Ultrahigh flat plate unit lifting mechanism and method utilizing combined locking

Abstract

The invention discloses an ultrahigh flat plate unit lifting mechanism and method utilizing combined locking, and belongs to the field of transmission mechanisms, the ultrahigh flat plate unit lifting mechanism comprises a driving rod, a driven rod, a locking rod, a sliding lock, a sliding rail and a hydraulic cylinder, after the hydraulic cylinder pushes an ultrahigh flat plate unit to ascend in place, the driving rod completes locking, the sliding lock located on the sliding rail is locked, and the locking rod is locked. Spatial position locking of the ultrahigh flat plate unit is realized; and the locking rod is used for providing stable wind-resistant moment for the ultrahigh flat plate unit. The lifting difficulty of the ultrahigh flat plate unit is solved, the space limitation requirement is met, the strength of the mechanism is improved through the ingenious locking design, and the wind-resistant stability is met.

Description

technical field [0001] The invention relates to the field of transmission mechanisms, and more particularly, to a lifting mechanism and a method for an ultra-high flat panel unit utilizing joint locking. Background technique [0002] In the fields of construction machinery, sanitation machinery, amusement equipment, etc., there will be an ultra-high flat panel unit (such as figure 1 shown) to lift to a certain height, and then lock its spatial position and then perform resident work. figure 1 Among them, a is the angle between the ultra-high flat plate unit and the plumb surface, b is the height of the ultra-high flat plate unit, here is 8 meters, c is the thickness of the ultra-high flat plate unit, here is 0.6 meters, and d is the distance between the ultra-high flat plate unit The height of the bottom surface, here is 1 meter, e is the height from the bottom surface after the ultra-high flat panel unit is lifted into place, here is 1.6 meters, f is the width of the botto...

AI Technical Summary

Problems solved by technology

[0004] To realize the lifting function of the above-mentioned ultra-high flat panel unit, the main difficulties are as follows: 1) The height space from the bottom d is limited; 2) The space locking of the initial state and the lifting state must be satisfied at the same time to ensure the overall force stability of the mechanism; 3) The lifting mechanism must have sufficient strength to meet the needs of the super-high flat panel in the lifting state, and the whole mechanism has good wind resistance stability.

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