mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising: a power input part connected to a UPS device which is connected to an auxiliary power source and a commercial power source and selectively supplies power; a compressor; a voltage sensor configured to sense a voltage input through the power input part; and a control part configured to analyze a voltage signal sensed by the voltage sensor and to determine whether the input power is commercial power or auxiliary power, wherein the control part performs a primary determination through an analysis of the sensed voltage signal, the refrigerator being characterised in that the control part also performs a secondary determination through the analysis of the voltage signal sensed before and after driving of the compressor when it is determined in the primary determination that the power is not the auxiliary power, and determines whether the input power is the commercial power or the auxiliary power. a power input part connected to a UPS device which is connected to an auxiliary power source and a commercial power source and selectively supplies power; a compressor; a voltage sensor configured to sense a voltage input through the power input part; and a control part configured to analyze a voltage signal sensed by the voltage sensor and to determine whether the input power is commercial power or auxiliary power, wherein the control part performs a primary determination through an analysis of the sensed voltage signal, the refrigerator being characterised in that the control part also performs a secondary determination through the analysis of the voltage signal sensed before and after driving of the compressor when it is determined in the primary determination that the power is not the auxiliary power, and determines whether the input power is the commercial power or the auxiliary power.
A compound of the formula wherein is a single or a double bond, selected from the compound of the formula (I.a) a stereo isomer thereof and mixtures thereof. is a single or a double bond, selected from the compound of the formula (I.a) a stereo isomer thereof and mixtures thereof.
A safety circuit board for controlling an electromechanical brake and motor controller of a passenger transport installation, the safety circuit board comprising: at least one processing unit (102A, 102B); a main safety output with an associated relay connected to the at least one processing unit (102A, 102B) and providing a connection to the electromechanical brake and motor controller; and a secondary safety output with an associated relay connected to the at least one processing unit (102A, 102B) and providing a connection to the electromechanical brake and motor controller; wherein the main safety output and the secondary safety output are configured in parallel enabling control of the electromechanical brake and motor controller with the at least one processing unit (102A, 102B) using either of the safety outputs (108A, 108B), characterised in that the at least one processing unit (102A, 102B) is configured to: switch from one of the main safety output and the secondary safety output to the other one of the main safety output and the secondary safety output; disable an immediate new switching between the safety outputs; test the relay associated with the safety output from which the switching process was originated; and allow a subsequent switching after a successful relay test, and disable a subsequent switching when detecting a failure with the relay test. at least one processing unit (102A, 102B); a main safety output with an associated relay connected to the at least one processing unit (102A, 102B) and providing a connection to the electromechanical brake and motor controller; and a secondary safety output with an associated relay connected to the at least one processing unit (102A, 102B) and providing a connection to the electromechanical brake and motor controller; wherein the main safety output and the secondary safety output are configured in parallel enabling control of the electromechanical brake and motor controller with the at least one processing unit (102A, 102B) using either of the safety outputs (108A, 108B), characterised in that the at least one processing unit (102A, 102B) is configured to: switch from one of the main safety output and the secondary safety output to the other one of the main safety output and the secondary safety output; disable an immediate new switching between the safety outputs; test the relay associated with the safety output from which the switching process was originated; and allow a subsequent switching after a successful relay test, and disable a subsequent switching when detecting a failure with the relay test. switch from one of the main safety output and the secondary safety output to the other one of the main safety output and the secondary safety output; disable an immediate new switching between the safety outputs; test the relay associated with the safety output from which the switching process was originated; and allow a subsequent switching after a successful relay test, and disable a subsequent switching when detecting a failure with the relay test.
A method of transmitting data by a playback device (410, 1010a), the method comprising: encoding a block of data into a plurality of symbols to be transmitted; modulating the symbols onto an ultrasonic carrier signal to generate modulated data; and transmitting, using an electroacoustic transducer, the modulated data by: transmitting a portion of the modulated data for a first duration; pausing transmission for a second duration; and repeating the transmitting and pausing with further portions of the modulated data, characterized by further comprising adjusting the second duration to be longer when the electroacoustic transducer is generating an audio signal simultaneously with the modulated data. encoding a block of data into a plurality of symbols to be transmitted; modulating the symbols onto an ultrasonic carrier signal to generate modulated data; and transmitting, using an electroacoustic transducer, the modulated data by: transmitting a portion of the modulated data for a first duration; pausing transmission for a second duration; and repeating the transmitting and pausing with further portions of the modulated data, transmitting a portion of the modulated data for a first duration; pausing transmission for a second duration; and repeating the transmitting and pausing with further portions of the modulated data, characterized by further comprising adjusting the second duration to be longer when the electroacoustic transducer is generating an audio signal simultaneously with the modulated data.
