Tree stabilizing corrugated board collar

Abstract

The invention discloses a tree stabilizing corrugated board collar, and belongs to the field of gardening accessories. The tree stabilizing corrugated board collar can strength a tree reliably in a time-saving manner. The tree stabilizing corrugated board collar comprises a nut, a collar, a gasket, brackets, top mortars, and pin shafts; the nut consists of two equally divided semi-circular parts; the outer circumferential surfaces of the semi-circles are fixedly connected with hinges; the collar is a cylindrical object and is a layer of soft material which is adhered to the inward surface of the collar; external threads which are matched with the nut are machined in the outer circumferential surface of the upper part of the collar; several groups of the brackets, the pin shafts and the mortar-shaped top mortars which are uniformly distributed on the circumference are arranged on the outer circumferential surface of the lower part of the collar; the nut is in threaded connection with the collar from top to bottom. The tree stabilizing corrugated board collar is applicable to the occasions of garden landscaping.

Description

technical field [0001] The invention relates to garden supplies, in particular to a tree-stabilizing corrugated board bundle cover. Background technique [0002] Most of the newly planted trees need to be reinforced with wooden frames by the garden management department. For thinner and smaller trees or flowers, some do not need to be reinforced because the tree heads are small, and some are fixed with ground piles and tied ropes. For newly planted trees with a diameter at breast height of about 10cm or more, the common method is usually to tie three or four poles obliquely directly to the trunk of the tree, and tie them with iron wires. Or use four short and thin wooden poles to tie the tree trunk into a well-shaped shape at the support point of the tree to clamp the trunk, and then tighten the poles to the bottom, and some use a belt-like tightening belt to wrap around The trunk is tightened and the pole and the trunk are bundled into one body. The ultimate purpose of all...

AI Technical Summary

Problems solved by technology

[0002] Most of the newly planted trees need to be reinforced with wooden frames by the garden management department. For thinner and smaller trees or flowers, some do not need to be reinforced because the tree heads are small, and some are fixed with ground piles and tied ropes. For newly planted trees with a diameter at breast height of about 10cm or more, the common method is usually to tie three or four poles obliquely directly to the trunk of the tree, and tie them with iron wires. Or use four short and thin wooden poles to tie the tree trunk into a well-shaped shape at the support point of the tree to clamp the trunk, and then tighten the poles to the bottom, and some use a belt-like tightening belt to wrap around The trunk is tightened and the pole and the trunk are bundled into one body. The ultimate purpose of all these is to prevent the newly planted trees from swaying or toppling, and to improve the survival rate of the trees; however, the reliability of the above-mentioned methods is not high. , the operation is labor-intensive and time-consuming, and often several people are needed to assist in the reinforcement of each tree. Some poles seem to be well bound and tied up, but they are actually useless. The wind force from different directions on the trees often makes them The trees sway and sway non-stop, fundamentally shake this reinforcement, and cannot effectively support the trunk of the tree. As a result, many newly planted trees are difficult to survive, and a lot of man-hours and binding materials are wasted. A special device is needed to deal with it, it should be able to be operated by one person, it can be reused, and it can be reinforced quickly and efficiently; Chinese patent 2017105296903 (steady tree clamp assembly) discloses an application with the same design purpose, the main part of the device Pallets, etc. are relatively fragmented, and the manufacturing cost is also high. There are some inconveniences in the specific use and operation, and further improvements are needed to meet practical needs.

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