mhurhangee/ep-ind-claims huggingface dataset:
Vacuum cleaning device comprising: - a dust collecting chamber with at least one inlet port for dust-laden air and at least one outlet port, - at least one filter element located between the at least one outlet port and the rest of the dust collecting chamber, - at least two motors (18, 20) each driving an air blower (22, 24) for drawing air from the dust collecting chamber through an air outlet (26, 28) of the vacuum cleaning device, thereby creating a depression in the dust collecting chamber, and - a control unit for controlling the operation of the at least two motors (18, 20), characterized in that the control unit is adapted to automatically operate only one of the motors (18, 20) upon activation of the vacuum cleaning device. - a dust collecting chamber with at least one inlet port for dust-laden air and at least one outlet port, - at least one filter element located between the at least one outlet port and the rest of the dust collecting chamber, - at least two motors (18, 20) each driving an air blower (22, 24) for drawing air from the dust collecting chamber through an air outlet (26, 28) of the vacuum cleaning device, thereby creating a depression in the dust collecting chamber, and - a control unit for controlling the operation of the at least two motors (18, 20), characterized in that
An accessory device for a personal care system, the personal care system comprising a personal care appliance, a monitor device, and the accessory device, the accessory device comprising: a processor; a memory connected to the processor; and an interface configured to connect the accessory device to the monitor device of the personal care system, the interface comprising a transceiver module connected to the processor, wherein the accessory device is configured to: establish a connection between the monitor device and the accessory device; and receive monitor data from the monitor device; characterized in that the accessory device is further configured to: determine an operating state of the personal care appliance based on the monitor data; determine whether a primary criterion based on a quality of the connection is satisfied; and in accordance with a determination that the primary criterion is not satisfied, communicate a first indication indicative of the quality of the connection. a processor; a memory connected to the processor; and an interface configured to connect the accessory device to the monitor device of the personal care system, the interface comprising a transceiver module connected to the processor, wherein the accessory device is configured to: establish a connection between the monitor device and the accessory device; and receive monitor data from the monitor device; establish a connection between the monitor device and the accessory device; and receive monitor data from the monitor device; characterized in that the accessory device is further configured to: determine an operating state of the personal care appliance based on the monitor data; determine whether a primary criterion based on a quality of the connection is satisfied; and in accordance with a determination that the primary criterion is not satisfied, communicate a first indication indicative of the quality of the connection. determine an operating state of the personal care appliance based on the monitor data; determine whether a primary criterion based on a quality of the connection is satisfied; and in accordance with a determination that the primary criterion is not satisfied, communicate a first indication indicative of the quality of the connection.
A producing method for an electrical insulating structure that covers an outer surface of a to-be-insulated object, the method comprising: a taping step of winding a main insulation tape on outside of the to-be-insulated object to form a main insulated part; a vacuum drawing step, which is performed after the taping step, of vacuum drawing an impregnation container housing the tape-wound to-be-insulated object, wherein the main insulation tape includes a main insulation layer and a fiber reinforcement part that extends along the main insulation layer and supports it, and an impregnation step, which is performed after the vacuum drawing step, of injecting a nanoparticle-containing impregnating macromolecular polymer in which nanoparticles having a diameter of 100nm or less have been kneaded into the impregnation container, impregnating the main insulation tape with the nanoparticle-containing impregnating macromolecular polymer, and forming a macromolecular polymer part by permeation of the nanoparticle-containing impregnating macromolecular polymer into a joining macromolecular polymer existing in the fiber reinforcement part and between the fiber reinforcement part and the main insulation layer and by adhering of the nanoparticle-containing impregnating macromolecular polymer to outside of the main insulation layer. a taping step of winding a main insulation tape on outside of the to-be-insulated object to form a main insulated part; a vacuum drawing step, which is performed after the taping step, of vacuum drawing an impregnation container housing the tape-wound to-be-insulated object, wherein the main insulation tape includes a main insulation layer and a fiber reinforcement part that extends along the main insulation layer and supports it, and an impregnation step, which is performed after the vacuum drawing step, of injecting a nanoparticle-containing impregnating macromolecular polymer in which nanoparticles having a diameter of 100nm or less have been kneaded into the impregnation container, impregnating the main insulation tape with the nanoparticle-containing impregnating macromolecular polymer, and forming a macromolecular polymer part by permeation of the nanoparticle-containing impregnating macromolecular polymer into a joining macromolecular polymer existing in the fiber reinforcement part and between the fiber reinforcement part and the main insulation layer and by adhering of the nanoparticle-containing impregnating macromolecular polymer to outside of the main insulation layer.
