JPH02248529A - Structural block body and constructing method thereof - Google Patents

Abstract

PURPOSE:To make assembling easy by a method wherein horizontal engaging members are fixed to the upper and the lower ends of a side plate and while a member facing another side plate positioned outside is constructed of vertical engaging members and supports, the side plates are stacked up with binding members. CONSTITUTION:Block bodies A and B, with L-shaped horizontal engaging members 2 fixed respectively to the upper and the lower ends of their side plates 1, are connected together at an optional position through engaging holes 30. In case of constructing a retaining wall, a foundation 7 and a foundation anchor 71 are arranged and the engaging member 2 is fixed to the anchor 71. Then a support 8 and an extractable form 81 are installed to the ground-side G and a binding member 41 and a diagonal binding member 42 are installed into a space between the ground-side and the side plate 1 installed at the opposite side. Back-filling rubbles 72 are then laid and concrete is cast thereon. Before hardening of the concrete, the extractable form 81 is pulled out, letting the concrete infiltrate into the rubbles 72. Therefore assembling is simply carried out as the block body can be made lightweight and large-sized.

Description

[Detailed Description of the Invention] A. Purpose of the Invention [Field of Industrial Application] This invention is a finishing material for retaining walls, a decorative material for outer walls and inner walls of buildings, and a so-called construction material used for concrete usufruct frames of structures. [Conventional technology] Regarding block bodies First, in concrete work, carpenters.

The construction process is being hindered due to a shortage of masons and other craftsmen. One of the reasons for this is that the craftsmen are highly skilled and require several years of training.

The second problem is that the finishing process for current structures is complex and requires the work of various craftsmen to complete the structure.

Thirdly, the current construction method targets straight lines, but it is not possible to work on curved sections.Currently, the construction industry is suffering from a shortage of craftsmen, which is hindering the progress of construction work and reducing construction costs. I am worried about the increase.

Because the working environment in this industry is not as good as in other industries, there are few young people who wish to become craftsmen, and this phenomenon is expected to continue in the future.

[Problem that the invention seeks to solve]

In view of the above circumstances, it is an object of the present invention to provide a block body that can be easily assembled without requiring skilled workers, and that can be constructed even on straight and curved sections. The purpose (technical means) is

Another object of the present invention is to provide a block body that simplifies the construction process without requiring craftsmen, and that allows a beautiful wall body to be obtained.

Configuration of the Invention [Means for Solving Problems] In order to achieve the above object, the construction block of the present invention has the following configuration (technical means).

That is, the side plate l is substantially rectangular.

Lateral engaging members 2 are fixed near the upper and lower ends of the side plates, and the horizontal engaging members of the adjacent block body B are joined and fixed by connectors 3.

Furthermore, the present invention is characterized in that any one of the side plate facing the side plate 1, the support column 8, and the vertical engagement member 5 is fastened with a fastening member 4.

[Effect]

In general, there are various types of structures such as straight lines and curved lines, and the building blocks must always be able to be installed under such conditions.

Since the connecting tool provided on the horizontal engagement member of this block body can be joined to block body B at any position, the upper and lower block bodies may be misaligned in one curved line, resulting in a tortoise and block body A. Concatenation of %B is possible.

〔Example〕

An embodiment of the construction block body of the present invention will be described based on one drawing.

1 to 3 show examples using the butt crimping method.

15th j! Examples are shown in Fig. 1 to Fig. 2 f, Fig. 1 t
al is an assembled perspective view seen from the back side of the side plate, FIG. In the figure, the construction block Ijin has L-shaped horizontal engagement members 2 fixed to both upper and lower ends of a side plate that is basically rectangular.

