KR100874878B1 - The making method of cement mortar goods which water penetrating or reflection are possible having color over two kinds and making device - Google Patents

Abstract

A method and an apparatus for manufacturing a permeable or reflectable cement mortar product having at least two colors are provided. A method for manufacturing a permeable or reflectable cement mortar product having at least two colors comprises: a first molding step of filling mortar in a mortar mold(20) by a mortar injector(10); a second molding step of hardening the top of a layer of the mortar filled in the mortar mold by an upper mold(30) to form a fixed depth portion(25) in the mortar layer; a first colored mortar molding step of injecting mortar mixed with a first coloring agent into the depth portion to form a first colored mortar layer; a second colored mortar molding step of partially injecting mortar mixed with a second coloring agent onto a top face of the first colored mortar layer to form a second colored mortar layer; a third molding step of hardening the second colored mortar layer by the upper mold to mix the second colored mortar layer with the first colored mortar layer; a curing step of separating a mortar layer(21) having the first and second colored mortar layers formed on the top thereof from the mortar mold and curing the separated mortar layer at the room temperature; and a grinding step of polishing a layer selected from the first and second colored mortar layers by a polisher.

Description

The manufacturing method of cement mortar goods which water penetrating or reflection are possible having color over two kinds and making device.}

The present invention easily implements two colors on the upper surface of the mortar layer of cement mortar product through the first, second molding step, the first, second colored mortar molding step, the third molding step, and the curing and polishing step. It is composed of manufacturing method, mortar feeder, mortar mold mold, upper mold, first and second colored mortar tanks, and first and second colored mortar feeders to facilitate two colors on the upper surface of the mortar layer of cement mortar products. In order to implement the mortar layer and the first and second colored mortar layers, the cement and water, the skeleton, the stone, and the artificial artificial stone are composed of a dry beam, and the waste mirror is selectively selected in the above-mentioned composition. The present invention relates to a method for manufacturing a cement mortar product having two or more colors and capable of permeation or reflection, and an apparatus for manufacturing the same.

In general, by using a pigment on the surface exposed to the cement mortar by coating the colored mortar to about 10mm, it has been used as a color cement mortar in which the surface color is expressed only in a single color, such a monochromatic color cement mortar has a variety of colors It is not possible to meet the demands of urban facilities.

In order to remove the color cement mortar as described above, in addition to the method of coating the colored mortar on the exposed surface of the product, it is colored with a pigment and mixed with an epoxy resin as in the method of manufacturing a color brick disclosed in Japanese Patent Application Laid-Open Publication No. 1998-43013. A method of manufacturing a natural silica sand having adhesive strength by filling it on a cement mortar to a certain thickness and simultaneously pressing and molding the vibration is disclosed.

However, the above-mentioned method is not only to obtain a variety of mixed color products, but also to express a single color, as well as to use only one material of cement mortar in the manufacture of the product, in addition to cement mortar and natural silica and epoxy resin Since the use of the cement mortar single material, there is a problem in that the strength of the product and the simplicity of the manufacturing process is reduced compared to the molding.

In particular, the product described in Utility Application No. 20-1999-0025720 has a problem that the road surface is very slippery when the road surface is wet or frozen.

In addition, there are products such as clay cement mortar, which is produced by firing clay, so that various colors can be expressed. However, firing clay is more time-consuming and labor-intensive than comparing cement mortar. There was also a problem of being expensive.

In addition, there has been a problem in that the cement mortar product having two or more colors may not be properly provided with a manufacturing device for producing a cement mortar product having permeability or reflection and having two or more colors.

In order to solve the above problems, the present invention through the first, second molding step, the first and second color mortar molding step, the third molding step, curing and polishing step of the mortar layer of cement mortar product Mortar of cement mortar products by consisting of manufacturing method that easily implements two colors on the surface, mortar feeder, mortar mold mold, upper mold, first and second colored mortar tanks, and first and second colored mortar feeders Two colors are easily implemented on the upper surface of the layer, and the mortar layer and the first and second colored mortar layers are made of pervious cement, water, skeleton, keystone, and colored artificial stone. The present invention relates to a method for manufacturing a cement mortar product having two or more colors and to be permeable or reflective by selectively constructing a piece of waste mirror in a composition and a manufacturing apparatus thereof.

