mhurhangee/ep-ind-claims huggingface dataset:
A suspension device for an in-wheel motor driven wheel in which a wheel driven by an in-wheel motor unit is suspended on a vehicle body via a suspension structure member and a shock absorber, the suspension structure member comprising: an upper suspension arm that is pivotally supported with respect to the vehicle body and disposed in the vehicle upper position higher than the axle of the wheel for pivotally supporting the wheel at the vehicle upper position higher than the axle, and a lower suspension arm that pivotally supports the wheel in the vehicle bottom position lower than the axle, and characterized by a link member (13, 23, 33, 43, 53) that pivotally connects the wheel to the upper suspension arm, and characterized in that the link member has an arm connecting portion (13a, 23a, 33a, 43a, 53a) that pivotally connects a wheel side end portion of the upper suspension arm in the vertical direction, a wheel supporting portion (13b, 23b, 33b, 43b, 53b) that pivotally supports the wheel in a steering direction, and a shock absorber connecting portion (13c, 23c, 33c, 43c, 53c) connected to the lower end of the shock absorber, wherein the shock absorber connecting portion (13c, 23c, 33c, 43c, 53c) is disposed in the vehicle bottom position lower than an upper end portion of the in-wheel motor unit. an upper suspension arm that is pivotally supported with respect to the vehicle body and disposed in the vehicle upper position higher than the axle of the wheel for pivotally supporting the wheel at the vehicle upper position higher than the axle, and a lower suspension arm that pivotally supports the wheel in the vehicle bottom position lower than the axle, and characterized by a link member (13, 23, 33, 43, 53) that pivotally connects the wheel to the upper suspension arm, and characterized in that the link member has an arm connecting portion (13a, 23a, 33a, 43a, 53a) that pivotally connects a wheel side end portion of the upper suspension arm in the vertical direction, a wheel supporting portion (13b, 23b, 33b, 43b, 53b) that pivotally supports the wheel in a steering direction, and a shock absorber connecting portion (13c, 23c, 33c, 43c, 53c) connected to the lower end of the shock absorber, wherein the shock absorber connecting portion (13c, 23c, 33c, 43c, 53c) is disposed in the vehicle bottom position lower than an upper end portion of the in-wheel motor unit.
A flat panel loudspeaker system comprising: an exciter having an exciter housing, and a voice coil assembly attachable to an outer sheet of a flat panel, the voice coil having a lock pad; a lock base releasably engaging the lock pad and attachable to the outer sheet of the panel, to vibrate the panel to generate sound energy, and an exciter support bracket connected to the exciter housing by resilient arms and attachable to the outer sheet of the panel, wherein the exciter support bracket includes an annular base and a plurality of said resilient arms projecting upwardly from the base of the support bracket. an exciter having an exciter housing, and a voice coil assembly attachable to an outer sheet of a flat panel, the voice coil having a lock pad; an exciter housing, and a voice coil assembly attachable to an outer sheet of a flat panel, the voice coil having a lock pad; a lock base releasably engaging the lock pad and attachable to the outer sheet of the panel, to vibrate the panel to generate sound energy, and an exciter support bracket connected to the exciter housing by resilient arms and attachable to the outer sheet of the panel, wherein the exciter support bracket includes an annular base and a plurality of said resilient arms projecting upwardly from the base of the support bracket.
A gimbal mount for installation in a bulletproof glass pane, in particular of a bulletproof space like for example a vehicle, comprising a housing which can be fitted into the bulletproof glass pane and a tubular portion which is suspended in gimbal relationship in the housing for fixing a barrel of a weapon, wherein the gimbal suspension has an outer and an inner cylinder (5, 6) which rotate about mutually perpendicular axes (16, 17), wherein the housing has a bore in which the outer cylinder is arranged and which is closed by means of a cover and wherein the outer cylinder has a bore in which the inner cylinder is arranged and which is closed by means of a cover, the outside surface of which is within the peripheral surface of the outer cylinder, characterised in that the outer cylinder is mounted rotatably in the housing by means of two axial bearing journals which project in mutually facing relationship from the bottom of the housing bore and the cover thereof, and the inner cylinder is rotatably mounted in the outer cylinder by means of two axial bearing journals which project in mutually facing relationship from the bottom of the bore in the outer cylinder and from the cover thereof.
