mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: collecting, by a terminal, action attribute information of a user when the user performs a specified operation, wherein the action attribute information includes an acceleration value and motion direction information of the terminal; determining a proportion value based on a weighting of the acceleration value and a weighting of the motion direction information; determining whether the action attribute information matches standard information based on whether the proportion value is greater than a similarity threshold; in response to determining that the action attribution information matches standard information, performing corresponding processing according to the specified operation; and in response to determining that the action attribution information does not match standard information, refusing to perform the corresponding processing according to the specified operation. collecting, by a terminal, action attribute information of a user when the user performs a specified operation, wherein the action attribute information includes an acceleration value and motion direction information of the terminal; determining a proportion value based on a weighting of the acceleration value and a weighting of the motion direction information; determining whether the action attribute information matches standard information based on whether the proportion value is greater than a similarity threshold; in response to determining that the action attribution information matches standard information, performing corresponding processing according to the specified operation; and in response to determining that the action attribution information does not match standard information, refusing to perform the corresponding processing according to the specified operation.
An apparatus for forming an energy storage device electrode film mixture, comprising: a first source comprising a polymer dispersion, wherein the polymer dispersion comprises a polymer binder and a critical or supercritical fluid, and wherein the polymer binder is a first component of an energy storage device electrode film mixture; a second source comprising a second component of the energy storage device electrode film mixture, wherein the second component comprises an electrode active material; a mixer configured to receive the polymer dispersion and the second component, and to form a slurry comprising the polymer dispersion and the second component; and a decompressor configured to receive and decompress the slurry, and further configured to vaporize the critical or supercritical fluid and deposit dry polymer binder onto the second component. a first source comprising a polymer dispersion, wherein the polymer dispersion comprises a polymer binder and a critical or supercritical fluid, and wherein the polymer binder is a first component of an energy storage device electrode film mixture; a second source comprising a second component of the energy storage device electrode film mixture, wherein the second component comprises an electrode active material; a mixer configured to receive the polymer dispersion and the second component, and to form a slurry comprising the polymer dispersion and the second component; and a decompressor configured to receive and decompress the slurry, and further configured to vaporize the critical or supercritical fluid and deposit dry polymer binder onto the second component.
Device for performing well interventions offshore, comprising a jack-up platform which comprises a height-adjustable horizontal work deck which is supported by vertical legs supporting on an underwater bottom; a frame of frame parts connected rigidly to each other which is configured to support well intervention equipment and comprises for this purpose at least two horizontal frame floors of mutually connected frame floor parts; wherein the frame is connected with a work deck (11,21) part to the work deck (11, 21) for movement in horizontal directions over the work deck (11, 21), wherein the frame protrudes with an operative part beyond a side edge of the work deck (11, 21), and wherein the work deck (11,21) has a thickness, characterized in that the protruding part of the frame extends vertically along the work deck (11, 21) in the thickness direction thereof.
A method for operating a 5G mobile communications network with a plurality of network slices, the method comprising: allocating a communication device to a first subnetwork of the mobile communications network, wherein the communication device comprises a communication profile for establishing a communication connection to the mobile communications network and wherein the first subnetwork is configured as first network slice of the mobile communications network; and responsive to a notification that the communication device got lost, allocating the communication device to a second subnetwork of the mobile communications network, wherein the second subnetwork is configured as second network slice of the mobile communications network. allocating a communication device to a first subnetwork of the mobile communications network, wherein the communication device comprises a communication profile for establishing a communication connection to the mobile communications network and wherein the first subnetwork is configured as first network slice of the mobile communications network; and responsive to a notification that the communication device got lost, allocating the communication device to a second subnetwork of the mobile communications network, wherein the second subnetwork is configured as second network slice of the mobile communications network.
A stator assembly comprising: a stator holder; a first stator which includes a first body having a ring shape and making contact with an upper end of the stator holder, and having a plurality of first teeth bent from an inner circumferential surface of the first body and spaced apart from each other, wherein the plurality of first teeth are coupled to an upper portion of the stator holder; a second stator which includes a second body having a ring shape and making contact with a lower end of the stator holder, and having a plurality of second teeth bent from an inner circumferential surface of the second body and spaced apart from each other, wherein the plurality of second teeth are coupled to a lower portion of the stator holder, wherein the plurality of first teeth are alternately aligned with the plurality of second teeth; characterized in that the stator holder comprises a plurality of protrusions formed on the upper ends of the stator holder making contact with both side surfaces of the first teeth of the first stator. a stator holder; a first stator which includes a first body having a ring shape and making contact with an upper end of the stator holder, and having a plurality of first teeth bent from an inner circumferential surface of the first body and spaced apart from each other, wherein the plurality of first teeth are coupled to an upper portion of the stator holder; a second stator which includes a second body having a ring shape and making contact with a lower end of the stator holder, and having a plurality of second teeth bent from an inner circumferential surface of the second body and spaced apart from each other, wherein the plurality of second teeth are coupled to a lower portion of the stator holder, wherein the plurality of first teeth are alternately aligned with the plurality of second teeth; characterized in that the stator holder comprises a plurality of protrusions formed on the upper ends of the stator holder making contact with both side surfaces of the first teeth of the first stator.
