KR20190103542A - Construction block manufacturing method and manufacturing apparatus the same - Google Patents

Abstract

The present invention relates to a method for manufacturing a block for construction, which maximizes manufacturing efficiency, and a manufacturing apparatus thereof. According to the present invention, the method comprises: a first step of providing cement, water, Styrofoam, and a mixing agent as materials for a block for construction to a cementer hopper, a water hopper, a Styrofoam hopper, and a mixing agent hopper, respectively; a second step of inserting cement, water, Styrofoam, and a mixing agent into a mixer from the cementer hopper, the water hopper, the Styrofoam hopper, and the mixing agent hopper, respectively, and mixing the same to be a first mixture; a third step of inserting the first mixture stored in the mixer into a mixture hopper; a fourth step of inserting the first mixture inserted into the mixture hopper into a first block jig providing an internal space, wherein the internal space corresponds to a shape of a block for construction; a fifth step of curing the first mixture by using the first block jig; and a sixth step of separating the cured first mixture from the first block jig to make a first block for construction. The fourth step includes a step of moving the mixture hopper from a first position for receiving the first mixture from the mixer to a second position for inserting the first mixture into the block jig.

Description

Construction block manufacturing method and manufacturing apparatus the same}

The present invention relates to a building block manufacturing method and a manufacturing apparatus, and to an apparatus and a method for producing a non-combustible lightweight building block.

In the conventional building blocks, styrofoam blocks and red bricks are mainly used. When the blocks are stacked and installed on the inner and outer walls of the building, the outer wall should be provided with a separate insulating material as a hollow wall. Applied throughout the finishing process.

In the conventional styrofoam block and red brick applied through the process as described above, there is a problem that the manufacturing cost is high and the durability of the building is not only high because the workability is reduced and the material is formed of styrofoam mortar.

In order to solve this problem, recently, a lightweight insulating block that reduces the weight of the block itself and provides an insulation effect by mixing cement particles with concrete is provided, and the lightweight insulating block has a weak affinity between the cement and the cement particles. It is manufactured by applying a separate adhesive to and then mixing.

However, the lightweight insulating block shows an excellent insulating effect, but because of its low impact resistance, there is a problem that is easily broken, and because a separate adhesive component is used to bind the concrete and cement particles, the manufacturing cost is expensive Still implies.

In addition, the lightweight insulating block can be maximized manufacturing efficiency only by the automated system, the conventional manufacturing apparatus has a problem that the manufacturing efficiency is not good because it takes a long time to manufacture a single insulating block.

An object of the present invention is to provide a building block manufacturing method and apparatus for manufacturing a building block having a light weight and excellent thermal insulation effect by the automated system to maximize the production efficiency.

In the building block manufacturing method for manufacturing a building block according to an embodiment of the present invention, cement, water, styrofoam, and admixtures, which are materials of the building block, are provided in the cement hopper, water hopper, styrofoam hopper, and admixture hopper, respectively. First step; A second step of putting the cement, the water, the styrofoam and the admixture from each of the cement hopper, the water hopper, the styrofoam hopper and the admixture hopper into a stirrer and stirring each other to become a first agitator; A third step of introducing the first agitator stored in the agitator into a agitator hopper; A fourth step in which the first stirring material injected into the stirring hopper is put into a first block jig providing an inner space, the inner space corresponding to the shape of the building block; A fifth step of curing the first agitator using the first block jig; And a sixth step of separating the first stirring material cured from the first block jig, to produce a first building block, wherein the fourth step includes: And moving the first stirring material to a second position for inputting the first block jig at a first position for receiving the input from the stirrer.

The second step of the building block manufacturing method for manufacturing a building block according to an embodiment of the present invention, the step of producing a second stirring material for manufacturing a second building block while the fourth step is in progress It may be characterized by including.

The stirrer of the building block manufacturing method for manufacturing a building block according to an embodiment of the present invention, the stirring process for a predetermined time to produce the first stirring material and the second stirring material, In step 4, at the same time as the second stirrer is manufactured in the stirrer or before the second stirrer is manufactured in the stirrer, the stirrer hopper is opened at the second position with the internal space empty. And returning to the first position.

