mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid behavior suppression device configured to partition an inside of a liquid propellant container of a spacecraft in a direction orthogonal to a central axis and configured to hold a liquid propellant on a bottom side of the liquid propellant container , comprising: an annular portion that is arranged in an outer peripheral edge portion of the liquid behavior suppression device to extend along the outer peripheral edge portion; a central plate arranged in a central portion in a radial direction; a plurality of coupling portions couple the annular portion to the central plate in the radial direction; and a plurality of partition walls extending in a circumferential direction, wherein a plurality of holes that are defined by the plurality of coupling portions and the plurality of partition walls are formed to penetrate the liquid behavior suppression device in an axial direction, wherein the plurality of holes are arranged to form a radial pattern around the central axis, wherein sizes of the plurality of holes in the radial direction differ from each other, wherein sizes of the plurality of holes in the circumferential direction differ from each other, and wherein, among the plurality of holes , opening areas of the holes which are positioned on one side (T1) with respect to the central portion and along a turning direction (T), which is one direction in the radial direction, are smaller than opening areas of the holes which are positioned on the other side (T2) with respect to the central portion and along the turning direction (T). an annular portion that is arranged in an outer peripheral edge portion of the liquid behavior suppression device to extend along the outer peripheral edge portion; a central plate arranged in a central portion in a radial direction; a plurality of coupling portions couple the annular portion to the central plate in the radial direction; and a plurality of partition walls extending in a circumferential direction, wherein a plurality of holes that are defined by the plurality of coupling portions and the plurality of partition walls are formed to penetrate the liquid behavior suppression device in an axial direction, wherein the plurality of holes are arranged to form a radial pattern around the central axis, wherein sizes of the plurality of holes in the radial direction differ from each other, wherein sizes of the plurality of holes in the circumferential direction differ from each other, and wherein, among the plurality of holes , opening areas of the holes which are positioned on one side (T1) with respect to the central portion and along a turning direction (T), which is one direction in the radial direction, are smaller than opening areas of the holes which are positioned on the other side (T2) with respect to the central portion and along the turning direction (T).
A sensor node , comprising: an input connector and an output connector merged together to form a continuous waveguide interconnect , wherein the interconnect comprises the input connector , the output connector , and an opening on one or more sidewalls of the interconnect ; and a package with one or more sidewalls, a top surface, and a bottom surface that is opposite of the top surface, wherein at least one of the sidewalls of the package is disposed into the opening of the interconnect , wherein the at least one of the sidewalls of the package is merged with an inner wall of the opening of the interconnect . an input connector and an output connector merged together to form a continuous waveguide interconnect , wherein the interconnect comprises the input connector , the output connector , and an opening on one or more sidewalls of the interconnect ; and a package with one or more sidewalls, a top surface, and a bottom surface that is opposite of the top surface, wherein at least one of the sidewalls of the package is disposed into the opening of the interconnect , wherein the at least one of the sidewalls of the package is merged with an inner wall of the opening of the interconnect .
A solar cell, comprising: an electrode; a counter electrode; and a photoelectric conversion layer between the electrode and the counter electrode, which photoelectric conversion layer contains an organic-inorganic perovskite compound represented by the formula R-M-X 3 where R is an organic molecule, M is a lead or tin atom, and X is a halogen atom or a chalcogen atom, and which photoelectric conversion layer has a part containing at least one element selected from the group consisting of an element of group 2 of the periodic table, an element of group 11 of the periodic table, neodymium, iridium, and lanthanum with a content ratio of 1 mol or more and 5 mol or less of said at least one element relative to 100 mol of M, wherein the organic-inorganic perovskite compound is a crystalline semiconductor having a degree of crystallinity of 70% or higher as determined by: separating a crystalline substance-derived scattering peak and an amorphous portion-derived halo by fitting in the region where 2θ is 13° to 15° in a spectrum detected by X-ray scattering intensity distribution measurement; determining their respective intensity integrals; and calculating the ratio of the crystalline portion to the whole. an electrode; a counter electrode; and a photoelectric conversion layer between the electrode and the counter electrode, which photoelectric conversion layer contains an organic-inorganic perovskite compound represented by the formula R-M-X 3 where R is an organic molecule, M is a lead or tin atom, and X is a halogen atom or a chalcogen atom, and which photoelectric conversion layer has a part containing at least one element selected from the group consisting of an element of group 2 of the periodic table, an element of group 11 of the periodic table, neodymium, iridium, and lanthanum with a content ratio of 1 mol or more and 5 mol or less of said at least one element relative to 100 mol of M, wherein the organic-inorganic perovskite compound is a crystalline semiconductor having a degree of crystallinity of 70% or higher as determined by: separating a crystalline substance-derived scattering peak and an amorphous portion-derived halo by fitting in the region where 2θ is 13° to 15° in a spectrum detected by X-ray scattering intensity distribution measurement; determining their respective intensity integrals; and calculating the ratio of the crystalline portion to the whole. separating a crystalline substance-derived scattering peak and an amorphous portion-derived halo by fitting in the region where 2θ is 13° to 15° in a spectrum detected by X-ray scattering intensity distribution measurement; determining their respective intensity integrals; and calculating the ratio of the crystalline portion to the whole.
