Stable lifting type operating platform for infrastructure construction

Abstract

The invention relates to a stable lifting type operating platform for infrastructure construction. The stable lifting type operating platform for the infrastructure construction comprises a base assembly comprising a base plate and limiting support legs, a guard assembly comprising upright posts, left and right cross rods, a top reinforcing enclosure frame and left and right lifting upright postsprovided with limiting guide grooves, a lifting platform assembly comprising a platform bottom plate, up-down and left-right meshing screw buckles, a lower anti-vibration pad and a guard rail, and a lifting driving assembly comprising a servo motor, a driving gear, left and right driven gears and left and right threaded screw rods, wherein the servo motor is controlled to rotate forwards and reversely as required to drive the driving gear to drive the left and right driven gears engaged with the driving gear to rotate synchronously, so that the left and right threaded screw rods engaged with the driven gears are driven to revolve, the up-down and left-right meshing screw buckles engaged with the left and right threaded screw rods are driven to drive the lifting platform assembly to move upand down stably as a whole, construction operation requirements at different heights are met, the stable lifting type operating platform is reasonable in structure, standard and stable in product, safe and reliable in work, convenient to use and capable of being circulated, is an innovative standard product in the field and has very high practicability.

Description

technical field [0001] The invention relates to the technical field of building construction auxiliary facilities, in particular to a stable lifting operation platform for infrastructure construction. Background technique [0002] In the construction of modern construction projects, there are a large number of construction tasks that need to be carried out at different heights. At present, the method of setting up temporary scaffolding on site is generally adopted, and the construction personnel climb up and down as needed to deal with it. On-site erection and interconnection based on experience, in addition to complicated procedures, labor, materials and labor, and high installation costs, the overall stability is poor, and it is easy to loosen during use, and because the construction personnel are working on it. There are no security facilities around, so it is difficult to guarantee safety. In addition, the appearance of the erected scaffolding is very unattractive and ca...

AI Technical Summary

Problems solved by technology

[0002] In the construction of modern construction projects, there are a large number of construction tasks that need to be carried out at different heights. At present, the method of setting up temporary scaffolding on site is generally adopted, and the construction personnel climb up and down as needed to deal with it. On-site erection and interconnection based on experience, in addition to complicated procedures, labor, materials and labor, and high installation costs, the overall stability is poor, and it is easy to loosen during use, and because the construction personnel are working on it. There are no security facilities around, so it is difficult to guarantee safety. In addition, the appearance of the erected scaffolding is very unattractive and cannot be shifted and used as a whole. Therefore, the overall method is primitive and backward, the structure is not standardized and reasonable, the convenience of use is poor, and there are potential safety hazards , so it is difficult to meet the requirements of high-efficiency, high-quality, safe and civilized, and low-cost construction of modern infrastructure. From the perspective of practicality and economy, it is not ideal

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