mhurhangee/ep-ind-claims huggingface dataset:
A method for improving racecar driver performance wherein a computing device monitors vehicle information associated with the car to apply to the driver, via at least one tactile stimulation device, a tactile signal, the method comprising: detecting a driver-initiated event performed during driving of the racecar, said detecting performed by the computing device that monitors real time vehicle information associated with the racecar; comparing actual timing of the driver-initiated event to an optimum timing of the driver-initiated event; applying to a driver, via at least one tactile stimulation device, in real time the tactile signal that is dependent on a result of said comparing. detecting a driver-initiated event performed during driving of the racecar, said detecting performed by the computing device that monitors real time vehicle information associated with the racecar; comparing actual timing of the driver-initiated event to an optimum timing of the driver-initiated event; applying to a driver, via at least one tactile stimulation device, in real time the tactile signal that is dependent on a result of said comparing.
A light shaft and/or ventilation shaft comprising at least one side wall (11, 12, 13) as well as a bottom, wherein the bottom comprises at least two, preferably identical bottom modules which are interconnected via a connecting means, wherein the at least one side wall (11, 12, 13) comprises at least two, preferably identical side modules which are interconnected via a connecting means and are arranged next to each other or one above the other to be flush, wherein at least one side module (19, 31) and/or at least one bottom module is formed as a hollow chamber profile or comprises at least one hollow chamber profile, wherein a stiffening element, preferably a stiffening tube and/or a stiffening profile is/are provided preferably within the at least one hollow chamber profile.
An agent for treating fungal diseases in cultivated plants, characterized in that it contains the strain bacillus amyloliquefaciens subsp. plantarum ABI01 (DSM 10-1092).
A neural stimulator comprising a neural stimulation controller; a plurality of drivers controlled by said neural stimulation controller; a plurality of electrodes suitable to stimulate neural tissue driven by said drivers; plurarility of switches connecting the output of said drivers to a common line; and a comparator comparing voltage on said common line to a predetermined reference voltage.
A security document comprising a substrate, a window arranged in said substrate, and a transparent refractive structure printed onto said window, characterized in that said structure comprises a halftone image.
An azeotropic and azeotrope-like composition, characterized in that, comprising -1,1,1,4,4,4-hexafluoro-2-butene, -1-chloro-3,3,3-trifluoropropene and 1,1,1,2,3,3-hexafluoropropane.
An apparatus for power amplification, the apparatus comprises: a controller; a Doherty power amplifier operatively coupled with the controller; and a supply modulated amplifier operatively coupled with the controller, wherein the controller is configured to select the supply modulated amplifier to amplify a power of a transmission signal, when an output power level of the transmission signal is greater than a designated value; and to select the Doherty power amplifier to amplify the power of the transmission signal, when the output power level of the transmission signal is less than or equal to the designated value. a controller; a Doherty power amplifier operatively coupled with the controller; and a supply modulated amplifier operatively coupled with the controller, wherein the controller is configured to select the supply modulated amplifier to amplify a power of a transmission signal, when an output power level of the transmission signal is greater than a designated value; and to select the Doherty power amplifier to amplify the power of the transmission signal, when the output power level of the transmission signal is less than or equal to the designated value.