Combination of an electrical machine with an associated compensation device for uniformly balancing AC currents (I1, I2, I3, I4), wherein said electrical machine comprises electrical conductors (1, 2, 3, 4) having respective impedances (L1, L2, L3, L4) and wherein AC currents (I1, I2, I3, I4) circulate in each of said electrical conductors (1, 2, 3, 4), said electrical conductors (1, 2, 3, 4) being connected in parallel in said electrical machine, characterized in that said compensation device comprising at least one transformer or magnetic ballast (M, M1), wherein each transformer or magnetic ballast (M, M1) includes two magnetically coupled inverted windings having coil turns ratio (N1, N2, N3, N4) of 1:1 or 2:1, said windings being electrically connected in parallel to each other at one end thereof and wherein the first winding of a first one transformer or magnetic ballast (M, M1) is connected in series with one of said electrical conductors (1, 2, 3, 4) at a first end, the second winding of the first transformer or magnetic ballast (M, M1) is connected in series with a second electrical machine conductor 1,2,3, 4), the second ends of both windings of the first transfomer or magnetic ballast (M,M1) are connected to a first winding of a second transformer or magnetic ballast (M,M1), and wherein the second winding of the second transformer or magnetic ballast (M,M1) is connected in series with a third electrical machine conductor (1, 2, 3, 4), the second winding of the first transformer or magnetic ballast (M, M1) is connected in series with a second electrical machine conductor 1,2,3, 4), the second ends of both windings of the first transfomer or magnetic ballast (M,M1) are connected to a first winding of a second transformer or magnetic ballast (M,M1), and wherein the second winding of the second transformer or magnetic ballast (M,M1) is connected in series with a third electrical machine conductor (1, 2, 3, 4),
A method for packaging a plurality of syringes for transportation in a tray within an evacuated internal cavity of an air impervious flexible film, and the tray including a lip, the method comprising the steps of: a) inserting the syringes into the tray by: a) inserting a nesting plate into the tray such that a peripheral edge of the nesting plate is positioned on the lip; and a) inserting the syringes into cylindrical sleeves in the nesting plate such that a top rim of the sleeves is in contact with a flange of the syringes; b) inserting the tray filled with the syringes into the internal cavity; c) evacuating the internal cavity to a predetermined vacuum pressure such that the flexible film surrounds and clings tightly to the tray and at least portions of the flanges of the syringes holding them firmly in the nesting plate; d) sealing the flexible film such that the predetermined vacuum pressure is generally maintained in the internal cavity e) transporting the sealed flexible film and the syringes; f) inspecting the flexible film to ensure that the film is engaging the tray and at least portions of the syringes indicating that the predetermined pressure is maintained within the internal cavity g) breaking the flexible film to gain access to the syringes; h) removing the tray from the internal cavity; and i) removing the syringes from the tray for introduction onto an assembly line for the introduction of medical products into the syringes.. a) inserting a nesting plate into the tray such that a peripheral edge of the nesting plate is positioned on the lip; and a) inserting the syringes into cylindrical sleeves in the nesting plate such that a top rim of the sleeves is in contact with a flange of the syringes; b) inserting the tray filled with the syringes into the internal cavity; c) evacuating the internal cavity to a predetermined vacuum pressure such that the flexible film surrounds and clings tightly to the tray and at least portions of the flanges of the syringes holding them firmly in the nesting plate; d) sealing the flexible film such that the predetermined vacuum pressure is generally maintained in the internal cavity e) transporting the sealed flexible film and the syringes; f) inspecting the flexible film to ensure that the film is engaging the tray and at least portions of the syringes indicating that the predetermined pressure is maintained within the internal cavity g) breaking the flexible film to gain access to the syringes; h) removing the tray from the internal cavity; and i) removing the syringes from the tray for introduction onto an assembly line for the introduction of medical products into the syringes..
A response method for user-defined touch, wherein the method comprises the following steps: - a mobile terminal acquiring distribution information of gripping positions at least on sides of the mobile terminal when a user is holding the mobile terminal; - determining if an association relation exists between the distribution information of gripping positions and at least one function of the mobile terminal (S602; S703); - if it exists, carrying out at least one function of the mobile terminal (S603; S704), otherwise, do not carry out the at least one function of the mobile terminal, and - if it does not exist: recording the number of times that the user performs gripping at least on sides of the mobile terminal and determining if the number of times exceeds a threshold, and if the threshold is exceeded, stopping the response; if the threshold is not exceeded, returning to acquiring distribution information of gripping positions at least on sides of the mobile terminal. - a mobile terminal acquiring distribution information of gripping positions at least on sides of the mobile terminal when a user is holding the mobile terminal; - determining if an association relation exists between the distribution information of gripping positions and at least one function of the mobile terminal (S602; S703); - if it exists, carrying out at least one function of the mobile terminal (S603; S704), otherwise, do not carry out the at least one function of the mobile terminal, and - if it does not exist: recording the number of times that the user performs gripping at least on sides of the mobile terminal and determining if the number of times exceeds a threshold, and if the threshold is exceeded, stopping the response; if the threshold is not exceeded, returning to acquiring distribution information of gripping positions at least on sides of the mobile terminal.
