mhurhangee/ep-ind-claims huggingface dataset:
A control system comprising a multi-motor converter for controlled parallel operation of a number of n EC motors (M1,..., Mn), the respective rotor position of which being acquired without a sensor, where n ≥ 2, comprising a. at least one acquisition means for determining at least the rotor positions and rotational speeds of the n EC motors (M1,..., Mn) with the aid of the previously measured phase currents I M1,..., I Mn and optionally the terminal voltage U u,v,w of the n EC motors (M1,..., Mn); b. a control and transformation means in order to generate corresponding voltage variables and current variables in the d-q coordinate system with the aid of the determined rotor positions and the rotational speeds for controlling the n motors; c. a control means downstream of the control and transformation means, to said control means the voltage variables and current variables generated by the control and transformation means are supplied in order to generate switching commands therefrom for the multi-motor converter in order to operate the n motors, characterized in that the control means has a current-phase controller (R ST).. a. at least one acquisition means for determining at least the rotor positions and rotational speeds of the n EC motors (M1,..., Mn) with the aid of the previously measured phase currents I M1,..., I Mn and optionally the terminal voltage U u,v,w of the n EC motors (M1,..., Mn); b. a control and transformation means in order to generate corresponding voltage variables and current variables in the d-q coordinate system with the aid of the determined rotor positions and the rotational speeds for controlling the n motors; c. a control means downstream of the control and transformation means, to said control means the voltage variables and current variables generated by the control and transformation means are supplied in order to generate switching commands therefrom for the multi-motor converter in order to operate the n motors, characterized in that the control means has a current-phase controller (R ST)..
A pump assembly with an electric drive motor which is designed as a canned motor and which in the inside of a can pot comprises a bearing, in which a motor shaft is mounted, characterised in that the bearing has an outer diameter which is smaller than the inner diameter of the can pot, and the bearing is mounted in the inside of the can pot in a bearing holder which comprises several webs extending transversely to the inner periphery of the can pot, fills the free space between the outer diameter of the bearing and the inner diameter of the can pot and fixes the bearing in the can pot in a centred manner.
Method for controlling an electric cooker, which comprises an inner container, a heating element and, installed inside said inner container, a steam basket; said heating element heats said inner container; the lower portion of said steam basket comprises an opening mechanism oriented towards the bottom wall and/or located in the extension of the lateral wall of the inner container; said steam basket comprises a permeable zone and a filling chamber located above this permeable zone; the opening space surrounded by the opening mechanism is connected to the filling chamber through said permeable zone; the upper portion of said steam basket is connected to the opening of the inner container; the method for controlling said electric cooker characterised by the following steps: - a simultaneous step of rinsing and cooking the rice in water, wherein the heating element continuously heats the inner container, and, once a first programmed period t1 of heating has ended, the heating element stops operating, this during a second programmed period t2, the step of rinsing and cooking the rice in water is repeated N1 times. - A step of steam cooking the rice, during which the heating element continuously heats the inner container, and, after a third programmed period t3 of heating has ended, the heating element stops operating, this during a fourth programmed period t4, the step of steam cooking the rice is repeated N2 times. - a simultaneous step of rinsing and cooking the rice in water, wherein the heating element continuously heats the inner container, and, once a first programmed period t1 of heating has ended, the heating element stops operating, this during a second programmed period t2, the step of rinsing and cooking the rice in water is repeated N1 times. - A step of steam cooking the rice, during which the heating element continuously heats the inner container, and, after a third programmed period t3 of heating has ended, the heating element stops operating, this during a fourth programmed period t4, the step of steam cooking the rice is repeated N2 times.
A turbine nozzle assembly for a gas turbine engine, the turbine nozzle assembly comprising: a turbine nozzle, the turbine nozzle comprising a slot formed within the turbine nozzle, wherein a recess is defined within the turbine nozzle slot; a seal assembly, said seal assembly comprising at least one spline seal sized for insertion within the turbine nozzle slot, said at least one spline seal configured to facilitate reducing leakage through the turbine nozzle assembly; characterized in that: said at least one spline seal comprises a substantially planar body comprising at least one flexible catch extending outward from said body, a portion of said at least one spline seal sized for insertion within the recess; wherein said at least one spline seal is insertable axially into said turbine nozzle slot by flexing of the at least one flexible catch to enable slidable positioning of the spline seal within said turbine nozzle slot, the catch biased to extend outward from said body to be received within the recess. a turbine nozzle, the turbine nozzle comprising a slot formed within the turbine nozzle, wherein a recess is defined within the turbine nozzle slot; a seal assembly, said seal assembly comprising at least one spline seal sized for insertion within the turbine nozzle slot, said at least one spline seal configured to facilitate reducing leakage through the turbine nozzle assembly; characterized in that: said at least one spline seal comprises a substantially planar body comprising at least one flexible catch extending outward from said body, a portion of said at least one spline seal sized for insertion within the recess; wherein said at least one spline seal is insertable axially into said turbine nozzle slot by flexing of the at least one flexible catch to enable slidable positioning of the spline seal within said turbine nozzle slot, the catch biased to extend outward from said body to be received within the recess.
