mhurhangee/ep-ind-claims huggingface dataset:
A high-pressure multibore junction assembly (100, 200, 300), comprising: a body (102, 202) with an upper end (104, 204, 304) and a lower end (106, 206); a tubular main leg (112, 212, 312) with an opening (130, 230) at one end for entry by a tool or another tool, wherein the one end of the main leg (112, 212, 312) is threadably connected to the lower end (106, 206) of the body (102, 202) and increases a high-pressure rating for the multibore junction assembly (100, 200, 300); and a tubular lateral leg (128, 228, 328) with an opening (130, 230) at one end for entry by the tool or the another tool and another opening at another end, wherein the one end of the lateral leg (128, 228, 328) is threadably connected to the lower end (106, 206) of the body (102, 202) and increases the high-pressure rating for the multibore junction assembly (100, 200, 300), characterised by further comprising a stabilizer (148, 248, 348, 358, 368) connected to the main leg (112, 212, 312) or the lateral leg (128, 228, 328) with an opening for receipt of the main leg (112, 212, 312) or the lateral leg (128, 228, 328). a body (102, 202) with an upper end (104, 204, 304) and a lower end (106, 206); a tubular main leg (112, 212, 312) with an opening (130, 230) at one end for entry by a tool or another tool, wherein the one end of the main leg (112, 212, 312) is threadably connected to the lower end (106, 206) of the body (102, 202) and increases a high-pressure rating for the multibore junction assembly (100, 200, 300); and a tubular lateral leg (128, 228, 328) with an opening (130, 230) at one end for entry by the tool or the another tool and another opening at another end, wherein the one end of the lateral leg (128, 228, 328) is threadably connected to the lower end (106, 206) of the body (102, 202) and increases the high-pressure rating for the multibore junction assembly (100, 200, 300), characterised by further comprising a stabilizer (148, 248, 348, 358, 368) connected to the main leg (112, 212, 312) or the lateral leg (128, 228, 328) with an opening for receipt of the main leg (112, 212, 312) or the lateral leg (128, 228, 328).
A thermoelectric device, e.g. a thermoelectric generator, having, in use, a hot side (113, 313) and a cold side (112, 312), the thermoelectric device comprising: a spindle (111, 311) having a first end and a second end, the spindle being arranged such that, in use, the first end is proximate the hot side and the second end is proximate the cold side of the thermoelectric device; and at least one thermoelectric element (103, 104) disposed on a substrate between the first end and the second end of the spindle; the spindle further comprising, in series, a middle portion and at least one end portion (302, 303), at the first end and/or the second end of the spindle, the end portion(s) having a lower thermal resistance than the middle portion of the spindle; wherein the effective thermal resistance of the spindle between the first end and the second end is more than 0.1 KW -1; and wherein the or each thermoelectric element overlaps (305, 306) with the end portion(s) of the spindle.
A process for the preparation of microcapsules modified with nanomaterial in aqueous medium, the microcapsules comprising a polymer shell and a core comprising an active agent, the process comprising the steps of: a) adding nanomaterial to the aqueous medium and sonicating to obtain a dispersed solution followed by addition of surfactant solution to the nanomaterial dispersed solution to afford reaction mixture; b) adding a mixture of active agent and polyisocyanate to the reaction mixture of step (a) with constant stirring at temperature in the range of 25 to 30°C to afford reaction mixture; c) adding a solution of polyamine and catalyst diluted in surfactant solution to the reaction mixture of step (b) followed by stirring the mixture at temperature in the range of 25 to 50°C for the period in the range of 3 to 24 hrs; d) isolating the microcapsules by filtration of reaction mixture of step (c) followed by drying to afford microcapsules; characterized in that the polymer shell is made up of a polymer nanocomposite and has an intercalated structure of polyurea and nanoclay, said nanomaterial consisting of nanoclay selected among montmorillonite at 1, 2 or 4 wt% with respect to total microcapsule weight; laponite at 2 wt% with respect to total microcapsule weight; or cloisite Na + at 2 wt% with respect to total microcapsule weight. a) adding nanomaterial to the aqueous medium and sonicating to obtain a dispersed solution followed by addition of surfactant solution to the nanomaterial dispersed solution to afford reaction mixture; b) adding a mixture of active agent and polyisocyanate to the reaction mixture of step (a) with constant stirring at temperature in the range of 25 to 30°C to afford reaction mixture; c) adding a solution of polyamine and catalyst diluted in surfactant solution to the reaction mixture of step (b) followed by stirring the mixture at temperature in the range of 25 to 50°C for the period in the range of 3 to 24 hrs; d) isolating the microcapsules by filtration of reaction mixture of step (c) followed by drying to afford microcapsules;
