mhurhangee/ep-ind-claims huggingface dataset:
A device for monitoring the status of a munition fuze, said device comprising: 1) a visible marker capable of being switched between an off state and an on state; 2) an indicator strip, capable of actuation, from a first state to a second state; 3) a power source, capable of activation, wherein the power source provides power to an initiation system in the munition fuze, the visible marker and/or the indicator strip; wherein said visible marker and indicator strip are positioned to be visible to an observer when the fuze has been fitted for use on said munition; and wherein activation of the power source causes switching of the visible marker from an off state to an on state, and actuation of the indicator strip from a first state to a second state, such that the power source's activation is indicated by the actuation of the indicator strip to its second state; and wherein the visible marker remains in an on state only if there is sufficient power to operate the initiation system, characterised in that the indicator strip is an irreversible indicator strip. 1) a visible marker capable of being switched between an off state and an on state; 2) an indicator strip, capable of actuation, from a first state to a second state; 3) a power source, capable of activation, wherein the power source provides power to an initiation system in the munition fuze, the visible marker and/or the indicator strip; wherein said visible marker and indicator strip are positioned to be visible to an observer when the fuze has been fitted for use on said munition; and wherein activation of the power source causes switching of the visible marker from an off state to an on state, and actuation of the indicator strip from a first state to a second state, such that the power source's activation is indicated by the actuation of the indicator strip to its second state; and wherein the visible marker remains in an on state only if there is sufficient power to operate the initiation system, characterised in that the indicator strip is an irreversible indicator strip. wherein said visible marker and indicator strip are positioned to be visible to an observer when the fuze has been fitted for use on said munition; and wherein activation of the power source causes switching of the visible marker from an off state to an on state, and actuation of the indicator strip from a first state to a second state, such that the power source's activation is indicated by the actuation of the indicator strip to its second state; and wherein the visible marker remains in an on state only if there is sufficient power to operate the initiation system, characterised in that the indicator strip is an irreversible indicator strip.
A method for producing an electrolyte solution for a lithium ion battery, the electrolyte solution containing lithium hexafluorophosphate as an electrolyte, the method comprising: a first step of reacting lithium chloride with phosphorus trichloride and chlorine in a non-aqueous organic solvent; a second step of reacting the reaction product generated in the first step with hydrogen fluoride; a third step of reacting the unreacted hydrogen fluoride remaining after the second step with lithium chloride; and a fourth step of separating the reaction solution obtained after the third step by filtration into a filtrate and a solid residue to yield the filtrate as the electrolyte solution for the lithium ion battery, characterized in that the solid residue separated in the fourth step, which is a mixture of unreacted remaining lithium chloride and lithium fluoride, is returned to the first step and used for reaction. a first step of reacting lithium chloride with phosphorus trichloride and chlorine in a non-aqueous organic solvent; a second step of reacting the reaction product generated in the first step with hydrogen fluoride; a third step of reacting the unreacted hydrogen fluoride remaining after the second step with lithium chloride; and a fourth step of separating the reaction solution obtained after the third step by filtration into a filtrate and a solid residue to yield the filtrate as the electrolyte solution for the lithium ion battery, characterized in that the solid residue separated in the fourth step, which is a mixture of unreacted remaining lithium chloride and lithium fluoride, is returned to the first step and used for reaction.
