408results about How to "Smooth disengagement" patented technology

A sheet feeding cassette, including a main body of the sheet feeding cassette accommodating sheets having a trench; a fence movably attached to the main body configured to define a setting position of the sheets; a fixing portion included in the fence that includes a tooth portion engaging with the trench and turns to substantially perpendicular direction of the moving direction of the fence; a lever portion included in the fence that is possible to move corresponding to the moving direction of the fence and the lever portion configured to rotate the fixing portion by moving of the lever portion.

In a sprocket for a roller chain, the tooth form is such that the distance between the tooth center line and a part of the front tooth surface, at a location on the tooth head side of the pitch line, is greater than the distance between the tooth center line and the front surface of the tooth along the pitch line. The diameter of the tooth gap bottom circle is smaller than the diameter of a tooth gap bottom circle in a sprocket having an ISO tooth form for the same chain.

The invention discloses a flexible membrane liner and substrate separation process for producing a flexible display device. The process includes the steps: (1) producing a flexible membrane liner on a carrier substrate, and treating the juncture of the flexible membrane liner and the carrier substrate to enable some regions to become high-adhesion regions and the rest region to become a low-adhesion region; (2) producing an electronic component on the flexible membrane liner over the low-adhesion region; (3) cutting vertically and downwardly from the flexible membrane liner along the periphery of the electronic component to form a cutting line, wherein the low-adhesion region is located under the cutting line; (4) separating the flexible membrane liner from the carrier substrate. The flexible membrane liner is stably attached to the carrier substrate in the subsequent device production process, and the process is simple in liner and substrate separation, low in cost and rapid and causes no damage to the device.

A vehicle pedal assembly support structure comprises: a bracket to which a pivot shaft for a pedal lever is mounted; a guide member fixed to a vehicle body member other than a dash panel; a fixing mechanism for normally fixing a rear end portion of the bracket to a front end portion of the guide member but disengaging the bracket from the guide member in a vehicle collision; and a relative shift restricting member for restraining the rear end portion of the bracket from relatively shifting in directions other than the rearward direction of the vehicle to the front end portion of the guide member. The guide member is provided with a guide surface for downwardly guiding the bracket moving backward in the vehicle collision to change the posture of the bracket.

The invention discloses an automatic release device of an unmanned aerial vehicle parachute and relates to the technical field of separation and release devices. The automatic release device aims at solving the problem that the automatic release device of the unmanned aerial vehicle parachute in the prior art causes damage to unmanned aerial vehicle equipment easily. The automatic release device comprises a hook, an upper housing, a lower housing, an upper lock cylinder and a telescopic needle. The top end of the hook is connected with the parachute, the bottom end of the hook is connected with the top end of the upper housing, the lower housing is in butt joint with the upper housing, the upper lock cylinder is arranged in the upper housing and the lower housing, an upper shaft is arranged in the top region of the upper lock cylinder, and the position between the upper shaft and the top end of the hook is connected and sleeved with a parachute rope. The telescopic needle is arranged in the upper lock cylinder and located under the upper shaft. One end of the telescopic needle is in clamped connection with the lower housing, the other end of the telescopic needle abuts against the inner wall of the upper housing, and the outer side of the telescopic needle is sleeved with a telescopic needle spring. The automatic release device is mainly applied to manufacturing of unmanned aerial vehicles.

A method for the orbital welding of tubular elements held in abutment comprising the steps of striking an arc at a strike point with an orbital welder between an electrode and a seam formed by a first tubular element and a second tubular element, held in abutment within a fixture; initiating an orbit of said electrode around an abutment of said first tubular element and said second tubular element; adjusting the current of said arc in a pulsed manner from a maximum current to a minimum current at a set frequency, combination of said maximum current and said minimum current forming an average current; decreasing said average current in a generally continuous manner as said orbit of said electrode progresses from said strike point, the rate of decrease of said maximum current having a generally inverse relationship to the rate of increase in temperature experienced by said tubular elements.

A drive device has a spindle drive having a threaded spindle and a spindle nut arranged on the threaded spindle. The spindle drive is configured to drive a first component element and a second component element so as to be axially movable relative to one another. The spindle drive is reversibly rotatably drivable around an axis of rotation extending coaxial to the threaded spindle by a rotatably driven driveshaft arranged in a housing so as to be fixed with respect to rotation. A brake device prevents axially relative movement of the first component element and second component element relative to one another through axial application of force to the first component element and/or second component element.

The invention relates to a jig for positioning a radiating fin so as to assemble the radiating fin, in particular to a jig for positioning a radiator assembly so as to assemble the radiator assembly. The jig comprises a main box body provided with a circuit control device and at least one positioning device for clamping a radiator. The positioning device comprises a concave guide positioning piece, two clamping blocks and two cylinders, wherein the concave guide positioning piece is fixedly locked on the main box body by a screw assembly, and both relative sides of both side walls of the concave guide positioning piece are provided with guide grooves; both corresponding positions of both side surfaces of each clamping block are provided with tenons; the two cylinders are fixedly locked to the relative side surfaces of the guide positioning piece of the clamping blocks respectively and connected to the circuit control device by a wire. The two clamping blocks are pushed by the two cylinders to move face to face or in the opposite direction so that a clamped, positioned or assembled main plate of the radiating fin is smoothly taken out; the jig can be also provided with a plurality of positioning devices for simultaneously positioning and assembling a plurality of radiating fins, thereby saving the assembly time and improving the assembly and manufacture efficiency.

