Efficient multi-plate-body synchronous positioning type cavity preparation process

Abstract

The invention discloses an efficient multi-plate-body synchronous positioning type cavity preparation process. The efficient multi-plate-body synchronous positioning type cavity preparation process includes the following steps that the surfaces of a bottom plate, a left cavity plate, a right cavity plate and a back cavity plate are cleaned, wherein the left cavity plate, the right cavity plate andthe back cavity plate are connected to the bottom plate; a compound table is arranged in the middle of the bottom plate, and positioning clamping modules are arranged in three directions of the leftcavity plate, the right cavity plate and the rear cavity plate; the left cavity plate, the right cavity plate and the rear cavity plate are fixedly positioned; the connecting positions of the left cavity plate, the right cavity plate and the rear cavity as well as the connecting positions of the left cavity plate, the right cavity plate and the rear cavity with the bottom plate are welded; cleaning is carried out; the positioning clamping modules are removed; and hinges are arranged on the right cavity plate, and a front cavity door is connected. The preparation accuracy and preparation efficiency of a cavity are guaranteed by arranging the combined positioning clamping modules and firmly and synchronously positioning and welding the required positioning plates.

Description

technical field [0001] The invention relates to the technical field of mechanical processing, specifically, it shows a high-efficiency multi-plate synchronous positioning cavity preparation process. Background technique [0002] Such as figure 1 The cavity 100 shown includes a base plate 101, a left cavity plate 102 connected to the base plate 101, a right cavity plate 103, and a rear cavity plate 104. The left side plate 102 is connected to the front cavity door 105 through a hinge, and the cavity body 100 The processing method is welding. The welding method at this stage is to spot-weld the positioning angle plates for positioning the left cavity plate 102, the right cavity plate 103, and the rear cavity plate 104 on the base plate 101, and then place the left cavity plate 102, the right cavity plate The plate 103 and the rear cavity plate 104 are spot-welded and fixed to the positioning angle plate, and the left cavity plate 102, the right cavity plate 103, and the conne...

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Problems solved by technology

[0002] like figure 1 The cavity 100 shown includes a base plate 101, a left cavity plate 102 connected to the base plate 101, a right cavity plate 103, and a rear cavity plate 104. The left side plate 102 is connected to the front cavity door 105 through a hinge, and the cavity body 100 The processing method is welding. The welding method at this stage is to spot-weld the positioning angle plates for positioning the left cavity plate 102, the right cavity plate 103, and the rear cavity plate 104 on the base plate 101, and then place the left cavity plate 102, the right cavity plate The plate 103 and the rear cavity plate 104 are spot-welded and fixe

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