Equipment backing plate construction method and backing plate machining device therefor

Abstract

The invention provides an equipment backing plate construction method and a backing plate machining device therefor. The equipment backing plate construction method comprises the following steps: S1,determining the specification, size and mounting position of each equipment backing plate; S2, after welding the first equipment backing plate with concrete anchoring steel bars, placing the welded part at a certain mounting position, and then carrying out concentrate construction on an equipment foundation; S3, fixing a set of the backing plate machining device on site, and machining the first equipment backing plate till the equipment mounting precision requirement is met; and S4, dismounting the backing plate machining device, and properly configuring other equipment backing plates according to the elevation of the first equipment backing plate. The backing plate machining device comprises a base, X-axis sliding rails, X-axis lead screw and server motor devices, a Y-axis sliding rail, aY-axis lead screw and server motor device, a Z-axis sliding rail, a Z-axis lead screw and server motor device, and a control system, wherein the X-axis sliding rails, the X-axis lead screw and servermotor devices, the Y-axis sliding rail, the Y-axis lead screw and server motor device, the Z-axis sliding rail, and the Z-axis lead screw and server motor device are arranged on the base. By adoptionof the equipment backing plate construction method and the backing plate machining device provided by the invention, the backing plate maintenance cycle and the construction period are shortened, theequipment backing plate machining precision is guaranteed, and the backing plate construction quality is ensured.

Description

technical field [0001] The invention relates to the field of equipment installation, in particular to a construction method for an equipment backing plate and a backing plate processing device therefor. Background technique [0002] During equipment installation, especially for large-scale equipment or precision equipment, the installation accuracy of the equipment base is required to be high, and the equipment backing plate needs to be seated. The traditional equipment seating method generally uses flattening of the backing plate surface. Then dig a hole on the concrete foundation surface, place a square mold on the upper part of the hole, place the mixed non-shrinkage high-strength grouting material cement in it, and then tamp it, and then place the backing plate to be placed on the top of the tamped cement to continue Tamp or stick it with glue, and constantly adjust the level of the backing plate during the tamping process. When most of the backing plate is embedded in t...

AI Technical Summary

Problems solved by technology

[0002] During equipment installation, especially for large-scale equipment or precision equipment, the installation accuracy of the equipment base is required to be high, and the equipment backing plate needs to be seated. The traditional equipment seating method generally uses flattening of the backing plate surface. Then dig a hole on the concrete foundation surface, place a square mold on the upper part of the hole, place the mixed non-shrinkage high-strength grouting material cement in it, and then tamp it, and then place the backing plate to be placed on the top of the tamped cement to continue Tamp or stick it with glue, and constantly adjust the level of the backing plate during the tamping process. When most of the backing plate is embedded in the cement and the levelness meets the requirements, protect it and maintain it in time. After the seat grout backing plate is well maintained After that, check whether the levelness meets the requirements. The backing plate that meets the requirements is equipped with an inclined backing plate according to the elevation to complete the entire construction process of the backing plate. For the unqualified backing plate with poor level control, it is fixed with cement or glue. If it can’t be dealt with by other methods, and it can’t be processed by grinding and other means, it can only be re-installed. The general method is cumbersome, the curing period of cement is long, and the finished base plate cannot ensure a successful first time, which seriously affects the equipment installation. overall progress

[0003] Public document 1 with the application number of 200710172137.5 discloses a construction method for the backing plate of the backing plate. Grooving is made on the foundation of the equipment, and the mold is set up to carry out the backing plate construction of the equipment. However, the construction of the backing plate requires cement and the maintenance period is long

The public document 2 with the application number 201210258292.X discloses a flat backing board grouting method using a flat ruler and adjusting bolts to adjust multiple backing boards at one time, and then grouting to fix the backing boards. The construction of the backing boards of the equipment can Multiple backing plates are formed at one time, but it is relatively difficult to adjust multiple backing plates at one time. The adjusted backing plates still need to be grouted, and the installed backing plates need to be maintained and the construction of the next process cannot be carried out immediately

The public document 3 with the application number 201611033131.5 discloses a construction device for seat slurry pads. The lower part of the vibrator is equipped with a powerful electromagnet. The problem of low manual vibration efficiency of the equipment seat grout backing plate, but only improves the construction efficiency of the backing plate vibration

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