mhurhangee/ep-ind-claims huggingface dataset:
A yarn feeder comprising a brake motor assembly, the brake motor assembly being adapted to control the position of a braking element cooperating with a spool body of the yarn feeder, wherein the yarn feeder further comprises a quick release mechanism whereby the braking element can be moved from a braking position where the braking element is positioned to brake a yarn withdrawn from the yarn feeder to a gap position where the braking element is distanced from the spool body and wherein a motor of the brake motor assembly is fixedly arranged in or attached to a part that is released and moved when operating said quick release mechanism, characterized in that the motor is at least partly located in a control handle of the quick release mechanism.
A lamp, having a frame element for the lamp, wherein the frame element has predetermined bending points and is designed in such a manner, that it can bend from a linear state, in which it extends along a longitudinal axis, by bending the predetermined bending points into a frame-state, in which it can serve as a frame for the lamp, wherein the lamp furthermore has an in first approximation plate-shaped light emission element,wherein the frame element is arranged in the frame-state in a frame-shaped manner around the light emission element, characterized in that the frame element furthermore has latching elements (6, 61, 61', 62, 62') for fixing the frame element in the frame-state and that the light emission element has latching elements, which are designed for a snap-in connection with the latching elements of the frame element for fixing the frame element in the frame-state to the light emission element.
A multi-function speaker comprising: a voice coil; a diaphragm to which the voice coil is attached; an internal frame supporting the diaphragm; an internal magnet assembly comprising an internal upper plate, an internal magnet, and an internal lower plate; a vibration coil vertically disposed with respect to the voice coil in a gap between the internal frame and the internal magnet assembly, a first suspension in which the internal magnet assembly is attached to an inner center thereof, the first suspension being divided into an inside portion and an outside portion with respect to a position at which the vibration coil is attached to provide stiffnesses (Kin, Kout) different from each other at the inside portion and the outside portion; an external frame supporting the first suspension, the external frame receiving the internal frame in an inner space therein; and a second suspension elastically coupling the outside of the internal frame to the external frame, wherein the vibration coil is attached to the first suspension; and wherein the voice coil and the vibration coil are disposed in a magnet circuit formed by the internal magnet assembly to provide an acoustic function by vibration of the diaphragm when current flows into the voice coil and a vibration function by vibration of the internal magnet assembly when current flows into the vibration coil. a voice coil; a diaphragm to which the voice coil is attached; an internal frame supporting the diaphragm; an internal magnet assembly comprising an internal upper plate, an internal magnet, and an internal lower plate; a vibration coil vertically disposed with respect to the voice coil in a gap between the internal frame and the internal magnet assembly, a first suspension in which the internal magnet assembly is attached to an inner center thereof, the first suspension being divided into an inside portion and an outside portion with respect to a position at which the vibration coil is attached to provide stiffnesses (Kin, Kout) different from each other at the inside portion and the outside portion; an external frame supporting the first suspension, the external frame receiving the internal frame in an inner space therein; and a second suspension elastically coupling the outside of the internal frame to the external frame, wherein the vibration coil is attached to the first suspension; and wherein the voice coil and the vibration coil are disposed in a magnet circuit formed by the internal magnet assembly to provide an acoustic function by vibration of the diaphragm when current flows into the voice coil and a vibration function by vibration of the internal magnet assembly when current flows into the vibration coil.
A process for preparing core-shell particles having a polymer core and a continuous silica shell which comprises the steps of a) providing an aqueous polymer dispersion comprising polymer particles; b) adjusting the pH of the aqueous polymer dispersion to a value in the range from 7 to 10; and c) adding water glass to the aqueous polymer dispersion having a pH in the range from 7 to 10 while keeping the pH in the range from 7 to 10 to give a dispersion of the core-shell particles, wherein a mediator agent selected from cationic surfactants, cationic polymers, non-ionic surfactants, polyalkylene glycols, polyvinylpyrrolidone, polyamines, polyethyleneimines and anionic surfactants is added to the polymer particles of step (a). a) providing an aqueous polymer dispersion comprising polymer particles; b) adjusting the pH of the aqueous polymer dispersion to a value in the range from 7 to 10; and c) adding water glass to the aqueous polymer dispersion having a pH in the range from 7 to 10 while keeping the pH in the range from 7 to 10 to give a dispersion of the core-shell particles, wherein a mediator agent selected from cationic surfactants, cationic polymers, non-ionic surfactants, polyalkylene glycols, polyvinylpyrrolidone, polyamines, polyethyleneimines and anionic surfactants is added to the polymer particles of step (a).
