KR20110049369A - A transplantation-method of construction for huge tree - Google Patents

Abstract

PURPOSE: A tree transplantation method for trees with the large size is provided to safely and simply transplant large size trees to a desired position without damaging roots. CONSTITUTION: A tree transplantation method for trees with the large size comprises the following steps: digging a hole with the pre-fixed depth for forming a soil ball a tree without damaging roots; pruning the roots exposed to the surface of the ground; coating the upper side of the roots with a protective agent; covering the exposed roots with a soil ball protecting frame, and fastening the soil ball protecting frame with a binding string; combining a metal reinforcing frame to the edge of the soil ball; placing a reinforcing bar and fixing the end of the reinforcing bar to the reinforcing frame; and transporting the tree using a crane and a carrier.

Description

A transplantation-method of construction for huge tree}

The present invention relates to a tree transplantation method, and more particularly, to a large tree transplantation method capable of carrying and transplanting a large tree having a large weight to a desired place safely and conveniently without damaging the roots.

     In general, trees are green plants that synthesize solar energy from inorganic to organic matter by fixing solar energy, and supply oxygen to the atmosphere through photosynthesis and nutrient production and carbon assimilation.

     Due to these characteristics, humans have been transplanting plants to grow trees where they are needed by planting naturally growing trees according to their needs.

      In particular, most of the trees directly related to human life, including fruit trees, garden trees, tree trees, and ornamental trees, are finally planted through multiple transplants, and the most important thing in the process of planting trees is the impact on trees. The work must be done while minimizing the damage, especially to minimize damage to the roots.

      Therefore, when transplanting a tree, it is very important to minimize the body weight caused by the rapid environmental change by allowing the soil attached to the tree roots to be moved together.

      In order to protect the roots of trees when transplanting such trees, special measures have been taken to prevent the detachment of soil around the tree roots.

      In other words, in order to use the soil attached to the root to transfer the soil near the root together when transplanting the tree, the soil around the root of the tree is tied with a rope to prevent the detachment of the soil during the transplanting process. The forklift has been used for transplantation with less manpower.

       However, the work of tying the root portion with a string is not only very cumbersome, but when the work of tying the laces is poorly done, there is a problem in that the soil is separated to achieve the desired purpose.

       Therefore, the root part of the tree is tied to the rope by using the rope, including the soil, the rubber band to prevent loosening when moving on the tree to move the tree to prevent the loss of black.

       In addition, a method of transplanting with a bag or cloth wrapped around the root and fixed through a string has been proposed.

       However, this method of transplantation is possible only for early vegetation trees or trees that are not large in size and weight, and there is a great difficulty in transplanting heavy trees more than a few decades old.

In other words, since the soil of the root part of the tree cannot be supported by the string or the rope alone, partial soil is released during the transportation process, causing damage to the root. Therefore, the tree does not grow stably and dies after transplantation. Is generated.

An object of the present invention for solving the above problems is not a general tree, but a large sized and heavy large tree when transplanting the soil, that is, the root part of the roots when transplanted large tree after transplanting by transplantation to be stably transported The purpose is to provide a large-scale tree transplantation method that can provide a stable growth environment.

      Large tree transplant method according to the present invention for achieving the above object, the step of installing a branch around the large tree to be transported; Forming a powder in the form of an inverted triangle by digging a pit having a predetermined depth so that roots are not injured around the tree; Removing unnecessary roots around exposed trees after the process of forming the pit wave powder; Applying a protective agent to the upper part of the minute to protect the root root of the exposed tree; Attaching the protective frame in the form of covering the exposed powdered wood and binding it through a tie so as not to be separated; Coupling a reinforcement frame of a metal material to surround the lower appearance of the wood at the boundary between the wood and the powder; Reinforcing the reinforcing bars in the form of surrounding the minute protection frame, and fixing the ends of each reinforcing frame to the reinforcing frame; Transporting the tree to a place to be transplanted through a crane and a vehicle; Removing the reinforcement frame and reinforcing bars and the like after the process of transplanting the wood; and characterized in that it was included.

Another desirable feature of the present invention is to include a nutrient supply and a wound treatment supply step in the step of rooting the root.

      As expected effects due to the above-described features of the present invention, since it is transported in a state in which the powder is wrapped in rebar and fixed to the reinforcing frame, it is easy to transport and it is possible to reliably block the damage in the transportation process. .

As a result, it is possible to provide a stable planting operation, thereby providing an environment in which large trees can grow stably after transplantation.

       The above object and various advantages of the present invention will become more apparent from the preferred embodiments of the present invention described below with reference to the accompanying drawings by those skilled in the art.

       Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

       1 is a process flow chart of a large tree transplantation method according to the present invention, Figure 2 is a photographic illustration showing a branch planting installation process, Figure 3 is a photographic illustration showing a powder forming process, Figure 4 shows a short root process 5 is an exemplary view showing a nutrient and therapeutic agent supply process, Figure 6 is a photographic illustration showing a min protection frame binding process, Figure 7 is a metal reinforcement frame joining process and reinforcement bar and reinforcement frame and A photographic illustration of an embodiment through a process for fixing the connection of the.

