JP2004114564A - Form for imitation stone concrete block and its production method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a form capable of producing a concrete block, in which the sealing performance of an imitation stone form with a side face form is enhanced to improve workability, in the form for an imitation stone concrete block, and the production method for the form. <P>SOLUTION: The form comprises the imitation stone form for a concrete block having imitation stones arranged on the surface and the side form. A net material made of a metal is spread over the bottom of the imitation stone form, also a metal reinforcing bar is erected at the side portion of the imitation stone form, and a resin being a base material is mixed with fiber having monofilament being cut short to mold a rough imitation stone form. The resin is scraped off the sides of the imitation stone form to fluff fiber to be exposed. Then, the side faces are thinly coated with a resin mixed with the fiber having the filament being cut short. After that, the side face form of the block production device is brought into contact with the resin coated on the side faces of the imitation stone form to enhance sealing performance. <P>COPYRIGHT: (C)2004,JPO

Description

[0001]
TECHNICAL FIELD OF THE INVENTION
TECHNICAL FIELD The present invention belongs to the technical field of a concrete block formwork provided with pseudo stones used for restoration and repair work of a natural environment such as a seawall, and a method of manufacturing the same.
[0002]
[Prior art]
In recent years, there has been a tendency to place emphasis on preserving the natural environment, and there has been a tendency to use concrete blocks in which artificial stones used for seawalls and the like are arranged.
Therefore, in the present applicant, as Japanese Patent No. 2557788, the arrangement status of the natural stone pattern pseudo stones on the construction surface is irregularly observed, and the joint lines are not linear, but show irregular lines. The concrete block is constructed so that the earth and sand of the joints are not washed away, and is further devised so that grass and small shrubs grow on the construction block surface and natural destruction is minimized.
[0003]
In addition, the present applicant provides, as Japanese Patent Application Laid-Open No. Hei 7-118051, a pseudo stone very similar to a natural stone pattern and a method for producing the same, and works for protection of gentle slopes, protection of gentle undulation and protection of degraded ground on flat ground, and natural restoration work. We provide artificial stones that can be used for protection works on gentle slopes, such as hillsides, and that can contribute to the restoration of the natural environment.
Conventionally, in order to manufacture a concrete block on which the pseudo stones are arranged, the side surface of a form forming a surface is surrounded by a side form from outside, and concrete milk is poured into the form.
[0004]
[Problems to be solved by the invention]
However, the conventional pseudo-stone formwork is made of only resin, so it is fragile and fragile, and cannot be used more than once, which is uneconomical. Although it is conceivable to add a metal in the resin, there is a problem that the resin and the metal are easily separated due to a large difference in the coefficient of thermal expansion between the resin and the practical use.
Further, in the conventional manufacturing method, even if there is a gap of about 1 mm between the side surface of the pseudo-stone form and the side form surrounding the pseudo-stone form, the concrete milk enters the gap, and then the same form is used. In addition, there is a problem in that concrete that has entered the gap and solidified must be removed, resulting in a remarkably low work efficiency.
The present invention has been made in view of the above problems, and its object is to increase the durability of a formwork in a formwork made of a pseudostone formwork and a side formwork of a pseudostone concrete block, and easily Formwork capable of being repaired and recyclable, and further capable of producing a concrete block having improved work efficiency in formwork production by increasing the adhesion between the pseudo-stone formwork and the side formwork, and a method for producing the same. Is to provide.
[0005]
[Means for Solving the Problems]
In order to solve the above-mentioned problem, the invention of claim 1 is a formwork comprising a pseudo-stone formwork and a side formwork of a concrete block in which a suspicious stone is arranged on the surface, and the bottom of the pseudostone formwork has metal. Laying a net member consisting of, erected a metal rod reinforcement pile on the side of the pseudo stone formwork, mixed with short fibers of monofilament cut into the resin as the base material to form an approximate pseudo stone formwork, The side of the pseudo stone form is stripped of resin to fluff and expose the fibers, and a resin mixed with fibers obtained by cutting a short monofilament is applied thinly on the side, and the side form of the block manufacturing apparatus is applied to the side of the pseudo stone form. This is a form of a pseudo-stone concrete block, characterized in that it is brought into contact with a given resin to increase the degree of sealing between the two.
