Double-gear driving type automatic unloading lifting and handling device

Abstract

A double-gear driving type automatic unloading lifting and handling device comprises a bracket assembly, a transport bucket mechanism assembly and a ground transfer vehicle assembly; the transport bucket mechanism assembly is installed on guide slots and racks of the bracket assembly through rollers and gear racks, and the ground transfer vehicle assembly is arranged on transport rails of the bracket assembly; and the bracket assembly is installed on a fixed dam body, a base, a mounting base or other fixtures in a bolted connection mode. The synchronous belt driving type lifting and handling device is stable and reliable in the transport process, and is high in up-and-down handling speed and efficiency; the lifting and handling device does not shake right and left in the lifting process, and is easy to control; and no impact damage to buildings and the like is caused, and the lifting and handling device is low in manufacturing cost, small in size and occupied space, and suitable for long-time promotion and application.

Description

technical field [0001] The invention relates to the field of transportation machinery and equipment, in particular to a double-gear-driven automatic unloading lifting and handling device suitable for places such as dams, houses, and mountains that require long-term transportation of objects. Background technique [0002] Existing technology and many upper and lower transportation devices used in places where long-term transportation of objects such as dams, houses, and mountains are used in the market are usually composed of a bracket body and a steel cable structure. Steel cables pull up and down to move objects, such as common cranes and tower cranes on the roof. These devices are expensive, bulky and occupy a large space, and the application and rental costs are high. They are not suitable for long-term application, and these devices are not targeted for handling. The applicability of the device is not high. If a steel cable is used for lifting, it is easy to shake from s...

AI Technical Summary

Problems solved by technology

[0002] Existing technology and many upper and lower transportation devices used in places where long-term transportation of objects such as dams, houses, and mountains are used in the market are usually composed of a bracket body and a steel cable structure. Steel cables pull up and down to move objects, such as common cranes and tower cranes on the roof. These devices are expensive, bulky and occupy a large space, and the application and rental costs are high. They are not suitable for long-term application, and these devices are not targeted for handling. The applicability of the device is not high. If a steel cable is used for hoisting, it is easy to shake left and right during the hoisting and rising process, which is difficult to control and may even cause impact damage to buildings, etc.

Not suitable for long-term use

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