TWI458427B - Support construction method and device for tree that fit for trees soil ballscale - Google Patents

Description

Tree supporting construction method and device suitable for tree soil ball specifications

The invention relates to a construction method and a device for supporting trees when planting plants, such as parks, gardens, plazas, public open spaces, pedestrian walkways, exhibition halls, parking lots, shopping malls, plazas, etc., in particular, the use of pedestals And a plurality of tightening members support the construction method and device of the tree.

When trees are planted in parks, gardens, plazas, public open spaces, pedestrian walkways, exhibition halls, parking lots, shopping malls, plazas, etc., the use of wooden piles to support trees is the most standard method. However, traditional methods of supporting trees with stakes have various problems in terms of support strength, tree growth or landscape. In terms of support strength, the piles inserted into the ground have a phenomenon of causing the trees to fall because of insufficient depth. In terms of the growth of trees, some piles destroy the soil balls of planted trees when they are inserted into the ground, which affects the growth of trees. In terms of landscape, when planting trees, it hinders planting. When paying attention to the landscape, the piles are more conspicuous than the planted trees, and affect the landscape.

Taiwan Patent Publication No. 201023732 discloses a supporting construction method for a tree and a supporting construction tool for laying a laying sheet on the ground, and mounting a base for mounting the root basin of the tree on the laying sheet, Place the aforementioned root basin on the base The root pot pressing sheet is placed on the upper surface of the root pot, and the root pot pressing sheet is fixed by the root pot pressing sheet fixing means; wherein the base is connected with four wooden corner posts and the whole is Formed in a frame shape having a substantially square shape, the susceptor is fixed by a susceptor fixing means, and the susceptor holding body is formed by an upper pressing portion that is a portion that presses the susceptor from the upper side and that hangs from both end sides of the upper pressing portion. The base plate pressing sheet fixing means is a binding tape which binds and fixes the root pot pressing sheet by the sheet and the base which are pressed across the root pot.

Japanese Laid-Open Patent No. 05-260862 discloses a device for supporting trees in which a root ball of a tree is placed in a pocket, and the root ball is placed on a frame composed of a plurality of criss-crossed iron pipes, using a binding wire. Around the root ball, the root ball is fixed on the frame.

The present invention has been proposed in order to further improve the known tree supporting construction method and apparatus.

The main object of the present invention is to provide a tree supporting construction method and device suitable for the soil and earth ball specifications, which provides a landscape that is not conspicuous, does not damage the planting soil ball in the growth of the tree, and uses the plural in terms of support strength. The tips of the movable members are respectively driven into the soil forming the side wall of the recess, or are respectively inserted into the fixed structure through the positioning holes of the plurality of movable members through the plurality of nails, thereby stably supporting the soil ball of the tree. .

Another object of the present invention is to provide a tree supporting construction method and device suitable for the soil and earth ball specifications, so that the base and the movable member carrying the soil ball are slidable combination, and can be appropriately adjusted according to the size of the soil ball. It can be applied to a variety of soil balls of different sizes.

Still another object of the present invention is to provide a tree supporting construction method and apparatus suitable for a soil and earth ball specification, and to use a first tightening member and a second tightening member which are easy to adjust the length, so that the tree species having a non-uniform size of the soil ball is also It can be fixed stably.

The tree supporting construction device suitable for the soil and earth ball of the present invention comprises: a base, a plurality of movable members respectively movably coupled to the base; and a plurality of first tightening members, the first tightening member having a a first strip body; one end of the plurality of first strip bodies respectively combining the plurality of movable members; a second tightening member having a second strip body; the second strip body tightening the plurality of strips The other end of the first strip body is configured such that the plurality of first strip bodies are in close contact with the side end surface of the soil ball of the tree, and the second strip body is in close contact with the side end surface and the upper end surface of the soil ball, thereby making the soil The ball is integrated with the base and the plurality of movable members; wherein the tips of the plurality of movable members are respectively driven into the soil forming the side wall of the recess, or respectively passed through the plurality of movable members by a plurality of pins The positioning hole is nailed into one of the fixed structures, and the soil ball is firmly supported.

Wherein the base has a first sleeve portion connected by a plurality of branches; the movable member is provided with a second sleeve portion; the first socket portion and the second socket portion are at least one of a tubular shape; the first The socket portion and the second socket portion are sleeved with each other.

