KR100517025B1 - Breakup apparatus of basket form - Google Patents

Abstract

The present invention provides a plurality of lifting cylinders for raising and lowering the upper frame in a vertical direction above the upper frame for storing and fixing the dispersion basket, the distributed rotating shaft, the mixer, the distributed rotation motor, the mixer motor, and the like. The upper part of the elevating cylinder of the elevating cylinder is horizontally movable and is connected to the fixed frame up and down so that the upper frame can be raised or lowered according to the elevating cylinder of the elevating cylinder, and the upper frame and the plurality of elevating cylinders The moving frame fixed at the top is horizontally moved so that the distribution basket and the mixer fixed to the upper frame are moved to a plurality of distribution containers.

Description

Basket apparatus of basket form

The present invention allows the upper frame to accommodate the dispersion basket and mixer, and various motors to be horizontally moved by the moving frame, the entire upper frame by a plurality of lifting cylinders fixed between the moving frame and the bottom surface of the upper frame. It relates to a basket-type dispersion device to allow the lifting and supply of cooling water to the cooling plate installed on the bottom of the basket.

In other words, the present invention vertically installs a plurality of lifting cylinders that can be lifted on the bottom surface of the upper frame, and installs a moving frame on the upper part of the lifting cylinder, and the upper part suspended below the moving frame according to the lifting and lowering of the lifting cylinder. When the frame and the mixer are mounted on the upper frame as the lifting cylinder is lifted, the frame is moved horizontally to the moving frame when the basket and mixer mounted on the upper frame come out of the upper part of the container. The present invention relates to a basket-type dispersing apparatus that can be freely moved to another dispersing container arranged, and that a cooling plate is placed on the entire lower end of the basket so that the cooling water can be circulated to the bottom plate of the basket.

Conventional basket-type dispersing apparatus is a device for atomizing the liquid material by directly dispersing and stirring the basket part and the mixer, which is a dispersing device, in a liquid compound such as paint, ink, and other chemical and electronic materials. In this dispersion unit, when stirring and dispersing a compound of 1 ton or more with a relatively large production lot, the initial mixing process, the mixing and pre-mixing process and the subsequent dispersing process, are performed continuously. Evenly dispersing or pulverizing is a common method of use.

Such a basket-type dispersing device directly disperses a basket and a mixer fixed to an upper frame in a dispersion container in which a liquid compound is contained, and a small circular bead-shaped dispersing medium filled in the basket. The liquid formulation is dispersed by friction force and shear force between the dispersion pin support and the dispersion pins in the rotating basket by the driving of the motor. At this time, the liquid formulation is discharged through the slits on the side of the basket by the centrifugal force generated inside the basket due to the rotation of the dispersion pin support and the dispersion pins and is discharged to the outside.

Of course, the liquid mixture discharged to the outside is mixed evenly by the two mixers located on both sides of the dispersion basket, and then put into the basket again to obtain the atomized liquid formulation by the repetitive dispersion process.

1 and 2 are related to the dispersing apparatus of Korean Patent Application Nos. 199-1376 (January 26, 1994) and 2000-35693 (June 27, 2000) already filed by the applicant, which is an upper frame The dispersing basket 106 and the mixer 108 which are vertically connected to face downward so as to be able to ascend and lower the 101 are directly put into the dispersing container 105 in which the liquid formulation is accommodated. This is used to batch produce the liquid formulation contained in the dispersion vessel 105 in a batch method.

In the above dispersion apparatus, the support frame 107 having the lifting cylinder 104 is located below the center of gravity of the elongated upper frame 101, and the lower left side of the upper frame 101 A basket 106, a mixer 108, and the like, which can be placed in the dispersing vessel 105, are located, and the distribution motor 102 and the mixer motor ( 103) and the like.

In addition, when the amount of work of the relatively liquid formulation of more than a certain capacity (1,000 liters) is large, it is difficult for an operator to move the dispersion container 205. As shown in FIG. 2, in the patent application No. 118716, each dispersion container 205 is dispersed. It is fixed radially around the supporting frame which can be lifted and lowered from the device, and when the distribution basket 204 and the mixer 201 move between the dispersion containers 205, the upper frame is raised and then rotated 360 degrees, or two or three. In each of the two dispersion vessels 205, each mixing, pre-mixing, and dispersion process can be performed.

