mhurhangee/ep-ind-claims huggingface dataset:
A shuttle valve (112, 200) comprising: a valve body defining a first longitudinal bore therein, wherein the valve body comprises a first inlet, a second inlet, and an outlet; a cage disposed in the first longitudinal bore coaxial with the valve body, wherein the cage defines a second longitudinal bore therein, wherein the outlet is fluidly coupled to an annular area formed between an exterior peripheral surface of the cage and an interior peripheral surface of the valve body; a spool shiftably mounted within the second longitudinal bore and configured to move axially therein to shift between: (i) a first position adjacent to the first inlet, wherein at the first position the spool blocks the first inlet while allowing pressurized fluid to flow from the second inlet to the annular area and the outlet, and (ii) a second position adjacent to the second inlet, wherein at the second position the spool blocks the second inlet while allowing pressurized fluid to flow from the first inlet to the annular area and the outlet, characterised in that the shuttle valve further comprises: a pin mounted and extending longitudinally within the second longitudinal bore at an end of the cage adjacent to the first inlet; wherein the spool includes a blind hole formed at an end thereof facing the pin and coaxial therewith, such that as the spool shifts from the second position to the first position, a portion of the pin is received within the blind hole of the spool. a valve body defining a first longitudinal bore therein, wherein the valve body comprises a first inlet, a second inlet, and an outlet; a cage disposed in the first longitudinal bore coaxial with the valve body, wherein the cage defines a second longitudinal bore therein, wherein the outlet is fluidly coupled to an annular area formed between an exterior peripheral surface of the cage and an interior peripheral surface of the valve body; a spool shiftably mounted within the second longitudinal bore and configured to move axially therein to shift between: (i) a first position adjacent to the first inlet, wherein at the first position the spool blocks the first inlet while allowing pressurized fluid to flow from the second inlet to the annular area and the outlet, and (ii) a second position adjacent to the second inlet, wherein at the second position the spool blocks the second inlet while allowing pressurized fluid to flow from the first inlet to the annular area and the outlet, characterised in that the shuttle valve further comprises: a pin mounted and extending longitudinally within the second longitudinal bore at an end of the cage adjacent to the first inlet; wherein the spool includes a blind hole formed at an end thereof facing the pin and coaxial therewith, such that as the spool shifts from the second position to the first position, a portion of the pin is received within the blind hole of the spool.
An adhesive sheet comprising: a base material, a primer layer, and an adhesive layer cured by radiation, arranged in this order; wherein the primer layer contains a cross-linked polyurethane comprising a polyol and a polyisocyanate; wherein the polyol is selected from the group consisting of a polyoxypropylene polyol, a polyoxyethylene polyoxypropylene polyol, and combinations thereof; and wherein the polyisocyanate contains a tri- or higher-functional polyisocyanate. a base material, a primer layer, and an adhesive layer cured by radiation, arranged in this order; wherein the primer layer contains a cross-linked polyurethane comprising a polyol and a polyisocyanate; wherein the polyol is selected from the group consisting of a polyoxypropylene polyol, a polyoxyethylene polyoxypropylene polyol, and combinations thereof; and wherein the polyisocyanate contains a tri- or higher-functional polyisocyanate.
A powder coating composition comprising a fluorinated resin, a polyester polymer, a curing agent and an ultraviolet absorber, wherein the polyester polymer is a polyester polymer comprising units derived from a C 8-15 aromatic polybasic carboxylic acid compound and units derived from a C 2-10 polyhydric alcohol compound, wherein the fluorinated resin is a polyvinylidene fluoride, the curing agent is a blocked isocyanate curing agent and the ultraviolet absorber is an ultraviolet absorber which is selected from the group consisting of an inorganic ultraviolet absorber and an organic ultraviolet absorber, the organic ultraviolet absorber having a molecular weight of from 200 to 1,000 and a melting point of from 50 to 150°C.
Pharmaceutical composition comprising at least one active ingredient and micrometer-size lipid microcapsules comprising an oily internal phase, and a nonpolymeric envelope obtained from at least one lipid compound chosen from amphiphilic lipids, dispersed in a same pharmaceutically acceptable vehicle, and wherein the lipid microcapsules are free of said active ingredient.
