mhurhangee/ep-ind-claims huggingface dataset:
A Method for producing an analytical consumable, wherein the analytical consumable comprises at least one carrier and at least one analytical auxiliary means that is connected to the carrier, wherein at least one optically sensitive material is applied to the carrier, wherein the optically sensitive material is configured to carry out at least one optically detectable change when an electromagnetic radiation acts thereon, wherein at least one functional information item about the analytical consumable is introduced into the optically sensitive material by means of electromagnetic radiation in at least one encoding step, wherein the functional information item is configured to facilitate a correct use of the analytical consumable for at least one analytical device, wherein the functional information item is an information item that relates to an interaction between the analytical consumable and the analytical device, wherein the term functional information item does not comprise information items about a defectiveness of the analytical consumable.
A control method for a refrigerator, comprising: acquiring a wake-up instruction for an illuminating lamp of the refrigerator; determining whether the wake-up instruction is a storage environment checking command received by the refrigerator; acquiring, if YES, state parameters inside the refrigerator; and adjusting a light state of the illuminating lamp according to the state parameters, wherein the state parameters comprise temperature, humidity and gas composition; characterized in that the step of adjusting a light state of the illuminating lamp according to the state parameters comprises: determining a hue, brightness, and saturation of a light color according to temperature, humidity, and gas composition in the refrigerator respectively, and driving the illuminating lamp to emit light according to the hue, the brightness, and the saturation. acquiring a wake-up instruction for an illuminating lamp of the refrigerator; determining whether the wake-up instruction is a storage environment checking command received by the refrigerator; acquiring, if YES, state parameters inside the refrigerator; and adjusting a light state of the illuminating lamp according to the state parameters, wherein the state parameters comprise temperature, humidity and gas composition; characterized in that the step of adjusting a light state of the illuminating lamp according to the state parameters comprises: determining a hue, brightness, and saturation of a light color according to temperature, humidity, and gas composition in the refrigerator respectively, and driving the illuminating lamp to emit light according to the hue, the brightness, and the saturation.
A multilayer negative electrode comprising a negative electrode current collector configured to transfer electrons between an outer lead and a negative electrode active material; a first negative electrode mixture layer formed on one surface or both surfaces of the current collector and containing natural graphite as a negative electrode active material; and a second negative electrode mixture layer formed on the first negative electrode mixture layer and containing artificial graphite as a negative electrode active material, wherein the first negative electrode mixture layer further contains artificial graphite, and an amount of the contained natural graphite is from 15 to 75%, by weight based on the total weight of the first negative electrode mixture layer. a first negative electrode mixture layer formed on one surface or both surfaces of the current collector and containing natural graphite as a negative electrode active material; and a second negative electrode mixture layer formed on the first negative electrode mixture layer and containing artificial graphite as a negative electrode active material, wherein the first negative electrode mixture layer further contains artificial graphite, and an amount of the contained natural graphite is from 15 to 75%, by weight based on the total weight of the first negative electrode mixture layer.
A method of preparing a potato-based food product, the method comprising: cutting potatoes into slices having first and second major surfaces, the first surface having a plurality of ridges and grooves extending in a first direction, and the second surface having a plurality of ridges and grooves extending in a direction transverse to the first direction, the potato slices having an interior surrounded by an exterior surface, each point in the interior being no more than a predetermined distance from a point on the exterior surface; blanching the potato slices; dipping the blanched potato slices in a solution to prevent nonenzymic oxidation of the potato slices; drying the potato slices; parfrying the potato slices; and packaging the parfried potato slices; wherein a ratio of the distance between the peak (119, 121) of one ridge (115, 116) and the peak (119, 121) of the next adjacent ridge (115, 116) on the same first or second surface to the depth of the grooves (122, 124) is between 2.90 and 3.36; wherein the predetermined distance is between 1.397 mm 0.055 inches) and 4.445 mm (0.175 inches); and wherein the grooves on the first surface intersect with the grooves on the second surface to define a plurality of openings extending through the slice. cutting potatoes into slices having first and second major surfaces, the first surface having a plurality of ridges and grooves extending in a first direction, and the second surface having a plurality of ridges and grooves extending in a direction transverse to the first direction, the potato slices having an interior surrounded by an exterior surface, each point in the interior being no more than a predetermined distance from a point on the exterior surface; blanching the potato slices; dipping the blanched potato slices in a solution to prevent nonenzymic oxidation of the potato slices; drying the potato slices; parfrying the potato slices; and packaging the parfried potato slices; wherein a ratio of the distance between the peak (119, 121) of one ridge (115, 116) and the peak (119, 121) of the next adjacent ridge (115, 116) on the same first or second surface to the depth of the grooves (122, 124) is between 2.90 and 3.36; wherein the predetermined distance is between 1.397 mm 0.055 inches) and 4.445 mm (0.175 inches); and wherein the grooves on the first surface intersect with the grooves on the second surface to define a plurality of openings extending through the slice.