However, in the conventional dispersing device, first, in the mixing and premixing process into which the liquid material and the powder are injected, the dispersing device and the mixer are simultaneously lowered to perform the dispersing basket 106 located at the center of the dispersing container. Due to the presence of the powder material that is interfering with the mixing is not well adhered to the dispersion container wall surface or the powder material is stuck to the various curved wall surface of the dispersion basket 106 to cause a dispersion failure, there is a limitation in its use. In particular, the higher the viscosity of the product, the more difficult production. In this case, after the mixing and premixing process, the entire upper frame is lifted again, and the worker has to manually remove the adhesive material.

Secondly, in order to balance the weight, the length of the upper frame 101 has to be designed to be considerably long, and since the dispersing container is arranged in a radial shape of 360 degrees, it requires a lot of installation space. There are many restrictions on the installation conditions, such as impossible.

Thirdly, the upper frame, which is designed to be considerably longer, is lifted by the lifting cylinder in one support frame, so that severe vibration occurs during the lifting even with a slight change in the center of gravity. There is a problem of severe shaking, which requires a great deal of attention in production and use.

In addition, the conventional dispersing device directly puts the basket of the dispersing device in the compound in the dispersing container and disperses it, causing extreme friction with the dispersing medium due to the rotational motion of the dispersing pin and the dispersing pin support, and thus cooling the frictional heat generated by Continuous dispersion is possible.

To this end, conventionally, the outlet inlet of the coolant flows in and out of the dispersion container and the upper part of the basket, and a space for each coolant is formed so that the liquid compound has an area in contact with the coolant at low temperature. There is a problem with this overheating.

The present invention for solving the various problems in the conventional dispersing device as described above, unlike the conventional dispersing device by designing a lifting cylinder that can be elevated on the bottom plate of the upper frame distributed basket, mixer and motor (Motor) It is an object of the present invention to provide a basket-type dispersing device that enables the installation and application of a dispersing device to be possible even in a small space by allowing the overall length of the upper frame for accommodating and fixing them to be reduced to about half of the existing size.

In addition, the present invention is equipped with a plurality of lifting cylinders and is designed in the very center of the very short upper frame, which enables a much more stable lifting without vibrations when lifting and dispersing baskets and mixers, and high-viscosity products during premixing and dispersion. It is an object of the present invention to provide a basket-type dispersing device capable of maintaining stability even when the mixer rotates even when processing.

In addition, the present invention can be distributed by moving the cylinder structure for elevating the distribution basket and the mixer to the moving frame capable of horizontal movement of the hoist moving frame horizontally and distributed along a plurality of distribution containers arranged in a row, thereby increasing space utilization It is an object of the present invention to provide a basket-type dispersing device for dispensing dispersing containers.

In addition, the present invention separates the upper frame for the dispersion device and the upper frame for the mixer device as necessary, such as the viscosity of the product so that the lifting and lifting of the dispersion basket and the mixer shaft can be operated independently of each other by mixing and In the premixing process, only the mixer can be lowered to perform mixing and premixing, so that there is no interference with the dispersing basket, thereby greatly reinforcing the mixing ability, thereby improving the flow of the liquid compound, and adhering or adhering the powder material to the wall of the dispersion container. It is possible to prevent most of the defects caused by this, and to provide a basket-type dispersion device that does not need to remove or wash the lump stuck to the dispersion basket portion after the powder is added.

In addition, the present invention is to add a new liquid raw material in the dilution or finishing process after completion of the mixing and dispersing process, and then stir well to mix, but only by lowering the mixer can be stirred, resulting in no need to wash the dispersion device It is an object of the present invention to provide a basket-type dispersing device that can increase the efficiency of the work.

In addition, the present invention forms a cooling water inlet in the lower basket flange in contact with the flange of the basket cover at the lower end of the basket portion having the upper and lower flange coupling method so that the cooling water flows into the cooling plate processed on the front surface of the lower end of the basket It is an object of the present invention to provide a basket-type dispersing device which can suppress an increase in the temperature of a compound due to heat generated in the dispersing process by expanding the heat transfer area.

In the basket-type dispersion apparatus according to the present invention for achieving the object as described above, the dispersion motor and the mixer motor and the basket, the mixer, etc. are fixed on the upper frame, and the dispersion pin support and the mixer in the basket by the drive motors The liquid mixture in the spray container is dispersed in the basket by friction and shear force between the dispersion pin support and the dispersion medium due to the rotation action of the dispersion pins. In the basket-type dispersing device configured to evenly mix the liquid mixture therein, a plurality of lifting cylinders are coupled on the upper frame to enable the lifting of the upper frame fixed to the basket, mixer, various motors, etc., the lifting cylinder The upper part of the rail is fixed to the moving frame, which is horizontally moved on the guide rail. And, according to the drive of the wheel drive motor connected to the fixed lifting cylinder and the moving frame on the upper frame is characterized in that the lifting of the upper frame containing the basket, mixer, various motors, and the like can be made.