An infusion pump for infusing fluid from a reservoir into a body of a user, the infusion pump comprising: a housing; a drive mechanism (403, 404, 405, 432, 501) including a motor and one or more drive components (404, 405, 432, 501) contained within the housing and operatively coupled to the reservoir to deliver fluid from the reservoir through a fluid path into the body of the user; one or more electronic components adapted to take a series of measurements of a parameter associated with the motor or one of the drive train components (404, 405, 432, 501); and a controller contained within the housing and adapted to: calculate a weighted average of the series of measurements (5009, 5011); determine the drive count of the motor; determine a drive count value based on the drive count of the motor; calculate a maximum threshold value based on the drive count value; compare the weighted average to the maximum threshold value; and determine whether an occlusion has occurred in the fluid path of the infusion pump by determining whether the weighted average is greater than the maximum threshold value; wherein the parameter is a force. a housing; a drive mechanism (403, 404, 405, 432, 501) including a motor and one or more drive components (404, 405, 432, 501) contained within the housing and operatively coupled to the reservoir to deliver fluid from the reservoir through a fluid path into the body of the user; one or more electronic components adapted to take a series of measurements of a parameter associated with the motor or one of the drive train components (404, 405, 432, 501); and a controller contained within the housing and adapted to: calculate a weighted average of the series of measurements (5009, 5011); determine the drive count of the motor; determine a drive count value based on the drive count of the motor; calculate a maximum threshold value based on the drive count value; compare the weighted average to the maximum threshold value; and determine whether an occlusion has occurred in the fluid path of the infusion pump by determining whether the weighted average is greater than the maximum threshold value; calculate a weighted average of the series of measurements (5009, 5011); determine the drive count of the motor; determine a drive count value based on the drive count of the motor; calculate a maximum threshold value based on the drive count value; compare the weighted average to the maximum threshold value; and determine whether an occlusion has occurred in the fluid path of the infusion pump by determining whether the weighted average is greater than the maximum threshold value; wherein the parameter is a force.
Protective tube system, comprising a tubular portion having an upper and a lower tube end (10, 11) in the installed position, and at least one electrical and fluid line component which is connectable to a subterranean fluid line; - wherein the lower end of the tubular portion is connected in a fluid-tight manner to the electrical and fluid line component; - wherein the electrical and fluid line component has a sealing periphery which interacts with the lower end of the tubular portion; - wherein the upper tubular end of the tubular portion receives a telescopic head tube portion, characterized in that - the head tube portion on its upper end receives a street cap that closes the protective tube system; and - the tubular portion and/or the head tube portion have/has a receptacle housing for electrical and/or electronic switching parts which are operatively connected to the electrical component. - wherein the lower end of the tubular portion is connected in a fluid-tight manner to the electrical and fluid line component; - wherein the electrical and fluid line component has a sealing periphery which interacts with the lower end of the tubular portion; - wherein the upper tubular end of the tubular portion receives a telescopic head tube portion, - the head tube portion on its upper end receives a street cap that closes the protective tube system; and - the tubular portion and/or the head tube portion have/has a receptacle housing for electrical and/or electronic switching parts which are operatively connected to the electrical component.
An automatic survey instrument comprising: a trichroic prism through which reflected light from a target enters, the trichroic prism splitting the reflected light into collimation light, range-finding light, and tracking light and comprising two dichroic prisms, which altogether comprise three prisms: a first prism, a second prism, and a third prism; wherein the collimation light, range-finding light, and tracking light are associated with different wavelength ranges, a first dichroic mirror surface that divides collimation light from the reflected light is arranged between the first prism and the second prism, characterized in that an optical absorption filter that absorbs a wavelength band of visible light is inserted between the first prism and the third prism, and in that a second dichroic mirror surface that divides light reflected by the first dichroic mirror surface into range-finding light and tracking light is arranged between the optical absorption filter and the third prism. a trichroic prism through which reflected light from a target enters, the trichroic prism splitting the reflected light into collimation light, range-finding light, and tracking light and comprising two dichroic prisms, which altogether comprise three prisms: a first prism, a second prism, and a third prism; wherein the collimation light, range-finding light, and tracking light are associated with different wavelength ranges, a first dichroic mirror surface that divides collimation light from the reflected light is arranged between the first prism and the second prism,
An emulsion polymerization composition comprising: a) a polymerizable mixture comprising a farnesene and at least one vinyl monomer; b) at least one emulsifier; c) at least one free radical initiator; and d) water. a) a polymerizable mixture comprising a farnesene and at least one vinyl monomer; b) at least one emulsifier; c) at least one free radical initiator; and d) water.