The first block jig of the building block manufacturing method for manufacturing a building block according to an embodiment of the present invention, the stirring hopper is completed at the same time the position movement to the second position or the stirring hopper is the first It may be characterized in that it is located in a position corresponding to the second position before the movement of the position to the second position is completed.

The first block jig of the building block manufacturing method for manufacturing a building block according to an embodiment of the present invention and the second block jig disposed adjacent to the first block jig, the position can be moved on the jig moving unit The fifth step may include moving the second block jig to a position corresponding to the second position on the jig moving part.

The cement, the water, the styrofoam and the admixture are introduced into the stirrer at the outlets of the cement hopper, the water hopper, the styrofoam hopper, and the admixture hopper, respectively, of the method for manufacturing the building block for manufacturing the building block according to the embodiment of the present invention. Cement hopper valve, water hopper valve, styrofoam hopper valve and admixture hopper valve to control whether the cement hopper valve, water hopper valve, styrofoam hopper valve and admixture hopper valve, respectively, cement load cell, water load cell, styrofoam It can be characterized in that it is automatically controlled by the load cell and admixture load cell.

The cement, the water, the styrofoam injected from the cement hopper, the water hopper, the styrofoam hopper and the admixture hopper into the inlet of the stirrer of the building block manufacturing method for manufacturing a building block according to an embodiment of the present invention And a cement input detecting unit, a water input detecting unit, a styrofoam input detecting unit, and a mixed material input detecting unit detecting the amount of the admixture, respectively, and the cement hopper valve, the water hopper valve, the styrofoam hopper valve, and the admixture hopper valve. Each of the cement input detection unit, the water input detection unit, the styrofoam input detection unit and may be controlled based on the detection result detected by the admixture input detection unit.

Building block manufacturing apparatus for manufacturing a building block according to another embodiment of the present invention, cement hopper, water hopper, styrofoam hopper and admixture for storing cement, water, styrofoam and admixtures that are the material of the building block, respectively Hopper; The cement, the water, the styrofoam and the admixture are introduced from the cement hopper, the water hopper, the styrofoam hopper, and the admixture hopper, respectively, and the cement, the water, the styrofoam, and the admixture are mixed with each other. 1 agitator to be stirred; A stirrer hopper receiving the first stirrer prepared by stirring from the stirrer from the stirrer at a first position; And supporting the agitator hopper and moving the agitator hopper to a second position where a first block jig is provided to provide an inner space corresponding to the shape of the building block. And a stirring hopper moving part which is put into a space to allow the first stirring material to be manufactured by curing.

The agitator of the building block manufacturing apparatus for manufacturing a building block according to another embodiment of the present invention, while the second stirring material for manufacturing a second building block while being introduced into the internal space from the stirring hopper. It may be characterized by manufacturing.

The stirrer of the building block manufacturing apparatus for manufacturing a building block according to another embodiment of the present invention, the stirring process for a predetermined time to produce the first stirring material and the second stirring material, the The agitator hopper moving unit is the second position in which the agitator hopper is emptied of the internal space before the second agitator is manufactured in the agitator or before the second agitator is manufactured in the agitator. It may be characterized in that to return to the first position.

Building block manufacturing apparatus for manufacturing a building block according to another embodiment of the present invention is located at the outlet of the cement hopper, water hopper, styrofoam hopper and admixture hopper, respectively, cement, water, styrofoam and admixture to the stirrer And a cement hopper valve, a water hopper valve, a styrofoam hopper valve and a admixture hopper valve for adjusting whether the cement hopper valve, the cement hopper valve, the water hopper valve, the styrofoam hopper valve and the admixture hopper valve, respectively. It can be characterized in that it is automatically controlled by the cement load cell, water load cell, styrofoam load cell and admixture load cell.

Building block manufacturing apparatus for manufacturing a building block according to another embodiment of the present invention, the cement hopper, the water hopper, the styrofoam hopper and the mixed material hopper which is placed in the inlet of the stirrer, the And a cement input detection unit, a water input detection unit, a styrofoam input detection unit, and a mixed material input detection unit for respectively detecting the amounts of water, the styrofoam and the admixture, and the cement hopper valve, the water hopper valve, and the styrofoam. The hopper valve and the admixture hopper valve may be controlled based on the detection result detected by the cement input detection unit, the water input detection unit, the styrofoam input detection unit, and the admixture input detection unit, respectively. .