Aircraft turbine engine comprising at least one spool rotating at speed N1 and a monitoring system comprising: - a regulating module comprises a first regulation measurement channel suitable for obtaining a measurement (N1 A) of the speed N1 and a second regulation measurement channel, independent of the first measurement channel, suitable for obtaining a measurement (N1 B) of the speed N1, and means for comparing the obtained speed measurements (N1 A, N1 B) with a thrust setpoint (N1 cons) to provide a thrust status (E REG); and - a module for engaging protection functions of the anti overthrust type or anti loss of thrust type of the turbine engine, the turbine engine also comprising a protection system against overspeed in order to prevent the ejection of high-energy debris from being expelled out of said turbine engine, the protection system comprising at least one overspeed measurement channel (AS, BS) suitable for obtaining an overspeed (N1 AS, N1 BS) of the rotating spool of the turbine engine, the turbine engine being characterised in that it comprises means capable of providing at least one measurement of overspeed on the basis of the overspeed obtained (N1 AS, N1 BS) when one of the regulation measurement channels (A, B) is defective, and in that the engagement module comprises at least one means for comparison of said overspeed measurement to at least one reference speed defined according to the protection function to be engaged, said engagement module being configured in order to engage said anti overthrust or anti loss of thrust protection function based on the results of the comparison. - a regulating module comprises a first regulation measurement channel suitable for obtaining a measurement (N1 A) of the speed N1 and a second regulation measurement channel, independent of the first measurement channel, suitable for obtaining a measurement (N1 B) of the speed N1, and means for comparing the obtained speed measurements (N1 A, N1 B) with a thrust setpoint (N1 cons) to provide a thrust status (E REG); and - a module for engaging protection functions of the anti overthrust type or anti loss of thrust type of the turbine engine,
Cosmetic or dermatological preparation comprising glyceryl caprylate and dehydroacetic acid and/or sodium dehydroacetate, characterized in that the preparation is free of parabens, benzyl alcohol, formaldehyde, phenoxyethanol, ethylene glycol monophenyl ether, phenyl glycol, benzethonium chloride, ethyl lauroyl arginate, octopirox and methylisothiazolinone, comprises less than 0.1% by weight ethanol and has a pH in the range of 5.5 to 7.5.
An electronic component holding head equipped with: multiple suction nozzles for picking up and holding electronic components, multiple air passages provided to correspond to the multiple suction nozzles, an air suction device connected to the multiple air passages for sucking air inside the multiple air passages, and multiple flow sensors provided to correspond to the multiple air passages for detecting the amount of air flowing inside the multiple air passages; which is an electronic component holding head which can pick up and hold multiple electronic components at the same time using multiple suction nozzles; wherein the electronic component holding head is equipped with an electronic component detection device which detects whether an electronic component is being held by a suction nozzle when air is being sucked by the air suction device; wherein the electronic component detection device has a setting section for setting threshold values (A, B, C) for each of the flow sensors based on the nozzle diameter of the suction nozzle connected to the air passage on which each is provided, a judgment section for judging whether the value detected by each of the sensors when air is being sucked by the air suction device exceeds the threshold value set for each of those values in the setting section, and a recognition section for recognizing that an electronic component is not being held on the suction nozzles for which the detection value of the flow sensor was judged to have exceeded the threshold value and for recognizing that an electronic component is being held on the suction nozzles for which the detection value of the flow sensor was judged to be within a range defined by the threshold value, characterized in that the electronic component detection device has a correction section for correcting the threshold value set in the setting section based on the detection value for each of the multiple flow sensors when air is being sucked by the air suction device under conditions in which holding work is not being performed by the electronic component holding head.
