mhurhangee/ep-ind-claims huggingface dataset:
A charging circuit for an energy storage of a portable electrical device, comprising a first resonance switching circuit, with - a first receiver coil for receiving an alternating magnetic field which induces an electrical voltage in the first receiver coil, and - at least one further electrical component (63, 64), which is connected to at least one terminal of the first receiver coil, wherein the first receiver coil and the at least one further electrical component (63, 64) with their impedances determine a resonance frequency of the first resonance switching circuit, wherein the charging circuit comprises at least one second resonance switching circuit (71, 81), with - a second receiver coil (72, 82) for receiving an alternating magnetic field, which induces an electrical voltage in the second receiver coil (72, 82), and - at least one further electrical component (73, 74), which is connected to at least one terminal of the second receiver coil (72, 82), wherein the second receiver coil (72, 82) and the at least one further electrical component (73, 74) with their impedances determine a resonance frequency (f1, fn) of the second resonance switching circuit (71, 81), wherein the resonance frequency of the second resonance switching circuit (71, 81) is an integer multiple of the resonance frequency of the first resonance switching circuit, characterised in that the receiver coils (62, 72, 82) of the resonance switching circuits (61, 71, 81) are arranged in such a way that, during operation of the charging circuit, they are permeated by the same magnetic field lines of the alternating magnetic field. - a first receiver coil for receiving an alternating magnetic field which induces an electrical voltage in the first receiver coil, and - at least one further electrical component (63, 64), which is connected to at least one terminal of the first receiver coil, wherein the first receiver coil and the at least one further electrical component (63, 64) with their impedances determine a resonance frequency of the first resonance switching circuit, wherein the charging circuit comprises at least one second resonance switching circuit (71, 81), with - a second receiver coil (72, 82) for receiving an alternating magnetic field, which induces an electrical voltage in the second receiver coil (72, 82), and - at least one further electrical component (73, 74), which is connected to at least one terminal of the second receiver coil (72, 82),
A sachet for a granulate or powder or liquid product, which is surrounded by a bag-like filter part, particularly for a tea bag or coffee bag, wherein the sachet [sic] comprises a lower part and an upper part which are at least to a large extent dimensionally stable and resistant to fluids, wherein the sachet surrounds at least partially the filter part in a folded state, and wherein the filter part is located in the lower part of the sachet, which forms a spoon-like stirring element, and wherein the upper part in the unfolded state has the shape of a stem-like extension of the spoon-shaped part formed in the lower part, characterised in that the upper part, which can be folded out, is provided with lateral upturned parts (10, 11), which, in the unfolded state of the upper part, may be folded out from the centre part of the upper part.
An antiperspirant composition comprising: (i) lecithin; (ii) a non-ionic surfactant having a HLB value lower than 4.7 or higher than 8.6; (iii) at least one organic compound selected from fatty acid having 10-22 carbons, and fatty alcohol which is selected from oleyl alcohol, isostearyl alcohol, lanolin alcohol, heptanol, octanol, decanol, and nonanol; and (iv) a cosmetically acceptable carrier; wherein said composition comprises less than 30 wt% of water; wherein said composition comprises at least 3 wt% of said lecithin by weight of the composition. (i) lecithin; (ii) a non-ionic surfactant having a HLB value lower than 4.7 or higher than 8.6; (iii) at least one organic compound selected from fatty acid having 10-22 carbons, and fatty alcohol which is selected from oleyl alcohol, isostearyl alcohol, lanolin alcohol, heptanol, octanol, decanol, and nonanol; and (iv) a cosmetically acceptable carrier;
A lens assembly for directing the light emitted by a light source, having a first and a second lens (L 1, L 2) for the total internal reflection of light, wherein the lenses (L 1, L 2) in each case have: • a coupling region for the coupling of light into the lens (L 1; L 2), • first and second reflection surfaces (2, 3) for the internal reflection at least of a part of the light coupled via the coupling region, wherein the first reflection surfaces differ from the second reflection surfaces, and • a decoupling region for the decoupling of the light coupled into the lens (L 1; L 2) via the coupling region, wherein the lenses (L 1, L 2) are arranged in such a manner that their decoupling regions 4) lie opposite one another and the lenses (L 1, L 2) are arranged rotated relative to one another with respect to a main emission direction in such a manner that light, which is coupled via the coupling region of the first lens (L 1) into the latter and is decoupled from the first lens (L 1) via its decoupling region, is coupled into the second lens (L 2) via its decoupling region and is decoupled in a directed manner at least partially from its coupling region and at least one of the first and second reflection surfaces (2, 3) of the second lens (L 2). • a coupling region for the coupling of light into the lens (L 1; L 2), • first and second reflection surfaces (2, 3) for the internal reflection at least of a part of the light coupled via the coupling region, wherein the first reflection surfaces differ from the second reflection surfaces, and • a decoupling region for the decoupling of the light coupled into the lens (L 1; L 2) via the coupling region,
