KR101151389B1 - Supply and agitation system for manufacturing mixture - Google Patents

Abstract

In accordance with a preferred embodiment of the present invention, a supply and stirring device for a mixture includes: a filtering portion for filtering the first material having irregular particles, a conveyor portion for supporting the filtering portion and transferring the filtered first material; Lifting and transporting unit for lifting and transporting the second uniform material, the first material transported from the conveyor unit and the second material transported from the lifter and the agitation tank and agitator to accommodate the water supplied from the water supply unit provided on the upper side It is characterized in that it comprises a forward and reverse stirrer to be penetrated from one side to the other side to form a mixture by stirring the first and second substances and water in the forward and reverse rotation.

Conveying, Lifting, Feeding, Conveyor

Description

SUPPLY AND AGITATION SYSTEM FOR MANUFACTURING MIXTURE}

The present invention relates to a feeding and stirring device, and more particularly, to a feeding and stirring device for a mixture, which provides the convenience of use by systemizing the device by supplying and stirring two or more different materials, respectively.

In general, the stirring device is a mechanical device for making a uniform mixing state of two or more materials having different physical or chemical properties by using external mechanical energy, and the stirring device is used in the construction industry, food manufacturing industry, health care manufacturing industry, etc. Likewise, it is an intermediate material manufacturing apparatus for preparing a mixture by mixing and stirring different raw materials (hereinafter, referred to as materials) in various industries.

Here, the stirring device used in the construction industry is a first material consisting of irregularly sized particles, such as soil, loess, sand, waste treatment soil, and a second, such as cement, lime, etc., which are previously processed into a predetermined size of powder. By supplying the material and water to the stirring tank and stirring using the stirring blade, various mixtures such as ocher mortar, cement mortar, lime mortar and the like are prepared.

Soil, loess, sand, waste treatment soil, etc., which are particles of irregular first size, may be filtered in advance by using a screen device to filter out uniform sizes before supplying them to the stirring tank.

Cement, lime, etc., the second material processed into a certain size of the powder will be supplied to the stirring tank as it is through the feeder without the need to filter because the particles are pre-processed.

In addition, a conventional stirring vessel is provided with a stirring member such as a screw type or a propeller type for stirring two or more substances, and after rotating the stirring member with a motor or the like to stir the above substances, the mixture is subsequently added. It is used for various purposes in the process.

However, since the screen device, the supply device, and the stirring device for preparing a conventional mixture are separately formed, the area occupied by the various devices is too large, resulting in inconvenience in use, and the amount of the supplied material is not uniform, thereby degrading the quality of the mixture. There is a problem.

In addition, the conventional stirring device uses a propeller-type, screw-type stirring member, there is a problem that the mixture to be stirred overflows to the side of the stirring tank by the vortex generated in the stirring tank.

In addition, the conventional screen device is made of a single stage has a disadvantage that the classification of the particles is not made accurately and the vibration absorption is not enough.

Thus, there is a need for improvement.

The present invention has been created by the necessity as described above, to achieve the convenience of use by reducing the area occupied by integrally forming the screen device, the supply device and the stirring device, and uniformly supply the amount of the material supplied to the mixture of It is an object to provide a feeding and stirring device for mixtures which improves the quality.

In addition, by supplying the first material filtered by the filtering portion and the second material transferred to the lifting and transporting unit to each of the stirring tank to perform the forward and reverse rotation to the stirring member installed in the stirring tank to prevent the agitation from overflowing, the stirring is made in a short time It is an object to provide a feeding and stirring device for a mixture.

In addition, by forming a filtering member provided in the case of the filtering part in multiple stages to reliably filter out particles and foreign substances of different sizes, and to provide a mixture supply and stirring device for effectively absorbing vibration by using the elastic member installed on the side of the case Purpose.

