mhurhangee/ep-ind-claims huggingface dataset:
A therapeutically effective amount of a salicylate polyanhydride ester that hydrolyzes to salicylic acid (Poly-A) particle, said salicylate polyanhydride ester having the following structure: wherein n is a polymer repeat unit, and R is a linker form the group as shown below and a pharmaceutically acceptable carrier for use in a method of treating, ameliorating, or preventing recurrence of neutrophil-mediated condition in a patient, wherein said condition is selected from acute lung injury arthritis and acute respiratory distress syndrome (ARDS). n is a polymer repeat unit, and R is a linker form the group as shown below and a pharmaceutically acceptable carrier for use in a method of treating, ameliorating, or preventing recurrence of neutrophil-mediated condition in a patient, wherein said condition is selected from acute lung injury arthritis and acute respiratory distress syndrome (ARDS).
A low-alloy steel pipe for an oil well, comprising a chemical composition consisting of, in mass %, C: not less than 0.15 % and less than 0.30 %, Si: 0.05 to 1.00 %, Mn: 0.05 to 1.00 %, P: not more than 0.030 %, S: not more than 0.0050 %, Al: 0.005 to 0.100 %, O: not more than 0.005 %, N: not more than 0.007 %, Cr: not less than 0.10 % and less than 1.00 %, Mo: more than 1.0 % and not more than 2.5 %, V: 0.01 to 0.30 %, Ti: 0.002 to 0.009 %, Nb: 0 to 0.050 %, B: 0 to 0.0050 %, Ca: 0 to 0.0050 %, and the balance being Fe and impurities, wherein the chemical composition satisfies equation, the metal microstructure of the steel pipe has a tempered martensite phase in a volume ratio of 90 % or more, the steel pipe has a wall thickness of 10 to 50 mm, the steel pipe has a crystal grain size number of prior austenite grains in accordance with ASTM E112 of not lower than 7.0, the steel pipe includes 50 or more particles of cementite with an equivalent circle diameter of not less than 200 nm being present in an area of 100 μm 2 of matrix, the steel pipe includes M 2 C-based alloy carbide in a number density of not less than 25/μm 2, wherein the particles of cementite with an equivalent circle diameter of not less than 200 nm and the M 2 C-based alloy carbide are observed and identified using TEM and EDS, and the numbers of different precipitates are counted by image analysis, and the steel pipe has a yield strength of not less than 758 MPa in accordance with 5CT of the API standard, Mo / Cr ≥ 2.0 wherein each of the chemical symbols in equation is substituted for by the content of the corresponding element in mass %. C: not less than 0.15 % and less than 0.30 %, Si: 0.05 to 1.00 %, Mn: 0.05 to 1.00 %, P: not more than 0.030 %, S: not more than 0.0050 %, Al: 0.005 to 0.100 %, O: not more than 0.005 %, N: not more than 0.007 %, Cr: not less than 0.10 % and less than 1.00 %, Mo: more than 1.0 % and not more than 2.5 %, V: 0.01 to 0.30 %, Ti: 0.002 to 0.009 %, Nb: 0 to 0.050 %, B: 0 to 0.0050 %, Ca: 0 to 0.0050 %, and the balance being Fe and impurities, wherein the chemical composition satisfies equation, the metal microstructure of the steel pipe has a tempered martensite phase in a volume ratio of 90 % or more, the steel pipe has a wall thickness of 10 to 50 mm, the steel pipe has a crystal grain size number of prior austenite grains in accordance with ASTM E112 of not lower than 7.0, the steel pipe includes 50 or more particles of cementite with an equivalent circle diameter of not less than 200 nm being present in an area of 100 μm 2 of matrix, the steel pipe includes M 2 C-based alloy carbide in a number density of not less than 25/μm 2, wherein the particles of cementite with an equivalent circle diameter of not less than 200 nm and the M 2 C-based alloy carbide are observed and identified using TEM and EDS, and the numbers of different precipitates are counted by image analysis, and the steel pipe has a yield strength of not less than 758 MPa in accordance with 5CT of the API standard, Mo / Cr ≥ 2.0
A sending method for enhanced Physical Downlink Control Channel, ePDCCH, the method comprising: determining a start position of the ePDCCH in a subframe according to a high-level signaling and/or a preset rule; and sending a pilot signal for the ePDCCH and data carried on the ePDCCH; wherein determining the start position of the ePDCCH in the subframe according to the high-level signaling and/or the preset rule comprises: if the ePDCCH is in the first time slot of the subframe, the start position of the ePDCCH being obtained according to the high-level signaling; and characterised by: determining a first set of values for the high-level signaling in case the system bandwidth of the component carrier on which the ePDCCH is located is smaller than or equal to 10 physical resource blocks; and determining a