Control valve having a control slide which is arranged longitudinally displaceably in a longitudinal bore of a housing, wherein the control valve has at least one inlet port (25a; 25b) and one output port, wherein the control slide is actuatable between a blocking position, in which a connection of the inlet port (25a; 25b) to the outlet port is blocked, and at least one opening position (6b; 6c), in which the inlet port (25a; 25b) is connected to the outlet port, wherein a hydraulic damping device is provided which is hydraulically operatively connected to the control slide and by means of which damping of the movement of the control slide can be generated, characterized in that the hydraulic damping device is designed such that the damping of the damping device is active during a movement of the control slide from the blocking position into the opening position (6b; 6c), and the damping of the damping device is inactive during a movement of the control slide from the opening position (6b; 6c) into the blocking position, wherein the hydraulic damping device has at least one damping piston (41a; 41b) which is arranged longitudinally displaceably in a receiving bore (42a; 42b), wherein, between the receiving bore (42a; 42b) and the damping piston (41a; 41b), there is formed a damping chamber (44a; 44b) which is filled by pressure medium, wherein, to activate the damping, as the damping piston (41a; 41b) moves into the receiving bore (42a; 42b), pressure medium is displaced out of the damping chamber (44a; 44b) via a throttle device (45a; 45b), and wherein, to deactivate the damping, as the damping piston (41a; 41b) moves out of the receiving bore (42a; 42b), pressure medium flows into the damping chamber (44a; 44b) via a replenishment opening (46a; 46b).
An electrochemical cell comprising: - a housing configured to receive a cell element, the housing having an electrically-insulating coating material comprising metal oxide particles in a binder comprising at least one material selected from the group consisting of a polypropylene and polyethylene, wherein the electrically-insulating coating material is provided on at least a portion of an inner surface of the housing to prevent electrical contact between the housing and the cell element, wherein the metal oxide particles are selected from the group consisting of tin oxide, titanium oxide, zinc oxide, and zirconium oxide. - a housing configured to receive a cell element, the housing having an electrically-insulating coating material comprising metal oxide particles in a binder comprising at least one material selected from the group consisting of a polypropylene and polyethylene, wherein the electrically-insulating coating material is provided on at least a portion of an inner surface of the housing to prevent electrical contact between the housing and the cell element,
An interactive exercise system comprising; a mechanical support system (104, 204); a display module (102, 202) held by the mechanical support system (104, 204); a mirror element attached to the display module (102, 202) and configured to at least partially cover the display module (102, 202); at least one movable arm (106, 206) connected to the mechanical support system (104, 204); at least one force-controlled component engageable by a user, via the at least one movable arm (106, 206), and connected to the mechanical support system (104, 204); and a multi-axis hinge assembly coupling the at least one movable arm (106, 206) to the mechanical support system (104, 204) and enabling lateral and vertical pivoting of the at least one movable arm (106, 206); wherein the multi-axis hinge assembly enables pivoting of the at least one movable arm (106, 206) both (a) such that the at least one movable arm (106, 206) protrudes forwardly from the front side of the display module (102, 202) and (b) such that the at least one movable arm (106, 206) is positioned over the back side of the display module (102, 202) behind the mirror element and does not protrude outwardly from a perimeter of the back side of the display module (102, 202). a mechanical support system (104, 204); a display module (102, 202) held by the mechanical support system (104, 204); a mirror element attached to the display module (102, 202) and configured to at least partially cover the display module (102, 202); at least one movable arm (106, 206) connected to the mechanical support system (104, 204); at least one force-controlled component engageable by a user, via the at least one movable arm (106, 206), and connected to the mechanical support system (104, 204); and a multi-axis hinge assembly coupling the at least one movable arm (106, 206) to the mechanical support system (104, 204) and enabling lateral and vertical pivoting of the at least one movable arm (106, 206); wherein the multi-axis hinge assembly enables pivoting of the at least one movable arm (106, 206) both (a) such that the at least one movable arm (106, 206) protrudes forwardly from the front side of the display module (102, 202) and (b) such that the at least one movable arm (106, 206) is positioned over the back side of the display module (102, 202) behind the mirror element and does not protrude outwardly from a perimeter of the back side of the display module (102, 202).
A method, comprising: specifying, by a network node, a starting point for preamble repetition of a repetition level such that all user equipment UEs of a same repetition level start the preamble repetition on a same physical random access channel PRACH resource; determining when a series of the preamble repetition is over; transmitting a random access response RAR when the repetition series is finished; and repeating the transmitting of the random access response RAR within a window. specifying, by a network node, a starting point for preamble repetition of a repetition level such that all user equipment UEs of a same repetition level start the preamble repetition on a same physical random access channel PRACH resource; determining when a series of the preamble repetition is over; transmitting a random access response RAR when the repetition series is finished; and repeating the transmitting of the random access response RAR within a window.
