This technology relates to a wire clamp for intersecting pipes, and more specifically, to a wire clamp designed to enhance the structural integrity of greenhouse frames by securing the intersection points of the longitudinal and transverse pipes that form the base structure. According to the present invention, a metal wire of a predetermined length is bent into a specific shape to form a loop capable of wrapping around and securing multiple intersecting longitudinal and transverse pipes. By forming a hemispherical cross-sectional structure, a spherical surface capable of resisting external stress and a flat surface that expands the contact area with the pipe exterior are formed along the longitudinal direction. By bending the middle section into an "∩" shape, a first compression section is formed, curved to wrap around and press down on the upper circumference of the upper longitudinal pipe. By bending the middle portions of both longitudinal ends extending in the same direction into a "∪" shape, a second compression section is formed, curved to wrap around and lift/secure multiple points on the lower circumference of the lower transverse pipe. The terminal ends of both longitudinal sides extending from the first compression section are bent to face each other and overlap in a parallel row, and by bending them into an "∩" shape, a third compression section is formed, curved to further wrap around and press down on another part of the upper circumference of the longitudinal pipe.
Existing solutions in this field had structural and functional limitations that required improvement.
This technology is a wire clamp for intersecting pipes that can be applied to related industries to enhance performance and efficiency.
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