A liquid medicine discharge device for being used in a liquid medicine dispensing device having a mounting module comprising: a nozzle plate having a nozzle from which a liquid medicine can be discharged; a pressure chamber structure having an outlet on a first surface side and an inlet on a second surface side and a pressure chamber in fluid communication with the nozzle via the outlet on the first side; a flat plate-shaped base member having a rectangular shape; a liquid holding container on the second surface and in fluid communication with the pressure chamber via the inlet on the second surface; and an actuator configured to cause the liquid medicine to be ejected from the nozzle by changing pressure in the pressure chamber and including a piezoelectric element wherein the base member provided with engaging recessed portions at both ends in a longitudinal direction for mounting and fixing to the mounting module of the liquid medicine dispensing device, characterized in that the piezoelectric element is formed of a lead-free material wherein the lead-free material has a structure selected from a perovskite structure, a complex perovskite structure, an ilmenite structure, an oxide of a tungsten bronze structure, a pyrochlore perovskite structure, a layered structure oxide, and a bismuth layered structure ferroelectrics. a nozzle plate having a nozzle from which a liquid medicine can be discharged; a pressure chamber structure having an outlet on a first surface side and an inlet on a second surface side and a pressure chamber in fluid communication with the nozzle via the outlet on the first side; a flat plate-shaped base member having a rectangular shape; a liquid holding container on the second surface and in fluid communication with the pressure chamber via the inlet on the second surface; and an actuator configured to cause the liquid medicine to be ejected from the nozzle by changing pressure in the pressure chamber and including a piezoelectric element wherein the base member provided with engaging recessed portions at both ends in a longitudinal direction for mounting and fixing to the mounting module of the liquid medicine dispensing device, characterized in that the piezoelectric element is formed of a lead-free material wherein the lead-free material has a structure selected from a perovskite structure, a complex perovskite structure, an ilmenite structure, an oxide of a tungsten bronze structure, a pyrochlore perovskite structure, a layered structure oxide, and a bismuth layered structure ferroelectrics.
A method in a wireless terminal of modifying access to a Radio Access Network, the method comprising: receiving a global barring rate at the wireless terminal from the Radio Access Network; receiving a barring rate modifier at the wireless terminal from the Radio Access Network; providing a modified barring rate at the wireless terminal responsive to the global barring rate and the barring rate modifier, wherein the modified barring rate and the global barring rate are different; receiving a global access barring duration at the wireless terminal from the Radio Access Network; receiving an access barring duration modifier at the wireless terminal from the Radio Access Network; and providing a modified access barring duration at the wireless terminal responsive to the global access barring duration and the access barring duration modifier, wherein the modified access barring duration and the global access barring duration are different; providing a random number at the wireless terminal responsive to attempting to access the Radio Access Network; and responsive to the random number failing to satisfy a threshold of the modified barring rate, blocking access of the wireless terminal to the Radio Access Network for a period of time defined by the modified access barring duration. receiving a global barring rate at the wireless terminal from the Radio Access Network; receiving a barring rate modifier at the wireless terminal from the Radio Access Network; providing a modified barring rate at the wireless terminal responsive to the global barring rate and the barring rate modifier, wherein the modified barring rate and the global barring rate are different; receiving a global access barring duration at the wireless terminal from the Radio Access Network; receiving an access barring duration modifier at the wireless terminal from the Radio Access Network; and providing a modified access barring duration at the wireless terminal responsive to the global access barring duration and the access barring duration modifier, wherein the modified access barring duration and the global access barring duration are different; providing a random number at the wireless terminal responsive to attempting to access the Radio Access Network; and responsive to the random number failing to satisfy a threshold of the modified barring rate, blocking access of the wireless terminal to the Radio Access Network for a period of time defined by the modified access barring duration.
A crystal of trans-3-amino-1-methyl-3-(4-(3-phenyl-5H-imidazo[1,2-c]pyrido[3,4-e][1,3]oxazin-2-yl)phenyl)cyclobutanol having at least 5 of diffraction angle (2θ±0.1°) selected from 7.7°, 9.5°, 10.3°, 12.3°, 14.5°, 15.6°, 16.3°, 17.8°, 18.3°, 19.3°, 20.9°, 22.8°, 24.2°, 25.7°, 26.8°, 27.7°, 29.0° and 30.1° in a powder X-ray diffraction spectrum.