In addition, in the basket-type dispersion apparatus according to the present invention, the upper frame is separated into an upper frame for storing and fixing the dispersion motor and the basket and an upper frame for storing and fixing the mixer motor and the mixer, if necessary, the separation The lifting cylinders are independently coupled to each of the upper frames, and the driving and lifting cylinders are selectively driven to distribute the dispersion motors and baskets stored in one upper frame and the mixers and mixer motors fixed in one upper frame. It is desirable to be able to lift independently.

In addition, in the basket-type dispersing apparatus according to the present invention, the movable frame is fixed to the lifting cylinder and the upper frame in the downward direction while moving horizontally back and forth on the guide rail according to the form in which the plurality of dispersion vessels are arranged in a row It is preferable to combine so as to disperse and stir in the dispersion vessel.

In addition, the basket-type dispersing apparatus according to the present invention, the dispersion pin support and the mixer in the basket is rotated by the dispersion motor and the mixer motor, the dispersion action of the dispersion pin support and the dispersion pin located in the center of the basket filled with the dispersion medium In the basket-type dispersing device in which the liquid formulation is dispersed, a cooling plate for circulating the cooling water through the flow path in the basket support pillar is formed in the basket cover of the upper basket and the upper cover and the lower basket of the basket in the vertical flange method In the basket-type dispersing apparatus for coupling, a cooling water outlet inlet connected to a flow path of the basket support pillar is formed at the flange of the basket cover and the flange of the basket, and a cooling plate having a predetermined space in which the cooling water flows is installed at the bottom of the basket. Cooling water formed at the bottom of the flange of the basket The outlet port and the cooling plate at the bottom of the basket are connected to the connection pipe to allow the coolant through the flow path of the basket support pillar to circulate the cooling plate.

In addition, in the basket-type dispersion apparatus according to the present invention, it is preferable that the cooling water outlet of the flange of the basket cover and the flange of the basket portion has an O-ring to prevent the cooling water from flowing out.

Hereinafter, the present invention will be described in detail.

As shown in Fig. 3, in the basket-type dispersing apparatus having a lifting cylinder 304 on the upper frame 307 according to the present invention, a dispersing basket 309 fixed downwardly to the upper frame 307 has a dispersing container. It is arranged to be located at the center of the 308, the two mixers 310 are disposed in the dispersion container 308 to face each other about the distribution basket (309).

As shown in FIG. 3, the fixed installation of the lifting cylinder 304 on the upper frame 307 is to make it suitable for manufacturing a product having a relatively large production lot (LOD). It is suitable when the scale is less than 10 tons. That is, the dispersing apparatus of FIG. 3 is suitable for a case in which it is difficult for an operator to move the heavy dispersing container 308 and the dispensing container in which the product is contained is fixed. A basket and a mixer are put in each dispersion container so as to disperse the product in the container.

In FIG. 3, two or more dispersion vessels 308 are fixedly arranged in a row, and the dispersion vessel 309 and the mixer 310 contained in the dispersion vessel 308 can be moved to another dispersion vessel. (308) It can be raised to the uppermost part, and after being raised, the entire dispersing apparatus including the dispersing basket 309 and the mixer 310 is horizontally moved to the center of another dispersing container and then lowered again to be positioned in the dispersing container. By doing so, it is possible to smoothly disperse the products contained in each dispersion container 308 and to perform the cleaning operation of the dispersing device and the container.

That is, in FIG. 3, the lifting cylinder 304, which was previously located below the lower end of the upper frame in order to increase horizontal mobility of the entire dispersing apparatus including the dispersing basket 309 and the mixer 310, is formed in the upper frame 307. It is fixedly installed on the bottom plate.

More specifically, the upper frame 307 for accommodating and fixing the dispersion basket 309, the distribution motor 305, and the rotating pulley can accommodate only the pulley and the motor 305 of the distribution basket 309. Have a small area;

As shown in Figs. 3 and 4, the dispersion basket 406 and the dispersion rotating shaft are arranged at the center of the dispersion vessel, and the dispersion motor 402 is arranged at a predetermined distance therefrom, and the horizontal state is maintained. The distributed rotary shaft pulley and the distributed motor pulley are connected by a belt to transmit the rotational force of the distributed motor to the distributed rotary shaft pulley. In addition, a lifting cylinder 404 is provided above the bottom of the upper frame between the belt spaces.