In order to achieve the above object, a supply and stirring device for a mixture according to a preferred embodiment of the present invention, the filtering portion for filtering the first non-uniform particles; A conveyor unit for supporting the filter part and transferring the filtered first material; A lift transfer unit for lifting and lowering a second material having uniform particles; A stirring tank configured to receive the first material transferred from the conveyor unit and the second material transferred from the lifting and lowering unit and the water supplied from the water supply unit provided above; And a forward / stirring part that is sintered so as to penetrate from one side to the other side in the stirring tank to form a mixture by stirring the first and second materials and water in the forward and reverse rotation.

The filtering part may further include a case in which the first material is stored; A plurality of filtering members arranged in multiple stages from the upper side to the lower side of the casing to filter sequentially according to the particle size of the first material; A vibrator attached to one side of the case to apply vibration to the filtering member; And an elastic member provided between the case and the conveyor to absorb vibration of the vibrator.

In addition, the filtering member is disposed inclined to the upper side of the case and filtering the large particles in the first material falls to the bottom and discharges the remaining particles to the side through the first discharge port; A second filter member disposed to be inclined in the middle of the case so as to filter the intermediate particles from the first material dropped from the first filter member and fall down to discharge the remaining particles to the side through the second discharge port; And a third filtering member disposed to be inclined at the lower side of the case so as to filter the small particles from the first material dropped from the second filtering member and fall down to discharge the remaining particles to the side through the third discharge port. It is characterized by.

In addition, the elastic member may include a first support member provided on the side or bottom of the case; A second support member fixed to a frame of the conveyor unit to have a predetermined distance from the first support member; And a spring provided between the first support member and the second support member to absorb vibration of the case.

In addition, the conveyor unit is an endless track driven by a roller to transfer the first material filtered from the filter portion; A drive member for transmitting power to the roller; A frame for rotatably supporting the roller; And it characterized in that it comprises a support member for supporting the frame inclined.

In addition, the lifting and transporting portion is a housing formed to guide the second material from the lower inlet to the upper outlet on one side of the stirring vessel; A spiral shaft member which is formed to be rotatable in a spiral shape in the housing and lifts and transports the second material introduced into the inlet to the outlet; And a driving member providing power to the spiral shaft member.

In addition, the stirring tank is made of a rectangular parallelepiped shape of the upper side, the water supply unit is a water supply pipe disposed on the entire inner edge of the upper opening of the stirring tank; And a plurality of outlets arranged at regular intervals to face the inside of the water supply pipe.

In addition, the lower portion of the stirring tank further comprises a load sensing unit for detecting the load of the first material, the second material, water and the mixture flowing into the stirring tank.

The load sensing unit may include a load cell supporting a lower portion of the stirring vessel and placed on a bottom to sense an increased load in the stirring vessel; An input unit connected to the load cell to set a load desired by the user; And it characterized in that it comprises a notification unit for notifying the user with a text display or sound through the control unit input the load.

In addition, the forward and stirring portion stirring shaft that is immersed to penetrate from one side to the other side in the stirring tank; A pair of stirring members coupled to the outside of the stirring shaft so as to cross each other correspondingly; A shaft support member formed on a side frame provided on a side of the stirring vessel to support the stirring shaft; And a drive member fixed to the side frame to provide power to the shaft support member.

In addition, the stirring member is formed by bending the plate body in multiple stages symmetrically installed on the stirring shaft of the polygon by a screw or bolt, the drive member is characterized in that the hydraulic motor.

In addition, the supply and stirring device for a mixture according to another preferred embodiment of the present invention, the case in which the first material is stored, and arranged in multiple stages from the upper side to the lower side of the plurality of filtering members to filter sequentially according to the particle size And a vibrator attached to one side of the case to vibrate the filtering member and an elastic member provided at the bottom of the case and the conveyor to absorb the vibration of the vibrator;

An endless track driven by a roller to transport the first material filtered by the filter, a drive member for transmitting power to the roller, a frame for rotatably supporting the roller, and a support member for supporting the frame inclinedly. Conveyor unit comprising a;

A housing configured to guide the second material from the lower inlet to the upper outlet on one side of the agitation tank, and a spiral for lifting and transporting the second material introduced into the inlet to the outlet by rotating in a spiral shape inside the housing; A lifting and lowering unit including a shaft member and a driving member for providing power to the spiral shaft member;

A stirring tank configured to receive water supplied from the water supply unit provided above the first material and the second material; And

Shaft support formed on the side frame provided on the side to support the stirring shaft and the stirring shaft which is axially penetrated from one side to the other side to the stirring tank, a pair of the pair is coupled to the outside of the stirring shaft to correspond to each other, and the stirring shaft And a forward and reverse stirring portion including a member and a drive member for providing power to the shaft support member.