[0006]
The invention according to claim 2 is a formwork comprising a pseudo-stone formwork and a side formwork of a concrete block in which a suspicious stone is arranged on a surface, and a net member made of metal is spread on the bottom of the pseudo-stone formwork to form a pseudo-stone form. A reinforcing rod made of metal rods is erected on the side of the frame, and the resin used as the base material is mixed with a short cut monofilament fiber to form an approximate pseudo-stone formwork. Drop the fiber to make it fluff and expose, apply thinly a resin mixed with the fiber obtained by cutting the monofilament short on the side, and make the side form of the block manufacturing device contact the resin applied to the side of the pseudo-stone form and A method for manufacturing a formwork of a block made of pseudo-stone concrete, characterized in that the degree of sealing is increased.
[0007]
BEST MODE FOR CARRYING OUT THE INVENTION
Here, one embodiment of a formwork for manufacturing a pseudo-stone block suitable for the present invention will be described with reference to the drawings.
FIG. 1 is a perspective view of a prototype of a pseudo-stone block used in the formwork of the present embodiment, and a procedure for manufacturing a concrete block having substantially the same outer shape as that of the prototype will be described with reference to FIGS.
In FIG. 1, reference numeral 1 is a prototype of a pseudo-stone block, which is a prototype of a gypsum for producing a flat concrete block. Four large lumps 11 on the surface and small lumps 12 in the middle are pseudo-stones, and the surface is a pseudo-stone. Asperity of a pseudo-stone pattern imitating natural stone is carved, and when a manufactured concrete block is constructed, a through hole 13 (only a part is shown) through which rainwater and the like enter and exit will be described later at the corners. Is provided.
Although the prototype of the artificial stone block is made of gypsum in the present embodiment, the material of the prototype may be resin, clay, or cement which is conventionally used.
A table form is manufactured using the prototype 1. The prototype 1 is installed on a platform 2 for manufacturing the form as shown in FIG. 2, and a detachable prototype outer frame 3 is attached so as to surround the periphery of the prototype 1. .
The prototype outer frame 3 is composed of a pair of prototype right outer frame 31 and prototype left outer frame 32, and is connected to each other by connecting portions 311 and 312 (see FIG. 5) of the prototype right outer frame 31 and a connecting portion of the prototype left outer frame 32. 321 and 322, and fixed with fasteners 33 and 34 such as bolts.
[0008]
Next, as shown in FIG. 3, the framed mesh plate 4 is fitted to a predetermined height above the prototype 1 in the frame of the prototype outer frame 3, but before that, oil or the like is applied to the surface of the prototype 1. Along with applying the release agent, a monofilament having a diameter of 0.5 mm to 1.5 mm of aramid fiber, which is a particularly high-strength heat-resistant fiber, is applied to the surface of the mold side surface 54 (see FIG. 6). The chips cut to a length of 6 mm to 12 mm are dispersed so as to be mixed with the resin.
Then, the framed net plate 4 is fitted on the prototype 1 in the frame of the prototype outer frame 3, and the net member 41 of the framed net plate 4 is formed in a net shape with a somewhat elastic metal wire, or It is a net-like configuration in which a zigzag foot-like slit is inserted into the plate and extended to the left and right. As will be described later, the size of the stitch of the net member 41 is set by inserting a synthetic fiber chip such as a synthetic resin or aramid. Must be large enough to insert Further, since the strength and the outer shape cannot be maintained by the net member 41 alone, a net frame 42 of an iron plate is provided, and the net member 41 is fixed to the net frame 42 by welding. I do. As shown in FIGS. 4A and 4B, the inside of the prototype outer frame 3 of the mesh plate 4 has a through-hole forming portion 53 that forms a through-hole located on the side of the front mold frame (see FIG. 6). A reinforcing pile 43 which is inserted into and fixed to the inside of the box is erected at a predetermined position.
FIG. 5 shows a state in which the framed net plate 4 is fitted on the prototype 1 in the frame of the prototype outer frame 3.
[0009]
Next, although the urethane resin is used as the base agent of the pseudostone formwork in this embodiment, an epoxy resin or other synthetic resin may be used, and a mixture of the urethane resin and the chip A of the aramid fiber (only resin) is used. Good), the metal member 41 is injected into the side of the prototype frame 3 through the stitches, and the vicinity of the reinforcing bar 43 of the metal rod in the portion forming the through hole forming portion 53 (see FIG. 6) and the portion of the pseudo stone form side 54 When the surface of the resin injected into the vicinity of the knitting portion 41 is mixed with a large amount of aramid fiber chips A, the aramid fiber chips A are further mixed into the mesh member 41 and the mesh frame 42. The resin is supplied until it is covered with the resin, and finally, a large amount of fiber chips A is supplied to the portion corresponding to the bottom 51 of the pseudo-stone formwork 5 to supply the entire surface of the bottom 51 to the degree of covering and the process is completed. I do.