A spray tower apparatus for high-performance removal of sulphur oxides and other accompanying environmental pollutants from the flue gases by gas-liquid absorption with chemical reaction comprising: a reaction tank for collection of the falling down spray droplets, for feeding of spray tower recirculation pumps, for dissolution of the reagent and for formation of the flue gas desulphurization product; an inlet duct for inflow of the flue gases into the spray tower; a an outlet duct for outflow of the flue gases on the top of the spray tower; a spray zone chamber situated between the inlet and outlet duct, comprising at least two spray banks with spray nozzles assembly, characterized in that, the inlet duct for inflow of the flue gases into the spray tower is equipped by a row of at least two flat turning vanes (1- 4) which are installed with a specific rotation angle (α) relative to the inlet duct guidance, wherein the rotation angle (α) varies in the range between 1° and 10° thus providing an inflow velocity profile of a wedge shape with higher flue gas velocities at the bottom of the scrubber inlet duct and lower flue gas velocities at the top of the scrubber inlet duct and wherein for the plurality of spray banks (11- 15), excepting the upper spray bank, the nozzles at the scrubber walls spraying downwards and other nozzles in the middle of the spray banks (11- 15) spraying as well upwards as downwards; for upper spray bank nozzles spraying downwards only. a reaction tank for collection of the falling down spray droplets, for feeding of spray tower recirculation pumps, for dissolution of the reagent and for formation of the flue gas desulphurization product; an inlet duct for inflow of the flue gases into the spray tower; a an outlet duct for outflow of the flue gases on the top of the spray tower; a spray zone chamber situated between the inlet and outlet duct, comprising at least two spray banks with spray nozzles assembly, characterized in that,
A method for lubricating one or more cylinder's of a two stroke cross head marine engine comprising lubricating the cylinder with a mixture of a primary lubricant and an additive selected from alkylamine-alkylphosphates having from 1.25 equivalents of alkylamine to 1.0 equivalent of alkylphosphate to 20 equivalents of alkylamine to 1.0 equivalent of alkylphosphate and a nitrogen to phosphorous weight ratio of at from 0.5 to 8 when combusting fuels containing sulfur levels greater than 2.0 wt% to 5.0 wt%, the alkylamine-alkylphosphate being blended with the primary lubricant in an amount of from 0.05 wt% to 2.5 wt% based on the total weight of the blended mixture and the alkylphosphate is a mixture of mono- and dialkyl phosphates having the formulae I and II where R 1 and R 2 are the same or different alkyl groups of from 6 to 11 carbon atoms and wherein the alkyl amine is selected from linear and branched mono and dialkyl amines and mixtures thereof having from 6 to 50 carbon atoms.
Fitting part for an espagnolette fitting with a covering rail to be fastened on a window, a French door or the like, with a drive rod brought to the covering rail in a longitudinally movable manner, with a fastening element fastened on the covering rail and penetrating the drive rod in the area of the slot and with an extension of the fastening element for engaging the drive rod from behind, characterised in that the fastening element has a projection and that the projection protrudes from the fastening element in the direction away from the drive rod.
Mechanised farming equipment, comprising a frame supporting at least one tillage tool, a gearbox and an engine rotating said tool via said gearbox and via a drive belt fitted loosely on two pulleys (16, 19), one linked to the drive shaft of said engine and the other linked to said gearbox, the clutch being activated by application to said belt of tensioning means (40, 401) movable by a control lever arranged on one grip of the handlebars of said equipment, said mechanised farming equipment comprising a housing for protecting said belt, characterised in that said protective housing has first means (171, 172) of securing to said engine and second means (331, 332) of securing to said gearbox, said first and second securing means defining a distance between centres between said engine and said gearbox.
A method of creating a source of re-usable code segments, comprising: in a program editor, receiving a selection of a code segment within a source program; converting the code segment into an XML file comprising the code segment and information associated with the code segment, wherein converting the code segment comprises including a tip for modifying the code segment in the XML file and wherein converting the code segment comprises including a programming language in which the code segment is written in the XML file; and storing the XML file in a library of code segments to be used as a source of re-usable code segments for inclusion in one or more source programs, in a program editor, receiving a selection of a code segment of the library for re-use in a source program, displaying said tip for modifying the code segment, comparing the programming language in which the code segment is written and being included in the XML with the programming language of the source program, in response to determining that a programming language in which the XML file is coded matches the coding language of the source program, inserting the code segment of the XML file into the source program, prohibiting the insertion of the code segment if the programming language in which the XML file is coded is different from the coding language of the source program. in a program editor, receiving a selection of a code segment within a source program; converting the code segment into an XML file comprising the code segment and information associated with the code segment, wherein converting the code segment comprises including a tip for modifying the code segment in the XML file and wherein converting the code segment comprises including a programming language in which the code segment is written in the XML file; and storing the XML file in a library of code segments to be used as a source of re-usable code segments for inclusion in one or more source programs, in a program editor, receiving a selection of a code segment of the library for re-use in a source program, displaying said tip for modifying the code segment, comparing the programming language in which the code segment is written and being included in the XML with the programming language of the source program, in response to determining that a programming language in which the XML file is coded matches the coding language of the source program, inserting the code segment of the XML file into the source program, prohibiting the insertion of the code segment if the programming language in which the XML file is coded is different from the coding language of the source program.