As described above, the feeding and stirring device for the mixture according to the present invention forms a screen device, a feeding device, and an agitating device integrally to reduce the area occupied, thereby achieving convenience in use, and uniformizing the amount of material supplied. To improve the quality of the mixture.

In addition, by supplying the first material filtered by the filtering portion and the second material transferred to the lifting and transporting unit to each of the stirring tank to perform the forward and reverse rotation to the stirring member installed in the stirring tank to prevent the agitation from overflowing, the stirring is made in a short time can do.

In addition, by forming a filtering member provided in the case of the filtering portion in multiple stages to reliably filter particles and foreign substances of different sizes, it is possible to effectively absorb vibration by using the elastic member installed on the side of the case.

Hereinafter, with reference to the accompanying drawings to explain the supply and stirring device for a mixture according to an embodiment of the present invention. In this process, the thickness of the lines or the size of the components shown in the drawings may be exaggerated for clarity and convenience of description. In addition, the terms described below are defined in consideration of the functions of the present invention, which may vary depending on the intention or custom of the user, the operator. Therefore, definitions of these terms should be made based on the contents throughout the specification.

1 is a perspective view of a supply and stirring device for a mixture according to an embodiment of the present invention, Figure 2 is a rear view of the supply and stirring device for a mixture according to an embodiment of the present invention, one of the present invention of Figure 3 A plan view of a feeding and stirring device for a mixture according to an embodiment. Figure 4 is a side view of the supply and stirring device for a mixture according to an embodiment of the present invention, Figure 5 is a perspective view showing in detail the forward and reverse stirring portion installed in the stirring tank according to an embodiment of the present invention, Figure 6 An enlarged view of portion "A", FIG. 7 is an enlarged view of portion "B" of FIG. 1, FIG. 8 is an enlarged view of portion "C" of FIG. 1, and FIG. 9 is a feed for a mixture according to an embodiment of the present invention. And a control state block diagram of the stirring device.

Referring to the drawings, the configuration of the supply and stirring device for a mixture according to an embodiment of the present invention, the filtering portion 10, the conveyor portion 40, the lifting and lowering portion 50, the stirring tank 60 and the forward and reverse stirring part 80 is made.

The filtering part 10 is configured to play a role of filtering the non-uniform first material 2. At this time, the first material (2) is a state before the particles are unevenly filtered, such as soil, loess, sand, waste treatment soil, etc., collectively referred to as a material used as a material for construction and building materials.

1, 4, and 8, the filtering part 10 is disposed in multiple stages from the upper side to the lower side of the case 12 and the case 12 in which the first material 2 is stored. In order to absorb the vibration of the vibrator 14 and the vibrator 14 which is attached to one side of the plurality of filtering member 16, the case 12 to filter sequentially according to the particle size of the vibrating member 16 It includes an elastic member 30 provided between the case 12 and the conveyor 40.

The case 12 is preferably formed in a rectangular parallelepiped shape having an upper side open and having a space therein.

Case 12 is preferably formed to be inclined to one side of the overall shape.

In addition, the filtering member 16 is formed to be inclined to be similar to the inclination angle of the case 12 so that the particles of the filtered and remaining first material 2 are discharged.

