KR100648910B1 - A separater of raw material for plastics - Google Patents

Abstract

The present invention is a cylindrical main body 100 having a raw material inlet 120 and a raw material outlet 130 formed on one side and having a rotating mesh cleaning means 600, and horizontally installed so as to be rotatable inside the main body Rotating mesh 300 having the same diameter of the through-hole 310 round the whole, and the shaft 240 is supported in a fixed state to the rotating mesh and rotated by the drive unit 200, Is inserted into the inside of the rotating mesh is helical crusher 500 is coupled to the main body to be fixed by the crusher coupling sphere 520, and the flange 250 and the cover 400 are coupled to both sides of the main body The present invention is to provide a device for separating the synthetic water support material is installed crusher, the present invention can improve the product value of the product by increasing the separation efficiency of the synthetic water support material, and also enable the separation of a large amount of synthetic water support fee Life It has the advantage of being able to significantly increase the property. In addition, after separating the synthetic water support material, the synthetic water support material adhering to the rotating mesh and the main body can be discharged to the outside at the same time by using the high pressure water and the synthetic resin removal port to increase the maintenance and durability of the device. It is a useful invention.

Synthetic resin, raw material, separation, crusher, washing, draining, cleaning

Description

Separator of synthetic water support with crusher {A separater of raw material for plastics}             

Figure 1-perspective view for showing a separation device of a conventional synthetic water support.

Figure 2 is a perspective view showing the separation device of the present invention crusher is laid a synthetic water support.

Figure 3-perspective view for showing a separation device of the synthetic water support in which the present invention crusher is installed.

4-3 is a sectional view taken along the line A-A.

5-3 is a cross-sectional view taken along the line B-B.

Figure 6 is a longitudinal cross-sectional view of the use state to indicate the separation state of the synthetic water support according to the present invention.

7 is a cross-sectional view showing a state of use for indicating the separation state of the synthetic water support according to the present invention.

Figure 8-longitudinal cross-sectional view of the use state for showing the washing state of the synthetic water support according to the present invention.

Figure 9 is a cross-sectional view of the use state for showing the washing state of the synthetic water support according to the present invention.

* Explanation of symbols for main parts of the drawings

1: Separation device of conventional synthetic water support

2: container 3: shredding impeller

4: drive

10: Separation device of synthetic water support material to which the crusher of the present invention is attached (hereinafter referred to as the separation device of synthetic water support material)

100: main body 101: annular support jaw

102: long hole 103: synthetic resin removal opening

103a: blade portion 103b: coupling plate

110: expectation

120: raw material inlet 130: raw material outlet

200: drive unit 210: frame

211: wheel 221: pulley

230: reduction motor

240: shaft 240a: bearing member

241: pulley 242: belt

250: flange 270: rail

300: rotating mesh 310: through hole

400: cover 410, 420: water supply port

500: Crusher 510: support

520: crusher coupler 521: through hole

540: screw 550: bearing member

600: rotating mesh cleaning means

610: injection pipe 611: injection nozzle

620: injection pipe 621: injection nozzle

622: insertion connector

630: injection pipe

631: injection nozzle 632: insertion connector

A: Synthetic resin raw material before separation B: Synthetic resin raw material after separation

The present invention relates to an apparatus for separating synthetic feedstock, and in particular, the synthetic feedstock particles that are stuck in a large lump form are separated into smaller lumps and discharged, and the synthetic feedstocks that are not discharged or stuck to the surface of the rotating mesh are processed. The present invention relates to a device for separating a synthetic water support material, which is equipped with a crusher to be discharged to the outside at the same time as washing.

In general, synthetic resin support materials are used, such as vinyl resin, polyethylene, polyfluoropropylene, polystyrene, polyester, etc., which are widely used as raw materials for synthetic resin products used in construction, electricity, transportation and other industrial fields.

Such synthetic water support is produced in small granules, but as the surface is melted by high temperature, raw material particles stick to each other to form a large lump. In this case, it is difficult to transport and it is difficult to add to the subsequent process, so that the useful value of the synthetic water support material is lowered, so that it is separated into small lumps. The apparatus for this purpose is a cylindrical container (2) and vertically in the container. The separating device 1 of synthetic water support material which consists of the crushing impeller 3 which rotates and the drive device 4 for rotating the said impeller at high speed is used.

