the input video data is at a video dynamic range ; receiving input graphics data at a graphics dynamic range different from the video dynamic range ; receiving display identification data from a target display to which the video receiver is linked over a video interface, wherein the display identification data from the target display specifies a target dynamic range of the target display ; generating, based at least in part on (a) the input dynamic metadata, (b) the display identification data, and (c) a numeric interpolation factor, interpolated dynamic metadata , wherein the interpolated dynamic metadata specifies a source dynamic range that has a maximum luminance interpolated between a maximum luminance of the video dynamic range and a maximum luminance of the target dynamic range; blending the input video data and the input graphics data based at least in part on the interpolated dynamic metadata into graphics blended video data ; and sending the graphics blended video data and the interpolated dynamic metadata to the target display for rendering graphics blended images represented in the graphics blended video data
A compound of formula (I): wherein, op Su is R O is C 1-3 alkyl; n is any integer of 2 to 5; k1 and k2 are independently 1, 3, or 5; i is independently an integer of 1 to 20; j is independently an integer of 1 to 20; P1 and P2 are independently a payload having the following structure: op Su is R O is C 1-3 alkyl; n is any integer of 2 to 5; k1 and k2 are independently 1, 3, or 5; i is independently an integer of 1 to 20; j is independently an integer of 1 to 20; P1 and P2 are independently a payload having the following structure:
A relay device comprising: a relay unit that relays a wireless signal between a first device that is a connection destination and one or more subordinate second devices ; and a control unit that assigns a network layer IP address, which has a prefix portion that is at least partially common, to each of the one or more second devices , characterized that the relay unit is configured to divert a bearer or IP flow set between the relay device and a packet data network gateway, P-GW, for a section between the relay device and the P-GW in a bearer or IP flow set between the second devices and the P-GW without individually establishing bearers or IP flows from the relay device to the P-GW. a relay unit that relays a wireless signal between a first device that is a connection destination and one or more subordinate second devices ; and a control unit that assigns a network layer IP address, which has a prefix portion that is at least partially common, to each of the one or more second devices , characterized that the relay unit is configured to divert a bearer or IP flow set between the relay device and a packet data network gateway, P-GW, for a section between the relay device and the P-GW in a bearer or IP flow set between the second devices and the P-GW without individually establishing bearers or IP flows from the relay device to the P-GW.
Cable connector for high current carrying cables, with - a first and a second connecting piece each having a contact socket for connection to one end of the cable, and - fastening means for detachably connecting the connecting pieces to one another, wherein - each of the connecting pieces has an electrical contact surface , the contact surfaces being inclined such that, when the connecting pieces are pulled apart in a longitudinal direction, the contact surfaces are pressed flat against one another, characterized in that - the fastening means extend transversely through the cable connector. - a first and a second connecting piece each having a contact socket for connection to one end of the cable, and - fastening means for detachably connecting the connecting pieces to one another, wherein - each of the connecting pieces has an electrical contact surface , the contact surfaces being inclined such that, when the connecting pieces are pulled apart in a longitudinal direction, the contact surfaces are pressed flat against one another, characterized in that - the fastening means extend transversely through the cable connector.
A method for configuring a gas detector device which has moved from a first location zone to a second location zone , the method controlled by a central station , and comprising the steps of: determining that the gas detector device is in the second location zone, wherein the gas detector device is configured to hold a plurality of gas sensors at the same time; deactivating a first sensor of the plurality of gas sensors in the gas detector device which is required to detect a first gas in the first location zone; activating a second sensor of the plurality of gas sensors in the gas detector device which is required to detect a second gas in the second location zone; and detecting the second gas, by the second sensor of the plurality of gas sensors in the gas detector device, in the second location zone. determining that the gas detector device is in the second location zone, wherein the gas detector device is configured to hold a plurality of gas sensors at the same time; deactivating a first sensor of the plurality of gas sensors in the gas detector device which is required to detect a first gas in the first location zone; activating a second sensor of the plurality of gas sensors in the gas detector device which is required to detect a second gas in the second location zone; and detecting the second gas, by the second sensor of the plurality of gas sensors in the gas detector device, in the second location zone.