In order to achieve the above object, the present invention includes a first molding step 100 for filling the mortar mold mortar with a mortar injector; A second molding step 101 of forming a predetermined depth part by chopping the upper part of the mortar layer filled in the mortar mold after the molding step with an upper mold; A first colored mortar forming step 102 of forming a first colored mortar layer by adding a mortar mixed with a first coloring agent to the depth portion of the mortar layer after a second molding step; A second colored mortar forming step 103 of forming a second colored mortar layer by partially adding a mortar mixed with a second coloring agent to an upper surface of the first colored mortar layer after the first colored mortar forming step; A third molding step 104 of compacting the second colored mortar layer into the upper mold to mix the second colored mortar layer with the first colored mortar layer after the second colored mortar molding step; Curing step 105 and curing at room temperature by separating the mortar layer in which the first and second colored mortar layer is formed in the mortar mold after the third molding step: after the curing step of the first and second colored mortar layer In the method for manufacturing a cement mortar product comprising a polishing step 106 of polishing any one selected layer by a polishing machine, all of the first and second colored mortar layers or any one selected from the first and second colored mortar layers. It is further provided with any one selected from both the color artificial stone and the mirror sculpture, or the color artificial stone and the mirror sculpture, wherein the second colored mortar layer is characterized in that the protrusion formed higher than the first colored mortar layer.

delete

In addition, the mortar layer of the first molding step 100 is composed of 8 mm to 13 mm of gravel, cement and water with a non-bib mixed, the first colored mortar layer is the first color agent and 2 mm to 6 mm of the keystone or color Any one selected from the feldspar, and mixed with the cement and water, and the second colored mortar layer is made by mixing with the second color agent and any one selected from 2mm to 6mm of the keystone or colored feldspar with the cement and water The mortar layer and the first and second colored mortar layer are formed as a water permeable layer, characterized in that the configuration to be permeable.

In addition, mortar is filled and the mortar feeder 10 is moved by the cylinder (11a);

The mortar is supplied from the mortar injector 10 to form a mortar layer 21, and a lower support cylinder 23 is mounted on the lifting cylinder 12 and transferred to the conveyor belt 22. A mortar mold 20 composed of a plurality of molds 24 at an upper portion of the pedestal 23; The upper part of the mortar layer 21 of the mortar mold 20 is compacted to form a predetermined depth 25 on the mortar layer 21, and the lower part of the mortar mold 20. An upper mold 30 composed of a plurality of compaction plates 31 to be elevated up and down; The first coloring mortar tank 40 in which a first coloring mortar in which a mortar and a first coloring agent are mixed is filled, and an input opening and closing part 42 is provided to open and close the outlet 41 formed at a lower portion thereof by the cylinder 11b. Wow; The second coloring mortar tank 50 in which a second coloring mortar in which a mortar and a second coloring agent are mixed is filled, and an input opening and closing part 42a is provided to open and close the outlet 41a formed at the lower portion by the cylinder 11b '. )Wow; The first colored mortar tank 40 is supplied to the depth portion 25 from the discharge port 41b formed at the lower portion of the cylinder 61 filled therein by receiving the first colored mortar from the upper supply port 62. A first colored mortar feeder (60) for supplying the first colored mortar to form a first colored mortar layer (64); The first colored mortar is supplied from the outlet 41c formed at a lower portion of the supply part 71 filled with the second colored mortar through the supply port 62a in the second colored mortar tank. A plurality of second colored mortar layer 65 is partially formed on the upper part of the mortar layer 64, and rotates in contact with the lower part of the supply part 71, and forms a plurality of penetratings in the transverse direction, around the outer circumferential edge. Comprising a plurality of input portion 72 formed at predetermined intervals, the cylinder portion 75 driven by a motor 78 on one side, and the support 74 to support from both sides of the cylinder portion 75 It is connected to the central central axis 76 of the cylindrical portion 75 is rotated, the movement center axis (76a) formed to move in the central axis 76 and the input portion 72 is symmetrical with each other Located between the input portion 72, the upper and lower portions of the support bar 81 in the lower portion of each of the symmetrical input portion 72 Support plate (82, 82 ') formed respectively, the rotary cylinder portion 77, which constitutes the pressing support portion 80 on the moving center shaft (76a), and the supply portion 71 on one side of the rotary cylinder portion 77 The second colored mortar, which is supplied to the sheet, is injected into the inlet 72 to press the externally to any one selected from the plurality of cylinders 11c or springs to prevent the rotating cylinder 77 from escaping to the outside during rotation. Characterized in that it comprises a second colored mortar feeder 70 formed on the other side of the pressing portion 78 to be.

