mhurhangee/ep-ind-claims huggingface dataset:
Power control apparatus for controlling the power of an electrical load, in particular of an electric motor, said power control apparatus having: a phase gating circuit having a TRIAC element and a control circuit for actuating the TRIAC element, wherein the TRIAC element has a control connection (Gate), a first main connection, which is connected to a load connection point, and a second main connection, and a supply voltage connection point; characterized in that a controllable changeover device (30, 32; 38), which establishes an electrical connection between an input connection, which is connected to the supply voltage connection point, and either a first output connection or a second output connection, is provided, the first output connection is connected to the first main connection of the TRIAC element and the second output connection is connected to the second main connection in such a way that a first line path via the changeover device and the first output connection is created between the load connection point and the supply voltage connection point and a second line path is created between the second output connection, the second main connection and the first main connection of the TRIAC element, and a control device is provided and configured to lock the TRIAC element and then to actuate the changeover device after a prescribed duration in order to activate the first line path and to deactivate the second line path. a phase gating circuit having a TRIAC element and a control circuit for actuating the TRIAC element, wherein the TRIAC element has a control connection (Gate), a first main connection, which is connected to a load connection point, and a second main connection, and a supply voltage connection point; characterized in that a controllable changeover device (30, 32; 38), which establishes an electrical connection between an input connection, which is connected to the supply voltage connection point, and either a first output connection or a second output connection, is provided, the first output connection is connected to the first main connection of the TRIAC element and the second output connection is connected to the second main connection in such a way that a first line path via the changeover device and the first output connection is created between the load connection point and the supply voltage connection point and a second line path is created between the second output connection, the second main connection and the first main connection of the TRIAC element, and a control device is provided and configured to lock the TRIAC element and then to actuate the changeover device after a prescribed duration in order to activate the first line path and to deactivate the second line path.
A terephthalic acid purge process comprising: (a) subjecting an oxidizer purge stream formed in a terephthalic acid process comprising a carboxylic acid, a metal catalyst, impurities, water and a solvent comprising acetic acid to evaporation in a 1 st evaporator zone to produce a vapor stream and a concentrated purge slurry; and (b) adding water to said concentrated purge slurry in a 1 st mix zone to produce a water rich concentrated purge slurry; (c) subjecting said water rich concentrated purge slurry to evaporation in a 2 nd evaporator zone to produce a solvent rich stream and a super concentrated purge slurry wherein said second evaporator zone comprises an evaporator operated at a temperature of 20°C to 70°C; wherein said super concentrated purge slurry has a water content of 5 wt% to 25 wt% (d) filtering said super concentrated purge slurry in a solid-liquid separation zone to form a filter cake and mother liquor (e) washing said filter cake with a wash feed in said solid-liquid separation zone to form a washed filter cake. (a) subjecting an oxidizer purge stream formed in a terephthalic acid process comprising a carboxylic acid, a metal catalyst, impurities, water and a solvent comprising acetic acid to evaporation in a 1 st evaporator zone to produce a vapor stream and a concentrated purge slurry; and (b) adding water to said concentrated purge slurry in a 1 st mix zone to produce a water rich concentrated purge slurry; (c) subjecting said water rich concentrated purge slurry to evaporation in a 2 nd evaporator zone to produce a solvent rich stream and a super concentrated purge slurry wherein said second evaporator zone comprises an evaporator operated at a temperature of 20°C to 70°C; wherein said super concentrated purge slurry has a water content of 5 wt% to 25 wt% (d) filtering said super concentrated purge slurry in a solid-liquid separation zone to form a filter cake and mother liquor (e) washing said filter cake with a wash feed in said solid-liquid separation zone to form a washed filter cake.
(3R,4R,5S)-4-fluoroacylamido-5-guanidino-3-(pentan-3-yloxy)cyclohexene-1-carboxylic acid and their esters of the general formula 1 and pharmaceutically acceptable salts thereof, wherein: R represents hydrogen or C 1 -C 3 alkyl. R represents hydrogen or C 1 -C 3 alkyl.
