mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a water-insoluble pattern on and within a substrate, comprising the following steps: a) providing a substrate, wherein the substrate is a paper, and wherein the substrate does not contain a calcium carbonate-containing material, b) providing a treatment composition A comprising a deliquescent salt, c) providing a treatment composition B comprising an acid or a salt thereof, wherein the acid or the salt thereof is selected from the group consisting of hydrochloric acid, sulphuric acid, sulphurous acid, phosphoric acid, oxalic acid, tartaric acid, salts thereof, bicarbonates, carbonates, and mixtures thereof, wherein the deliquescent salt of the treatment composition A and the acid or the salt thereof of the treatment composition B are selected such that the cation of the deliquescent salt and the anion of the acid or the salt thereof are capable of forming a water-insoluble salt in aqueous medium, and wherein treatment composition A and treatment composition B are provided in liquid form, and d) depositing the treatment composition A and the treatment composition B onto at least one surface region of the substrate to form at least one water-insoluble pattern on and within the substrate, wherein the treatment composition A and the treatment composition B are at least partially contacted and are deposited simultaneously or consecutively in any order. a) providing a substrate, wherein the substrate is a paper, and wherein the substrate does not contain a calcium carbonate-containing material, b) providing a treatment composition A comprising a deliquescent salt, c) providing a treatment composition B comprising an acid or a salt thereof, wherein the acid or the salt thereof is selected from the group consisting of hydrochloric acid, sulphuric acid, sulphurous acid, phosphoric acid, oxalic acid, tartaric acid, salts thereof, bicarbonates, carbonates, and mixtures thereof, wherein the deliquescent salt of the treatment composition A and the acid or the salt thereof of the treatment composition B are selected such that the cation of the deliquescent salt and the anion of the acid or the salt thereof are capable of forming a water-insoluble salt in aqueous medium, and wherein treatment composition A and treatment composition B are provided in liquid form, and wherein the deliquescent salt of the treatment composition A and the acid or the salt thereof of the treatment composition B are selected such that the cation of the deliquescent salt and the anion of the acid or the salt thereof are capable of forming a water-insoluble salt in aqueous medium, and wherein treatment composition A and treatment composition B are provided in liquid form, and d) depositing the treatment composition A and the treatment composition B onto at least one surface region of the substrate to form at least one water-insoluble pattern on and within the substrate, wherein the treatment composition A and the treatment composition B are at least partially contacted and are deposited simultaneously or consecutively in any order.
A transfer drive mode switching control system comprising: a shift actuator that switches from one of a plurality of drive mode positions (2H, 4H, 4LO) of a transfer to the other; a drive mode position sensor that detects the drive mode position switched by the shift actuator and generates information regarding the drive mode position; a transfer control unit configured to be electrically connected to the drive mode position sensor and the shift actuator for outputting a control command signal based on the drive mode position information to the shift actuator and for controlling switching between the drive mode positions responsively to a driver-selected drive mode; and characterized by: the transfer control unit allowing only a switching operation between predetermined two different drive mode positions (2H, 4LO) corresponding to both ends of a working range of the shift actuator at which motion of the shift actuator is stopped mechanically, in presence of a failure in the drive mode position sensor. a shift actuator that switches from one of a plurality of drive mode positions (2H, 4H, 4LO) of a transfer to the other; a drive mode position sensor that detects the drive mode position switched by the shift actuator and generates information regarding the drive mode position; a transfer control unit configured to be electrically connected to the drive mode position sensor and the shift actuator for outputting a control command signal based on the drive mode position information to the shift actuator and for controlling switching between the drive mode positions responsively to a driver-selected drive mode; and characterized by: the transfer control unit allowing only a switching operation between predetermined two different drive mode positions (2H, 4LO) corresponding to both ends of a working range of the shift actuator at which motion of the shift actuator is stopped mechanically, in presence of a failure in the drive mode position sensor. the transfer control unit allowing only a switching operation between predetermined two different drive mode positions (2H, 4LO) corresponding to both ends of a working range of the shift actuator at which motion of the shift actuator is stopped mechanically, in presence of a failure in the drive mode position sensor.