Wherein the movable member is provided with a plate and a body; the second socket is connected to one side end of the plate and extends to the upper end surface of the plate; the second socket is connected to the end of the plate and has a plate An inclined section that is close to the board; the other side end of the board has the tip end and the positioning hole; the block is connected to the second socket portion, and is located at a side close to the side of the board And protruding toward the second socket, and the board is used to hit the board into the soil of the side wall.

Further comprising a plurality of fixing brackets, the fixing frame is placed between the side end surface of the soil ball and the first belt body to prevent the first belt body from falling into the side end surface to destroy the soil ball; a portion of the side end connected to the second socket portion is further connected with a reinforcing sheet; the reinforcing sheet extends upward of the plate to reinforce the strength of the plate; the plurality of first socket portions are disposed in a radioactive symmetric manner; The first belt has a first decomposition section made of a decomposable material or the second belt body has at least one of a second decomposition section made of a decomposable material.

The first tightening member includes a first fastening unit coupled to the first strap body to make the first strap body annular; the end of the first strap body that is annular is sleeved to the second sleeve portion. The second strap sequentially passes through a plurality of other ends of the first strip that are annular; the second tightening member includes a second fastening unit coupled to the second strap; the first strap And the second belt body is respectively made of at least one of a decomposable material.

Wherein the tips of the plurality of movable members are respectively driven into the soil forming the sidewall of the recess; the plurality of movable members are further combined with a plurality of resisting units; the tips of the plurality of movable members are respectively associated with the plurality of resisting units The soil is driven into the side wall forming the pocket, and the plurality of resisting units are used to increase the contact area of the plurality of movable parts with the soil to increase the fixed force of the soil.

The resisting unit has a plate body, three ribs, two guiding grooves and a hole; the three ribs protrude from the front end edge and the two side end edges of the plate body to the upper side of the plate body to increase The strength of the plate body; the two guide grooves are respectively disposed above the plate body, and the plates corresponding to the movable member are oppositely arranged; the holes are disposed on the plate body corresponding to the positioning of the movable member The two guiding slots respectively sleeve the two ends of the plate of the movable member; a screw respectively passes through the positioning hole and the hole is screwed to a nut, so that the movable member is integrated with the resisting unit.

The tree supporting construction method suitable for the soil ball type of the present invention comprises the following steps: (1) respectively, the plurality of movable members are respectively combined with the movable base, and then the tips of the plurality of movable members are respectively driven into the concave portions. (2) placing a soil ball of a tree on the base and the plurality of movable members; wherein the soil ball is placed in the pocket of the land; (3) making a plurality of One end of the first strap of a bundle of tensioning members respectively engages the plurality of movable members, and the second strap of a second tightening member is tightened to the other end of the plurality of first straps to make the first strap The body is closely attached to the side end surface of the soil ball, and the second belt body is in close contact with the side end surface and the upper end surface of the soil ball, so that the soil ball is integrated with the base and the plurality of movable parts, and the support is stable The dirt ball.

In the step (1), the base has a first sleeve portion connected by a plurality of branches; the movable member is provided with a second socket portion; and the first socket portion and the second socket portion have at least one of the second socket portion a tubular member; the first socket portion and the second socket portion are sleeved with each other.

In the step (3), a plurality of fixing frames are respectively placed between the side end surface of the soil ball and the first belt body to prevent the first belt body from falling into the side end surface and destroying the soil ball. .

In the step (3), a first fastening unit of the first tightening member is coupled to the first belt body to make the first belt body annular; the first belt body is annular One end set Connecting the second sleeve portion; the second belt body is sequentially passed through the other ends of the plurality of annular first belt members, and a second fastening unit of the second tensioning member is coupled to the second fastening unit Second belt.

Wherein in the step (1), the plurality of movable members are further combined with the plurality of resisting units; the tips of the plurality of movable members and the plurality of resisting units are respectively driven into the soil forming the side wall of the recess, and utilized The plurality of resistance units increase the contact area of the plurality of movable parts with the soil to increase the fixed force of the soil.

For other purposes and functions of the present invention, please refer to the drawings and the embodiments, which are described in detail below.