In addition, the moving center shaft (76a) is formed of a rhombus-shaped frame in the rotary cylinder (77), side surfaces of the support plates (82, 82 ') formed on the upper and lower portions of the pressure receiving portion (80). Is formed in a rhombus shape so as to block the lower portion of the input portion 72, the first and second colored mortar feeders (60, 70) are configured together and the upper surface of the mortar die mold by the cylinder (11c) It is characterized by moving back and forth.

In the manufacturing method and apparatus of the present invention, the first colored mortar layer is formed on the cement mortar product, and the second colored mortar layer is directly formed on the first colored mortar layer to form two colored layers on the cement mortar product. Since it has abrasion resistance and robustness, two colors are harmoniously formed semi-permanently on the surface, and a two-colored mortar layer is formed on the top of the first colored mortar layer to form a protrusion having two colors to form a harmony and two-dimensional appearance of the surface. It is effective to express colorful colors by adding colored artificial stone to the first and second colored mortar layers, and to add mortar and first and second colored mortar layers to cement and water, skeletons, stones and collars. The artificial stone is composed of a dry beam to penetrate the mortar layer, the first and second colored mortar layers, and the first and second colored mortar layers further include a mirror mirror to reflect the light of the scrap mirror. Of road It is used as a guide line for stairs or sidewalk blocks.In the daytime, the aesthetics of the road due to the reflection of the light from the scraped mirrors and the waste mirrors reflected by the lights at night make the aesthetics of the night roads more prominent. Therefore, the recycling of resources is effective.

Hereinafter, the present invention will be described with reference to the accompanying drawings.

1 is a block diagram of a manufacturing method according to the present invention, Figure 2 is a schematic diagram of a manufacturing apparatus according to the present invention, Figure 3 is a side schematic view of a second colored mortar feeder according to the present invention, Figure 4 is a present invention It is a schematic diagram of the rotating cylinder part of the 2nd colored mortar feeder, and FIG. 5 is a perspective view of the rotating cylinder part which concerns on this invention.

Referring to the method of manufacturing a cement mortar product having two or more colors and permeable according to the present invention and a manufacturing apparatus thereof in detail with reference to Figs.

According to the present invention, a method of manufacturing a cement mortar product having two or more colors and being permeable includes a first molding step 100, a second molding step 101, a first colored mortar molding step 102, and a second The colored mortar molding step 103, the third molding step 104, the curing step 105, and the polishing step 106.

<Example 1>

{First Molding Step (100)}

 The mortar is filled into the mortar mold by mortar injecting mortar mixed with cement, fine aggregate, gravel, sand and water in a proper ratio.

{Second molding step 101}

After the molding step, the upper part of the mortar layer filled in the mortar mold is compacted with an upper mold to form a predetermined depth portion.

{First Color Mortar Molding Step 102}

After the second molding step, the mortar mixed with the first coloring agent is introduced into the depth portion of the mortar layer to form the first colored mortar layer.

The first coloring agent is composed of an inorganic or organic pigment.

{Second colored mortar forming step 103}

After the first coloring mortar forming step, a mortar mixed with a second coloring agent is partially added to the upper surface of the first coloring mortar layer to form a second coloring mortar layer.

The second coloring agent is composed of a different color from the first coloring agent, it is composed of an inorganic or organic pigment.

{Third molding step 104}

After the second colored mortar molding step, the second colored mortar layer is compacted into the upper mold to be mixed with the first colored mortar layer.

{Healing Stage (105)}

After the second colored mortar molding step, the second colored mortar layer is compacted into the upper mold to be mixed with the first colored mortar layer.

