mhurhangee/ep-ind-claims huggingface dataset:
A holding mechanism comprising: a holding part for clamping a held object (5; and a base part for supporting the holding part in a freely rotatable manner; wherein the holding part includes a holding plate part configured to be located at a back side of the held object, a fixed clamping part disposed on one side of the holding plate part, and a movable clamping part biased so as to approach the fixed clamping part; and wherein the movable clamping part is, in a non-clamping state, at a smaller distance from a rotation center of the holding part than a distance from the rotation center to the fixed clamping part and movable farther away from the rotation center than the fixed clamping part. a holding part for clamping a held object (5; and a base part for supporting the holding part in a freely rotatable manner; wherein the holding part includes a holding plate part configured to be located at a back side of the held object, a fixed clamping part disposed on one side of the holding plate part, and a movable clamping part biased so as to approach the fixed clamping part; and wherein the movable clamping part is, in a non-clamping state, at a smaller distance from a rotation center of the holding part than a distance from the rotation center to the fixed clamping part and movable farther away from the rotation center than the fixed clamping part.
Lightning protection device for an aircraft, comprising, on the one hand, an anti-corona element which has a rounded form and an electrically conductive surface, which is intended to envelop an area of the structure of the aircraft which is liable to receive a lightning strike, and, on the other hand, two electric charge dissipators fixed to said anti-corona element, the anti-corona element and the charge dissipators being incorporated into a dielectric shell, characterized in that: ● the charge dissipators each comprise an electrically conductive rod, one end of which is attached to the anti-corona element and the other end of which acts as an attachment point for a set of electrically conductive filaments, only an end of each filament which is distal from the rod protruding from the dielectric shell, and ● the anti-corona element is substantially a sphere, the dielectric shell substantially has the shape of an ellipsoid the centre of which substantially coincides with the centre of the anti-corona element, and each charge dissipator extends radially from the anti-corona element at two diametrically opposite points along the major axis of the ellipsoid formed by the dielectric shell. ● the charge dissipators each comprise an electrically conductive rod, one end of which is attached to the anti-corona element and the other end of which acts as an attachment point for a set of electrically conductive filaments, only an end of each filament which is distal from the rod protruding from the dielectric shell, and ● the anti-corona element is substantially a sphere, the dielectric shell substantially has the shape of an ellipsoid the centre of which substantially coincides with the centre of the anti-corona element, and each charge dissipator extends radially from the anti-corona element at two diametrically opposite points along the major axis of the ellipsoid formed by the dielectric shell.
A stud assembly capable of attaching a first panel and a second panel together, the stud assembly comprising: a fastener; a first clip having a fastener portion and a retaining portion, the retaining portion having at least one aperture (28,139,239,339), wherein the first clip is attached to the fastener at the fastener portion; and a second clip attached to the fastener and spaced from the fastener portion of the first clip, the second clip having at least one tab (46,149,249,349), wherein the tab engages the aperture (28,139,239,339) to secure the first clip to the second clip, characterized in that the second clip is parallel to the fastener portion and the second clip is parallel to the retaining portion. a fastener; a first clip having a fastener portion and a retaining portion, the retaining portion having at least one aperture (28,139,239,339), wherein the first clip is attached to the fastener at the fastener portion; and a second clip attached to the fastener and spaced from the fastener portion of the first clip, the second clip having at least one tab (46,149,249,349), wherein the tab engages the aperture (28,139,239,339) to secure the first clip to the second clip, characterized in that the second clip is parallel to the fastener portion and the second clip is parallel to the retaining portion.