A process for the production of a refined oil derived from palm oil having a reduced 3-MCPD ester and/or glycidyl ester content characterized in that it comprises subjecting an oil to the following steps, in order: (a) a bleaching step, (b) a deodorization step, (c) a final bleaching step, and (d) a final deodorization step, wherein final deodorization step (d) is carried out at a temperature at least 40°C lower than deodorization step (b) and the final deodorization step (d) is carried out at a temperature of 190°C or less, and characterized in that the process further comprises one or more alkali treatment step.
Crawler type vehicle configured for traveling in a suspended manner, especially headlong at a ceiling structure , wherein the vehicle exhibits: - a plurality of suspension elements configured for suspending the vehicle and configured for coupling the vehicle to the structure , - at least one first drive unit configured for circumferential motion and accommodating a first circumferential track and a second circumferential track having a different circumferential shape/contour than the first circumferential track, wherein the suspension elements are attached to the first circumferential track at predefined first longitudinal positions corresponding to a predefined raster, wherein the vehicle is configured for moving along the structure by decoupling a subset of the plurality of suspension elements from resp. coupling them into the structure when the suspension elements are guided along the two circumferential tracks by the circumferential motion. - a plurality of suspension elements configured for suspending the vehicle and configured for coupling the vehicle to the structure , - at least one first drive unit configured for circumferential motion and accommodating a first circumferential track and a second circumferential track having a different circumferential shape/contour than the first circumferential track, wherein the suspension elements are attached to the first circumferential track at predefined first longitudinal positions corresponding to a predefined raster, wherein the vehicle is configured for moving along the structure by decoupling a subset of the plurality of suspension elements from resp. coupling them into the structure when the suspension elements are guided along the two circumferential tracks by the circumferential motion.
A chromatography column fitting which includes: a body member configured to be received at an end of a chromatography column , the body member defining an axially extending open bore having a portion defining a diameter approximating that of a passage of the column , the body member being internally stepped to define a shoulder configured to bear against a frit at the end of the chromatography column to retain the frit in position at the end of column ; and an insert removably received in the bore , the insert defining a flow conduit opening out into an operatively inner end of the insert to be in flow communication, in use, with an interior of the chromatography column , the operatively inner end defining a planar bearing surface which has a diameter approximating that of the passage of the column , the bearing surface configured to bear against the frit to minimise dead volume between the flow conduit and the frit , characterised in that each of the insert and the body member carry complementary mounting formations which facilitate removable insertion of the insert into the bore of the body member . a body member configured to be received at an end of a chromatography column , the body member defining an axially extending open bore having a portion defining a diameter approximating that of a passage of the column , the body member being internally stepped to define a shoulder configured to bear against a frit at the end of the chromatography column to retain the frit in position at the end of column ; and an insert removably received in the bore , the insert defining a flow conduit opening out into an operatively inner end of the insert to be in flow communication, in use, with an interior of the chromatography column , the operatively inner end defining a planar bearing surface which has a diameter approximating that of the passage of the column , the bearing surface configured to bear against the frit to minimise dead volume between the flow conduit and the frit , characterised in that each of the insert and the body member carry complementary mounting formations which facilitate removable insertion of the insert into the bore of the body member .
A wireless communication method, comprising: receiving (S310), by a terminal, a system message from a base station, wherein the system message includes a parameter for configuring transmission resources of a random access process, wherein the parameter indicates identifiers of the transmission resources of the random access process and a length of a random access preamble of the plurality of random access preambles; and transmitting (S320), by the terminal, a plurality of random access preambles, wherein the plurality of random access preambles is carried in a transmission region in the transmission resources, wherein a time-domain tail end of the plurality of random access preambles is aligned with a t-Δt position of the transmission region and wherein t is a tail end time point of the transmission region and Δt is an advance that is greater than or equal to 0. receiving (S310), by a terminal, a system message from a base station, wherein the system message includes a parameter for configuring transmission resources of a random access process, wherein the parameter indicates identifiers of the transmission resources of the random access process and a length of a random access preamble of the plurality of random access preambles; and transmitting (S320), by the terminal, a plurality of random access preambles, wherein the plurality of random access preambles is carried in a transmission region in the transmission resources, wherein a time-domain tail end of the plurality of random access preambles is aligned with a t-Δt position of the transmission region and wherein t is a tail end time point of the transmission region and Δt is an advance that is greater than or equal to 0.
