Rapid efficient central ferry trolley

Abstract

The invention discloses a rapid efficient central ferry trolley and relates to the field of building material transportation equipment. The rapid efficient central ferry trolley mainly aims to meet aprefabricated component large-scale production line and comprises a main trolley and an auxiliary trolley. The main trolley is electrified through a trolley conductor. The main trolley supplies powerto the auxiliary trolley through a spring roller on the main trolley. By means of combination of a locating hydraulic unit and a photoelectric switch at the bottom of the main trolley with a sensing bolt, accurate locating of the walking direction of the main trolley can be achieved, and accurate alignment of the main trolley with each kiln station and each stacking station is achieved. By means of four lifting oil cylinders of the auxiliary trolley, a mold platform can be lifted, six layers of stacked mold platforms with prefabricated components can be carried at one time, the carrying weightcan reach 30 T, it is ensured that the stacked mold platforms are safely and smoothly conveyed to corresponding positions by the auxiliary trolley; and in this way, the labor demand of the prefabricated component production line can be greatly lowered, the earlier stage production and investment cost is lowered, the production efficiency is improved, and more turnover capital is gained for enterprises.

Description

technical field [0001] The invention relates to the field of building material transportation equipment, in particular to a fast and efficient central shuttle. Background technique [0002] With the continuous advancement and development of construction industrialization and housing industrialization, as well as the requirements for building a resource-saving, environment-friendly society, energy conservation and emission reduction, and civilized construction, the country and localities are vigorously promoting prefabricated buildings and prefabricated concrete. The construction of structural engineering has become a hot spot again. Due to the large size and heavy weight of concrete prefabricated components, in the traditional production of prefabricated components, the production processes from mold installation, reinforcement cage and embedded parts installation, concrete pouring and vibration, demoulding steam or water curing are all in the same workshop. location, so th...

AI Technical Summary

Problems solved by technology

Due to the large size and heavy weight of concrete prefabricated components, in the traditional production of prefabricated components, the production processes from mold installation, reinforcement cage and embedded parts installation, concrete pouring and vibration, demoulding steam or water curing are all in the same workshop. location, so that production will take up a lot of space, and for the convenience of production, space for hoisting equipment, concrete pouring equipment, etc. must be left between adjacent molds, and the entire operation process is complicated, especially mold installation, concrete pouring equipment, etc. Processes such as transportation, concrete pouring and vibration, and component product transportation take a lot of time, labor, and power consumption

At present, most of the shuttles with motors are used, but most of them cannot move across the track, and there is also great inconvenience during transportation.

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