{Polishing stage (106)}

After the curing step, any one layer selected from the first and second colored mortar layers is polished with a polishing machine.

Example 2

{First Molding Step (100)}

 The mortar is filled into the mortar mold by mortar injecting mortar mixed with cement, fine aggregate, gravel, sand and water in proper ratio.

{Second molding step 101}

After the molding step, the upper part of the mortar layer filled in the mortar mold is compacted with an upper mold to form a predetermined depth portion.

{First Color Mortar Molding Step 102}

After the second molding step, the mortar mixed with the first coloring agent is introduced into the depth portion of the mortar layer to form the first colored mortar layer.

The first coloring agent may be composed of an inorganic or organic pigment or a mixture of colored artificial stone with inorganic and organic pigments in a predetermined ratio, or may be composed of only a stoning stone or colored artificial stone and mortar instead of the first coloring agent, the first coloring The mortar layer may be composed of a collar artificial stone and a waste mirror fragment of 13 mm or less, or a selected one of a collar artificial stone or waste mirror of 13 mm or less.

The mirror pieces are formed in the first colored mortar layer so that the first colored mortar layer is used as a guide block of a boundary stone or a road by being provided as a reflection function of light of the waste mirror pieces.

{Second colored mortar forming step 103}

After the first coloring mortar forming step, a mortar mixed with a second coloring agent is partially added to the upper surface of the first coloring mortar layer to form a second coloring mortar layer.

The second colorant may be composed of a different color from the first colorant, and may be composed of inorganic or organic pigments, or mixed with artificial artificial stones in a predetermined ratio with inorganic and organic pigments, or instead of the second colorant, It can be configured only with mortar, and the second colored mortar layer may be composed of a collar artificial stone and a waste mirror fragment of 13mm or less, or any one selected from a collar artificial stone or a waste mirror fragment of 13mm or less.

The waste mirror pieces are formed in the second colored mortar layer so that the second colored mortar layer is used as a boundary block or a guide block of a road by providing the reflection mirror with the light.

In addition, the second colored mortar layer may be formed of a protrusion higher than the first colored mortar layer to express a three-dimensional feeling by varying the height of the first colored mortar layer and the second colored mortar layer on the upper surface of the mortar layer. .

{Third molding step 104}

After the second colored mortar molding step, the second colored mortar layer is compacted into the upper mold to be mixed with the first colored mortar layer.

{Healing Stage (105)}

After the second colored mortar molding step, the second colored mortar layer is compacted into the upper mold to be mixed with the first colored mortar layer.

{Polishing stage (106)}

After the curing step, any one layer selected from the first and second colored mortar layers is polished with a polishing machine.

Example 3

{First Molding Step (100)}

 Mortar is mixed with cement, 8mm to 13mm gravel, sand and water in a suitable ratio, and mortar is filled into the mortar mold with a mortar injector.

{Second molding step 101}

After the molding step, the upper part of the mortar layer filled in the mortar mold is compacted with an upper mold to form a predetermined depth portion.

{First Color Mortar Molding Step 102}

After the second molding step, the first colorant is mixed with any one selected from the first colorant and the keystone or the colored artificial stone of 2mm to 6mm, and cement and water in the depth portion of the mortar layer, and the first colorant is inorganic or organic. It can be composed of pigments or mixed with mineral and organic pigments, and mixed stone and color artificial stone and waste mirror pieces at a fixed ratio, or alternatively, among the first colorants, alternatively, composed of dry mortar with dry beams. Can be.

{Second colored mortar forming step 103}

After the first colored mortar molding step, the first surface of the first colored mortar layer, the second color agent and any one selected from 2mm to 6mm of feldspar or colored artificial stone, and a gunbi beam mortar in which cement and water are mixed with a dry beam Partially added to form a second colored mortar layer.

The second colorant may be composed of a different color from the first colorant, but may be composed of inorganic or organic pigments or mixed with inorganic and organic pigments in a certain ratio, or with a fixed ratio of feldspar, colored artificial stone, and waste mirror, or instead of the second colorant. It can be composed only of dry mortar with keystone, color artificial stone, and scrap mirror.

