mhurhangee/ep-ind-claims huggingface dataset:
A carbon blade for a wind turbine, comprising: a carbon spar cap disposed at the center of a width of the blade and extending in a longitudinal direction of the blade; a carbon skin extending from a tip of the blade to a root of the blade to cover an outer surface of the blade; a first down conductor disposed on a surface of the blade and partially covering the carbon spar cap in parallel with the carbon spar cap; a second down conductor disposed on an inner surface of the blade, wherein the first down conductor and the second down conductor are disposed in parallel with each other with the surface of the carbon blade arranged therebetween and a coupling member that connects the first down conductor and the second down conductor. a carbon spar cap disposed at the center of a width of the blade and extending in a longitudinal direction of the blade; a carbon skin extending from a tip of the blade to a root of the blade to cover an outer surface of the blade; a first down conductor disposed on a surface of the blade and partially covering the carbon spar cap in parallel with the carbon spar cap; a second down conductor disposed on an inner surface of the blade, wherein the first down conductor and the second down conductor are disposed in parallel with each other with the surface of the carbon blade arranged therebetween and a coupling member that connects the first down conductor and the second down conductor.
A contact material constituting a slider for a fuel sender, the slider moving on a conductor in conjunction with a float moving in accordance with a liquid level, wherein the contact material comprises 10 to 25 mass% of nickel and a balance being palladium.
A plug connector part for an optical and/or electrical plug connection, which comprises at least a housing for the optical and/or electrical contact elements and their carriers (5, 12) and at least a clamping sleeve, which are connected to one another by means of a releasable screw connection, wherein a strain relief arrangement (8, 22, 23) for a cable guided in the plug connector part is arranged inside the housing and/or the clamping sleeve, which strain relief arrangement (8, 22, 23) comprises a strain relief sleeve, which is supported on an outer sleeve, characterized in that the strain relief arrangement (8, 22, 23) comprises a sleeve opening toward the front in a funnel-shaped manner at least over a part of its length, through which sleeve the litz wires or fibers of the cable are guided and fixed therein.
A food processor attachment assembly comprising: a gear housing having a coupling hub adapted to couple to a drive outlet attachment hub of a stand mixer, the gear housing having an upper portion and a lower portion; a gearing mechanism disposed within the gear housing, the gearing mechanism engaged in driven relationship with the drive outlet attachment hub of the stand mixer at a first end and further coupled to an output drive shaft at a second end for turning the output drive shaft; a top housing assembly having a lid portion removably mounted on the upper portion of the gear housing; a bowl assembly removably mounted on the lower portion of the gear housing; and wherein the output drive shaft is adapted to rotate on a vertical axis, the output drive shaft having an upper portion accessible from the upper portion of the gear housing and a lower portion accessible from the lower portion of the gear housing, and further wherein the upper and lower portions (102, 106) of the output drive shaft are adapted to couple to and drive food processing attachments (80A, B, C). a gear housing having a coupling hub adapted to couple to a drive outlet attachment hub of a stand mixer, the gear housing having an upper portion and a lower portion; a gearing mechanism disposed within the gear housing, the gearing mechanism engaged in driven relationship with the drive outlet attachment hub of the stand mixer at a first end and further coupled to an output drive shaft at a second end for turning the output drive shaft; a top housing assembly having a lid portion removably mounted on the upper portion of the gear housing; a bowl assembly removably mounted on the lower portion of the gear housing; and wherein the output drive shaft is adapted to rotate on a vertical axis, the output drive shaft having an upper portion accessible from the upper portion of the gear housing and a lower portion accessible from the lower portion of the gear housing, and further wherein the upper and lower portions (102, 106) of the output drive shaft are adapted to couple to and drive food processing attachments (80A, B, C).