second set of values for the high-level signaling in case the system bandwidth of the component carrier on which the ePDCCH is located is greater than 10 physical resource blocks, wherein the first set of values is different from the second set of values. determining a start position of the ePDCCH in a subframe according to a high-level signaling and/or a preset rule; and sending a pilot signal for the ePDCCH and data carried on the ePDCCH; wherein determining the start position of the ePDCCH in the subframe according to the high-level signaling and/or the preset rule comprises: if the ePDCCH is in the first time slot of the subframe, the start position of the ePDCCH being obtained according to the high-level signaling; and determining a first set of values for the high-level signaling in case the system bandwidth of the component carrier on which the ePDCCH is located is smaller than or equal to 10 physical resource blocks; and determining a second set of values for the high-level signaling in case the system bandwidth of the component carrier on which the ePDCCH is located is greater than 10 physical resource blocks, wherein the first set of values is different from the second set of values.
Household appliance (1, 2), having - at least one electrically actuatable function element (4, 6, 9), comprising at least one active means (4, 6) for acting on an item arranged in the household appliance (1, 2), - at least one network interface for transferring data via a network and - a conversion interface between the at least one function element (4, 6, 9) and the network interface for converting directions that are located in a code received via the network interface into directly executable instructions for at least one of the at least one active means (4, 6), - wherein the household appliance (1, 2) is configured to convert the directions into the instructions while an operating program is being performed, for which the received code does not first have to be stored in a persistent manner in the household appliance in order to be able to run, and to actuate at least one of the at least one active means (4, 6) of the household appliance (1, 2) directly based on the converted instructions. - at least one electrically actuatable function element (4, 6, 9), comprising at least one active means (4, 6) for acting on an item arranged in the household appliance (1, 2), - at least one network interface for transferring data via a network and - a conversion interface between the at least one function element (4, 6, 9) and the network interface for converting directions that are located in a code received via the network interface into directly executable instructions for at least one of the at least one active means (4, 6), - wherein the household appliance (1, 2) is configured to convert the directions into the instructions while an operating program is being performed, for which the received code does not first have to be stored in a persistent manner in the household appliance in order to be able to run, and to actuate at least one of the at least one active means (4, 6) of the household appliance (1, 2) directly based on the converted instructions.
Cylinder seal for a double-tube cylinder having a piston rod which is retractable and extendable in an axial direction, wherein the cylinder seal has a sealing ring with a supporting ring and with a sealing means, wherein the supporting ring has an angled cross-sectional form with a disc-like ring portion and with a tube-like ring portion, wherein the tube-like ring portion is arranged at the inner ring opening of the disc-like ring portion and, in the fitting position, extends along the piston rod, wherein the sealing means has an inner-side ring-like seal element which is in the form of a flexible sealing lip and which is intended and configured for sealing abutment against the lateral surface of the piston rod and which is arranged on the inner side of the tube-like ring portion, wherein the inner-side sealing element has multiple radial projections (27, 28, 29) on its inner circumference, wherein the cylinder seal is designed for a wide thermal usage range of approximately -40°C to approximately +180°C, wherein the angled supporting ring is of inherently rigid and self-supporting form and is formed from metal, in particular steel, wherein the inner diameter of the tube-like ring portion and the inner-side seal element are adapted to the outer diameter of the piston rod in such a way that, in the fitting position, the inner-side seal element is clamped between the piston rod and the tube-like ring portion, characterized in that a projection on a lip portion protruding beyond the free end of the tube-like ring portion in an axial direction is arranged at an axial distance from said free end.