Communication device containing - a device, which is in the form of a movement module (31; 41), for mechanically generating a rotational movement, wherein the movement module (31; 41) is provided with a drive rod and a pushbutton for generating a linear movement of the drive rod and also with at least one gear wheel which acts on the drive rod and, in the event of a linear movement of the drive rod, is set in rotational motion, - a converter module (32; 42) which is connected to the movement module (31; 41), wherein the converter module (32; 42) converts the rotational movement which is generated in the movement module (31; 41) into electrical energy, - an energy management module (34; 47), which is connected to the converter module (32; 42), for providing electrical energy in line with prespecified boundary conditions based on the electrical energy which is provided by the converter module (32; 42), and - a transmission module (35; 48) for transmitting information, characterized in that either the drive rod, at least in sections, is in the form of a worm shaft and the gear wheel is in the form of a worm gear or the drive rod, at least in sections, is provided with a screw thread and the gear wheel has a spur toothing system. - a device, which is in the form of a movement module (31; 41), for mechanically generating a rotational movement, wherein the movement module (31; 41) is provided with a drive rod and a pushbutton for generating a linear movement of the drive rod and also with at least one gear wheel which acts on the drive rod and, in the event of a linear movement of the drive rod, is set in rotational motion, - a converter module (32; 42) which is connected to the movement module (31; 41), wherein the converter module (32; 42) converts the rotational movement which is generated in the movement module (31; 41) into electrical energy, - an energy management module (34; 47), which is connected to the converter module (32; 42), for providing electrical energy in line with prespecified boundary conditions based on the electrical energy which is provided by the converter module (32; 42), and - a transmission module (35; 48) for transmitting information, characterized in that either the drive rod, at least in sections, is in the form of a worm shaft and the gear wheel is in the form of a worm gear or the drive rod, at least in sections, is provided with a screw thread and the gear wheel has a spur toothing system.
A pain-management system comprising: a cylindrical control unit having a set of grounding terminals arranged to contact a rear surface of a patient's ear, and configured to provide a treatment signal, and a treatment unit comprising a plurality of treatment applicators that can be located at selected locations on a front surface of the patient's ear and a wire harness for interconnecting the control unit and the plurality of treatment applicators to allow the treatment signal to be transmitted to the patient at the selected locations, characterised by: a control-unit mount coupled to the control unit and configured to removably attach the control unit to an ear of the patient so that a therapeutic treatment signal may be provided to the patient in response to communication of the treatment signal from the control unit through the treatment applicators of the treatment unit and to the ear, wherein the control-unit mount includes a mount bracket coupled to the control unit and arranged to extend away from the control unit in a radial direction with respect to the cylindrical control unit, and a mount arm appended to the mount bracket and comprising a retention end, wherein the mount arm is arranged to extend away in a tangential direction with respect to the cylindrical control unit, from the mount bracket and curve around the control unit. and wherein, when the control unit is mounted on the patient's ear, the grounding terminals engage and touch the rear surface of the patient's ear, and the retention end engages and mates with a front surface of the patient's ear. a cylindrical control unit having a set of grounding terminals arranged to contact a rear surface of a patient's ear, and configured to provide a treatment signal, and a treatment unit comprising a plurality of treatment applicators that can be located at selected locations on a front surface of the patient's ear and a wire harness for interconnecting the control unit and the plurality of treatment applicators to allow the treatment signal to be transmitted to the patient at the selected locations, characterised by: a control-unit mount coupled to the control unit and configured to removably attach the control unit to an ear of the patient so that a therapeutic treatment signal may be provided to the patient in response to communication of the treatment signal from the control unit through the treatment applicators of the treatment unit and to the ear, wherein the control-unit mount includes a mount bracket coupled to the control unit and arranged to extend away from the control unit in a radial direction with respect to the cylindrical control unit, and a mount arm appended to the mount bracket and comprising a retention end, wherein the mount arm is arranged to extend away in a tangential direction with respect to the cylindrical control unit, from the mount bracket and curve around the control unit. and wherein, when the control unit is mounted on the patient's ear, the grounding terminals engage and touch the rear surface of the patient's ear, and the retention end engages and mates with a front surface of the patient's ear.