An electronic apparatus, comprising: position measuring means adapted to at least receive signals transmitted from a plurality of satellites moving around the earth and thereby measuring a receiving position; particular application program operation control means adapted to control operation of a particular application program which conducts predetermined processing by use of a result of the position measurement of the position measuring means; power supplying means adapted to supply power for the processing of the position measurement to the position measuring means; particular application program use presence or absence judge means adapted to judge presence or absence of use of the particular application program by a user; and power supply control means adapted to suspend supply of power from the power supplying means to the position measuring means, when the particular application program use presence or absence judge means judges absence of the use by the user, characterized in that in a state in which an application program of a navigation system is activated as the particular application program, when an application program of an attached camera is initiated to shoot a still or mobile picture, the particular application program use presence or absence judge means judges absence of the use by the user. position measuring means adapted to at least receive signals transmitted from a plurality of satellites moving around the earth and thereby measuring a receiving position; particular application program operation control means adapted to control operation of a particular application program which conducts predetermined processing by use of a result of the position measurement of the position measuring means; power supplying means adapted to supply power for the processing of the position measurement to the position measuring means; particular application program use presence or absence judge means adapted to judge presence or absence of use of the particular application program by a user; and power supply control means adapted to suspend supply of power from the power supplying means to the position measuring means, when the particular application program use presence or absence judge means judges absence of the use by the user, characterized in that
A cable connector, comprising: a body member having a first opening (3, 4) to receive a cable (12,13) and a second opening; and an indicator (51, 67) received in said second opening and movable between exposed and unexposed positions; characterized in that the cable connector further comprises: a magnet (46, 48) disposed in said body member and aligned with the second opening to move said indicator (51, 67) from the exposed position to the unexposed position to indicate insertion of a cable (12, 13); and a support member (44, 45) movable between first and second positions, when said support member (44, 45) is in said first position said support member (44, 45) is disposed between said magnet (46, 48) and said indicator (51, 67) such that said indicator (51, 67) is in said exposed position, and when said support member (44, 45) is in said second position said support member (44, 45) is withdrawn from between said magnet (46, 48) and said indicator (51, 67) such that said magnet (46, 48) moves said indicator (51, 67) to said unexposed position to indicate full insertion of the cable (12, 13). a body member having a first opening (3, 4) to receive a cable (12,13) and a second opening; and an indicator (51, 67) received in said second opening and movable between exposed and unexposed positions; characterized in that the cable connector further comprises: a magnet (46, 48) disposed in said body member and aligned with the second opening to move said indicator (51, 67) from the exposed position to the unexposed position to indicate insertion of a cable (12, 13); and a support member (44, 45) movable between first and second positions, when said support member (44, 45) is in said first position said support member (44, 45) is disposed between said magnet (46, 48) and said indicator (51, 67) such that said indicator (51, 67) is in said exposed position, and when said support member (44, 45) is in said second position said support member (44, 45) is withdrawn from between said magnet (46, 48) and said indicator (51, 67) such that said magnet (46, 48) moves said indicator (51, 67) to said unexposed position to indicate full insertion of the cable (12, 13). a magnet (46, 48) disposed in said body member and aligned with the second opening to move said indicator (51, 67) from the exposed position to the unexposed position to indicate insertion of a cable (12, 13); and a support member (44, 45) movable between first and second positions, when said support member (44, 45) is in said first position said support member (44, 45) is disposed between said magnet (46, 48) and said indicator (51, 67) such that said indicator (51, 67) is in said exposed position, and when said support member (44, 45) is in said second position said support member (44, 45) is withdrawn from between said magnet (46, 48) and said indicator (51, 67) such that said magnet (46, 48) moves said indicator (51, 67) to said unexposed position to indicate full insertion of the cable (12, 13).
A method of calculating an aging degree of a battery, the method comprising: obtaining a duration of the battery in a first state, when a use state of the battery is changed from the first state to a second state; determining whether the obtained duration is greater than or equal to a first reference time; calculating an average temperature of the battery based on a first algorithm when the duration is less than the first reference time, and calculating the average temperature of the battery based on a second algorithm when the duration is greater than or equal to a reference time; and calculating the aging degree of the battery based on the calculated average temperature. obtaining a duration of the battery in a first state, when a use state of the battery is changed from the first state to a second state; determining whether the obtained duration is greater than or equal to a first reference time; calculating an average temperature of the battery based on a first algorithm when the duration is less than the first reference time, and calculating the average temperature of the battery based on a second algorithm when the duration is greater than or equal to a reference time; and calculating the aging degree of the battery based on the calculated average temperature.
A method for isolating a phenylene ether oligomer composition, the method comprising, feeding a solution comprising a solvent and a phenylene ether oligomer into a thin film evaporator comprising a cylindrical heating chamber and a rotor comprising one or more rotor blades, wherein an edge of the one or more rotor blades and an interior surface of the cylindrical heating chamber are separated by a distance of 0.5 to 3.5 millimeters; forming a film comprising the phenylene ether oligomer and the solvent on the interior surface of the cylindrical heating chamber; and heating the cylindrical heating chamber to devolatilize the solvent from the film to provide a phenylene ether oligomer composition having an intrinsic viscosity of 0.03 to 0.13 deciliter per gram measured by Ubbelohde viscometer at 25°C in chloroform and a zero shear melt viscosity of greater than 10,000 centipoise at 200°C, comprising: a phenylene ether oligomer having an external amine content of less than 1.5 weight percent; and a residual solvent in an amount of 0 to 10,000 parts per million by weight (ppm), based on the weight of the phenylene ether oligomer composition, wherein the parameters are measured according to the respective method as indicated in the description. a phenylene ether oligomer having an external amine content of less than 1.5 weight percent; and a residual solvent in an amount of 0 to 10,000 parts per million by weight (ppm), based on the weight of the phenylene ether oligomer composition, wherein the parameters are measured according to the respective method as indicated in the description.