A non-pneumatic tire that defines radial and transverse directions and comprises a tread and a spoke (206, 206', 206") having body geometry, wherein said spoke (206, 206', 206") includes a thickness that varies along the length of the spoke (206, 206', 206") along the general radial direction that starts at one value, that gradually reduces to a second value at a first inflection point of the centerline of the spoke (206, 206', 206"), that then gradually increases to a third value at a midpoint of the centerline of the spoke (206, 206', 206"), that then reduces to a fourth value at a second inflection point of the centerline of the spoke (206, 206', 206") and that then increases again to a fifth value wherein the length of said spoke (206, 206', 206") follows a path and said path is offset from a perfectly straight path from a first end (212', 212") of said spoke (206, 206', 206") to a second end (212', 212") of said spoke (206, 206', 206").
A deep-sea hydrothermal vent extreme environment simulation system for the culture of microorganisms, comprising an industrial personal computer, wherein motor controllers of a plurality of water pumps are connected in parallel to the industrial personal computer, the inlet of each water pump is connected to a nutrient solution container, the outlet of each water pump is respectively connected to a pressure sensor and a non-return valve, the electric signal end of each pressure sensor is connected to the industrial personal computer, the outlet of each non-return valve is collected through a pipeline, the outlet collected by the pipeline is connected to the inlet of a cut-off valve, the outlet of the cut-off valve is connected to one end of a first hard tube, the other end of the first hard tube extends into a reaction kettle and is immersed at the bottom of the solution inside the reaction kettle, the reaction kettle is arranged inside a sand bath pool, and an electric signal control port of the sand bath pool is also connected to the industrial personal computer; and the system further comprises a second hard tube connected to the reaction kettle, the second hard tube is connected to the inlet of another cut-off valve, the second hard tube is also connected to another pressure sensor connected to the industrial personal computer, the outlet of the cut-off valve is connected to the inlet of a filter, the outlet of the filter is respectively connected to the inlet of an electric needle valve and the inlet of a needle valve group, the electric signal end of the electric needle valve is connected to the industrial personal computer, and both the outlet of the electric needle valve and the outlet of the needle valve group are connected to a waste solution container; the first needle valve, the second needle valve and the third needle valve constitute the needle valve group, the first needle valve, the second needle valve and the third needle valve are arranged in series.
A composition comprising at least one protein comprising an amino acid sequence having sequence identity greater than 97% to the amino acid sequence of any one of SEQ ID NOS: 58, 56 and 60.
A pressure transducer for clean environments, the transducer comprising: a process coupler configured to couple to a source of process media at a process inlet; a sensor module coupled to the process coupler, the sensor module having a pressure sensor formed of sapphire therein, wherein the pressure sensor has an electrical characteristic that varies in response to pressure.within the sensor module; a shield disposed adjacent to the process coupler and configured to obstruct substantially all lines of sight between the process inlet and the pressure sensor; the shield including a plurality of apertures; electronics coupled to the pressure sensor to measure the electrical characteristic and provide an indication thereof; wherein the process inlet and the pressure sensor are in fluidic communication; and wherein the shield is welded to the sensor module about the complete periphery of the shield in a single continuous weld. a process coupler configured to couple to a source of process media at a process inlet; a sensor module coupled to the process coupler, the sensor module having a pressure sensor formed of sapphire therein, wherein the pressure sensor has an electrical characteristic that varies in response to pressure.within the sensor module; a shield disposed adjacent to the process coupler and configured to obstruct substantially all lines of sight between the process inlet and the pressure sensor; the shield including a plurality of apertures; electronics coupled to the pressure sensor to measure the electrical characteristic and provide an indication thereof; wherein the process inlet and the pressure sensor are in fluidic communication; and wherein the shield is welded to the sensor module about the complete periphery of the shield in a single continuous weld.
An organic electroluminescent device comprising an anode layer, at least one electron transport layer comprising a first electron transport layer, an electron injection layer, a cathode layer, and an emission layer, wherein the emission layer is arranged between the anode layer and the cathode layer, wherein the first electron transport layer and the electron injection layer are arranged between the emission layer and the cathode layer, wherein the electron injection layer is arranged in direct contact to the first electron transport electron layer, wherein the first electron transport layer is arranged nearer to the anode layer and the electron injection layer is arranged nearer to the cathode layer, characterized in that the first electron transport layer comprises: - an organic phosphine matrix compound, and - a first zero-valent alkali metal; and the electron injection layer comprises: - a second zero-valent metal of an alkaline earth metal and/or rare earth metal, and - an alkali metal halide; wherein the first zero-valent alkali metal is selected from K or Rb. wherein the emission layer is arranged between the anode layer and the cathode layer, wherein the first electron transport layer and the electron injection layer are arranged between the emission layer and the cathode layer, wherein the electron injection layer is arranged in direct contact to the first electron transport electron layer, wherein the first electron transport layer is arranged nearer to the anode layer and the electron injection layer is arranged nearer to the cathode layer, characterized in that the first electron transport layer comprises: - an organic phosphine matrix compound, and - a first zero-valent alkali metal; and the electron injection layer comprises: - a second zero-valent metal of an alkaline earth metal and/or rare earth metal, and - an alkali metal halide; the first electron transport layer comprises: - an organic phosphine matrix compound, and - a first zero-valent alkali metal; and - an organic phosphine matrix compound, and - a first zero-valent alkali metal; and the electron injection layer comprises: - a second zero-valent metal of an alkaline earth metal and/or rare earth metal, and - an alkali metal halide; - a second zero-valent metal of an alkaline earth metal and/or rare earth metal, and - an alkali metal halide; wherein the first zero-valent alkali metal is selected from K or Rb.