A driving controlling method for a reciprocating compressor, comprising: cutting off power supplied to a motor of the reciprocating compressor, wherein a switching device connected between a commercial power and the motor is opened; preventing an over-stroke generated from the motor of the reciprocating compressor; varying an output capacity of the reciprocating compressor; matching an impedance of a driving controlling apparatus to an inductance of the motor using a first capacitor and a second switching device connected to a second capacitor so as to match to the varied output capacity; and supplying power to the power cut-off motor, characterized in that the matching an impedance of the driving controlling apparatus further uses a first switching device connected to the first capacitor so as to match to the varied output capacity; and the preventing an over-stroke comprises: opening a PTC relay serially connected to the power after cutting off the power; and closing the PTC relay so as to form a path of a rush current after a first reference time lapses. cutting off power supplied to a motor of the reciprocating compressor, wherein a switching device connected between a commercial power and the motor is opened; preventing an over-stroke generated from the motor of the reciprocating compressor; varying an output capacity of the reciprocating compressor; matching an impedance of a driving controlling apparatus to an inductance of the motor using a first capacitor and a second switching device connected to a second capacitor so as to match to the varied output capacity; and supplying power to the power cut-off motor, characterized in that the matching an impedance of the driving controlling apparatus further uses a first switching device connected to the first capacitor so as to match to the varied output capacity; and the preventing an over-stroke comprises: opening a PTC relay serially connected to the power after cutting off the power; and closing the PTC relay so as to form a path of a rush current after a first reference time lapses. opening a PTC relay serially connected to the power after cutting off the power; and closing the PTC relay so as to form a path of a rush current after a first reference time lapses.
Packaging machine comprising at least one shrinking tunnel for packaging at least one product through an heat-shrinking film, whereby at least one of the entry or exit openings of said shrinking tunnel is equipped with at least one hatch mobile at least from a first operating position in which it closes said opening to at least one second operating position in which it opens, at least partially, said opening to allow said product to enter in or to exit from said shrinking tunnel through said opening and vice versa, characterised in that said hatch comprises at least one window portion comprising at least partially a portion made of transparent material.
A fitting, comprising: a hollow body that includes an opening at a first end; an annular sealing member positioned on an interior surface of the hollow body; and an actuation mechanism, wherein the actuation mechanism is configured to draw the sealing member axially towards the first end of the hollow body and radially inward towards a longitudinal axis of the hollow body by actuating at least one bolt that is coupled to the hollow body and the actuation mechanism, characterised in that the at least one bolt extends substantially transverse to the longitudinal axis of the hollow body. a hollow body that includes an opening at a first end; an annular sealing member positioned on an interior surface of the hollow body; and an actuation mechanism, wherein the actuation mechanism is configured to draw the sealing member axially towards the first end of the hollow body and radially inward towards a longitudinal axis of the hollow body by actuating at least one bolt that is coupled to the hollow body and the actuation mechanism, characterised in that the at least one bolt extends substantially transverse to the longitudinal axis of the hollow body.
A driving circuit portion including a capacitor unit and a circuit board that is configured to convert DC power output from the capacitor unit into AC power, wherein the capacitor unit comprises: a housing that accommodates a capacitor main body therein, and comprises an upper surface, which is a surface on which the circuit board is fixed, and a side surface, which is a surface orthogonal to the upper surface; a pair of harness side terminals (23,23A,23B) provided in the housing and connectable to a power source harness for supplying DC power from an outside to the capacitor main body; and a pair of board side terminals (24,24A,24B) provided in the housing and connected to the circuit board so as to output the DC power via the capacitor main body, characterized in that each board side terminal (24, 24A, 24B) extends in a plate shape from a base portion held in the housing and parallel to the side surface toward the upper surface and toward a distal end portion to be connected to the circuit board, has a notch portion (40,41,42) recessed inward of the board side terminal in a width direction between the base portion and the distal end portion, and has a curved portion extending so as to be inclined with respect to a direction in which the board side terminal (24,24A,24B) is inserted into a hole portion (35A,35B) of the circuit board, wherein the board side terminal (24,24A,24B) is soldered to a land portion of a wiring pattern formed around the hole portion (35A,35B) by a solder. a housing that accommodates a capacitor main body therein, and comprises an upper surface, which is a surface on which the circuit board is fixed, and a side surface, which is a surface orthogonal to the upper surface; a pair of harness side terminals (23,23A,23B) provided in the housing and connectable to a power source harness for supplying DC power from an outside to the capacitor main body; and a pair of board side terminals (24,24A,24B) provided in the housing and connected to the circuit board so as to output the DC power via the capacitor main body, characterized in that each board side terminal (24, 24A, 24B) extends in a plate shape from a base portion held in the housing and parallel to the side surface toward the upper surface and toward a distal end portion to be connected to the circuit board, has a notch portion (40,41,42) recessed inward of the board side terminal in a width direction between the base portion and the distal end portion, and has a curved portion extending so as to be inclined with respect to a direction in which the board side terminal (24,24A,24B) is inserted into a hole portion (35A,35B) of the circuit board, wherein the board side terminal (24,24A,24B) is soldered to a land portion of a wiring pattern formed around the hole portion (35A,35B) by a solder.