Conveyor system comprising an identification of the presence of a load of an conveyor; which conveyor system comprises an electric motor for moving the conveyor, and also a power supply appliance for supplying power between the electric motor and an alternating-electricity source of the conveyor system; which power supply appliance comprises an inverter, which comprises a rectifying bridge connected to the alternating-electricity source and also a motor bridge connected to the electric motor; and which conveyor system comprises means for determining the voltage of the alternating-electricity source; characterized in that in two operating modes, namely idling mode and heavy loading mode, which operating modes are determined based on the identification of the presence of a load the output voltage of the motor bridge is made to be always synchronized with the network voltage during operation of the conveyor such that - in the idling mode the frequency and phase of the output voltage of the motor bridge are adjusted with an inverter control directly on the basis of the frequency and phase of the determined voltage of the alternating-electricity source to be synchronous therewith so that the supply frequency of the motor is constant, wherein the amplitude of the output voltage of the motor bridge of the inverter is changed according to the number of passengers, - whereas in the heavy loading mode the phases of the motor are connected with shunt switches of the inverter directly to the alternating-electricity source immediately after the heavy loading mode has been determined. - in the idling mode the frequency and phase of the output voltage of the motor bridge are adjusted with an inverter control directly on the basis of the frequency and phase of the determined voltage of the alternating-electricity source to be synchronous therewith so that the supply frequency of the motor is constant, wherein the amplitude of the output voltage of the motor bridge of the inverter is changed according to the number of passengers, - whereas in the heavy loading mode the phases of the motor are connected with shunt switches of the inverter directly to the alternating-electricity source immediately after the heavy loading mode has been determined.
A system for managing a battery, the system comprising: a wireless communication unit configured to communicate with a first upper-level battery management system performing communication using a first communication channel; a communication abnormality detection unit configured to detect a communication abnormality of the first upper-level battery management system performing communication using the first communication channel; characterized in that it further comprises a channel change unit configured to change the communication channel of the wireless communication unit to a second communication channel different from the first communication channel based on the communication abnormality of the first upper-level battery management system being detected by the communication abnormality detection unit, and wherein through the second communication channel, a plurality of upper-level battery management systems different from the first upper-level battery management system are configured to be alternately and periodically connected to and communicate with each other. a wireless communication unit configured to communicate with a first upper-level battery management system performing communication using a first communication channel; a communication abnormality detection unit configured to detect a communication abnormality of the first upper-level battery management system performing communication using the first communication channel; characterized in that it further comprises a channel change unit configured to change the communication channel of the wireless communication unit to a second communication channel different from the first communication channel based on the communication abnormality of the first upper-level battery management system being detected by the communication abnormality detection unit, and wherein through the second communication channel, a plurality of upper-level battery management systems different from the first upper-level battery management system are configured to be alternately and periodically connected to and communicate with each other.
A crystalline form of masitinib mesylate characterized by an x-ray powder diffraction pattern comprising reflections at 2-Theta angles of 8.6 ± 0.1°, 9.4 ± 0.1°, 9.7 ± 0.1°, 12.3 ± 0.1° and 17.2 ± 0.1°, when measured at room temperature using Cu-Kα 1,2 radiation having a wavelength of 0.15419 nm.
A method, said method comprising; receiving, by multicast, a plurality of data packets; receiving, by multicast transmission, a multicast block acknowledgement request signal, said multicast block acknowledgement request signal including a field to indicate a multicast traffic stream identification for which a multicast block acknowledgement is requested, a field to indicate a starting frame sequence number for which the multicast block acknowledgement is requested, and a receiver information field to indicate a list of receivers that are requested to respond with the multicast block acknowledgement, characterized in that said receiver information field is a bitmap control field and a partial virtual bitmap, wherein said bitmap control field identifies a station association identification divided by 16, and wherein each bit in said partial virtual bitmap corresponds to a specific receiving station, and wherein said bitmap control field and said partial virtual bitmap are used together to determine addresses of said receivers from which the multicast block acknowledgement is requested.