A propulsion system comprising: a driveshaft; an electric machine coupled to the driveshaft; a combustion engine comprising an output shaft; and a one-way clutch operable with at least one of the driveshaft and the output shaft of the combustion engine, the one-way clutch allowing for a differential angular velocity of the driveshaft relative to the output shaft in a first circumferential direction and preventing a differential angular velocity of the driveshaft relative to the output shaft in a second circumferential direction; wherein the one-way clutch comprises a plurality of sprags positioned between an inner race and an outer race, wherein the outer race is fixed to the output shaft and wherein the inner race is fixed to the driveshaft; and wherein the electric machine includes a rotor fixedly coupled to the driveshaft and a stator configured to remain stationary. a driveshaft; an electric machine coupled to the driveshaft; a combustion engine comprising an output shaft; and a one-way clutch operable with at least one of the driveshaft and the output shaft of the combustion engine, the one-way clutch allowing for a differential angular velocity of the driveshaft relative to the output shaft in a first circumferential direction and preventing a differential angular velocity of the driveshaft relative to the output shaft in a second circumferential direction; wherein the one-way clutch comprises a plurality of sprags positioned between an inner race and an outer race, wherein the outer race is fixed to the output shaft and wherein the inner race is fixed to the driveshaft; and wherein the electric machine includes a rotor fixedly coupled to the driveshaft and a stator configured to remain stationary.
A method for broadcasting positioning assistance data in a wireless network performed by a location server (110, 900), the method comprising: determining the positioning assistance data to be broadcast by a base station (104, 106); partitioning the positioning assistance data into a plurality of positioning System Information Blocks, posSIBs; determining a validity time for each posSIB; determining a value tag wherein the value tag is incremented every time any of the posSIBs carried by a positioning System Information, SI, message has changed content; and sending the plurality of posSIBs, the validity time for each posSIB, and a System Information Block 1, SIB1, to the base station (104, 106) for periodically broadcasting the plurality of posSIBs, the validity time for each posSIB, and the SIB1, wherein the value tag is included in scheduling information for each positioning SI message in the SIB1, and wherein the validity time is included in each posSIB. determining the positioning assistance data to be broadcast by a base station (104, 106); partitioning the positioning assistance data into a plurality of positioning System Information Blocks, posSIBs; determining a validity time for each posSIB; determining a value tag wherein the value tag is incremented every time any of the posSIBs carried by a positioning System Information, SI, message has changed content; and sending the plurality of posSIBs, the validity time for each posSIB, and a System Information Block 1, SIB1, to the base station (104, 106) for periodically broadcasting the plurality of posSIBs, the validity time for each posSIB, and the SIB1, wherein the value tag is included in scheduling information for each positioning SI message in the SIB1, and wherein the validity time is included in each posSIB.
An allograft having an extended shelf life prepared by a process comprising: excising a quantity of allograft tissue comprising a quantity of live chondrocytes from a donor source; maintaining the excised allograft tissue above a predetermined temperature; and applying a storage media to the excised allograft tissue, the storage media containing at least one free radical scavenger for reducing free-radicals in the excised allograft tissue, wherein the free radical scavenger comprises N-Acetylcysteine. excising a quantity of allograft tissue comprising a quantity of live chondrocytes from a donor source; maintaining the excised allograft tissue above a predetermined temperature; and applying a storage media to the excised allograft tissue, the storage media containing at least one free radical scavenger for reducing free-radicals in the excised allograft tissue, wherein the free radical scavenger comprises N-Acetylcysteine.