Adjustable high-thrust cable automatic wiring equipment and wiring method
A technology of automatic arranging and high thrust, which is used in thin material handling, conveying filamentous materials, transportation and packaging, etc. Effect
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specific Embodiment approach 1
[0029] Specific implementation mode one: combine Figure 1~Figure 11 This embodiment will be described. This implementation mode provides a specific implementation scheme of an adjustable large-thrust cable automatic routing device. The adjustable high-thrust cable automatic arranging equipment is composed of cable arranging device 1, belt one 2, frame 3, pulley one 4, belt two 5, belt pulley two 6, belt three 7, belt four 8, pulley three 9. Pulley four 10, pulley five 11, speed regulating device 12, hand wheel 13, motor 14, belt five 15, lead screw 16, lifting device 17, fixed limit device 18, spline shaft 19, guide rail 20 , Movable limit device 21, tail end support 22, pulley six 23, belt six 24, hand pulley one 25, pulley seven 26, pulley eight 27, pulley nine 28, pulley ten 29, belt Seven 30 and two hand pulleys 31 are composed, wherein the cable arrangement 1 is fastened on the frame 3 by screws; The power connection is completed through the belt one 2 and the cable a...
specific Embodiment approach 2
[0036] Specific implementation mode two: combination Figure 1~Figure 5 This specific embodiment will be described. This implementation mode provides a specific implementation scheme of an adjustable large-thrust cable automatic routing method. The method for automatically arranging the adjustable high-thrust cables is as follows.
[0037]The cable movement mode is: the motor 14 is powered to work, drives the pulley seven 26 to rotate, drives the pulley nine 28 to move through the belt five 15, and then passes the pulley eight 27, the pulley four 10, the pulley three 9, and the pulley four 8 , belt two 5, pulley one 4 and belt one 2 transmit power to the composite pulley 1-2 of the cable arrangement 1, and the composite pulley 1-2 rotates to make gear two 1-12 and gear one 1-1 rotate , and then drive the synchronous movement of the left-handed helical blade rod 1-15 and the right-handed helical blade rod 1-16; Compress, the guide cap 1-6-3 will move up and be blocked by the...
specific Embodiment approach 3
[0038] Specific implementation mode three: combination figure 1 , figure 2 , Figure 6 , Figure 7 , Figure 10 This specific embodiment will be described. This embodiment provides a specific implementation of a cable drum clamping and lifting positioning method. The method for clamping and lifting the cable drum is as follows.
[0039] The clamping and lifting positioning method is as follows: first place the cable reel in the arc-shaped groove on the lifting plate 17-1, and realize automatic centering in the vertical direction through the arc; shake the hand wheel 13 to drive the spline shaft 19 to rotate , and then drive the spline sleeve 17-9 to rotate, so that the rope 17-5 is wound, thereby pulling the single-headed pin-hole slider 17-6 to move toward each other along the lower rail 17-7, and pushed by the mechanical structure composed of the connecting rod 17-4 The cable reel moves upwards until the cable reel and the tapered axis are at the same height; then sha...
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