However, the separation device 1 has a simple structure that rotates the crushing impeller and thereby separates the synthetic feedstocks by the centrifugal force generated thereby. It is very difficult to make it, and the above-mentioned method has a closed end which damages the surface of a raw material, or the size of the separated raw material becomes uneven.

In addition, the separation device (1) is a closed end by which a fine synthetic water support material adheres to the inner wall of the main body due to the centrifugal force of the impeller, and a sticking phenomenon occurs that gradually hardens. Has

Therefore, the present invention was devised to solve the problems of the conventional apparatus for separating the synthetic feedstock, so that the synthetic feedstock is uniformly separated into an appropriate size, and also washed after the completion of the work of the synthetic water support adhered to the surface of the rotating mesh And at the same time to be discharged to the outside to provide a device for separating the synthetic water support material crusher is installed that can improve the durability and operating efficiency of the facility.

The present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is a separate perspective view for showing the configuration of the present invention, the separation device 10 of the synthetic water support material is provided with the crusher of the present invention, the raw material inlet 120 and the raw material outlet 130 is formed on one side and rotating mesh washing means The cylindrical main body 100 having a 600, and the rotating mesh 300 is horizontally installed so as to be rotatable inside the main body, the perforated 310 of the same diameter is punched around the entire body, and the rotation It is fixed to the view body and is coupled to the main body to be fixed by the crusher coupling port 520 is inserted into the shaft 240, which is rotated by the drive unit 200, the rotating mesh It consists of a spiral crusher 500, a flange 250 and a cover 400 coupled to both sides of the main body.

The body 100 is supported by the base 110.

At this time, as shown in Figure 2, one side of the main body may be configured to form a synthetic resin removal port 103, wherein the synthetic resin removal port 103 is a horizontal long hole 102 formed on the outer peripheral surface of the main body 100 And a blade portion 103a inserted through the long hole 102 to protrude into the main body 100, and a coupling plate 103b for fixing the blade portion 103a to the main body.

The blade portion 103a is inserted through the long hole 102 so as to protrude into the main body 100, but is spaced apart from the outer peripheral surface of the rotating mesh 300 so as to be spaced apart from each other, and the coupling plate 103b is provided. Is screwed to the outer circumferential surface of the main body 100 is configured so that the blade portion (103a) is fixed.

Thus, by the blade portion 103a it is possible to remove the synthetic support material adhering to the outer circumferential surface of the rotating mesh 300, the present invention can improve the durability and separation effect of the synthetic resin of the device.

The driving unit 200 has a driving force such as a pulley 241 formed at one end of the shaft 240, a bearing member 240a for supporting the shaft 240, and the pulley belt 242. It consists of a reduction motor 230 for transmitting a rotational force by using a transmission means, and a frame 210 for mounting the bearing member and the reduction motor.

A wheel 211 is installed below the frame 210, and a rail 270 is formed below the wheel 210 to facilitate separation of the flange 250 and the driving unit 200 from the main body 100. By doing so, it is possible to easily repair and clean the separation device of the synthetic water support material to which the crusher of the present invention is attached.

At this time, it will be obvious that a known bearing is formed in the wheel 211 to minimize rotational efficiency and frictional force.

The rotating mesh 300 is rotated inside the main body because one side is coupled to the shaft 240 and the other side is rotatably supported by the annular support jaw 101 protruding from the inner circumferential surface of the main body 100. There is no problem in doing so.

At this time, the diameter of the through-hole 310 formed around the outer circumferential surface of the rotating mesh 300 may be formed to have a variety of diameters according to the use of the synthetic resin raw material and the subsequent process.

The crusher 500 includes a bearing member 550 supported by the shaft 240, a spiral screw 540 having one end coupled to the bearing member, a support 510 for supporting the screw, and the spiral It consists of a crusher coupler 520 for fixing the screw 540 and the support 510.

In addition, the helical screw 540 is configured to have a diameter substantially the same as the inner diameter of the rotating mesh, thereby allowing the separation of the synthetic water support material of the separation device 10 of the synthetic water support material in which the crusher of the present invention is installed. That is, the rotating mesh is rotated by the driving of the drive unit, in which the crusher 500 is fixed by the crusher coupling port 520, so that the synthetic agglomerate in the lumped state is finally added to the rotating mesh 300 and the screw. While being moved inward by the screw 540 and the through hole 310 is to be separated into a predetermined size during the process.