A method of subjecting a substance to photocatalysis, using a photocatalyst product characterized by comprising: a base substrate; a photocatalyst composition being bound with a surface of the base substrate by a binder and comprising a photocatalyst material in an amount of 50% by mass or more, wherein the photocatalyst material contains tungsten oxide powder having a monoclinic system as its major phase in an amount of 50% by mass or more being excitable by light having a wavelength of 430 to 500 nm, wherein the tungsten oxide powder comprises tungsten trioxide microparticles having an average particle diameter of 0.5 μm or less and a monoclinic crystal structure, and the photocatalyst material having a decomposition ability of 50% or more wherein the decomposition ability is given by the following equation based on the following test: [Test for decomposition ability] 1g of a tungsten oxide powder and 20 ppm of acetaldehyde (amount A) are poured into a 3-liter glass container, and acetaldehyde (amount B) is measured after light having a peak wavelength of 460 nm ± 10 nm and an intensity of 1 to 5 mW/cm 2 is irradiated to the mixture for 2 hours to measure the decomposition ability (%): Decomposition ability % = acetaldehyde amount A - acetaldehyde amount B / acetaldehyde amount A X 100. and wherein the photocatalyst composition is formed on the outside surface of the base substrate to be contactable with said substance; the method comprising the steps of exposing said photocatalyst composition to said substance and exciting said photocatalyst composition by light having a wavelength of 430 to 500 nm. a base substrate; a photocatalyst composition being bound with a surface of the base substrate by a binder and comprising a photocatalyst material in an amount of 50% by mass or more, wherein the photocatalyst material contains tungsten oxide powder having a monoclinic system as its major phase in an amount of 50% by mass or more being excitable by light having a wavelength of 430 to 500 nm, wherein the tungsten oxide powder comprises tungsten trioxide microparticles having an average particle diameter of 0.5 μm or less and a monoclinic crystal structure, and the photocatalyst material having a decomposition ability of 50% or more wherein the decomposition ability is given by the following equation based on the following test: [Test for decomposition ability] 1g of a tungsten oxide powder and 20 ppm of acetaldehyde (amount A) are poured into a 3-liter glass container, and acetaldehyde (amount B) is measured after light having a peak wavelength of 460 nm ± 10 nm and an intensity of 1 to 5 mW/cm 2 is irradiated to the mixture for 2 hours to measure the decomposition ability (%): Decomposition ability % = acetaldehyde amount A - acetaldehyde amount B / acetaldehyde amount A X 100. and wherein the photocatalyst composition is formed on the outside surface of the base substrate to be contactable with said substance; the method comprising the steps of exposing said photocatalyst composition to said substance and exciting said photocatalyst composition by light having a wavelength of 430 to 500 nm.
A method for manufacturing a vacuum insulation panel, comprising: (a) forming a core (100, 400, 500) by stacking a plurality of glass fiber boards (100a, 100b, 100c) prepared using glass fiber dispersed in an inorganic binder through a papermaking process; (b) forming an outer cover (420, 520) having a laminate structure of a surface protective layer (220, 230), a metal barrier layer and an adhesive layer, wherein the surface protective layer (220, 230) of the outer cover (420, 520) has a laminate structure of polyethyleneterephthalate and Nylon films, and a vinyl-based resin is coated on an upper side of the polyethyleneterephthalate film; (c) forming a getter (410, 510) by packaging quicklime (CaO) powder in a pouch; (d) attaching the getter to an upper portion of the core (100, 400, 500) or inserting the getter into the core (100, 400, 500); and (e) forming an encapsulant using the outer cover (420, 520), followed by placing the core (100, 400, 500) having the getter (410, 510) in the encapsulant and sealing the encapsulant, with a vacuum created in the encapsulant. (a) forming a core (100, 400, 500) by stacking a plurality of glass fiber boards (100a, 100b, 100c) prepared using glass fiber dispersed in an inorganic binder through a papermaking process; (b) forming an outer cover (420, 520) having a laminate structure of a surface protective layer (220, 230), a metal barrier layer and an adhesive layer, wherein the surface protective layer (220, 230) of the outer cover (420, 520) has a laminate structure of polyethyleneterephthalate and Nylon films, and a vinyl-based resin is coated on an upper side of the polyethyleneterephthalate film; (c) forming a getter (410, 510) by packaging quicklime (CaO) powder in a pouch; (d) attaching the getter to an upper portion of the core (100, 400, 500) or inserting the getter into the core (100, 400, 500); and (e) forming an encapsulant using the outer cover (420, 520), followed by placing the core (100, 400, 500) having the getter (410, 510) in the encapsulant and sealing the encapsulant, with a vacuum created in the encapsulant.
An internal combustion engine controller comprising: a step-up coil connected to a battery power source and configured to increase a voltage (Vbat) of the battery power source; a switching element connected to the step-up coil and configured to distribute or shut off a current to the step-up coil; a step-up capacitor configured to accumulate current energy of an inductance component from the step-up coil; and a step-up control circuit configured to control the switching element by a step-up current distributed to the step-up coil to charge the step-up capacitor with a high voltage generated at the step-up coil, wherein the step-up control circuit is further configured to measure a slope (214-1, 214-2) of the step-up current and corrects on/off control of the switching element in accordance with the slope (214-1, 214-2) of the step-up current such that step-up recovery time of the step-up capacitor is a constant value. a step-up coil connected to a battery power source and configured to increase a voltage (Vbat) of the battery power source; a switching element connected to the step-up coil and configured to distribute or shut off a current to the step-up coil; a step-up capacitor configured to accumulate current energy of an inductance component from the step-up coil; and a step-up control circuit configured to control the switching element by a step-up current distributed to the step-up coil to charge the step-up capacitor with a high voltage generated at the step-up coil, wherein the step-up control circuit is further configured to measure a slope (214-1, 214-2) of the step-up current and corrects on/off control of the switching element in accordance with the slope (214-1, 214-2) of the step-up current such that step-up recovery time of the step-up capacitor is a constant value.