A digital communications receiver, comprising: an input configured to receive, via a communications channel, a received signal representing a sequence of symbols, each symbol being encoded to be representative of a plurality of data bits; a processor configured to adjust a magnitude and filter the received signal; and an equalizer configured to operate iteratively, the equalizer comprising: a cyclic prefix, CP, restorer for applying cyclic prefix restoration to the adjusted and filtered signal; a fast fourier transform, FFT, device for producing frequency domain virtual sub-carriers by transforming the data from the restorer; a minimum mean squared error, MMSE, device for estimating the frequency domain virtual sub-carriers by MMSE based in part on the cyclic prefix restoration and statistics of the frequency domain virtual sub-carriers and a channel estimate calculated in a prior iteration, wherein the statistics include expected virtual sub-carriers and variances of the expected virtual sub-carriers; and an estimator for determining symbol estimates from the virtual sub-carrier estimates using a conjugate symmetric property about half the symbol rate of the virtual sub-carriers. an input configured to receive, via a communications channel, a received signal representing a sequence of symbols, each symbol being encoded to be representative of a plurality of data bits; a processor configured to adjust a magnitude and filter the received signal; and an equalizer configured to operate iteratively, the equalizer comprising: a cyclic prefix, CP, restorer for applying cyclic prefix restoration to the adjusted and filtered signal; a fast fourier transform, FFT, device for producing frequency domain virtual sub-carriers by transforming the data from the restorer; a minimum mean squared error, MMSE, device for estimating the frequency domain virtual sub-carriers by MMSE based in part on the cyclic prefix restoration and statistics of the frequency domain virtual sub-carriers and a channel estimate calculated in a prior iteration, a cyclic prefix, CP, restorer for applying cyclic prefix restoration to the adjusted and filtered signal; a fast fourier transform, FFT, device for producing frequency domain virtual sub-carriers by transforming the data from the restorer; a minimum mean squared error, MMSE, device for estimating the frequency domain virtual sub-carriers by MMSE based in part on the cyclic prefix restoration and statistics of the frequency domain virtual sub-carriers and a channel estimate calculated in a prior iteration, wherein the statistics include expected virtual sub-carriers and variances of the expected virtual sub-carriers; and an estimator for determining symbol estimates from the virtual sub-carrier estimates using a conjugate symmetric property about half the symbol rate of the virtual sub-carriers.
A vehicle energy harvester comprising: a subunit having an upper surface forming a roadway surface; a vehicle activated treadle on the subunit, the vehicle activated treadle moveable between a first position in which an upper surface of the treadle is at an angle with respect to the upper surface of the roadway surface and a second position in which the upper surface of the treadle is flush with the upper surface of the roadway surface; a generator that generates power in response to movement of the vehicle activated treadle; the vehicle energy harvester being characterised by a drive gear mounted on a rotatable shaft, wherein the drive gear is driven by movement of the vehicle activated treadle, and the rotatable shaft is coupled to the generator; and a transient absorption device (36 or 42) coupled between the vehicle activated treadle drive gear and the generator. a subunit having an upper surface forming a roadway surface; a vehicle activated treadle on the subunit, the vehicle activated treadle moveable between a first position in which an upper surface of the treadle is at an angle with respect to the upper surface of the roadway surface and a second position in which the upper surface of the treadle is flush with the upper surface of the roadway surface; a generator that generates power in response to movement of the vehicle activated treadle; the vehicle energy harvester being characterised by a drive gear mounted on a rotatable shaft, wherein the drive gear is driven by movement of the vehicle activated treadle, and the rotatable shaft is coupled to the generator; and a transient absorption device (36 or 42) coupled between the vehicle activated treadle drive gear and the generator.
A polycrystalline dielectric thin film, comprising a main component of a perovskite-type oxynitride, wherein the perovskite-type oxynitride is represented by a composition formula of A a1 B b1 O o N n (a1+b1+o+n=5), A is Sr, and B is Ta. an N content of an entire perovskite-type oxynitride is 14 atom% or more, wherein an a-axis length of a crystal lattice of the perovskite-type oxynitride is larger than a theoretical value of an a-axis length, and the theoretical value of an a-axis length is an a-axis length calculated from first-principles calculations provided that an arrangement of N is cis-type, that a space group of a crystal structure of the polycrystalline dielectric thin film is I4/mcm which is one of tetragonal space groups, and that al=l, bl=1, o=2, and n=1 are satisfied, and the theoretical value of an a-axis length is 5.6941 Å. wherein the perovskite-type oxynitride is represented by a composition formula of A a1 B b1 O o N n (a1+b1+o+n=5), A is Sr, and B is Ta. an N content of an entire perovskite-type oxynitride is 14 atom% or more, wherein an a-axis length of a crystal lattice of the perovskite-type oxynitride is larger than a theoretical value of an a-axis length, and the theoretical value of an a-axis length is an a-axis length calculated from first-principles calculations provided that an arrangement of N is cis-type, that a space group of a crystal structure of the polycrystalline dielectric thin film is I4/mcm which is one of tetragonal space groups, and that al=l, bl=1, o=2, and n=1 are satisfied, and the theoretical value of an a-axis length is 5.6941 Å.