According to the building block manufacturing method and manufacturing apparatus according to the present invention, it is possible to maximize the manufacturing efficiency by allowing the building block having a light weight and excellent thermal insulation effect to be manufactured by an automated system.

1 is a flow chart for explaining a building block manufacturing method according to an embodiment of the present invention.
2 and 3 is a view showing a building block manufacturing apparatus according to another embodiment of the present invention.
Figure 4 is a flow chart for explaining the second step of the building block manufacturing method according to an embodiment of the present invention.
Figure 5 is a flow chart for explaining the fourth step of the building block manufacturing method according to an embodiment of the present invention.

Hereinafter, with reference to the drawings will be described in detail a specific embodiment of the present invention. However, the spirit of the present invention is not limited to the embodiments presented, and those skilled in the art who understand the spirit of the present invention may deteriorate other inventions or the present invention by adding, modifying, or deleting other elements within the scope of the same idea. Other embodiments that fall within the scope of the inventive concept may be readily proposed, but they will also be included within the scope of the inventive concept.

In addition, the components with the same functions within the scope of the same idea shown in the drawings of each embodiment will be described using the same reference numerals.

1 is a flow chart for explaining a building block manufacturing method according to an embodiment of the present invention, Figures 2 and 3 is a view showing a building block manufacturing apparatus according to another embodiment of the present invention.

In addition, Figure 4 is a flow chart for explaining the second step of the building block manufacturing method according to an embodiment of the present invention, Figure 5 is to explain the fourth step of the building block manufacturing method according to an embodiment of the present invention. It is a flowchart for.

First, referring to Figure 1, in the building block manufacturing method according to an embodiment of the present invention, cement, water, styrofoam and admixture are cement hopper 110, water hopper 120, styrofoam hopper 130 and admixture hopper The first step (S110) provided to 140, the second step (S120) for producing a first agitator, the third step (S130), the first agitator is introduced into the agitator hopper 160, the The fourth step (S140) in which the first stirring material is introduced into the first block jig (Z1), the fifth step (S150) in which the first stirring material is cured, and the first stirring jig is first block jig (Z1). Separate from the, the first building block may include a sixth step S160.

Hereinafter, each step will be described in detail with reference to FIGS. 2 to 5.

In the first step (S110), cement, water, styrofoam, and admixtures, which are materials of the building block, are provided to the cement hopper 110, the water hopper 120, the styrofoam hopper 130, and the admixture hopper 140, respectively. It may be a step.

The cement hopper 110 and the styrofoam hopper 130 may be a hopper that can receive and store a predetermined amount of cement and styrofoam in the form of particles from the outside, respectively, the water hopper 120 and the admixture hopper 140 Each may be a hopper capable of receiving and storing a predetermined amount of water and a predetermined amount of admixture from the outside.

Here, the number of the cement hopper 110, the water hopper 120, the styrofoam hopper 130 and the admixture hopper 140 is not limited, and can be variously changed according to the user's intention.

However, in the case of the admixture hopper 140, in the case of manufacturing a building block, when the number of admixtures to be used is preferably provided in a plurality of different from each other.

For example, in the manufacture of the building block, the admixture used includes a fluidizing agent for increasing the fluidity of the styrofoam, foaming agent for lightening and insulating effect, soda silicate for quickening and adhesion effect, etc. If so, each may be stored and provided in a separate hopper. However, it is not necessarily limited thereto.

The admixture is an air entrainer for lightening and insulating effect in addition to at least one of the above materials, an air entrainer for lightening and insulating effect, a foaming agent for lightening and insulating effect, and a waterproofing agent for increasing the waterproofing rate of the block. High performance water reducing agent for strength increase effect, pozzolane for increasing fluidity and block strength, silica fume for high strength effect and low permeability, forming air layer, aerogel for insulation and sound insulation, preventing cracking and permeability It may include at least one of the fly ash to lower the sex.