The resin to be filled may be one that is used for a normal mold and may be cured by exposure to air, and may be cement or the like in some cases.
The fiber chip A to be fed is a fiber having excellent heat resistance and abrasion resistance, for example, aramid fiber is optimal in the vicinity of the pseudo stone form side surface 54 which is fuzzed using a file, but the aramid fiber is expensive. Other inexpensive synthetic fibers such as polypropylene may be used in the contact portion between the metal and the resin.
After that, it is waited for the injected resin to solidify, and after the solidification of the resin is completed, the coupling members 33 and 34 such as bolts are removed, and the prototype right outer frame 31 and the left prototype left outer frame 32 are also removed and solidified. When the resin portion is removed from the prototype 1, the material of the pseudo stone formwork 5 as shown in FIGS. 6 and 7 is completed.
Here, the large artificial stone forming part 52 (521) and the small artificial stone forming part 52 (522) of the artificial stone form 5 are dish-shaped, and a plurality of through-hole forming parts 53 stand in the corner. The mold side mold 54 forms the base of the mold. As shown in FIG. 8, a reinforcing bar 43 of a metal rod is buried inside the through-hole forming portion 53, and the mesh plate 4 is buried in the bottom 51 of the pseudo stone form 5. ing. Here, the net member 41 and the reinforcing pile 43 function as a resin reinforcing material. In particular, the net member 41 of the pseudo-stone form bottom 51 and the reinforcing pile 43 of the through-hole forming portion 53 are flexible metals. Therefore, even if the resin is slightly bent due to the gravity of the cement, the resin is bent in accordance with the bending, so that the front mold works to be strong.
Also, the difference in thermal expansion between the resin such as urethane resin and the metal wire or rod is large, and it is easy to peel off.However, if fibers such as aramid fiber entangled in the metal wire or rod are interposed, the difference in thermal expansion between the resin and the metal rod is reduced. Even if is large, there is an effect that the flexible fiber absorbs the difference in expansion and the peeling is alleviated, and the net member 41 and the reinforcing pile 43 do not peel off from the resin on the mold surface 5, and are used repeatedly. Is also tolerable.
[0010]
Next, the processing of the form side surface 54 of the pseudo-stone form 5 will be described with reference to FIG.
The surface portion of the pseudo stone form 5 as shown in FIG. 6 and FIG. 7 has an approximate shape of a pseudo stone, and near the surface of the form side surface 54, a part of the aramid fiber chip is exposed. However, as shown in FIG. 9 (a), the surface of the form side surface 54 is cut off by applying an electric file 6 thereto.
Then, the part of the urethane resin is removed by a file, but the chip A of the aramid fiber is flexible and has high tension and high heat resistance, so that the file does not work, and the chip of the aramid fiber is flawed and cottony. As a result, as shown in FIG. 9 (b), it remains largely exposed on the surface of the mold side surface 54.
[0011]
Then, after removing the urethane resin from the portion of the mold side surface 54 to fluff the aramid fiber to expose it, the pseudo stone form 5 is placed on the platform 71 of the pseudo stone concrete block manufacturing device 7 as shown in FIG. Then, again, the urethane resin C mixed by cutting the monofilament of the aramid fiber into a short length is applied to the mold side surfaces 54 on all surfaces in a thickness of about 1 mm, and the pseudo stone form 5 is softened while the urethane resin is not cured. The side molds 72 provided on the four sides of the platform 71 located around are fixed so as to cover the side faces, and the side molds 72 of the pseudo-concrete concrete block manufacturing apparatus are coated on the mold side faces 54 by resin. , And is fixed with a fixing tool 75 to increase the degree of sealing between the side mold 72 and the mold side surface 54, and solidify the applied urethane resin.
After the resin coated thinly on the mold side 54 has been cured, the fixing tool 75 is removed, and the four side molds 721 to 724 are opened to take out the pseudo stone form 5, and the pseudo stone form 5 of the pseudo stone concrete block is obtained. Is completed.
As described above, the aramid fiber becomes cotton-like and remains largely exposed on the surface of the mold form side surface 54 of the material, and the surface is coated with urethane resin mixed with aramid fiber, but the cotton-like aramid fiber is applied. Since it is buried in the urethane resin, the urethane resin applied from the side face 54 of the material frame is strong without peeling off even if the thickness is about 1 mm.