A device for treating dementia, comprising: a plurality of ultrasound probes; a single ultrasound transducer arranged in each of the ultrasound probes and configured to propagate unfocused ultrasound energy to a brain; and an ultrasound generator connected to each of the ultrasound probes, wherein the ultrasound generator is configured to control the ultrasound transducer so as to sequentially radiate the unfocused ultrasound energy between the plurality of ultrasound probes, wherein unfocused ultrasound energy irradiation from the plurality of ultrasound probes is performed at an interval, being a period of time from the end of ultrasound irradiation from one ultrasound probe to the start of ultrasound irradiation from the next ultrasound probe, of 0.15/f ms or more, where f represents a frequency of a pulse to be transmitted, where the unit of the frequency f is MHz, and the frequency f is in the range from 0.5 MHz to 1.5 MHz, wherein the unfocused ultrasound energy irradiation is a single pulse defined by a pulse width from the start of ultrasound irradiation to the end of ultrasound irradiation. a plurality of ultrasound probes; a single ultrasound transducer arranged in each of the ultrasound probes and configured to propagate unfocused ultrasound energy to a brain; and an ultrasound generator connected to each of the ultrasound probes, wherein the ultrasound generator is configured to control the ultrasound transducer so as to sequentially radiate the unfocused ultrasound energy between the plurality of ultrasound probes, wherein unfocused ultrasound energy irradiation from the plurality of ultrasound probes is performed at an interval, being a period of time from the end of ultrasound irradiation from one ultrasound probe to the start of ultrasound irradiation from the next ultrasound probe, of 0.15/f ms or more, where f represents a frequency of a pulse to be transmitted, where the unit of the frequency f is MHz, and the frequency f is in the range from 0.5 MHz to 1.5 MHz, wherein the unfocused ultrasound energy irradiation is a single pulse defined by a pulse width from the start of ultrasound irradiation to the end of ultrasound irradiation.
Tire assembly for a bicycle rim, comprising a wheel tire with a tread surface and two tire beads which in the mounted condition bear on the interior side of the rim edges, an inner tire which in the mounted condition is disposed within the wheel tire, a tube which in the mounted condition is disposed within the inner tire, valve means for filling with different air pressures, on the one hand side, the tube and, on the other hand side, an intermediate space between the rim and the wheel tire, wherein the inner tire in the filled and mounted condition bears on the tire beads of the wheel tire at least in sections and presses said beads against the rim, characterized in that an insert part is provided which in the mounted condition forms an air duct from the valve means to the intermediate space between the rim and the wheel tire, wherein the insert part is disposed between the tube and the rim, between the inner tire and the rim, between the tube and the inner tire, and/or between the inner tire and the wheel tire, wherein the insert part has a brace-type design and encompasses the tube or the inner tire in sections, and wherein the insert part has a central through hole for passing through a valve and at least one trench extending from the through hole.
A method for preparing a block copolymer comprising a first block and a second block, wherein the first block is formed using a monomer represented by Formula 1: wherein R is hydrogen or an alkyl group; X is -C(=O)-O-; and Y is a monovalent substituent represented by Formula 2: wherein P is an arylene group having 6 to 13 carbon atoms; Q is a single bond, an oxygen atom or -NR 3 -, wherein R 3 is hydrogen or an alkyl group; and Z is a chain having 8 or more chain-forming atoms, wherein the chain-forming atoms are each independently a carbon or an oxygen, and the second block is represented by Formula 7: wherein B is a monovalent substituent having an aromatic structure including at least one halogen atom.
A gas diffusion electrode comprising: a conductive porous substrate, and a microporous layer on at least one side of said conductive porous substrate, wherein the microporous layer contains electrically conductive microparticles made of carbon black, carbon nanotube, carbon nanofiber, chopped carbon fiber, graphene, or graphite; wherein the total of regions passing through said microporous layer in the thickness direction has an area ratio of 0.1% or more and 1% or less, determined according to the method disclosed in the description, and wherein said microporous layer has a portion that has penetrated into said conductive porous substrate (hereinafter referred to as penetration portion) determined according to the method disclosed in the description, said penetration portion having a thickness ratio (hereinafter referred to as penetration amount) of 30% or more and 70% or less with respect to 100% of the thickness of said microporous layer. a conductive porous substrate, and a microporous layer on at least one side of said conductive porous substrate, wherein the microporous layer contains electrically conductive microparticles made of carbon black, carbon nanotube, carbon nanofiber, chopped carbon fiber, graphene, or graphite; wherein the total of regions passing through said microporous layer in the thickness direction has an area ratio of 0.1% or more and 1% or less, determined according to the method disclosed in the description, and wherein said microporous layer has a portion that has penetrated into said conductive porous substrate (hereinafter referred to as penetration portion) determined according to the method disclosed in the description, said penetration portion having a thickness ratio (hereinafter referred to as penetration amount) of 30% or more and 70% or less with respect to 100% of the thickness of said microporous layer.