The filtering member 16 is disposed to be inclined on the upper side of the case 12, filters the large particles from the first material 2, falls to the bottom, and discharges the remaining particles to the side through the first outlet 24 to the side. Filter the intermediate particles from the filtering member 18, the first material (2) dropped from the first filtering member 18 to fall to the bottom and to discharge the remaining particles to the side through the second outlet 26 to the case ( 12, the small particles are filtered out of the first material 2 dropped from the second filter member 20 and the second filter member 20 disposed inclined in the middle of the second filter member 20, and dropped to the lower part. And a third filter member 22 disposed to be inclined at the lower side of the case 12 so as to be discharged to the side through the 28.

The first filter member 18, the second filter member 20, and the third filter member 22, the first through hole (18a), the second gradually smaller in size to filter the particles of the first material (2) The through hole 18b and the third through hole 18c are formed, respectively.

When the particle nonuniform first substance 2 is placed on the case 12, the case 12 vibrates due to the vibration of the vibrator 14, and the vibration causes the first case on the first filter member 18 to be first. As the material 2 is shaken, some drops downward through the first through hole 18a, and the remaining part is accumulated on the floor through the first outlet 24 located on the right side which is formed to be inclined.

In addition, the first material 2 dropped to the second filtering member 20 is also partially filtered to fall to the lower through the second through hole (20a), a part of the right through the inclined second outlet (26) Is discharged.

In addition, some of the particles of the second material 2 dropped to the third filtering member 22 are also filtered to fall down through the third through holes 22a, and some of the particles are dropped to the right through the inclined third outlets 28. Is discharged.

In this way, the first material 2 filtered through the three steps is formed of particles of a predetermined size desired by the user is transferred through the conveyor unit 40.

In addition, the vibrator 14 is a device that vibrates using a motor or an electromagnet. Since the internal configuration is a general configuration, description thereof will be omitted.

The elastic member 30 is fixed to the frame 44 of the conveyor unit 40 so as to have a predetermined distance from the first support member 32 and the first support member 32 provided on the side or bottom of the case 12. It includes a second support member 36 and a spring 34 provided between the first support member 42 and the second support member 36 to absorb the vibration of the case 12.

The spring 34 preferably uses a coil spring.

4 and 8, when vibration is applied to the case 12 by the vibrator 14, the lower end is fixed to the frame 44 of the conveyor unit 40, and the upper end of the case 12 is fixed. By the spring 34 fixed to the first support member 32 formed on the side or bottom, the case 12 is vibrated so as to properly shake.

The conveyor unit 40 is configured to support the filtering unit 10 and to transport the filtered first material 2.

The conveyor unit 40 is an endless track 46 driven by the roller 48 so as to transfer the first material 2 filtered by the filtering unit 10, and a driving member 49 transmitting power to the roller 48. And a frame 44 for rotatably supporting the roller 48 and a support member 42 for inclining the frame 44.

In the caterpillar 46, it is preferable to use a rubber belt having recessed intermediate portions in the longitudinal direction to prevent particles from falling, and having locking jaws at regular intervals.

Lifting transfer unit 50 is a configuration for lifting and transporting the second material 4 uniform particles.

Lifting unit 50 is a housing 52 formed to guide the second material 4 from the lower inlet 54 to the upper outlet 56 on one side of the stirring tank 60, the inside of the housing 52 The drive member is formed to be rotatable in a spiral shape and supplies power to the spiral shaft member 59 and the spiral shaft member 59 for elevating and conveying the second material 4 introduced into the inlet 54 to the outlet 56. (58).

The inlet 54 is open to one side and is formed to be tucked to prevent flow down when injecting the second material 4.

The outlet 56 is bent to be inclined above the housing 52 so that the second material 4 is introduced into the stirring vessel 60.

The housing 52 is preferably formed in a cylindrical shape to have a transport space therein.

The shaft support member 59 is provided with a spiral (screw) -shaped wing on a long axis to drive the second material 4 introduced into the inlet 54 by the driving member 58 to guide upward. To perform.

The drive member 58 preferably uses an electric motor or a hydraulic motor.

The agitation tank 60 receives the water supplied from the first material 2 transferred from the conveyor 40 and the second material 4 transferred from the lifting and lowering 50 and the water supply 62 provided above. It is a structure for accommodating.

The stirring tank 60 is formed in the shape of a rectangular parallelepiped with the upper side open.

