mhurhangee/ep-ind-claims huggingface dataset:
A modular tester for testing elongated textile test material such as yarn, roving or sliver, wherein the tester comprises a test material path and a turret-like setup with a plurality of functional modules (41 to 45) which are arranged in succession along the test material path for measuring various parameters of the textile test material, characterized in that several functional modules (41 to 45) are directly connected to each other in a gas-conducting manner within the turret-like setup, so that they jointly form a ventilation group, in the interior of which a common interior volume is present, and the ventilation group comprises a central ventilation unit which is formed for the ventilation of all functional modules (41 to 45) of the ventilation group and which contains at least one central fan (61 to 63) for building up an excess air pressure in the common interior volume. a test material path and a turret-like setup with a plurality of functional modules (41 to 45) which are arranged in succession along the test material path for measuring various parameters of the textile test material,
Device for reversible conversion of electrical power into mechanical power comprising an electrical machine, first switching means for connecting a first set of armature windings of said electrical machine to a first electrical network and first control means for driving said first switching means so as to be able to exchange, with said first set of armature windings, a first electrical power controlled by a first setpoint (P 1 *) of positive value to transmit said first electrical power from said first electrical network to said first set of armature windings and of negative value to transmit said first electrical power from said first set of armature windings to said first electrical network, said electrical machine comprises at least one second set of armature windings separated from said first set of armature windings by galvanic insulation, said device for reversible conversion of electrical power into mechanical power comprises second switching means for connecting said second set of armature windings to at least one second electrical network and second control means for driving said second switching means so as to be able to exchange, with said second set of armature windings, a second electrical power controlled by a second setpoint (P 2 *) of positive value to transmit said second electrical power from said second electrical network to said second set of armature windings and of negative value to transmit said second electrical power from said second set of armature windings to said second electrical network, and said second switching means and said second control means are separated from said first switching means and from said first control means by galvanic insulation.
A washing machine comprising: a detergent feeding device to feed detergent, wherein the detergent feeding device includes a detergent housing having an open front side, a detergent receiving case installed to the detergent housing so as to be movable through the open front side of the detergent housing, wherein the detergent receiving case includes at least one support roller supported in a rolling manner and an auxiliary support member (65, 65') located forward of the support roller, characterized in that said detergent feeding device further includes a water supply guide unit placed on top ot the detergent housing to guide water into the detergent receiving case inserted into the detergent housing, wherein said at least one support roller is supported on a lower surface of the water supply guide unit and the auxiliary support member (65, 65') is supported in contact with the bottom surface of the detergent housing as the detergent receiving case is withdrawn from the detergent housing. a detergent feeding device to feed detergent, wherein the detergent feeding device includes a detergent housing having an open front side, a detergent receiving case installed to the detergent housing so as to be movable through the open front side of the detergent housing, wherein the detergent receiving case includes at least one support roller supported in a rolling manner and an auxiliary support member (65, 65') located forward of the support roller, characterized in that said detergent feeding device further includes a water supply guide unit placed on top ot the detergent housing to guide water into the detergent receiving case inserted into the detergent housing, wherein said at least one support roller is supported on a lower surface of the water supply guide unit and the auxiliary support member (65, 65') is supported in contact with the bottom surface of the detergent housing as the detergent receiving case is withdrawn from the detergent housing.
A curable adhesive comprising a grafted phenoxy resin, an organic carbonate, and a solvent, wherein the grafted phenoxy resin comprises a carboxylic acid functionality and an acrylate-derived ester functionality.
