87results about How to "Realize wiring" patented technology

The invention discloses a walking type cable winding and arranging device for a gantry ground rail. The walking type cable winding and arranging device comprises a left ground beam, a right ground beam, a left vertical column and a right vertical column, wherein the left vertical column and the right vertical column are arranged on the left ground beam and the right ground beam. A left idler wheel and a right idler wheel are arranged on the left ground beam and the right ground beam. An inner sleeve is arranged at the top of the left vertical column. An outer sleeve is arranged at the top of the right vertical column. The inner sleeve is sleeved with the outer sleeve. A gear motor is arranged at the upper portion of the outer sleeve. A left bracket and a right bracket are installed on the left vertical column and the right vertical column. A left bracket shaft and a right bracket shaft are arranged on the left bracket and the right bracket. A left tip cone and a right tip cone are arranged at one end of the left bracket shaft and one end of the right bracket shaft. A left motor and a right motor are arranged on the left vertical column and the right vertical column. A pulling pin is arranged at one end of the right bracket shaft, and a gearbox is arranged at the other end of the right bracket shaft and connected with a direct current motor. The walking type cable winding and arranging device has the advantages of being reasonable in structural design, free in cable tray clamping, convenient to use and large in application range, and is widely applied to winding, arrangement, cable defense and equipment matching for a crosslinking unit, an extrusion unit, a continuous curing unit, a cabling unit, an armoring unit, a tray dumping unit and other units of manufacturers for various cables such as wires, electric cables, optical cables and communication cables.

The invention relates to a cable arrangement, discharging and clamping device, which comprises a U-shaped clamping body, wherein the lower part of the clamping body is provided with a connecting stud, the connecting stud is arranged on a worktable, a vertical moving type push plate is horizontally arranged between two vertical columns of the U-shaped clamping body, a spring is arranged in each vertical column, the push plate is supported and floated by the springs in the vertical columns, the upper parts of the vertical columns symmetrically outwards extend to form retaining plate support arms, a retaining plate is arranged in each retaining plate support arm, is horizontally moved from interior to exterior or from exterior to interior, and is controlled by a retaining plate spring to move, each retaining plate spring is arranged in the corresponding retaining plate support arm, a spring pressure block is arranged at the outer end of each retaining plate spring, smooth transition surfaces are respectively arranged at the upper part and the lower end of one end of the inner sides of the two retaining plates, and the inner sides of the two retaining plates can be mutually touched and closed under the action of the retaining plate springs. The cable arrangement, discharging and clamping device has the advantages that the structure is simple and reasonable, the convenience in operation and use is realized, and the cable arrangement and discharging and automatic clamping are realized; after the cable is wound and bundled, only the cable needs to be lifted upwards.

The invention relates to a connection rod type wire winding device which comprises a body. The lower portion of the body is provided with a screw used for installing the body on a worktable. An elastic extrusion sleeve is installed on the upper portion of the body and is in an integral structure. The elastic extrusion sleeve is buckled to all supporting columns on the upper portion of the body. Extrusion pads with cavities are formed on the inner sides of U-shaped grooves among the supporting columns. Corresponding extrusion pads form U-shaped bayonets among the supporting columns. When the wire winding device is used for winding wires, cables are pressed into the U-shaped bayonets of the elastic extrusion sleeve, the extrusion pads are extruded and get close to the inner sides of the supporting columns, the clamped-in cables are tightly clamped and fixed through good elasticity of the elastic extrusion sleeve, the cables are distributed in order, and subsequent winding and binding actions are facilitated. The wire winding device is simple and reasonable in structure, convenient to operate and use, and wire arrangement, wire distribution and automatic clamping can be achieved. After winding and binding, people only need to lift up the cables, and the elastic extrusion sleeve cannot be damaged and can be repeatedly used.

The invention discloses a variable-electrode-distance wire arrangement device for a high-density resistivity method. The device comprises a vehicle body which is provided with a wire clamping box, wherein the wire clamping box is internally provided with a horizontal wire groove and a staple bolt groove, a wire is disposed in the horizontal wire groove in a penetrating manner, and the staple boltgroove is provided with a plurality of staple bolts; an upper end of the staple bolt is in contact with the lower end of the telescopic rod; the telescopic rod is vertically arranged below the cam mechanism, the input end of the cam mechanism is connected with the output end of the speed change mechanism, and the input end of the speed change mechanism is connected with the output end of the driving motor; vertical lifting of the telescopic rod is driven through the cam mechanism, the cam mechanism inputs power through the driving motor and the speed change mechanism, variable-speed motion ofthe cam mechanism is achieved, and variable-speed lifting of the telescopic rod is driven; through variable-speed lifting of the telescopic rod, a distance between the clamping nails buried underground is adjusted in the moving process of the vehicle body, and the structure is simple; wire arrangement of the variable electrode distance can be achieved only by controlling variable speed control ofinput power, and wire arrangement precision and working efficiency are high.

Embodiments of the present invention provide an array substrate and a driving method thereof and a display device. The array substrate includes multiple pixel groups arranged in a matrix form, multiple rows of gate lines arranged transversely which are corresponding to the pixel groups, and multiple columns of first and second data lines arranged longitudinally, wherein each pixel group includes a first pixel unit and a second pixel unit which are located in two adjacent rows; the gate line is connected to the first and second pixel unit in the corresponding pixel group respectively, the first and second data lines are respectively connected with the first and second pixel units in the corresponding pixel group to provide data signals to the first and second pixel units; wherein, the gate lines on the periphery of the pixel units are formed by metal of the same layer.

The invention discloses an automatic splicing device for broken yarns. The automatic splicing device for broken yarns comprises a yarn splicing box, wherein the yarn splicing box comprises an upper box body and a lower box body which are hinged through a hinge, and the front sides of the upper box body and the lower box body are fixedly connected through lock catches; a columnar spinning cavity isformed between the upper box body and the lower box body, the left side of the spinning cavity communicates with a left clamping channel, and the right side of the spinning cavity communicates with aright clamping channel. The lower part of the spinning cavity tangentially communicates with a central air inlet channel. Through the arrangement of the yarn splicing box comprising the upper box body and the lower box body which are hinged to each other and provided with the lock catches, the spinning cavity, the left clamping channel, the right clamping channel, a rubber gasket, the central airinlet channel and an air blowing cylinder, clamping and wiring of doubling threads are achieved, carrying is convenient, and operation is easy and convenient; by arranging the left air inlet channel,the right air inlet channel, a first electromagnetic valve, a second electromagnetic valve and a third electromagnetic valve, doubling threads are blown away into fiber bundles to facilitate .