An earth auger, comprising: a supporting assembly, comprising a supporting platform on which a torque bearing component is arranged, a drill pipe assembly including a drill pipe, a driving assembly arranged on the supporting assembly to drive the drill pipe assembly to work, comprising: - a connecting seat arranged on the supporting platform, - a torque transmission component arranged on the connecting seat and matching the torque bearing component to bear at least part of the shear force between the supporting assembly and the driving assembly, - a case arranged on the supporting platform, and - a driving motor arranged on the supporting platform, and the earth auger further comprising a brake assembly including a trigger component that brakes the driving assembly and a brake lever connected through a first pivot and matched with the trigger component, wherein a projection part of the brake lever on a plane perpendicular to an axis of the drill pipe is located outside a projection of the supporting assembly on the plane perpendicular to the axis of the drill pipe, characterized in that the earth auger further comprises an air deflector and a partition being arranged in the case, and the driving motor is provided with heat dissipation blades located at an end away from the drill pipe assembly. a supporting assembly, comprising a supporting platform on which a torque bearing component is arranged, a drill pipe assembly including a drill pipe, a driving assembly arranged on the supporting assembly to drive the drill pipe assembly to work, comprising: - a connecting seat arranged on the supporting platform, - a torque transmission component arranged on the connecting seat and matching the torque bearing component to bear at least part of the shear force between the supporting assembly and the driving assembly, - a case arranged on the supporting platform, and - a driving motor arranged on the supporting platform, and the earth auger further comprising - a connecting seat arranged on the supporting platform, - a torque transmission component arranged on the connecting seat and matching the torque bearing component to bear at least part of the shear force between the supporting assembly and the driving assembly, - a case arranged on the supporting platform, and - a driving motor arranged on the supporting platform, and the earth auger further comprising a brake assembly including a trigger component that brakes the driving assembly and a brake lever connected through a first pivot and matched with the trigger component, wherein a projection part of the brake lever on a plane perpendicular to an axis of the drill pipe is located outside a projection of the supporting assembly on the plane perpendicular to the axis of the drill pipe, the earth auger further comprises an air deflector and a partition being arranged in the case, and the driving motor is provided with heat dissipation blades located at an end away from the drill pipe assembly.
A wind turbine comprising a turbine rotor and a generator, a main shaft rotatably supported by front and rear bearings (5, 6), the generator including a stator and a rotor, characterized in that said turbine rotor and generator are connected by said main shaft, wherein a rotor bearing being perpendicular to a vertical rotor frame is formed integrally with the rotor of the generator and is connected to the outer surface of the main shaft, a pair of bearings is disposed at the outer surface of the rotor bearing, and the stator of the generator is assembled with the rotor of the generator by fixing a stator housing to bearing housings of the bearings, wherein the rotor bearing is fixed by a shrink disk, including a stationary disk and a moveable disk, closely to the main shaft at a designated frictional force by the tightening force of bolts between said stationary disk and said moveable disk so that the rotor bearing can be rotated together with the rotation of the main shaft, the shrink disk cutting off the connection between the rotor bearing and the main shaft when the rotational torque of the main shaft exceeds the designated frictional force.
A polyrotaxane comprising a linear molecule, a cyclic molecule enclosing the linear molecule such that the cyclic molecule is skewered with the linear molecule, and blocking groups disposed at both ends of the linear molecule for preventing removal of the cyclic molecule, characterized in that: the cyclic molecule has a hydrosilyl group.
Coating material system comprising components to: at least one polyhydroxy group-containing compound which has an acid number of not more than 9 mg KOH/g of the corresponding polyhydroxy group-containing compound, at least one polyisocyanate-containing compound, and at least one catalyst which comprises lithium (Li) and at least one further metal component selected from zinc (Zn), bismuth (Bi), zirconium (Zr) and/or aluminum (Al) as metal component, where i) components,, and are present separately from one another or ii) are mixed wholly or at least partly with one another. at least one polyhydroxy group-containing compound which has an acid number of not more than 9 mg KOH/g of the corresponding polyhydroxy group-containing compound, at least one polyisocyanate-containing compound, and at least one catalyst which comprises lithium (Li) and at least one further metal component selected from zinc (Zn), bismuth (Bi), zirconium (Zr) and/or aluminum (Al) as metal component, i) components,, and are present separately from one another or ii) are mixed wholly or at least partly with one another.
