Stamping device civil engineering installation level control device and installing method

Abstract

The invention relates to a stamping device civil engineering installation level control device and belongs to the technical field of machine tool equipment. The stamping device civil engineering installation level control device comprises a support embedded plate provided with a grouting hole and a plug welding hole, a leveling anchor bar and a fixing anchor bar, wherein the leveling anchor bar and the fixing anchor bar are welded in the plug welding hole. The invention further discloses an installing method. The installing method comprises the steps of pre-embedding the leveling anchor bar and the fixing anchor bar in concrete and adjusting the leveling anchor bar to be horizontal; aligning the plug welding hole in the support embedded plate to the leveling anchor bar and the fixing anchor bar, placing the support embedded plate, reserving a concrete to-be-cast space under the support embedded plate and adjusting the leveling anchor bar to be horizontal with the support embedded plate; performing plug welding to the support embedded plate, the leveling anchor bar and the fixing anchor bar and cutting off and grinding the portions of the upper end faces of the leveling anchor bar and the fixing anchor bar exposing out of the support embedded plate to be smooth; pouring concrete into the grouting hole in the support embedded plate and filling up the concrete to-be-cast space reserved under the support embedded plate. The design method is clear and definite, the construction control is simple and convenient, and construction faults can be effectively reduced.

Description

technical field [0001] The invention belongs to the technical field of machine tool equipment, and in particular relates to a control device and an installation method for civil installation levelness of stamping equipment. Background technique [0002] The levelness control of the civil installation of stamping equipment in automobile factories has always been a difficult point in the industry. Stamping equipment generally has 4 bearing supports, and the bearing capacity of each support is required to reach hundreds of tons. ￠25mm, the concrete thickness at the support reaches 1500mm. In order to meet the installation requirements of stamping equipment, it is necessary to control the levelness height difference of the buried plate planes of the four supports within 2mm during civil construction, and the levelness tolerance of the buried plate planes of each support is 1000:0.15 (two supports buried The distance between the boards is generally greater than 10m). The const...

AI Technical Summary

Problems solved by technology

The displacement of the buried slab due to the vibration during pouring concrete makes it difficult to control the levelness height difference of the buried slab plane and the levelness tolerance of the buried slab plane of each support, and it is very difficult to remedy any mistakes

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