An earpiece, the earpiece comprising: an electronic package; a receiver configured to output audio signals; wherein the electronic package and the receiver are positioned at a first angle (α) relative to each other, where the first angle (α) is based on a difference between an axis of the electronic package relative to an axis of the receiver, and the first angle (α) is between 5-55 degrees; and the receiver has a spout configured to provide sound based on the audio signals, and wherein the spout is angled at a second angle (β) relative to the axis of the receiver, where the second angle (β) is based on a difference between the axis of the receiver and an axis of the spout, characterized in that the second angle (β) is 2-15 degrees; wherein the electronic package includes a sensor, wherein the sensor is a photoplethysmography sensor, electroencephalography sensor, electrocardiography sensor, temperature sensor, an accelerometer, a humidity sensor, chemical sensor, proximity detector or a photo detector. an electronic package; a receiver configured to output audio signals; wherein the electronic package and the receiver are positioned at a first angle (α) relative to each other, where the first angle (α) is based on a difference between an axis of the electronic package relative to an axis of the receiver, and the first angle (α) is between 5-55 degrees; and the receiver has a spout configured to provide sound based on the audio signals, and wherein the spout is angled at a second angle (β) relative to the axis of the receiver, where the second angle (β) is based on a difference between the axis of the receiver and an axis of the spout, characterized in that the second angle (β) is 2-15 degrees; wherein the electronic package includes a sensor, wherein the sensor is a photoplethysmography sensor, electroencephalography sensor, electrocardiography sensor, temperature sensor, an accelerometer, a humidity sensor, chemical sensor, proximity detector or a photo detector.
A chiral hexahydrodibenzo[a,g]quinolizine compound or a pharmaceutically acceptable salt, solvate, tautomer thereof for use in treating and/or preventing benign prostatic hyperplasia, wherein the hexahydrodibenzo[a,g]quinolizine compound is selected from any of the following compounds: NO. Structure NO. Structure DC037005 DC037007 DC037013 DC037009 DC037014 DC037010 DC037015 DC037019 DC037016 DC037020 DC037017 DC037021 DC037018 DC037022 DC037023
An additive for lubricating oils comprising a metallic overbased salt of an organic acid, or a mixture of organic acids, containing Cerium and an alkaline earth metal with a Cerium content corresponding to a ratio between the equivalents of Cerium and those of organic acid ranging from 0.1 to 1.2 and a content of alkaline earth metal corresponding to a ratio between the equivalents of the alkaline earth metal and those of organic acid ranging from 1 to 40.
A bone resection guide for the resection of a bone of a patient, the bone resection guide comprising: a body extending between a tool engaging surface and a bone-facing surface superposable to the bone of the patient, the body being removably securable to the bone of the patient with the bone facing surface superposed thereto; and a resection alignment guide defining at least one resection plane and extending along a resection path, the resection alignment guide comprising a plurality of guiding bores extending from the tool engaging surface into at least a section of the body, along the resection path, characterized in that the body comprises in combination: a resecting section with the bone-facing surface, the resecting section including at least one resecting slot extending therethrough and along the resection path; and a drilling section with the plurality of guiding bores extending therethrough, wherein the at least one resecting slot and the plurality of guiding bores together define the resection alignment guide. a body extending between a tool engaging surface and a bone-facing surface superposable to the bone of the patient, the body being removably securable to the bone of the patient with the bone facing surface superposed thereto; and a resection alignment guide defining at least one resection plane and extending along a resection path, the resection alignment guide comprising a plurality of guiding bores extending from the tool engaging surface into at least a section of the body, along the resection path, characterized in that the body comprises in combination: a resecting section with the bone-facing surface, the resecting section including at least one resecting slot extending therethrough and along the resection path; and a drilling section with the plurality of guiding bores extending therethrough, wherein the at least one resecting slot and the plurality of guiding bores together define the resection alignment guide.
