Integrated equipment quick aligner and equipment aligning method

Abstract

The invention relates to an integrated and fast equipment alignment device and an equipment alignment method. The integrated and fast equipment alignment device comprises a central sizing iron block, wherein three adjusting lugs are arranged on the periphery of the central sizing iron block in the shape of an isosceles triangle, the adjusting lugs are respectively located at three vertexes of the isosceles triangle, a hole is bored in the center of each of the three adjusting lugs, an adjusting bolt is arranged in each hole in a penetrating mode, an adjusting nut and a fixing nut are screwed on each adjusting bolt in a sleeved mode, the adjusting nuts are located below the adjusting lugs, and the fixing nuts are located above the adjusting lugs. According to the integrated and fast equipment alignment device and the equipment alignment method, materials can be obtained easily, the adjustment is accurate, the working procedures are simple, and the application scope is wide; in addition, when the integrated and fast equipment alignment device and the equipment alignment method are used for installation of equipment, not only can accuracy of the elevation and the levelness of the foundation sizing iron block be guaranteed, but also the integrated and fast equipment alignment device can bear heavy equipment; and moreover, the arrangement is fast, and the cost is low.

Description

technical field [0001] The invention relates to the field of mechanical equipment installation, in particular, the invention relates to an integrated equipment quick aligner and an equipment aligner method. Background technique [0002] The installation of mechanical equipment is the core part of industrial engineering. The quality of mechanical equipment installation directly affects the operation stability and life of the equipment after it is put into production. Alignment and fixed equipment require heavy workload, high labor intensity and high quality requirements. But at present, in the installation and construction of mechanical equipment, the common tools are the combination of flat pad iron-paired oblique shim iron and adjusting the top wire. The combination of flat shim iron-paired oblique shim iron can carry heavy equipment, but paired oblique Alignment of the shims, and after the equipment is placed on the combination of flat shims and pairs of slanted shims, th...

AI Technical Summary

Problems solved by technology

[0002] The installation of mechanical equipment is the core part of industrial engineering. The quality of mechanical equipment installation directly affects the operation stability and life of the equipment after it is put into production. Alignment, fixed equipment, heavy workload, high labor intensity, and high quality requirements

But at present, in the installation and construction of mechanical equipment, the common tools are the combination of flat pad iron-paired oblique shim iron and adjusting the top wire. The combination of flat shim iron-paired oblique shim iron can carry heavy equipment, but paired oblique Alignment of the shims, and after the equipment is placed on the combination of flat shims and pairs of slanted shims, the equipment elevation and levelness need to be fine-tuned again. Due to the heavy weight of the equipment, the adjustment accuracy is limited and the process is complicated; The adjustment accuracy of the jackscrew is high and the adjustment speed is fast, but because the jackscrew thread has to bear the weight of the equipment, the application range of the jackscrew alignment method is narrow

Therefore, the existing installation method has the technical problems of limited adjustment accuracy, complicated process and limited scope of application.

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