The use of a 18K, 14K, 10K or 9K yellow or red or white gold powder alloy for manufacturing layer by layer jewellery items by selective laser melting that includes a step of melting of each layer of gold alloy by at least one laser beam, the powder alloy consisting of: 37,5% to 38,5% by weight or 41,7% to 42,5% by weight or 58,5% to 59,5% by weight or 75% to 76% by weight of gold (Au); X % to Y % by weight of a first element; X' % to Y' % by weight of a second element; 0,01% to 3% by weight of at least one metalloid; and the usual impurities; wherein the weight percentages are percentages by weight with respect to the total weight of the alloy; wherein the at least one metalloid is selected among the group consisting of: germanium (Ge), silicon (Si), boron, tellurium (Te), phosphorus or selenium (Se) or a mixture of two or more thereof; wherein the alloy is free of gallium (Ga), platinum (Pt) and tin (Sn); and wherein: - if the alloy is a yellow or red gold alloy: X is 10, Y is 55, the first element is copper (Cu); X' is 2, Y' is 15, the second element is silver (Ag); and the yellow or red gold alloy is free of palladium (Pd); - if the alloy is a white gold alloy: X is 10, Y is 50, the first element is palladium (Pd); X' is 10, Y' is 50, the second element is silver (Ag); wherein palladium (Pd) and silver (Ag) are in a weight ratio of 0,75:1 to 1:0,75; or X is 5, Y is 35, the first element is nickel (Ni); X' is 15, Y' is 50, the second element is copper (Cu); wherein nickel (Ni) and copper (Cu) are in a weight ratio of 1:2 to 1:3. 37,5% to 38,5% by weight or 41,7% to 42,5% by weight or 58,5% to 59,5% by weight or 75% to 76% by weight of gold (Au); X % to Y % by weight of a first element; X' % to Y' % by weight of a second element; 0,01% to 3% by weight of at least one metalloid; - if the alloy is a yellow or red gold alloy: X is 10, Y is 55, the first element is copper (Cu); X' is 2, Y' is 15, the second element is silver (Ag); and the yellow or red gold alloy is free of palladium (Pd); X is 10, Y is 55, the first element is copper (Cu); X' is 2, Y' is 15, the second element is silver (Ag); - if the alloy is a white gold alloy: X is 10, Y is 50, the first element is palladium (Pd); X' is 10, Y' is 50, the second element is silver (Ag); wherein palladium (Pd) and silver (Ag) are in a weight ratio of 0,75:1 to 1:0,75; or X is 5, Y is 35, the first element is nickel (Ni); X' is 15, Y' is 50, the second element is copper (Cu); wherein nickel (Ni) and copper (Cu) are in a weight ratio of 1:2 to 1:3. X is 10, Y is 50, the first element is palladium (Pd); X' is 10, Y' is 50, the second element is silver (Ag); X is 5, Y is 35, the first element is nickel (Ni); X' is 15, Y' is 50, the second element is copper (Cu);
An apparatus for controlling an inverter, comprising: a volatile, first storage part; a nonvolatile, second storage part; and a control part configured to store data related to a status of the inverter in the first storage part when the inverter is driven and configured to select some of the data stored in the first storage part when a failure event occurs and store the selected data in the second storage part depending on the type of the failure event; characterized by a third storage part configured to store the type of data related to the inverter status to be stored in the second storage part depending on the type of the failure event a volatile, first storage part; a nonvolatile, second storage part; and a control part configured to store data related to a status of the inverter in the first storage part when the inverter is driven and configured to select some of the data stored in the first storage part when a failure event occurs and store the selected data in the second storage part depending on the type of the failure event; characterized by a third storage part configured to store the type of data related to the inverter status to be stored in the second storage part depending on the type of the failure event
Method for fabrication of a timepiece component comprising the following steps: - forming a first part made from metal and a second part made from silicon or ceramic; - mounting an intermediate part on a shoulder of the first part; - mounting a first surface of the second part on a surface of the intermediate part and a second surface of the second part on a surface of the first part; - welding, by laser electromagnetic radiation, the surface of the second part mounted on the surface of the intermediate part, in order to secure them to each other and to form the timepiece component. - forming a first part made from metal and a second part made from silicon or ceramic; - mounting an intermediate part on a shoulder of the first part; - mounting a first surface of the second part on a surface of the intermediate part and a second surface of the second part on a surface of the first part; - welding, by laser electromagnetic radiation, the surface of the second part mounted on the surface of the intermediate part, in order to secure them to each other and to form the timepiece component.
A method of checking the maximum available power of a turbine engine (11, 12) of an aircraft equipped with two turbine engines (11, 12) configured to operate in parallel and together to supply the aircraft with the necessary power (P 1+2) during a flight phase, said method being characterised in that it comprises the following steps: - placing a first of the turbine engines (11, 12) in an engine speed substantially equal to an engine speed at maximum take-off power, and - adjusting a power supplied (P 2, P 1) by a second of the turbine engines (12, 11), so that the turbine engines (11, 12) keep supplying the aircraft with the necessary power (P 1+2) during the flight phase, - determining a power supplied (P 1, P 2) by the turbine engine (11, 12) placed in engine speed at maximum take-off power, and - processing the thus determined supplied power (P 1, P 2) in order to deduce an information related to the maximum available power. - placing a first of the turbine engines (11, 12) in an engine speed substantially equal to an engine speed at maximum take-off power, and - adjusting a power supplied (P 2, P 1) by a second of the turbine engines (12, 11), so that the turbine engines (11, 12) keep supplying the aircraft with the necessary power (P 1+2) during the flight phase, - determining a power supplied (P 1, P 2) by the turbine engine (11, 12) placed in engine speed at maximum take-off power, and - processing the thus determined supplied power (P 1, P 2) in order to deduce an information related to the maximum available power.
