mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a voltage applied to a coil, comprising the steps of: providing an adjustable voltage regulator, the voltage regulator receiving power from a source when connected thereto, the voltage regulator receiving a variable control voltage and providing a regulated voltage at an output; sensing a temperature of the coil with a temperature sensing device; coupling the regulated voltage output from the voltage regulator to a first terminal of the coil and to a first terminal of a voltage divider, the voltage divider comprised of an impedance; and the temperature sensing device, the voltage divider having a midpoint at a junction of the impedance and the temperature sensing device at which a midpoint voltage is developed; and providing the midpoint voltage as the variable control voltage input to the voltage regulator; wherein, when the temperature of the coil changes, the resistance of the coil changes, the change in coil temperature is detected by the temperature sensing device, causing the voltage at the midpoint to change, causing the variable control voltage to change, and in turn, causing the regulated voltage at the output of the voltage regulator to change to provide a constant magnitude, temperature independent current to the coil upon the next coil actuation to assure the magnetic field strength will be constant for actuation without regard to the temperature of the coil. providing an adjustable voltage regulator, the voltage regulator receiving power from a source when connected thereto, the voltage regulator receiving a variable control voltage and providing a regulated voltage at an output; sensing a temperature of the coil with a temperature sensing device; coupling the regulated voltage output from the voltage regulator to a first terminal of the coil and to a first terminal of a voltage divider, the voltage divider comprised of an impedance; and the temperature sensing device, the voltage divider having a midpoint at a junction of the impedance and the temperature sensing device at which a midpoint voltage is developed; and providing the midpoint voltage as the variable control voltage input to the voltage regulator; wherein, when the temperature of the coil changes, the resistance of the coil changes, the change in coil temperature is detected by the temperature sensing device, causing the voltage at the midpoint to change, causing the variable control voltage to change, and in turn, causing the regulated voltage at the output of the voltage regulator to change to provide a constant magnitude, temperature independent current to the coil upon the next coil actuation to assure the magnetic field strength will be constant for actuation without regard to the temperature of the coil.
A process for producing a purified methanol from a methanol-containing condensate produced in a kraft pulping process and comprising one or more impurities selected from Total Reduced Sulphur, sulphur compounds or species, acetone and terpenes comprising: a) pretreating the methanol-containing condensate to produce a pretreated condensate; b) polishing the pretreated condensate by reverse osmosis to produce a polished methanol; and optionally c) further polishing the polished methanol in a second polishing step to produce the purified methanol with activated carbon. a) pretreating the methanol-containing condensate to produce a pretreated condensate; b) polishing the pretreated condensate by reverse osmosis to produce a polished methanol; and optionally c) further polishing the polished methanol in a second polishing step to produce the purified methanol with activated carbon.
A plug connector for optical waveguides held in ferrules, in particular for plugging in and contacting with a mating plug provided with an optoelectric transducer, the plug connector comprising a plug housing in which two ferrule housings with optical waveguides embedded in ferrules are arranged in a sliding housing, the ferrules being axially displaceable by means of springs arranged in the ferrule housings, the sliding housing with the two ferrule housings held therein being arranged so as to be axially displaceable within the plug housing surrounding them jointly by an additional sliding path by means of an axially acting spring, a curvature, required by the sliding path of the sliding housing, of the optical waveguides within the surrounding plug housing being assisted by a cable manager which is arranged in the plug housing for this purpose and which includes two laterally open longitudinal openings for the optical waveguides.
A method of communication, comprising: transmitting a first set of samples during a first symbol period, wherein a first beamforming configuration is used in the transmission of the first set of samples; determining that a change from the first beamforming configuration is indicated, and, in response to the determination, changing from the first beamforming configuration to a second beamforming configuration during a first cyclic prefix period that follows the first symbol period and electing to not transmit symbols during the first cyclic prefix period, wherein the second beamforming configuration is different from the first beamforming configuration; and transmitting a second set of samples during a second symbol period that follows the first cyclic prefix period, wherein the second beamforming configuration is used in the transmission of the second set of samples. transmitting a first set of samples during a first symbol period, wherein a first beamforming configuration is used in the transmission of the first set of samples; determining that a change from the first beamforming configuration is indicated, and, in response to the determination, changing from the first beamforming configuration to a second beamforming configuration during a first cyclic prefix period that follows the first symbol period and electing to not transmit symbols during the first cyclic prefix period, wherein the second beamforming configuration is different from the first beamforming configuration; and transmitting a second set of samples during a second symbol period that follows the first cyclic prefix period, wherein the second beamforming configuration is used in the transmission of the second set of samples.
