mhurhangee/ep-ind-claims huggingface dataset:
A mixing apparatus for wet or dry materials, in particular components for manufacturing concrete, comprising: - a stationary cylindrical tank of axis - a first mixing train comprising a drive shaft of axis, provided with a fixed pinion centered on the axis of the drive shaft, and at least one mixing blade, said blade traveling around the axis of the drive shaft along a circular path of diameter, - at least one second mixing train comprising a drive shaft of axis, provided with a fixed pinion centered on the axis of the drive shaft, and at least one mixing blade, said blade traveling around the axis of the drive shaft along a circular path of of diameter, - a rotary plate centered on the axis of the tank, driven in rotation about the axis of the tank, the rotary plate receiving the drive shaft (31, 41) of each of the first and of the at least one second mixing train, said mixing apparatus further comprising: - a first circular toothed ring gear of diameter, centered on the axis of the tank and immobile with respect to the tank, and - a second circular toothed ring gear of diameter, centered on the axis of the tank, such that the diameter is strictly greater than the diameter, the fixed pinion on the drive shaft of the first mixing train meshing with the first circular ring gear, and the fixed pinion on the drive shaft of the at least one second mixing train meshing with the second circular ring gear, characterized in that the second circular toothed ring gear is immobile with respect to the tank. - a stationary cylindrical tank of axis - a first mixing train comprising a drive shaft of axis, provided with a fixed pinion centered on the axis of the drive shaft, and at least one mixing blade, said blade traveling around the axis of the drive shaft along a circular path of diameter, - at least one second mixing train comprising a drive shaft of axis, provided with a fixed pinion centered on the axis of the drive shaft, and at least one mixing blade, said blade traveling around the axis of the drive shaft along a circular path of of diameter, - a rotary plate centered on the axis of the tank, driven in rotation about the axis of the tank, the rotary plate receiving the drive shaft (31, 41) of each of the first and of the at least one second mixing train, said mixing apparatus further comprising: - a first circular toothed ring gear of diameter, centered on the axis of the tank and immobile with respect to the tank, and - a second circular toothed ring gear of diameter, centered on the axis of the tank, such that the diameter is strictly greater than the diameter, the fixed pinion on the drive shaft of the first mixing train meshing with the first circular ring gear, and the fixed pinion on the drive shaft of the at least one second mixing train meshing with the second circular ring gear, characterized in that the second circular toothed ring gear is immobile with respect to the tank.
A resin composition containing (a) a polyamide; (b) a polyphenylene ether; (c) at least one partially hydrogenated block copolymer having a number average molecular weight of 200,000-300,000 as measured by gel permeation chromatography using chloroform as solvent and calculated on the basis of a polystyrene standard, (d) one or more member selected from copper oxide, copper acetate, copper sulfate, copper iodide, copper chloride, and copper bromide; and (e) titanium dioxide and/or carbon black, wherein the polyamide (a) is composed of at least two polyamide components of a polyamide containing copper in an amount of not less than 10 ppm and not more than 150 ppm and a polyamide containing copper in an amount of not less than 0 ppm and less than 10 ppm, the polyphenylene ether (b) in the composition has a weight average molecular weight in the range of 45,000-65,000 as measured by gel permeation chromatography using chloroform as solvent and calculated on the basis of a polystyrene standard, the partially hydrogenated block copolymer (c) is a partially hydrogenated product of an ABA type and/or an ABAB type block copolymer comprising an aromatic vinyl compound block and a conjugated diene compound block, the copper is contained in an amount of 1-20 mass ppm based on the total mass of the resin composition, the titanium dioxide and/or carbon black (e) are contained in an amount of 0.1-2 mass % based on the total mass of the resin composition, the polyamide (a) forms a continuous phase, the polyphenylene ether (b) is dispersed in the continuous phase to form a dispersed phase, the partially hydrogenated block copolymer (c) is present in at least one phase selected from the continuous phase of the polyamide (a) and the dispersed phase of the polyphenylene ether (b), whereby when the partially hydrogenated block copolymer (c) is present in the dispersed phase of the polyphenylene ether (b), the partially hydrogenated block copolymer (c) forms a dispersed phase together with the polyphenylene ether (b) and when the partially hydrogenated block copolymer (c) is present in the continuous phase of the polyamide (a), the partially hydrogenated block copolymer (c) singly forms a dispersed phase different from the dispersed phase of the polyphenylene ether (b), and the dispersed phase containing the polyphenylene ether (b) and/or the partially hydrogenated block copolymer (c) dispersed in the polyamide (a) has a ratio (Dv/Dn) of a volume average particle diameter (Dv) and a number average particle diameter (Dn) in the range of 2.0-5.0. (a) a polyamide; (b) a polyphenylene ether; (c) at least one partially hydrogenated block copolymer having a number average molecular weight of 200,000-300,000 as measured by gel permeation chromatography using chloroform as solvent and calculated on the basis of a polystyrene standard, (d) one or more member selected from copper oxide, copper acetate, copper sulfate, copper iodide, copper chloride, and copper bromide; and (e) titanium dioxide and/or carbon black,
