Elevator bucket loading type concrete batching plant

Abstract

The invention provides an elevator bucket loading type concrete batching plant. The elevator bucket loading type concrete batching plant structurally comprises an aggregate batching system, a hoisting system, a stirring system, a metering system, a water additive system, an electrical control system and a control chamber. The aggregate batching system is connected with the hoisting system through a belt conveyor. The other end of the hoisting system is connected with the stirring system and the metering system. The water additive system is connected with the metering system. The stirring system is connected with the metering system. The stirring system and the metering system are connected with the control chamber through a ladder. By adopting the elevator bucket loading type concrete batching plant, the occupied area is effectively reduced, the service life of a steel cable is prolonged, a bucket is effectively prevented from deflecting even getting stuck when pulled, the installation speed is high, and the installation safety is high.

Description

technical field [0001] The invention relates to a concrete mixing station, in particular to a concrete mixing station with a lifting bucket feeding method. Background technique [0002] At present, the concrete mixing plant with lifting bucket feeding method on the market has the following deficiencies: [0003] 1. In order to reduce the force of the hoisting wire rope, the inclination angle of the general track is set relatively small (60 degrees), which will result in a relatively large footprint of the equipment; [0004] 2. The hoisting reel is a cylindrical reel with the same diameter, and the hoisting speed of the hoisting bucket is the same no matter whether it is starting or unloading, which results in a large impact force when the hoisting bucket is started and unloaded, reducing the service life of the wire rope; [0005] 3. The current lifting bucket mixing station generally adopts double lifting points for lifting, and the two lifting points are prone to asynchr...

AI Technical Summary

Problems solved by technology

[0003] 1. In order to reduce the force of the hoisting wire rope, the inclination angle of the general track is set relatively small (60 degrees), which will result in a relatively large footprint of the equipment;

[0004] 2. The hoisting reel is a cylindrical reel with the same diameter, and the hoisting speed of the hoisting bucket is the same no matter whether it is starting or unloading, which results in a large impact force when the hoisting bucket is started and unloaded, which reduces the service life of the wire rope;

[0005] 3. The current lifting bucket mixing station generally adopts double lifting points for lifting, and the two lifting points are prone to asynchronous situations, which leads to easy pulling of the hopper during the lifting process, and the pulling of the hopper will cause the hopper to be stuck

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