KR20070007540A - Auger apparatus for charging material - Google Patents

Abstract

An auger apparatus for charging material is provided to improve compatibility by using the auger apparatus regardless of shape or kind of material, and to extend the life span by improving durability. An auger apparatus for charging material includes a restriction unit(15) having an agitator motor formed in an upper part of a main hopper and an agitator connected to a driving shaft of the agitator motor, a spinner unit(20) having a servo motor formed in the upper part of the main hopper and an auger screw fixed to a rotating shaft of the servo motor, a restriction net(13) combined between the spinner unit and an output connection pipe(23), a bearing(24) fixing the auger screw through the restriction net, and a spinner(14) fixed in a lower part of the bearing. The rotating shaft of the servo motor is installed to the driving shaft of the agitator motor.

Description

Auger apparatus for charging material}

1 is a partial cross-sectional view showing the auger device of the present invention.

* Explanation of symbols for main parts of drawings *

1: Supply chute 2: Supply hopper

3: Content detection sensor 4: Servo motor

6: stirrer motor 10: product input part

7: main hopper 8: agitator

DESCRIPTION OF SYMBOLS 9 ROTATE SHAFT 11 Auger SCREW 13 LISTRIC NET 14 Spinner

15: List part 16: Product container

20: spinner portion 21: drive shaft

22: auger connector 23: discharge connector

24: bearing 25: product outlet

26: exit

The present invention prevents the incorporation of foreign matters and the like in the process of filling the contents of the particle shape and put the contents in the form of particles into the product container to be introduced into the product container through the trumpet-shaped auger tube under the hopper containing the filling contents. It relates to a product filling auger.

When mass-producing products using mass production machines, screw-type augers are used to feed products into product containers.

Such augers use different types of augers depending on the particle size and type of the product being produced.

That is, in the case of the list system, it is used in a viscous product as particles such as seasonings and kelp, and the list system includes a stirrer motor, a stirrer mounted on a shaft of the stirrer motor, and a stirrer motor. It is driven, it consists of an auger screw formed in the lower part of the stirrer, and it is comprised by installing the Listic net in the lower part.

In the case of the listed method, the viscous product is used as a viscous product such as kelp or seasoning, and the viscous product is used.The spiral screw rotates in the auger tube to push the contents out and remove the foreign substances by the list net. To let the product in,

However, such a reticle-type auger was not applicable to such a product because all powders passed through the reticle network because the particles were small, for example, products such as shellfish and anchovy powder.

Therefore, a spinner type auger device has been used in the case of a powder product of small particles.

A spinner type auger device includes an auger screw driving motor, an auger screw mounted on a shaft of the auger screw driving copper motor, and a spinner installed in a connecting pipe connected to the auger pipe and mounted at a lower end of the auger screw. Consists of.

In the case of the spinner method configured as described above, it is used in the case of small powder particles such as anchovies or shellfish powder.The spiral auger screw rotates in the auger tube when the product is injected, and pushes the powder of the particle to the spinner, The powder overflowing the shape of the wrench was supplied to the product.

As described above, the auger device is separately configured according to the type and type of particles. However, as the product diversification progresses, various types of particles must be mixed and used. .

The present invention is to solve such a problem,

It is an object of the present invention to provide an auger for filling products which can be used without any distinction depending on the form and type of particles.

Another object is to provide a product filling auger that can be used by mixing two or more products of different types and types of particles.

Still another object is to provide a product filling auger device which may operate separately as a list auger device and a spinner type auger device.

This purpose is to provide a product input unit for supplying the filling contents in the form of particles, an auger screw for stirring or pushing the raw material introduced into the main hopper through the product input unit, and a product for discharging the raw material supplied by the auger screw into the container In the product supply device consisting of the discharge,

An agitator motor configured at an upper end of the main hop, a list unit composed of an agitator connected through a drive shaft of the agitator motor, a server motor configured at an upper end of the main hop, and an auger screw fixed to a rotation shaft of the server motor. It can be achieved by consisting of a spinner part consisting of, a resistant net coupled between the spinner part and the output connection pipe, a bearing for fixing the auger screw through the listry network, and a spinner fixed to the lower end of the bearing have.

The rotating shaft of the server motor is installed through the inside of the drive shaft of the stirrer motor, characterized in that by installing the content sensor to detect the particle size of the raw material supplied through the product inlet in the product inlet according to the type of contents It is characterized by rotating the servo motor and the stirrer motor.

In addition, the auger connector fixed to the main hopper and the output connector connected to the auger tube is fitted and fixed to facilitate the disassembly and assembly.

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

1 is a partial cross-sectional view showing the auger device of the present invention.

The auger apparatus of this invention is comprised from the product input part 10, the restrictive part 15, the spinner part 20, and the product discharge part 25. As shown in FIG.

The product inlet 10 is a product supply chute (1) into which the filling contents are filled by supplying the filling contents in the form of particles, and a supply hopper (2) receiving the filling contents through the product supply chute (1). It consists of.

