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A platform for research: civil engineering, architecture and urbanism
Lead protection treatment method of radiation-proof door lock
The invention belongs to the technical field of door lock mounting and particularly discloses a lead protection treatment method of a radiation-proof door lock. The method comprises the steps that perforating work is performed in a door lock mounting position in a door; a lead plate is mounted on the inner side of a perforated hole, a flow channel in the shape of two concentric squares is formed in the solid lead plate, and then a frame with an open top end and bottom end is clamped into the solid lead plate; by perforating the lead plate, one end of a radiation-proof lock body is made to penetrate through the lead plate hole, the radiation-proof lock body is fixed into the frame through bolts, and the top end of the frame is sealed by locking a cover plate; and a positioning plate is clamped in between the hole in the door and the rectangular frame, and molten lead is poured into the flow channel through holes in the positioning plate and fills up to the same height as the positioningplate along the flow channel. According to the lead protection treatment method of the radiation-proof door lock, the molten lead fills more compact, the radiation-proof effect is better, in addition, operation is easy, the molten lead makes no contact with the lock body, and the risk of damaging the lock body is lowered.
本发明属于门锁安装技术领域，具体公开了一种防辐射门锁的铅防护处理方法，在门上的门锁安装位置进行打孔工作；在打出的孔洞内侧安装有铅板，在实心铅板上开设回型的流动槽，再通过在实心铅板上卡入顶端和底端开口的框体；通过在铅板上打孔，再将防辐射锁体的一端通过铅板孔，通过螺栓将防辐射锁体固定在框体内，通过锁紧盖板，将框体的顶端密封；通过在门上的孔洞和矩形框体之间卡入定位板，通过定位板上的孔洞将铅液注入到流动槽内，沿着流动槽填充到与定位板相同高度，该防辐射门锁的铅防护处理方法，使得铅液填充的更加紧密，防辐射效果更好，而且操作简单，不会使铅液接触到锁体，降低了锁体受到损坏的风险。
Lead protection treatment method of radiation-proof door lock
The invention belongs to the technical field of door lock mounting and particularly discloses a lead protection treatment method of a radiation-proof door lock. The method comprises the steps that perforating work is performed in a door lock mounting position in a door; a lead plate is mounted on the inner side of a perforated hole, a flow channel in the shape of two concentric squares is formed in the solid lead plate, and then a frame with an open top end and bottom end is clamped into the solid lead plate; by perforating the lead plate, one end of a radiation-proof lock body is made to penetrate through the lead plate hole, the radiation-proof lock body is fixed into the frame through bolts, and the top end of the frame is sealed by locking a cover plate; and a positioning plate is clamped in between the hole in the door and the rectangular frame, and molten lead is poured into the flow channel through holes in the positioning plate and fills up to the same height as the positioningplate along the flow channel. According to the lead protection treatment method of the radiation-proof door lock, the molten lead fills more compact, the radiation-proof effect is better, in addition, operation is easy, the molten lead makes no contact with the lock body, and the risk of damaging the lock body is lowered.
本发明属于门锁安装技术领域，具体公开了一种防辐射门锁的铅防护处理方法，在门上的门锁安装位置进行打孔工作；在打出的孔洞内侧安装有铅板，在实心铅板上开设回型的流动槽，再通过在实心铅板上卡入顶端和底端开口的框体；通过在铅板上打孔，再将防辐射锁体的一端通过铅板孔，通过螺栓将防辐射锁体固定在框体内，通过锁紧盖板，将框体的顶端密封；通过在门上的孔洞和矩形框体之间卡入定位板，通过定位板上的孔洞将铅液注入到流动槽内，沿着流动槽填充到与定位板相同高度，该防辐射门锁的铅防护处理方法，使得铅液填充的更加紧密，防辐射效果更好，而且操作简单，不会使铅液接触到锁体，降低了锁体受到损坏的风险。
Lead protection treatment method of radiation-proof door lock
一种防辐射门锁的铅防护处理方法
ZHOU SHENGLEI (author)
2020-09-11
Patent
Electronic Resource
Chinese
IPC:
E05B
LOCKS
,
Schlösser
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