Water chamber partition lifting device

Abstract

The invention discloses a water chamber clapboard hoisting device which comprises a clamping hoisting hook and an anti-falling hoisting hook which are connected with each other through ropes, wherein the clamping hoisting hook is clamped at one end of the linear edge of a water chamber clapboard; the anti-falling hoisting hook is clamped at one end of the arc edge of the water chamber clapboard. The clamping hoisting hook at the upper part presses the water chamber clapboard according to the lever principle, and the anti-falling hoisting hook at the lower part carries the weight of the water chamber clapboard, so that accidental falling failure of the water chamber clapboard during high-altitude operation is prevented, and the safety of hoisting of the water chamber clapboard is effectively guaranteed. The water chamber clapboard hoisting device is easy to manufacture, convenient to clamp, flexible in operation, low in operation amplitude, safe and reliable, can be repeatedly used, and can meet the hoisting requirement on various water chamber clapboards within a bearing range.

Description

technical field [0001] The invention relates to a lifting device for a partition plate of a water chamber. Background technique [0002] Water chamber partition 11 (such as figure 1 Shown) As the main component in the primary circuit of the lower head of the evaporator, its installation and protection work is a problem that needs to be considered at all times. In view of the previous process of installing the water chamber partition 11 to the lower head 22 of the evaporator (such as figure 2 As shown), scratches and strains were produced when the surface of the water chamber partition 11 was clamped, and the water chamber partition 11 could not be effectively prevented from slipping out of the sling when turned over and lifted, resulting in certain potential safety hazards. Therefore, it is necessary to find an effective solution, which can not only protect the lifting without damaging the surface of the product parts, but also avoid safety accidents during transshipment ...

AI Technical Summary

Problems solved by technology

In view of the previous process of installing the water chamber partition 11 to the lower head 22 of the evaporator (such as figure 2 As shown), when the surface of the water chamber partition 11 is clamped, scratches and strains are generated, and the water chamber partition 11 cannot be effectively prevented from falling out of the lifting gear when it is flipped and lifted, resulting in certain potential safety hazards

Therefore, it is necessary to find an effective solution, which can not only protect the lifting without damaging the surface of product parts, but also avoid safety accidents during transshipment due to the limitation of the installation position

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