A system that facilitates driverless printing, comprising: a discovery component configured to identify accessible printers and to facilitate selection of an accessible printer, wherein a user selects one of the identified printers, and wherein the discovery component is also configured to obtain capability information from the selected printer; a transport component configured to transport data to the selected printer; and a page-description-language component configured to generate printer data for the selected printer; wherein the capability information obtained from the selected printer enables the system to generate the printer data for the selected printer without the system needing to maintain printer-specific software or printer-specific configuration information for the selected printer; characterised by: the capability information including identification of a preferred document format, from a plurality of document formats supported by the selected printer, wherein the preferred documents format comprises a format that is more efficiently printed by the selected printer than another of the selected printer's supported document formats; and the printer data being generated in the preferred document format. a discovery component configured to identify accessible printers and to facilitate selection of an accessible printer, wherein a user selects one of the identified printers, and wherein the discovery component is also configured to obtain capability information from the selected printer; a transport component configured to transport data to the selected printer; and a page-description-language component configured to generate printer data for the selected printer; wherein the capability information obtained from the selected printer enables the system to generate the printer data for the selected printer without the system needing to maintain printer-specific software or printer-specific configuration information for the selected printer; the capability information including identification of a preferred document format, from a plurality of document formats supported by the selected printer, wherein the preferred documents format comprises a format that is more efficiently printed by the selected printer than another of the selected printer's supported document formats; and the printer data being generated in the preferred document format.
A method for distinguishing breast cancer from interstitial pneumonia characterized by analyzing mucin 1 having Siaα2-8Siaα2-3Galβ-R, wherein the method comprises the step of bringing a first probe specifically binding to a mucin 1 having Siaα2-8Siaα2-3Galp-R into contact with a sample to be tested.
Connection joint for cables for a cable stringing plant, wherein the connection joint comprises at least one first tubular element to which a first segment of a flexible member is attached and positioned rotatable, at least with respect to a longitudinal axis of the joint, inside a second tubular element open at a first end and closed at the other end by a bottom wall, said bottom wall comprising at least one hole from which a second segment of said flexible member emerges, said second segment being attached to a portion of a third tubular element, said second and third tubular elements (23, 31) being provided on opposite ends with a corresponding hole (29, 35) directed substantially in a longitudinal direction and able to house a respective segment of cable (11a, 11b) to be laid, a bushing is housed between said first tubular element and said bottom wall of the second tubular element, said bushing having a surface able to rest on a rounded internal part of the bottom wall of the second tubular element, said surface of said bushing having a rounding corresponding to the rounding of the internal part of the bottom wall.
Device for the manufacture of laminated wood bent elements comprising a working board with fixing holes and a clamps assembly attached to the working board, wherein each clamp comprises a bottom beam to which a retaining plate perpendicular to the bottom beam and a clamping plate perpendicular to the bottom beam are attached, wherein the clamping plate is slidably attached in the clamp, wherein the maximum distance between the retaining plate and the clamping plate is bigger than the width of a laminated wood element, wherein the fixing holes in the working board are regularly spaced, and each clamp comprises at least one base pin rotatably and detachably mounted in the fixing hole of the working board, wherein each fixing hole in the working board contains the assigned number of the horizontal row and the number of the vertical column, whereas the clamp is provided with the upper beam, and the retaining plate is attached in a connector of the bottom beam and the upper beam of the clamp by means of a position adjustment assembly of the retaining plate, characterised in that, the fixing holes in the working board are regularly spaced according to the directions of the Cartesian coordinate system (x, y), in that the clamping plate is slidably attached in the clamp by means of at least one hydraulic cylinder, in that the position adjustment assembly of the retaining plate is two adjustment screws mounted in the connector one above the other, wherein in the position adjustment assembly of the retaining plate, the heads of the adjustment screws are connected together by a transmission chain.