The upper material hook 210 of the upper material 21 of the horizontal engagement material 2 having an L shape is provided with a large number of connecting holes 30 for connection with the lower material collar 220 of the lower material 22 of the adjacent block B. The connection hole of the upper material tsuba 210 is large enough to allow the connection frame 31 to penetrate, and the connecting hole of the lower material tsuba 220
The connecting hole is connected to a horizontally elongated connecting hole. Therefore, even if the positions of the block bodies A and B are shifted, they can be connected at any position, even if the sizes of the connecting holes in the upper and lower flanges are reversed. Both the upper material tsuba and the lower material tsuba may have elongated connecting holes.

Generally, in the construction of retaining walls with a slope.

In the straight section, the positions of the upper and lower blocks are always constant, but in the curved section, the retaining wall develops in a fan shape.
The positions of the upper and lower blocks constantly change. For this reason, a large number of connecting holes are provided, and the size of the connecting hole between the upper material tsuba 210 and the lower material tsuba 220 of the block body is elongated, and either one or both are elongated and the upper material tsuba 210 and the lower material tsuba 220t - arbitrary It is necessary to provide a long and narrow connecting hole through which the connecting frame 31 (bolt) can be inserted when the connecting frame 31 (bolt) is connected in place.There is a joining hole 25f in the side surface 24 of the horizontal engagement member 2 for fixing it to the side plate.
: Provided at multiple locations and tightened with the joint tool 26. Although bolts, screws, nails, etc. are preferred as the connector, an adhesive may be provided on the side surface 24 and bonded to the side panel. The cross-sectional shape of the lateral engagement member 2 is preferably an L-shape, a mouth-shape, an H-shape with one mouth, or variations thereof, but any shape may be used as long as the upper material flange 210 and the lower material flange 220 can be combined. FIG. 1 (cl) shows a cross section of the connection between the modified T-shaped lateral engagement member and the side plate.

One side of the T-shape of the horizontal engagement material is embedded in the side plate.

The other side overhangs the above-mentioned upper material tsuba 210. A lower material flange 220 is formed. The connector 3 is not limited to bolts or nuts, but the first
The wedge connector shown in FIG. 34. Such a connector can also be used. Other connectors such as U-clips used for steel formwork can also be used.

The construction method of the present invention generally requires the binding material 4 when masonrying the above-mentioned construction blocks. The cross section of the horizontal binding material 41 includes a horizontal binding material 41 (separator) installed almost horizontally and a diagonal binding material 42 for diagonally binding in order to maintain the distance between the facing side panels. A circular, rectangular, T-shaped, L-shaped, [-shaped, H-shaped, etc.] shape that is difficult to deform is preferred. The tip is processed into a shape that can fit into the connecting hole 30, or a processed material is fixed and fitted into the hole 30&C. Also, connection hole 3
0 may be provided with a ring 43 t- for tight connection. Further, the cross-sectional shape of the diagonal binding material 42 may be the same as that of the horizontal binding material having any shape described above.

Other preferred materials include wire, rope, chains and stamped chains. Regarding the material of the side panels, concrete, reinforced plastic, aluminum, tile may be used if the side panels are used in decorative building blocks. Building materials such as boards are preferred, but when used for formwork, wood, paper mesh, punched boards, and woven fabrics.

Architectural materials such as cloth are preferred. In any case.

Other building materials may be used as long as they are suitable for the purpose; particularly suitable are non-woven fabrics with holes in any desired shape. Unlike wire mesh, the material is cloth or the like, so it is economical, easy to handle, and has excellent transportation and construction properties. For example, when pasting together on site or in a factory, it can be easily cut and processed.

The concrete penetrates into the back-of-the-wall chestnut stone [good]. The material may be cloth, vinyl, plastic paper, synthetic material, etc. Furthermore, a non-woven fabric may be used (or a woven fabric may be made with holes of any desired shape).

For materials such as concrete plates and plastic plates whose shape does not deform under their own weight, the construction method shown in Figure 1 may be used, but for building materials that cannot stand on their own, a framework material as shown in Figure 2 is required. FIG. 2 shows a perspective view of a block body in which the horizontal engaging members 2 and the vertical engaging members 5 are assembled together, and building materials that cannot stand on their own are pasted on the sides thereof. Building materials that cannot stand on their own are wire mesh;
Rope netting, perforated board with any shape.

