TH11902A3 - Canvas tent roof beams - Google Patents

Abstract

New request, updated 23/07/2016: Tent roof beams to solve the problem of water pooling on the canvas roof. These beams consist of four metal bars that serve as the tent roof supports. They connect the metal bar attachment points at the top of the tent poles and at the four tent support poles. The beams are composed of eight equally long metal bars, each with its end bent into a hook-like shape. Two bars are joined together using these hooks, one end of which is attached to the attachment point at the top of the tent pole, and the other end is attached to the attachment point at the corner of the tent support pole. This process is repeated for four beams, connecting them to each of the four support poles. When the tent is fully extended, these beams will be taut, creating a structure resembling a roof beam. The pyramid-shaped roof of the tent keeps the canvas taut and at a constant angle, preventing rainwater from pooling on the canvas roof.

Claims (1)

All rights reserved and will not appear on the advertisement page: Revised 08/04/2016 1. Canvas tent roof beams to solve the problem of water pooling on the canvas roof consist of two metal poles to support the weight at the front (5), two metal poles to support the weight at the back (6), the top structure of the tent with two metal rods of equal length (7) welded together in the middle of the metal rods with nuts or screws (8) in a scissor-like shape continuing from the front of the tent to the back of the tent, the middle pole of the tent (9) installed in the top structure of the tent to be used as the top pole of the tent, the upper tent beam metal wire (10), the lower tent beam metal wire (11), the metal wire hooks at the top of the tent pole (12) and the metal wire hooks at the four tent pole stands (13). It has a special feature of having four metal wires which act as canvas tent roof beams. It consists of four upper tent beam metal wires (10) and four lower tent beam metal wires (11) bracing between the metal wire hook devices at the top of the tent poles (12) and the metal wire hook devices at the four tent pole stands (13). The four upper tent beam metal wires (10) and four lower tent beam metal wires (11) are all of equal length. The ends of all the upper tent beam metal wires (10) and lower tent beam metal wires (11) are bent into hook-like shapes at both ends. To assemble the tent roof beams, the two upper tent beam metal wires (10) and the two lower tent beam metal wires (11) are joined together using two bent hook-like ends to connect them. The other end of the upper tent beam metal wires (10) is then hooked onto the hook devices. The metal beams at the top of the tent poles (12) and the other end of the lower metal beam (11) are hooked onto the metal beam hooks at the corners of the tent legs (13). This is done in the same way for four beams, securing them to each of the four corner poles. When the tent is fully extended, these beams are stretched taut to form a pyramid shape on the tent roof. The metal beam hooks at the top of the tent poles (12) consist of four stamped sheet metal pieces attached around the tent poles (9). The metal beam hooks at the top of the tent poles (12) are made from stamped sheet metal in the shape of a right-angled triangle, but the right-angle part is bent to follow the curvature of the tent poles (9) so that the metal beam hooks at the top of the tent poles (12) fit snugly against the tent poles (9). This part is drilled with holes that align with the holes in the tent poles (9) and secured with nuts or screws. Also, the two right-angle arms of the metal beam hooks are secured. The top of the tent pole (12) will also be drilled with a hole, one hole per arm. The position of the hole at the end of the two right-angle arms will be attached to other stamped sheet metal pieces, with the position of the drilled hole in each piece to be used as a hole to attach the upper tent beam (10), which is attached to the top of the pole on all four sides. The device which is used as a hook for the tent beam at the four tent poles (13) is made of flat, rounded metal and has three holes drilled. The first two holes are welded with nuts or screws between the molded plastic (18) at the end of the upper metal section (14) of all four poles. ------------------------------------------------- New request updated 23/07/2016 1. The canvas tent roof beams to solve the problem of water pooling on the canvas roof consist of two metal poles to support the weight at the front (5), two metal poles to support the weight at the back (6), the top structure of the tent with two metal rods of equal length (7) welded together in the middle of the metal rods with nuts or screws (8) in a scissor-like shape continuing from the front of the tent to the back of the tent, the central pole of the tent (9) installed in the top structure of the tent to be used as the tent pole top, the upper tent beam metal wire (10), the lower tent beam metal wire (11), the metal wire hooks at the top of the tent pole (12), and the metal wire hooks at the four tent pole stands (13). It has a special feature of having four metal wires which act as canvas tent roof beams, consisting of four upper tent beam metal wires (10) and four lower tent beam metal wires (11) that are connected between the equipment. The metal hooks for the tent poles at the top (12) and the metal hook devices for the tent poles at the four poles (13) are made up of four upper tent poles (10) and four lower tent poles (11), all of which are of equal length. The ends of all the upper tent poles (10) and lower tent poles (11) are bent into hook-like shapes at both ends. To assemble the tent roof beams, two upper tent poles (10) and two lower tent poles (11) are joined together using two bent hook-like ends to connect them. One end of the upper pole (10) is hooked onto the metal hook device at the top of the tent pole (12), and the other end of the lower pole (11) is hooked onto the metal hook device at the corner of the tent pole (13). This is done in the same way for four poles. To connect the four beams to each of the four corner posts, when the tent is fully extended, these beams are stretched taut to form a pyramid shape over the tent roof. The beam-connecting device at the top of the tent posts (12) consists of four stamped sheet metal pieces attached together around the tent posts (9). The beam-connecting device at the top of the tent posts (12) is made from stamped sheet metal in the shape of a right-angle triangle, but the right-angle part is bent to follow the curve of the tent posts (9) so that the beam-connecting device at the top of the tent posts (12) fits snugly against the tent posts (9). This part is drilled with holes that align with the holes of the tent posts (9) and secured with nuts or screws. In addition, the ends of the two right-angle arms of the beam-connecting device at the top of the tent posts (12) are also drilled with holes, one hole per arm. The position of the holes at the ends of the two right-angle arms is attached to the other stamped sheet metal pieces, so that the position of the holes in each piece is aligned. To be used as a hole to attach the upper tent pole (10), which is the part attached to the top of the poles on all four sides. The device which is used as a hook for the tent pole (13) on all four poles is made of flat, rounded metal and has three holes drilled in it. The first two holes are welded with nuts or screws between the molded plastic (18) and the hook for the tent pole (13). The other hole is used to attach or loop the lower tent pole (11). This hook (13) is installed on the molded plastic (18) at the end of the upper metal pole (14) on all four poles.