The second step (S120) is the cement, the water, the styrofoam and the admixture from the cement hopper 110, the water hopper 120, the styrofoam hopper 130, the admixture hopper 140, respectively It may be added to the stirrer 150, it may be a step to be stirred to each other to become a first stirring material.

The agitator 150 agitates the cement, the water, the styrofoam and the admixture introduced from the cement hopper 110, the water hopper 120, the styrofoam hopper 130, and the admixture hopper 140, respectively. As a component to be the first stirring material, there may be provided with an impeller rotating therein for stirring.

However, the stirrer 150 is not limited to the stirrer provided with an impeller, and any device capable of stirring the cement, the water, the styrofoam, and the admixture introduced therein is applicable.

The second step (S120), referring to FIG. 4, includes a step (S122) in which cement, water, styrofoam and admixtures are added to the stirrer 150, and a step (S124) in which cement, water, styrofoam and admixtures are stirred. can do.

Here, the amount of the cement, the water, the styrofoam and the admixture into the stirrer 150 in the step (S122) is added to the stirrer 150 may be a predetermined amount.

The predetermined amount is related to the number of building blocks to be finally manufactured through the first step (S110) to the sixth step (S160) of the building block manufacturing method according to the present invention, for example, building construction according to the present invention If the number of building blocks to be finally manufactured through the first step (S110) to the sixth step (S160) of the block manufacturing method, the cement, the water, the styrofoam and the admixture is the stirrer 150 The amount injected into may correspond to the amount for producing one building block.

Of course, if the number of building blocks to be finally manufactured through the first step (S110) to the sixth step (S160) of the building block manufacturing method according to the present invention, the cement, the water, the styrofoam and the The amount of admixture added to the stirrer 150 may correspond to the amount for producing two building blocks.

Each amount of the stirrer 150 may be precisely controlled by a load cell and a valve.

Specifically, whether the cement, the water, the styrofoam and the admixture are added to the stirrer 150 at the outlets of the cement hopper 110, the water hopper 120, the styrofoam hopper 130 and the admixture hopper 140, respectively. A cement hopper valve 112, a water hopper valve 122, a styrofoam hopper valve 132 and a admixture hopper valve 142 may be positioned to control whether or not.

And, the cement hopper valve 112, the water hopper valve 122, the styrofoam hopper valve 132 and the admixture hopper valve 142 is automatically by the cement load cell, water load cell, styrofoam load cell and admixture load cell, respectively. Can be controlled.

In other words, the cement load cell detects the residual amount of cement remaining in the cement hopper 110, and based on this, the amount of cement injected from the cement hopper 110 to the stirrer 150 is controlled by the controller. When the amount of cement injected into the stirrer 150 reaches a predetermined amount, the controller closes the cement hopper valve 112.

Of course, the water hopper valve 122, the styrofoam hopper valve 132 and the admixture hopper valve 142 may also be controlled to open and close for a predetermined amount by the same principle as the cement hopper valve 112.

On the other hand, the cement hopper 110, the water hopper 120, the styrofoam hopper 130 and the admixture hopper 140 by the cement load cell, the water load cell, the styrofoam load cell and the admixture load cell, respectively, as described above. The amount introduced into the stirrer 150 may be controlled, but in order to prevent the possibility that an incorrect amount is introduced into the stirrer 150 due to an unintended situation (for example, breakage of the load cell), the present invention The inlet of the stirrer 150 may include a configuration for detecting the amount of the cement, the water, the styrofoam and the admixture that is introduced into the stirrer 150.

Specifically, the inlet of the stirrer 150, the cement, the water, the styrofoam and the cement introduced from the cement hopper 110, the water hopper 120, the styrofoam hopper 130 and the admixture hopper 140 A cement input detection unit, a water input detection unit, a styrofoam input detection unit, and a mixed material input detection unit detecting the amount of the admixture may be located.

The cement input detection unit, the water input detection unit, the styrofoam input detection unit and the admixture input detection unit may be applied to any sensor capable of sensing the input amount by a kind of sensor.