A method for providing a position information for a mobile communication device that is approaching a stationary communication device, comprising the steps of: a) storing, in a stationary communication device, at least one position information that defines the position and optionally the positional accuracy of a mobile communication device that is approaching the stationary communication device, wherein said at least one position information was determined in advance based on the position and optionally the positional accuracy of the stationary communication device and at least one predetermined geometric parameter; b) establishing first contact between the stationary communication device and the mobile communication device as soon as a predetermined linking distance between the mobile communication device and the stationary communication device is reached; and c) substantially at the time of establishing first contact, transmitting the at least one stored position information from the stationary communication device to the mobile communication device via a wireless communication link. a) storing, in a stationary communication device, at least one position information that defines the position and optionally the positional accuracy of a mobile communication device that is approaching the stationary communication device, wherein said at least one position information was determined in advance based on the position and optionally the positional accuracy of the stationary communication device and at least one predetermined geometric parameter; b) establishing first contact between the stationary communication device and the mobile communication device as soon as a predetermined linking distance between the mobile communication device and the stationary communication device is reached; and c) substantially at the time of establishing first contact, transmitting the at least one stored position information from the stationary communication device to the mobile communication device via a wireless communication link.
A developing device configured to develop a latent image formed on an image bearer, the developing device comprising: a developing roller opposed to or in contact with the image bearer; a cover configured to cover the developing roller from above the developing roller, the cover including a projecting support (13r4) and having a vent (13r2) to allow ventilation of the developing device; a filter configured to cover the vent (13r2) of the cover to filter air and collect toner passing through the vent (13r2); and a pressing member configured to engage the cover in which the filter is installed and hold the filter between the pressing member and the cover, the projecting support (13r4): projecting from one end of the vent (13r2) in a transverse direction of the vent (13r2) toward other end of the vent (13r2) in the transverse direction of the vent (13r2) at a part of the cover in a longitudinal direction of the developing roller, to block the vent (13r2); cantilevered by the cover on the one end of the vent (13r2) in the transverse direction of the vent (13r2); and configured to support the filter, a gap is provided between a tip of the projecting support (13r4) and an inner edge of the cover on the other end of the vent (13r2) in the transverse direction of the vent (13r2). a developing roller opposed to or in contact with the image bearer; a cover configured to cover the developing roller from above the developing roller, the cover including a projecting support (13r4) and having a vent (13r2) to allow ventilation of the developing device; a filter configured to cover the vent (13r2) of the cover to filter air and collect toner passing through the vent (13r2); and a pressing member configured to engage the cover in which the filter is installed and hold the filter between the pressing member and the cover, the projecting support (13r4): projecting from one end of the vent (13r2) in a transverse direction of the vent (13r2) toward other end of the vent (13r2) in the transverse direction of the vent (13r2) at a part of the cover in a longitudinal direction of the developing roller, to block the vent (13r2); cantilevered by the cover on the one end of the vent (13r2) in the transverse direction of the vent (13r2); and configured to support the filter, projecting from one end of the vent (13r2) in a transverse direction of the vent (13r2) toward other end of the vent (13r2) in the transverse direction of the vent (13r2) at a part of the cover in a longitudinal direction of the developing roller, to block the vent (13r2); cantilevered by the cover on the one end of the vent (13r2) in the transverse direction of the vent (13r2); and configured to support the filter, a gap is provided between a tip of the projecting support (13r4) and an inner edge of the cover on the other end of the vent (13r2) in the transverse direction of the vent (13r2).
A unidirectional laminate comprising a glass fiber reinforced composite material, characterized in that: the reinforced composite material has a main relaxation temperature (Tα) in a range between 110 °C and 140 °C, said composite comprising a plurality of unidirectional reinforcement fibers coated with a sizing composition and a matrix resin, wherein the unidirectional laminate has a tensile modulus of at least 45 GPa at a fiber volume fraction greater than or equal to 50% and fatigue mechanical performance of at least 450 MPa at 1 MM cycles, measured according to ASTM E 739-91, wherein the reinforcement fibers are glass fibers. the reinforced composite material has a main relaxation temperature (Tα) in a range between 110 °C and 140 °C, said composite comprising a plurality of unidirectional reinforcement fibers coated with a sizing composition and a matrix resin, wherein the unidirectional laminate has a tensile modulus of at least 45 GPa at a fiber volume fraction greater than or equal to 50% and fatigue mechanical performance of at least 450 MPa at 1 MM cycles, measured according to ASTM E 739-91, wherein the reinforcement fibers are glass fibers.