Die-cut boards, woven materials, non-woven materials (including perforated materials), and cloth.

(including perforated materials), paper, and other building materials, and the material may be any material such as iron, vinyl, plastic, cotton, etc. The cross section of the vertical retaining material may have the same arbitrary cross-sectional shape as the horizontal engaging material.

The connection with block body B was disclosed by the applicant (
Patent application No. 63-311640. and patent application filed on March 3, 1989). It is not necessarily necessary for the horizontal engagement material turtle 7 to protrude, and it is preferable to make the material larger.

It is preferable that a frame member 12 is provided at the end or in the middle thereof, a plurality of hooks 11 are provided, and the frame member 12 is hung over the block body B. 7tsuku 11. The cross section and material of the frame member 12 may be arbitrary. The shape of the hook 11 is preferably the shape of a fishing rod, but any shape may be used as long as it can be erected. To improve lateral bonding with block body B.

Providing the splicing plate 23 prevents the joint between the block body B and the block body B from shifting. The connecting plate 23 is provided with a connecting hole 30 for engaging with the lateral engaging member 2 of the block body A.

They are connected by a horizontal engagement member between 8 and a connecting tool. This method can also be applied to FIG.

The cross section and connection method of the lateral engagement member of the present invention is not limited to the method shown in FIG. 1, but also includes the method shown in FIG. 3 (second embodiment). In other words, it is a construction method that serves as both a horizontal engagement member and a connecting tool. Figure 3 (Al is a perspective view of the block master, and its construction method is shown on the left and right halves, respectively. In the figure, there is a concave horizontal engagement material recess 2a at the upper end of the side plate 1.
A lateral engagement material protrusion 2b is fixedly provided at the lower end. The engaging tool and the connecting tool may be made of the same material as the side plate or a different material. A binding material fixture 43 is fixed on the concrete pouring side C of the side plate 1 (left side D in the figure). When the profile members are provided at both ends of the side plate, the uneven retainers 2a and 2b resist tensile force and the fixture 43 resists compressive force, so it is suitable when a large external force is applied to the side plate. The uneven retainer 2a% 2b and the attachment 43 may be provided partially or over the entire length of the side plate.

If a connecting hole 30 is provided in the mounting tool, it will function as shown in Figure 1, and the connecting tool may or may not be provided.If there is not much lateral pressure acting on the side plate, a ring-shaped mounting A43
For T-setting, attach the binding material 4.

(Right half E) The binding material fitting has a ring shape.

A rod-shaped body is connected to this ring, and this rod-shaped body is fixed to the side plate.

Fig. 3(b) is a cross-sectional view of block bodies A and B in a connected state, and Fig. 3(c) is a cross-sectional view of block bodies A and B in a connected state using another lateral engaging material. Tool 21゜2b is the third
As shown in Figure (e), it has various cross-sectional shapes.

For example, the shape is T-shaped, L-shaped, etc. In addition, in order to improve the connection with the block body B in the lateral direction, as shown in FIG.
is provided as a vertical engagement member 5 at the lateral end of the side plate. It is connected to the block body A%B' by a connector. This vertical retaining material 5 can also be applied to Figs. 1 to 7. In Figs. 1 to 3, the connection of the block bodies A and B is symmetrical to the connection of the upper and lower end surfaces of the side plates. However, the present invention is not limited to this.

This also includes connection of the sides near the upper and lower ends of the wire plate. This connection method is used as a third embodiment.

FIG. 4(a) shows a perspective view of the block body shown in the WLT diagrams from FIG. 4. Rectangular horizontal engagement members 2a and 2b are fixedly attached to the upper and lower ends of the side plate using a connector 26 or an adhesive. The connecting hole 30 is provided on the side surface of the horizontal engagement member 2. The lateral engagement member 2b is fixed and protrudes from the side plate.