An auxiliary device (4, 5, 6) for the fine adjustment of a laser beam emitted by a laser distance measuring device onto a target point, comprising - a mirror defining a mirror plane - a probe tip for making contact at the target point, said probe tip being disposed on a first side of the mirror plane and at a preset normal distance with respect thereto, - a diffuse-reflecting imaging surface for a laser beam reflected at the mirror, said imaging surface being disposed on the second side of the mirror plane, wherein the imaging surface contains a virtual target point, which corresponds to the mirror point of the probe tip on the mirror plane, - an optical measuring device (26, 27, 28) for generating a position signal representing the position of a laser dot on the imaging surface, - adjustment electronics and - a signal transmission device for transmitting an actuating signal to a control device of the laser distance measuring device, said control device specifying the direction of the laser beam, wherein the adjustment electronics are configured to calculate from the position signal an error signal, which represents the two-dimensional deviation of the laser dot from the virtual target point, and depending on the aforementioned error signal to start a correction algorithm, by means of which suitable actuating signals are generated for the control device of the laser distance measuring device and transmitted to said control device, in order to bring the position of the laser dot on the imaging surface into agreement with the position of the virtual target point, wherein the correction algorithm also comprises a spatial assignment routine, with which the spatial assignment between a given error signal and an actuating signal required for its correction is produced or adapted. - a mirror defining a mirror plane - a probe tip for making contact at the target point, said probe tip being disposed on a first side of the mirror plane and at a preset normal distance with respect thereto, - a diffuse-reflecting imaging surface for a laser beam reflected at the mirror, said imaging surface being disposed on the second side of the mirror plane, wherein the imaging surface contains a virtual target point, which corresponds to the mirror point of the probe tip on the mirror plane, - an optical measuring device (26, 27, 28) for generating a position signal representing the position of a laser dot on the imaging surface, - adjustment electronics and - a signal transmission device for transmitting an actuating signal to a control device of the laser distance measuring device, said control device specifying the direction of the laser beam,
A thermoplastic resin sheet having hairlike bodies arranged regularly on at least one surface of a base layer, wherein a continuous phase is formed without a structural boundary between the base layer and the hairlike bodies, characterized in that the average height of the hairlike bodies is no less than 100 μm and no greater than 1,200 μm, the average diameter of the hairlike bodies is no less than 1 μm and no greater than 50 μm, and the average spacing of the hairlike bodies is no less than 20 μm and no greater than 200 μm.
A method for determining an amount of charge a switching power converter delivers to a load, said method comprising the steps of: transferring energy from a primary winding of a transformer of a switching power converter to the load via a secondary-winding and to an auxiliary-winding of the transformer for an auxiliary power supply during mutually exclusive periods of time by at least controlling: - a first value of a reflected voltage of the auxiliary-winding to be lower than a reflected voltage of the secondary-winding during transfer of energy to the auxiliary-winding until all energy in the primary winding is transferred to the auxiliary winding and - a second value of the reflected voltage of the auxiliary-winding to be greater than the reflected voltage of the secondary-winding during transfer of energy to the secondary-winding until all energy in the primary winding is transferred to the secondary winding said first and second reflected voltages being controlled by providing a low impedance current path for an auxiliary current when transferring energy to the auxiliary winding and by providing a high impedance current path for the auxiliary current when transferring energy to the secondary-winding. transferring energy from a primary winding of a transformer of a switching power converter to the load via a secondary-winding and to an auxiliary-winding of the transformer for an auxiliary power supply during mutually exclusive periods of time by at least controlling: - a first value of a reflected voltage of the auxiliary-winding to be lower than a reflected voltage of the secondary-winding during transfer of energy to the auxiliary-winding until all energy in the primary winding is transferred to the auxiliary winding and - a second value of the reflected voltage of the auxiliary-winding to be greater than the reflected voltage of the secondary-winding during transfer of energy to the secondary-winding until all energy in the primary winding is transferred to the secondary winding said first and second reflected voltages being controlled - a first value of a reflected voltage of the auxiliary-winding to be lower than a reflected voltage of the secondary-winding during transfer of energy to the auxiliary-winding until all energy in the primary winding is transferred to the auxiliary winding and - a second value of the reflected voltage of the auxiliary-winding to be greater than the reflected voltage of the secondary-winding during transfer of energy to the secondary-winding until all energy in the primary winding is transferred to the secondary winding said first and second reflected voltages being controlled by providing a low impedance current path for an auxiliary current when transferring energy to the auxiliary winding and by providing a high impedance current path for the auxiliary current when transferring energy to the secondary-winding.
A battery pack comprising: a battery cell; a temperature detection element; and a thermally conductive member (30, 60) transferring heat of the battery cell to the temperature detection element; wherein the thermally conductive member is a thermally conductive laminate sheet (30, 60) that has a first portion (30a, 60a) touching the battery cell, and a second portion (30b, 60b) protruding from the first portion (30a, 60a) and touching the temperature detection element and wherein the first portion (30a, 60a) wraps the entire battery cell. a battery cell; a temperature detection element; and a thermally conductive member (30, 60) transferring heat of the battery cell to the temperature detection element; wherein the thermally conductive member is a thermally conductive laminate sheet (30, 60) that has a first portion (30a, 60a) touching the battery cell, and a second portion (30b, 60b) protruding from the first portion (30a, 60a) and touching the temperature detection element and wherein the first portion (30a, 60a) wraps the entire battery cell.