Method for manufacturing a plastic bottle, in particular a PET bottle, from a preform that has a body closed on one side to which a neck portion with a spout is attached, for which the preform manufactured by a plastic injection method or an impact extrusion method is brought into a mould cavity of a blow mould and is blown by means of a blow nozzle by overpressure according to the mould cavity, the sealing between the blow nozzle and the preform is achieved by an annular, substantially linear contact of the mouth (14, 15) of the blow nozzle with an internal surface on the neck portion of the preform, characterized in that the portion of the internal surface of the neck portion used for the sealing is a cone surface and the contact pressure of the blow nozzle is adjusted in such a manner that its mouth edge is reproduced in the contact area on the cone surface.
Fan cover with an intake device for a pre-cleaning device with an intake connection, wherein the fan cover is arranged between a cooling fan and a radiator, wherein the intake device has an air duct provided on a surface of the fan cover, wherein the air duct runs between a nozzle and an aperture which is arranged on the fan cover in the vicinity of the cooling fan, wherein the pre-cleaning device can be attached to the fan cover in such a manner that the intake connection is directly connected via the nozzle to the air duct, and wherein the negative pressure required for operating the pre-cleaning device is caused by an air flow which is produced in the air duct by means of the cooling fan, characterized in that the air duct is formed by a compression-duct section formed in a first section of the fan cover and by a duct section formed in a duct covering.
A negative active material comprising: a silicon-based alloy, wherein the silicon-based alloy is represented by Si-Fe-M 1, M 1 is at least one selected from lithium (Li), magnesium (Mg), calcium (Ca), titanium (Ti), vanadium,chromium (Cr), manganese (Mn), cobalt (Co), nickel (Ni), copper (Cu), zinc (Zn), yttrium, zirconium (Zr), molybdenum (Mo), indium (In), tin (Sn), boron, carbon, oxygen, and phosphorous, the silicon-based alloy comprises an amorphous Si single phase, a FeSi 2 alpha phase, and a FeSi 2 beta phase, a Cu-Kα X-ray diffraction analysis spectrum of the negative active material has a first diffraction peak generated by the FeSi 2 alpha phase at a diffraction angle 2θ of 17.0° +/-0.5° and a second diffraction peak generated by the FeSi 2 beta phase at a diffraction angle 2θ of 28.7° +/- 0.5°, and an intensity ratio of the second diffraction peak, generated by the FeSi 2 beta phase, to the first diffraction peak, generated by the FeSi 2 alpha phase, is in a range of about 0.2 to about 3.0. a silicon-based alloy, wherein the silicon-based alloy is represented by Si-Fe-M 1, M 1 is at least one selected from lithium (Li), magnesium (Mg), calcium (Ca), titanium (Ti), vanadium,chromium (Cr), manganese (Mn), cobalt (Co), nickel (Ni), copper (Cu), zinc (Zn), yttrium, zirconium (Zr), molybdenum (Mo), indium (In), tin (Sn), boron, carbon, oxygen, and phosphorous, the silicon-based alloy comprises an amorphous Si single phase, a FeSi 2 alpha phase, and a FeSi 2 beta phase, a Cu-Kα X-ray diffraction analysis spectrum of the negative active material has a first diffraction peak generated by the FeSi 2 alpha phase at a diffraction angle 2θ of 17.0° +/-0.5° and a second diffraction peak generated by the FeSi 2 beta phase at a diffraction angle 2θ of 28.7° +/- 0.5°, and an intensity ratio of the second diffraction peak, generated by the FeSi 2 beta phase, to the first diffraction peak, generated by the FeSi 2 alpha phase, is in a range of about 0.2 to about 3.0.
Moon phase display mechanism arranged to cooperate with a timepiece movement, and including an input pinion arranged to make three revolutions, or respectively two revolutions, in 24 hours, and wherein said input pinion drives either directly, or via a friction means, at least one 19-tooth, or respectively 29-tooth, drive pinion (13; 130), and in that a said drive pinion (13; 130) drives a 59-tooth lower wheel bearing a moon disc (150; 1500) with a two-coloured depiction including a lighted area and one, or respectively two, background sky areas, characterised in that said drive pinion (13; 130) drives a 57-tooth or respectively 58-tooth, upper wheel (14; 140), coaxial to said lower wheel and which makes one revolution per day and which includes, on the side of the user, a sky disc with a depiction of the sky and of an off-centre sun, and including an off-centre aperture substantially opposite said sun and through which one part of said moon disc (150; 1500) is visible illustrating the current appearance of the moon.