A method of manufacturing a torque transmission shaft comprising: an internal shaft having an external spline provided on an outer circumference thereof; a tubular external shaft having on an inner circumference thereof an internal spline which is configured to slidably mesh with the external spline; and a resin coating provided on at least one of the external spline and the internal spline, the method comprising: an adaptation step of adapting a surface of the resin coating by causing a shaft manufacturing intermediate product of the internal shaft and a shaft manufacturing intermediate product of the external shaft to slide relatively in an axial direction in such a state that a central axis line of the shaft manufacturing intermediate product of the internal shaft and a central axis line of the shaft manufacturing intermediate product of the external shaft are aligned with each other, and the shaft manufacturing intermediate products (46, 147) are held in such a way that the central axis lines (L1, L2) thereof can be adjusted, wherein, in the adaptation step, a lubricant is interposed between the shaft manufacturing intermediate products (46, 147). an adaptation step of adapting a surface of the resin coating by causing a shaft manufacturing intermediate product of the internal shaft and a shaft manufacturing intermediate product of the external shaft to slide relatively in an axial direction in such a state that a central axis line of the shaft manufacturing intermediate product of the internal shaft and a central axis line of the shaft manufacturing intermediate product of the external shaft are aligned with each other, and the shaft manufacturing intermediate products (46, 147) are held in such a way that the central axis lines (L1, L2) thereof can be adjusted, wherein, in the adaptation step, a lubricant is interposed between the shaft manufacturing intermediate products (46, 147).
A tiltable privacy desk-screen arrangement, comprising: a bracket assembly (30.2; 30.3); a plurality of neighbouring screens (50, 60) pivotably engageable with the bracket assembly (30.2; 30.3); a guide portion (59, 69) associated with each screen (50, 60); a linkage member (70; 80; 90) interconnecting the neighbouring screens (50, 60) at or adjacent to upper screen corner portions (57, 67) to permit pivotable movement of each said screen (50, 60) when a force is applied to the linkage member (70, 80, 90); characterized in that the pivotable movement of each said screen (50, 60) is along a linear or substantially linear axis defined by the guide portion (59, 69) of each screen (50, 60), and the tiltable privacy desk-screen arrangement further comprising a securing member associated with each guide portion (59, 69), engageable with the bracket assembly (30.2; 30.3) to retain the screens (50, 60) in position. a bracket assembly (30.2; 30.3); a plurality of neighbouring screens (50, 60) pivotably engageable with the bracket assembly (30.2; 30.3); a guide portion (59, 69) associated with each screen (50, 60); a linkage member (70; 80; 90) interconnecting the neighbouring screens (50, 60) at or adjacent to upper screen corner portions (57, 67) to permit pivotable movement of each said screen (50, 60) when a force is applied to the linkage member (70, 80, 90); characterized in that the pivotable movement of each said screen (50, 60) is along a linear or substantially linear axis defined by the guide portion (59, 69) of each screen (50, 60), and the tiltable privacy desk-screen arrangement further comprising a securing member associated with each guide portion (59, 69), engageable with the bracket assembly (30.2; 30.3) to retain the screens (50, 60) in position.
An information processing program that causes a computer to execute a process comprising: specifying, based on measurement results of communication times taken for accessing a plurality of external databases, relation between the communication times taken for accessing the plurality of external databases, wherein an acquisition time taken for acquisition of data from an internal database included in the computer is measured, and a ratio of the measured acquisition time to the communication time taken for accessing each of a plurality of external databases is calculated; calculating, when accepting an instruction to execute processing using at least one of the plurality of external databases, a processing load when accessing the at least one of the external databases, based on the relation between the communication times, wherein a second processing load accompanying acquisition of data in a second size from the internal database is acquired from a storage unit, and a first processing load corresponding to each of the at least one of the external databases is calculated such that a ratio of the measured acquisition time to the communication time taken for accessing the at least one of the external databases and a ratio of the acquired second processing load to the first processing load corresponding to each of the at least one of the external databases match; and controlling an access to data included in the at least one of the external databases according to the calculated processing load. specifying, based on measurement results of communication times taken for accessing a plurality of external databases, relation between the communication times taken for accessing the plurality of external databases, wherein an acquisition time taken for acquisition of data from an internal database included in the computer is measured, and a ratio of the measured acquisition time to the communication time taken for accessing each of a plurality of external databases is calculated; calculating, when accepting an instruction to execute processing using at least one of the plurality of external databases, a processing load when accessing the at least one of the external databases, based on the relation between the communication times, wherein a second processing load accompanying acquisition of data in a second size from the internal database is acquired from a storage unit, and a first processing load corresponding to each of the at least one of the external databases is calculated such that a ratio of the measured acquisition time to the communication time taken for accessing the at least one of the external databases and a ratio of the acquired second processing load to the first processing load corresponding to each of the at least one of the external databases match; and controlling an access to data included in the at least one of the external databases according to the calculated processing load.