The water supply part 62 includes a plurality of outlets 56 arranged at regular intervals so as to face the water supply pipe 64 and the water supply pipe 64 disposed on the entire inner edge of the upper opening of the stirring vessel 60. )

In addition, the lower portion of the stirring vessel 60 is provided with a load sensing unit 70 for detecting the load of the first substance, the second substance, water and the mixture flowing into the stirring vessel 60.

As shown in FIG. 9, the load sensing unit 70 supports the lower portion of the stirring vessel 72 and is placed on the bottom to sense the load cell 72 and the load cell 72 sensing the increased load in the stirring vessel 72. It comprises an input unit 74 connected to set the desired load to the user and the notification unit 78 to inform the user in a text display or sound through the controller 76 the load input from the input unit 74.

The load cell 72 is configured to check the load by placing four in each of the four corners of the stirring vessel 72, respectively.

The input unit 74 is preferably installed in the form of an operation panel on the handrail for the worker above the stirring vessel 72. Of course, it can be installed anywhere and can be configured to input from a remote.

Here, the notification unit 78 may be configured to notify using numbers or sounds using a display panel or a speaker.

The load sensing unit 70 may be configured to sequentially counter the loads of water, the second material, and the first material to determine the total load of the mixture. In this case, the order in which the water, the first material, and the second material are supplied may be selected by the user.

In addition, the stirring vessel 60 may be provided with a plurality of filtering portions 10, a conveyor portion 40, and a lifting and lowering transfer portion 50 so that at least three substances may be supplied.

In addition, the load detection unit 70 may be configured to individually determine the total load of the mixture by supplying the load of water, the second material, the first material to the stirring tank 60 sequentially or simultaneously after each counter individually have.

That is, if the total load of the mixture is 100 tons, the counter is sequentially or individually countered with a load of 90 tons of water, 5 tons of the second material, 5 tons of the first material, etc. and supplied to the stirring vessel 60.

The stationary stirring unit 80 is configured to penetrate through the stirring tank 60 from one side to the other side to form a mixture by stirring the first and second materials 2 and 4 in a forward and reverse rotation.

The static stirring part 80 is a pair of stirring members coupled to the stirring shaft 82 to be pierced from one side to the other side in the stirring tank 60, the outer side of the stirring shaft 82 to cross each other correspondingly ( 84), the side frame to provide power to the shaft support member 86 and the shaft support member 86 formed on the side frame 87 provided on the side of the stirring tank 82 to support the stirring shaft 82 ( It comprises a drive member 88 fixed to 87.

The stirring member 84 is formed by bending the plate body in multiple stages and is symmetrically installed on the polygonal stirring shaft 82 by screws or bolts.

The stirring member 84 may be used by bending in multiple stages to reinforce the bearing force of the plate body.

The drive member 88 preferably uses a hydraulic motor. Of course, electric motors or other power members can be used.

Or less, on the basis of the accompanying drawings to look at the action and effect of the supply and stirring device for a mixture according to an embodiment of the present invention.

Here, water, the second substance 4 and the first substance 2 are sequentially transferred to the stirring vessel 60, and the load is sequentially counted in the load cell 72 provided below the stirring vessel 60. This will be described based on the composition ratio and the load sensing state of the entire mixture.

As shown in the figure, first, when a user inputs a signal to work on the input unit 74 of the load sensing unit 70, water is first transferred through the water supply unit 62 connected to the water storage tank (not shown) The water is supplied to the inside of the stirring vessel 60 while being countered by the load cell 72 by the designated amount.

Subsequently, the second material 4 is introduced into the inlet port 54 of the lifting and lowering transfer part 50 to rotate the spiral shaft member 59 by the driving member 58, thereby rotating the second material 4 into the housing 52. The second material 4 is uniformly fed into the stirring vessel 60 through the outlet 56 through the outlet port 56, and is supplied while being countered by a predetermined amount by the load cell 72.

Subsequently, the first material 2 is supplied onto the case 12 of the filtering portion 10 through a feeder not shown.