A mirror-like, integrated thermoelectric generator device of out-of-plane heat flux configuration comprising: a) first and second silicon dice (1, 1') of a same processed silicon wafer or of distinctly processed silicon wafers having a dielectric base layer (2, 2') on at least a surface and a multi cellular Z-device structure on said base layers (2, 2'); b) line arrays of mirror-like identical geometry, of spaced hills (3, 3') of a material of low thermal conductivity over said dielectric base layers (2, 2') of both dices (1, 1'); c) parallel lines of segments (4, 4', 5, 5'), alternately p-doped and n-doped, of a deposited and defined thin film of polycrystalline semiconductor, extending orthogonally to said line arrays of spaced hills (3, 3'), over inclined flanks of said spaced hills and partly over planar tops of the hills and planar valleys between inclined flanks of adjacent hills; d) hill-top junction metal contacts (7, 7') and valley-bottom junction metal contacts (6, 6') electrically joining juxtaposed ends of segments (4, 4', 5, 5') of said thin film lines of polycrystalline semiconductor; the thermal conductivity of said material of low thermal conductivity being lower than said doped polycrystalline semiconductor; said first and second dice (1, 1') being joined together in a face-to-face configuration according to a flip-chip aligned-bonding of the hill-top metal contacts of the multi cellular Z-device structure of the first dice counter opposed to corresponding hill-top metal contacts of the multi cellular Z-device structure of the second dice; the valley-bottom metal contacts of the multi cellular Z-device structure of one dice constituting hot junctions and the valley-bottom metal contacts of the multi cellular Z-device structure of the other dice constituting cold junctions of the functioning thermoelectric generator. a) first and second silicon dice (1, 1') of a same processed silicon wafer or of distinctly processed silicon wafers having a dielectric base layer (2, 2') on at least a surface and a multi cellular Z-device structure on said base layers (2, 2'); b) line arrays of mirror-like identical geometry, of spaced hills (3, 3') of a material of low thermal conductivity over said dielectric base layers (2, 2') of both dices (1, 1'); c) parallel lines of segments (4, 4', 5, 5'), alternately p-doped and n-doped, of a deposited and defined thin film of polycrystalline semiconductor, extending orthogonally to said line arrays of spaced hills (3, 3'), over inclined flanks of said spaced hills and partly over planar tops of the hills and planar valleys between inclined flanks of adjacent hills; d) hill-top junction metal contacts (7, 7') and valley-bottom junction metal contacts (6, 6') electrically joining juxtaposed ends of segments (4, 4', 5, 5') of said thin film lines of polycrystalline semiconductor;
A station for measuring data and/or collection of biofouling in an undersea environment, characterized in that it comprises: - a modular frame comprising at least two rigid modules superimposed along a substantially vertical axis and intended to be immersed continuously into the undersea environment, said modules being configured to define a volume, called inner volume, within said frame, - a base forming ballast, to which is attached the lower modulus of the frame, said base being intended to rest on the seabed, - measuring sensors of data and/or biofouling collection devices mounted on at least one module of the frame, - at least one central buoy intended to be continuously immersed and connected by cables to at least one of said at least two modules and/or to the base so that said cables are present in said inner volume, said central buoy being for tensioning said cables so as to ensure the stability and/or the verticality of said station. - a modular frame comprising at least two rigid modules superimposed along a substantially vertical axis and intended to be immersed continuously into the undersea environment, said modules being configured to define a volume, called inner volume, within said frame, - a base forming ballast, to which is attached the lower modulus of the frame, said base being intended to rest on the seabed, - measuring sensors of data and/or biofouling collection devices mounted on at least one module of the frame, - at least one central buoy intended to be continuously immersed and connected by cables to at least one of said at least two modules and/or to the base so that said cables are present in said inner volume, said central buoy being for tensioning said cables so as to ensure the stability and/or the verticality of said station.