1‧‧‧Tree support construction equipment suitable for tree and ball specifications

10‧‧‧ Pedestal

101‧‧‧First set of joints

11‧‧‧Activities

111‧‧‧Second socket

112‧‧‧ board

113‧‧‧ Strengthening film

114‧‧‧Block

115‧‧‧sloping section

116‧‧‧ tip

117‧‧‧Positioning holes

12‧‧‧ Fixing frame

13‧‧‧First bundle of tight parts

131‧‧‧First fastening unit

132‧‧‧First belt

133‧‧‧First decomposition

14‧‧‧Second tightening

141‧‧‧Second fastening unit

142‧‧‧Second belt

143‧‧‧剌轮

144‧‧‧elastic stop

145‧‧‧ teeth

146‧‧‧Second decomposition

15‧‧‧resistance unit

151‧‧‧ board

152‧‧‧ Ribs

153‧‧ ‧ guide slot

154‧‧‧ hole

155‧‧‧ nuts

2‧‧‧ Trees

21‧‧‧ soil ball

211‧‧‧ side end face

212‧‧‧ upper end

3‧‧‧Land

31‧‧‧ recess

32‧‧‧ side wall

(1), (2), (3) ‧ ‧ ‧ Step numbers for the flow chart of the tree support construction method for the soil ball

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a side elevational view of a tree supporting construction apparatus suitable for a soil and earth ball specification according to the present invention.

2 is a top plan view of a tree supporting construction device suitable for a soil and earth ball specification according to the present invention.

Figure 3 is a top plan view of the pedestal-coupled movable member of the present invention.

Figure 4 is a top plan view of the movable member of the present invention.

Figure 5 is a side elevational view of the movable member of the present invention.

Figure 6 is a schematic view of the mounting bracket of the present invention.

Figure 7 is a schematic view of the first fastening unit of the present invention.

Figure 8 is a side elevational view of the second fastening unit of the present invention.

Figure 9 is a top plan view of the resisting unit of the present invention.

Figure 10 is a side elevational view of the resisting unit of the present invention.

Figure 11 is a schematic view of the plate coupling resisting unit of the movable member of the present invention.

Figure 12 is a flow chart of a tree supporting construction method suitable for the soil and earth ball specifications of the present invention.

As shown in Figs. 1 and 2, the present invention is suitable for a tree-supporting construction device 1 for a soil ball type, for fixing and supporting a soil ball 21 of a tree 2 placed in a pocket 31 of the land 3, including a base 10. And a plurality of movable members 11, a plurality of fixed frames 12, a plurality of first tightening members 13 and a second tightening member 14.

As shown in Fig. 3, the susceptor 10 has a plurality of first and abutting portions 101 which are connected in a plurality of phases and are disposed in a radioactive symmetry.

As shown in FIGS. 3, 4, and 5, the movable member 11 is provided with a second socket portion 111, a plate 112, a reinforcing sheet 113, and a block body 114. The second socket portion 111 connects one end of the plate 112 and extends to the upper end surface of the plate 112; the end of the second socket portion 111 connecting plate 112 has an inclined portion 115 which is approached by the upper direction plate 112 of the plate 112. . A portion of the plate 112 connected to one side of the second socket portion 111 is connected to the reinforcing sheet 113; the reinforcing sheet 113 extends upward of the plate 112 to reinforce the strength of the plate 112. The block 114 is connected to the second socket portion 111 at a position close to one end of the plate 112 and protrudes upward from the second socket portion 111. The other end of the plate 112 has a tip end 116 and a positioning hole 117.

As shown in the first, second, and third figures, the second socket portion 111 corresponds to the first socket portion 101. The second socket portion 111 of the embodiment has a tubular shape and can be sleeved on the outer periphery of the first socket portion 101, so that the movable member 11 has a function of sliding and telescopic with respect to the base 10. The first socket portion 101 can also be tubular and sleeved on the outer periphery of the second socket portion 111, so that the movable member 11 has a function of sliding and telescopic with respect to the base 10.

As shown in Fig. 6, the holder 12 has a rectangular shape and has a plurality of elongated holes 121.

As shown in the first, second, and seventh figures, the first tightening member 13 is composed of the first fastening unit 131 in combination with the first belt 132. The second tightening member 14 is composed of a second fastening unit 141 in combination with the second strap 142.

As shown in FIG. 1 , the fixing frame 12 is placed between the side end surface 211 of the soil ball 21 and the first belt body 132 , and is in close contact with the side end surface 211 of the soil ball 21 and the first belt body 132 to avoid the first belt. The body 132 is caught in the side end surface 211 to break the side end surface 211 of the soil ball 21.