A process for preparation of fatty acid polyol esters with 100 mol% selectivity as biodegradable lubricant base oils wherein said process comprises the steps of: (a) providing recyclable, solid, hydrophobic, acido-basic bifunctional, phosphonate catalyst of molecular formula M 2-n Y n.mH 2 0 wherein X refers to phenyl phosphonate, Y refers to HPO 4 2- or HPO 3 2-, M refers to a metal ion, said metal being Zr, the value of n varies from 0.2 to 1.8 and the value of m varies from 0 to 5; (b) contacting a fatty compound selected from the group consisting of fatty acid or fatty acid methyl ester, fatty acid ethyl ester, vegetable oil or animal fat or mixtures thereof, with an alcohol in a molar ratio ranging between 0.3 and 9 in presence of 3 to 10 % catalyst by weight of fatty compound as provided in step (a); (c) subjecting the reaction mixture as obtained in step (b) to a temperature in the range of 110 to 200°C and for a period in the range of 0.5 to 8 h followed by separating the catalyst from liquid products and separating the fatty acid polyol esters from unreacted starting materials. (a) providing recyclable, solid, hydrophobic, acido-basic bifunctional, phosphonate catalyst of molecular formula M 2-n Y n.mH 2 0 wherein X refers to phenyl phosphonate, Y refers to HPO 4 2- or HPO 3 2-, M refers to a metal ion, said metal being Zr, the value of n varies from 0.2 to 1.8 and the value of m varies from 0 to 5; (b) contacting a fatty compound selected from the group consisting of fatty acid or fatty acid methyl ester, fatty acid ethyl ester, vegetable oil or animal fat or mixtures thereof, with an alcohol in a molar ratio ranging between 0.3 and 9 in presence of 3 to 10 % catalyst by weight of fatty compound as provided in step (a); (c) subjecting the reaction mixture as obtained in step (b) to a temperature in the range of 110 to 200°C and for a period in the range of 0.5 to 8 h followed by separating the catalyst from liquid products and separating the fatty acid polyol esters from unreacted starting materials.
A process for the preparation of Crisaborole of formula: wherein said process comprises the following steps: a) converting compound of formula: into compound of formula: in the presence of a tri (C 1 -C 4) alkyl borate and a (C 4 -C 6)alkyl lithium or aryl lithium and subsequent acidification of the reaction medium; and b) converting the resulting compound of formula into Crisaborole of formula by catalytic hydrogenation. a) converting compound of formula: into compound of formula: in the presence of a tri (C 1 -C 4) alkyl borate and a (C 4 -C 6)alkyl lithium or aryl lithium and subsequent acidification of the reaction medium; and b) converting the resulting compound of formula into Crisaborole of formula by catalytic hydrogenation.
A system for generating an output power to a load, the system comprising: a wind turbine; a generator coupled to the wind turbine and configured for generating a variable frequency output power; and characterised in that it comprises a dual mode rectifier coupled to the generator and configured for being switched between a passive mode and an active mode, the dual mode rectifier comprising: a passive rectifier coupled to output terminals of the generator and configured for operating in the passive mode; wherein the passive rectifier is configured to provide power to the load when the generator is operating at or above a second speed; and an active converter coupled to tappings from windings of the generator and configured for operating in the active mode, wherein the active converter is configured to provide active power to the load when the generator is operating at or below a first speed; wherein the dual mode rectifier is configured for providing power to a load. a wind turbine; a generator coupled to the wind turbine and configured for generating a variable frequency output power; and characterised in that it comprises a dual mode rectifier coupled to the generator and configured for being switched between a passive mode and an active mode, the dual mode rectifier comprising: a passive rectifier coupled to output terminals of the generator and configured for operating in the passive mode; wherein the passive rectifier is configured to provide power to the load when the generator is operating at or above a second speed; and an active converter coupled to tappings from windings of the generator and configured for operating in the active mode, wherein the active converter is configured to provide active power to the load when the generator is operating at or below a first speed; wherein the dual mode rectifier is configured for providing power to a load. a passive rectifier coupled to output terminals of the generator and configured for operating in the passive mode; wherein the passive rectifier is configured to provide power to the load when the generator is operating at or above a second speed; and an active converter coupled to tappings from windings of the generator and configured for operating in the active mode, wherein the active converter is configured to provide active power to the load when the generator is operating at or below a first speed; wherein the dual mode rectifier is configured for providing power to a load.