The rotating mesh cleaning means 600 is to prevent the raw material is attached to the rotating mesh 300 after the separation operation of the synthetic water support material, the injection pipe having a plurality of injection nozzles for spraying high pressure water ( 610, 620, 630.

The injection pipes are installed on the upper part of the main body 100 so that the high pressure water (water) can be injected into the main body, so that the injection pipe having an injection nozzle 611 for cleaning the outer peripheral surface of the rotating mesh 610 and a spray pipe 620 having a spray nozzle 621 fixed to one end of the shaft 240 for spraying water in the same rotational direction as the rotating mesh, and to the crusher coupler 510. It is fixed and consists of a spray pipe 530 having a spray nozzle 631 for spraying water to wash the inner peripheral surface of the rotating mesh.

At this time, the water supply of the injection pipes (620, 630) is made by the water supply holes (410, 420) formed in the cover 400, wherein the injection pipes (620, 630) are fitted to the water supply holes (410, 420) by the insertion connector (622, 632) You will be supplied with water. In this case, the insertion connectors should be made of a material such as silicon to minimize friction with the water supply ports 410 and 420 and to facilitate insertion.

Therefore, after separating the synthetic water support material as shown in FIG. 8, the synthetic water support material inserted between the gaps of the main body 100 and the rotating mesh 300 is washed together with the discharge to the outside with water.

As such, the synthetic water support fee separated by a predetermined size through the rotating mesh 300 to which the synthetic water support material A supplied through the raw material inlet 120 is rotated, and the crusher 500 inserted and fixed inside the rotating mesh. (B) is discharged through the raw material outlet 130, which is to be transferred to the subsequent process again, or packaged and shipped as a product.

As such, the present invention can improve the product value of the product by increasing the separation efficiency of the synthetic feedstock, and it is possible to significantly increase the productivity by separating the large amount of synthetic feedstock.

In addition, after separating the synthetic water support material, the synthetic water support material adhering to the rotating mesh and the main body can be discharged to the outside at the same time by using the high pressure water and the synthetic resin removal port to increase the maintenance and durability of the device. It is a useful invention.

Claims (6)

In the apparatus for separating synthetic water support, A cylindrical body having a raw material inlet and a raw material outlet formed at one side thereof, and having a rotating mesh washing means, horizontally installed to be rotatable inside the main body, and having a perforated hole having the same diameter through the entire body. A shaft supported by the rotating mesh and being rotated by a driving unit, a spiral crusher inserted into the rotating mesh and coupled to the main body so as to be fixed by a crusher fitting; A flange and a cover coupled to both sides of the main body, and one side of the main body to form a synthetic resin removal port, the synthetic resin removal port is a horizontal long hole formed on the outer circumferential surface of the main body, and inserted through the long hole to protrude into the body Blade portion which is formed so as to, and the coupling plate for fixing the blade portion to the main body The shutter release mechanism of the laying synthetic resin material. delete According to claim 1, wherein the drive unit is a pulley formed at one end of the shaft, a bearing member for supporting the shaft, a reduction motor for transmitting a rotational force using a driving force transmission means, such as the pulley belt, and the bearing member and Separating device for synthetic water support with crusher, characterized by consisting of a frame for mounting a reduction motor. 4. The crusher-mounted synthetic support material of claim 3, wherein a wheel is installed at the lower part of the frame, and a rail is formed at the lower part of the wheel to easily separate the flange and the drive unit from the main body. Separator. The crusher of claim 1, wherein the crusher includes a bearing member supported by a shaft, a spiral screw having one end coupled to the bearing member, a support for supporting the screw, and a screw coupling for fixing the spiral screw and the support. Separating device of synthetic water support material with crusher, characterized by consisting of spheres. According to claim 1, wherein the rotating mesh cleaning means is installed on the upper portion of the main body and the injection pipe having a spray nozzle for spraying water to the outer peripheral surface of the rotating mesh, and fixed to one end of the rotating mesh It consists of an injection tube having an injection nozzle for injecting water in the same rotational direction and a spraying tube having an injection nozzle fixed to the screw coupling port for injecting water to the inner peripheral surface of the rotating mesh Separating device of the synthetic water support material, which is crusher is installed.

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