Rotary electric machine, in particular for a motor vehicle, capable of operating at least in alternator mode including a control unit arranged: • to process an item of information representative of the temperature of the electric machine, to process an item of information representative of the speed of rotation of a rotor of the electric machine and an item of information representative of an electrical quantity of the electric machine, characterized in that the control unit is arranged • to determine, at least according to the item of information representative of the temperature and of the speed of rotation, a threshold value of the electrical quantity; • to compare the item of information representative of the electrical quantity with the determined threshold value; and • to control the electrical quantity according to said comparison • the control unit being arranged, when the value of the electrical quantity of the machine is higher than the determined threshold value, to decrease the value of the electrical quantity substantially to the determined threshold value. • to process an item of information representative of the temperature of the electric machine, to process an item of information representative of the speed of rotation of a rotor of the electric machine and an item of information representative of an electrical quantity of the electric machine, characterized in that the control unit is arranged • to determine, at least according to the item of information representative of the temperature and of the speed of rotation, a threshold value of the electrical quantity; • to compare the item of information representative of the electrical quantity with the determined threshold value; and • to control the electrical quantity according to said comparison • the control unit being arranged, when the value of the electrical quantity of the machine is higher than the determined threshold value, to decrease the value of the electrical quantity substantially to the determined threshold value.
A metal-resin composite structure which is obtained by bonding a metal member and a resin member formed of a thermoplastic resin composition to each other, wherein the metal member is formed of a metal material containing one or two or more of iron, stainless steel, aluminum, aluminum alloys, magnesium, or magnesium alloys, wherein regarding six linear portions in total on a surface of the metal member including three arbitrary linear portions which are parallel to each other and another three arbitrary linear portions which are perpendicular to the former three linear portions, a surface roughness measured according to JIS B0601 (corresponding international standard: ISO4287) satisfies the following requirements and at the same time: material ratio of the roughness profile (Rmr) of one or more linear portions at a cutting level of 20% and an evaluation length of 4 mm are lower than or equal to 30%; and ten point average roughnesses (Rz) of all the linear portions at an evaluation length of 4 mm are greater than 2 μm. material ratio of the roughness profile (Rmr) of one or more linear portions at a cutting level of 20% and an evaluation length of 4 mm are lower than or equal to 30%; and ten point average roughnesses (Rz) of all the linear portions at an evaluation length of 4 mm are greater than 2 μm.
A locking valve body assembly for use with a powered hammer assembly, the locking valve body assembly comprising: a valve body that defines a void configured to contain a pressurized fluid; a locking member that is configured to be biased by the pressurized fluid into a locking configuration; characterised in that the locking valve body assembly further comprises a retainer member that is configured to mate with a corresponding feature of a powered hammer assembly, wherein: - the locking valve body assembly is configured to prevent the retainer from being removed from the power hammer assembly along a first predetermined direction, and - the locking member is operatively associated with the retainer member and the locking member is configured to prevent movement of the retainer member in a second predetermined direction that is different than the first predetermined direction when the valve body is pressurized. a valve body that defines a void configured to contain a pressurized fluid; a locking member that is configured to be biased by the pressurized fluid into a locking configuration; characterised in that the locking valve body assembly further comprises a retainer member that is configured to mate with a corresponding feature of a powered hammer assembly, wherein: - the locking valve body assembly is configured to prevent the retainer from being removed from the power hammer assembly along a first predetermined direction, and - the locking member is operatively associated with the retainer member and the locking member is configured to prevent movement of the retainer member in a second predetermined direction that is different than the first predetermined direction when the valve body is pressurized. - the locking valve body assembly is configured to prevent the retainer from being removed from the power hammer assembly along a first predetermined direction, and - the locking member is operatively associated with the retainer member and the locking member is configured to prevent movement of the retainer member in a second predetermined direction that is different than the first predetermined direction when the valve body is pressurized.
A rack steering assembly comprising a tubular rack housing and at least one retention and/or support ring (2, 2') which is at least partially disposed inside the rack housing and is pressed into the rack housing while the retention and/or support ring (2, 2') is expanded, characterised in that a toothed section (4, 4') is provided on the outer circumferential surface of the retention and/or support ring (2, 2') adjacent to the rack housing and that the retention and/or support ring (2, 2') is provided with a conical inner circumferential surface (5, 5') for press-fitting with the rack housing, which press-fitting expands the retention and/or support ring (2, 2').