In addition, the second colored mortar layer may be formed of a protrusion higher than the first colored mortar layer to express a three-dimensional feeling by varying the height of the first colored mortar layer and the second colored mortar layer on the upper surface of the mortar layer. .

{Third molding step 104}

After the second colored mortar molding step, the second colored mortar layer is compacted into the upper mold to be mixed with the first colored mortar layer.

{Healing Stage (105)}

After the second colored mortar molding step, the second colored mortar layer is compacted into the upper mold to be mixed with the first colored mortar layer.

{Polishing stage (106)}

After the curing step, any one layer selected from the first and second colored mortar layers is polished with a polishing machine.

Apparatus for producing a cement mortar product having two or more colors and permeable or reflective according to the present invention is a mortar input machine 10, mortar mold 20, upper mold 30, the first colored mortar tank 40 ), A second colored mortar tank 50, a first colored mortar injector 60, and a second colored mortar injector 70.

The mortar input machine 10 is configured to be filled with the mortar mixed with cement and aggregate, sand, gravel and water in a predetermined ratio and moved by the cylinder (11a).

The mortar mold 20 receives the mortar from the mortar injector 10 to form a mortar layer 21, the lower part of which is lifted up and down by the lifting cylinder 12, and moved to the conveyor belt 22. 23 is installed, the upper portion of the movable support 23 is composed of a plurality of the mold portion (24).

The movable support 23 is provided with a lifting cylinder 12 in the lower portion, and moves up and down, and is configured to move back and forth by the conveyor belt 22 driven by a motor.

The upper mold 30 is formed in the upper portion of the mortar layer 21 of the mortar mold 21 to form a predetermined depth portion 25 on the mortar layer 21, the mortar mold Consists of a plurality of compaction plate 31 to be lowered from the top to the bottom of the (20).

The lifting cylinder 12 ′ formed on the upper part of the upper mold 30 is configured to be lowered or lifted to abut on the upper surface of the mortar mold 20.

That is, the compaction plate 31 is configured to enter and exit the mold part 24 of the mortar die 20.

The first colored mortar tank 40 is filled with the first colored mortar mixed with the mortar and the first coloring agent therein, the opening and closing part 42 to open and close the outlet 41 formed in the lower portion by the cylinder (11b) Install.

The first colorant is composed of inorganic or organic pigments, and may be composed by mixing inorganic or organic pigments with color artificial stone and sculpted waste mirror at the same time. It can also be configured with mortars.

The second colored mortar tank 50 is filled with the second colored mortar in which the mortar and the second coloring agent are mixed, and the opening and closing part 42a to open and close the outlet 41a formed at the lower portion by the cylinder 11b '. Install and configure it.

The second colorant is composed of an inorganic or organic pigment, and may be composed of a color different from the first colorant, and may be formed by simultaneously mixing an inorganic or organic pigment, which is a second colorant, with a keystone, color artificial stone, and waste glass chips. 2 Instead of colorants, it may be composed of mortar or feldspar, color artificial stone or waste glass pieces.

The first colored mortar feeder (60) is a discharge port formed in the lower portion of the cylinder 61 to be filled in the first colored mortar from the first colored mortar tank 40 is supplied to the upper supply port 62 ( The first colored mortar layer 64 is formed by supplying the first colored mortar to the depth portion 25 from 41b).

The second colored mortar feeder 70 receives the second colored mortar from the second colored mortar tank through a supply port 62a and is discharged from the discharge port 41c formed at a lower portion of the supply part 71. The second colored mortar penetrator 70 is configured to receive a plurality of second colored mortar layers 65 on the first colored mortar layer 64.

The second colored mortar feeder 70 is rotated in contact with the lower portion of the supply portion 71, and formed through a plurality of transverse in the transverse direction, with a plurality of input portion 72 formed at a predetermined interval around the outer periphery It consists of the cylinder part 75 which is driven by the motor 78 on one side.

 The support 74 supporting the both sides of the cylindrical portion 75 is connected to the central central axis 76 of the cylindrical portion 75 is rotated, the movement center axis formed to be moved in the central axis 76 76a and between the input portions 72 and the input portions 72 which are symmetrical with each other, respectively, above and below the support bar 81 below each of the symmetric input portions 72, respectively. The formed support plates 82 and 82 'are installed to constitute a rotating cylinder portion 77 that constitutes the pressure receiving portion 80 on the moving center shaft 76a.