This means that when the block bodies A and Btk are engaged, the connection can be inserted into the connection hole.A cross section of the engagement is shown in FIG. 4(b). Installing the binding material 4 is the fourth step.
The third
This is the same as the fixture explained in the figure, but the difference is that this rod-shaped body is provided with a screw, and this fixture is peered into the connection hole of the retainer. The shape of the connecting hole, the lateral engaging material, the connecting tool, etc. are the same as those shown in FIGS. 1 and 2. FIG. 5 shows another embodiment of the block body. Figure 5 fa)
is a perspective view of the block body, and the horizontal engagement member 2a is shown in FIG. 4(a).
Similarly, the horizontal engagement member 2b is fixed with the trap facing so that the groove 27 of the concave engagement can be seen, and the connection A3 is fitted into this concave engagement stem. The connector 3 has a convex fitting 436 at one end, and a connecting hole 30 at the other end. The shape of the connector 3 is arbitrary. FIG. 5(b) shows a cross section of the block bodies A and B in a connected state. Since the connection A3 is fitted into the horizontal engagement recess A2, it can be moved freely, and when it reaches the desired position, the fastener 6 is inserted into the connection hole 3o of the horizontal engagement member 2a and connected to the connection tool 3. do. The fastener in this case is threaded. Fifth
Figure (cl) shows a perspective view of the connector 3. A convex fitting 36 for fitting into the horizontal engagement member 2b is fixed to the crest connection 43. This is limited to the convex shape. The horizontal engagement member 2b may have a concave shape.In this case, the lateral engagement member 2b has a convex shape.A cross section of the connection is shown in FIG. 5(e). A perspective view of this fitting 43 is shown in FIG. 51dl, in which a fitting 36 having a shape that can be fitted to the horizontally engaging member 2b is fixedly attached to the horizontally engaging member 2b.
b K-fit and attach the fastening material.

FIG. 6 shows an embodiment in which the connectors 3a, 3b move. FIG. 6 [al is a perspective view of the block body. This engaging material was disclosed by the applicant (Special Proposal No. 63-31164
0 and March 3, 1989] Patent application) has been filed. The connector 3a is hollow and approximately rectangular. This box-shaped surface material 3al is inclined downward, and this part is an elastic body and can be deformed. Connector 3
Fitting tools 36 are fixed to a and 3b, and are fitted to the above-mentioned horizontal engagement member 2. The horizontal engagement member 2 is embedded in the vicinity of the upper and lower ends of the side plate, and a coupling member 3 is fitted into the lower end of the horizontal engagement member recess 2b, and a fitting member 36 is further fixedly provided. It can be moved laterally freely, and when it reaches the desired position, it is tightened with the tightening tool 6. A connecting protrusion 3bl is provided at the tip of the connecting device 3+b. A cross section of the connected state of block bodies A and B is shown in Fig. 6). In addition, the connectors 3a and 3b may be used as fasteners shown in FIG. Since the surface portions 3 & 1 of the connecting door stem 3a are elastic, they are deformed by the projection thickness e of the connecting protrusion 3bl to fit together.After fitting, tensile stress is generated in the connecting member 3b, Because it is slanted, it does not slip off.In order to increase this slipping resistance, it is effective to provide an uneven shape on the surface of the protrusion 3bl if necessary.The lateral connection with the block body B is shown in Fig. 6 (cl. and Fig. 3 (vertical retainer 5 of al.
But that's fine.

A simple method is tightening A6. The fitting tool 36 and the connecting plate 26 may also be used. The joint plate has a shape that can fit into the horizontal engagement material, and is fitted into the horizontal engagement material.