A lockout device configured to prevent connection between a pair of terminals of a terminal block by insertion into a space of the terminal block when the terminal block is opened, the lockout device comprising: a pair of sections (102, 104) rotatably coupled to one another in which each of the sections (102, 104) has an upper portion (106, 150) including a corresponding lockout opening (116, 162) and a lower portion (108, 152) for selective reception into the space of an opened terminal block; wherein, the pair of sections (102, 104) are rotatable between an opened position and a closed position in which, in the closed position, the lockout openings (116, 162) of the upper portions (106, 150) are aligned to accommodate reception of a lock in the lockout openings (116, 162) to prevent movement away from the closed position and the lower portions (108, 152) are misaligned to prevent removal of at least a portion of the lower portions (108, 152) from the opening in the terminal block, wherein in the opened position, the upper portions (106, 150) are misaligned and the lower portions (108, 152) are aligned to permit at least a portion of the lower portions (108, 152) to be inserted into an opening between the terminal block while opened, characterized in that one of the pair of sections (102, 104) includes a hinge rod, the other of the pair of sections (102, 104) includes a hinge-rod cutaway, and the pair of sections (102, 104) are coupled together by snap-fitting the hinge rod within the hinge-rod cutaway. a pair of sections (102, 104) rotatably coupled to one another in which each of the sections (102, 104) has an upper portion (106, 150) including a corresponding lockout opening (116, 162) and a lower portion (108, 152) for selective reception into the space of an opened terminal block; wherein, the pair of sections (102, 104) are rotatable between an opened position and a closed position in which, in the closed position, the lockout openings (116, 162) of the upper portions (106, 150) are aligned to accommodate reception of a lock in the lockout openings (116, 162) to prevent movement away from the closed position and the lower portions (108, 152) are misaligned to prevent removal of at least a portion of the lower portions (108, 152) from the opening in the terminal block, wherein
Process for preparing a diisocyanate selected from the group consisting of naphthalene diisocyanate, phenylene diisocyanate, tetralin diisocyanate, o-tolidine diisocyanate and durene diisocyanate, which comprises the following steps: (i)production of a suspension of the corresponding diamine in an inert solvent, with the diamine being dispersed in the solvent by means of a dynamic mixing apparatus, (ii)phosgenation of the diamine suspended in the inert solvent to give the respective diisocyanate, characterized in that the dynamic mixing apparatus in step (i) is selected from the group consisting of dispersing discs and rotor-stator systems. (i)production of a suspension of the corresponding diamine in an inert solvent, with the diamine being dispersed in the solvent by means of a dynamic mixing apparatus, (ii)phosgenation of the diamine suspended in the inert solvent to give the respective diisocyanate,
Matte lipstick composition comprising at least one structuring agent, at least one oil, at least one colouring agent, and at least one particular filler as a mattifying agent, characterised in that the particular filler serving as a mattifying agent is selected from magnesium carbonate powders, in particular basic magnesium carbonate of formula (MgCO 3) 3.Mg 2.3H 2 O or of formula (MgCO 3) 4.Mg 2.5H 2 O or indeed normal magnesium carbonate of formula (MgCO 3).xH 2 O, from diatomaceous earths, and from microcrystalline cellulose, or one of the mixtures thereof, particles having a specific surface area of less than 30 m 2 /g, preferably less than 20 m 2 /g, more preferably still less than 10m 2 /g and even more advantageously less than 5 m2/g.
A crossfire tube assembly between adjacent combustors, the crossfire tube assembly comprising: a. a first sleeve adapted to provide fluid communication from a first combustor; b. a second sleeve adapted to connect to provide fluid communication from a second combustor, wherein said second sleeve extends at least partially inside said first sleeve; and c. a bias between said first and second sleeves (62,70), characterized by further comprising a bellows that circumferentially surrounds at least a portion of said first and second sleeves (62, 70). a. a first sleeve adapted to provide fluid communication from a first combustor; b. a second sleeve adapted to connect to provide fluid communication from a second combustor, wherein said second sleeve extends at least partially inside said first sleeve; and c. a bias between said first and second sleeves (62,70),