System for testing and evaluating the performance and energy efficiency of a hybrid-electric drive system of an automotive vehicle, comprising a test bench controlled by an emulation device which can emulate driving the vehicle in real time, the test bench being mechanically connectable to an internal combustion machine and to an electric machine of the hybrid-electric drive system to be tested, characterized in that the test bench comprises: a first electric machine that can be coupled to the electric machine of the hybrid-electric drive system by means of a first direct mechanical coupling; a second electric machine that can be coupled to the internal combustion engine of the hybrid-electric drive system by means of a second direct mechanical coupling; an electric energy conversion device adapted to control the torque that can be provided by the first electric machine and the torque that can be provided by the second electric machine and the power to be delivered to a power distribution and junction box containing the direct current bus of the hybrid-electric drive system and a control connection which is adapted to connect the electric energy conversion device with the emulation device; and in that the emulation device is adapted to calculate the resistance torque applied by the first electric machine on the shaft of the electric machine and the resistance torque applied by the second electric machine on the shaft of the internal combustion machine and the power to be delivered to the power distribution and junction box containing the direct bus, through the energy conversion device, depending on the resistance forces which oppose the drive forces due to the effect of the emulated driving of the vehicle and of the operating mode of the hybrid-electric drive system during the test. a first electric machine that can be coupled to the electric machine of the hybrid-electric drive system by means of a first direct mechanical coupling; a second electric machine that can be coupled to the internal combustion engine of the hybrid-electric drive system by means of a second direct mechanical coupling; an electric energy conversion device adapted to control the torque that can be provided by the first electric machine and the torque that can be provided by the second electric machine and the power to be delivered to a power distribution and junction box containing the direct current bus of the hybrid-electric drive system and a control connection which is adapted to connect the electric energy conversion device with the emulation device; and in that the emulation device is adapted to calculate the resistance torque applied by the first electric machine on the shaft of the electric machine and the resistance torque applied by the second electric machine on the shaft of the internal combustion machine and the power to be delivered to the power distribution and junction box containing the direct bus, through the energy conversion device, depending on the resistance forces which oppose the drive forces due to the effect of the emulated driving of the vehicle and of the operating mode of the hybrid-electric drive system during the test.
A window configured to be installed in an inclined roof, said window comprising a frame and a sash each having a top member (8, 9), a bottom member and two side members (6, 7), the sash being pivotably connected to the frame, such that a pivotal opening movement of the sash in relation to the frame brings the sash from a closed position to an open position, and an opening restrictor (10; 110; 210) comprising an arm (11; 111; 211) rotatably connected to the frame and having a gripping mechanism (12; 112; 212), said opening restrictor being configured to assume an engaged condition, where the gripping mechanism (12; 112; 212) is connected with a gripping element (13; 113, 27; 213) provided on the sash, said engaged condition limiting the opening of the window, and a first disengaged condition, where said gripping mechanism is in an active position where said gripping element (13; 113, 27; 213) automatically engages with the gripping mechanism (12; 112; 212) during a closure of the window and that the arm (11; 111; 211) of the opening restrictor (10; 110; 210) is connected to one of the side frame members, such that said arm in the first disengaged condition is hidden in a space (130; 230) provided between the frame and sash leaving said opening restrictor (10; 110; 210) invisible in the closed position of said sash, characterised in that the opening restrictor (10; 110; 210) is configured to assume a second disengaged condition, where the gripping mechanism is in an inactive position, where the opening restrictor is adapted to be manually handled for bringing the gripping mechanism into the active position of the first disengaged condition.
A process for preparation of the compound of formula I which process comprises a) coupling a compound of formula 2 wherein a leaving group O-SO 2 -R is selected from the triflate group, the tosylate group, the mesylate group, the besylate group, the nosylate group or the brosylate group, with a suitable boronic acid, a trifluoroborate or a boronic acid ester under argon condition and in the presence of a catalyst and a base in a suitable solvent and then isolating the product as an acid addition salt to afford the compound of formula Ia and b) converting the acid addition salt of formula Ia wherein the acid HX comprises suitable organic or inorganic acids into the compound of formula I by treatment with at least a stoichiometric equivalent of a suitable base. a) coupling a compound of formula 2 wherein a leaving group O-SO 2 -R is selected from the triflate group, the tosylate group, the mesylate group, the besylate group, the nosylate group or the brosylate group, with a suitable boronic acid, a trifluoroborate or a boronic acid ester under argon condition and in the presence of a catalyst and a base in a suitable solvent and then isolating the product as an acid addition salt to afford the compound of formula Ia and b) converting the acid addition salt of formula Ia wherein the acid HX comprises suitable organic or inorganic acids into the compound of formula I by treatment with at least a stoichiometric equivalent of a suitable base.