A method, performed by a host computing device, of analyzing continuous analyte sensor data associated with a host, wherein the continuous analyte sensor data is representative of glucose levels of the host, the method comprising: accessing a plurality of glucose readings associated with a host during two or more analysis time periods, wherein each glucose reading is indicative of a glucose level of the host at a respective time; comparing glucose readings associated with the host during a first analysis time period and a second analysis time period of the two or more analysis time periods; and generating a performance report indicating a relationship between the plurality of glucose readings of the two or more analysis time periods, wherein the performance report is indicative of glucose variability by the host over the first and second analysis time periods as a calculated Glycemic Variability Index, GVI, wherein the GVI indicates a quality of glucose control over time based on the continuous analyte sensor data, wherein the GVI includes a total GVI component, GVI total, a hyperglycemia GVI component, GVI hyper and a hypoglycemia GVI component, GVI hypo, wherein the GVI hyper component is indicative of hyperglycemia control based entirely or substantially in part on a time and magnitude of glucose readings that exceed an upper threshold of a predetermined range, the upper threshold being a hyperglycemia threshold, and wherein the GVI hypo component is indicative of hypoglycemia control based entirely or substantially in part on a time and magnitude of glucose readings that fall below a lower threshold of the predetermined range, the lower threshold being a hypoglycemia threshold. accessing a plurality of glucose readings associated with a host during two or more analysis time periods, wherein each glucose reading is indicative of a glucose level of the host at a respective time; comparing glucose readings associated with the host during a first analysis time period and a second analysis time period of the two or more analysis time periods; and generating a performance report indicating a relationship between the plurality of glucose readings of the two or more analysis time periods, wherein the performance report is indicative of glucose variability by the host over the first and second analysis time periods as a calculated Glycemic Variability Index, GVI, wherein the GVI indicates a quality of glucose control over time based on the continuous analyte sensor data, wherein the GVI includes a total GVI component, GVI total, a hyperglycemia GVI component, GVI hyper and a hypoglycemia GVI component, GVI hypo, wherein the GVI hyper component is indicative of hyperglycemia control based entirely or substantially in part on a time and magnitude of glucose readings that exceed an upper threshold of a predetermined range, the upper threshold being a hyperglycemia threshold, and wherein the GVI hypo component is indicative of hypoglycemia control based entirely or substantially in part on a time and magnitude of glucose readings that fall below a lower threshold of the predetermined range, the lower threshold being a hypoglycemia threshold.
A method for processing cocoa beans or nibs comprising the steps of: (a) adding water to cocoa beans or nibs to form a suspension; (b) wet grinding said suspension; (c) subjecting said suspension to a heat treatment at a temperature of 70°C or less; (d) separating the suspension into: a water phase (heavy phase), a fat phase (light phase) comprising cocoa butter, and a solid phase comprising cocoa powder and fluid components; (e) continuously separating the fluid components from the solid phase obtained in step (d) to obtain cocoa aroma and cocoa powder by supplying a flow of said solid phase to a mixing device; wherein the mixing device comprises: a cylindrical, tubular body with a horizontal axis having an inlet opening for the solid phase, an outlet opening for the dried solid phase and an outlet opening for a vapor phase comprising cocoa aroma; end plates (5,5') closing the tubular body at its opposite ends; a coaxial jacket heating or cooling the internal wall of the tubular body to a temperature of from 55°C to 150°C; and a bladed rotor, which is supported for rotation in the tubular body, its blades being arranged as a helix and oriented for centrifuging the solid phase and simultaneously transporting it towards the outlet opening. (a) adding water to cocoa beans or nibs to form a suspension; (b) wet grinding said suspension; (c) subjecting said suspension to a heat treatment at a temperature of 70°C or less; (d) separating the suspension into: a water phase (heavy phase), a fat phase (light phase) comprising cocoa butter, and a solid phase comprising cocoa powder and fluid components; a water phase (heavy phase), a fat phase (light phase) comprising cocoa butter, and a solid phase comprising cocoa powder and fluid components; (e) continuously separating the fluid components from the solid phase obtained in step (d) to obtain cocoa aroma and cocoa powder by supplying a flow of said solid phase to a mixing device;
Pharmaceutical compositions comprising zoledronic acid and calcium and vitamin D for use in the treatment and/or prophylaxis of treatment-related hypocalcaemia due to zoledronic acid during treatment of osteoporosis, postmenopausal osteoporosis, manifest osteoporosis, osteoporosis in men or women, characterized in that the pharmaceutical composition comprising zoledronic acid is administered intravenously at a dosage of 4-6 mg, more preferably 5 mg, zoledronic acid once- or twice-yearly and that the pharmaceutical composition(s) comprising calcium is/are administered orally at a dosage of 400-600 mg per day, more preferably 500 mg per day, and that vitamin D is administered orally at a daily dosage of 800-1200 IU vitamin D, more preferably 1000 IU vitamin D.