The lifting cylinder 304 disclosed in FIG. 3 has a lowering and raising distance such that the dispersion basket 309 and the mixer 310 of the dispersing device can sufficiently exit the dispersion container 308, and the lifting cylinder 304 The upper part of the upper part is fixedly installed on the bottom of the moving frame 301, and the moving frame 301 is capable of horizontally moving on the left and right two guide rails 302 by the rotational force of the driving motor 303.

In addition, the mixer upper frame 408 for storing and fixing two mixers 405, two mixer motors 403, and each of the rotating pulleys, the dispersing device upper frame 401 is disposed on both sides, The two upper frames 408 for the mixer are connected to each other by a connecting plate 407.

In the mixer upper frame 408 in which the mixer 405, which is a stirring device, is fixedly received, a mixer blade, a mixer rotating shaft, and a mixer rotating shaft pulley are fixed to both left and right sides of the dispersing apparatus, and the upper frame for the dispersing apparatus ( Like 401, the mixer motor 403 is positioned at a distance slightly behind, and the mixer rotation shaft pulley and the mixer motor pulley, which are horizontally maintained in the upper frame 408, are connected to each other by a belt so that the mixer motor 403 is connected. Are coupled to transmit the rotating force of the mixer to the mixer shaft. In this case, a plurality of lifting cylinders 404 are disposed left and right above the bottom of the upper frame 408 on both sides deviating from the belt.

As described above, the lifting cylinder 404 has a rising distance to allow the mixer 405 to fully exit the dispersion container as in the case of the dispersion basket, and the upper portion of the lifting cylinder 404 moves like the lifting basket lifting cylinder. It is fixed to the frame.

In the present apparatus, the upper frame fixedly accommodating the dispersion basket and the upper frame accommodating the mixer may be separated or integrated as necessary. FIG. 5 schematically shows a state in which the basket and the upper frame of the mixer are integrated in the basket-type dispersing apparatus of FIG. 3, and the dispersing motor 501 for transmitting rotational force to the distributed rotating shaft on the one upper frame 505. And a mixer motor 502 for transmitting rotational force to the mixer 504 and a lifting cylinder 503 for lifting up and down the upper frame 505 are disposed.

6 shows a state in which the dispersion basket and the upper frame of the mixer are not separated, that is, the upper frame is integrally mounted to the upper frame as shown in FIG. 5, and the distribution basket, the mixer, and the distribution motor 604 are mounted on the upper frame. And a mixer motor 605 and the like. In addition, a plurality of lifting cylinders 603 are mounted on the upper frame, and the moving frame 601 is horizontally coupled to the upper part of the lifting cylinder 603. And the moving frame 601 is installed to be able to move left and right on the guide rail 602 fixedly installed by the drive of the wheel drive motor.

In other words, the dispersing apparatus of FIGS. 5 and 6 is a structure installed to disperse the products contained in the plurality of dispersing containers while moving forward and backward on the guide rail 302 by integrating an upper frame fixedly storing the dispersing basket and the mixer. The dispersing apparatus of FIGS. 3 and 4 separately designs the upper frame fixedly storing the dispersion basket and the mixer, so that each upper frame independently lifts and moves the guide rail 602 from side to side, and is contained in a plurality of distribution containers. It is a structure installed so that it can be distributed.

In this way, the upper frame may be integrated or separated according to the dispersion object.

FIG. 7 illustrates another coupling relationship between the moving frame and the guide rails. The dispersing apparatus of FIGS. 3 and 6 has moving frames 301 and 601 mounted on guide rails 302 and 602 fixed to a ceiling (not shown). It is coupled to be movable, so that the moving frames 301 and 601 can be moved on the guide rails 302 and 602 by the driving force of the wheel drive motor, but the guide rail is not fixed to the ceiling in FIG. It is fixedly installed on the upper part of the support frame 701 which stands on the bottom surface. This is a suitable way to install the dispersing device in a space where the guide rail cannot be fixedly installed on the ceiling.

In the conventional basket-type dispersing apparatus, as shown in FIGS. 8A and 8B, the basket cover 802 and the basket part 803 have a flange 804 and a basket part (b) of the basket cover 802 by a set screw 807. 803 has a structure that can be integrally coupled by separating the flange 805.