[0012]
Here, a method of manufacturing a pseudo stone concrete block using the completed pseudo stone formwork 5 will be described again with reference to FIG.
As shown in FIG. 10, the artificial stone concrete block manufacturing apparatus 7 places the above-described mold surface 5 on a platform 71 after applying a release agent to the surface, and places the platform 71 around the artificial stone form 5. Are fixed so as to cover the side surfaces by the side mold 72 provided on the four side surfaces. The side frame 72 includes four side frames 721 to 724. The side frames 72 are rotatably attached to the side surfaces of the platform 71 by a pair of hinges 73, and are raised by holding a handle 76. The side surface of the mold surface 5 is covered with the side mold 72, and the joint fixing portions 74 at both ends of each of the side molds 721 to 724 are fixed together with the adjacent joint fixing portions 74 with fixing tools 75 such as bolts. Next, the cement is injected into the side mold 72, and the cement is evenly injected almost to the upper end of the side mold 72 to complete the previous process. Further, the sealing property between the mold surface 5 and the side mold 72 is enhanced between the mold side surface 54 and the side mold 72 of the pseudo-stone mold 5, and concrete milk is prevented from entering into the gap, thereby improving workability. Efficiency is improved.
In addition, the elasticity of the reinforcing bar 43 made of a metal rod acts so as to be pressed against the side surface form 72, and the sealing property between the form side surface 54 and the side form 72 is enhanced. If necessary, reinforcing bars 43 of metal rods are provided not only at the through hole forming portion 53 but also at a portion of the lower mold side surface 54 at substantially equal intervals so that the entire surface of the mold side surface 54 is It may be made to crimp. Further, the mold side surface 54 may be slightly inclined outward after the completion of the artificial stone formwork 5.
[0013]
Next, wait for the cement in which the cement milk is injected into the side mold 72 to be solidified. After the cement has solidified, the fixing tool 75 is removed and the side molds 72 are fixed to each other in the reverse procedure to the above. Then, the four side molds 721 to 724 are opened, and the artificial stone concrete block as a product is taken out from the mold surface 5.
The appearance of this pseudo stone concrete block is substantially the same as the prototype 1 in FIG. 1 in a shape in which the pseudo stone form 5 and the side form 72 are inverted.
The formwork surface 5 can be used again in the same manner, and can be used many times for the production of a pseudo-stone concrete block. When a gap is formed or when the side mold 72 itself is worn due to wear due to use and a gap is formed between the mold and the mold side surface 54, as shown in FIGS. If the surface of the mold is stripped off with an electric file 6, the resin portion is again stripped off by the file, and the aramid fiber becomes cotton-like and is greatly exposed as shown in FIG. If a urethane resin mixed with aramid fiber chips is applied thereto, it is possible to easily reproduce the pseudo-stone formwork 5.
[0014]
As described above, in this embodiment, the mesh plate 4 including the net member 41 of the metal wire and the reinforcing pile 43 of the metal rod is embedded in the resin which is the base material of the mold, and the resin has a high tensile strength. Aramid fiber chips, which are heat-resistant fibers, are mixed at a high density near the side of the formwork and around the metal (iron) net member 41 and the reinforcing pile 43. It has a great effect.
(1) Since the metal net member 41 is spread all over the material of the form and the reinforcing pile 43 of the metal rod is erected on the side of the pseudo-stone form, the durability of the form is improved.
(2) The sealing performance of the pseudo stone formwork side surface 54 of the pseudo stone concrete block and the side formwork 72 of the pseudo stone concrete block manufacturing device 7 is enhanced, and concrete milk is prevented from entering into the gap, thereby improving work efficiency.
(3) The side of the pseudo stone form 54 made of the material is scraped off with the electric file 6 so that the aramid fiber becomes cottony and remains largely exposed on the surface, and the surface is coated with a resin mixed with the aramid fiber. Therefore, the floc is buried in the resin to be applied, and even if it is as thin as about 1 mm, it does not peel off from the side face 54 of the material and is strong.
Of course, instead of using an electric file, the fibers may be exposed by manually scraping off the resin portions individually using a normal file.
(4) The mesh member 41 and the reinforcing pile 43 act as a resin reinforcing material. In particular, since the mesh member 41 and the reinforcing pile 43 are flexible metal wires, the resin is slightly bent by the gravity of the cement. Even so, since it bends accordingly, the pseudo-stone form works to be strong.