In addition, the second colored mortar supplied to the supply unit 71 is introduced into one side of the rotary cylinder portion 77 to the input unit 72 to prevent the rotary cylinder 77 is separated from the outside during rotation. In order to configure a plurality of cylinders 11c or any one selected from the spring portion (not shown) to form a pressing portion 78 to be pressed from the outside on the other side.

The moving center shaft 76a is formed in a rhombus-shaped frame in the rotating cylinder 77 portion.

In addition, the first and second colored mortar feeders (60, 70) are configured together, and moved back and forth simultaneously by the cylinder (11c), when moving forward by the cylinder (11c) the first colored mortar feeders (60) First forms a first colored mortar layer 64 in the depth portion 25 formed on the mortar layer filled in the mold part 24 of the mortar mold 20, and then in the cylinder 11c. The second colored mortar penetrator 70 forms a second colored mortar layer 65 on the upper surface of the first colored mortar layer 64 when moved backward.

Referring to the operation of the manufacturing apparatus according to the present invention.

The mortar layer is formed by injecting mortar into the plurality of mold parts 24 including the mortar mold 20 in the mortar injector 10 and then forming the mortar layer in the upper part of the mortar mold 20. A plurality of the compaction plate 31 of the mold 30 presses the upper surface of the mortar layer formed by filling the mold parts 24 to form the depths 25 having a predetermined depth, respectively, and a cylinder ( The first and second colored mortar feeders 60 and 70 moved forward and backward simultaneously by 11c) have the first mortar molding machine 60 when the first mortar feeder 60 is moved forward by the cylinder 11c. The first colored mortar layer 64 is first formed by receiving the first colored mortar from the first colored mortar tank 40 to the depth portion 25 formed on the mortar layer filled in the mold part 24 of the first mold mortar layer 40. Do it.

 When moving backward by the cylinder 11c, the second colored mortar feeder 70 is formed in the outer periphery of the supply part 51 and the rotary cylinder part 77 from the second colored mortar tank 50. The second colored mortar is introduced into the input parts 72 of the top surface of the rotary cylinder part 77 of the two input parts 72 so that a plurality of cylinders 11c are formed at one side of the rotary cylinder part 77. The second colored mortar filled in the input portions 72 of the rotary cylinder portion 77 by being rotated by the pressing portion 78 to rotate the rotary cylinder portion 77 from one side to the other side. When rotated downward in the filled state, the second colored mortars filled in the input portions 72 fall to form a second colored mortar layer 65 partially on an upper surface of the first colored mortar layer 64. Do it.

In this way, it is provided in the rotary cylinder portion 77 which partially forms the second colored mortar layer 65 on the upper surface of the first colored mortar layer 64, and enters into and out of the input portion 72. When the rotary cylinder portion 77 is rotated, the pressure receiving part 80 which flows in the central axis 76 of the rotary cylinder portion 77 and is formed on the movement center shaft 76a is supported by the support bar ( The support plates 82 are formed when the second colored mortar is introduced into the input unit 72 formed at the upper portion of the rotary cylinder 77 by the support plates 82 and 82 ′ formed at the upper and lower portions of the 81. The lower portion of the input portion 72 is blocked, and the second colored mortar is filled in the input portion 72 of the rotary cylinder portion 77 and rotated 90 degrees from one side to the other side to the input portion 72. The filled second colored mortar supported by the lower portion of the input portion 72, the support plate 82 is lower than the support plate 82 'installed in the symmetrical direction It is to be lowered to. Since the support plates 82 and 82 'are symmetrically installed at the upper and lower portions of the support bar 81, the support plate 82 supports the second colored mortar filled in the input unit 72. The support plate 82 is inserted into the input unit 72 by the support plates 82 'symmetrically installed on both sides of the 81, and the second colored mortar is pushed down to release the first colored mortar layer ( 64) will fall on the surface.