A lubricating zinc complex grease composition consisting of: a) base oils; b) saponifiable materials selected from 12-hydroxystearic acid, stearic acid, or mixtures thereof; c) zinc oxide; and d) complexing agents selected from dicarboxylic acids. a) base oils; b) saponifiable materials selected from 12-hydroxystearic acid, stearic acid, or mixtures thereof; c) zinc oxide; and d) complexing agents selected from dicarboxylic acids.
An athletic appliance with a plurality of wall elements wherein at least one of the wall elements include means (11,12) for fastening one or more other athletic appliances to the first athletic appliance, where the athletic appliance in its position of use is situated above a level of a floor surface, and wherein the athletic appliance includes a top face and a bottom face, characterised in that it further includes one or more wall faces (8a,8b) surrounding an inner storage compartment for storing other athletic appliances, and in that the athletic appliance includes means for completely or partially lowering the athletic appliance below the floor level, so that the top face of the athletic appliance constitutes a part of the floor surface when the athletic appliance is placed in its storage position.
A method of operating a UPS system having a plurality of UPS's (102, 104, 106), the method comprising: powering on the UPS system; assigning each one of the plurality of UPS's (102, 104, 106) a unique identifier; and calculating a master priority index for each one of the plurality of UPS's (102, 104, 106) based on the unique identifier of each one of the plurality of UPS's (102, 104, 106); characterized in that the method further comprises configuring each one of the plurality of UPS's (102, 104, 106) to operate in one of a master mode of operation and a controlled mode of operation based on the master priority index of each one of the plurality of UPS's (102, 104, 106), wherein the UPS operating in master mode of operation is capable of controlling a master health bus; if the master UPS is operating properly, setting the master health bus to high by the master UPS; if the master UPS fails or if no UPS is currently designated as a master UPS setting the master health bus signal to low. powering on the UPS system; assigning each one of the plurality of UPS's (102, 104, 106) a unique identifier; and calculating a master priority index for each one of the plurality of UPS's (102, 104, 106) based on the unique identifier of each one of the plurality of UPS's (102, 104, 106); characterized in that the method further comprises configuring each one of the plurality of UPS's (102, 104, 106) to operate in one of a master mode of operation and a controlled mode of operation based on the master priority index of each one of the plurality of UPS's (102, 104, 106), wherein the UPS operating in master mode of operation is capable of controlling a master health bus; if the master UPS is operating properly, setting the master health bus to high by the master UPS; if the master UPS fails or if no UPS is currently designated as a master UPS setting the master health bus signal to low.