A microporous film comprising a polymeric composition and a filler, wherein the film has an average water vapor transmission rate of at least about 16,000 grams H 2 O/24-hour/m 2, a hydrostatic head pressure of at least about 300 mbar, and a basis weight of from about 5 gsm to about 50 gsm.
A device (100; 600; 700; 7000) comprising: a. a frame (110; 610; 710; 7010) configured to couple removably with an apparatus in an attached configuration; and b. an adhesive film having a first portion coupled with the frame and a second portion distal from the first portion, the adhesive film configured to adhere to a target surface of the apparatus, characterized in that in the attached configuration when the adhesive film is taut and the second portion is abutting the target surface of the apparatus, the first portion is being held a distance away from the surface of the apparatus and the second portion registers in a predetermined manner with the target surface of the apparatus. a. a frame (110; 610; 710; 7010) configured to couple removably with an apparatus in an attached configuration; and b. an adhesive film having a first portion coupled with the frame and a second portion distal from the first portion, the adhesive film configured to adhere to a target surface of the apparatus, characterized in that
Apparatus for sensing in-sole force in footwear comprising: a lower layer, an upper layer, a plurality of force sensors arranged in zones, a flexible electronic circuit that connects said force sensors, and a power and handling unit connected to the electronic circuit, said power and handling unit receiving raw signals from said sensors wherein the lower layer is integral or in contact with the sole of the footwear and the upper layer is in contact with the foot, characterized in that said force sensors comprise at least two different types of force sensor, type A and type B, wherein type A and type B force sensors differ in the following ways: type A has a higher range of force than type B, type A has a greater accuracy than type B, or type A has a faster response rate than type B.
A method for producing silver nano-particles comprising: preparing an amine mixture liquid comprising: an aliphatic hydrocarbon monoamine A comprising an aliphatic hydrocarbon group and one amino group, said aliphatic hydrocarbon group having 6 or more carbon atoms in total; a saturated aliphatic hydrocarbon monoamine B comprising an aliphatic hydrocarbon group and one amino group, said aliphatic hydrocarbon group having 2 to 5 carbon atoms in total, wherein the aliphatic hydrocarbon monoamine A and the saturated aliphatic hydrocarbon monoamine B do not have, on said hydrocarbon group, a heteroatom; and an aliphatic hydrocarbon diamine C comprising an aliphatic hydrocarbon group and two amino groups, said aliphatic hydrocarbon group having 8 or less carbon atoms in total; mixing a silver compound and the amine mixture liquid to form a complex compound comprising the silver compound and the amines; and thermally decomposing the complex compound by heating to form silver nano-particles. an aliphatic hydrocarbon monoamine A comprising an aliphatic hydrocarbon group and one amino group, said aliphatic hydrocarbon group having 6 or more carbon atoms in total; a saturated aliphatic hydrocarbon monoamine B comprising an aliphatic hydrocarbon group and one amino group, said aliphatic hydrocarbon group having 2 to 5 carbon atoms in total, wherein the aliphatic hydrocarbon monoamine A and the saturated aliphatic hydrocarbon monoamine B do not have, on said hydrocarbon group, a heteroatom; and an aliphatic hydrocarbon diamine C comprising an aliphatic hydrocarbon group and two amino groups, said aliphatic hydrocarbon group having 8 or less carbon atoms in total; mixing a silver compound and the amine mixture liquid to form a complex compound comprising the silver compound and the amines; and thermally decomposing the complex compound by heating to form silver nano-particles.
A container carrier for unitizing a plurality of containers comprising: a plurality of flexible bands that form an array of container receiving apertures, the array arranged in longitudinal rows and transverse ranks; and a first plurality of registration apertures aligned on each longitudinal row of the container carrier adj acent to, and outside of, the array of container receiving apertures, characterized in that a second plurality of registration apertures extends between longitudinal rows of the array of container receiving apertures. a plurality of flexible bands that form an array of container receiving apertures, the array arranged in longitudinal rows and transverse ranks; and a first plurality of registration apertures aligned on each longitudinal row of the container carrier adj acent to, and outside of, the array of container receiving apertures, characterized in that a second plurality of registration apertures extends between longitudinal rows of the array of container receiving apertures.
Composition, especially comprising a physiologically acceptable medium, especially for coating keratin materials, more particularly for making up and/or caring for keratin materials such as the skin, containing at least: a) an oily continuous phase, and b) at least one mixture of liquid organic UV-screening agents comprising: (i) at least one UV-screening agent of the β,β-diphenylacrylate type, and (ii) at least one UV-screening agent of the salicylate type; and c) at least one non-cyclic volatile silicone oil; and d) at least one pigment; the said composition being: i) an anhydrous composition comprising a single oily phase, or ii) a water-in-oil emulsion. a) an oily continuous phase, and b) at least one mixture of liquid organic UV-screening agents comprising: (i) at least one UV-screening agent of the β,β-diphenylacrylate type, and (ii) at least one UV-screening agent of the salicylate type; and (i) at least one UV-screening agent of the β,β-diphenylacrylate type, and (ii) at least one UV-screening agent of the salicylate type; and c) at least one non-cyclic volatile silicone oil; and d) at least one pigment; the said composition being: i) an anhydrous composition comprising a single oily phase, or ii) a water-in-oil emulsion. i) an anhydrous composition comprising a single oily phase, or ii) a water-in-oil emulsion.