Seat and curtain airbag assembly for a vehicle, the assembly having one or more curtain airbags, wherein the airbags comprise one or more shaped portions that are shaped to complement at least an engaging portion of a seat of the vehicle when the airbag is deployed, the shaped portions being configured such that when the airbag is deployed the shaped portions engage the engaging portion of the seat to assist in securing the airbag in place, wherein one or more of the airbags comprise supplementary material in at least a region of the airbag adjacent to the seat when the airbag is deployed, the supplementary material being configured such that the supplementary material forms the shaped portions and clamps the seat when the airbag is deployed.
Tool clamping device, in particular a saw-tool clamping device, for a portable power tool, having at least one clamping unit for clamping-in a machining tool, which comprises at least one movably mounted release element, at least for transferring the clamping unit into a release position, wherein the clamping unit has a release spring element, which applies a spring force to the release element in the direction of a clamping position of the release element, wherein the release spring element is realized as a torsion spring, or as a leg spring, further having at least one clamping element, for generating a clamping-in force acting on the machining tool, at least when the machining tool is in a state in which it is connected to the clamping unit, and at least one movement-arresting element, for arresting at least one movement capability of the release element in at least one state, characterized in that the clamping element is realized as a spring element and in that the movement-arresting element is realized, at least partially, as a transverse extension of the clamping element.
A capsule for containing a food ingredient, adapted to be functionally inserted in the cavity of a food preparation machine, said capsule comprising at least one resilient portion (17, 19, 20, 21, 22, 23, 25, 26, 27, 29, 31, 33, 34, 35, 38) that is deformable when said capsule is inserted into the machine cavity, and/or when said cavity is closed, said capsule being characterized in that the at least one resilient portion is configured to exert, upon its deformation, a counterforce onto the food preparation machine, which counterforce can be measured by a pressure sensor, the at least one resilient portion having predetermined elastic deformation properties such that said counterforce corresponds to a predetermined value, such that at least one machine operational data is function of the elastic deformation properties of the resilient portion, said at least one machine operational data thus being coded within the capsule structure.
A transgenic microalgae with increased production of at least one omega-3 long chain polyunsaturated fatty acid (LC-PUFA) compared to a control microalgae, wherein the microalgae overexpresses a heterologous nucleic acid transgene encoding a A5-elongase and does not express any other transgene encoding for another polypeptide involved in the regulation of the LC-PUFA pathway; wherein said heterologous nucleic acid transgene comprises a nucleic acid encoding a A5-elongase as defined in SEQ ID NO:2 or a functional variant thereof, wherein the functional variant has at least 75% homology to SEQ ID NO:2; wherein the omega 3 LC-PUFA is DHA and said increase is to at least 7% fatty acid content; and wherein the control microalgae has not been genetically modified to alter the content of omega 3 LC-PUFAs therein.
A method of receiving text entries on a display of an infotainment system, the method comprising: providing a character input slider that comprises at least one slider controller on a screen configured to display a graphical user interface and at least one slider button configured to move along the character input slider; sensing a touch gesture by an object related to moving the at least one slider button; moving the at least one slider button along the character input slider in a direction of a sensing result when the touch gesture is in proximity with the at least one slider button along the character input slider; presenting one character when the slider button is in proximity with a location which corresponds with the one character on the character input slider, the one character being out of a plurality of characters having a plurality of corresponding locations different with each other, respectively on the character input slider; considering that the character input slider is focused on the one character when the touch gesture related to moving the at least one slider button is not detected for a predetermined period of time; selecting the focused one character when a predetermined gesture other than the touch gesture related to moving the at least one slider button along the character input slider is detected after focusing the one character; and entering the selected one character into an active location of an active text input field displayed on the screen. providing a character input slider that comprises at least one slider controller on a screen configured to display a graphical user interface and at least one slider button configured to move along the character input slider; sensing a touch gesture by an object related to moving the at least one slider button; moving the at least one slider button along the character input slider in a direction of a sensing result when the touch gesture is in proximity with the at least one slider button along the character input slider; presenting one character when the slider button is in proximity with a location which corresponds with the one character on the character input slider, the one character being out of a plurality of characters having a plurality of corresponding locations different with each other, respectively on the character input slider; considering that the character input slider is focused on the one character when the touch gesture related to moving the at least one slider button is not detected for a predetermined period of time; selecting the focused one character when a predetermined gesture other than the touch gesture related to moving the at least one slider button along the character input slider is detected after focusing the one character; and entering the selected one character into an active location of an active text input field displayed on the screen.