A gas turbine engine section (100; 140; 240) comprising: a plurality of spaced rotor stages (106, 108; 142, 144; 242; 244), with a static guide vane (112; 146; 246) intermediate said spaced rotor stages (106, 108; 142, 144; 242; 244), said static guide vane (112; 146; 246) providing swirl into air passing toward a downstream one (108; 144; 244) of said spaced rotor stages (106, 108; 142, 144; 242; 244), and an outer housing surrounding said spaced rotor stages (106, 108; 142, 144; 242; 244), a diverter (114; 148; 248; 306; 308) diverting a portion of air radially outwardly through said outer housing, and across at least one heat exchanger, with the diverted air passing back into a duct radially inwardly through said outer housing, and being exhausted toward said downstream one (108; 144; 244) of said spaced rotor stages (106, 108; 142, 144; 242; 244), wherein said spaced rotor stages are fan rotors (106, 108) or are compressor rotors (142, 144; 242, 244), characterised in that: said exhausted air passes through an injector (124; 150; 250) which imparts swirl into the air exhausting toward the downstream one (108; 144; 244) of the spaced rotor stages (106, 108; 142, 144; 242; 244). a plurality of spaced rotor stages (106, 108; 142, 144; 242; 244), with a static guide vane (112; 146; 246) intermediate said spaced rotor stages (106, 108; 142, 144; 242; 244), said static guide vane (112; 146; 246) providing swirl into air passing toward a downstream one (108; 144; 244) of said spaced rotor stages (106, 108; 142, 144; 242; 244), and an outer housing surrounding said spaced rotor stages (106, 108; 142, 144; 242; 244), a diverter (114; 148; 248; 306; 308) diverting a portion of air radially outwardly through said outer housing, and across at least one heat exchanger, with the diverted air passing back into a duct radially inwardly through said outer housing, and being exhausted toward said downstream one (108; 144; 244) of said spaced rotor stages (106, 108; 142, 144; 242; 244), wherein said spaced rotor stages are fan rotors (106, 108) or are compressor rotors (142, 144; 242, 244), characterised in that: said exhausted air passes through an injector (124; 150; 250) which imparts swirl into the air exhausting toward the downstream one (108; 144; 244) of the spaced rotor stages (106, 108; 142, 144; 242; 244).
A process for the production of a solid or semisolid composition comprising concentrated and fermented soy extract, pectin, vegetable fats, carrageenan and sodium alginate, comprising the steps of: i. preparing an aqueous extract of soybeans with a protein content of at least 2.5% by weight / total weight of the extract; ii. concentrating the extract of step i. so as to obtain a composition with a protein content between 3.5 and 5.5% by weight / total weight of the extract of step i; iii. adding to the mixture obtained in step ii. pectin in a quantity comprised between 0.5 and 1.5 % of the weight of the composition; iv. heating the mixture obtained in step iii. at a temperature between 80 and 90°C for 5 to 20 minutes; v. cooling the mixture of step iv. to a temperature comprised between 20 and 45°C and inoculating it with lactic ferments of at least one bacterium; vi. allowing the fermentation to proceed until a pH between 4.00 to 4.50, then breaking the clot to obtain a fermented mixture; vii. dissolving vegetable fats at a temperature between 40 and 60°C in a separate vessel; viii. adding the melted vegetable fat of the passage vii. to the fermented mixture of the passage vi. under vigorous mixing; ix. adding carrageenan and sodium alginate; x. pasteurizing the mixture of step ix. at 70 to 85°C for a time between 10 and 25 minutes; xi. homogenizing the mixture of step x under a pressure of 100 to 200 bar. i. preparing an aqueous extract of soybeans with a protein content of at least 2.5% by weight / total weight of the extract; ii. concentrating the extract of step i. so as to obtain a composition with a protein content between 3.5 and 5.5% by weight / total weight of the extract of step i; iii. adding to the mixture obtained in step ii. pectin in a quantity comprised between 0.5 and 1.5 % of the weight of the composition; iv. heating the mixture obtained in step iii. at a temperature between 80 and 90°C for 5 to 20 minutes; v. cooling the mixture of step iv. to a temperature comprised between 20 and 45°C and inoculating it with lactic ferments of at least one bacterium; vi. allowing the fermentation to proceed until a pH between 4.00 to 4.50, then breaking the clot to obtain a fermented mixture; vii. dissolving vegetable fats at a temperature between 40 and 60°C in a separate vessel; viii. adding the melted vegetable fat of the passage vii. to the fermented mixture of the passage vi. under vigorous mixing; ix. adding carrageenan and sodium alginate; x. pasteurizing the mixture of step ix. at 70 to 85°C for a time between 10 and 25 minutes; xi. homogenizing the mixture of step x under a pressure of 100 to 200 bar.