A gear structure for supporting the vertical motion of a pop-up monitor, wherein the gear structure comprises a monitor frame of the pop-up monitor and a rack gear structure which is connected to the monitor frame to enable a vertical motion of the monitor frame, the rack gear structure comprising: an outer gear coupled at a side of the monitor frame to operate integrally with the monitor frame, and enabling the vertical motion of the monitor frame with an ascending or descending motion, and an inner gear received inside the outer gear, wherein the inner gear performs an ascending or descending motion simultaneously with the outer gear, and supports against forward and rearward or right and left shaking, which occurs in the outer gear, by a portion overlapping with the outer gear when the outer gear has ascended to the maximum, and a driving unit which transfers a rotational motion generated by a motor, wherein the outer gear and the inner gear are coupled to the driving unit, wherein the driving unit comprises a spur gear set configured with first and second spur gears (350; 360), and wherein the first spur gear is coupled to the outer gear, and the second spur gear is coupled to the inner gear to provide different linear velocities to the outer gear and the inner gear, wherein the inner gear performs said ascending or descending motion simultaneously with the outer gear, the outer gear having a linear velocity greater than that of the inner gear. an outer gear coupled at a side of the monitor frame to operate integrally with the monitor frame, and enabling the vertical motion of the monitor frame with an ascending or descending motion, and an inner gear received inside the outer gear, wherein the inner gear performs an ascending or descending motion simultaneously with the outer gear, and supports against forward and rearward or right and left shaking, which occurs in the outer gear, by a portion overlapping with the outer gear when the outer gear has ascended to the maximum, and a driving unit which transfers a rotational motion generated by a motor, wherein the outer gear and the inner gear are coupled to the driving unit, wherein the driving unit comprises a spur gear set configured with first and second spur gears (350; 360), and wherein the first spur gear is coupled to the outer gear, and the second spur gear is coupled to the inner gear to provide different linear velocities to the outer gear and the inner gear, wherein the inner gear performs said ascending or descending motion simultaneously with the outer gear, the outer gear having a linear velocity greater than that of the inner gear.
A MnZn ferrite comprising: a basic component consisting essentially of ferric oxide (in terms of Fe 2 O 3): 51.0 to 54.5 mol%, zinc oxide (in terms of ZnO): 8.0 to 11.0 mol%, and manganese oxide (in terms of MnO): balance; a sub component consisting of silicon oxide (in terms of SiO 2): 50 to 400 mass ppm, and calcium oxide (in terms of CaO): 50 to 4000 mass ppm; and unavoidable impurities comprising: phosphorous: less than 3 mass ppm, boron: less than 3 mass ppm, sulfur: less than 5 mass ppm, and chlorine: less than 10 mass ppm, wherein the sub component is added to the basic component, wherein cobalt oxide (in terms of CoO): 50 to 3000 mass ppm and/or one or more components selected from the group consisting of zirconium oxide (in terms of ZrO 2): 0.005 to 0.075 mass%, tantalum oxide (in terms of Ta 2 O 5): 0.005 to 0.075 mass%, hafnium oxide (in terms of HfO 2): 0.005 to 0.075 mass%, niobium oxide (in terms of Nb 2 O 5): 0.005 to 0.075 mass% are/is further optionally added as the sub component, and wherein the ferrite has an incremental permeability μΔ value of 250 or more in a temperature range of 0 to 85°C and 400 or more at a temperature of 65°C when an 80 A/m direct current magnetic field is applied and the ferrite has an average crystal grain size of 5 to less than 15 μm. a basic component consisting essentially of ferric oxide (in terms of Fe 2 O 3): 51.0 to 54.5 mol%, zinc oxide (in terms of ZnO): 8.0 to 11.0 mol%, and manganese oxide (in terms of MnO): balance; a sub component consisting of silicon oxide (in terms of SiO 2): 50 to 400 mass ppm, and calcium oxide (in terms of CaO): 50 to 4000 mass ppm; and unavoidable impurities comprising: phosphorous: less than 3 mass ppm, boron: less than 3 mass ppm, sulfur: less than 5 mass ppm, and chlorine: less than 10 mass ppm, phosphorous: less than 3 mass ppm, boron: less than 3 mass ppm, sulfur: less than 5 mass ppm, and chlorine: less than 10 mass ppm,
A method, comprising: operating a user interface of a device to receive from a user, a user privacy setting, and monitoring application program accesses to device sensors to detect a violation of a sensor policy, where at least some user personal information privacy categories are comprised of a plurality of sub-categories, characterized by the user privacy setting being received for individual ones of a plurality of user personal information privacy categories, and mapping each user privacy setting to one or more device sensors to form a sensor policy for the user personal information privacy category, where the mapping forms a sensor policy for each of the sub-categories, wherein at least one of the device sensors is relevant to more than one sub-category, wherein the user privacy setting is received for a specific user context, and wherein the user privacy setting is enforced responsive to the device being in the specific user context. operating a user interface of a device to receive from a user, a user privacy setting, and monitoring application program accesses to device sensors to detect a violation of a sensor policy, where at least some user personal information privacy categories are comprised of a plurality of sub-categories, characterized by the user privacy setting being received for individual ones of a plurality of user personal information privacy categories, and mapping each user privacy setting to one or more device sensors to form a sensor policy for the user personal information privacy category, where the mapping forms a sensor policy for each of the sub-categories, wherein at least one of the device sensors is relevant to more than one sub-category, wherein the user privacy setting is received for a specific user context, and wherein the user privacy setting is enforced responsive to the device being in the specific user context.
