Fencing Net Post

The present disclosure relates to the technical field of fences, and in particular, to a fencing net post.

A fence includes a fencing net and a fencing net post for supporting the fencing net, where a bottom end of the fencing net post is provided with a ground nail for being inserted into the ground. Lower parts of some fencing net posts are provided with pedals, allowing users to step on and drive the ground nails at the bottom of the fencing net posts into the ground. However, since the pedals have to withstand sudden forces from feet of the users, which may occasionally break the pedals during actual use.

An embodiment relates to a fencing net post, which includes a main body, where the main body is provided with at least two fixing parts which are spaced apart, a ground nail is arranged at a bottom end of the main body, a pedal is arranged at a lower part of the main body, and a reinforcing rib is arranged under the pedal and connected with the pedal and the ground nail.

Referring to, a fencing net post includes a main body, where the main bodyis provided with at least two fixing partswhich are spaced apart, a ground nailis arranged at a bottom end of the main body, a pedalis arranged at a lower part of the main body, and a reinforcing ribis arranged under the pedaland connected with the pedaland the ground nail.

In the fencing net post, the reinforcing ribconnected with the ground nailis arranged under the pedal, effectively improving the structural stability of the pedal, enhancing the impact resistance of the pedal, reducing the risk of damage to the pedal, and helping prolong the service life of the pedal. Moreover, when the fencing net post is inserted into the ground, the reinforcing ribcan be embedded into the ground, restricting lateral movement of the fencing net post relative to the ground. This makes the installation of the fencing net post more stable, and helps prevent loosening of the fencing net post.

In one or more embodiments, a bottom end of the reinforcing ribhas a smaller width than a top end of the reinforcing rib, and the bottom end of the reinforcing ribis an insertion end for being inserted into the ground.

During the process of installing the fencing net post onto the ground, the small contact area of the insertion end generates a greater pressure against the ground, allowing the reinforcing ribto be more easily embedded into the ground, and helping enhance the user experience.

In one or more embodiments, a lower part of the reinforcing ribhas a thickness gradually increasing from bottom to top.

The thickness of the lower part of the reinforcing ribgradually increases from bottom to top, enabling the reinforcing ribto be more easily embedded into the ground.

In one or more embodiments, the reinforcing riband the pedalare of an integrated structure formed integrally.

The integrated structure of the reinforcing riband the pedalcan facilitate the manufacturing of the pedal.

In one or more embodiments, the pedalincludes a mounting partand a pedal partwhich are connected to each other, where the mounting partis connected to the main body, and the reinforcing ribis located under the pedal partand connected with the pedal part.

In one or more embodiments, the pedalis provided with the fixing part.

Arranging the fixing parton the pedalcan make full use of the space of the pedal, helping optimize the arrangement of components of the fencing net post. Moreover, arranging the fixing parton the pedalallows the bottom of a fencing net to be closer to the ground, enhancing the enclosing effect of the fencing net.

In one or more embodiments, the fixing partarranged on the pedalis a first hook, and an opening of the first hook faces downward.

The hook-shaped fixing partis easier to manufacture and allows a user to conveniently attach the fencing net. The downward-facing opening of the first hook helps fix the bottom area of the fencing net effectively and reduces the risk of the fencing net detaching from the first hook.

In one or more embodiments, at least one side of the first hook is provided with a reinforcing protrusionconnected with the mounting part.

The arrangement of the reinforcing protrusioncan enhance the structural stability of the first hook, increase the upper limit of force borne by the first hook, and reduce the risk of damage to the first hook.

In one or more embodiments, the fixing parton the pedaland the pedal partare located at two sides of the mounting partrespectively.

By reasonably arranging the fixing partand the pedal part, it is ensured that the fixing partdoes not interfere the user to step on the pedal part, while still allowing a sufficient space on the pedalto arrange the reinforcing protrusion.

In one or more embodiments, the mounting partis provided with a lower wrapping partwrapping a partial area of the ground nail, and the reinforcing ribis connected to the lower wrapping partand indirectly connected with the ground nailthrough the lower wrapping part.

In one or more embodiments, the pedaland the ground nailare of an integrated structure formed by insert injection molding.

The pedaland the ground nailcan be firmly connected, and the assembly of the fencing net post is simplified as well.

In one or more embodiments, the main bodyincludes a main rod, the ground nailis located under the main rod, and the pedalis provided with an upper wrapping partwrapping a partial area of the main rod.