A starter-generator system comprising; a stator; a rotor mounted for rotation with respect to the stator; a main field winding; an exciter field armature winding; a rectifier for rectifying an output from the exciter field armature winding to provide DC excitation for the main field winding, wherein the main field winding, the exciter field armature winding, and the rectifier are mounted for rotation with the rotor; a main armature winding mounted on the stator and magnetically coupled to the main field winding; and a single exciter field stator winding configured to provide a single excitation field to magnetically couple with the exciter field armature winding when the starter-generator system is operating in a starter mode and in a generator mode, wherein a single excitation source is provided to the single exciter field stator winding when the starter-generator system is operating in both a starter mode and in a generator mode, characterized in that the single exciter field stator winding and the exciter field armature winding are both single phase windings, the single excitation source comprises alternating current of frequency greater than the current frequency of the main armature winding, whereby an amplitude of a voltage waveform at the main field winding remains constant while a speed of the rotor varies.
Method for adjusting the efficiency of a synchronous machine, in particular of a synchronous motor, comprising: calculating the efficiency of the synchronous machine in a preset operating condition; calculating the size of an angle (α) between a phase voltage and an induced electromotive force in the windings of the stator of the synchronous machine in said preset operating condition; calculating the size of the angle (α') between said phase voltage and said induced electromotive force in said operating condition that is different from said preset condition; characterized in that the method further comprises measuring a phase current in the windings of the stator of the synchronous machine in said preset operating condition; measuring a phase current (I') in said windings of the stator in an operating condition that is different from said preset condition; adjusting the value of said phase voltage and of an excitation current of the synchronous machine in such a manner as to return the value of the size of said angle to the value calculated in said preset operating condition. calculating the efficiency of the synchronous machine in a preset operating condition; calculating the size of an angle (α) between a phase voltage and an induced electromotive force in the windings of the stator of the synchronous machine in said preset operating condition; calculating the size of the angle (α') between said phase voltage and said induced electromotive force in said operating condition that is different from said preset condition; characterized in that the method further comprises measuring a phase current in the windings of the stator of the synchronous machine in said preset operating condition; measuring a phase current (I') in said windings of the stator in an operating condition that is different from said preset condition; adjusting the value of said phase voltage and of an excitation current of the synchronous machine in such a manner as to return the value of the size of said angle to the value calculated in said preset operating condition.
Device for microfluid analyses with a substrate with plane base and cover surfaces, wherein a chamber for receiving liquid comprising at least two admissions is integrated in the substrate, and in the chamber a semipermeable or permeable membrane (3; 23) is arranged, the chamber being subdivided into two sectional chambers (2a; 2b) with at least one admission each by the membrane, wherein the substrate comprises a covering element, in the base surface of which a recess for the chamber is provided, wherein the covering element comprises an intermediate plate in which an opening for the chamber is provided, and a cover plate which is provided for covering the opening on one side of the intermediate plate, wherein the admissions end in the cover surface of the covering element of the substrate, wherein the substrate comprises a cover element in form of a plastic foil with a thickness of 50 μm to 1 mm for covering the recess, wherein the base surface of the substrate consists of the plastic foil connected to the covering element, wherein furthermore at least one liquid reservoir is provided which is arranged on the covering element of the substrate and in which an admission ends, wherein the at least one liquid reservoir and the covering element in the area of the admission port are formed in one piece from a plastics. a chamber for receiving liquid comprising at least two admissions is integrated in the substrate, and in the chamber a semipermeable or permeable membrane (3; 23) is arranged, the chamber being subdivided into two sectional chambers (2a; 2b) with at least one admission each by the membrane, wherein the substrate comprises a covering element, in the base surface of which a recess for the chamber is provided, wherein the covering element comprises an intermediate plate in which an opening for the chamber is provided, and a cover plate which is provided for covering the opening on one side of the intermediate plate, wherein the admissions end in the cover surface of the covering element of the substrate, wherein the substrate comprises a cover element in form of a plastic foil with a thickness of 50 μm to 1 mm for covering the recess, wherein the base surface of the substrate consists of the plastic foil connected to the covering element, wherein furthermore at least one liquid reservoir is provided which is arranged on the covering element of the substrate and in which an admission ends, wherein the at least one liquid reservoir and the covering element in the area of the admission port are formed in one piece from a plastics.