In addition, when the vibrator 14 operates to apply vibration to the case 12, the first, second, and third filter members 18, 20, and 22 simultaneously shake, and the particle size of the first material 2 is increased. Other foreign matter or particles are filtered and discharged to the right through the first, second and third outlets 24, 26 and 28.

At this time, the vibration of the case 12 is absorbed and absorbed by the spring 34 provided between the first and second supporting members 32 and 36 of the elastic member 30.

Then, the particles of the filtered first material 2 transferred downward through the first, second, and third through holes 18a, 18b, and 18c are driven by the driving member 49 and the rollers 48. When inclined in the track 46 of the conveyor unit 40 is inclined and introduced into the stirring vessel 60, the supply stops while being countered by the amount specified by the load cell 72.

As such, after supplying water, the second material, and the first material into the stirring tank 60 sequentially, the designated mixture amount is adjusted, and then, when the driving member 88 of the back and forth stirring part 80 is driven, the shaft supporting member ( The pair of stirring shafts 82 moistened by 86 selectively performs forward and reverse rotation.

In addition, the stirring member 84 coupled to the stirring shaft 82 mixes the water, the first material, and the second material with each other, thereby stirring the mixture. The mixture is discharged through an outlet provided in the stirring vessel 60 to be used as a material for subsequent processes.

Stirring member 84 is a pair is installed at a predetermined interval and each stirring shaft 82 is rotated in the same direction or selectively rotates in different directions can prevent the mixture from overflowing in the stirring tank (60) have.

Although the present invention has been described with reference to the embodiments shown in the drawings, this is merely exemplary, and those skilled in the art to which the art belongs can make various modifications and other equivalent embodiments therefrom. I will understand.

Therefore, the true technical protection scope of the present invention will be defined by the claims below.

1 is a perspective view of a feeding and stirring device for a mixture according to an embodiment of the present invention.

Figure 2 is a rear view of the supply and agitator for the mixture according to an embodiment of the present invention.

3 is a plan view of the feeding and stirring device for the mixture according to an embodiment of the present invention.

Figure 4 is a side view of the supply and agitator for the mixture according to an embodiment of the present invention.

Figure 5 is a perspective view showing in detail the forward-stirring portion installed in the stirring bath according to an embodiment of the present invention.

6 is an enlarged view of a portion “A” of FIG. 1.

7 is an enlarged view of a portion “B” of FIG. 1.

8 is an enlarged view of a portion “C” of FIG. 1.

9 is a control block diagram of a supply and agitator for the mixture according to an embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

10: filter 12: case

14 vibrator 16: filtering member

30: elastic member 34: spring

40: conveyor portion 42: support member

44: frame 46: orbit

50: lifting and moving unit 52: housing:

58: driving member 59: spiral shaft member

60: stirring tank 62: water supply

64: supply pipe 70: load detection unit

72: load cell 74: input unit

76: controller 80: static agitator

82: stirring shaft 84: stirring member

86: shaft support member 88: drive member

Claims (12)