Fig. 6(a) shows a perspective view of the vertical retaining material, and Fig. 116(d)
shows a perspective view of the fastener 6. In the figure, the vertical retaining material is rectangular, but the cross section may be arbitrary. The vertical support material is used for reinforcing the side plates and connecting them to the block body B, as well as for connecting them to the opposing side plates and to the columns described later. The vertical engagement member 5 is fitted and tightened into the horizontal engagement recess 2b by a tightening tool 6, and the number of such locations is one or two or more as required.

FIG. 6(e) is a perspective view of the case where a ring-shaped fixture 43 is attached to the nut, and by doing so, both can be used.

Figure 6, Figure 1, shows a perspective view of another embodiment of the coupling, the principle of which is the same as that of a clamp used in ski boots and the like. A fitting tool 36 is fixedly installed near the tip of the irregularly shaped connector 3, and is fixedly installed below the fitting tool 36 via a pin 371. Therefore, the fitting tool and the connecting tool can rotate freely. The coupling tool 3 is fitted into the horizontal engagement recesses 2& and 2bK, moved, and tightened with a clamp when the desired position is reached.

FIG. 6(g) shows a sectional view when two side plates are erected facing each other, assembled with a binding material 4, and connected to the block body B. The cross section of the 3ml surface material of the connector is circular, and the tongue buckle 44 is fitted onto the concrete material 5 in this part.
The number of lines may be arbitrary. If the spacing between the side plates is constant.

There is no need for the tongue buckle 44. In this way, the present invention can be used not only for retaining walls, but also for decorative construction blocks for external and internal walls of buildings. A cross-sectional view of the connected state is shown.

Fig. 7 (&) is an example of an embodiment, and Fig. 7 (blD shows a cross-sectional view when the person enters). A horizontal engagement member 2a is fixed to the side plate.

2b has a mouth shape, and the block bodies A and B are of the same type, and a groove 27 is exposed on the side surface.The fastener 6 is fitted into this groove, and the connecting tool 3 is inserted.
The fastener 6 is inserted into the connecting hole 30 of the connector 6, and the fastener is tightened after moving to the desired position. It is the same as block body B4.

The horizontal engaging material 2 and the connector 3 are made of strong materials, and the horizontal engaging material is firmly fixed to the block B, even if stress is applied to the side surface of the block. great man, B
Figure 7 1bl shows a front view of Figure 7 1bl. It is exposed from the side panel.

The horizontal engagement material 2 is mouth-shaped, and a flange is provided as necessary to make it easy to attach the joint A26.The 6# horizontal engagement material 2 is a block great, and both B and B have the same shape and are provided with a large number of connecting holes. Without providing a dovetail connecting hole, the fitting tool of the fastener shown in FIG. 6 is made into an L shape, and is fitted between the horizontal engaging member and the connecting rod and tightened. As described above, #connection A3t is fitted to the horizontal engagement member 2 and moved to the target position, and when it reaches the target position, it is tightened by the tightening tool 6. According to the diagram, the block body BK is also equipped with a connector, but it must be 4! It can be omitted by On the side plate, as shown in Fig. 3, the horizontal engagement gate 2m, convex A2b %-9f5t, tI button 1, a Ujishin wr = the opposite direction, the 2nd rule is also 4 Shiba).

FIG. 7(d) shows a cross section of a connected state in which the construction methods of FIG. 7(a) and FIG. 71el are used together, and the horizontal retaining tool and the connecting tool are provided with uneven shapes. Although the connector of block B does not have a fastener, it may be provided if necessary.

Next, as an example of M4, a method of constructing the building blocks described in FIGS. 1 to 7 will be described.

FIG. 8 shows a cross-sectional view of the retaining wall. In the figure, basic chestnut stone 72. Construct foundation 7 and foundation anchor 71. Fix the side plate IK with the lateral engagement material and anchor. When the horizontal engagement member has a concave shape, there is also a method of fixing it to the anchor via a fastener 6'Ik.