Conventional dispersing apparatus is coupled to the basket cover 802 integrally coupled to the outside of the basket cover 802 and four basket support pillars 801 that can secure the basket portion 803, the basket support Two basket support pillars 801 of the pillars 801 are formed with a flow path for cooling water circulation, and a cooling plate 806 for cooling is installed only on the upper portion of the basket cover 802 to increase the cooling effect. There is a limit.

9 is a view showing a structure in which the cooling plate is extended to the bottom surface of the basket part in order to more effectively suppress the temperature rise in the dispersion process in the present invention. Cooling water outlet inlet 905 is formed is connected to.

In addition, an O-ring 903 that surrounds the cooling water outlet 905 is inserted between the flange of the basket cover and the flange of the basket, and the flange of the basket cover and the flange of the basket are brought into close contact with the O-ring by tightening the fixing screw of the upper and lower flanges. As a result, the coolant circulated through the coolant outlet does not flow out.

As another method for extending the flow path of the basket support pillar, as in the conventional method, the channel in two basket support pillars of the four basket support pillars is used as a coolant inflow and outflow line for supplying coolant to the basket cover. Insert a separate coolant inlet and outlet hose into the support column, dig out the periphery so as not to project upward on the flange of the basket corresponding to the bottom of the inlet and outlet, and separately process the tapered connector with a flow path at the center, Can also be used as a connector.

Of course, both methods described above should be such that the flange of the basket cover and the flange of the basket portion can be kept in close contact with each other.

In addition, the bottom 903 of the basket portion is equipped with a cooling plate 901 having an internal space for cooling water circulation of 10 to 30 mm, and a lower end of the cooling water outlet formed in the flange of the cooling plate 901 and the basket portion is formed of a plurality of metals. It is connected by the connecting pipe 902 of the material, the cooling water supplied through the flow path of the basket support pillar is supplied to the cooling plate of the basket cover as well as the cooling plate of the basket bottom 904 through the connecting pipe 902 Since it is supplied up to 901, it is possible to efficiently suppress the temperature rise generated during the dispersion process.

Therefore, according to the basket-type dispersion device according to the present invention,

1. Unlike the conventional dispersing device, the overall length of the upper frame for accommodating and fixing the basket, the distributed rotating shaft mixer, and the motors can be greatly reduced, so that the dispersing device with excellent space utilization can be made, By supporting with a lifting cylinder, there is an effect that a stable structure of the dispersion apparatus is manufactured in which the flow is low during lifting and the vibration is greatly reduced during premixing and dispersion.

2. It is possible to move and disperse a plurality of dispersing containers arranged in a line, which is very advantageous for space utilization, and it is also possible to easily move and disperse a plurality of dispensing containers and to disperse a dedicated dispensing container for each product. The effect is to reduce the loss.

In particular, the dispersion device according to the present invention can be directly applied to the existing sites in which the dispersion containers are arranged in a line, thereby minimizing the introduction cost of the dispersion device according to the present invention.

3. It can be used as a pure mixer by separating the upper frame for the dispersing device and the upper frame for the mixer, so that the lifting basket and the lifting and lowering of the mixer shaft can be operated independently. Even after the dispersing process is in progress, it is possible to increase the efficiency of the work by moving to another dispensing container for a while and mixing, and then returning to the position again to continue dispersing.

4. In the premixing process where the powder and liquid materials are added together, only the mixer can be lowered, so it is necessary to lift the basket again and remove the lumps of powder stuck together on the wall and the bent part as before. In addition, when the same mixer is used, the flow capacity of the mixer is doubled, which greatly reduces the defects caused by the agglomeration of powder adhering to the wall or bottom of the dispersion container. It is possible to design, and it is possible to reduce the manufacturing cost.

5. In the dispersing apparatus having a basket part having a structure in which the upper part of the basket and the lower part of the basket are coupled to each other in a flange structure, the cooling plate is conventionally designed only at the upper part of the basket. In addition, the rotation speed of the dispersion shaft can be increased to increase the dispersion efficiency, so it can be used as a more efficient equipment.

As described above, the present invention has been described with respect to only one preferred embodiment, but it is apparent to those skilled in the art that various modifications and variations are possible within the technical spirit of the present invention based on the above embodiments. And modifications belong to the appended claims.

1 shows a conventional disperser having a single lift cylinder under an upper frame.

FIG. 2 is a view illustrating a conventional pivoting device that rotates 360 degrees about a dispersion device in a conventional dispersion device having a single lift cylinder. FIG.

Figure 3 is a basket-type dispersion apparatus according to the present invention is a view showing that the cylinder is installed on the upper frame and the moving frame is designed on the upper cylinder.