(5) The reinforcing pile 43 acts so that the elasticity of the metal rod of the reinforcing pile 43 presses against the side form 72, and further, the sealing property between the pseudo stone form side 54 and the side form 72 is further improved. The work efficiency is improved as in (2).
(6) The difference in thermal expansion between the resin and the metal wire or rod is large, and the resin and the metal rod are easily peeled off. However, since fibers such as aramid fiber entangled in the metal wire or rod are interposed, the thermal expansion between the resin and the metal rod is reduced. Even if the difference is large, the flexible fiber absorbs the difference in expansion and the peeling is alleviated, and the net member 41 and the reinforcing pile 43 are less likely to peel off from the resin on the pseudo-stone formwork surface 5 and can withstand repeated use. Things.
(7) Even if the mold side surface 54 of the artificial stone form is worn out due to use and the gap between the parts of the side surface form 72 is generated due to use, only the electric stone file 6 is used to scrape off the artificial stone form side 54 with the electric file 6. Then, the surface of the mold side surface 54 is in a state where the cotton-like aramid fiber is exposed, and as described above, the resin C obtained by cutting the aramid fiber monofilament short again is thinly applied to the mold side surface 54 on all surfaces. The pseudo stone form 5 can be easily reproduced by repeating the above procedure. That is, repair is easy and recycling is extremely simple.
[0015]
In addition, as long as the characteristics of the present invention are not impaired, it is needless to say that the present invention is not limited to the above-described embodiment. For example, the fiber to be mixed with the resin may be a high tensile strength and heat resistant fiber equivalent to aramid fiber. Just fine. Also, the net member may be a metal, and a net woven with a metal wire, a net made by alternately putting short slits in a metal plate and extending to the left and right, and simply roughening the mesh with a narrow metal plate. It may be something. Further, although the urethane resin is used as the resin serving as the mold base material, an epoxy resin or another curable synthetic resin may be used.
[0016]
【The invention's effect】
As described above, according to the present invention, a net member made of metal is spread over the bottom of the surface of the pseudo stone formwork, and a reinforcing pile of a metal rod is erected on the side of the pseudo stone formwork, and the resin as the base material is formed. The fiber which cut the monofilament short is mixed, and the pseudo stone form is roughly formed.The side of the pseudo stone form is stripped of resin, the fiber is fluffed and exposed, and the monofilament is cut short on the side. Of a pseudo-stone concrete block in which a resin mixed with is applied thinly, and a side mold of the block manufacturing apparatus is brought into contact with the resin applied to the side of the mold, and a method of manufacturing the same. It increases the durability of itself, can be easily repaired and can be recycled, and further improves the work efficiency by increasing the adhesion between the pseudo-stone formwork and the side formwork. It has the following effects.
(1) A metal mesh member is laid all over the material of the formwork, and reinforcing bars of metal rods are erected on the side of the pseudo stone formwork, so that the durability is improved.
(2) The sealing property between the side of the pseudo-stone formwork of the pseudo-stone concrete block and the side form of the pseudo-stone concrete block manufacturing device is enhanced, and concrete milk is prevented from entering the gap, thereby improving work efficiency.
(3) The aramid fiber becomes cotton-like by scraping off the side of the formwork of the material with a file, and remains largely exposed on the surface, and the resin mixed with the aramid fiber is applied on the surface. Is buried in the resin to be applied, and the applied resin does not peel off from the side surface of the pseudo-stone formwork, which is the material, and becomes strong.
(4) The mesh plate and the reinforcing pile act as a reinforcing material for the resin. In particular, since the mesh member and the reinforcing pile are flexible metals, even if the resin is slightly bent by the gravity of the cement, it is adapted. It bends and acts so that the front formwork becomes strong.
(5) In the reinforcing pile, the elasticity of the metal rod of the reinforcing pile acts so as to press against the side form, and the sealing property between the side surface of the pseudo-stone form and the side form is further enhanced. (2) The work efficiency is improved in the same manner as described above.
(6) The difference in thermal expansion between the resin and the metal wire or rod is large, and the resin and the metal rod are easily peeled off. However, since fibers such as aramid fiber entangled in the metal wire or rod are interposed, the thermal expansion between the resin and the metal rod is reduced. Even if the difference is large, the flexible fiber absorbs the difference in expansion and the peeling is alleviated, and the net member 41 and the reinforcing pile 43 are less likely to peel off from the resin on the pseudo-stone formwork surface 5 and can withstand repeated use. .