A cooling arrangement (200;200';200") for a food bar arrangement or similar holding products needing to be cooled, wherein the cooling arrangement (200;200';200") comprises a cooling medium conduit (201;201';201") with a number of cooling medium inlets (202,202), the cooling arrangement further comprising a number of cooling medium Outlets (203, 203), characterized in that the cooling medium inlets (202,202) and the cooling medium outlets (203,203) are disposed symmetrically along the cooling medium conduit (201;201';201") which comprises at least one side wall (201A,201B;201A',201B';201A",201B"), said at least one side wall comprising a plurality of openings, e.g. circular holes, (204,204A,204B) disposed along an upper edge of said at least one side wall allowing cool air to exit through said openings (204,204A,204B), that adjacent, and in parallel, with said outer wall at least a first cooling plate element (210A, 210B;210A', 210B'; 210A",210B") is disposed, that said first cooling plate element (210A,210B; 210A',210B';210A",210B") comprises internal flanges, ribs or similar (211A,211B; 211A',211B';211A",211B") provided on an inner side of said first cooling plate element (210A,210B;210A',210B';210A",210B") facing the cooling medium conduit, and/or external flanges (212A,212B;212A',212B'; 212A",212B") provided on the outer side of said first cooling plate element (210A, 210B;210A', 210B';210A", 210B") to enhance the effective area of said first cooling plate element (210A,210B;210A',210B';210A",210B"), to increase the cooling power transfer capacity from the cooling medium conduit, and to allow air escaping through said openings to flow in the space between the cooling medium conduit (201;201';201") and the first cooling plate element (210A,210B; 210A', 210B'; 210A", 210B").
A yarn spun from a plurality of nano-fibres, characterized in that at least some of the nano-fibres are folded with the folds occurring at distances predetermined by a plurality of moving conductive strips, the yarn obtainable by the process of electrostatically spinning a plurality of fibres onto a plurality of moving conductive strips inclined to their direction of movement such that the fibres span the elongate conductive surfaces of at least some of the conductive strips, collecting the fibres from the conductive strips and forming the fibres into the yarn.
A waterproof coating material, comprising: 100 parts by weight of at least one of a polyoxyalkylene polymer and a vinylic polymer, the polymers each containing a reactive silyl group represented by the following formula: -SiR 1 3-a X a wherein each R 1 independently represents a C1-C20 alkyl group, a C6-C20 aryl group, a C7-C20 aralkyl group, or a triorganosiloxy group represented by (R') 3 SiO- in which R's each independently represent a C1-C20 substituted or unsubstituted hydrocarbon group; each X independently represents a hydroxy group or a hydrolyzable group; and a represents 1, 2 or 3; and 0.1 to 20 parts by weight of at least one compound including a compound obtained by partial condensation of silyl groups of an aminosilane alone or of a combination of an aminosilane and another alkoxysilane compound. 100 parts by weight of at least one of a polyoxyalkylene polymer and a vinylic polymer, the polymers each containing a reactive silyl group represented by the following formula: -SiR 1 3-a X a wherein each R 1 independently represents a C1-C20 alkyl group, a C6-C20 aryl group, a C7-C20 aralkyl group, or a triorganosiloxy group represented by (R') 3 SiO- in which R's each independently represent a C1-C20 substituted or unsubstituted hydrocarbon group; each X independently represents a hydroxy group or a hydrolyzable group; and a represents 1, 2 or 3; and 0.1 to 20 parts by weight of at least one compound including a compound obtained by partial condensation of silyl groups of an aminosilane alone or of a combination of an aminosilane and another alkoxysilane compound.
A multi-cored optical fiber comprising: a cladding further comprising quartz; and a plurality of cores embedded in the cladding, each of the cores having a diameter from 1.3μm to 2.0μm, and a numerical aperture from 0.35 to 0.45, wherein an interval (d) between adjacent cores is 3.0μm or more, characterized in that each of the cores has a refractive index profile factor (α) from 2.0 to 4.0, and a center of each of the cores has a germanium content from 20wt% to 30wt%. a cladding further comprising quartz; and a plurality of cores embedded in the cladding, each of the cores having a diameter from 1.3μm to 2.0μm, and a numerical aperture from 0.35 to 0.45, wherein an interval (d) between adjacent cores is 3.0μm or more, characterized in that each of the cores has a refractive index profile factor (α) from 2.0 to 4.0, and a center of each of the cores has a germanium content from 20wt% to 30wt%.