A system comprising: a memory area associated with a mobile computing device, said memory area storing a schema representing a data usage plan associated with a user, the data usage plan describing threshold values associated with network connections of one or more computing devices (102, 106) of the user, the network connections being categorized based on types of network traffic data; and at least one processor programmed to: dynamically generate data usage statistics for the user, the data usage statistics representing network data consumed under the data usage plan by the mobile computing device, the data usage statistics being dynamically generated, at the mobile computing device, by collecting the network data consumed by a plurality of components of the mobile computing device; populate the schema stored in the memory area with the dynamically generated data usage statistics; and provide at least a portion of the populated schema to a web service for distribution to other computing devices of the user. a memory area associated with a mobile computing device, said memory area storing a schema representing a data usage plan associated with a user, the data usage plan describing threshold values associated with network connections of one or more computing devices (102, 106) of the user, the network connections being categorized based on types of network traffic data; and at least one processor programmed to: dynamically generate data usage statistics for the user, the data usage statistics representing network data consumed under the data usage plan by the mobile computing device, the data usage statistics being dynamically generated, at the mobile computing device, by collecting the network data consumed by a plurality of components of the mobile computing device; populate the schema stored in the memory area with the dynamically generated data usage statistics; and provide at least a portion of the populated schema to a web service for distribution to other computing devices of the user. dynamically generate data usage statistics for the user, the data usage statistics representing network data consumed under the data usage plan by the mobile computing device, the data usage statistics being dynamically generated, at the mobile computing device, by collecting the network data consumed by a plurality of components of the mobile computing device; populate the schema stored in the memory area with the dynamically generated data usage statistics; and provide at least a portion of the populated schema to a web service for distribution to other computing devices of the user.
A power generator, comprising: fuel electrodes that receive a supply of fuel gas; air electrodes that receive a supply of air; electrolyte layers disposed in between the fuel electrode and the air electrode; gas flow channels in which both the fuel gas or the air flow, with a fuel electrode and an air electrode being exposed to at least part of the gas flow channel; porous bodies filled in the gas flow channel; porous sheets disposed on the porous bodies to surround the porous bodies, and being in contact with the porous bodies and and both a fuel electrode and an air electrode, the porous sheets being made of a material having electrical conductivity, the material having pores formed to spread in a uniform manner, the pores being larger in diameter than pores formed in the porous bodies; characterized in that the porous sheets cover surfaces of the porous bodies, so as to completely cover the porous bodies in a plane intersecting a flow channel direction of the gas flow channel. fuel electrodes that receive a supply of fuel gas; air electrodes that receive a supply of air; electrolyte layers disposed in between the fuel electrode and the air electrode; gas flow channels in which both the fuel gas or the air flow, with a fuel electrode and an air electrode being exposed to at least part of the gas flow channel; porous bodies filled in the gas flow channel; porous sheets disposed on the porous bodies to surround the porous bodies, and being in contact with the porous bodies and and both a fuel electrode and an air electrode, the porous sheets being made of a material having electrical conductivity, the material having pores formed to spread in a uniform manner, the pores being larger in diameter than pores formed in the porous bodies; characterized in that the porous sheets cover surfaces of the porous bodies, so as to completely cover the porous bodies in a plane intersecting a flow channel direction of the gas flow channel.
A portable data carrier, in particular a chip card, with a data carrier body and a flux detector arranged to be visible to a user of the data carrier, wherein the flux detector is a suspension with magnetic particles enclosed therein and wherein the flux detector, in dependence on the extension of a magnetic field acting on it, can make the acting magnetic field visible at least regionally by a change of the orientation of the magnetic particles of the flux detector, characterized in that below the flux detector at least one coil is arranged, the magnetic field of which, upon excitation by a current flow, leads to the change of the orientation of the magnetic particles of the flux detector.
Aircraft engine attachment comprising an attachment body connected to a primary structure of an aircraft pylon via an attachment body link comprising link elements (70, 70') and at least one shear pin that comprises a cylindrical body and a flange having a diameter greater than that of the cylindrical body, the attachment body link comprising, for each shear pin, a first hole in the primary structure and a second hole in the attachment body that are configured such as to accommodate the shear pin, the first hole comprising a shoulder against which the flange bears during operation in such a manner that the cylindrical body is positioned to straddle the first and second holes (82, 84), characterized in that the attachment body link comprises: - a first immobilization system that comprises, in addition to the shoulder, a removable stop, integral with the primary structure, configured such as to immobilize the flange between the shoulder and the removable stop, and - a second immobilization system that comprises, first, a groove positioned in an extension of the shear pin and, second, a fork connected to the primary structure via at least one removable link and interacting during operation with the groove in such a manner as to immobilize the shear pin in translation. - a first immobilization system that comprises, in addition to the shoulder, a removable stop, integral with the primary structure, configured such as to immobilize the flange between the shoulder and the removable stop, and - a second immobilization system that comprises, first, a groove positioned in an extension of the shear pin and, second, a fork connected to the primary structure via at least one removable link and interacting during operation with the groove in such a manner as to immobilize the shear pin in translation.
