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A platform for research: civil engineering, architecture and urbanism
Machining method of machine tail moving tooling rack guiding groove
The invention discloses a machining method of a machine tail moving tooling rack guiding groove. The machining method comprises the following steps that S1, two angle steel and a steel plate are selected, the steel plate is horizontally placed, the two angle steel are symmetrically placed above the steel plate, the upper end face of the steel plate is attached to the lower end faces of the angle steel, and the angle steel are welded with the steel plate; S2, two steel bars with bent hooks at the tail ends are selected, the steel bars with bent hooks at the tail ends are symmetrically and obliquely placed at the female corners of the two angle steel, so that the top ends of the steel bars are attached to the female corners, and the steel bars are welded with the angle steel; and S3, the structures welded by S1 and S2 are embedded in the ground surface layer concrete of a hangar hall, secondary casting is carried out by adopting the micro-expansion concrete, and after the concrete is solidified and hardened, the guide groove of a machine tail moving tooling rack is obtained. According to the machining method, the guide groove of the machine tail moving tooling rack can be installed on the site in the machine library, the structure is stable, the precision is high, the manufacturing is convenient, and the working requirement of the machine tail moving tooling rack can be met.
本发明一种机尾移动工装架导槽的加工方法，包括以下步骤：S1、选取两个角钢和一个钢板，将钢板水平放置，两个角钢对称放置于钢板的上方，钢板的上端面与角钢的下端面贴合，将角钢与钢板焊接；S2、选取两个末端带弯钩的钢筋，将两个末端带弯钩的钢筋分别对称且倾斜的放置在两个角钢的阴角处，使得钢筋的顶端与阴角贴合，将钢筋与角钢焊接；S3、将S1和S2焊接完成的结构埋设在机库大厅地面面层混凝土中，采用微膨胀混凝土进行二次浇注，待混凝土凝结硬化后即得到机尾移动工装架导槽。本发明能够在机库内现场安装机尾移动工装架导槽，结构稳固，精度高，制作方便，能够满足机尾移动工作架的工作需求。
Machining method of machine tail moving tooling rack guiding groove
The invention discloses a machining method of a machine tail moving tooling rack guiding groove. The machining method comprises the following steps that S1, two angle steel and a steel plate are selected, the steel plate is horizontally placed, the two angle steel are symmetrically placed above the steel plate, the upper end face of the steel plate is attached to the lower end faces of the angle steel, and the angle steel are welded with the steel plate; S2, two steel bars with bent hooks at the tail ends are selected, the steel bars with bent hooks at the tail ends are symmetrically and obliquely placed at the female corners of the two angle steel, so that the top ends of the steel bars are attached to the female corners, and the steel bars are welded with the angle steel; and S3, the structures welded by S1 and S2 are embedded in the ground surface layer concrete of a hangar hall, secondary casting is carried out by adopting the micro-expansion concrete, and after the concrete is solidified and hardened, the guide groove of a machine tail moving tooling rack is obtained. According to the machining method, the guide groove of the machine tail moving tooling rack can be installed on the site in the machine library, the structure is stable, the precision is high, the manufacturing is convenient, and the working requirement of the machine tail moving tooling rack can be met.
本发明一种机尾移动工装架导槽的加工方法，包括以下步骤：S1、选取两个角钢和一个钢板，将钢板水平放置，两个角钢对称放置于钢板的上方，钢板的上端面与角钢的下端面贴合，将角钢与钢板焊接；S2、选取两个末端带弯钩的钢筋，将两个末端带弯钩的钢筋分别对称且倾斜的放置在两个角钢的阴角处，使得钢筋的顶端与阴角贴合，将钢筋与角钢焊接；S3、将S1和S2焊接完成的结构埋设在机库大厅地面面层混凝土中，采用微膨胀混凝土进行二次浇注，待混凝土凝结硬化后即得到机尾移动工装架导槽。本发明能够在机库内现场安装机尾移动工装架导槽，结构稳固，精度高，制作方便，能够满足机尾移动工作架的工作需求。
Machining method of machine tail moving tooling rack guiding groove
一种机尾移动工装架导槽的加工方法
XIONG YONGZHI (author) / SUN LONGBIAO (author) / SU HUI (author)
2020-07-03
Patent
Electronic Resource
Chinese
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