(7) Even if the mold side surface of the artificial stone form is worn out due to use, or if the parts of the side form itself are worn out and a gap is formed between them, simply apply a file to the pseudo stone form side and remove it. In the surface, a cotton-like fiber appears, and as described above, the resin C obtained by cutting the aramid fiber monofilament short is applied thinly on all the mold side surfaces, and the above-described procedure is easily repeated. It is easy to recycle (recycle) and repair molds.
And various other effects.
[Brief description of the drawings]
FIG. 1 is a perspective view of a prototype of a pseudo-stone concrete block according to an embodiment of the present invention.
FIG. 2 is an overall perspective view of an apparatus for manufacturing a form of a pseudo-stone concrete block according to an embodiment of the present invention.
FIG. 3 is a plan view from the outside of the mesh plate used in FIG. 2;
FIG. 4 is a bottom view from the back side of the mesh plate of FIG. 3;
FIG. 5 is a plan view of the apparatus for manufacturing the form of the artificial stone concrete block according to the embodiment of the present invention, in which a net plate is placed in the state shown in FIG. 2;
FIG. 6 is a perspective view of a material of a front mold frame according to the embodiment of the present invention.
FIG. 7 is a side view of the material of the front formwork of FIG. 6;
FIG. 8 is a sectional view taken along line 8-8 in FIG. 6;
9A is a cross-sectional view taken along line 9-9 in FIG. 6, and is an explanatory view for explaining a processing state. FIG. 9B is an enlarged view of a surface after the processing.
FIG. 10 (a) is an explanatory view for explaining the finish of a block formwork according to an embodiment of the present invention, and is a plan view of a pseudo-concrete concrete block manufacturing apparatus thereafter, and FIG. () Is a side view showing a partial cross section thereof.
[Explanation of symbols]
A: Aramid fiber chip, B: Urethane resin, C: Coated resin,
D: Cement milk 1: Prototype, 11, 12: Lump (pseudo-stone), 13: Through hole 2: Platform 3: Prototype frame, 31: Prototype right outer frame, 32: Prototype left outer frame,
311, 312, 321, 322 ... connecting part, 33, 34 ... connecting tool,
4 ... netted board with frame, 41 ... netted member, 42 ... netted frame, 43 ... reinforcing pile,
5 ... false stone formwork, 51 ... formwork bottom, 52, 521, 522 ... false stone forming part,
53: through-hole forming portion, 54: mold side surface,
6 ... Electric file 7 ... Pseudo-stone concrete block manufacturing device 71 ... Platform
72, 721, 722, 723, 724 ... side mold, 73 ... hinge 74 ... fixing part, 75 ... fixing tool,
8… Product fake stone concrete block

Claims (2)

A formwork consisting of a pseudo-stone formwork and a side formwork of a concrete block with suspicious stones arranged on the surface, and a metal net member is spread on the bottom of the pseudo-stone formwork, and a metal rod is placed on the side of the pseudo-stone formwork. The reinforcing pile is erected, and the fiber used as the base material is mixed with short cut fibers of monofilament to form an approximate pseudo-stone formwork, and the side of the pseudo-stone formwork is scraped off to expose the fibers to fluff. Then, on the side surface, a resin mixed with a fiber obtained by cutting a monofilament short was mixed and lightly applied, and the side formwork of the block manufacturing apparatus was brought into contact with the resin applied on the side of the pseudo stone formwork to increase the sealing degree between the two. Formwork of artificial stone concrete block characterized by: A formwork consisting of a pseudo-stone formwork and a side formwork of a concrete block with suspicious stones arranged on the surface, and a metal net member is spread on the bottom of the pseudo-stone formwork, and a metal rod is placed on the side of the pseudo-stone formwork. The reinforcing pile is erected, and the fiber used as the base material is mixed with short cut fibers of monofilament to form an approximate pseudo-stone formwork, and the side of the pseudo-stone formwork is scraped off to expose the fibers to fluff. Then, on the side surface, a resin mixed with a fiber obtained by cutting a monofilament short was mixed and lightly applied, and the side formwork of the block manufacturing apparatus was brought into contact with the resin applied on the side of the pseudo stone formwork to increase the sealing degree between the two. METHOD FOR PRODUCING FORM OF Pseudo-stone concrete block characterized by the following

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