       As shown in the large tree transplant method according to the present invention, first, as shown in the accompanying Figure 2 performs a step of installing the branches around the large tree (1) to be transported.

       That is, by installing the support around the large tree (1) and connecting through the tree (1) and the connecting straps, etc. The fall of the tree (1) that can be generated in the post-process that can be generated, that is, the process of forming powder And to prevent concerns about safety accidents.

       Next, a process of forming the powder 2 in the form of an inverted triangle is carried out so as to prevent the roots from being injured around the tree (see FIG. 3 attached).

       Then, when the flour 2 is completed, unnecessary roots exposed around the exposed tree, i.e., the outer portion of the flour, are cut off, and the short root process is performed (see FIG. 4 attached).

        At this time, since the root of the cut part is inherently injured during the short root process, the wound is applied and the nutrient is applied to the root so that the root is not damaged as a whole (see FIG. 5).

        Next, a process of applying a protective agent on the upper side of the minute to protect the exposed root muscles is performed, which uses a protective agent commonly used.

        Then cover the exposed wood powder (2) using a vinyl or cloth to cover the powder protection frame (3) and perform the process of binding through the rope or other straps so as not to escape (see Figure 6 attached). .

        Through this, it is possible to prevent the minute (2) from being damaged and the space separation between the minute and the trunk.

        However, the following process is further involved because it is not sufficient to support the load.

       That is, as shown in FIG. 7, the process of joining the reinforcing frame 4 of the metal material in the form of wrapping the lower exterior of the tree 1 at the boundary between the tree 1 and the flour 2 is performed. do.

       Next, the reinforcing bar 5 is reinforced in the form of enclosing the powder protection frame 3 surrounding the powder 2, and a step of fixing the end of each steel bar 5 on the reinforcing frame 4 is performed.

       At this time, the fixing of the reinforcing bar 5 and the reinforcement frame 4 may be applied in various ways, but the fixing is performed by welding that can be fixed at the earliest time.

        Of course, it is well known that other fixing methods can be used.

        On the other hand, the method of reinforcing the reinforcing bar (5) can be very various bar, it will be most preferable to be evenly distributed in the horizontal and vertical direction.

        Next, lift the wood (1) through the crane and transportation means and transport it to the place to be transplanted, then dismantle the reinforcement frame (4) and the reinforcing bar (5), complete the transplantation of the wood (1), and post-treatment To perform the process.

        At this time, the post-treatment process means a process similar to the method after completion of normal transplantation, that is, a step of installing a scaffold, a sprinkler, or the like.

       On the other hand, the above-described implantation method of the present invention will be noted that the various processes usually generated in the implantation process are not described in the same way, and those processes are not performed.

       The present invention, as well as the damage of the soil that can occur in the transplantation process, that is, the damage of the powder (2) is not generated at all, as well as transport and transplant the large sized and heavy large trees (1) very stably It is possible to maintain the optimal planting state.

In addition, there is an advantage that can be reused rebar or reinforcement frame.

While the invention has been shown and described with respect to the specific embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined by the appended claims. Anyone with it will know easily.

       1 is a process flow chart of a large tree transplant method according to the present invention

       Figure 2 Figure 5 is a photographic illustration showing a nutrient and therapeutic agent supply process of a large tree transplantation method according to the present invention Photogram showing a branch installation process

        Figure 3 is an exemplary view showing a powder forming process of a large tree transplant method according to the present invention

        Figure 4 is an illustration of a photograph showing a short root process of a large tree transplant method according to the present invention

        Figure 5 is an exemplary view showing a nutritional and therapeutic agent supply process of the large tree transplant method according to the present invention

        Figure 6 is an illustration of a photograph showing the process of binding the minute protection frame of large tree transplantation method according to the present invention

       Figure 7 is a photographic example of an embodiment through a process for fixing the connection between the metal reinforcement frame and the reinforcement bar and reinforcement frame of the large tree transplantation method according to the present invention

Claims (2)

       Installing a branch tree around a large tree to be transported;        Forming a powder in the form of an inverted triangle by digging a pit having a predetermined depth so that roots are not injured around the tree;        A step of rooting unnecessary roots around the exposed tree after completion of the process of forming the pit wave powder;        Applying a protective agent to the upper part of the minute to protect the root root of the exposed tree;        Attaching a powder protection frame in the form of covering the exposed powdered wood and binding it through the binding string so as not to be separated;         Combining the reinforcing frame of the metal material in the form of surrounding the lower appearance of the wood at the boundary between the wood and the powder;         Reinforcing the reinforcing bars in a form surrounding the powder protection frame, and fixing end portions of the reinforcing bars to the reinforcing frames;         Transporting the tree to a place to be transplanted through a crane and a vehicle;          Removing a reinforcing frame and reinforcing bars and the like after the completion of the transplantation process of the tree; large tree transplantation method comprising a.         The method of claim 1,  Large tree transplantation method characterized in that the step of rooting the roots includes a nutrient supply and wound treatment supply process.

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