A sole structure for an article of footwear having an upper, the sole structure comprising: a fluid-filled chamber including a first barrier layer, a second barrier layer secured to the first barrier layer to define an interior void between the first barrier layer and the second barrier layer, a foam structure disposed within the interior void, the foam structure including a first concave surface opposing the upper, and a tensile member disposed within the interior void between the foam structure and one of the first barrier layer and the second barrier layer, the tensile member including a plurality of fibers extending in a first direction between the first barrier layer and the second barrier layer, wherein the fluid-filled chamber and the foam structure extend from a forefoot region of the sole structure to a heel region of the sole structure. a fluid-filled chamber including a first barrier layer, a second barrier layer secured to the first barrier layer to define an interior void between the first barrier layer and the second barrier layer, a foam structure disposed within the interior void, the foam structure including a first concave surface opposing the upper, and a tensile member disposed within the interior void between the foam structure and one of the first barrier layer and the second barrier layer, the tensile member including a plurality of fibers extending in a first direction between the first barrier layer and the second barrier layer, wherein the fluid-filled chamber and the foam structure extend from a forefoot region of the sole structure to a heel region of the sole structure.
Seating device comprising at least one seating element and at least one back element being arranged angled thereto, wherein the back element is releasably mounted to the seating element by at least one connecting element (30, 50, 60) and the seating element comprises at least one recess (12, 13, 14) being provided for receiving a part of the connecting element (30, 50, 60), wherein the recess (12, 13, 14) comprises at least one region (12.1, 13.1, 14.1) extending in the vertical plane through at least one part of the seating element, characterized in that the recess (12, 13, 14) comprises two regions (12.1, 12.2, 13.1, 13.2, 14.1, 14.2), one of which extending in the vertical plane and the other one in the horizontal plane through at least one part of the seating element, wherein the connecting element (30, 50, 60) is tool-free fixed in the seating element.
Vibrating system for corporeal proprioceptive stimulation, comprising an electronic control unit and support elements (12, 13, 14, 15, 16, 17) for supporting the user's body, the support elements being separated support elements which are positioned so as to support separately nuchal zone, dorsal zone, buttocks zone, hand zone, popliteal zone and heel zone, so as to keep the body supported only in these zones and in a semi-supine position, each support element of the dorsal zone, buttocks zone, hand zone, popliteal zone and heel zone being provided with a vibrating unit (25, 26, 40, 50, 60, 70) configured to have controlled frequency and amplitude of vibrations of the supports for transmitting to the body a controlled vibration upon emission of a programmed command from the electronic control unit, the controlled frequency of vibrations being between 15 and 150 Hz and the controlled amplitude of vibrations being between 1 and 4 mm.