A method of coating a glass container, which includes the steps of: (a) depositing a inorganic oxide on an exterior surface of a glass container substrate, (b) following said step (a), applying an organofunctional silane to the glass container over the inorganic oxide, and then (c) applying an organic coating to the glass container over the organofunctional silane, wherein said inorganic oxide is a silicon-based inorganic oxide. (a) depositing a inorganic oxide on an exterior surface of a glass container substrate, (b) following said step (a), applying an organofunctional silane to the glass container over the inorganic oxide, and then (c) applying an organic coating to the glass container over the organofunctional silane,
A method performed by a user equipment UE comprising: determining, while accessing a first network supporting a first radio access technology, RAT, to change the first RAT to a second RAT based on a battery status and application being executed; identifying a time interval associated with extended discontinuous reception, eDRX, in which the UE maintains an active state to communicate with the first network; scanning the second RAT during a period determined based on a start timing or an end timing of the time interval; in response to detecting the second RAT, determining whether the first RAT is re-accessible and, in case it is re-accessible, receiving buffered data via the first network; and accessing a second network supporting the second RAT based on a result of the scanning, wherein each of a bandwidth of the first RAT and a bandwidth of the second RAT is narrower than a bandwidth of a long-term evolution, LTE, network, wherein each of a sleep state of the first RAT and a sleep state of the second RAT is longer than a sleep state of the LTE network, wherein one of the first RAT and the second RAT is a narrow band internet of things, NB-IoT, RAT, and the other of the first RAT and the second RAT is an enhanced machine type communications, eMTC, RAT. determining, while accessing a first network supporting a first radio access technology, RAT, to change the first RAT to a second RAT based on a battery status and application being executed; identifying a time interval associated with extended discontinuous reception, eDRX, in which the UE maintains an active state to communicate with the first network; scanning the second RAT during a period determined based on a start timing or an end timing of the time interval; in response to detecting the second RAT, determining whether the first RAT is re-accessible and, in case it is re-accessible, receiving buffered data via the first network; and accessing a second network supporting the second RAT based on a result of the scanning, wherein each of a bandwidth of the first RAT and a bandwidth of the second RAT is narrower than a bandwidth of a long-term evolution, LTE, network, wherein each of a sleep state of the first RAT and a sleep state of the second RAT is longer than a sleep state of the LTE network, wherein one of the first RAT and the second RAT is a narrow band internet of things, NB-IoT, RAT, and the other of the first RAT and the second RAT is an enhanced machine type communications, eMTC, RAT.
A foaming formulation comprising water, an alcohol, and a silicone-based polyurethane having a polymeric backbone comprising at least one silaphilic moiety, at least one lipophilic moiety and at least one hydrophilic moiety; wherein the alcohol is present in the formulation in the amount of at least 50% by weight; wherein the polymeric backbone comprises a bis- x dimethicone, wherein x ranges from 8 to 20, and the at least one lipophilic moiety includes a diisocyanate monomer.
An article comprising a film layer, the film layer comprising a polymer blend comprising a thermoplastic polyurethane and a cellulose ester; and an adhesive layer adjacent the film layer, wherein the film layer is formed by a melt extrusion technique.
A two-wheeled motor vehicle configured to perform road-to-vehicle communication with roadside units, and vehicle-to-vehicle communication with forward vehicles and rearward vehicles, the two-wheeled motor vehicle comprising: a front antenna disposed forward of a seat of the two-wheeled motor vehicle; and a rear antenna disposed rearward of a passenger seat, which is on a rear side of the seat of the two-wheeled motor vehicle, the rear antenna being located at a middle transversely of a vehicle when seen in plan view; wherein the front antenna consists of a nondirectional antenna having an emission pattern and a reception sensitivity of electromagnetic wave uniform all around a horizontal plane and is configured to perform road-to-vehicle communication with roadside units and vehicle-to-vehicle communication with forward vehicles; and the rear antenna consists of a directional antenna having an emission pattern and reception sensitivity of electromagnetic wave biased rearward of a vehicle body and is configured to perform vehicle-to-vehicle communication with rearward vehicles. a front antenna disposed forward of a seat of the two-wheeled motor vehicle; and a rear antenna disposed rearward of a passenger seat, which is on a rear side of the seat of the two-wheeled motor vehicle, the rear antenna being located at a middle transversely of a vehicle when seen in plan view; wherein the front antenna consists of a nondirectional antenna having an emission pattern and a reception sensitivity of electromagnetic wave uniform all around a horizontal plane and is configured to perform road-to-vehicle communication with roadside units and vehicle-to-vehicle communication with forward vehicles; and the rear antenna consists of a directional antenna having an emission pattern and reception sensitivity of electromagnetic wave biased rearward of a vehicle body and is configured to perform vehicle-to-vehicle communication with rearward vehicles.
A tensioning strap for a system for supporting a human body or a human body segment, comprising a base body, made as a strip made of a flexible material and comprising a middle portion, which in use is adapted to be arranged between a pair of fixed support elements, and a pair of end portions (3b, 3c), each of which is adapted to be folded over itself to form a ring around a corresponding fixed support element of said pair of fixed support elements, wherein one or more stiffening elements are applied to said base body at respective application regions, characterized in that said stiffening element(s) has/have a width substantially equal to or smaller than the width of said strip of flexible material at the respective application region and said stiffening element(s) is/are aligned along the direction of the longitudinal axis of said base body and/or arranged parallel to said axis of said base body.