Method for assignment of Physical Cell Identities, PCIs, performed by a network node in a wireless communication network, said communication network comprising a plurality of RBSs, the method comprising: - determining a most densely located Radio Base Station, RBS, of the plurality of RBSs, based on the distances from each RBS to a certain number of other RBSs of the plurality of RBSs; starting from the most densely located RBS: for each RBSi, for which a PCI is to be assigned, in order of increasing distance from the most densely located RBS: - assigning a Secondary Synchronization Signal, SSS, to the RBSi from a set of SSSs, based on a distance from the RBSi to another RBS in the communication network associated with the same SSS, and a number of tiers between the RBSi and, at least, the other RBS, when said number of tiers is compared to a reference number of tiers; - assigning a Primary Synchronization Signal, PSS, to the RBSi, based on a determined number of cells associated with the RBSi - assigning a PCI to the RBSi, based on the combination of the assigned SSS and PSS. - determining a most densely located Radio Base Station, RBS, of the plurality of RBSs, based on the distances from each RBS to a certain number of other RBSs of the plurality of RBSs; starting from the most densely located RBS: for each RBSi, for which a PCI is to be assigned, in order of increasing distance from the most densely located RBS: - assigning a Secondary Synchronization Signal, SSS, to the RBSi from a set of SSSs, based on a distance from the RBSi to another RBS in the communication network associated with the same SSS, and a number of tiers between the RBSi and, at least, the other RBS, when said number of tiers is compared to a reference number of tiers; - assigning a Primary Synchronization Signal, PSS, to the RBSi, based on a determined number of cells associated with the RBSi - assigning a PCI to the RBSi, based on the combination of the assigned SSS and PSS. for each RBSi, for which a PCI is to be assigned, in order of increasing distance from the most densely located RBS: - assigning a Secondary Synchronization Signal, SSS, to the RBSi from a set of SSSs, based on a distance from the RBSi to another RBS in the communication network associated with the same SSS, and a number of tiers between the RBSi and, at least, the other RBS, when said number of tiers is compared to a reference number of tiers; - assigning a Primary Synchronization Signal, PSS, to the RBSi, based on a determined number of cells associated with the RBSi - assigning a PCI to the RBSi, based on the combination of the assigned SSS and PSS. - assigning a Secondary Synchronization Signal, SSS, to the RBSi from a set of SSSs, based on a distance from the RBSi to another RBS in the communication network associated with the same SSS, and a number of tiers between the RBSi and, at least, the other RBS, when said number of tiers is compared to a reference number of tiers; - assigning a Primary Synchronization Signal, PSS, to the RBSi, based on a determined number of cells associated with the RBSi - assigning a PCI to the RBSi, based on the combination of the assigned SSS and PSS.
A method for trimming a side portion of a pre-manufactured leading-edge protection element for protecting a leading edge of a wind turbine blade, the leading-edge protection element extending in a longitudinal direction between a first longitudinal end and a second longitudinal end, the leading-edge protection element comprising a first side portion and a second side portion, the first side portion, when mounted to the wind turbine blade, extending from the leading edge and along a part of a pressure side of the wind turbine blade, and the second side portion, when mounted to the wind turbine blade, extending from the leading edge and along a part of a suction side of the wind turbine blade, or vice versa, the method comprising the steps of: - providing a support structure (521, 522); - providing a first cutting tool, preferably connected to the support structure; - arranging the leading-edge protection element on the support structure, - fixating the leading-edge protection element to the support structure, and - cutting along a predetermined cutting path, whereby the leading-edge protection element is trimmed to a predetermined length. - providing a support structure (521, 522); - providing a first cutting tool, preferably connected to the support structure; - arranging the leading-edge protection element on the support structure, - fixating the leading-edge protection element to the support structure, and - cutting along a predetermined cutting path, whereby the leading-edge protection element is trimmed to a predetermined length.
A signal processing method for pre-processing a time-domain input signal from a physical quantity detector in a material testing machine for examining frequency characteristics, comprising: an interval data generating process of dividing an input signal into interval data of time-domain by cutting out the input signal by a predetermined time length, and characterized by further comprising: a reference function determining process of determining a function as a reference function, wherein the function matches a gradient of a tangent with a tangent point falling on a starting point of the interval data with a gradient of an approximately straight line near a starting position of the interval data and matches a gradient of a tangent with a tangent point falling on an end point of the interval data with a gradient of an approximately straight line near an end position of the interval data; and a transform process of transforming the interval data into adjustment data adjusted using the reference function determined in the reference function determining process so that both ends of a waveform of the interval data smoothly converge to zero. a reference function determining process of determining a function as a reference function, wherein the function matches a gradient of a tangent with a tangent point falling on a starting point of the interval data with a gradient of an approximately straight line near a starting position of the interval data and matches a gradient of a tangent with a tangent point falling on an end point of the interval data with a gradient of an approximately straight line near an end position of the interval data; and a transform process of transforming the interval data into adjustment data adjusted using the reference function determined in the reference function determining process so that both ends of a waveform of the interval data smoothly converge to zero.