A stator for an electric axial flux machine, in particular a stator for an axial flux machine designed as a drive machine for an electrically driven motor vehicle, wherein the stator has: a stator body with a plurality of stator teeth arranged distributed over the circumference, wherein at least one of the stator teeth is divided into at least two partial stator teeth (111, 112, 113, 114) as viewed in the radial direction, and stator windings which are arranged around the stator teeth, characterized in that the at least two partial stator teeth (111; 112) are wound with a different number of windings of the same phase of the stator winding. a stator body with a plurality of stator teeth arranged distributed over the circumference, wherein at least one of the stator teeth is divided into at least two partial stator teeth (111, 112, 113, 114) as viewed in the radial direction, and stator windings which are arranged around the stator teeth, characterized in that the at least two partial stator teeth (111; 112) are wound with a different number of windings of the same phase of the stator winding.
An electronic device comprising: a foldable housing (1610, 1620) comprising a hinge, a first side member surrounding a first space disposed on a first side of the hinge, and a second side member surrounding a second space disposed on a second side of the hinge; a flexible display disposed on the foldable housing, wherein at least a part of the flexible display is configured to be folded; and a non-conductive frame disposed on a boundary portion of the flexible display, the non-conductive frame comprising a first frame coupled to the first side member and covering a first boundary portion of the flexible display disposed on the first side of the hinge, and a second frame coupled to the second side member and covering a second boundary portion of the flexible display disposed on the second side of the hinge, wherein the first side member comprises a first conductive portion electrically connected to a communication circuit so that the first conductive portion is configured to be used as an antenna, wherein the second side member comprises a second conductive portion, and wherein the first frame and the second frame each comprise a low-permittivity material having a specific permittivity less than 10, wherein the first conductive portion and the second conductive portion are spaced apart from each other at least by a first portion of the first frame and a second portion of the second frame disposed to face each other in the folded state of the foldable housing. a foldable housing (1610, 1620) comprising a hinge, a first side member surrounding a first space disposed on a first side of the hinge, and a second side member surrounding a second space disposed on a second side of the hinge; a flexible display disposed on the foldable housing, wherein at least a part of the flexible display is configured to be folded; and a non-conductive frame disposed on a boundary portion of the flexible display, the non-conductive frame comprising a first frame coupled to the first side member and covering a first boundary portion of the flexible display disposed on the first side of the hinge, and a second frame coupled to the second side member and covering a second boundary portion of the flexible display disposed on the second side of the hinge, wherein the first side member comprises a first conductive portion electrically connected to a communication circuit so that the first conductive portion is configured to be used as an antenna, wherein the second side member comprises a second conductive portion, and wherein the first frame and the second frame each comprise a low-permittivity material having a specific permittivity less than 10, wherein the first conductive portion and the second conductive portion are spaced apart from each other at least by a first portion of the first frame and a second portion of the second frame disposed to face each other in the folded state of the foldable housing.
Steer-by-wire system for a motor vehicle, having at least two wheels (3, 4) which can be steered independently of one another in normal operation of the steer-by-wire system, at least two steering actuators (6, 7) which are each assigned to one of the steerable wheels (3, 4) and are set up for setting a steering angle of the respective steerable wheel (3, 4), and at least one steering electronics which is connected signal technically to the steering actuators (6, 7) and is set up to control the steering actuators (6, 7) individually on the basis of steering commands, wherein the steering electronics is set up to detect whether one of the steering actuators (6, 7) has failed characterized in that the steering electronics is set up to control the at least one further steering actuator (6, 7) with a steering ratio when a failure of a steering actuator (6, 7), which is characteristic of an emergency operation of the steer-by-wire system, is detected, the directness of which deviates from a directness of a steering ratio in normal operation, the steering electronics also being set up to select a specific steering ratio from one or more steering ratios and to use it to control the at least one steering actuator that has not failed, and the different steering ratio is set once when emergency operation occurs. at least two steering actuators (6, 7) which are each assigned to one of the steerable wheels (3, 4) and are set up for setting a steering angle of the respective steerable wheel (3, 4), and at least one steering electronics which is connected signal technically to the steering actuators (6, 7) and is set up to control the steering actuators (6, 7) individually on the basis of steering commands, wherein the steering electronics is set up to detect whether one of the steering actuators (6, 7) has failed characterized in that the steering electronics is set up to control the at least one further steering actuator (6, 7) with a steering ratio when a failure of a steering actuator (6, 7), which is characteristic of an emergency operation of the steer-by-wire system, is detected, the directness of which deviates from a directness of a steering ratio in normal operation, the steering electronics also being set up to select a specific steering ratio from one or more steering ratios and to use it to control the at least one steering actuator that has not failed, and the different steering ratio is set once when emergency operation occurs.