An urea solution spray nozzle in which a urea solution flow path (2c, 3c) and a gas flow path are constituted, and pressurized air that passes through the gas flow path is mixed with urea solution and injected from an injection port, characterized in that a branch flow path communicated with the gas flow path is provided, and a lateral ejection port is constituted in such a manner that the pressurized air that passes through the branch flow path is ejected in a same direction as an injection direction of the urea solution along a surface of the urea solution spray nozzle, and wherein a water-repellent coating layer is formed on the surface of the urea solution spray nozzle, and wherein the surface of the urea solution spray nozzle is constituted of an inclined plane having a constant tilted angle in such a manner that an outline thereof forms a constant angle with respect to an axial line of the injection port in a predetermined range centering on the injection port.
A method comprising: receiving, by a wireless device from a base station, at least one radio resource control message comprising one or more configuration parameters indicating grant free uplink radio resources associated with a cell; sending, by the wireless device and based on the at least one radio resource control message, one or more first data packets via the grant free uplink radio resources; based on an expiry of a time alignment timer, stopping uplink transmissions via the grant free uplink radio resources; receiving a timing advance command comprising an indication to restart the time alignment timer; and based on the timing advance command: re-activating the grant free uplink radio resources associated with the cell, wherein the re-activated grant free uplink radio resources are associated with a grant free radio resource configuration; and sending one or more second data packets via the re-activated grant free uplink radio resources. receiving, by a wireless device from a base station, at least one radio resource control message comprising one or more configuration parameters indicating grant free uplink radio resources associated with a cell; sending, by the wireless device and based on the at least one radio resource control message, one or more first data packets via the grant free uplink radio resources; based on an expiry of a time alignment timer, stopping uplink transmissions via the grant free uplink radio resources; receiving a timing advance command comprising an indication to restart the time alignment timer; and based on the timing advance command: re-activating the grant free uplink radio resources associated with the cell, wherein the re-activated grant free uplink radio resources are associated with a grant free radio resource configuration; and sending one or more second data packets via the re-activated grant free uplink radio resources. re-activating the grant free uplink radio resources associated with the cell, wherein the re-activated grant free uplink radio resources are associated with a grant free radio resource configuration; and sending one or more second data packets via the re-activated grant free uplink radio resources.
Combination of a floating pen and a construction for regulating of depth position of the floating pen in the sea, wherein the construction comprises a line, a winch reel, an accompanying driving motor and a frequency converter, where the pen is coupled to the line that can be winded in and out on the winch reel driven by the accompanying driving motor, wherein the construction further comprises a control system for regulating the driving motor, characterized in that the control system is configured to regulate operation of the driving motor based on registration of tension in the line, the line runs between a lower section of the pen and the winch reel mounted in a winch frame at the seabed, or runs between the lower section of the pen and in a loop over a pulley coupled to an anchoring at the seabed and coupled to the winch frame and to the winch reel, and the pen is an aquaculture breeding pen with an upper ring shaped float collar for anchoring of a net bag, wherein the float collar provides positive buoyancy.
Fabric comprising at least one weft and a warp made by weft filaments and of warp filaments, respectively, said warp filaments being thinner and denser than said weft filaments, characterized in that said warp completely covers said weft, so as to obtain a fabric of the gros grain type comprising a plurality of ribs placed side by side and parallel to each other, perpendicularly to a direction of said warp, and said warp is only composed of elastic warp filaments made of an elastic yarn.
Towing apparatus for motor vehicles, in particular for a car wash, including a conveyor chain circulating between a first deflection device having a first rotation axis and a second deflection device having a second rotation axis, wherein the conveyor chain comprises a chain forward line along a load strand and a chain return line along a slack strand; a conveying line for motor vehicles arranged at least partially along the load strand; at least one driver for a motor vehicle tire comprising an associated chain joint arranged at and connected to the conveyor chain for towing a motor vehicle along the conveying line; and a circumferential guide track for guiding the at least one driver, wherein the first and the second rotation axis (14, 18) are arranged vertically, wherein the load strand and the slack strand of the conveyor chain are arranged in a horizontal plane; characterized in that the towing apparatus comprises a rim protection element, which is configured in the form of protective rollers.
