Gantry crane for mounting equipment

Abstract

The invention provides a gantry crane for mounting equipment. The gantry crane comprises two parallel slide rails, sliding wheels, a support frame, a cross beam and an electric hoist, wherein the foursliding wheels are mounted at the bottom of the support frame, the electric hoist is slidably arranged on the cross beam in the length direction of the cross beam, one end of the cross beam is fixedon the support frame, the other end of the cross beam extends out of the support frame by a preset length, a hoisting space is formed in the support frame, and the electric hoist can slide a hoisted heavy object in a reciprocating mode within the range from the extending end of the cross beam to the hoisting space. The gantry crane for mounting the equipment can be used for movably hoisting heavyobjects at different positions, is small in occupied area and low in cost, can be universally used for hoisting indoor heavy objects, and equipment moving, debugging and mounting is facilitated.

Description

technical field [0001] The invention relates to a lifting device, in particular to a gantry crane used for installing equipment. Background technique [0002] In stainless steel processing workshops, there are a large number of heavy parts or equipment that need to be moved, debugged and installed every day. These parts or equipment have exceeded the weight that a single person can carry, and often require multiple workers to work together. And there is no way to do it manually for the large and overweight heavy objects. With the acceleration of urbanization, all walks of life are gradually realizing semi-automatic mechanization and full-automatic mechanization to reduce labor intensity and improve production efficiency. Many enterprises have begun to introduce lifting devices to achieve mechanical lifting. At present, the commonly used mechanical lifting is Cranes using various driving principles have the advantages of reliable lifting and large bearing capacity. However, ...

AI Technical Summary

Problems solved by technology

[0002] In stainless steel processing workshops, there are a large number of heavy parts or equipment that need to be moved, debugged and installed every day. These parts or equipment have exceeded the weight that a single person can carry, and often require multiple workers to work together. However, there is no way to do it manually for large and overweight heavy objects.

With the acceleration of urbanization, all walks of life are gradually realizing semi-automatic mechanization and full-automatic mechanization to reduce labor intensity and improve production efficiency. Many enterprises have begun to introduce lifting devices to achieve mechanical lifting. At present, the commonly used mechanical lifting is Cranes using various driving principles have the advantages of reliable lifting and large bearing capacity. However, most of these cranes can only fixedly lift heavy objects in one position. At the same time, they occupy a large area and are expensive. They are mostly used for lifting large outdoor equipment. Due to the limitation of limited use area and high cost, this kind of crane is not very common in the indoor workshops of some small and medium-sized enterprises. Therefore, it is necessary to design a lifting device that is suitable for indoors and can lift heavy objects in different positions. , to facilitate the moving, commissioning and installation of equipment

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