A composition comprising: a) pre-gel that comprises at least one phenol-based compound, and at least one water miscible polymer selected from at least one of a naturally existing form of a carbohydrate, a synthetically prepared form of carbohydrate and a salt of an anionic polysaccharide; b) a solid support, comprising at least one cross linking agent capable of interacting with said at least one water miscible polymer, wherein the pre-gel applied to a surface is configured to harden and adhere to the surface upon embedding the solid support within the pre-gel. a) pre-gel that comprises at least one phenol-based compound, and at least one water miscible polymer selected from at least one of a naturally existing form of a carbohydrate, a synthetically prepared form of carbohydrate and a salt of an anionic polysaccharide; at least one phenol-based compound, and at least one water miscible polymer selected from at least one of a naturally existing form of a carbohydrate, a synthetically prepared form of carbohydrate and a salt of an anionic polysaccharide; b) a solid support, comprising at least one cross linking agent capable of interacting with said at least one water miscible polymer,
A method for remote control of electronic products using a portable terminal, which comprises the steps of: performing a remote control of functions of the electronic products in a remote control mode (201-YES, 503; 401-YES); when communication is tried during implementation of a remote control function, terminating the remote control function (505-YES) and displaying the communication standby state to provide a communication service upon a user's selection; and when the communication ends (515-YES), performing the remote control function again, wherein said step of performing the remote control function again when communication ends, comprises: determining whether the communication has ended; characterized in that if the communication has ended (515-YES), determining whether the remote control mode has been terminated; and if the remote control mode has not been terminated (517-NO), implementing the remote control function again. performing a remote control of functions of the electronic products in a remote control mode (201-YES, 503; 401-YES); when communication is tried during implementation of a remote control function, terminating the remote control function (505-YES) and displaying the communication standby state to provide a communication service upon a user's selection; and when the communication ends (515-YES), performing the remote control function again, wherein said step of performing the remote control function again when communication ends, comprises: determining whether the communication has ended; characterized in that if the communication has ended (515-YES), determining whether the remote control mode has been terminated; and if the remote control mode has not been terminated (517-NO), implementing the remote control function again. determining whether the communication has ended; characterized in that if the communication has ended (515-YES), determining whether the remote control mode has been terminated; and if the remote control mode has not been terminated (517-NO), implementing the remote control function again.
A household appliance comprising a control panel, an on/off button located on the control panel and performs the function of energizing and de-energizing the household appliance, more than one button used for determining the program parameters, a start button providing the selected program to be started and to be paused if pressed again, characterized by a microcontroller that - provides the activation or the deactivation of the key lock function by means of at least one button, - enables the on/off button to be inactivated when the key lock function is active, - allows the user to determine the activation time of the key lock function. - provides the activation or the deactivation of the key lock function by means of at least one button, - enables the on/off button to be inactivated when the key lock function is active, - allows the user to determine the activation time of the key lock function.
A linear compressor with a controlling apparatus, the controlling apparatus comprising: a detector that detects an operating state of the linear compressor; a controller that outputs a correction signal for correcting at least an operating frequency of a linear motor based on the operating state; and a drive signal generator that generates a drive signal of the linear motor according to the correction signal, and outputs the generated drive signal to the linear motor, wherein the controller includes: a reference operating frequency determiner that determines a reference operating frequency at which the linear motor is operated; and an actual operating frequency determiner that determines an actual operating frequency as a value included in a predetermined numerical value range around the reference operating frequency, wherein the correction signal is determined based on the actual operating frequency, characterized in that the controller is configured to continuously change the actual operating frequency, even when the actual operating frequency is the same as the reference operating frequency. a detector that detects an operating state of the linear compressor; a controller that outputs a correction signal for correcting at least an operating frequency of a linear motor based on the operating state; and a drive signal generator that generates a drive signal of the linear motor according to the correction signal, and outputs the generated drive signal to the linear motor, wherein the controller includes: a reference operating frequency determiner that determines a reference operating frequency at which the linear motor is operated; and an actual operating frequency determiner that determines an actual operating frequency as a value included in a predetermined numerical value range around the reference operating frequency, wherein the correction signal is determined based on the actual operating frequency, a reference operating frequency determiner that determines a reference operating frequency at which the linear motor is operated; and an actual operating frequency determiner that determines an actual operating frequency as a value included in a predetermined numerical value range around the reference operating frequency, wherein the correction signal is determined based on the actual operating frequency, characterized in that the controller is configured to continuously change the actual operating frequency, even when the actual operating frequency is the same as the reference operating frequency.
A method for approximating the tension-load bearing capacity of an elevator rope comprising an electrically-conductive, tension-bearing component and a non-conductive insulating jacket generally surrounding said electrically-conductive, tension-bearing component, said method comprising applying an electric current through said electrically conductive, tension-bearing component; determining electrical resistivity of said electrically conductive, tension-bearing component; and comparing said resistivity to predetermined data indicative of tension-load bearing capacity of said elevator rope. and further comprising connecting current input and current output leads (608, 610) at dead-end hitch points, respectively, of said elevator rope in an elevator assembly.