Filtering part for filtering the first material is non-uniform particle; A conveyor unit for supporting the filter part and transferring the filtered first material; A lift transfer unit for lifting and lowering a second material having uniform particles; A stirring tank configured to receive the first material transferred from the conveyor unit and the second material transferred from the lifting and lowering unit and the water supplied from the water supply unit provided above; And The apparatus for supplying and stirring a mixture including a forward and reverse stirrer to be penetrated from one side to the other side in the stirring tank to form a mixture by stirring the first and second materials and water in a forward and reverse rotation. The method of claim 1, The filtering portion is the case in which the first material is stored; A plurality of filtering members arranged in multiple stages from the upper side to the lower side of the casing to filter sequentially according to the particle size of the first material; A vibrator attached to one side of the case to apply vibration to the filtering member; And And a resilient member provided between the case and the conveyor to absorb vibrations of the vibrator. The method of claim 2, The filtering member is disposed to be inclined on the upper side of the case and filtering the large particles in the first material to fall to the bottom and discharge the remaining particles to the side through the first discharge port; A second filter member disposed to be inclined in the middle of the case so as to filter the intermediate particles from the first material dropped from the first filter member and fall down to discharge the remaining particles to the side through the second discharge port; And And a third filtering member disposed obliquely below the case so as to filter small particles from the first material dropped from the second filtering member and fall down to discharge the remaining particles to the side through the third discharge port. Supply and stirring device for the mixture. The method of claim 2, The elastic member includes a first support member provided on the side or bottom of the case; A second support member fixed to the frame of the conveyor unit to have a predetermined distance from the first support member; And And a spring provided between the first support member and the second support member to absorb vibrations of the case. The method of claim 1, The conveyor section includes an endless track driven by a roller to transport the first material filtered from the filter section; A drive member for transmitting power to the roller; A frame for rotatably supporting the roller; And Supply and stirring device for a mixture, characterized in that it comprises a support member for supporting the frame inclined. The method of claim 1, The lifting and transporting unit is formed on the one side of the stirring tank to guide the second material from the lower inlet to the outlet of the upper; A spiral shaft member which is formed to be rotatable in a spiral shape in the housing and lifts and transports the second material introduced into the inlet to the outlet; And Supply and stirring device for a mixture, characterized in that it comprises a drive member for providing power to the spiral shaft member. The method of claim 1, The stirring tank is made of a rectangular parallelepiped shape, the upper side of which is open, The water supply unit is a water supply pipe disposed on the entire inner edge of the upper opening portion of the stirring tank; And And a plurality of outlets arranged at regular intervals to face the inside of the water supply pipe. The method of claim 1, The lower portion of the stirring tank further comprises a load sensing unit for detecting the load of the first material, the second material, water and the mixture flowing into the mixing tank for supplying and stirring the device. The method of claim 8, The load sensing unit supports a lower portion of the stirring vessel and is placed on a bottom to sense an increased load in the stirring vessel; An input unit connected to the load cell to set a load desired by the user; And Mixing and supplying device for a mixture, characterized in that it comprises a notification unit for notifying the user of the load input from the input unit by a text display or sound through the control unit. The method of claim 1, The forward and reverse stirring portion is stirred in the stirring tank so as to penetrate from one side to the other side; A pair of stirring members coupled to the outside of the stirring shaft so as to cross each other correspondingly; A shaft support member formed on a side frame provided on a side of the stirring vessel to support the stirring shaft; And And a drive member fixed to the side frame to provide power to the shaft support member. 11. The method of claim 10, The stirring member is formed by bending the plate in multiple stages symmetrically installed on the polygonal stirring shaft by screws or bolts, The drive member is a supply and stirring device for a mixture, characterized in that the hydraulic motor. A case in which the first material is stored, a plurality of filtering members arranged in multiple stages from the upper side to the lower side of the case, and sequentially filtering according to the particle size, the vibrator attached to one side of the case to apply vibration to the filtering member, and A filtering part including an elastic member provided at the bottom of the case and the conveyor to absorb vibration of the vibrator; An endless track driven by a roller to transport the first material filtered by the filter, a drive member for transmitting power to the roller, a frame for rotatably supporting the roller, and a support member for supporting the frame inclinedly. Conveyor unit comprising a; A housing configured to guide the second material from the lower inlet to the upper outlet on one side of the agitation tank, and a spiral shaft which is formed to be rotatable in a spiral shape inside the housing to lift and transfer the second material introduced into the inlet to the outlet; A lifting and lowering portion including a member and a driving member for providing power to the spiral shaft member; A stirring tank configured to receive water supplied from the water supply unit provided above the first material and the second material; And Shaft support formed on the side frame provided on the side to support the stirring shaft and the stirring shaft which is axially penetrated from one side to the other side to the stirring tank, a pair of the pair is coupled to the outside of the stirring shaft to correspond to each other, and the stirring shaft A forward-stirring part including a member and a drive member for providing power to the shaft support member; Supply and stirring device for a mixture, characterized in that it comprises.

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