Dynamic physical value sensor having an optical waveguide with an optically pumped amplification medium, characterised in that the waveguide (1, 4, 13.1 to 13.N, 15) is connected at one end to a selective mirror (3, 17) and that it comprises at its other end an interrogation laser whose reflection on the selective mirror produces a wave which, by means of interference with the incident wave, brings about the periodic saturation of the gain of the guide.
An actuator comprising: a motor having a housing and a drive shaft, the motor arranged to rotate the drive shaft relative to the housing about a drive shaft axis; a first torque transfer device arranged to transfer torque from the drive shaft to a second shaft, the second shaft being rotatable about a second shaft axis spaced from the drive shaft axis; and an output torque transfer device arranged to transfer torque from the second shaft to the housing of the motor; wherein, upon rotation of the drive shaft relative to the motor housing, the housing of the motor is arranged to rotate relative to the position of the second shaft axis. a motor having a housing and a drive shaft, the motor arranged to rotate the drive shaft relative to the housing about a drive shaft axis; a first torque transfer device arranged to transfer torque from the drive shaft to a second shaft, the second shaft being rotatable about a second shaft axis spaced from the drive shaft axis; and an output torque transfer device arranged to transfer torque from the second shaft to the housing of the motor; wherein, upon rotation of the drive shaft relative to the motor housing, the housing of the motor is arranged to rotate relative to the position of the second shaft axis.
Device for cleaning an extruder intended to operate with elastomer mixtures comprising a cradle supporting a screw and a cylinder, the screw being made to turn about the longitudinal axis X-X' of the cylinder when it is driven in rotation by driving means, the cylinder comprising a supply inlet for elastomer mixtures and an outlet emerging directly in an extrusion head mounted on a support, characterized in that the cradle is mounted movable in translation with respect to the support of the extrusion head in a direction parallel to the longitudinal axis X-X' between a first position in which the cylinder and the extrusion head are in tight contact to allow the elastomer mixture to pass through the extrusion head and a second position in which the cylinder is separated from the extrusion head to perform the cleaning, the seal plane between the cylinder and the extrusion head along which the separation is made and then the join is made between the cylinder and the extrusion head upon the axial displacement of the cradle, being substantially axisymmetrical with respect to the axis X-X' and in that said device comprises an automatic coupling mechanism for rapidly locking and unlocking the cylinder and the extrusion head and allowing the displacement of the cradle between the two positions.
A method for purifying crude rocuronium bromide, characterized in formulating the crude rocuronium bromide to be purified into a 5-40 mass% aqueous solution, distilling under reduced pressure, adding active carbon or silica gel in an amount of 1~5% by mass of the crude rocuronium bromide for adsorption, filtering, and quickly freezing the filtrate into ice, which is then subjected to lyophilization to obtain rocuronium bromide.
A windshield device for a vehicle, the windshield device comprising: a windshield; and a shield stay supporting the windshield; wherein the shield stay includes a pair of pillars (31, 32) provided therebetween with a space in a vehicle width direction, the shield stay is provided, behind the windshield, with an accessory mount portion mounted with a vehicle accessory, and characterized in that the pillars (31, 32) are each slanted downward toward a front end thereof, and that the shield stay is attached to a supporting member which is attached to a head tube. a windshield; and a shield stay supporting the windshield; wherein the shield stay includes a pair of pillars (31, 32) provided therebetween with a space in a vehicle width direction, the shield stay is provided, behind the windshield, with an accessory mount portion mounted with a vehicle accessory, and characterized in that the pillars (31, 32) are each slanted downward toward a front end thereof, and that the shield stay is attached to a supporting member which is attached to a head tube.