A widget displaying method for use in a flexible display device, the flexible display device comprising a flexible display screen, the method comprising: acquiring pressure bearing capacity information of the flexible display device, the pressure bearing capacity information indicating pressure bearing capacities of different areas on the flexible display device; determining a force bearing area on the flexible display screen, based on the pressure bearing capacity information; and displaying a touchable widget on the force bearing area, wherein: the pressure bearing capacities are related to rigidnesses of different areas on the flexible display device, the method characterized in that the pressure bearing capacity information includes rigidnesses and distributed areas of physical components within the flexible display device, and wherein determining the force bearing area on the flexible display screen based on the pressure bearing capacity information comprises: acquiring at least one candidate area on the flexible display screen, based on the pressure bearing capacity information, wherein at each candidate area there is a respective physical component whose rigidness is higher than a first rigidness threshold; and determining the force bearing area based on the at least one candidate area. acquiring pressure bearing capacity information of the flexible display device, the pressure bearing capacity information indicating pressure bearing capacities of different areas on the flexible display device; determining a force bearing area on the flexible display screen, based on the pressure bearing capacity information; and displaying a touchable widget on the force bearing area, wherein: the pressure bearing capacities are related to rigidnesses of different areas on the flexible display device, the method characterized in that the pressure bearing capacity information includes rigidnesses and distributed areas of physical components within the flexible display device, and wherein determining the force bearing area on the flexible display screen based on the pressure bearing capacity information comprises: acquiring at least one candidate area on the flexible display screen, based on the pressure bearing capacity information, wherein at each candidate area there is a respective physical component whose rigidness is higher than a first rigidness threshold; and determining the force bearing area based on the at least one candidate area. acquiring at least one candidate area on the flexible display screen, based on the pressure bearing capacity information, wherein at each candidate area there is a respective physical component whose rigidness is higher than a first rigidness threshold; and determining the force bearing area based on the at least one candidate area.
Cement-containing dry composition for forming a coating, in particular a plaster layer or floor coating, on a building wall or ceiling, wherein the composition comprises at least one additive and organic and/or inorganic fillers, wherein the proportion of the fillers is 30-90% by weight, preferably 50-85% by weight and particularly preferably 60-80% by weight, based on the total dry weight of the starting materials, wherein the composition comprises Portland cement and alumina cement as a binding agent and at least one sulfate or a sulfate carrier, wherein the weight ratio of the three components of alumina cement, Portland cement and sulfate or sulfate carrier among each other is 10:2:1 to 10:50:20, and wherein the pH value of the composition is < 12, preferably < 11, further preferably < 10.
A UV-curable ink or coating composition comprising greater than 20% (w/w) of a vinyl ether containing monomer and/or oligomer, greater than 25% (w/w) of an acrylate monomer and/or oligomer, and a cationic photoinitiator, wherein said acrylate monomer and/or oligomer is multifunctional.
An arrangement comprising: plural electric battery cell modules, each of the plural electric battery cell modules comprising at least one electric battery cell and a module antenna, characterised in that the arrangement further comprises: an elongated transmission line operative as an antenna, the module antennas spaced apart along the elongated transmission line; and the arrangement providing near field radio wave coupling of data between each of the plural electric battery cell modules and the elongated transmission line, said near field radio wave coupling being by way of the module antenna of each of the plural electric battery cell modules. an elongated transmission line operative as an antenna, the module antennas spaced apart along the elongated transmission line; and the arrangement providing near field radio wave coupling of data between each of the plural electric battery cell modules and the elongated transmission line, said near field radio wave coupling being by way of the module antenna of each of the plural electric battery cell modules.
An electric oil pump that includes: an oil pump; an electric motor that shares a rotary shaft with the oil pump, wherein a housing of the oil pump and a stator of the electric motor are fastened to each other with a screw via a resin member arranged between the oil pump and the electric motor, a coil wound at a stator core of the electric motor and a wire connection member connected to the coil being integrally molded to the resin member, characterized in that, a retaining member that restricts fastening force between the housing of the oil pump and the stator of the electric motor is inserted in a through-hole formed in the resin member, wherein the retaining member has an axial length that is longer than the through-hole formed in the resin member. an oil pump; an electric motor that shares a rotary shaft with the oil pump, wherein a housing of the oil pump and a stator of the electric motor are fastened to each other with a screw via a resin member arranged between the oil pump and the electric motor, a coil wound at a stator core of the electric motor and a wire connection member connected to the coil being integrally molded to the resin member, characterized in that, a retaining member that restricts fastening force between the housing of the oil pump and the stator of the electric motor is inserted in a through-hole formed in the resin member, wherein the retaining member has an axial length that is longer than the through-hole formed in the resin member.