TH9548U - A prefabricated boxing ring that can be assembled when needed and disassembled after use. - Google Patents

Abstract

DC60 (29/08/57) A prefabricated boxing ring that can be assembled when needed and disassembled after use. It consists of at least four spaced-apart support posts for connecting at least one removable connecting beam between the posts. At least one connecting beam between the posts can have additional side support posts to reinforce the bottom of the connecting beam while the ends of the connecting beams and the inner connecting beams are connected. There is also an additional removable inner connecting beam between the connecting beams and the inner connecting beams, serving as an inner support for the ring floor while at least one floor plate is in place. The connecting beams between the columns have ends that need to be connected. The inner connecting beam between the columns and the desired connecting end is attached and can be removed from the welding. Between the connecting beams of the columns and the inner connecting beam, there is an additional inner connecting beam that can be removed from the welding. This serves as an inner support beam for the stage platform while at least one stage platform is placed on top.

Claims (1)

1. A prefabricated boxing ring that can be assembled when needed and disassembled after use. It consists of the ring's supporting posts (1), which are at least four posts spaced apart, and on the sides of the posts are holes for the ropes (4) to support the passage of the side ropes (5) to form a barrier during boxing matches. Between the ring's supporting posts (1) there are at least one connecting beam (6), which is a long, round or square tube with its ends connected to each of the ring's supporting posts (1), forming an angled connection to the supporting posts (7) to serve as side supports during boxing matches. Below the connecting beam (6), at least one post can be placed. Side support (10) At least one side support post (10) is placed, which is shorter than the stage support post (1) for connecting to the desired end of the connecting beam between posts (6) and connecting to the desired end of the inner connecting beam (11), forming an angle connection for the side support post (12) for reinforcing the bottom of the connecting beam between posts (6) and the inside of the connecting beam frame (6). There can be an inner support post (14) which is shorter than the stage support post (1) for supporting the connection to the desired end of the inner connecting beam (11), forming an angle connection for the inner support post (15) and the inner connecting beam (11) is a long, round or square tube. One end of the inner connecting beam (11) is connected to the inner support post (10), forming an inner support post angle (12), and the other end of the inner connecting beam (11) is connected to the inner support post (14), forming an inner support post angle (15) to be used as an inner support beam for at least one stage floor slab (9), and the inside of the connecting beam frame between posts (6) can have an inner support post (14) that is shorter than the stage support post (1) to support the connection to the desired end of the inner connecting beam (11), forming an inner support post angle (15), and the inner connecting beam (11) is a long, round or square tube. One end of the inner connecting beam (1) is connected to the inner supporting post (10), forming an angled connection to the side supporting post (12), and the other end of the inner connecting beam (1) is connected to the inner supporting post (14), forming an angled connection to the inner supporting post (15), to serve as an inner support beam for at least one stage floor slab (9). Between the connecting beam between posts (6) and the inner connecting beam (11), there is at least one inner connecting beam (18) which is a long rectangular tube, one end of which is connected to the connecting beam between posts (6), forming an angled connection to the side supporting beam (19), and the other end is connected to the inner connecting beam (11), forming an angled connection to the inner supporting beam (20), to serve as an inner support beam for the stage floor slab (9). It has a unique characteristic: The connection angle of the support posts (7) consists of at least one U-shaped support rail (22) with at least one through hole in the support post fastening rail (23) for one side to be fastened to the side of the stage support posts (1) to support the fastening into the through hole at the end of the beam (24) of the crossbeam (6) on the side to be connected to the stage support posts (1) in a way that allows for the fastening to be secured and detached from the fastening.