As shown in FIG. 8, the second fastening unit 141 has a wheel 143 and an elastic stopper 144. By blocking the teeth 145 of the ratchet wheel 143 by the elastic stopper 144, the ratchet wheel 143 can only be rotated in one direction; when the tail end of the second belt body 142 is pulled, the second belt body 142 will be tightened. When the elastic stopper 144 is disengaged from the position of the tooth 145, the second belt 142 can be quickly changed from the tightened state to the released state; the second fastening unit 141 has the first direction automatically snapping the second belt 142. The function of the second belt 142 can be quickly released, which is a conventional technique.

As shown in Figures 9, 10, and 11, the present invention is suitable for a tree support construction apparatus for a soil ball type, and may further include a plurality of resistance units 15. The resisting unit 15 has a plate body 151, three ribs 152, two guiding grooves 153 and a hole 154. The three ribs 152 are protruded from the front end edge and the both end edges of the plate body 151 toward the upper side of the plate body 151 to increase the strength of the plate body 151. The two guiding grooves 153 are respectively disposed above the plate body 151, and the plates 112 corresponding to the movable member 11 are disposed opposite to each other. The two ends of the plate 112 can be respectively slid into the two guiding grooves 153, so that the two guiding grooves 153 are respectively sleeved on both side ends of the plate 112. The hole 154 is provided in the plate body 151 corresponding to the positioning hole 117 of the movable member 11. When the two guiding grooves 153 respectively sleeve the two ends of the plate 112, the screws 155 are screwed through the positioning holes 117 and the holes 154 respectively by screws. The movable member 11 can be integrated with the resisting unit 15 in an integral manner.

The present invention is suitable for the combined structure of the tree-supporting construction device 1 for the soil ball type and the soil ball 21 of the tree 2, as disclosed in the following tree supporting construction method suitable for the soil ball standard of the present invention.

As shown in the figures 1, 2, 3, 11, and 12, the present invention is suitable for a tree support construction method for a soil ball type, and includes the following steps: (1) a plurality of movable members 11 are respectively movably coupled to the base 10, Then, the tips 116 of the plurality of movable members 11 are respectively driven into the soil forming the side walls 32 of the pockets 31; (2) the soil balls 21 of the trees 2 are placed on the base 10 and the upper end faces of the plurality of movable members 11; Wherein the soil ball 21 is placed in the recess 31 of the land 3; (3) one end of the first strip 132 of the plurality of first tightening members 13 is combined with the plurality of movable members 11, respectively, and the second tight bundle is The second strip 142 of the piece 14 is tightened to the other end of the plurality of first strips 132 such that the first strip 132 abuts against the side end surface 211 of the soil ball 21, and the pressing holder 12 abuts against the side end surface of the soil ball 21. 211, and the second belt 142 is in close contact with the side end surface 211 and the upper end surface 212 of the soil ball 21, and the soil ball 21 is integrated with the base 10 and the plurality of movable members 11 to stably support the soil ball 21.

In the step (1), the plurality of (for example, four) first socket portions 101 of the base 10 are respectively sleeved with the second socket portions 111 of the plurality of (for example, four) movable members 11; When the artificially filled soil is relatively soft, the plate body 112 of the movable member 11 can be further joined to the resisting unit 15. If the soil (e.g., the soil of the unexcavated site) is hard, the plate 112 of the movable member 11 does not need to be coupled to the resisting unit 15.

In the step (3), the first fastening member 131 of the first tightening member 13 is coupled to the first belt body. The first strip 132 is annular in shape; one end of the annular first strip 132 is sleeved to the second sleeve portion 111.

In the step (3), the tail end of the second strip body 142 of the second tightening member 14 is sequentially passed through the other end of the plurality of annular first strip bodies 132 to slightly tighten the first strip body 132. At the other end, the fixing frame 12 is placed between the side end surface 211 of the soil ball 2 and the first belt body 132, and then the second belt body 142 is fixed and tightened by the second fastening unit 141, as shown in FIG. As shown, the second belt body 142 is in close contact with the side end surface 211 and the upper end surface 212 of the soil ball 21, and the first belt body 132 is in close contact with the side end surface 211 of the soil ball 21, thereby simultaneously pressing the fixing frame 12 against the side. The end surface 211 integrally integrates the base 10 with the plurality of movable members 11 and the soil ball 21, and has a function of supporting the soil ball 21.

In the step (1), the block 112 of the movable member 11 is driven into the soil of the side wall 32 of the recess 31 by the block 114 as a striking point. Since the other side end of the plate 112 has a tip end 116 and the second socket portion 111 has the inclined portion 115, the inclined portion 115 of the plate 112 and the second socket portion 111 can be driven into the soil of the side wall 32 with less labor. If the movable member 11 is combined with the resisting unit 15, the plate 112 and the resisting unit 15 are collectively driven into the soil of the side wall 32 of the land 3 to form the recess 31, and the contact area of the movable member 11 and the soil is increased by the resisting unit 15, In order to increase the fixing force of the soil to the movable member 11, the movable member 11 and the base 10 are less likely to be moved to support the soil ball 21 more stably.

In the step (1), the nail can also be driven into the fixing structure 4 through the positioning hole 117 of the plate 112, so that the plate 112 is fixed on the fixing structure 4, as shown in FIG. 3, without the board 112 being hit. Into the soil of the side wall 32, the effect that the base 10 and the plurality of movable members 11 are not easily moved, and the soil ball 21 is more stably supported can be achieved. The fixed structure 4 may be a concrete structure or a metal structure, and if it is a metal structure, the plate 112 is locked to the fixed structure 4 by screws.

The present invention enables the base 10 carrying the soil ball 21 and the movable member 11 to be a slidable combination. Since the movable member 11 is slidable corresponding to the base 10, the tip end 116 of the movable member 11 or the resisting unit 15 is slidably driven into the in-situ ground plate where the side wall 32 constituting the recess 31 is not dug, so that the base 10 is made The movable member 11 is not easily moved, and thus has a stronger supporting strength than placing the soil ball 21 only in the pocket 31.

In the present invention, the first tightening member 13 and the second tightening member 14 which are easy to adjust the length are used, so that the tree species in which the size of the soil ball 21 is not uniform can be stably fixed. Further, since the first belt body 132 and the second belt body 142 having excellent strength are closely attached to the soil ball 21, the soil ball 21 can be stably fixed.

As shown in Fig. 1, the first strip 132 of the side end surface 211 of the binding soil ball 21 of the present invention, or the side end surface 211 of the binding soil ball 21 and the second strip body 142 of the upper end surface 212, respectively, are made of a decomposable material. Formed, or the first strip body 132 and the second strip body 142 respectively have a first decomposition section 133 and a second decomposition section 146 made of a decomposable material, and grow up to the periphery of the pocket 31 at the root of the tree 2 During the period (within 5 years after planting), it does not decompose, and then the first decomposition section 133 and the second decomposition section 146 are gradually decomposed to lose the strength of the first belt body 132 and the second belt body 142, and the soil ball 21 is no longer restrained. Avoid limiting the growth of the roots of the trees 2. With this decomposable material, it is possible to support the tree 2 to the period that it is desired to support. The first belt body 132 and the second belt body 142 may also be made of an inseparable material, respectively.

The tree supporting construction method and device suitable for the soil and earth ball specifications provided by the present invention, the base 10, the plurality of movable members 11, the plurality of fixing frames 12, the plurality of first tightening members 13, the second tightening members 14 and The resistance units 15 are all installed in the pockets 32 of the land 3, and thus are not conspicuous in terms of landscape; since the first belt body 132 is in close contact with the side end surface 211 of the soil ball 21, and the second belt body 132 is in close contact with the soil ball 21 Side end surface 211 and upper end surface 212, The soil ball 21 is integrated with the base 10 and the plurality of movable members 11, so that the planting soil ball 21 is not damaged in the growth of the tree 2; since the tip end 116 of the movable member 11 or the resistance unit 15 is driven without being excavated In the in-situ ground plate constituting the side wall 32 of the recess 31, the base 10 and the movable member 11 are not easily moved, and the support member has a stronger support strength than placing the soil ball 21 only in the recess 31, so that support is provided. It has sufficient strength for strength and can support the soil ball 21 of the tree 2 stably.

The invention can stably support the tree 2 by using only the base 10, the plurality of movable members 11, the plurality of fixing frames 12, the plurality of first tightening members 13, the second tightening member 14, and the plurality of resisting units 15. The earth ball 21 has a less supportive construction tool than the tree-supporting construction method disclosed in the above-mentioned Taiwan Patent Publication No. 201023732, and the supporting construction tool, and the tree-supporting device disclosed in Japanese Laid-Open Patent Publication No. 05-260862, respectively. The cost of supporting construction tools can be saved, and the supporting construction method of trees can be made simpler by having less supporting construction tools, and the time for supporting construction of trees can be saved.

In addition, the pedestal 10 and the movable member 11 carrying the soil ball 21 are slidable combination, and can be appropriately adjusted according to the size of the soil ball 21, and can be applied to a plurality of soil balls 21 of different sizes; The length of the first tightening member 13 and the second tightening member 14 enable the tree species having a non-uniform size of the soil ball 21 to be stably fixed, and are not known as the known tree supporting construction method and apparatus. The present invention has further improved the known tree support construction method and apparatus.

The above descriptions are only examples of the use of the technical content of the present invention, and any modifications and variations made by those skilled in the art using the present invention are within the scope of the patent claimed.

1‧‧‧Tree support construction equipment suitable for tree and ball specifications

10‧‧‧ Pedestal

101‧‧‧First set of joints

11‧‧‧Activities

111‧‧‧Second socket

112‧‧‧ board

113‧‧‧ Strengthening film

114‧‧‧Block

115‧‧‧sloping section

116‧‧‧ tip

12‧‧‧ Fixing frame

13‧‧‧First bundle of tight parts

131‧‧‧First fastening unit

132‧‧‧First belt

133‧‧‧First decomposition

14‧‧‧Second tightening

141‧‧‧Second fastening unit

142‧‧‧Second belt

2‧‧‧ Trees

21‧‧‧ soil ball

211‧‧‧ side end face

212‧‧‧ upper end

3‧‧‧Land

31‧‧‧ recess

32‧‧‧ side wall

Claims (14)

A tree supporting construction device suitable for a tree soil ball specification comprises: a base, a plurality of movable members respectively movably coupled to the base; a plurality of first tightening members, the first tightening member having a first a belt body; one end of the plurality of first belt bodies respectively combining the plurality of movable members; a second tightening member having a second belt body; the second belt body tightening the plurality of the first belt members The other end of the belt body is configured such that the plurality of first belt bodies abut against the side end surface of the soil ball of the tree, and the second belt body is in close contact with the side end surface and the upper end surface of the soil ball, thereby the soil ball and the soil ball The base and the plurality of movable members are integrated; wherein the tips of the plurality of movable members are respectively driven into the soil forming the side wall of the pocket, or the positioning holes of the plurality of movable members are respectively passed through the plurality of pins One of the fixed structures is nailed to support the soil ball more firmly. The tree supporting construction device suitable for the soil and earth ball specification according to the first aspect of the invention, wherein the base has a first socket connected by a plurality of branches; the movable member is provided with a second socket; At least one of the set of the joint and the second sleeve is tubular; the first sleeve and the second sleeve are nested with each other. The tree supporting construction device suitable for the soil ball type according to the second aspect of the invention, wherein the movable member is provided with a plate and a body; the second socket is connected to one side end of the plate and extends to the plate. An upper end surface; the end of the second socket connecting the plate has an inclined section which is close to the board from the upper side of the board; the other side end of the board has the tip end and the positioning hole; the block body is connected to the a second socket located adjacent to the board The position of one side end protrudes upward from the second socket portion, and the board is used to hit the board into the soil of the side wall by using the block as a striking point. The tree supporting construction device suitable for the soil ball type according to claim 3, further comprising a plurality of fixing frames disposed between the side end surface of the soil ball and the first belt body, Preventing the first belt from falling into the side end surface and damaging the soil ball; a side of the plate connected to the second socket is connected with a reinforcing piece; the reinforcing piece extends upward of the plate. Reinforcing the strength of the plate; the plurality of first sockets are in a radioactively symmetric configuration; the first tape body has a first decomposition section made of a decomposable material or the second tape body has a decomposable material At least one of the second decomposition segments made. The tree supporting construction device suitable for the soil ball type according to the fourth aspect of the invention, wherein the first tightening member comprises a first fastening unit coupled with the first belt body, so that the first belt body is looped. One end of the first strip body that is annular is sleeved with the second sleeve portion; the second strip body sequentially passes through a plurality of other ends of the first strip body that are annular; the second bundle The clamping member includes a second fastening unit coupled to the second strap; the first strap and the second strap are respectively made of at least one of a decomposable material. The tree-supporting construction device suitable for the soil ball type according to any one of claims 3 to 5, wherein the tip of the plurality of movable members is selected to be respectively driven into the soil forming the side wall of the recess; The plurality of movable members are further combined with a plurality of resisting units; the tip end of the plurality of movable members and the plurality of resisting units are respectively driven into the soil forming the side wall of the recess, and the plurality of resisting units are used to increase the plurality of The contact area of the moving parts with the soil to increase the fixed force of the soil. A tree supporting construction device suitable for a soil ball type according to claim 6, wherein the resistance unit has a plate body, three rib pieces, two guide grooves and a hole. The three ribs protrude from the front edge and the two side edges of the plate body toward the upper side of the plate body to increase the strength of the plate body; the two guide grooves are respectively disposed above the plate body, corresponding to The plate of the movable member is disposed oppositely; the hole is disposed on the positioning hole of the plate corresponding to the movable member; the two guiding grooves respectively sleeve the two ends of the plate of the movable member; The positioning hole and the hole are screwed to a nut, so that the movable member is integrated with the resisting unit. A tree supporting construction method suitable for a soil ball size specification, comprising the following steps: (1) respectively, a plurality of movable members are respectively combined with a movable base, and then the tips of the plurality of movable members are respectively driven into the side walls forming the recesses. (2) placing a soil ball of a tree on the base and the plurality of movable members; wherein the soil ball is placed in the pocket of the land; (3) making the plurality of first bundles One end of the first strap of the clamping member respectively engages the plurality of movable members, and the second strap of a second tightening member is tightened to the other end of the plurality of first straps, so that the first strap is tight Attaching the side end surface of the soil ball, and the second belt body is in close contact with the side end surface and the upper end surface of the soil ball, thereby integrating the soil ball with the base and the plurality of movable members, and stably supporting the soil ball. The tree supporting construction method suitable for the soil ball size specification according to claim 8 , wherein in the step (1), the base has a first socket connected by a plurality of branches; the movable member is provided with a first a second socket; at least one of the first socket portion and the second socket portion is tubular; the first socket portion and the second socket portion are sleeved with each other. A tree supporting construction method suitable for a soil ball type according to claim 9, wherein the movable member is provided with a plate and a body; the second socket is connected to one side end of the plate and extends to the plate An upper end surface; the end of the second socket connected to the plate has an inclined section which is close to the board from the upper side of the board; the other side end of the board has the tip end and a positioning hole; the block body is connected to the a second socket located adjacent to the board The position of the one end end protrudes upward from the second socket portion, and the board is used as a striking point to drive the board into the soil of the side wall. The tree supporting construction method suitable for the soil ball size specification according to claim 10, wherein in the step (3), the plurality of fixing frames are further placed on the side end surface of the soil ball and the first belt body. Between the two, the first belt is prevented from sinking into the side end surface to destroy the soil ball. The tree supporting construction method suitable for the soil ball type specification according to claim 11, wherein in the step (3), a first fastening unit of the first tightening member is combined with the first belt body The first strip body is annular in shape; one end of the first strip body that is annular is sleeved to the second sleeve portion; and the second strip body is sequentially passed through the plurality of first loops After the other end of the belt body, a second fastening unit of the second tightening member is coupled to the second belt body. The tree supporting construction method suitable for the soil ball size specification according to any one of the items 10 to 12, wherein in the step (1), the plurality of movable members are further combined with a plurality of resistance units; The tips of the plurality of movable members together with the plurality of resisting units are respectively driven into the soil forming the side wall of the recess, and the plurality of resisting units are used to increase the contact area of the plurality of movable members with the soil to increase the soil Fixed strength. The tree supporting construction method suitable for the soil ball size specification according to claim 13 , wherein the resisting unit has a plate body, three rib pieces, two guiding grooves and a hole; the three rib pieces are The front end edge and the two side end edges of the plate body protrude toward the upper side of the plate body to increase the strength of the plate body; the two guide grooves are respectively disposed above the plate body, and the plates corresponding to the movable member are opposite The hole is disposed on the positioning hole of the plate corresponding to the plate; the two guiding slots respectively sleeve the two ends of the plate of the movable member; a screw respectively passes through the positioning hole and the hole is screwed with a screw a cap that combines the movable member with the resisting unit In one.