Method for operating a multifunctional near-field communication device that supports two or more near-field communication data formats according to respective protocols of respective standards, said method comprising: - obtaining context information about the context of said multifunctional near-field communication device, and - selecting an operation mode for the multifunctional near-field communication device for communicating with external near-field communication devices on the basis of said obtained context information, - characterized in that said selected operation mode defines proportionality values for communicating according to said two or more supported data formats according to respective protocols of respective standards for switching operation of said multifunctional near-field communication device between said two or more supported data formats according to respective protocols of respective standards, the proportionality values allocating relative proportions of operation in one data format relative to operation in other data formats within one or more operational periods. - obtaining context information about the context of said multifunctional near-field communication device, and - selecting an operation mode for the multifunctional near-field communication device for communicating with external near-field communication devices on the basis of said obtained context information, - characterized in that said selected operation mode defines proportionality values for communicating according to said two or more supported data formats according to respective protocols of respective standards for switching operation of said multifunctional near-field communication device between said two or more supported data formats according to respective protocols of respective standards, the proportionality values allocating relative proportions of operation in one data format relative to operation in other data formats within one or more operational periods.
Continuous process for the oxidative cleavage of vegetable oils containing triglycerides of unsaturated carboxylic acids, for the obtainment of saturated carboxylic acids, characterized by comprising the steps of: a) feeding to a first continuous reactor at least a vegetable oil and an oxidizing compound in the presence of a catalyst capable of catalyzing the oxidation reaction of the olefinic double bond to obtain an intermediate compound containing vicinal diols; b) feeding to a second continuous reactor said intermediate compound, oxygen or a compound containing oxygen, and a catalyst capable of catalyzing the oxidation reaction of said diols to carboxylic groups, to obtain saturated monocarboxylic acids (i) and triglycerides containing saturated monocarboxylic acids with more than one acid function (ii); b-i) separating the aqueous phase from the organic phase of the product obtained as output from step b); c) transferring the organic phase of the product of step b) to an apparatus suitable to separate the saturated monocarboxylic acids (i) from the triglycerides having more than one acid function (ii); and d) hydrolyzing in a third reactor said triglycerides (ii) to obtain glycerol and saturated carboxylic acids with more than one acid function; the operations to feed reagents and to remove products taking place simultaneously for the entire duration of the process and the process conditions remaining substantially unchanged in each step of the process. a) feeding to a first continuous reactor at least a vegetable oil and an oxidizing compound in the presence of a catalyst capable of catalyzing the oxidation reaction of the olefinic double bond to obtain an intermediate compound containing vicinal diols; b) feeding to a second continuous reactor said intermediate compound, oxygen or a compound containing oxygen, and a catalyst capable of catalyzing the oxidation reaction of said diols to carboxylic groups, to obtain saturated monocarboxylic acids (i) and triglycerides containing saturated monocarboxylic acids with more than one acid function (ii); b-i) separating the aqueous phase from the organic phase of the product obtained as output from step b); c) transferring the organic phase of the product of step b) to an apparatus suitable to separate the saturated monocarboxylic acids (i) from the triglycerides having more than one acid function (ii); and d) hydrolyzing in a third reactor said triglycerides (ii) to obtain glycerol and saturated carboxylic acids with more than one acid function;
Support device, comprising at least two force transmission parts (1, 2a, 2b) in mutual contact so as to transmit forces directed substantially in a predefined direction, one of the two parts having a convex surface (1a, 1b) and the other of the two parts having a concave surface (20a, 20b) with a larger radius of curvature than said convex surface, one of said convex and concave surfaces being lined with a sliding material, the convex surface (1a, 1b) being in contact with the concave surface (20a, 20b) in a contact area, wherein at least one of the two force transmission parts (1, 2a, 2b) comprises a block of homogeneous material having at least one recess (4, 4a, 4b, 4c, 4d) in a portion substantially aligned with the contact area along said direction.