A method for controlling a wind turbine, the wind turbine having a drivetrain comprising a rotor rotatably coupled to a generator via a slip coupling, the method comprising: detecting, with a controller, a loss of traction of the slip coupling ; in response to detecting the loss of traction, reducing, with the controller, a generator torque setpoint to increase a rotational speed of the generator ; and increasing the traction of the slip coupling in response to the increased rotational speed of the generator , wherein increasing the traction of the slip coupling facilitates an application of generator torque to the drivetrain of the wind turbine . detecting, with a controller, a loss of traction of the slip coupling ; in response to detecting the loss of traction, reducing, with the controller, a generator torque setpoint to increase a rotational speed of the generator ; and increasing the traction of the slip coupling in response to the increased rotational speed of the generator , wherein increasing the traction of the slip coupling facilitates an application of generator torque to the drivetrain of the wind turbine .
A microparticle pharmaceutical preparation for use in treating feline chronic gingivo-stomatitis (FCGS) through oral administration of said microparticle pharmaceutical preparation, comprising: i. a solid excipient matrix comprising a polymer composition that remains intact when exposed to acidic conditions of the alimentary canal of a typical domestic feline subject and that disintegrates in basic conditions of intestinal portions of said alimentary canal; and ii. mTOR inhibiting nanoparticles dispersed within said solid excipient matrix, said mTOR inhibiting nanoparticles comprising pharmaceutically active cores; iii. said pharmaceutically active cores comprising a pharmaceutically active mTOR inhibiting compound; iv. said mTOR inhibiting nanoparticles further comprising an aqueous-soluble, amphoteric compound; v. said amphoteric, aqueous-soluble compound comprising sodium cholate; vi. orally administering said microparticle pharmaceutical preparation to a feline subject having FCGS; and vii. repeating oral administration of said microparticle pharmaceutical preparation to said feline subject multiple times per week over a multi-week duration, in amounts such that said feline subject ingests said pharmaceutically active compound in amounts and over durations that are efficacious for reducing the severity of FCGS in said feline subject. i. a solid excipient matrix comprising a polymer composition that remains intact when exposed to acidic conditions of the alimentary canal of a typical domestic feline subject and that disintegrates in basic conditions of intestinal portions of said alimentary canal; and ii. mTOR inhibiting nanoparticles dispersed within said solid excipient matrix, said mTOR inhibiting nanoparticles comprising pharmaceutically active cores; iii. said pharmaceutically active cores comprising a pharmaceutically active mTOR inhibiting compound; iv. said mTOR inhibiting nanoparticles further comprising an aqueous-soluble, amphoteric compound; v. said amphoteric, aqueous-soluble compound comprising sodium cholate; vi. orally administering said microparticle pharmaceutical preparation to a feline subject having FCGS; and vii. repeating oral administration of said microparticle pharmaceutical preparation to said feline subject multiple times per week over a multi-week duration, in amounts such that said feline subject ingests said pharmaceutically active compound in amounts and over durations that are efficacious for reducing the severity of FCGS in said feline subject.
An air conditioner comprising: a heat exchanger ; a refrigerant flow divider configured to divide and flow a liquid refrigerant to the heat exchanger ; and a case including a bottom plate and accommodating the heat exchanger and the refrigerant flow divider , wherein the bottom plate is provided with a first drain unit having a first opening for drainage, the refrigerant flow divider includes a flow divider body having a branching flow path, and a plurality of refrigerant tubes (A, B, C) that is projecting downward from a lower surface of the flow divider body , is then bent, and is connected to the heat exchanger at a position above the lower surface , and a11 the refrigerant tubes (A, B, C) have lowermost ends positioned to be vertically overlapped with the first drain unit characterised in that the refrigerant tubes (A, B, C) have lowermost ends (A3, B2b, C2) positioned to be vertically overlapped with the first opening . a heat exchanger ; a refrigerant flow divider configured to divide and flow a liquid refrigerant to the heat exchanger ; and a case including a bottom plate and accommodating the heat exchanger and the refrigerant flow divider , wherein the bottom plate is provided with a first drain unit having a first opening for drainage, the refrigerant flow divider includes a flow divider body having a branching flow path, and a plurality of refrigerant tubes (A, B, C) that is projecting downward from a lower surface of the flow divider body , is then bent, and is connected to the heat exchanger at a position above the lower surface , and a11 the refrigerant tubes (A, B, C) have lowermost ends positioned to be vertically overlapped with the first drain unit characterised in that the refrigerant tubes (A, B, C) have lowermost ends (A3, B2b, C2) positioned to be vertically overlapped with the first opening .