A liquid barrier composition for use in foodstuffs comprising: from 1% to 40% by weight of a starch having a degree of polymerisation of no more than 90; and from 40% to 90% by weight of a plasticizer for the starch, the ratio of starch content to plasticizer content by weight being no more than 1:1.5. from 1% to 40% by weight of a starch having a degree of polymerisation of no more than 90; and from 40% to 90% by weight of a plasticizer for the starch, the ratio of starch content to plasticizer content by weight being no more than 1:1.5.
A modified conjugated diene-based polymer having a nitrogen atom and a silicon atom, wherein a content of the nitrogen atom is 25 mass ppm or more based on a total amount of the modified conjugated diene-based polymer, a content of the silicon atom is 10 ppm or more based on the total amount of the modified conjugated diene-based polymer, a shrinking factor (g') is 0.59 or less in a GPC-light scattering measurement method with a viscosity detector, and a weight average molecular weight is 200,000 or more and 3,000,000 or less.
A kit for treating a treatment area in a vasculature of a patient, said kit comprising: a guidewire including a first distal portion adapted for positioning at the treatment area and a first proximal portion including a first ruler thereon, said first ruler being perceptible by the clinician external to the vasculature without the use of fluoroscopy, said first ruler adapted for measuring a distance from a first predetermined starting point on the guidewire; and a catheter having a shaft including a second distal portion adapted for positioning at the treatment area and a second proximal portion including a second ruler thereon, said second ruler being perceptible by the clinician external to the vasculature without the use of fluoroscopy, said second ruler adapted for measuring a distance from a second predetermined starting point on the catheter, characterized in that the catheter comprises a balloon adjacent a distal end of the catheter, and wherein the second predetermined point is an end of the balloon (15a, b). a guidewire including a first distal portion adapted for positioning at the treatment area and a first proximal portion including a first ruler thereon, said first ruler being perceptible by the clinician external to the vasculature without the use of fluoroscopy, said first ruler adapted for measuring a distance from a first predetermined starting point on the guidewire; and a catheter having a shaft including a second distal portion adapted for positioning at the treatment area and a second proximal portion including a second ruler thereon, said second ruler being perceptible by the clinician external to the vasculature without the use of fluoroscopy, said second ruler adapted for measuring a distance from a second predetermined starting point on the catheter, characterized in that the catheter comprises a balloon adjacent a distal end of the catheter, and wherein the second predetermined point is an end of the balloon (15a, b).
A rotating electric machine comprising a stator that includes a segment coil formed of a plurality of conductor segments, wherein each of the conductor segments includes a covered part that includes a conductor and an insulating material covering the conductor, and an exposed part that includes an exposed conductor integral with the conductor of the covered part and that constitutes an end portion of the conductor segment, and wherein the conductor of the exposed part is compressed so that it expands more than the conductor of the covered part in an arrangement direction that is a direction in which the exposed parts of the plurality of conductor segments are arranged, and contracts more than the conductor of the covered part in a direction perpendicular to the arrangement direction and the arrangement direction is the direction in which the plurality of exposed parts are joined to each other. wherein each of the conductor segments includes a covered part that includes a conductor and an insulating material covering the conductor, and an exposed part that includes an exposed conductor integral with the conductor of the covered part and that constitutes an end portion of the conductor segment, and a covered part that includes a conductor and an insulating material covering the conductor, and an exposed part that includes an exposed conductor integral with the conductor of the covered part and that constitutes an end portion of the conductor segment, and wherein the conductor of the exposed part is compressed so that it expands more than the conductor of the covered part in an arrangement direction that is a direction in which the exposed parts of the plurality of conductor segments are arranged, and contracts more than the conductor of the covered part in a direction perpendicular to the arrangement direction and the arrangement direction is the direction in which the plurality of exposed parts are joined to each other.
