Earth anchor windproof support device for trees

Earth anchor windproof support device for trees:

Background technology:

With the continuous development of urbanization, in order to improve the urban ecological environment and improve the quality of life of urban residents, urban greening has been paid more and more attention. There are more and more full-crown trees for street trees and landscape green plants, which must be supported to prevent lodging before surviving. This measure is especially important in areas with rainy summers and typhoons. Currently, there are three main types of tree supports: well stick strapping supports, welded well steel pipe supports, plastic steel mixed or all steel hoop supports. The above three kinds of support and supported tree poles are all hard contact tight hoops.When the tree pole is long and thick, it will leave imprints after the hard contact tight hoops, and when the tree pole is slightly bent or transplanted, the tree pole is not in the center of the tree hole, which will cause the length required by each side of the support rod is different, resulting in the support rod will be used shorter and shorter and cannot be reused. At the same time, the above support frame, Trees are prone to collapse during typhoons or strong winds because of the lack of ground earth anchors to anchor them in the solid soil. A support device for trees, including an elastic hoop, a support rod and a ground earth anchor, wherein the elastic hoop is provided with at least two wave spring pieces for supporting the tree trunk in the case of leaning and falling. However, the defect of the support device is that the stiffness of the corrugated spring is low, it is easy to be squashed in typhoon weather, and the deformation cannot be completely restored, so it cannot fully support the trees, and the reuse rate is low. The purpose of the utility model is to provide a windproof support device for trees, so as to solve the problem that the tree support device in the prior art is easy to deform and not easy to recover the deformation. In order to solve the above technical problems, the utility model adopts the following technical scheme: