JP2990372B2 - Scaffolding unit and continuous scaffold assembling method using the same - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial application field) The present invention mainly enables a scaffold used for building construction to be assembled very easily and minimizes a space for storage. The present invention relates to a scaffold unit to be reduced and a continuous scaffold assembling method using the same.

(Prior Art) Conventionally, a scaffold used in building a building has been disclosed in Japanese Patent Publication No. Sho 62-500252 as a scaffold unit that can be easily assembled and reduces the space for storage. An assembling method has been proposed.

This scaffold unit forms a rectangular frame having two vertical supports, and one side is pivotally supported so as to be swingable with a plurality of scaffold plates arranged in parallel between the vertical supports. The two corner portions of the sides of these scaffolding plates opposite to the supporting shafts are connected in a smooth state by two interlocking vertical struts, and the plurality of scaffolding plates are linked by the interlocking vertical struts. These scaffolding plates are formed so as to be able to swing in an interlocking manner, and these scaffolding plates are fixed to the vertical supports of the frame body with fixing bolts so that they can not swing at the position where they are swung to substantially horizontal, and fixed at that position It is formed in such a manner.

Therefore, if the interlocking vertical rod is moved up and down as appropriate, all the scaffolding boards interlock and move to a state almost parallel to the frame,
Alternatively, since it operates so as to stand upright at a right angle, it can be easily assembled and the space for storage can be reduced.

(Problems to be Solved by the Invention) However, the scaffold unit thus formed has the following problems.

That is, (a) the scaffold plate pivotally supported on the vertical support is fixed in a horizontal state, but the shaft support portion of the scaffold plate is fixed only with fixing bolts, so the strength is weak. (B) At the time of fixing, the fixing bolts are inserted and fixed to the shaft support part and the vertical support of each scaffold, so that it takes time to assemble. (C) Connecting the scaffold units in parallel In this case, since the columns are simply arranged side by side and the columns are fixedly connected to each other, the connection must be made using a specially formed connecting tool or a wire or the like, so that the work is troublesome. Problem: (d) When the interlocking vertical struts are moved upward to move the scaffolding boards all together to reach a state almost parallel to the frame, the interlocking vertical struts will move relative to the vertical struts of the frame. It will be shifted upward, In stacking or the like during paid, the deviation was correspondingly interlocking longitudinal struts cumbersome and jumped upward, lack of stability problems during stacking, there is equal.

In view of the above-described problems and the like, the present invention mainly enables a scaffold used for building a building to be easily assembled with good operability and saves space for storage. It is an object of the present invention to provide a scaffold unit that can be minimized and a method for assembling a continuous scaffold using the scaffold unit.

(Means for Solving the Problems) According to the present invention, a base frame having at least two vertical struts, and two outermost vertical struts of the base frame are each provided with an appropriate number of horizontal members via a horizontal member. At least a part of one side is pivotally supported between the two front vertical columns that are pivotally supported to open in a double-opened manner and the two outermost vertical columns of the base frame, and are swingable in a parallel state. It consists of an appropriate number of scaffold boards arranged, and these scaffold boards are swung until they are arranged substantially horizontally,
The above-mentioned problem is solved by a scaffold unit formed so as to be able to be locked and fixed to one or both of the opened vertical support and the horizontal member, and at that time, the scaffold plate has a substantially rectangular shape. In the position where the two vertical columns are opened so that the horizontal members are substantially at right angles to the base frame, the horizontal columns are engaged with one or both of the vertical columns and the horizontal members. It is formed so as to be able to be fixed and fixed, and has a plurality of scaffolding plates, and each side opposite to one side pivotally supported is connected in a smooth state by an appropriate number of interlocking vertical rods. A plurality of scaffolding plates are linked to each other by an interlocking vertical rod so as to be able to interlock and swing, and in that case, a vertical support,
Or, the above-mentioned vertical support, or any one of the interlocking vertical rods, or a plurality, or all, to solve the above-described problems by being formed to be connectable in the vertical direction, respectively. On the other hand, in a method of assembling a continuous scaffold using a scaffold unit, a base frame having at least two vertical struts, and an appropriate number of horizontal members on each of two outermost vertical struts of the base frame. At least a part of one side is pivotally supported between two front vertical columns that are pivotally supported so as to open in a double-opening manner and two outermost vertical columns of the base frame body. It consists of an appropriate number of scaffolding boards, and in a position where each of these scaffolding boards is swung until they are arranged substantially horizontally, either the opened vertical support column or one or both of the horizontal members To form a plurality of sets of scaffolding units In this scaffolding unit, the two vertically extending vertical struts are opened and the scaffold plate is swung to lock and fix to the opened vertically extending vertical struts or one or both of the horizontal members. The connecting frame body having two connecting vertical bars, and at least a part of one side is supported between the connecting vertical bars of the connecting frame body in a parallel state. Forming a connecting scaffolding unit composed of an appropriate number of scaffolding boards arranged to be swingable, disposing the connecting scaffolding unit between the assembled plural sets of scaffolding units, and connecting the connecting vertical rods of the connecting scaffolding unit. , And fixed to either the vertical support of the scaffolding unit arranged on both sides or the open vertical support of the forwardly extending vertical support. In the rocking position until the vertical support of the scaffold unit, or In order to solve the above-described problem, the scaffolding plate of the scaffolding unit is substantially rectangular, and is fixed to the base frame body. At the position where the two vertical columns are opened so that the material is substantially at a right angle, the vertical columns are formed so that they can be locked and fixed to one or both of the horizontal members, and The scaffolding unit has a plurality of scaffolding plates, and each of the sides opposing one of the pivotally supported sides is connected in a smooth state with an appropriate number of interlocking vertical rods. Are linked by the interlocking vertical rods so that they can be interlocked and swing.When assembling the scaffolding unit, an appropriate number of interlocking vertical rods are moved in the vertical direction, so that the scaffold plate is interlockingly swung and locked. By assembling, furthermore, in that case, the connecting scaffold unit has a plurality of scaffold plates. Each side opposite to the swingably supported one side is connected in a smooth state by an appropriate number of interlocking vertical rods, and a plurality of scaffolding plates are linked by the interlocking vertical rods. By being formed to be swingable,
This is to solve the above-mentioned problem.

(Function) In the scaffold unit according to the present invention, first, the two front vertical columns are opened. Then, the scaffold plate is swung, and the scaffold plate is assembled by locking and fixing it to one or both of the opened vertical support or the horizontal member.

At that time, the scaffold plate is formed in a substantially rectangular shape, and at the position where the two vertical extension columns are opened so that the horizontal members are substantially perpendicular to the base frame, the vertical extension columns, or the horizontal If it is locked and fixed to one or both of the members, a total of four pillars, two front vertical pillars and two vertical pillars, are arranged at each corner of the rectangular scaffold plate and assembled. .

Also, the scaffold plate has a plurality of scaffold plates, and each side opposite to one side pivotally supported is connected in a smooth state by an appropriate number of interlocking vertical rods, and the plurality of scaffold plates are connected. If the interlocking vertical rod is formed in a link shape so as to be interlockable and swingable, by moving the interlocking vertical rod up and down, all the scaffolding boards interlock and descend to a state almost parallel to the vertical support, or , Act to stand at right angles.

Furthermore, in that case, a vertical support, or a front vertical support,
Or any one or more of the interlocking vertical rods,
Alternatively, all are formed so that they can be connected in the vertical direction,
Each is connected and each scaffold unit is assembled upward.

Then, a plurality of such scaffold units are assembled and arranged in parallel. On the other hand, a connecting frame having two connecting vertical bars, and at least a part of one side between the connecting vertical bars of the connecting frame is provided. Forming a connecting scaffold unit composed of an appropriate number of scaffold plates pivotally supported and swingably arranged in a parallel state, disposing the connecting scaffold unit between the plurality of assembled scaffold units, and connecting The connecting vertical rod of the scaffolding unit is fixedly connected to one of the vertical supports of the scaffolding unit arranged on both sides thereof, or the open vertical protruding vertical support, and in this state, the scaffold plate of the connecting scaffolding unit is fixed. , At a position where each has been swung until it is arranged substantially horizontally, the vertical support of the scaffold unit, or
By connecting and fixing to one of the open vertical pillars in the open state, a scaffold that is long and horizontally connected is formed.

An embodiment of the present invention will be described below with reference to the drawings.

That is, reference numeral 1 shown in the drawing denotes a base frame body, which has a vertical support 2 composed of at least two pipes, and these vertical supports 2 are connected by a plurality of horizontal rods 3 to form a square.

Then, an appropriate number of each of the two outermost vertical columns 2 of the base frame 1, and in the case of the drawing, three each of the horizontal members 4, are each substantially perpendicular to the vertical column 2, The vertical support 2 is pivotably supported in the circumferential direction of the vertical support 2, and each of the horizontal support members 4 is provided with a front vertical support 5 having the same length as the vertical support 2, in parallel with the vertical support 2. To each other. Thereby, the vertical support column 5 is attached to the base frame 1 via the horizontal member 4 so as to open like a double door. At that time, a reinforcing rod 6 is obliquely mounted on each horizontal member 4 from the vertical column 2 and the front vertical column 5 to reinforce each horizontal member 4.

On the other hand, between the two outermost vertical pillars 2 of the base frame 1, an appropriate number, in the illustrated case, three square scaffold plates 7, one side of each side member 4 at the position of each horizontal member 4. At least a part, in the case shown in the figure, three scaffolding plates 7 are pivotally supported at both ends, and are swingably arranged in a parallel state.

Then, these scaffolding plates 7 are at the positions where they have been swung until they are arranged substantially horizontally, and the opened vertical support 5 or one of the horizontal members 4 in that state or Both are formed so as to be locked and fixed. In a specific locking state, for example, hooks (not shown) are provided at both ends of a side opposite to one side of the scaffold plate 7 which is pivotally supported,
A hook portion 10 having a U-shaped cross section for hooking is formed on the front vertical support 5, and the hook is locked at a position where the scaffold plate 7 is swung until the scaffold plate 7 is arranged substantially horizontally. It is locked and fixed. At this time, if the scaffolding plate 7 is rectangular, the two vertically extending columns are opened at a position where the two vertically extending columns are opened so that the horizontal member 4 is substantially perpendicular to the base frame 1, or It is locked and fixed to one or both of the horizontal members.

And the three scaffolding plates 7 arranged in this manner are the first
As shown in FIG. 2 and FIG. 3, each of the sides opposing the one side pivotally supported is slidably connected by an appropriate number of interlocking vertical rods 9, and three Vertical rod 9 interlocking scaffold plate 7
Are formed so as to be able to swing in conjunction with each other.
At this time, it is assumed that the length of the interlocking vertical rod 9 only reaches all three scaffolding plates 7, and the lengths of the vertical struts 2 and the protruding vertical strut 5 are different between the scaffolding plates 7 arranged in parallel. The interval is set so that the worker can only stand up and walk, and at least a length that allows the worker to stand up and walk upward from the position of the uppermost scaffold plate 7, and the lowermost scaffold plate 7 is removed from the ground. The length should be long enough to be arranged at a certain distance.

Then, when the worker walks on each scaffold plate 7, he can walk in a standing state. Moreover, the scaffold plate 7
When the interlocking vertical rod 9 is moved upward by setting the width in the forward tilting direction to allow the worker to pass through, the interlocking vertical gap 9 is linked by the scaffold plate 7 as described above. Moves closer to the vertical support 2, and simultaneously swings the three scaffolds 7 upward together with the vertical support 2.
In this state, the interlocking vertical rod 9 does not protrude above the vertical support 2. .

At this time, the connection of the scaffold plate 7 and the interlocking vertical rod 9 in the smooth state may be directly connected to the scaffold plate 7, but, for example, the support rod 8 is fixed to the lower surface of the scaffold plate 7 as shown in the figure. At the same time, the supporting rod 8 is pivotally supported on the base frame 1 so as to be freely swingable, and the linking vertical rod 8 is connected to the tip of the supporting rod 8, so that the supporting strength of the scaffold plate 7 can be increased. .

The storage of the scaffold unit S thus formed is first performed.
By moving the interlocking vertical rod 8 upward, the three scaffolding plates 7 all reach the vertical column 2 side, and then the front vertical column 5 is brought close to the base frame 1 side by closing. It can be folded to the state shown in FIG. Therefore, when stored, it is almost thin enough to look like a plate, and when assembled, it becomes a scaffolding unit S having four columns.

At this time, if the hanging bracket 13 is fixed to the lower surface (back surface) of the uppermost scaffold plate 7, it can be lifted by the hook 15 of the crane via the wire 14 or the like. In addition, if the vertical support 2 and the front vertical support 5 are formed by pipes, and the connecting portions 12 are formed at the upper ends thereof so as to form a spigot joint, the scaffold units S can be stacked upward and assembled. it can. In this case, if the length of the interlocking vertical rod 9 is the same as one or both of the vertical support 2 and the vertical support 5, a connecting portion is also provided at the upper end of the interlocking vertical rod 9. It may be formed.

Further, as another embodiment, for example, as shown in FIG.
Are arranged above the respective scaffold plates 7 when the scaffold plates 7 are leveled. With this protective handrail 16, it is possible to prevent a worker walking on the scaffold plate 7 from falling. . Further, the protection handrail 16 has a single rod hung laterally. Instead of this protection handrail 16, although not shown, a protection rod appropriately provided in a crooked shape is attached for preventing fall (not shown). Is also good. By doing so, it is possible to fulfill the role of reinforcing the vertical support columns 5.

Similarly, as another embodiment, as shown in FIG.
When the base frame 1 is arranged on the building side under construction, by attaching a protection net 17 made of a wire net or the like to the entire base frame 1, falling objects from the structure are placed on the scaffold plate 7. It can be protected from hitting the workers.

On the other hand, as shown in FIG. 6, the connecting member 12 provided at the upper end of the vertical support 2 and the front vertical support 5 has a connecting portion 12 provided so as to always protrude by a resilient force of a spring or the like. If the locking claws 18 are provided, when the scaffold units S are connected upward and assembled, the connecting portions 12 can be prevented from being pulled out, so that reliable connection can be achieved.

In the thus assembled scaffolding unit S, the worker may be allowed to walk directly on the scaffolding plate 7. In practice, however, as shown in FIG. When a worker walks on the scaffold plate 7 by placing it on the scaffold plate 7, when the scaffold units S are connected in parallel in the horizontal direction, even if there is a slight step Since it can be covered by the wooden scaffolding board 19, it is possible to ensure the safety when transporting the building materials and walking the workers.

In this case, instead of the wooden scaffolding plate 19, a square scaffolding connecting plate having the same width as the scaffolding plate 7 or a slightly narrower width is arranged between the scaffolding units S (not shown), The connecting scaffolds may be connected to the scaffolds 7 so that the scaffolding units S are connected to each other in the scaffold. In this case, a plurality of connecting hooks (not shown) are provided on the end surface of the connecting scaffold plate, and the connecting hooks are hooked on the cross members 4 of the respective scaffold units S, so that the scaffold units S are connected to each other on the scaffold. You may make it connect. At this time, a notch is appropriately provided on the side of the scaffold plate 7 so that the connecting hook can be easily hooked on the horizontal member 4, which is convenient.

In order to connect the thus formed scaffold units S in parallel in the lateral direction, the following procedure is performed.

That is, first, the connecting locking portions 11 having a U-shaped cross section are respectively provided outside the positions of the scaffold plate 7 in the vertical support 2 and the front vertical support 5 when the scaffold plate 7 is in a horizontal state. Keep it.

Then, a connecting scaffold unit JS arranged between the scaffold units S is formed in advance.

The connecting scaffold unit JS supports at least a part of one side between the connecting frame 21 in which two connecting vertical bars 22 are connected by a plurality of horizontal bars 23 and the connecting vertical bars 22 of the connecting frame 21. It is composed of an appropriate number of scaffolding plates 24 arranged in a freely swingable manner in a parallel state.

A connecting hook 25 is provided outside each connecting vertical rod 22 in the connecting scaffold unit JS. As shown in FIG. 9, the connecting hook 25 is hooked on a connecting locking portion 11 provided on the vertical support 2 of the scaffold unit S, thereby connecting the scaffold units S to each other. In the state where the scaffolding units S are connected by the connecting scaffolding unit JS in this manner, the connecting scaffolding unit is set at the same height as the position of the scaffolding plate 7 of the scaffolding unit S.
JS scaffolding boards 24 are also arranged, and this scaffolding board 24
Although not shown, the connecting hook 25
A connection hook similar to that described above is provided.
At the position where the scaffold plate 24 is swung to the horizontal state, the scaffold plate 24 is hooked on the connecting locking portion 11 provided on the front vertical column 5 of the scaffold unit S.

Thereby, the connecting vertical rod 22 of the connecting scaffolding unit JS,
The scaffold unit S is fixed to the vertical support 2 of the scaffold unit S disposed on both sides thereof, and in this state, the scaffold plate 24 of the connecting scaffold unit JS is swung until each of the scaffold plates 24 is arranged substantially horizontally, and Are connected and fixed to the vertical support 5. By repeating the above steps sequentially, the scaffold units S are continuously connected to form a scaffold. In this case, the connecting vertical rod 22 and the scaffolding plate 24 may be connected and fixed to the vertical column 2 in the opened state.

It goes without saying that the scaffold unit according to the present invention and the continuous scaffold assembling method using the same are not limited to the above-described embodiment.

(Effect of the Invention) According to the present invention configured as described above, a base frame having at least two vertical struts and an appropriate number of horizontal members are respectively provided on the two outermost vertical struts of the base frame. Two vertically extending vertical supports pivotally supported to open in a double-opened manner,
It consists of an appropriate number of scaffolding plates which are pivotally arranged in a parallel state with at least a part of one side pivotally supported between the outermost vertical struts of the book, and each of these scaffolding plates is substantially horizontal. At the position where it has been swung until it is arranged, it is formed so that it can be locked and fixed to one or both of the opened vertical column and the horizontal member, so that the two vertical columns are extended. The scaffold unit can be assembled by opening it, and then swinging the scaffold plate and locking it to one or both of the opened front vertical column and / or the horizontal member. Further, the scaffold can be lowered to a state almost parallel to the vertical support, and then the front vertical support can be folded so as to be housed by closing the double door.

Therefore, at the time of storage, it is as thin as it looks like a plate, and when assembled, it can be a scaffold unit having four columns. The task is very simple, and can be performed by anyone without skill.
(D) can be solved.

Also, in terms of strength, the scaffold plate is locked and fixed to one or both of the protruding vertical column connected by the horizontal rod and the horizontal member, so that the problem (a) of the conventional example is as follows. Can be solved.

At that time, the scaffolding plate, in a substantially rectangular shape, at the position where the two vertical extension columns are opened so that the horizontal members are substantially perpendicular to the base frame, the vertical extension columns, or of the horizontal members. If one or both of them can be locked and fixed, 4
Since the scaffolding unit can be formed in a state in which the pillars of the book are arranged at each corner of the square, the usability at the construction site is very good.

Also, the scaffold plate has a plurality of scaffold plates, and each side opposite to one side pivotally supported is connected in a smooth state by an appropriate number of interlocking vertical rods, and the plurality of scaffold plates are connected. If it is formed in a link shape with the interlocking vertical rod so as to be interlockable and swingable, a plurality of scaffolding boards can be swung together by the interlocking vertical rod, so that a scaffolding unit with extremely excellent operability can do.

Furthermore, any one, or a plurality, or all of the vertical struts, or the protruding vertical struts, or the interlocking vertical rods,
By being formed so as to be connectable in the vertical direction, the scaffold units can be assembled in a state where the scaffold units are continuously stacked upward.

On the other hand, even in the continuous scaffold assembling method using the scaffold unit, a base frame having at least two vertical struts,
The two outermost vertical supports of the base frame body 1 are respectively supported by a suitable number of horizontal members through two horizontal members so as to open in a double-opened manner. It consists of an appropriate number of scaffolding plates which are pivotally supported at least partially on one side between the outermost vertical supports, and these scaffolding plates are swung until each of them is arranged substantially horizontally. In the position that was opened, on the opened vertical support, or on one or both of the horizontal members,
A plurality of sets of scaffolding units that can be locked and fixed are formed, and each of these scaffolding units has two front-projected vertical struts in an open state, swings the scaffold plate, and opens the front-projected vertical struts, Or, it is assembled and arranged in parallel by locking and fixing to one or both of the horizontal members,
A connecting frame body having two connecting vertical rods, and an appropriate number of scaffolding plates which are pivotally arranged in a parallel state while pivotally supporting at least a part of one side between the connecting vertical rods of the connecting frame body; Forming a connecting scaffold unit consisting of: connecting the connecting scaffold unit between the plurality of assembled scaffold units; connecting connecting vertical rods of the connecting scaffold unit; vertical supports of the scaffold unit disposed on both sides thereof; Or, it is connected and fixed to one of the open vertical columns in the open state, and in that state, the scaffold plate of the connected scaffold unit,
In a position where each of them is swung until arranged substantially horizontally, the vertical support of the scaffold unit, or by being fixedly connected to either the other of the open vertical protruding vertical support, only the scaffold unit is connected. Since the structure of the connecting scaffolding unit is simpler than that of the conventional method, the cost can be reduced, the connection is simple, and the strength is extremely excellent. The point (c) can also be solved.

As described above, according to the present invention, a scaffold mainly used for building a building can be assembled very easily with good operability, and the space for storage can be minimized. In addition, various excellent effects such as excellent strength and low cost can be obtained.

[Brief description of the drawings]

1 is a perspective view, FIG. 2 is a side view, FIG. 3 is a perspective view when stored, FIG. 5 is a perspective view in use, FIG. 4 and FIG. 6 and 7 are perspective views of another embodiment, FIG. 8 is an exploded perspective view of a connected state, and FIG. 9 is an enlarged exploded perspective view of a main part of a connected state of a connecting portion. S: Scaffolding unit, JS: Linked scaffolding unit, 1 ...
Base frame, 2 ... vertical support, 3 ... horizontal rod, 4 horizontal member, 5
...... Front vertical support, 6 ... Reinforcement rod, 7 ... Scaffolding board, 8 ...
... Supporting rod, 9 ... Linked vertical rod, 10 ... Hanging part, 11 ... Connection locking part, 12 ... Connection part, 13 ... Hanging bracket, 14 ...
Wire, 15 Hook, 16 Protective handrail, 17 Protective net, 18 Locking nail, 19 Wooden scaffolding board, 21 Connection frame, 22 Vertical connection rod, 23 Side bar, 24 ...
Scaffolding board, 25 ... Connecting hook.

Claims (8)

(57) [Claims] 1. A base frame having at least two vertical supports, and two outermost vertical supports of the base frame are pivotally supported via a suitable number of horizontal members so as to open like a double door. And a suitable number of scaffolding plates which are pivotally arranged in a parallel state with at least a part of one side being pivotally supported between two outer vertical supporting columns and two outermost vertical supporting columns of the base frame. And these scaffolding boards are in a rocking position until they are arranged substantially horizontally,
A scaffold unit characterized in that it can be locked and fixed to one or both of the opened vertical support and the horizontal member. 2. A scaffold plate having a substantially rectangular shape, wherein at a position where two vertically extending columns are opened so that the transverse member is substantially at right angles to the base frame, the vertically extending columns or the aforementioned horizontally extending columns are provided. The scaffold unit according to claim 1, wherein the scaffold unit is formed so as to be locked and fixed to one or both of the members. 3. A plurality of scaffolding plates, each side of which is pivotally supported so as to oppose one side, is connected in a smooth state by an appropriate number of interlocking vertical rods. 3. The scaffolding unit according to claim 1, wherein the scaffolding plate is linked by an interlocking vertical rod so as to be able to interlock and swing. 4. One or more of the vertical support, the vertical support, and the interlocking vertical support are formed so as to be vertically connectable. Or the scaffold unit according to 3. 5. A base frame having at least two vertical struts, and each of the two outermost vertical struts of the base frame is pivotally supported via a suitable number of horizontal members so as to open like a double door. Two front vertical support columns, and an appropriate number of scaffolding plates that are pivotally arranged at least partially on one side between the two outermost vertical support columns of the base frame body, A scaffold unit in which these scaffold plates can be locked and fixed to one or both of the opened vertical support or the horizontal member at a position where each of them is swung until they are arranged substantially horizontally. To form multiple sets,
In each of the scaffolding units, the two vertically extending vertical supports are opened, and at the same time, the scaffold plate is swung so as to engage with one or both of the opened vertically extending vertical supports and the horizontal members. It is assembled and arranged in parallel by stopping and fixing, on the other hand, a connecting frame body having two connecting vertical bars, and at least a part of one side is pivotally supported between the connecting vertical bars of the connecting frame body in parallel. To form a connecting scaffolding unit composed of an appropriate number of scaffolding plates swingably arranged in the state described above, disposing the connecting scaffolding unit between the plurality of assembled scaffolding units, and connecting the connecting scaffolding units vertically. The rod is connected and fixed to one of the vertical supports of the scaffold unit arranged on both sides thereof, or the open vertical protruding support, and in this state, the scaffold plates of the connected scaffold units are substantially horizontal. At the rocked position until it is
A method for assembling a continuous scaffold using a scaffold unit, wherein the scaffold unit is fixedly connected to one of a vertical support of the scaffold unit and an open front vertical support. 6. The scaffold plate of the scaffolding unit has a substantially rectangular shape, and is provided at a position where the two vertically extending columns are opened so that the horizontal member is substantially perpendicular to the base frame. The continuous scaffold assembling method using the scaffold unit according to claim 5, wherein the scaffold unit is formed so as to be locked and fixed to one or both of the horizontal members. 7. A scaffolding unit of a scaffolding unit has a plurality of scaffolding plates, and the sides opposing one side pivotally supported in a swingable manner are connected to each other by a suitable number of interlocking vertical rods. The scaffolding plates are linked with the interlocking vertical rods to form a link so that they can be interlocked and swing.When assembling the scaffolding unit, an appropriate number of interlocking vertical rods are moved in the vertical direction to interlock and swing the scaffolding plates. A continuous scaffold assembling method using the scaffold unit according to claim 5. 8. The connecting scaffold unit has a plurality of scaffold plates,
The side opposite to the one side pivotally supported is connected in a smooth state with an appropriate number of interlocking vertical rods, and a plurality of scaffolding boards are linked with the interlocking vertical rods to form a link. A method of assembling a continuous scaffold using the scaffold unit according to claim 5, wherein the scaffold unit is movably formed.