打包箱框架结构

Abstract

本实用新型涉及打包箱房屋的技术领域，尤其是涉及一种打包箱框架结构，顶框架和底框架，顶框架包括顶部横梁和顶部纵梁，顶部横梁和顶部纵梁接触位置可拆卸连接有第一连接头，顶部横梁及顶部纵梁上均设置有导流槽，第一连接头的内部设置有第一空腔，第一连接头的底部连接有导水管，顶部横梁及顶部纵梁的端部均固定有导水槽，导水槽经过引流槽插入到第一空腔中，底框架包括底部横梁和底部纵梁，底部横梁与底部纵梁接触的位置可拆卸连接有第二连接头，第二连接头与第一连接头之间连接有立柱，导水管穿过立柱插入到第二连接头中，第二连接头的底部开设有落水孔。本实用新型具有便于对打包箱进行运输和安装，并且雨水不易渗透到打包箱内部的技术效果。

Claims

1. A case frame structure, characterized by: The top frame (1) and the bottom frame (2) are provided. The top frame (1) includes a top crossbeam (11) and a top longitudinal beam (12). The top crossbeam (11) and the top longitudinal beam (12) form the top frame (1). The top crossbeam (11) and the top longitudinal beam (12) are detachably connected to a first connector (4) at their contact positions. Both the top crossbeam (11) and the top longitudinal beam (12) are provided with guide grooves (14). The sidewalls of the first connector (4) that contact the top crossbeam (11) and the top longitudinal beam (12) are provided with flow channels (43) corresponding to the guide grooves (14). The first connector (4) has a first cavity (41) inside. The bottom of the head (4) is connected to a water guide pipe (42), and the ends of the top crossbeam (11) and the top longitudinal beam (12) are fixed with water guide grooves (13). The water guide groove (13) is inserted into the first cavity (41) through the drainage groove (43). The bottom frame (2) includes a bottom crossbeam (21) and a bottom longitudinal beam (22). The bottom crossbeam (21) and the bottom longitudinal beam (22) are detachably connected to a second connector (5). A column (3) is connected between the second connector (5) and the first connector (4). The water guide pipe (42) passes through the column (3) and is inserted into the second connector (5). A drain hole is opened at the bottom of the second connector (5).

2. The container frame structure of claim 1, wherein: Both ends of the top crossbeam (11) and both ends of the top longitudinal beam (12) are fixed with first connecting plates (15). The first connecting plates (15) are fixed to the side wall of the first connector (4). The first connecting plate (15) includes an integrally formed first vertical plate (151), a horizontal plate (152) and a second vertical plate (153). The horizontal plate (152) is located between the first vertical plate (151) and the second vertical plate (153). The first vertical plate (151), the horizontal plate (152) and the second vertical plate (153) form an installation groove (154). The bottom of the water guide groove (13) of the top crossbeam (11) lies in the installation groove (154).

3. The case frame structure according to claim 2, characterized in that: The top beam (11) is provided with a first top groove (113) and a first bottom groove (114). The top of the second vertical plate (153) is located in the first top groove (113), and the bottom of the second vertical plate (153) is located in the first bottom groove (114).

4. The container frame structure of claim 1, wherein: The top and bottom of the column (3) are fixed with a first fixing plate (31), the bottom of the first connector (4) is fixed with a second fixing plate (32), the first fixing plate (31) and the second fixing plate (32) at the top of the column (3) are connected by bolts, the top of the second connector (5) is fixed with a third fixing plate (33), and the first fixing plate (31) and the third fixing plate (33) at the bottom of the column (3) are fixed by bolts.

5. The container frame structure of claim 1, wherein: The bottom crossbeam (21) and the bottom longitudinal beam (22) are both fixed with a second connecting plate (23). The bottom crossbeam (21) has a second top groove (211) and a second bottom groove (212) on its inner sidewall. The second connecting plate (23) includes an integrally formed outer side plate (231) and an inner side plate (232). The top of the inner side plate (232) is inserted into the second top groove (211), and the bottom of the inner side plate (232) is inserted into the second bottom groove (212).

6. The packing box frame structure according to claim 1, characterized in that: A first connecting beam (16) is detachably connected between two parallel top crossbeams (11), and a second connecting beam (17) is detachably connected between two parallel top longitudinal beams (12), with the second connecting beam (17) located above the first connecting beam (16).

7. The case frame structure according to claim 6, characterized in that: Multiple third connecting beams (24) are detachably connected between two parallel bottom crossbeams (21).

Images