A process for increasing process furnaces energy efficiency through gas turbine integration by using turbine exhaust gas, wherein a hydrocarbon feed is heated in a furnace, said process comprising the following steps: i) feeding furnace combustion air to the burners of said furnace together with furnace fuel to provide high temperature heat to said furnace; ii) cooling the hydrocarbon feed thus processed by using water from a steam drum under the formation of water vapour; iii) returning the mixture of water and water vapour thus formed to said steam drum; iv) withdrawing of saturated high-pressure steam from said steam drum and feeding said saturated high-pressure steam to a heat recovery unit; v) feeding said turbine exhaust gas to said heat recovery unit for converting said high-pressure steam into super heated high pressure steam, thereby decoupling the gas turbine from the process furnace. i) feeding furnace combustion air to the burners of said furnace together with furnace fuel to provide high temperature heat to said furnace; ii) cooling the hydrocarbon feed thus processed by using water from a steam drum under the formation of water vapour; iii) returning the mixture of water and water vapour thus formed to said steam drum; iv) withdrawing of saturated high-pressure steam from said steam drum and feeding said saturated high-pressure steam to a heat recovery unit; v) feeding said turbine exhaust gas to said heat recovery unit for converting said high-pressure steam into super heated high pressure steam, thereby decoupling the gas turbine from the process furnace.
A golf equipment fitting system, comprising: a swing data acquisition unit that acquires swing data from a sensor attached to a plurality of golf clubs with different specifications; a swing response surface computation unit that calculates a swing response surface using the response surface methodology based on the swing data obtained by the swing data acquisition unit; characterized by a time response surface computation unit that calculates a time response surface using the response surface methodology based on the swing data obtained by the swing data acquisition unit; a simulation unit that calculates the swing data of a golf club that is not used for measurement from the swing response surface and the time response surface and simulates the swing of the golf club based on the obtained swing data; and a results output unit that outputs the results of simulations conducted by the simulation unit. a swing data acquisition unit that acquires swing data from a sensor attached to a plurality of golf clubs with different specifications; a swing response surface computation unit that calculates a swing response surface using the response surface methodology based on the swing data obtained by the swing data acquisition unit; characterized by a time response surface computation unit that calculates a time response surface using the response surface methodology based on the swing data obtained by the swing data acquisition unit; a simulation unit that calculates the swing data of a golf club that is not used for measurement from the swing response surface and the time response surface and simulates the swing of the golf club based on the obtained swing data; and a results output unit that outputs the results of simulations conducted by the simulation unit.
A nonwoven fibrous structure comprising: a plurality of staple fibers, wherein the plurality of staple fibers are non-melt-blown fibers; a plurality of melt-blown fibers comprising poly(phenylene sulfide) in an amount sufficient for the nonwoven fibrous structure to exhibit fire-resistance by passing one or more test selected from UL 94 V0, FAR 25.853 (a), FAR 25.856 (a), AITM20007A, and AITM 3-0005, without any halogenated flame-retardant additive, wherein the nonwoven fibrous structure is dimensionally stable and exhibits a Shrinkage less than 15%, optionally wherein the plurality of melt-blown fibers do not contain a nucleating agent in an amount effective to achieve nucleation. a plurality of staple fibers, wherein the plurality of staple fibers are non-melt-blown fibers; a plurality of melt-blown fibers comprising poly(phenylene sulfide) in an amount sufficient for the nonwoven fibrous structure to exhibit fire-resistance by passing one or more test selected from UL 94 V0, FAR 25.853 (a), FAR 25.856 (a), AITM20007A, and AITM 3-0005, without any halogenated flame-retardant additive, wherein the nonwoven fibrous structure is dimensionally stable and exhibits a Shrinkage less than 15%, optionally wherein the plurality of melt-blown fibers do not contain a nucleating agent in an amount effective to achieve nucleation.
A roller shutter, in particular for covering window and/or doors openings, comprising side guides, in which a shutter is slidably disposed, said shutter comprising a number of elongated, profiled substantially rigid laths connected together by means of elastic, elongated couplers, wherein laths are provided at their elongated edges with cylindrical, elongated recesses with mouths, the width of which is smaller than diameter of the recesses, and said elongated couplers comprise cylindrical, elongated parts, disposed in cylindrical recesses of the laths they connect, and elongated connecting parts the width (s) of which is smaller than diameter (d) of the cylindrical part and smaller than the width of the mouth, characterised in that said cylindrical parts of the couplers are made of material having the Shore hardness exceeding by at least 50° ShA the Shore hardness of said connecting parts of the couplers, and said couplers are formed in a coextrusion process, and the cylindrical parts of the couplers may rotate in a certain range in recesses of the laths before deformation of said connecting parts.