In a chain transmission a standard ISO roller chain meshes with a modified sprocket having a root diameter larger than the root diameter of a standard sprocket designed for use with the standard chain. The angular tooth pitches can be either of two kinds. In a first version, the sprocket has two irregularly distributed tooth pitches, θ−Δθ and θ+2Δθ, there being two tooth pitches θ−Δθ for each tooth pitch θ+2Δθ. In a second version, the sprocket has three angular tooth pitches, θ−Δθ, θ, and θ+Δθ, in equal numbers, also distributed irregularly.

An ejection assembly as shown is used for rapidly ejecting a motherboard (10) from a server chassis (20). The ejection assembly includes a tray (30) for supporting the motherboard, and an ejector (40). A connector (22) is disposed in the chassis. The ejector is pivotally mounted to the tray, and includes an ejecting portion (48) to abut against a front edge of a bottom plate (24) of the chassis when the motherboard is electronically connected to the connector of the chassis. The ejector is pivoted outwardly so that the ejecting portion presses the front edge of the bottom plate to draw the tray outwardly, the motherboard is thereby horizontally and rapidly ejected from the connector of the chassis.

The invention puts forward a vulgaris half-isolated mariculture cages and farming method. The vulgaris half-isolated mariculture cages and farming method achieves vulgaris mode in half-isolated and the phenomenon that the vulgaris is easy to cause cannibalism in traditional culture cages is overcame, and the survival rate of the vulgaris is seriously influenced. The invention completes the cultivation of the vulgaris, by going through selection of breading area, setting of cages, capture of vulgaris offspring seed, development of management, release of bait and acquirement of harvest the processes, among which the container body has semi-closed structure making use of the constructure of the cages and is composed of a mesh enclosure and a attachment plaque. Net layer that is composed of different mesh size is equipped on the external rim and artificial vulgaris in a honeycomb structure configuration is equipped on the surface of the attachment plaque and a isolated panel is equipped on the external rim. The invention has the advantages that vulgaris half-isolated mariculture mode is achieved, the rate of cannibalism is lowered and the survival rate of the vulgaris is improved.

The invention provides a lead frame jumper wire combination device. The lead frame jumper wire combination device comprises a first conveying mechanism, a first turnover mechanism, a second conveying mechanism and a second turnover mechanism. The first conveying mechanism comprises a first storage mechanism and a conveying plate. The first turnover mechanism is arranged at the tail end of the moving direction of the conveying plate; the first turnover mechanism comprises a pair of rotating rods and is used for overturning the frame suckers on the conveying plate by 180 degrees; vent holes are formed in the bottoms of the frame suckers; vent pipes corresponding to the vent holes are arranged on the top surface of the rotating rod; the second conveying mechanism comprises a second storage mechanism and a vacuum pipe, and a pipe valve is arranged on one side of the jumper wire sucker; the vacuum pipe is provided with air suction holes corresponding to each layer of jumper wire suckers of the stack; a transfer plate is movably arranged at the outlet end of the second storage mechanism in the output direction, and the first turnover mechanism is located on one side of the middle section of the moving track of the transfer plate; and the second turnover mechanism is arranged at the tail end of the transfer plate in the moving direction and comprises a rotating block. The automation degree is high, and the production efficiency is greatly improved.

The invention discloses an improved water cup. The improved water cup comprises a water cup body, a plug-in head connected to the water cup body through a wire and a plug-in socket cooperatively connected with the plug-in head; the left side face of the water cup body is fixedly provided with a handle, and the top of the water cup body is provided with a cup cover; the plug-in head is internally provided with a sliding connection groove with an opening facing forwards, a sliding connection strip is slidably installed in the sliding connection groove, the upper and lower end faces of the sliding connection strip are both provided with racks, the upper and lower end walls of the sliding connection groove are internally and symmetrically provided with switching grooves communicated with the sliding connection groove, mounting holes which are communicated with the switching grooves and provided with openings facing leftwards are also up and down symmetrically formed in the plug-in head, aplug shaft is rotatably installed in each mounting hole, gears fixedly connected with the plug shafts are installed in the switching grooves, and an outer ring of each gear extends into the sliding connection groove and is in matched connection with the corresponding rack.

The invention provides a concrete inspection well molding mould with a base. The concrete inspection well molding mould comprises a cylindrical inner die and an outer die; one end of the inner die is provided with a bottom part, and an inspection well molding space forms between the inner die and the outer die; a faucet disk used for supporting concrete material filled in the molding space is arranged between one end of the inner die without the bottom part and corresponding end of the outer die; the faucet disk is fixedly connected with the inner die or the outer die, and one end of the inner die without the bottom part is connected with the outer die through a jacking mechanism. The concrete inspection well molding mould further comprises a bottom tray for pressing the concrete material filled in the molding space and a locking mechanism used for locking the bottom tray on the mould. By adopting the concrete inspection well molding mould, the molding efficiency and production quality of the inspection well are obviously improved.