A shielded coaxial connector (700A; 800A; 900A;1000A; 1100A; 1200A; 1300A) for use in cable and satellite television signal distribution systems, the connector including a hollow metallic body (702; 802; 902; 1002; 1102; 1202; 1302) wherein it comprises: within the body, a midbody waveguide (710; 810; 910; 1110; 1210; 1310); a stationary center conductor (704; 804; 904; 1004; 1104; 1204; 1304) and a moveable center conductor (706; 806; 906; 1006; 1106; 1206; 1306) which is biased by a biasing force means (889; 989; 1089; 1189; 1289; 1389), the center conductors being operable as a single pole, single throw disconnect switch via movement of one of the center conductors through waveguide aperture (712; 812; 987; 1012; 1112; 1212; 1312) in the waveguide; and, the waveguide aperture having a maximum diameter dimension (d11, 500D) not exceeding 3.0 mm; wherein the disconnect switch and the waveguide interoperate to shield the stationary center conductor from stray radio frequency signals when the disconnect switch is open and wherein the disconnect switch enables conduction of radio frequency signals through the connector when the disconnect switch is closed. within the body, a midbody waveguide (710; 810; 910; 1110; 1210; 1310); a stationary center conductor (704; 804; 904; 1004; 1104; 1204; 1304) and a moveable center conductor (706; 806; 906; 1006; 1106; 1206; 1306) which is biased by a biasing force means (889; 989; 1089; 1189; 1289; 1389), the center conductors being operable as a single pole, single throw disconnect switch via movement of one of the center conductors through waveguide aperture (712; 812; 987; 1012; 1112; 1212; 1312) in the waveguide; and, the waveguide aperture having a maximum diameter dimension (d11, 500D) not exceeding 3.0 mm; wherein the disconnect switch and the waveguide interoperate to shield the stationary center conductor from stray radio frequency signals when the disconnect switch is open and wherein the disconnect switch enables conduction of radio frequency signals through the connector when the disconnect switch is closed.
Method for controlling the stationary dog clutching of an idler gearwheel on a secondary shaft of a gearbox with parallel shafts by moving a sliding gear coupled in rotation with the shaft in the direction of the gearwheel without the intervention of mechanical synchronization members, wherein, if one of the idler gearwheel and of a dog clutch of the sliding gear rotates during the request for dog clutching, the implementation of a dog clutching operation passes through two successive phases of synchronization of the speeds of the idler gear and of the dog clutch followed by the translational movement of the sliding gear, characterized in that : - if the dog clutch and the idler gearwheel are rotationally immobile during the request for dog clutching, the translational movement of the sliding gear towards the gearwheel is activated without prior synchronization, and - if the dog clutching engagement threshold has not been crossed at the end of a time delay, a rotation of the gearwheel is activated at the end of the free flight travel of the sliding gear in order to place the teeth of the one in the place of the holes of the other. - if the dog clutch and the idler gearwheel are rotationally immobile during the request for dog clutching, the translational movement of the sliding gear towards the gearwheel is activated without prior synchronization, and - if the dog clutching engagement threshold has not been crossed at the end of a time delay, a rotation of the gearwheel is activated at the end of the free flight travel of the sliding gear in order to place the teeth of the one in the place of the holes of the other.
A system for generating a quantum electrodynamic (QED) interaction, the system comprising: an optical pulse generator; and a vacuum chamber comprising a parabolic transmission mirror in an ultra-high vacuum region within the vacuum chamber, the parabolic transmission mirror configured to produce the QED interaction in the ultra-high vacuum region based on an optical pulse from the optical pulse generator, the parabolic transmission mirror comprising: an optical inlet at a first end of the parabolic transmission mirror; an optical outlet at a second, opposite end of the parabolic transmission mirror; and a parabolic reflective surface about an internal volume of the parabolic transmission mirror between the first and second ends, wherein the parabolic reflective surface extends from the optical inlet to the optical outlet and defines a focal point outside the internal volume of the parabolic transmission mirror. an optical pulse generator; and a vacuum chamber comprising a parabolic transmission mirror in an ultra-high vacuum region within the vacuum chamber, the parabolic transmission mirror configured to produce the QED interaction in the ultra-high vacuum region based on an optical pulse from the optical pulse generator, the parabolic transmission mirror comprising: an optical inlet at a first end of the parabolic transmission mirror; an optical outlet at a second, opposite end of the parabolic transmission mirror; and a parabolic reflective surface about an internal volume of the parabolic transmission mirror between the first and second ends, wherein the parabolic reflective surface extends from the optical inlet to the optical outlet and defines a focal point outside the internal volume of the parabolic transmission mirror. an optical inlet at a first end of the parabolic transmission mirror; an optical outlet at a second, opposite end of the parabolic transmission mirror; and a parabolic reflective surface about an internal volume of the parabolic transmission mirror between the first and second ends, wherein the parabolic reflective surface extends from the optical inlet to the optical outlet and defines a focal point outside the internal volume of the parabolic transmission mirror.
A catalyst loading tray for loading particulate material into a catalytic reactor comprising an upper tubesheet and an array of reaction tubes extending downward from the tubesheet; wherein the catalyst loading tray comprises: a loading template comprising a plurality of catalyst loading openings ; one or more supports for spacing the loading template above the tubesheet to form a volume between the loading template and the upper tubesheet; and a vacuum outlet for application of suction to the volume between the loading template and the upper tubesheet. a loading template comprising a plurality of catalyst loading openings ; one or more supports for spacing the loading template above the tubesheet to form a volume between the loading template and the upper tubesheet; and a vacuum outlet for application of suction to the volume between the loading template and the upper tubesheet.
