Automatic horizontal tapered slot type ship elevator of Taiping drum ship box

Abstract

The invention relates to a Taiping drum ship box automatic horizontal slanted-slot type ship lifter which belongs to the technical field of hoisting and conveying machinery. The lifter can surmount large dams constructed for large rivers, and makes sure the ship go smoothly without obstacles. In the lifter, a Taiping drum is used to bear, so that the ship box is balanced automatically. The liftercompletes the traction task by balancing weigh and starting and coordinating a motor, and the interesting tension weight also plays a key role. A slanted-slot is taken as the running channel of the ship box, and the height of the ship box from the ground is a constant value in the whole transfer process. Two sets of operation modes are set to ensure safety; the ship box self balancing principles of the two sets of operation modes are the same, which ensures technical continuity. In particular that a circular arc tooth-shape wheel track system not only provides large-burden capacity, but also ensures that the ship lifter is balanced when stopping at any place of the track. To ensure the stability of the ship box as a ship lock when the ship goes through the ship box, a splayed brake disk set is in particular arranged on the ship box, and the brake disk set can be also used in operation. See the manual for details.

Description

Taiping drum ship box automatic horizontal chute ship lift 1. Technical field: The Taiping drum ship box automatic horizontal chute type ship lift belongs to the field of lifting and transportation machinery, and is a special combination of lifting and transportation machinery. 2. Background technology: From the current types of ship lifts, there are four types of lift-type vertical ship lifts, counterweight vertical ship lifts, inclined-plane ship lifts, and buoy-type ship lifts. Their characteristics are as follows: The lifting vertical ship lift has small lifting weight and high energy consumption, and can cross the dam. Balanced vertical ship lifts and inclined ship lifts have heavy loads and energy savings. They cannot cross the dam, and require little water level fluctuations. Openings must be left below the dam crest elevation, which damages the integrity of the dam. The buoy type ship lift requires small fluctuations in the water level and a small drop between ...

AI Technical Summary

Problems solved by technology

The above shows that these types of ship lifts cannot meet the actual requirements of: large lifting weight, no door opening, adapting to any water level change and large drop between upstream and downstream.

Images