The cement hopper valve 112, the water hopper valve 122, the styrofoam hopper valve 132, and the admixture hopper valve 142 are respectively detected by the control unit of the cement input detector, the water input detector, and the styrofoam input detector. The control unit may be controlled based on the detection result detected by the unit and the admixture input detection unit.

That is, the control unit is the cement hopper valve 112, the water hopper valve 122, the styrofoam hopper valve 132 and the admixture hopper valve 142 by the cement load cell, water load cell, styrofoam load cell and admixture load cell. Even if the cement input detection unit, the water input detection unit, the styrofoam input detection unit and the detection result detected by the admixture input detection unit is less than a predetermined amount, the cement hopper valve 112, the The water hopper valve 122, the styrofoam hopper valve 132 and the admixture hopper valve 142 may be opened so that the insufficient amount is further introduced into the stirrer 150.

Of course, if any of the input amount is insufficient, it is natural to open only the corresponding valve.

The stirrer 150 may proceed with a stirring process for a predetermined time so that the cement, the water, the styrofoam and the admixture become the first stirrer.

The third step S130 may be a step in which the first agitated material stored in the agitator 150 is added to the agitator hopper 160.

The fourth step S140 may be a step in which the first agitator introduced into the agitator hopper 160 is introduced into a first block jig Z1 that provides an internal space located at a first position. The space may correspond to the shape of the building block.

Here, the stirring hopper 160 may be provided with the first stirring material from the stirrer 150 in a first position, and until the completion of the provision of the first stirring material from the stirrer 150 is completed. It may be located in the first position.

The fifth step S150 may be a step of curing the first agitated material introduced into the internal space by using the first block jig Z1, and the sixth step S160 may include the first block. The first building block may be manufactured by separating the first agitated substance from the jig Z1.

Meanwhile, referring to FIG. 5, the fourth step S140 may include the first agitator at a first position where the agitator hopper 160 receives the first agitator from the agitator 150. In step S142, the first stirring material is introduced into the first block jig Z1 from the stirring hopper 160 positioned at the second position, in which the first block jig is inserted into the first block jig Z1. Step S144 and the stirring hopper 160 located in the second position may include a step (S146) to return to the first position.

Position movement of the stirred hopper 160 from the first position to the second position and position movement from the second position to the first position may be implemented by the stirred hopper moving unit 170. .

The stirring hopper moving unit 170 is a component that supports the stirring hopper 160, and moves the stirring hopper 160 to a second position where the first block jig Z1 is located. The first stirring material may be introduced into the internal space to allow the first stirring material to be manufactured by curing.

The stirring hopper moving unit 170 may be a kind of moving rail, but is not necessarily limited thereto, and any stirring hopper moving unit 170 may be used as long as the stirring hopper moving unit 170 may implement a position movement of the stirring hopper 160.

The first position may be an A position on the drawing in which the stirring hopper 160 may be disposed under the stirrer 150 to receive the first stirring material from the stirrer 150, and the second The position is disposed above the jig moving unit S180 for moving the first block jig Z1 to be inserted into the first block jig Z1 from the stirring hopper 160. It may be a B position in the drawing to enable.

Here, the jig moving unit S180 may be a kind of moving rail capable of moving a plurality of block jigs, but the present invention is not limited thereto, and any jig moving unit S180 may be applicable to any means capable of implementing the position movement of the plurality of block jigs. .

In addition, the jig moving unit S180 may be formed in a “U” shape as shown in the drawing, but this may also be variously changed in consideration of aspects of space.

In addition, the first position and the second position may be located on a relatively straight line, but are not necessarily limited thereto.

The jig moving unit S180 may be formed at the same time as the stirring hopper 160 completes the position movement to the second position or before the stirring hopper 160 completes the position movement to the second position. The first block jig Z1 may be moved to a position corresponding to the second position, thereby manufacturing a building block while minimizing time difference.

The plurality of block jigs supported by the jig moving unit S180 may include, for example, a first block jig Z1 and a second block jig disposed adjacent to the first block jig Z1. The second block jig may be a jig into which a second agitator may be input after the first agitator is input to the first block jig Z1.