In one or more embodiments, the pedaland the main rodare of an integrated structure formed by insert injection molding.

The pedaland the main rodcan be firmly connected, and the assembly of the fencing net post is simplified as well.

In one or more embodiments, the main rodis a fiberglass rod.

The main rodmade of fiberglass has many advantages, such as high toughness, resistance to breaking and deformation, and corrosion resistance.

In one or more embodiments, a top end of the main rodis provided with the fixing part, the fixing part is provided with a second hook, and an opening of the second hook faces upward.

In one or more embodiments, the fixing partarranged at the top end of the main rodis sleeved onto the main rod.

The fixing partarranged at the top end of the main rodand the main rodare connected simply and reliably, and can withstand a greater pulling force from the fencing net.

In one or more embodiments, the fencing net post further includes a windproof hookfor connecting a windproof rope, where the windproof hookis arranged on the main rod.

When fixed by the windproof rope, the fencing net post is less prone to loosening.

In one or more embodiments, the windproof hookis detachably mounted on the main rod.

The detachable windproof hooknot only is convenient to maintain and replace, but also enables the user to decide whether to mount the windproof hookaccording to actual needs, helping improve the user experience.

In one or more embodiments, the windproof hookis provided with a plurality of open clipswhich are which are spaced apart from top to bottom, the windproof hookis fixed on the main bodythrough the open clips, and openings of two of the open clipsface in opposite directions.

The windproof hookbeing fixed on the main bodythrough the open clipsmakes installation and removal of the windproof hookconvenient. The openings of the two clipsfacing in the opposite directions enable the windproof hookto be mounted on the main bodymore stably, effectively reducing the risk of the windproof hookaccidentally detaching from the main body.

In one or more embodiments, the windproof hookis slidably arranged along the main rod.

The independent windproof hookcan allow the user to freely adjust the angle at which the windproof rope pulls the fencing net post, further playing a windproof role.

Referring to, Embodiment 1 of the present disclosure is a fencing net post, which is used for supporting a fencing net. The fencing net, together with a plurality of fencing net posts, forms a fence to prevent animals from entering or escaping from the fence.

The fencing net post includes a main body, where the main bodyis provided with at least two fixing partswhich are spaced apart and used for fixing the fencing net, a ground nailis arranged at a bottom end of the main body, a pedalis arranged at a lower part of the main body, and a reinforcing ribis arranged under the pedaland connected with the pedaland the ground nail.

In order to reducing shaking or rotation of the fencing net post inserted into the ground, in one or more embodiments, at least partial area of the reinforcing ribis also inserted into the ground, after the ground nailof the fencing net post is inserted into the ground.

In order to enable the reinforcing ribto be more easily inserted into the ground, a bottom end of the reinforcing ribhas a smaller width than a top end of the reinforcing rib, and the bottom end of the reinforcing ribis an insertion end for being inserted into the ground. The smaller contact area between the insertion end and the ground enables the reinforcing ribto be more easily inserted into the ground. In some embodiments, the overall shape of the reinforcing ribis triangular.

In some embodiments, a lower part of the reinforcing ribhas a thickness gradually increasing from bottom to top, so that the reinforcing ribcan be more smoothly inserted into the ground.

In order to facilitate manufacturing, in some embodiments, the reinforcing riband the pedalare of an integrated structure formed integrally, for example, by integral plastic injection molding, insert injection molding and the like.

The pedalincludes a mounting partand a pedal partwhich are connected to each other, where the mounting partis connected to the main body, and the reinforcing ribis located under the pedal partand connected with the pedal part.

In one or more embodiments, the pedalis provided with the fixing part, and the fixing partarranged on the pedalis a first hook, and an opening of the first hook faces downward.

In order to improve the structural stability of the first hook, in some embodiments, at least one side of the first hook is provided with a reinforcing protrusionconnected with the mounting part. In some embodiments, reinforcing protrusionsconnected with the mounting partare arranged at two opposite sides of the first hook.

The fixing parton the pedaland the pedal partare located at two sides of the mounting partrespectively.

In one or more embodiments, the mounting partis provided with a lower wrapping partwrapping a partial area of the ground nail, and the reinforcing ribis connected to the lower wrapping partand indirectly connected with the ground nailthrough the lower wrapping part. In some embodiments, the pedaland the ground nailare of an integrated structure formed by insert injection molding. In other embodiments, the lower wrapping partis of an insertion hole structure, and a top end of the ground nailis inserted into the lower wrapping part.