Device for the friction stir welding of workpieces of dissimilar thickness, in particular of tubular structures, said device having the following features: a) a drive head which by means of a receptacle head is guided by a guiding machine, and a holding bell for a welding shoe that by means of a fastening flange is screw-fitted to the drive head, form the drive and the guide for a welding pin tip; b) the welding shoe has a circular structure which in the centre thereof has a circular opening for receiving the welding pin tip, wherein said circular opening is mounted in a web that runs diagonally in relation to the circular structure of the welding shoe, said web having a smoothing face in the movement direction of the procedure of friction stir welding, and wherein the smoothing face has a front edge which is part of a step-shaped chip groove; and c) the smoothing face in relation to the vertical reference axis of the welding pin has a small angle of attack, characterized in that the smoothing face has the shape of an elongate trapezoidal structure which extends in the diagonal direction of the welding shoe, in which trapezoidal structure in the direction of advancement of the welding shoe in the forward region the wider side extends as a front edge, and in the rear region a corresponding narrower side extends as a rear edge, wherein furthermore the rear edge forms the delimitation of a run-out face of the smoothing face that is conceived so as to be step-shaped, and wherein the trapezoidal structure is supplemented by a left and a right curve-shaped lateral face, the plane normal thereof in each case extending in the direction toward the opening. a) a drive head which by means of a receptacle head is guided by a guiding machine, and a holding bell for a welding shoe that by means of a fastening flange is screw-fitted to the drive head, form the drive and the guide for a welding pin tip; b) the welding shoe has a circular structure which in the centre thereof has a circular opening for receiving the welding pin tip, wherein said circular opening is mounted in a web that runs diagonally in relation to the circular structure of the welding shoe, said web having a smoothing face in the movement direction of the procedure of friction stir welding, and wherein the smoothing face has a front edge which is part of a step-shaped chip groove; and c) the smoothing face in relation to the vertical reference axis of the welding pin has a small angle of attack,
A process for the preparation of pazopanib of Formula Ia or salts thereof comprising: i) treating 2,3-dimethyl-6-nitro-2H-indazole with Raney nickel in the presence of hydrogen gas to obtain a compound of Formula II; ii) treating the compound of Formula II at a temperature of 25°C to 30°C with 2,4-dichloropyrimidine in the presence of a base to obtain a compound of Formula III; iii) converting the compound of Formula III to pazopanib of Formula Ia or salts thereof; and iv) isolating pazopanib of Formula Ia or salts thereof wherein steps i) and ii) are carried out in methanol as single solvent, circumventing heating and cooling procedures during steps i) and ii), and without isolating the compound of Formula II from the reaction mixture. i) treating 2,3-dimethyl-6-nitro-2H-indazole with Raney nickel in the presence of hydrogen gas to obtain a compound of Formula II; ii) treating the compound of Formula II at a temperature of 25°C to 30°C with 2,4-dichloropyrimidine in the presence of a base to obtain a compound of Formula III; iii) converting the compound of Formula III to pazopanib of Formula Ia or salts thereof; and iv) isolating pazopanib of Formula Ia or salts thereof
A coated microcapsule comprising: a microcapsule comprising a polymeric shell and a liquid core material encapsulated therein; and a metallic coating surrounding said microcapsule, wherein the metallic coating comprises particles of a first metal adsorbed on said polymeric shell and a continuous film of a second metal formed thereon; wherein said particles of the first metal are charge-stabilised nanoparticles; wherein said particles are adsorbed on the polymeric shell by electrostatic interaction; wherein the polymeric shell comprises a surface-modifying agent on which at least some of said particles are adsorbed. a microcapsule comprising a polymeric shell and a liquid core material encapsulated therein; and a metallic coating surrounding said microcapsule, wherein the metallic coating comprises particles of a first metal adsorbed on said polymeric shell and a continuous film of a second metal formed thereon; wherein said particles of the first metal are charge-stabilised nanoparticles; wherein said particles are adsorbed on the polymeric shell by electrostatic interaction; wherein the polymeric shell comprises a surface-modifying agent on which at least some of said particles are adsorbed.
A broadcasting station apparatus that produces a television broadcast signal, comprising: an editor that edits information of a television program and information of a commercial message to produce an edit signal for television broadcasting; an encoder that encodes the edit signal produced by said editor to produce an encoded signal; a packet producer that packetizes the encoded signal produced by said encoder; and a first data manipulator that manipulates predetermined data of a packet storing information of the television program of a given period immediately after the information of the commercial message out of packets produced by said packet producer when the information of the television program of said given period is substantially the same as the information of the television program immediately before the information of the commercial message in the edit signal produced by said editor. an editor that edits information of a television program and information of a commercial message to produce an edit signal for television broadcasting; an encoder that encodes the edit signal produced by said editor to produce an encoded signal; a packet producer that packetizes the encoded signal produced by said encoder; and a first data manipulator that manipulates predetermined data of a packet storing information of the television program of a given period immediately after the information of the commercial message out of packets produced by said packet producer when the information of the television program of said given period is substantially the same as the information of the television program immediately before the information of the commercial message in the edit signal produced by said editor.