Machine frame for a roll crusher comprising two side walls and two end walls taking up the bearing of the rollers, wherein the end walls are divided horizontally in the area of the bearing of the rolls and vertically between the bearings, so that end wall upper parts are releasable in the area of the bearing of the rolls.
A hair care composition comprising: a) from 10% to 25% of one or more surfactants; b) a total amount from 0.01% to 10% of one or more particulate scalp health agents, wherein the one or more particulate scalp health agents comprises zinc pyrithione; c) a total amount from 0.01% to 10% of one or more surfactant soluble scalp health agents, wherein the one or more surfactant soluble scalp health agents comprises a hydroxyl pyridone, wherein the hydroxyl pyridone is piroctone olamine; d) from 0.1% to 0.2% of one or more cationic polymers selected from the group consisting of a cationic cellulose; e) from 0.01% to 5% of one or more cationic polymers selected from group consisting of one or more cationic guar polymers; and wherein an on-scalp deposition of the particulate scalp health agent deposition efficiency is increased by 50% compared to a control with no soluble scalp health agent, preferably by 75% compared to a control with no soluble scalp health agent, and preferably by 90% compared to a control with no soluble scalp health agent; wherein the composition forms coacervate particles upon dilution of the composition with water; and wherein the percentage of coacervate particles with a floc size of greater than 20 microns is from 1% to 40% as measured according to the Lasentec FBRM Method as disclosed herein. a) from 10% to 25% of one or more surfactants; b) a total amount from 0.01% to 10% of one or more particulate scalp health agents, wherein the one or more particulate scalp health agents comprises zinc pyrithione; c) a total amount from 0.01% to 10% of one or more surfactant soluble scalp health agents, wherein the one or more surfactant soluble scalp health agents comprises a hydroxyl pyridone, wherein the hydroxyl pyridone is piroctone olamine; d) from 0.1% to 0.2% of one or more cationic polymers selected from the group consisting of a cationic cellulose; e) from 0.01% to 5% of one or more cationic polymers selected from group consisting of one or more cationic guar polymers;
A machine for inspection and maintenance of trains and trams, comprising a first load-bearing structure formed by at least one elevated guiding element, which can be installed in a room designed to accommodate a train or tram to be inspected and/or to be maintained at a raised height with respect to the floor of said room so as to have an orientation that is substantially parallel to the longitudinal extension of the tracks that are present in said room and on which said train or tram is to be placed, and by at least one supporting post associated with said at least one elevated guiding element by means of a first slider coupling, the degree of translational freedom of which lies on a directrix that is oriented substantially parallel to said tracks; said at least one supporting post being configured so as to rest on said floor by means of a second slider coupling the degree of translational freedom of which is oriented substantially parallel to the degree of translational freedom of said first slider coupling; a first platform being further comprised which is slidingly associated with said at least one supporting post along an elevation direction that is substantially normal to said floor; said first platform being provided with first lifting and lowering and locking means (12a,12b) for its arrangement and retention at a preset height along said at least one supporting post and with first perimetric delimitation means which are configured so as to define a safety enclosure in which at least one operator can perform the planned inspection and/or maintenance operations, characterized in that said first load-bearing structure comprises at least two of said supporting posts which are associated with said at least one elevated guiding element, respectively, by means of two of said first slider couplings; said first platform being associated slidingly with both of said at least two supporting posts in such a manner as to form a substantially H-shaped structure with said first platform arranged transversely between said at least two supporting posts.
Method for disrupting biological cells in a reaction container (11; 101; 240; 270), characterized in that the cells are treated with pressure pulses, the pressure pulses being generated by means of at least one eddy current actuator (13; 130; 230; 290) in conjunction with an electrical conductor (12; 120; 260; 280) arranged on or in the reaction container (11; 101; 240; 270).
A method for producing a flexible-packaging film in which a first substrate and a second substrate are laminated with a reactive adhesive of a polyisocyanate composition and a polyol composition therebetween, the method comprising: a two-component separate application step in which a liquid mixture applied to the first substrate and including the polyisocyanate composition and the polyol composition, and a catalyst that accelerates the urethane forming reaction and is formed in a dot pattern on the second substrate are brought into contact with each other to achieve contact-bonding together. a two-component separate application step in which a liquid mixture applied to the first substrate and including the polyisocyanate composition and the polyol composition, and a catalyst that accelerates the urethane forming reaction and is formed in a dot pattern on the second substrate are brought into contact with each other to achieve contact-bonding together.