A method for producing a porous film, the method comprising: a step of oxidizing a (A') fiber material including a cellulose fiber so as to prepare a modified cellulose fiber in which at least a part of the cellulose fiber is oxidized; a step of preparing a dispersion liquid by mixing a fiber material including the modified cellulose fiber and an organic solvent with each other; a step of applying the dispersion liquid to a base material so as to form a coating film; and a step of drying the coating film so as to form a porous film, wherein the modified cellulose fiber includes 0.1 mmol/g or more and 3.0 mmol/g or less of a carboxy group or a metal salt thereof, an amount of water with respect to the total amount of the dispersion liquid is 5% by mass or less, the organic solvent is glycol, glycol monoalkyl ether, glycol alkyl ether acetate, lactone, linear or cyclic ketone, alkane monool, or an aprotic polar solvent, and wherein the Hansen solubility parameters for the organic solvent, when a term of energy by dipolar interaction is represented by δp [unit: (MPa) 0.5] and a term of energy by hydrogen bonding is represented by δh [unit: (MPa) 0.5], a value of (δp 2 +δh 2) 0.5 is 9.0(MPa) 0.5 or more and 40.0(Mpa) 0.5 or less. a step of oxidizing a (A') fiber material including a cellulose fiber so as to prepare a modified cellulose fiber in which at least a part of the cellulose fiber is oxidized; a step of preparing a dispersion liquid by mixing a fiber material including the modified cellulose fiber and an organic solvent with each other; a step of applying the dispersion liquid to a base material so as to form a coating film; and a step of drying the coating film so as to form a porous film, wherein the modified cellulose fiber includes 0.1 mmol/g or more and 3.0 mmol/g or less of a carboxy group or a metal salt thereof, an amount of water with respect to the total amount of the dispersion liquid is 5% by mass or less, the organic solvent is glycol, glycol monoalkyl ether, glycol alkyl ether acetate, lactone, linear or cyclic ketone, alkane monool, or an aprotic polar solvent, and wherein the Hansen solubility parameters for the organic solvent, when a term of energy by dipolar interaction is represented by δp [unit: (MPa) 0.5] and a term of energy by hydrogen bonding is represented by δh [unit: (MPa) 0.5], a value of (δp 2 +δh 2) 0.5 is 9.0(MPa) 0.5 or more and 40.0(Mpa) 0.5 or less. an amount of water with respect to the total amount of the dispersion liquid is 5% by mass or less, the organic solvent is glycol, glycol monoalkyl ether, glycol alkyl ether acetate, lactone, linear or cyclic ketone, alkane monool, or an aprotic polar solvent, and wherein the Hansen solubility parameters for the organic solvent, when a term of energy by dipolar interaction is represented by δp [unit: (MPa) 0.5] and a term of energy by hydrogen bonding is represented by δh [unit: (MPa) 0.5], a value of (δp 2 +δh 2) 0.5 is 9.0(MPa) 0.5 or more and 40.0(Mpa) 0.5 or less.
Method for assisting in the parking of a vehicle (11, 31) in a vacant parking area (22, 33), wherein the position of at least one vacant parking area (22, 33) is calculated on the basis of a vehicle-to-vehicle and/or a vehicle-to-infrastructure communication from the current position of the vehicle and is conveyed to a navigation apparatus of the vehicle (11, 31), characterized in that a parking process is started by virtue of a radio key of the vehicle (11, 31) being placed onto a smartphone display, so that a lens in the vehicle key captures a flashing code and the radio key returns the flashing codes to the vehicle by radio.
A method of producing coated substrates in which method a) at least one region of a surface of a porous substrate is provided with at least one surface sealing layer; b) at least one aqueous suspension is applied to the at least one surface sealing layer, with the at least one aqueous suspension comprising at least one refractory metal carbide and water; and c) the substrate is subjected to a sintering process after step b), wherein the porous substrate comprises or consists of a material that is selected from the group consisting of graphite, C/SiC fiber composite materials, SiC/SiC fiber composite materials, carbidic ceramics, nitridic ceramics, oxidic ceramics, and mixtures thereof, and wherein the at least one surface sealing layer is selected from the group consisting of pyrolytic carbon layers, silicon layers, zirconium boride layers, tantalum nitride layers, silicon carbide layers, silicon nitride layers, and combinations thereof. a) at least one region of a surface of a porous substrate is provided with at least one surface sealing layer; b) at least one aqueous suspension is applied to the at least one surface sealing layer, with the at least one aqueous suspension comprising at least one refractory metal carbide and water; and c) the substrate is subjected to a sintering process after step b), wherein the porous substrate comprises or consists of a material that is selected from the group consisting of graphite, C/SiC fiber composite materials, SiC/SiC fiber composite materials, carbidic ceramics, nitridic ceramics, oxidic ceramics, and mixtures thereof, and wherein the at least one surface sealing layer is selected from the group consisting of pyrolytic carbon layers, silicon layers, zirconium boride layers, tantalum nitride layers, silicon carbide layers, silicon nitride layers, and combinations thereof.