High-speed continuous elevator with curved guide rails

Abstract

The invention provides a high-speed continuous elevator with curved guide rails. The high-speed continuous elevator can be used for transportation by adopting a pair of sprockets, a plurality of lifting mechanisms or forks can be arranged according to the need of production, so that the transportation efficiency and the transportation capacity of the goods in the process of continuous lifting andlowering can be greatly improved, the goods can be subject to fast, smooth and efficient lifting conveying, the high-speed continuous elevator also has the advantages of compact overall structure, small occupied space, low maintenance frequency, low maintenance cost and long service life, and the fork made of aluminum alloy is strong in structure and simple in structure, so that the whole operation of the continuous elevator is stabler and more reliable, and the problems that an existing continuous elevator is generally driven by a plurality of sprockets, and has the advantages of large size,large occupation space, insufficiently optimized structure, heavy weight, low transportation capacity, easy wear and tear of the sprockets, easy looseness of the whole structure, short service life and high maintenance cost are solved.

Description

Technical field [0001] The invention relates to a high-speed continuous elevator with curved guide rails. Background technique [0002] With the development of industrial modernization, more and more products are produced using production lines. The elevator is an indispensable equipment in the production line. It mainly realizes the transfer and transportation of semi-finished products or finished products at different heights. [0003] Existing continuous elevators generally use multiple sprockets for transmission. Although they can generally meet the requirements of use, the transmission of multiple sprockets has the disadvantage of inconvenience and inconvenience. It is easy to cause serious wear of the sprocket, thereby reducing its Long service life and increase its maintenance cost, and multiple sprocket transmissions also have a relatively loose overall structure, large volume and easy to cause waste of space resources. However, the forks of traditional continuous elevator...

AI Technical Summary

Problems solved by technology

[0003] Existing continuous elevators are generally driven by multiple sprockets. Although it can roughly meet the requirements of use, the transmission of multiple sprockets has the disadvantage of inconvenient coordination, which is likely to cause serious wear of the sprockets, thereby reducing its performance. service life and increase its maintenance cost, and multiple sprocket drives also have a relatively loose overall structure, large volume and easy to cause waste of space resources

However, the forks of traditional continuous elevators are generally heavy due to their unoptimized structure, resulting in low weight of goods that can be lifted and transported.

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