An apparatus for monitoring blood pressure of a user, the apparatus comprising: a clip having a base with two side members adapted to releasably receive a portion of a body of the user therebetween; an adjustable pressure pad mounted to one of said two side members spaced apart from the other of two side members by a separation distance; a magnetic field sensor mounted to one of said two side members; a magnet mounted to the other of said two side members opposite to said magnetic field sensor and spaced apart by said separation distance; a motor operably connected to said adjustable pressure pad; and wherein said separation distance is selectably adjustable by said motor. a clip having a base with two side members adapted to releasably receive a portion of a body of the user therebetween; an adjustable pressure pad mounted to one of said two side members spaced apart from the other of two side members by a separation distance; a magnetic field sensor mounted to one of said two side members; a magnet mounted to the other of said two side members opposite to said magnetic field sensor and spaced apart by said separation distance; a motor operably connected to said adjustable pressure pad; and wherein said separation distance is selectably adjustable by said motor.
A cooking utensil for cooking food under pressure including a vessel, a lid and a locking system, said cooking utensil being characterized in that it includes a lid subassembly that includes both said lid and also a support attached to said lid in such a manner that said lid can move relative to said support between two positions corresponding respectively to an unlocking configuration and to a locking configuration of said lid subassembly, the lid subassembly and the vessel being designed to be united in at least one predetermined relative arrangement enabling said locking system to lock the lid to the vessel by the lid being moved relative to the support in order to cause the lid subassembly to go from its unlocking configuration to its locking configuration, said lid subassembly including a first device and a second device, which, on condition that said first and second devices (22, 23) are separated by a distance not exceeding a predetermined value, is capable of exerting an influence on the first device so that said first device responds by delivering an information and/or control signal, said support and said lid incorporating respective ones of said first and second devices (22, 23) so that, when said lid subassembly is in its locking configuration, said first and second devices (22, 23) are separated by a distance that does not exceed said predetermined value, and so that, when said lid subassembly is in its unlocking configuration, said first and second devices (22, 23) are separated by a distance that exceeds said predetermined value.
A polypeptide comprising an amino acid sequence that: (a) is identical to any one of SEQ ID NOs: 5 to 16; (b) has from 1 to 10 single amino acid alterations compared to (a); (c) has at least 95% sequence identity to any one of SEQ ID NOs: 5 to 16; and/or (d) is a fragment of at least 250 consecutive amino acids of any of SEQ ID NOs: 5 to 16; or (e) has at least 95% identity to any of SEQ ID NOs: 5 to 16 and comprises a fragment of at least 10 consecutive amino acids of any of SEQ ID NOs: 5 to 16; provided that said amino acid sequence is not SEQ ID NO: 2. (a) is identical to any one of SEQ ID NOs: 5 to 16; (b) has from 1 to 10 single amino acid alterations compared to (a); (c) has at least 95% sequence identity to any one of SEQ ID NOs: 5 to 16; and/or (d) is a fragment of at least 250 consecutive amino acids of any of SEQ ID NOs: 5 to 16; or (e) has at least 95% identity to any of SEQ ID NOs: 5 to 16 and comprises a fragment of at least 10 consecutive amino acids of any of SEQ ID NOs: 5 to 16;
A method for controlling a display of an electronic device, the method comprising: displaying, on the display, a first execution screen of a first application and a second execution screen of a second application different from the first application; identifying at least one function commonly supportable by the first application and the second application, wherein at least one of the first execution screen and the second execution screen is configured to be changed according to the at least one function being applied; displaying at least one icon indicating the identified at least one function respectively; receiving an input for dragging a first icon among the at least one icon; based on dragging the first icon to the first execution screen, applying a first function of the at least one function commonly supportable by the first application and the second application, and corresponding to the selected first icon, to the first application, and controlling the displaying of the first execution screen according to the first function being applied to the first application; and based on dragging the first icon to the second execution screen, applying the first function corresponding to the selected first icon to the second application, and controlling the displaying of the second execution screen according to the first function being applied to the second application. displaying, on the display, a first execution screen of a first application and a second execution screen of a second application different from the first application; identifying at least one function commonly supportable by the first application and the second application, wherein at least one of the first execution screen and the second execution screen is configured to be changed according to the at least one function being applied; displaying at least one icon indicating the identified at least one function respectively; receiving an input for dragging a first icon among the at least one icon; based on dragging the first icon to the first execution screen, applying a first function of the at least one function commonly supportable by the first application and the second application, and corresponding to the selected first icon, to the first application, and controlling the displaying of the first execution screen according to the first function being applied to the first application; and based on dragging the first icon to the second execution screen, applying the first function corresponding to the selected first icon to the second application, and controlling the displaying of the second execution screen according to the first function being applied to the second application.