A rotating device (100, 400) to be used in a liquid analyzing device, comprising: a carrier (110, 410) having at least one pivot center; at least one rotating plate (120, 220, 320, 420) rotatably connected with the carrier (110, 410) and adapted for containing a test liquid; and a driving unit (130, 230, 330, 430) connected with the at least one rotating plate (120, 220, 320, 420), characterized in that the at least one rotating plate (120, 220, 320, 420) or the driving unit (130, 230, 330, 430) comprises at least one stopping portion (122, 434a) for contacting the carrier (110, 410), wherein the driving unit (130, 230, 330, 430) is configured to drive the at least one rotating plate (120, 220, 320, 420) to rotate relative to the carrier (110, 410) along a first rotation direction so that the at least one stopping portion (122, 434a) moves to a first position on the carrier (110, 410), where the stopping portion (122, 434a) interferes with the carrier (110, 410), the driving unit (130, 230, 330, 430) is configured to apply driving force to the carrier (110, 410) along the first rotation direction through the at least one stopping portion (122, 434a) and is configured to cause the carrier (110, 410) to rotate along the first rotation direction. a carrier (110, 410) having at least one pivot center; at least one rotating plate (120, 220, 320, 420) rotatably connected with the carrier (110, 410) and adapted for containing a test liquid; and a driving unit (130, 230, 330, 430) connected with the at least one rotating plate (120, 220, 320, 420), characterized in that the at least one rotating plate (120, 220, 320, 420) or the driving unit (130, 230, 330, 430) comprises at least one stopping portion (122, 434a) for contacting the carrier (110, 410), wherein the driving unit (130, 230, 330, 430) is configured to drive the at least one rotating plate (120, 220, 320, 420) to rotate relative to the carrier (110, 410) along a first rotation direction so that the at least one stopping portion (122, 434a) moves to a first position on the carrier (110, 410), where the stopping portion (122, 434a) interferes with the carrier (110, 410), the driving unit (130, 230, 330, 430) is configured to apply driving force to the carrier (110, 410) along the first rotation direction through the at least one stopping portion (122, 434a) and is configured to cause the carrier (110, 410) to rotate along the first rotation direction.
A composite cathode, comprising: a cathode conductor layer comprising a mixed conductor; and a cathode junction layer adjacent to the cathode conductor layer, the cathode junction layer comprising a solid electrolyte, wherein the mixed conductor has a lithium-ion conductivity and an electrical conductivity, wherein the solid electrolyte has a lithium-ion conductivity, wherein the cathode conductor layer is carbon-free, and wherein the mixed conductor comprises a compound represented by Formula 1: Formula 1 Li x M y X z, wherein M comprises a transition metal element of Groups 3 to 12, a metalloid element of Groups 13 to 16, a metal of Groups 13 to 16 the Periodic Table, or a combination thereof, X comprises a nonmetallic element of Groups 15 to 17 of the Periodic Table, and x satisfies 0<x<5, y satisfies 0<y<6, and z satisfies 0<z<15. a cathode conductor layer comprising a mixed conductor; and a cathode junction layer adjacent to the cathode conductor layer, the cathode junction layer comprising a solid electrolyte, wherein the mixed conductor has a lithium-ion conductivity and an electrical conductivity, wherein the solid electrolyte has a lithium-ion conductivity, wherein the cathode conductor layer is carbon-free, and wherein the mixed conductor comprises a compound represented by Formula 1: Formula 1 Li x M y X z, wherein M comprises a transition metal element of Groups 3 to 12, a metalloid element of Groups 13 to 16, a metal of Groups 13 to 16 the Periodic Table, or a combination thereof, X comprises a nonmetallic element of Groups 15 to 17 of the Periodic Table, and x satisfies 0<x<5, y satisfies 0<y<6, and z satisfies 0<z<15.
Tool, having a tool housing which has an interface (111, 112, 115) which is designed for coupling to an interface (211, 212, 215) of an output housing and for coupling to a coupling module (30; 300) designed as a clamping collar, wherein the tool interface (111, 112, 115) is designed for releasably fastening the output interface (211, 212, 215) and the coupling module (30; 300) to the tool in such a way that the coupling module (30; 300) can be arranged around the tool housing and the output housing, wherein the tool interface (111, 112, 115) is designed, with the output interface (211, 212, 215), to effect centring and anti-rotational securing of the output on the tool, and wherein the tool interface (111, 112, 115) has coupling elements (111, 112, 113) with oblique flanks, which are designed to interact with the coupling module (30; 300) to axially brace the tool and output for securing the output on the tool in order to be able to process at least one workpiece (4; 4, 5) with the processing element (23; 6). a tool housing which has an interface (111, 112, 115) which is designed for coupling to an interface (211, 212, 215) of an output housing and for coupling to a coupling module (30; 300) designed as a clamping collar, wherein the tool interface (111, 112, 115) is designed for releasably fastening the output interface (211, 212, 215) and the coupling module (30; 300) to the tool in such a way that the coupling module (30; 300) can be arranged around the tool housing and the output housing, wherein the tool interface (111, 112, 115) is designed, with the output interface (211, 212, 215), to effect centring and anti-rotational securing of the output on the tool, and wherein the tool interface (111, 112, 115) has coupling elements (111, 112, 113) with oblique flanks, which are designed to interact with the coupling module (30; 300) to axially brace the tool and output for securing the output on the tool in order to be able to process at least one workpiece (4; 4, 5) with the processing element (23; 6).