A wireless communication device comprising: a radiation conductor base material including a radiation conductor (14a, 14b) and having a principal surface on which at least a portion of the radiation conductor (14a, 14b) is formed; a radio frequency integrated circuit, RFIC, element having a principal surface on which a terminal electrode (16a, 16b) is formed; and a seal (18, 181), characterized in that the seal (18, 181) has an adhesive surface on a flexible seal base material (18a, 181b), the adhesive surface being of a size larger than that of the principal surface of the RFIC element, the RFIC element is disposed on the principal surface of the radiation conductor base material such that the terminal electrode (16a, 16b) directly and slidably or indirectly and slidably contacts with the portion of the radiation conductor (14a, 14b), and the seal (18, 181) is affixed with the adhesive surface to the radiation conductor base material to cover at least a portion of the RFIC element so as to fix the RFIC element to the radiation conductor base material. a radiation conductor base material including a radiation conductor (14a, 14b) and having a principal surface on which at least a portion of the radiation conductor (14a, 14b) is formed; a radio frequency integrated circuit, RFIC, element having a principal surface on which a terminal electrode (16a, 16b) is formed; and a seal (18, 181), characterized in that the seal (18, 181) has an adhesive surface on a flexible seal base material (18a, 181b), the adhesive surface being of a size larger than that of the principal surface of the RFIC element, the RFIC element is disposed on the principal surface of the radiation conductor base material such that the terminal electrode (16a, 16b) directly and slidably or indirectly and slidably contacts with the portion of the radiation conductor (14a, 14b), and the seal (18, 181) is affixed with the adhesive surface to the radiation conductor base material to cover at least a portion of the RFIC element so as to fix the RFIC element to the radiation conductor base material.
A refrigerator comprising: a heat-insulated storage compartment; an atomization unit configured to spray a mist into said storage compartment; an atomization state determination unit configured to determine an atomization state of said atomization unit, by determining that said atomization unit performs proper spray when a signal detected by said atomization state determination unit is in a specified range determined in advance, and determining that said atomization unit does not perform proper spray when the detected signal is not in the specified range; a determination timing setting unit configured to set a timing at which said atomization state determination unit operates; and a control unit, wherein said atomization unit is configured to finely divide water adhering to said atomization unit and spray the finely divided water into said storage compartment as the mist, said atomization state determination unit is configured to determine the atomization state of said atomization unit according to a signal from said determination timing setting unit, and said control unit is configured to control an operation of said atomization unit according to a result of the determination by said atomization state determination unit. a heat-insulated storage compartment; an atomization unit configured to spray a mist into said storage compartment; an atomization state determination unit configured to determine an atomization state of said atomization unit, by determining that said atomization unit performs proper spray when a signal detected by said atomization state determination unit is in a specified range determined in advance, and determining that said atomization unit does not perform proper spray when the detected signal is not in the specified range; a determination timing setting unit configured to set a timing at which said atomization state determination unit operates; and a control unit, wherein said atomization unit is configured to finely divide water adhering to said atomization unit and spray the finely divided water into said storage compartment as the mist, said atomization state determination unit is configured to determine the atomization state of said atomization unit according to a signal from said determination timing setting unit, and said control unit is configured to control an operation of said atomization unit according to a result of the determination by said atomization state determination unit.
Housing element water tank, having a housing element, having a flushing-water tank and having a water-intake path, wherein the flushing-water tank is mounted on the housing element, wherein the water-intake path branches into two outflow branches, wherein one outflow branch is provided for supply of water to the flushing-water tank and the other outflow branch is provided for supply of water to a washing component, wherein a filter insert is arranged in the other outflow branch and is mounted in the housing element, wherein the housing element water tank comprises a three-way branching means, wherein the water-intake path branches into the two outflow branches by way of the three-way branching means, wherein the housing element water tank comprises a filter-insert sleeve which is fastened to the housing element, wherein the three-way branching means is connected to one end of the filter-insert sleeve, wherein the filter insert is inserted, and can be removed, through the other end of the filter-insert sleeve, characterized in that an openable window is provided at one side of the housing element, said window being situated directly opposite the other end of the filter-insert sleeve, wherein the filter insert can be mounted and dismounted after the window has been opened.