Admixture for a cementitious composition, comprising: a) 9 to 75 weight%, relative to the total weight of the admixture, of metallic fibres, b) 18 to 74 weight%, relative to the total weight of the admixture, of calcium nitrate, c) 3 to 24 weight%, relative to the total weight of the admixture, of aluminium nitrate, d) 1.6 to 12.5 weight%, relative to the total weight of the admixture, of a superplasticizer (SP), and e) 0 to 1 weight%, relative to the total weight of the admixture, of an air entraining agent (AEA), wherein the sum of components a), b), c), d) and e) adds up to 100 weight%. a) 9 to 75 weight%, relative to the total weight of the admixture, of metallic fibres, b) 18 to 74 weight%, relative to the total weight of the admixture, of calcium nitrate, c) 3 to 24 weight%, relative to the total weight of the admixture, of aluminium nitrate, d) 1.6 to 12.5 weight%, relative to the total weight of the admixture, of a superplasticizer (SP), and e) 0 to 1 weight%, relative to the total weight of the admixture, of an air entraining agent (AEA),
Operator control device for a vehicle, having an operator control element which can be operated by an operator and which can be pressed from a home position into an activation position, and having an electronic switching element which can be activated by pressing the operator control element , wherein the operator control element is pivotably mounted on a carrier part, and if pressing out of the home position into the activation position occurs it can be pivoted about a pivoting axis , characterized in that the operator control element is additionally embodied as a slide switch and is mounted so as to be capable of sliding in a sliding direction , wherein the operator control device has a detection device by means of which the sliding of the operator control element can be detected.
An air conditioner, comprising a bottom housing , a motor , and an impeller rotatablely mounted on the bottom housing , wherein the air conditioner further comprises a toggle blade , an impeller shaft of the impeller is connected to a motor shaft of the motor , the toggle blade is adapted to drive the impeller to move over a distance along an axial direction of the impeller, so as to realize a completely disengage between the impeller shaft and the motor shaft during a disassembly process, when the impeller is needed to be separated from the motor , only the toggle blade needs to be toggled, and the toggle blade drives the impeller to move away from the motor , thereby completing the disassembly process of the impeller ; wherein the toggle blade comprises a driving portion and a pushing portion , the driving portion is movably mounted on a component adjacent to the impeller , and the driving portion of the toggle blade drives the pushing portion to realize the axial movement of the impeller ; the impeller is a cross-flow impeller; the component adjacent to the impeller is the bottom housing ; wherein, the toggle blade further comprises a limiting portion fixedly connected with the pushing portion , and the toggle blade and the component on which the toggle blade is mounted are locked by the limiting portion , when the impeller is separated from the motor. when the impeller is needed to be separated from the motor , only the toggle blade needs to be toggled, and the toggle blade drives the impeller to move away from the motor , thereby completing the disassembly process of the impeller ; wherein the toggle blade comprises a driving portion and a pushing portion , the driving portion is movably mounted on a component adjacent to the impeller , and the driving portion of the toggle blade drives the pushing portion to realize the axial movement of the impeller ; the impeller is a cross-flow impeller; the component adjacent to the impeller is the bottom housing ; wherein, the toggle blade further comprises a limiting portion fixedly connected with the pushing portion , and the toggle blade and the component on which the toggle blade is mounted are locked by the limiting portion , when the impeller is separated from the motor.
Connection unit suitable for mounting in a mounting volume of a predetermined size of a building, comprising: • a housing intended to receive at least some of the functional elements of the connection unit and designed as a housing pot having a pot opening , a peripheral pot side wall and a pot base , and • a mounting frame having a substantially planar base plate by means of which the connection unit can be attached to a surface of the building, the housing pot comprising a housing main part and a housing cover part which can be interconnected, the line of separation between the housing main part and the housing cover part extending from a first edge portion of the pot opening , through a first portion of the pot side wall , then through the pot base and then further through a second portion of the pot side wall and ending in a second edge portion of the pot opening , characterised in that at least one pair of guide rails (44-1, 44-2, 44-3) which extend substantially orthogonally to the line of separation are provided on the housing main part for guiding a printed circuit board (42-1, 42-2, 42-3) or a plurality of printed circuit boards (42-1,42-2, 42-3) of an electronic assembly of the connection unit . • a housing intended to receive at least some of the functional elements of the connection unit and designed as a housing pot having a pot opening , a peripheral pot side wall and a pot base , and • a mounting frame having a substantially planar base plate by means of which the connection unit can be attached to a surface of the building,