The side plate facing the outside FK is used for decoration, and the nine-piece side plate facing the exit side G is an example in which a side plate for embedding is used. Next, 4 tons of binding material is installed to maintain the distance between the opposing side plates and to resist the 1:1 concrete pressure and backfilling stone pressure. The installation direction and necessity of diagonal binding materials will be determined by the thickness of the concrete and backing stone and the order of construction.

If it is not necessary, only the horizontal binding material may be used. It is convenient to attach the binding member and the horizontally engaging member by joining a rectangular plate to the horizontally engaging member or by using the above-mentioned fixture (for example, FIG. 7, 1el)'fc. In this way, the second and third tier construction blocks are assembled. Figure 9 is a rear perspective view of the retaining wall when the outer side F is a decorative side plate and the upper side G is a perforated nonwoven fabric. This construction method is also applicable when the outer side plate is the same as described above, but the upper side is a formwork for burial and removal such as a wooden board. The construction method is the same as described above for the foundation, anchors, and outer first stage block body, but next, the upper support column 8 and the horizontal support column 83 are assembled, and the horizontal binding material is erected between the block body and the horizontal support column. Tighten with the second tightening tool.
The same method is used for the step block body. After the concrete hardens, the supports etc. are removed. Next, as a fifth example, a construction method different from that shown in FIGS. 8 and 9 will be provided.

This is a construction method that does not use side panels. This is to make it more economical by omitting the side plates. Next, construction method 9 will be described. The method up to the anchor is the same as that described above, but either concrete or maroon stone may be laid first, but in this case an example will be explained in which the maroon stone is laid first. The front side plate 1t is fixed to the anchor, and then the upper GK support column 8 or the above-mentioned vertical retaining material 5t is installed. Although it is the same as the support column, rollers 82 may be attached to the formwork to improve sliding with the support column.

After setting up the removal frame and laying the back-filling chestnut stone, concrete is poured. Remove the extraction frame before the concrete hardens. The concrete penetrates into the chestnut stone to some extent, but it is good because it is integrated with the chestnut stone. If the position of the binding material 5 is carefully selected, the blanking frame may be installed on the concrete side. If a vertical engagement material is used, it must be buried, but if a support is used, even if it is buried,
You can pull it out. In this case, care must be taken when joining the anchor and the binding material.

Next, as a sixth embodiment, a construction method different from that described above will be provided.

FIG. 11 is a perspective view of the construction rear side of the retaining wall. The difference from the previous method is that diagonal binding materials are used instead of horizontal binding materials, and blocks are assembled after the concrete has hardened. The construction method is the same as above for installing the side panels, but the pillars are buried in the foundation in the same way as the anchors, and then the construction blocks are stacked up to the number of steps that allow concrete to be poured, and the pillars are secured with binding material. Each stage is fastened by diagonal fastening material 42. If a fitting 43 is used on the column to make it easier to attach the diagonal tie material, or if a strangely shaped reinforcing bar or the like is used, there is no need for it to slip. After that, construction is carried out using the KFL mold as shown in Fig. 10. When the specified level is reached, concrete pouring is stopped and concrete is continued in the same manner several hours later or the next day. Even when the concrete is freshly hardened and in good condition, the restraint of the support column is sufficient, but if you are unsure, increase the rounding of the plate while supporting it.
・I＼Effects of the Invention The construction block body of the present invention has a horizontal engagement member fixed on the top of the side plate near the lower end, but the mosquito horizontal engagement member serves as a connection with the adjacent block body. It also serves as a beam material for the side panels. As a result, the side panels can be made thinner, making it lighter and larger, and eliminating the need for a crane truck for masonry. Furthermore, since it is equipped with a connecting tool, even an amateur can perform the masonry work, which speeds up the construction work and reduces construction costs.