As a result, the building block manufacturing apparatus 100 according to the present invention is a device capable of continuously manufacturing a building block.

Meanwhile, after the stirring hopper 160 is moved from the first position to the second position by the fourth step S140, the first stirring material is moved by the jig moving unit S180. The stirrer 150 may be continuously operated while being inserted into the block jig Z1.

That is, the second step S120 includes a step of preparing a second stirring material for the manufacture of a second building block manufactured using the second block jig while the fourth step S140 is in progress. You can do it.

In other words, while the stirring hopper 160 is moved from the first position to the second position and the first stirring jig is introduced into the first block jig Z1, the stirrer 150 may prepare the second stirring material. Cement, water, styrofoam and admixtures for the supply from the cement hopper 110, water hopper 120, styrofoam hopper 130 and admixture hopper 140 will be able to manufacture the second agitated.

Here, the stirrer 150 may proceed with a stirring process for a predetermined time for the production of the second agitated material, the stirring hopper moving unit 170 is the second agitator in the stirrer 150 At the same time as the preparation or before the second agitator is manufactured in the agitator 150, the agitator hopper 160 may be returned from the second position to the first position with an empty internal space. have.

That is, the fourth step S140 may be performed at the same time as the second agitator is manufactured in the agitator 150 or before the second agitator is manufactured in the agitator 150. 160 may include the step of returning from the second position to the first position with the internal space empty.

On the other hand, after the second stirring material is added from the stirrer 150 to the stirring hopper 160 located in the first position, the stirring hopper 160 may be moved to the second position, the stirring material At the same time as the hopper 160 is moved to the second position or before the stirring hopper 160 is completed to move the position to the second position, the jig moving unit (S180) The second block jig may be located at a position corresponding to the second position.

That is, the fifth step S150 may include moving the second block jig to a position corresponding to the second position on the jig moving unit S180.

As described above, the building block manufactured by the building block manufacturing method and manufacturing apparatus 100 according to the present invention may have a light and excellent heat insulation effect, and each step may be automated to maximize manufacturing efficiency.

In the above description of the configuration and features of the present invention based on the embodiment according to the present invention, the present invention is not limited thereto, and various changes or modifications can be made within the spirit and scope of the present invention. It will be apparent to those skilled in the art that such changes or modifications fall within the scope of the appended claims.

100: building block manufacturing apparatus
110: Cement Hopper
120: water hopper
130: Styrofoam Hopper
140: admixture hopper
150: stirrer
160: agitator hopper
170: agitator hopper moving part
180: jig moving part

Claims (12)

