A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides an indoor fire hydrant convenient to operate. The indoor fire hydrant comprises door plates, wherein a limiting block is fixed at the top end of the surface of one side of each door plate; an opening is formed in each limiting block; a locking mechanism is arranged on the inner wall of the top end of a fire hydrant box; the locking mechanism comprises two locking boxes; the two locking boxes are fixed on the inner wall of the top end of the fire hydrant box; a through hole is formed in each locking box; a sliding groove is formed in each locking box; a special-shaped sliding block is connected in a groove body of each sliding groove in a sliding manner; a limiting hook is fixed on one side of each special-shaped sliding block; and the surface of the top end of each limiting hook is propped against the surface of the bottom end of the corresponding limiting block. According to the indoor fire hydrant, the locking mechanism is matched with a fire hydrant door, the limiting hooks on the special-shaped sliding blocks are driven to slide in guide grooves obliquely formed in the side walls of the sliding grooves, so that the limiting hooks slide back to the bottom ends to contact the limitation of the limiting blocks, and the fire hydrant box is opened.
本发明提供了一种便于操作的室内消防栓，包括有门板，每个所述门板的一侧表面的顶端均固定有限位块，每个所述限位块上均开设有开口，所述消防栓箱的顶端内壁上均设有锁紧机构，所述锁紧机构包括有两个锁紧盒，两个所述锁紧盒均固定于所述消防栓箱的顶端内壁上，且每个所述锁紧盒上均开设有通孔，每个所述锁紧盒内均设有滑槽，每个所述滑槽的槽体内均滑动连接有异形滑动块，每个所述异形滑动块的一侧均固定有限位勾，每个所述限位勾的顶端表面均与对应所述限位块的底端表面相抵接。本发明通过锁紧机构与消防栓门的配合，带动异形滑动块上的限位勾在滑槽侧壁上倾斜设置的导向槽内进行滑动，使得限位勾滑回底端，接触对限位块的限制，打开消防栓箱。
The invention provides an indoor fire hydrant convenient to operate. The indoor fire hydrant comprises door plates, wherein a limiting block is fixed at the top end of the surface of one side of each door plate; an opening is formed in each limiting block; a locking mechanism is arranged on the inner wall of the top end of a fire hydrant box; the locking mechanism comprises two locking boxes; the two locking boxes are fixed on the inner wall of the top end of the fire hydrant box; a through hole is formed in each locking box; a sliding groove is formed in each locking box; a special-shaped sliding block is connected in a groove body of each sliding groove in a sliding manner; a limiting hook is fixed on one side of each special-shaped sliding block; and the surface of the top end of each limiting hook is propped against the surface of the bottom end of the corresponding limiting block. According to the indoor fire hydrant, the locking mechanism is matched with a fire hydrant door, the limiting hooks on the special-shaped sliding blocks are driven to slide in guide grooves obliquely formed in the side walls of the sliding grooves, so that the limiting hooks slide back to the bottom ends to contact the limitation of the limiting blocks, and the fire hydrant box is opened.
本发明提供了一种便于操作的室内消防栓，包括有门板，每个所述门板的一侧表面的顶端均固定有限位块，每个所述限位块上均开设有开口，所述消防栓箱的顶端内壁上均设有锁紧机构，所述锁紧机构包括有两个锁紧盒，两个所述锁紧盒均固定于所述消防栓箱的顶端内壁上，且每个所述锁紧盒上均开设有通孔，每个所述锁紧盒内均设有滑槽，每个所述滑槽的槽体内均滑动连接有异形滑动块，每个所述异形滑动块的一侧均固定有限位勾，每个所述限位勾的顶端表面均与对应所述限位块的底端表面相抵接。本发明通过锁紧机构与消防栓门的配合，带动异形滑动块上的限位勾在滑槽侧壁上倾斜设置的导向槽内进行滑动，使得限位勾滑回底端，接触对限位块的限制，打开消防栓箱。
Indoor fire hydrant convenient to operate
一种便于操作的室内消防栓
ZENG YI (author)
2021-07-09
Patent
Electronic Resource
Chinese