A method for providing automated diagnostic and decision support for cardiac imaging, comprising: automatically extracting features from patient data of a subject patient, the patient data comprising image data of a heart of the patient including a myocardial wall and non-image data records of the patient, and automatically determining a current state of a heart of the subject patient by analyzing the features extracted from the patient data of the subject patient and by using a machine learning method; wherein the current state of the heart includes performing a wall motion analysis of the myocardial wall for each of a plurality of segments of the myocardial wall; and automatically suggesting a course of therapy based on the determined current state of the heart; automatically determining a probability of a determined outcome for the suggested course of therapy; automatically providing decision support to assist physician workflow regarding a healthcare or diagnostic or therapeutic path for the subject patient, based on a determined current state of the subject patient; and, presenting the current state of the heart, the suggested course of therapy and the determined probabilities of a determined outcome to a user as diagnosis and decision support; wherein the current state of the heart includes a wall motion score for each of the plurality of myocardial wall segments. automatically extracting features from patient data of a subject patient, the patient data comprising image data of a heart of the patient including a myocardial wall and non-image data records of the patient, and automatically determining a current state of a heart of the subject patient by analyzing the features extracted from the patient data of the subject patient and by using a machine learning method; wherein the current state of the heart includes performing a wall motion analysis of the myocardial wall for each of a plurality of segments of the myocardial wall; and automatically suggesting a course of therapy based on the determined current state of the heart; automatically determining a probability of a determined outcome for the suggested course of therapy; automatically providing decision support to assist physician workflow regarding a healthcare or diagnostic or therapeutic path for the subject patient, based on a determined current state of the subject patient; and, presenting the current state of the heart, the suggested course of therapy and the determined probabilities of a determined outcome to a user as diagnosis and decision support; wherein the current state of the heart includes a wall motion score for each of the plurality of myocardial wall segments.
Crystal forms of a compound represented by formula, (4 S,4a S,5a R,12a S)-9-(3-azabicyclo[3.1.0]hexan-3-ylmethyl)-4,7-bis(dimethylamino)-3,10,12,12a-tetrahydroxy-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamide, which are characterized by having X-ray powder diffraction patterns comprising the following characteristic peaks expressed by 2θ degree, when measured using Cu-Ka radiation: Crystal form I: 10.6°±0.2°, 13.3°±0.2°, 15.9°±0.2°, 24.0°±0.2°; Crystal form II: 10.2°±0.2°, 15.9°±0.2°, 17.9°±0.2°, 24.1°±0.2°; Crystal form VII: 11.7°±0.2°, 15.1°±0.2°, 15.9°±0.2°, 17.9°±0.2°. Crystal form I: 10.6°±0.2°, 13.3°±0.2°, 15.9°±0.2°, 24.0°±0.2°; Crystal form II: 10.2°±0.2°, 15.9°±0.2°, 17.9°±0.2°, 24.1°±0.2°; Crystal form VII: 11.7°±0.2°, 15.1°±0.2°, 15.9°±0.2°, 17.9°±0.2°.
Use of a holder for connecting a weatherboard to a profile frame of a window or door, wherein the holder comprises two connecting elements (20, 30) oriented opposite to one another and the first connecting element has a substantially circular cross-section and allows a rotary movement about an axis in the connected state and the second connecting element allows only a rigid connection, and wherein the holder is arranged between the profile frame and the weatherboard and is anchored on the side of the profile frame in an opening prepared therein by the second connecting element, characterized in that the anchoring is implemented by hooking into a water slot or latching into a bore.
Battery housing (23, 23"') comprising a valve for pressure equalization and/or pressure overload dissipation, which comprises a housing (1, 1', 1", 1"') having a first section (2, 2', 2", 2"'), which can be made to face the atmosphere, and having a second section (3, 3', 3", 3"'), which can be made to face the interior of the battery housing (23, 23"'), wherein the two sections (2, 2', 2", 2'", 3, 3', 3", 3'") are in blockable fluid-conducting connection with one another, characterized in that a sub-valve (4, 4", 4'", 6, 6', 6") which can be activated thermally in order for a pressure-equalizing and/or pressure-dissipating fluid line (5, 5", 5'", 7, 7', 7") between the first section (2, 2', 2", 2'") and the second section (3, 3', 3", 3'") to be blocked and/or, by way of an intumescent seal (12, 12', 12", 12'"), closed off is provided, wherein a first sub-valve (4, 4") which can be activated thermally in order for a first fluid line (5, 5") between the first section (2, 2") and the second section (3, 3") to be blocked is provided, and in that a second sub-valve (6, 6") which can be activated thermally in order for a second fluid line (7, 7") between the first section (2, 2") and the second section (3, 3") to be blocked is furthermore provided.