A positive and negative oxygen ion air purification system using dielectric barrier discharge for rail transport, comprising: - an air intake device including a first damper and a second damper, wherein the first damper is in communication with the second damper; - an evaporator disposed within the air intake device, wherein gas flowing through the first damper and the second damper passes through the evaporator; - a purification device, wherein the gas flowing through the first damper and the second damper passes through the purification device, and wherein the purification device includes a mounting plate, a power supply module and an ion generation module, the purification device is disposed on the air intake device by means of the mounting plate, and the power supply module includes an input end, a transformer, and an output end; - a detection device; - a control device, which is connected to the detection device and which is connected to the air intake device and the purification device, wherein the ion generation module includes a high-voltage emission electrode plate, a filling medium and a grounding electrode plate that are arranged to be sequentially attached to each other, and wherein the power supply module provides high-voltage alternating current to the ion generation module. - an air intake device including a first damper and a second damper, wherein the first damper is in communication with the second damper; - an evaporator disposed within the air intake device, wherein gas flowing through the first damper and the second damper passes through the evaporator; - a purification device, wherein the gas flowing through the first damper and the second damper passes through the purification device, and wherein the purification device includes a mounting plate, a power supply module and an ion generation module, the purification device is disposed on the air intake device by means of the mounting plate, and the power supply module includes an input end, a transformer, and an output end; - a detection device; - a control device, which is connected to the detection device and which is connected to the air intake device and the purification device,
Modular construction kit for structural size configuration for one hydraulic size with different magnetic coupling sizes, or for one magnetic coupling size and different hydraulic sizes, for producing a pump arrangement having an interior space formed by a pump casing of the pump arrangement, having a containment can which hermetically seals off a chamber surrounded by said containment can with respect to the interior space formed by the pump casing, having an impeller shaft which can be driven in rotation about an axis of rotation, having an impeller which is arranged on one end of the impeller shaft, having an inner rotor which is arranged on the other end of the impeller shaft, and having an outer rotor which interacts with the inner rotor, characterized by different adaptor elements connecting the containment can to a casing cover of the pump casing, which adaptor elements have a mounting flange which, at the side close to the interior space, bears against an abutment surface of the casing cover.
A method for manufacturing a hub ring (10; 110), the hub ring (10; 110) including a flange portion and a shaft body portion (20; 120), the flange portion including bolt holes, an outer surface, and bolts and being formed on an outer periphery of the shaft body portion (20; 120), the bolts being press-fitted into the bolt holes, respectively, and the outer surface forming a surface of the flange portion on a vehicle outer side in an axle direction, the method comprising press-fitting the bolts into the bolt holes, respectively, the method being characterized by: forming a reference surface (11; 111) in the shaft body portion (20; 120) by performing grinding on the shaft body portion (20; 120), the reference surface (11; 111) being orthogonal to or parallel to the axle direction; and performing machining on the outer surface by using the reference surface (11; 111) as a reference, after the bolts are press-fitted into the bolt holes, respectively. forming a reference surface (11; 111) in the shaft body portion (20; 120) by performing grinding on the shaft body portion (20; 120), the reference surface (11; 111) being orthogonal to or parallel to the axle direction; and performing machining on the outer surface by using the reference surface (11; 111) as a reference, after the bolts are press-fitted into the bolt holes, respectively.
A polymer electrolyte comprising a perfluorinated backbone and first pendant groups which comprise groups according to the formula: -SO 2 -NH-SO 2 -ArA n wherein Ar is an aromatic group of 5-24 carbon atoms which may include heterocycles and polycycles and may be substituted, wherein A is -SO 3 H, and wherein n is between 1 and q, wherein q is one-half the number of carbons in Ar. wherein Ar is an aromatic group of 5-24 carbon atoms which may include heterocycles and polycycles and may be substituted, wherein A is -SO 3 H, and wherein n is between 1 and q, wherein q is one-half the number of carbons in Ar.