Figure 4 is a view showing the separation of the upper frame for fixing the mixer and the upper frame for fixing the basket in the basket-type dispersion device of FIG.

FIG. 5 is a plan view illustrating a state in which the dispersion basket and the upper frame of the mixer are integrated in the basket-type dispersion device of FIG.

6 is an overall side view showing a state in which the dispersion basket and the upper frame of the mixer are not separated.

Figure 7 is a side view showing a state in which the guide rail of the moving frame fixed to the support frame at the bottom.

8A and 8B are views showing a state in which a coolant flow and a top and bottom flanges of a basket are separated in a conventional dispersion basket having a top and bottom flange fastening method.

9 is a view showing a state in which a cooling plate is formed to the basket bottom plate in the dispersion basket according to the present invention of the upper and lower flange fastening method.

-Explanation of symbols for the main parts of the drawings-

101, 307, 505: Upper frame

102, 202, 305, 402, 501, 604: Distributed motor

103, 203, 306, 403, 502, 605: mixer motor 104, 304, 603: lifting cylinder

105, 205, 308: Dispersion containers 106, 204, 309: Dispersion basket

107: support frame incorporating a cylinder 108, 201, 310: mixer

301, 601: moving frame 302, 602: guide rail of the moving frame

303: wheel drive motor of the moving frame 401: upper frame for the distribution basket

404, 503: cylinder for lifting 405, 504: mixer

406: dispersion basket 407: connecting plate of the mixer upper frame

408: upper frame for the mixer 701: support frame of the guide rail

801, 904: basket support pillar 802: basket cover

803: basket portion 804: flange

805: flange 806: basket cover cold plate

807: fixing screw 901: cooling plate

902 connection pipe 903 O-ring

904: basket bottom 905: cooling water outlet

Claims (5)

Dispersion pins and mixer pins, baskets, mixers, etc. are fixed on the upper frame, the dispersing pin support and the dispersing pins located in the center of the basket filled with the dispersing medium and the rotating pin support in the basket by the drive motors. In the basket-type dispersion device configured to uniformly mix the liquid compound in the spray container in the basket by friction and shear forces with the dispersion medium due to the rotation action of, A plurality of lifting cylinders are coupled to the upper frame to enable the lifting of the upper frame to which the basket, the mixer, and various motors are fixed, and the upper part of the lifting cylinder is fixedly installed to a moving frame that is horizontally moved on a guide rail. In accordance with the driving of the lifting cylinder fixedly mounted on the upper frame, the basket-type dispersing device that allows the lifting of the upper frame containing the basket, the mixer, and various motors. The method of claim 1, The upper frame is separately formed into an upper frame for accommodating and fixing the dispersion motor and the basket and an upper frame for accommodating and fixing the mixer motor and the mixer, and a lifting cylinder is independently coupled to each of the separated upper frames. A basket-type disperser for selectively lifting and lowering a distribution motor and a basket stored in an upper frame and a mixer and a mixer motor stored and fixed in an upper frame by selectively driving a lifting cylinder. The method according to claim 1 and 2, The moving frame fixing the lifting cylinder and the upper frame downward is coupled so as to be dispersed and stirred in the plurality of dispersion vessels while horizontally moving back and forth on the guide rails according to the form in which the plurality of dispersion vessels are arranged in a row. Dispersion apparatus of the basket type, characterized in that. The dispersion pin support and the mixer in the basket are rotated by the dispersion motor and the mixer motor, and the dispersion pin support and the dispersion pin in the center of the basket filled with the dispersion medium are dispersed in the basket type dispersion device in which the liquid formulation is dispersed. In the basket cover of the upper basket is configured for the cooling plate for the circulation of the cooling water through the flow path in the basket support pillar and in the basket-type dispersing apparatus for coupling the upper cover and the lower basket of the basket in the vertical flange method, Cooling water outlet inlet connected to the flow path of the basket support pillar is formed on the flange of the basket cover and the lower portion of the basket, the cooling plate having a predetermined cooling water flow space is mounted on the bottom of the basket, the cooling water formed at the bottom of the flange of the basket A basket-type dispersing device in which an outlet opening and a cooling plate at the bottom of the basket are connected to a connection pipe to allow cooling water to circulate through the cooling plate through the flow path of the basket support pillar. The method of claim 4, wherein The basket-shaped dispersing device between the flange of the basket cover and the flange of the basket portion is characterized in that the O-ring surrounding the cooling water outlet inlet is embedded.