A modular sole structure, comprising a sole and at least one convex arranged on the sole, wherein an anti-wear block, which is removable and matches with the convex, is mounted at the bottom of the convex near the ground, the anti-wear block comprises an anti-wear pad which contacts with the ground characterized in that it further comprises a fixed fin which is mounted at the periphery of the anti-wear pad and connected with the anti-wear pad, the anti-wear block is removably fixed on the convex by the fixed fin, the amount of the convex is at least two, the convexes comprise a first convex and a second convex, the first convex is removably equipped with a first anti-wear block, the second convex is removably equipped with a second anti-wear block, the thickness of the anti-wear pad in the first anti-wear block is larger than the thickness of the anti-wear pad in the second anti-wear block, or the wear resistance of the anti-wear pad in the first anti-wear block is higher than that of the anti-wear pad in the second anti-wear block.
A DNA vector comprising: (a) DNA encoding an infectious RNA molecule that initiates production of a CHIKV live attenuated virus vaccine in cells; and (b) a eukaryotic RNA polymerase promoter; wherein: (i) the DNA encoding an infectious RNA molecule is operably linked to the RNA polymerase promoter; and (ii) the infectious RNA molecule encodes a chikungunya virus (CHIKV). (a) DNA encoding an infectious RNA molecule that initiates production of a CHIKV live attenuated virus vaccine in cells; and (b) a eukaryotic RNA polymerase promoter; wherein: (i) the DNA encoding an infectious RNA molecule is operably linked to the RNA polymerase promoter; and (ii) the infectious RNA molecule encodes a chikungunya virus (CHIKV). (i) the DNA encoding an infectious RNA molecule is operably linked to the RNA polymerase promoter; and (ii) the infectious RNA molecule encodes a chikungunya virus (CHIKV).
A spray head comprising - a body defining a central axis and further comprising a fixation structure for fixing the spray head to a fluid supply system, - a fluid inlet, directing fluid in a first direction, - a plurality of outlet holes (6, 7, 19, 20, 26, 27) arranged around the central axis, and - a flow path between the inlet and the holes (6, 7, 19, 20, 26, 27), - and wherein the body further comprises an arrangement for holding a fire actuation member, wherein a first set of holes (6, 19, 26) is located in such a way that the fluid is leaving the first set of holes in a second direction opposite to the first direction wherein the angle formed between the first direction of the fluid and the second direction (33, 34) is in the range between 125-175 degrees, wherein the first set of holes (6, 19, 26) is located at a smaller radial distance from the central axis than a second set of holes (7, 20, 27), wherein the first set of holes (6, 19, 26) is located closer to the fluid inlet than the second set of holes (7, 20, 27), and wherein the fluid is leaving the second set of holes (7, 20, 27) in a third direction and wherein the angle formed between the first direction and the third direction is in the range between 89-139 degrees. - a body defining a central axis and further comprising a fixation structure for fixing the spray head to a fluid supply system, - a fluid inlet, directing fluid in a first direction, - a plurality of outlet holes (6, 7, 19, 20, 26, 27) arranged around the central axis, and - a flow path between the inlet and the holes (6, 7, 19, 20, 26, 27), - and wherein the body further comprises an arrangement for holding a fire actuation member,
A subplate mounted valve comprising: a valve body having pilot port; a piston configured to be actuated by fluid from the pilot port; a first control chamber formed in the body; a valve chamber comprising a second control chamber fluidicly coupled to the first control chamber; the valve chamber (22,32) further comprising a pilot chamber fluidicly coupled with the pilot port; a cage coupled to the body and having a supply port, a return port, and a work port; and a spool slidably engaged with the cage and configured to selectively restrict flow between the supply port and the return port by actuation of the piston; a first seal plate disposed between the valve body and the cage to form a sealing surface for the spool in a resting position; and a second seal plate to form a sealing surface for the spool in a fully actuated position characterized in that a first flow restrictor (78,100) is fluidicly disposed between the pilot chamber of the valve chamber (22,90) and the first control chamber configured to restrict flow in at least one direction between the valve chamber (22,32) and the first control chamber and a second flow restrictor is fluidicly disposed between the first control chamber and the second control chamber configured to restrict flow in at least one direction between the first control chamber and the second control chamber. a valve body having pilot port; a piston configured to be actuated by fluid from the pilot port; a first control chamber formed in the body; a valve chamber comprising a second control chamber fluidicly coupled to the first control chamber; the valve chamber (22,32) further comprising a pilot chamber fluidicly coupled with the pilot port; a cage coupled to the body and having a supply port, a return port, and a work port; and a spool slidably engaged with the cage and configured to selectively restrict flow between the supply port and the return port by actuation of the piston; a first seal plate disposed between the valve body and the cage to form a sealing surface for the spool in a resting position; and a second seal plate to form a sealing surface for the spool in a fully actuated position characterized in that a first flow restrictor (78,100) is fluidicly disposed between the pilot chamber of the valve chamber (22,90) and the first control chamber configured to restrict flow in at least one direction between the valve chamber (22,32) and the first control chamber and a second flow restrictor is fluidicly disposed between the first control chamber and the second control chamber configured to restrict flow in at least one direction between the first control chamber and the second control chamber.