A bioprinter printing assembly, comprising: a support body comprising a supporting portion; and a rotary rod rotatably supported on the supporting portion of the support body, a surface of the rotary rod is configured to receive bio-ink provided by a printing spray head, characterized in that the rotary rod is provided with a nutrient solution supply port, wherein the rotary rod comprises a hollow tube section having a central through hole, and a tube wall of the hollow tube section is provided with a permeable hole communicating with the central through hole, and the nutrient solution supply port communicates with the central through hole of the rotary rod to guide external nutrient solution into the rotary rod, and in that the support body further comprises a nutrient solution conveying portion, sleeved on the rotary rod and has a conveying portion port, wherein a conversion cavity is provided in the nutrient solution conveying portion and communicates with the conveying portion port and surrounds the rotary rod in a circumferential direction; wherein the nutrient solution supply port is provided in a circumferential direction of the rotary rod and communicates with the central hole and the conversion cavity. a support body comprising a supporting portion; and a rotary rod rotatably supported on the supporting portion of the support body, a surface of the rotary rod is configured to receive bio-ink provided by a printing spray head, characterized in that the rotary rod is provided with a nutrient solution supply port, wherein the rotary rod comprises a hollow tube section having a central through hole, and a tube wall of the hollow tube section is provided with a permeable hole communicating with the central through hole, and the nutrient solution supply port communicates with the central through hole of the rotary rod to guide external nutrient solution into the rotary rod, and in that the support body further comprises a nutrient solution conveying portion, sleeved on the rotary rod and has a conveying portion port, wherein a conversion cavity is provided in the nutrient solution conveying portion and communicates with the conveying portion port and surrounds the rotary rod in a circumferential direction; wherein the nutrient solution supply port is provided in a circumferential direction of the rotary rod and communicates with the central hole and the conversion cavity.
A method for charging a battery of a mobile device, the device comprising a charging unit and a processor, the method comprising: initiating a booting process of the device; detecting when a charger is connected; starting to charge the mobile device according to the lowest current among charging currents of chargers connectable to the charging unit; adjusting electric power by reducing consuming power of the device so that the power required by the booting process is achieved; when a completion condition of a power adjustment is satisfied, returning the electric power by returning the reduced consuming power to a basic consuming value; and if the processor determines that the charger is a charger providing a charging current over a predetermined threshold value, the charging unit performing a charging process with a high current according to a kind of the detected charger. initiating a booting process of the device; detecting when a charger is connected; starting to charge the mobile device according to the lowest current among charging currents of chargers connectable to the charging unit; adjusting electric power by reducing consuming power of the device so that the power required by the booting process is achieved; when a completion condition of a power adjustment is satisfied, returning the electric power by returning the reduced consuming power to a basic consuming value; and if the processor determines that the charger is a charger providing a charging current over a predetermined threshold value, the charging unit performing a charging process with a high current according to a kind of the detected charger.
An imaging apparatus comprising: an imaging optical system; an image sensor configured to photoelectrically convert an optical image formed through the imaging optical system; an image sensor tilt motor configured to control a tilt angle formed by a plane orthogonal to an optical axis of the imaging optical system and an imaging plane of the image sensor; a diaphragm unit; a vibration detection unit configured to detect a vibration applied to the imaging apparatus; and characterized by an aperture control unit configured to adjust an aperture value of the diaphragm unit based on the tilt angle and an output signal corresponding to the vibration detected by the detection unit. an imaging optical system; an image sensor configured to photoelectrically convert an optical image formed through the imaging optical system; an image sensor tilt motor configured to control a tilt angle formed by a plane orthogonal to an optical axis of the imaging optical system and an imaging plane of the image sensor; a diaphragm unit; a vibration detection unit configured to detect a vibration applied to the imaging apparatus; and characterized by an aperture control unit configured to adjust an aperture value of the diaphragm unit based on the tilt angle and an output signal corresponding to the vibration detected by the detection unit.