A handheld spectrometer comprising: a detection arm including a collimator , a grating , a cylindrical lens , a 2D sensor and a processor configured to process a signal reflected from a sample to generate a signal of spectrum, wherein the signal of spectrum includes raw data and the raw data for each spectrum signal is a 2D image, characterised in that the processor is configured to process a signal after the 2D image is acquired to correct a rotational angle for any misalignment of the 2D sensor to generate one 1D spectrum result, where the processor is configured to process the signal identifying a tilt angle due to alignment error regarding an average direction and correcting the tilt angle, to detect the correct tilt angle and to rotate the 2D image according to the correct tilt angle, to orient a known reference spectrum perpendicular to the average direction if there is no tilt angle and no known reference spectrum washout occurs during averaging, to compute the signal after processing a Fourier-transform, to subtract a background and to obtain a highest Signal-to-Noise, SNR, where: if the highest SNR is not obtained, then updating tilted angle, rotating image again, and then averaging along a vertical direction; and if the highest SNR is obtained, then performing a log display. a detection arm including a collimator , a grating , a cylindrical lens , a 2D sensor and a processor configured to process a signal reflected from a sample to generate a signal of spectrum, wherein the signal of spectrum includes raw data and the raw data for each spectrum signal is a 2D image, characterised in that the processor is configured to process a signal after the 2D image is acquired to correct a rotational angle for any misalignment of the 2D sensor to generate one 1D spectrum result, where the processor is configured to process the signal identifying a tilt angle due to alignment error regarding an average direction and correcting the tilt angle, to detect the correct tilt angle and to rotate the 2D image according to the correct tilt angle, to orient a known reference spectrum perpendicular to the average direction if there is no tilt angle and no known reference spectrum washout occurs during averaging, to compute the signal after processing a Fourier-transform, to subtract a background and to obtain a highest Signal-to-Noise, SNR, where: if the highest SNR is not obtained, then updating tilted angle, rotating image again, and then averaging along a vertical direction; and if the highest SNR is obtained, then performing a log display. if the highest SNR is not obtained, then updating tilted angle, rotating image again, and then averaging along a vertical direction; and if the highest SNR is obtained, then performing a log display.
A flexible puncture needle device, comprising a puncture needle and a transmission mechanism ; the puncture needle comprises an outer tube and a central tube , the outer tube comprises a puncture needle head and a plurality of segments sequentially engaged with each other and connected, at front end of the outer tube , with the puncture needle head ; the central tube is inserted into the outer tube from rear end of the outer tube to form a central tube vacant portion and central tube insertion portion of the outer tube , the central tube vacant portion is capable of bending, and during the forward or backward movement of the central tube in the outer tube along an axis of the outer tube , a bendable angle of the central tube vacant portion changes as a length of the central tube vacant portion changes; the transmission mechanism comprises a connector for connecting the puncture needle and the transmission mechanism ; the connector includes a base fixed at a rear port of the outer tube ; the connector further includes a compression cap and a bracket , front end of the bracket is smaller than rear end of the bracket , the rear end of the bracket is fixedly connected with a front support plate ; front end of the compression cap is smaller than rear end of the compression cap , the compression cap is sleeved on outer side of the outer tube , and side wall of rear portion of the compression cap surrounds the base , and front end of the compression cap abuts against outer end of the base , and rear end of the compression cap is fixed to front end of the bracket . the puncture needle comprises an outer tube and a central tube , the outer tube comprises a puncture needle head and a plurality of segments sequentially engaged with each other and connected, at front end of the outer tube , with the puncture needle head ; the central tube is inserted into the outer tube from rear end of the outer tube to form a central tube vacant portion and central tube insertion portion of the outer tube , the central tube vacant portion is capable of bending, and during the forward or backward movement of the central tube in the outer tube along an axis of the outer tube , a bendable angle of the central tube vacant portion changes as a length of the central tube vacant portion changes; the transmission mechanism comprises a connector for connecting the puncture needle and the transmission mechanism ; the connector includes a base fixed at a rear port of the outer tube ; the connector further includes a compression cap and a bracket , front end of the bracket is smaller than rear end of the bracket , the rear end of the bracket is fixedly connected with a front support plate ; front end of the compression cap is smaller than rear end of the compression cap , the compression cap is sleeved on outer side of the outer tube , and side wall of rear portion of the compression cap surrounds the base , and front end of the compression cap abuts against outer end of the base , and rear end of the compression cap is fixed to front end of the bracket .