[Brief explanation of drawings]

The drawings show an embodiment of the building block of the invention. Embodiment 15A is shown in FIGS. 1 and 2. Fig. 1 (al is an assembled perspective view of the construction block body, Fig. 1 (b) is a perspective view of another connecting tool, and Fig. 1 (tel) is a connecting cross-sectional view of another horizontal engagement member. Fig. 2 shows a perspective view of the construction block body of another embodiment. Fig. 3 is a related view of the block body of the second embodiment. Each example is shown in the right half side E.
Figure 3 is a connecting sectional view of the block bodies A and B (cl indicates a connecting sectional view of the other block bodies A and B. Figures 4 to 7 show the @3 embodiment. Figure fA4 ( a) is a perspective view of the block body, and FIG. 4 [b) is a perspective view of the block body A.
, B is a cross-sectional view of the connected state, and FIG. 4 (cl is a perspective view of the fastening material fixture. FIG. 5 tal is a perspective view of the block body, and FIG. 5(b) is the connection of FIG. 5(a). 5(c) is a perspective view of the connector. FIG. 5(d) is a perspective view of the fixture. FIG. 5(e) is a sectional view of the other block body. This is a perspective view of the block body. Figure 6 (dl is a perspective view of the tightening tool, Figure 6 (e) is a perspective view of the fixture, Figure 6) is a perspective view of other connectors, Fig. 6 (gl shows a masonry sectional view of the block body. Fig. 7 (al shows a connected sectional view of the other block bodies, and Fig. 7 (bl's person-A sectional view, Fig. 7 et al.) FIG. 7 (front view of at). FIG. 7 (C), FIG. The figure shows a construction cross-sectional view of the retaining wall, and Figure 9 shows a rear view of another construction of the retaining wall. As the fifth embodiment, Figure 1O shows a construction order cross-sectional view. As the sixth embodiment, construction is shown in Figure @11. The order rear perspective views are shown. l...Side plate 3...Connector 11...Hook 30...Connection hole 12...Frame material
31... Connecting rod, port 32... Connecting head 33... Connecting hole 34... Connecting wedge 2... Lateral engagement material 21... Retaining material upper material 22... Lower material 23 ... splicing plate, joint material 24 ... engaging material side surface 25 ... joint hole 26 ... joint tool 27 ... groove 210 ... top material flange 220 ... bottom material flange 2a.・Horizontal engagement material concave. 2b... 4... Tightening material 41... Horizontal fastening material 42... Diagonal fastening material 43... Tightening material fitting 44... Tightening material fastening tool temporary 5... Connecting material 6... Fastening tool 35... Lateral hole 36... Fitting tool 37... Pin or twist 3a... Connection bad breath 3b... Connection 6 tool 3al... Connector perspective view 3a2 ...Hollow part 3171...°Continuous 8 levers' exploding convex tool, upper and horizontal engagement members, lower A...Construction block body B...Adjacent construction block body C...Concrete pouring D. ...Left half E...Right half F...Outer G...Upper H...Ground surface 7...Foundation K...Overhang 71...Anchor 72...Kuriishi 8... - Support 81... Cutting frame 82... Roller 83... Horizontal support

Claims (1)

[Claims] 1) A construction block body characterized by having a lateral engagement member fixed to a side plate. 2) The building block body according to claim 1, characterized in that one or more connectors are attached to the lateral engagement member. 3) The construction block body according to any one of items 1 to 2, characterized in that a binding material is attached. 4) The construction block body according to any one of claims 1 to 3, wherein the connector moves along the lateral engagement member. 5) A construction block body characterized in that a lateral engagement member and a connecting tool are also fixed to a side plate using the same material, and a binding member and a binding fixture are further attached. 6) When constructing a construction block body, the construction is characterized in that the material facing the outer side plate is composed of vertical engagement members and struts, and the side plate is assembled using binding materials. Method. 7) A side plate characterized in that the side plate is made of a nonwoven fabric or a woven fabric having holes of arbitrary shapes. 8) The construction method according to claim 6, characterized in that a cutting frame is used.