A carrier part, which is fixable on a frame of a door or a window, of a pivot fitting having a frame-side stationary fixable base rail, on which the carrier part is attached, wherein the carrier part is fixed so it is longitudinally displaceable within limits in relation to the base rail, and the carrier part and the base rail are produced from metal and the base rail has at least two passages, characterized in that the passages each have a guide web, which is stamped out and angled from the carrier part, passing through them, wherein each guide web is provided, in its head region protruding beyond the base rail, with anchor webs, which are inserted through the passages after a widening and subsequently the base rail is pressed together in the region of the passages enough that the anchor webs engage behind the enclosure region of the respective passage of the base rail and the guide webs therefore cannot be drawn out of the base rail again.
A method for manufacturing an air inlet lip of a nacelle comprising the steps of: A. manufacturing a heating resistor network on a support by means of a photolithography method; B. applying a fold (50, 52) of composite materials on the network, obtained on completion of step A, in order to obtain a de-icing set; B1. piercing the de-icing set, obtained on completion of step B and an inner skin, including a composite skin on which a honeycomb structure is mounted, by piercing means so as to obtain acoustic holes; C. applying the inner skin, intended to be placed inside an air inlet lip of the nacelle, on the de-icing set obtained on completion of step B1. A. manufacturing a heating resistor network on a support by means of a photolithography method; B. applying a fold (50, 52) of composite materials on the network, obtained on completion of step A, in order to obtain a de-icing set; B1. piercing the de-icing set, obtained on completion of step B and an inner skin, including a composite skin on which a honeycomb structure is mounted, by piercing means so as to obtain acoustic holes; C. applying the inner skin, intended to be placed inside an air inlet lip of the nacelle, on the de-icing set obtained on completion of step B1.
A bus bar for connecting battery cells, made up of an electrically conductive sheet metal, having at least one sheet-metal web which is inserted into the sheet metal by means of a separation method and thus transitions into it in one piece, said sheet-metal web comprising a contact section that is offset out from a sheet plane for electrically connecting to a pole of the battery cell, at least one electrical fuse and a suspension section provided between the sheet metal and the contact section, wherein the suspension section is divided into at least two electrically parallel leg sections (51.1, 51.2; 52.1, 52.2; 53.1, 53.2; 54.1, 54.2), characterized in that the fuse is formed by the two electrically parallel leg sections (51.1, 51.2; 52.1, 52.2; 53.1, 53.2; 54.1, 54.2).
A stimulation electrode (1a,1b) comprising: a dielectric substrate; an electrically conductive layer on the dielectric substrate, the electrically conductive layer comprising first and second electrically conductive areas (11a,11b,12a,12b), and first and second electrically conductive tracks (16,17) connected with the first and second areas (11a, 11b, 12a, 12b), respectively; a dielectric layer at least covering the conductive tracks (16,17); and an adhesive layer at least on a portion of the dielectric layer; characterized in that: the second electrically conductive area (12a,12b) encloses the first electrically conductive area (11a, 11b); the second electrically conductive area (12a,12b) defining an opening forming a passageway through which the first electrically conductive track passes; and the electrode further comprising an electrically conductive hydrogel layer covering at least each of: the first electrically conductive area (11a, 11b), the second electrically conductive area (12a,12b) and the opening. a dielectric substrate; an electrically conductive layer on the dielectric substrate, the electrically conductive layer comprising first and second electrically conductive areas (11a,11b,12a,12b), and first and second electrically conductive tracks (16,17) connected with the first and second areas (11a, 11b, 12a, 12b), respectively; a dielectric layer at least covering the conductive tracks (16,17); and an adhesive layer at least on a portion of the dielectric layer; characterized in that: the second electrically conductive area (12a,12b) encloses the first electrically conductive area (11a, 11b); the second electrically conductive area (12a,12b) defining an opening forming a passageway through which the first electrically conductive track passes; and the electrode further comprising an electrically conductive hydrogel layer covering at least each of: the first electrically conductive area (11a, 11b), the second electrically conductive area (12a,12b) and the opening. the second electrically conductive area (12a,12b) encloses the first electrically conductive area (11a, 11b); the second electrically conductive area (12a,12b) defining an opening forming a passageway through which the first electrically conductive track passes; and the electrode further comprising an electrically conductive hydrogel layer covering at least each of: the first electrically conductive area (11a, 11b), the second electrically conductive area (12a,12b) and the opening.