As described above, when the first and second colored mortar layers 64 and 65 are formed on the mortar layer, the upper mold 20 installed on the mortar mold 20 is lowered to form the mortar mold 20. When the mortar layer formed in the plurality of the mold portion 24 is pushed downward with the compaction plate 31, the first and second colored mortar layers 64 and 65 naturally consist of two colors. The movable support 23 at the lower part of the mortar die 20 is completed on the movable support 23 at the mold part 24 of the mortar die 20 by the lowering of the lifting cylinder 12. The finished product of the cement mortar product thus prepared is separated.

The cement mortar product thus removed is transferred to the loading station by the conveyor belt 22.

Naturally curing the transferred cement mortar product, and finally polish the surface of the first and second colored mortar layers (64, 65) by a polishing machine to finally complete.

The cement mortar product of the present invention is not only a manufacturing apparatus and method for manufacturing the sidewalk block but also various products such as bricks, sidewalks and boundary stones bordering the road.

1 is a block diagram of a manufacturing method according to the present invention.

2 is a schematic view of a manufacturing apparatus according to the present invention.

Figure 3 is a schematic side view of a second colored mortar feeder according to the present invention.

Figure 4 is a schematic view of a rotating cylindrical portion of the second colored mortar feeder according to the present invention.

5 is a perspective view of a rotating cylinder portion according to the present invention.

Explanation of symbols on the main parts of the drawings

10: mortar injector 11a, 11b, 11b ', 11c: cylinder

12, 12 ': lifting cylinder 20: mortar mold

21: mortar layer 22: conveyor belt

23: movable support 24: mold part

25: depth 30: upper mold

31: compaction plate 40: first colored mortar tank

41, 41a, 41b, 41c: outlet 42, 42a: input opening and closing part

50: second colored mortar tank 60: first colored mortar feeder

61: cylinder 62, 62a: supply port

70: second colored mortar feeder 71: supply unit

72: input part 73: second colored mortar

74: support 75: cylinder

76: center axis 76a: center of movement axis

77: rotating cylinder portion 78: pressure portion

80: pressurizing portion 81: support bar

82, 82 '; Support plate 100: first molding step

101: second molding step 102: first colored mortar molding step

103: second colored mortar molding step 104: third molding step

105: curing step 106: polishing step

Claims (5)