In the building block manufacturing method for manufacturing a building block,
A first step of providing cement, water, styrofoam, and admixtures, which are materials of the building block, to the cement hopper, water hopper, styrofoam hopper, and admixture hopper, respectively;
A second step of putting the cement, the water, the styrofoam and the admixture from each of the cement hopper, the water hopper, the styrofoam hopper and the admixture hopper into a stirrer and stirring each other to become a first agitator;
A third step of introducing the first agitator stored in the agitator into a agitator hopper;
A fourth step in which the first stirring material injected into the stirring hopper is put into a first block jig providing an inner space, the inner space corresponding to the shape of the building block;
A fifth step of curing the first agitator using the first block jig; And
And a sixth step of separating the cured first stirring material from the first block jig to produce a first building block.
The fourth step,
And the stirring hopper is moved from a first position for receiving the first stirring material from the stirrer to a second position for feeding the first stirring material to the first block jig. Method of manufacturing building blocks.
The method of claim 1,
The second step,
A method for manufacturing a building block comprising the step of manufacturing a second stirring material for manufacturing a second building block while the fourth step is in progress.
The method of claim 2,
The stirrer,
Proceeding the stirring process for a predetermined time to produce the first stirring and the second stirring,
The fourth step,
At the same time as the second stirrer is produced in the stirrer or before the second stirrer is manufactured in the stirrer, the stirrer hopper is moved from the second position to the first position with an empty internal space. Building block manufacturing method comprising the step of returning.
The method of claim 1,
The first block jig,
And the stirring hopper is positioned at a position corresponding to the second position at the same time as the completion of the position movement to the second position or before the stirring hopper is completed to the second position. Block manufacturing method.
The method of claim 4, wherein
The first block jig and the second block jig disposed adjacent to the first block jig, the position movement is possible on the jig moving unit,
The fifth step,
And the second block jig is moved to a position corresponding to the second position on the jig moving part.
The method of claim 1,
At the outlet of the cement hopper, the water hopper, the styrofoam hopper and the admixture hopper, respectively, the cement hopper valve, the water hopper valve, the styrofoam hopper valve and the admixture for controlling whether the cement, the water, the styrofoam and the admixture are introduced into the stirrer. The hopper valve is located,
The cement hopper valve, the water hopper valve, the styrofoam hopper valve and the admixture hopper valve,
Method for manufacturing a building block, characterized in that automatically controlled by a cement load cell, water load cell, styrofoam load cell and admixture load cell, respectively.
The method of claim 6,
The inlet of the stirrer is a cement input detection unit, water input detection unit for detecting the amount of the cement, the water, the styrofoam and the admixture introduced from the cement hopper, the water hopper, the styrofoam hopper and the admixture hopper, respectively, Styrofoam input detection unit and admixture input detection unit is located,
The cement hopper valve, the water hopper valve, the styrofoam hopper valve and the admixture hopper valve are based on the detection results detected by the cement input detection unit, the water input detection unit, the styrofoam input detection unit and the admixture input detection unit, respectively. Building block manufacturing method characterized in that the controlled.
In the building block manufacturing apparatus for manufacturing a building block,
Cement hoppers, water hoppers, styrofoam hoppers and admixture hoppers for storing cement, water, styrofoam and admixtures, which are materials of the building blocks, respectively;
The cement, the water, the styrofoam and the admixture are introduced from each of the cement hopper, the water hopper, the styrofoam hopper, and the admixture hopper, and the first cement, the water, the styrofoam, and the admixture are stirred to form a first mixture. A stirrer to be stirred;
A stirrer hopper receiving the first stirrer prepared by stirring from the stirrer from the stirrer at a first position; And
The agitator hopper is supported, and the agitator hopper is moved to a second position where a first block jig is located to provide an internal space corresponding to the shape of the building block, so that the first agitator is the internal space. The building block manufacturing apparatus comprising a; stirrer hopper moving unit to be injected into the first stirring material to be manufactured by curing the first building block.
The method of claim 8,
The stirrer,
Building block manufacturing apparatus, characterized in that for producing a second stirring material for producing a second building block while being injected into the internal space from the stirring material hopper.
The method of claim 9,
The stirrer,
Proceeding the stirring process for a predetermined time to produce the first stirring and the second stirring,
The stirred hopper moving unit,
At the same time as the second stirrer is produced in the stirrer or before the second stirrer is manufactured in the stirrer, the stirrer hopper is moved from the second position to the first position with an empty internal space. A building block manufacturing apparatus, characterized by returning.
The method of claim 8,
Located at the outlet of the cement hopper, water hopper, styrofoam hopper and admixture hopper, respectively, a cement hopper valve, water hopper valve, styrofoam hopper valve and admixture hopper to control whether cement, water, styrofoam and admixture are introduced into the stirrer It further comprises a valve;
The cement hopper valve, the water hopper valve, the styrofoam hopper valve and the admixture hopper valve,
Building block manufacturing apparatus, characterized in that automatically controlled by the cement load cell, water load cell, styrofoam load cell and admixture load cell respectively.
The method of claim 11,
Cement input detection unit for detecting the amount of the cement, the water, the styrofoam and the admixture, respectively, which is placed in the inlet of the stirrer, the cement hopper, the water hopper, the styrofoam hopper and the admixture hopper, water input detection The unit further includes a styrofoam input detection unit and a mixed material input detection unit.
The cement hopper valve, the water hopper valve, the styrofoam hopper valve and the admixture hopper valve,
The building block manufacturing apparatus according to claim 1, wherein the cement input detection unit, the water input detection unit, the styrofoam input detection unit, and the mixed material input detection unit are controlled based on the detection result.

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