A method for differentiating foods with respect to mouthfeel, comprising: a) recording a first tribological profile by measuring the friction factor of a first food as a function of sliding speed using a tribology device; b) recording a second tribological profile by measuring the friction factor of a second food as a function of sliding speed using the tribology device; c) comparing the first tribological profile with the second tribological profile, wherein the tribology device is a tribology device for assessing mouthfeel-related properties of a food sample, comprising a motor and a measuring system comprising a first measuring element having at least a first measuring surface, and at least a second measuring element separated from the first measuring element and having at least one second measuring surface, at least one of the measuring elements (14, 20) being connected to the motor, the at least one first measuring surface and the at least one second measuring surface defining at least one contact measuring surface in which the food sample, during measurement, is disposed and sheared, wherein the width of the at least one contact measuring surface is adjustable by displacing the first measuring element and the at least one second measuring element relative to each other, characterized in that at least one second measuring surface and/or at least one first measuring surface is composed of a thermoplastic elastomer having a delta friction factor of more than 0.2 between an aqueous 10% (w/w) sucrose solution and sunflower oil. a) recording a first tribological profile by measuring the friction factor of a first food as a function of sliding speed using a tribology device; b) recording a second tribological profile by measuring the friction factor of a second food as a function of sliding speed using the tribology device; c) comparing the first tribological profile with the second tribological profile,
A method for controlling a vacuum cleaner, the vacuum cleaner includes a suctioning portion; a fan motor for generating a suction force for sucking air along the suctioning portion; a first nozzle including a first nozzle body connected to or removed from the suctioning portion, and a first nozzle driver accommodated in the first nozzle body for providing power to remove dusts; a second nozzle including a second nozzle body connected to or removed from the suctioning portion, and a second nozzle driver accommodated in the second nozzle body for providing power to remove dusts; and a measuring device for measuring a current value based on a control signal applied to the first nozzle or the second nozzle, wherein one of the first nozzle and the second nozzle is connected to the suctioning portion in an exchangeable manner, the method comprises: a fan motor starting operation of operating the fan motor and starting to measure the current value in said one of the first nozzle and the second nozzle connected to the suctioning portion; a nozzle sensing operation of sensing which nozzle among the first nozzle and the second nozzle is said one nozzle connected to the suctioning portion; and a nozzle operation selecting operation of selecting an operation scheme of the fan motor or the connected nozzle based on the nozzle sensed in the nozzle sensing operation. a fan motor starting operation of operating the fan motor and starting to measure the current value in said one of the first nozzle and the second nozzle connected to the suctioning portion; a nozzle sensing operation of sensing which nozzle among the first nozzle and the second nozzle is said one nozzle connected to the suctioning portion; and a nozzle operation selecting operation of selecting an operation scheme of the fan motor or the connected nozzle based on the nozzle sensed in the nozzle sensing operation.
Frame for an underwater turbine, comprising: - a support for at least one underwater turbine, at least partially made of concrete, - a ballast assembly that is configured to cooperate with the support in such a way as to ensure the underwater turbine frame is kept on the underwater floor, the said ballast assembly having a density of between 6500 kg/m 3 and 8000 kg/m 3, and being made of cast iron. - a support for at least one underwater turbine, at least partially made of concrete, - a ballast assembly that is configured to cooperate with the support in such a way as to ensure the underwater turbine frame is kept on the underwater floor, the said ballast assembly having a density of between 6500 kg/m 3 and 8000 kg/m 3, and being made of cast iron.