delete A first molding step 100 of filling the mortar with a mortar mold using a mortar injector; A second molding step 101 of forming a predetermined depth part by chopping the upper part of the mortar layer filled in the mortar mold after the molding step with an upper mold; A first colored mortar forming step 102 of forming a first colored mortar layer by adding a mortar mixed with a first coloring agent to the depth portion of the mortar layer after a second molding step; A second colored mortar forming step 103 of forming a second colored mortar layer by partially adding a mortar mixed with a second coloring agent to an upper surface of the first colored mortar layer after the first colored mortar forming step; A third molding step 104 of compacting the second colored mortar layer into the upper mold to mix the second colored mortar layer with the first colored mortar layer after the second colored mortar molding step; A curing step 105 for curing at room temperature by separating the mortar layer having the first and second colored mortar layers formed thereon in the mortar mold after the third molding step; In the method of manufacturing a cement mortar product comprising a polishing step 106 of polishing any one layer selected from the first and second colored mortar layer after the curing step using a polishing machine, All of the first, second colored mortar layer or any one selected from the first and second colored mortar layer, any one selected from the keystone, color artificial stone, waste mirror pieces or any of the stones, color artificial stone, waste mirror pieces And the second colored mortar layer has a higher protrusion than the first colored mortar layer, wherein the second mortar layer has two or more colors and is transparent or reflective. A first molding step 100 of filling the mortar with a mortar mold using a mortar injector; A second molding step 101 of forming a predetermined depth part by chopping the upper part of the mortar layer filled in the mortar mold after the molding step with an upper mold; A first colored mortar forming step 102 of forming a first colored mortar layer by adding a mortar mixed with a first coloring agent to the depth portion of the mortar layer after a second molding step; A second colored mortar forming step 103 of forming a second colored mortar layer by partially adding a mortar mixed with a second coloring agent to an upper surface of the first colored mortar layer after the first colored mortar forming step; A third molding step 104 of compacting the second colored mortar layer into the upper mold to mix the second colored mortar layer with the first colored mortar layer after the second colored mortar molding step; A curing step 105 for curing at room temperature by separating the mortar layer having the first and second colored mortar layers formed thereon in the mortar mold after the third molding step; In the method of manufacturing a cement mortar product comprising a polishing step 106 of polishing any one layer selected from the first and second colored mortar layer after the curing step using a polishing machine, The mortar layer of the first molding step 100 is composed of 8 mm to 13 mm of gravel and cement and water mixed with a gunbi beam, the first colored mortar layer is the first colorant and 2mm to 6mm of the keystone or color stone Any one selected, and the gunbibeam mixed composition of cement and water, and the second colored mortar layer is the second mortar layer and any one selected from the keystone or color stone of the 2mm to 6mm and the keystone beam mixed with cement and water to the mortar layer And the first and second colored mortar layers are formed as a permeable layer so as to be permeable. A mortar injector 10 in which mortar is filled and moved by the cylinder 11a; The mortar is supplied from the mortar injector 10 to form a mortar layer 21, and a lower support cylinder 23 is mounted on the lifting cylinder 12 and transferred to the conveyor belt 22. A mortar mold 20 composed of a plurality of molds 24 at an upper portion of the pedestal 23; The upper part of the mortar layer 21 of the mortar mold 20 is compacted to form a predetermined depth 25 on the mortar layer 21, and the lower part of the mortar mold 20. An upper mold 30 composed of a plurality of compaction plates 31 to be elevated up and down; The first coloring mortar tank 40 in which a first coloring mortar in which a mortar and a first coloring agent are mixed is filled, and an input opening and closing part 42 is provided to open and close the outlet 41 formed at a lower portion thereof by the cylinder 11b. Wow; The second coloring mortar tank 50 in which a second coloring mortar in which a mortar and a second coloring agent are mixed is filled, and an input opening and closing part 42a is provided to open and close the outlet 41a formed at the lower portion by the cylinder 11b '. )Wow; The first colored mortar tank 40 is supplied to the depth portion 25 from the discharge port 41b formed in the lower portion of the cylinder 61 filled therein by receiving the first colored mortar from the upper supply port 62. A first colored mortar feeder (60) for supplying the first colored mortar to form a first colored mortar layer (64); The first colored mortar receives the second colored mortar from the discharge port 41c formed at a lower portion of the supply part 71 to receive the second colored mortar from the supply port 62a. A plurality of second colored mortar layer 65 is partially formed on the upper part of the mortar layer 64, and rotates in contact with the lower part of the supply part 71, and forms a plurality of penetratings in the transverse direction, around the outer circumferential edge. Comprising a plurality of input portion 72 formed at predetermined intervals, the cylinder portion 75 driven by a motor 78 on one side, and the support 74 to support from both sides of the cylinder portion 75 It is connected to the central central axis 76 of the cylindrical portion 75 is rotated, the movement center axis (76a) formed to move in the central axis 76 and the input portion 72 is symmetrical with each other Located between the input portions 72, the upper and lower portions of the support bar 81 in the lower portion of each of the symmetric input portion 72 Support plate (82, 82 ') formed respectively, the rotary cylinder portion 77, which constitutes the pressing support portion 80 on the moving center shaft (76a), and the supply portion 71 on one side of the rotary cylinder portion 77 The second colored mortar, which is supplied to the sheet, is injected into the inlet 72 to press the externally to any one selected from the plurality of cylinders 11c or springs to prevent the rotating cylinder 77 from escaping to the outside during rotation. Apparatus for producing a cement mortar product having two colors and can be permeable or reflective, characterized in that it consists of a second colored mortar feeder 70 formed on the other side of the pressing portion 78 is formed. The method of claim 4, wherein The moving center shaft 76a is formed in a frame having a rhombus shape in the rotating cylinder 77, and the side surfaces of the supporting plates 82 and 82 'formed at the upper and lower portions of the pressing support part 80 are rhombuses. It is formed in a shape so as to block the lower portion of the input portion 72, the first and second color mortar feeders (60, 70) are configured together and the upper surface of the mortar die frame moved by the cylinder (11c) back and forth Apparatus for producing a cement mortar product having a pitcher or reflection having two or more colors, characterized in that.

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