The crest portion 15 includes a main hopper 7 for discharging the filling contents introduced from the supply hopper 2 to the lower outlet, a stirrer 8 installed in the main hopper 7, and the stirrer 8 ) And a stirrer motor (6) provided above the main hopper (7) for transmitting power to the drive shaft.

The spinner part 20 is connected to the servo motor 4 mounted on the main hopper 7, the rotary shaft 9 driven by the rotational force of the servo motor 4, and the rotary shaft 9. It consists of an auger screw 11 fixed in the auger connecting pipe 22 connected to the main hopper (7).

The product discharge part 25 is fixed in the output connecting pipe 23 fixed to the auger connecting pipe 22, and configured to fix the lower auger screw 11 shaft with the bearing 24 through the list network 13. The spinner 14 is fixed at the lower end of the bearing 24, and the outlet 26 is configured at the lower part thereof.

Particularly, in the present invention, the connecting shaft 9 of the server motor 4 passes through the inside of the drive shaft 21, which is the shaft of the stirrer motor 6, in order to connect the restrictive portion 15 and the spinner portion 20 on the same axis. The drive shaft 21 and the connecting shaft 9 are configured to be operated separately from each other.

And the product discharged through the outlet 26 is configured to be injected into the product container (16).

Here, the product detecting unit (3) is equipped with a content sensor (3) to detect the particle size of the product to be input, select the drive of the list and spinner method of each servo motor (4) and agitator motor ( 6) is rotating.

In addition, the auger connector 22 fixed to the main hopper 7 and the output connector 23 connected to the auger tube are fitted and fixed so that the assembly and disassembly can be easily performed. And inside the spinner.

According to the present invention configured as described above, when the raw material is input into the product supply chute 10, the content sensor 3 installed therein detects the size of the particle, and thus requires a spinner type drive with a small particle size. (4) is driven.

In other words. When the spinner method is selected, the input raw material does not need to be stirred by the stirrer 8 because the particles are small, and comes down to the auger connecting pipe 22 through the main hopper 7. The raw material lowered to the auger tube 22 is pushed down by the rotation of the auger screw 11, which is rotated by the rotation of the server motor. Will accumulate.

Since the raw material is small in particle size, all of the powder passes through the list network 13 and accumulates in the dish-shaped spinner, and then the surplus powder is discharged to the outlet 26 and introduced into the product container 16.

This product container 16 has the same structure as the conventional product container, and a detailed description thereof will be omitted, and the soup paper is completed by being contained in a plastic bag in a predetermined size through the product container.

At this time, only a small particle flows through the spinner, the large particles are contained in the spinner, and after a certain time, the output connector 23 is decomposed to remove the large particles.

 This time, when the content detecting sensor 3 detects that a large, viscous seasoning or Dasama powder raw material is input, the servomotor 4 and the stirrer motor 6 are driven together.

The raw material introduced through the main hopper 7 is lowered to the lower auger connecting pipe 22 while being agitated by the stirrer 8, and the lower raw material is auger screw 11 rotating by the servo motor 4. It is pushed downwards and discharged through the list net (13). At this time, the list of the impurities or larger lumps are filtered out by the list net 13, and only the raw material having particles of a certain size is discharged through the list net through the spinner 14 to the outlet 26.

In addition, even if it is determined that the raw material into which the content detection sensor 3 is mixed with small particles and large particles, the server motor 4 and the stirrer motor 6 are simultaneously driven. It is driven in the same way, and the list network 13 removes impurities and agglomerates from large particles, and the spinner 14 removes agglomerates from small particles, making it compatible regardless of the size of the supplied particles. There is an effect that can be used.

     As described above, the present invention can be used interchangeably regardless of the type and type of particles because it can detect the form and type of particles introduced through the product supply chute and use the product filling auger in a list method and a spinner method. There is an effect that, even if you want to use a mixture of two or more different types and types of particles, there is an effect that can be applied as it is without a separate exchange device.

Therefore, it is possible to prevent the claims due to foreign matters that are periodically generated in the prior art, and easy to disassemble and assembly, so that there is an effect that can be easily coped with it can be used semi-permanently excellent in durability and robustness.

Claims (4)

A product comprising a product input unit for supplying the filling contents in the form of particles, an auger screw for stirring or pushing the raw material introduced into the main hopper through the product input unit, and a product discharge unit for discharging the raw material supplied by the auger screw into the container In the feeder, A stirring unit (15) comprising an agitator motor configured at an upper end of the main hop, an agitator connected through a drive shaft of the agitator motor, A spinner part 20 composed of a server motor configured at an upper end of the main hop, an auger screw fixed to a rotating shaft of the server motor, A list network 13 coupled between the spinner part 20 and the output connector 23, Bearing 24 for fixing the auger screw through the wrist net 13; Auger device for charging a product, characterized in that consisting of a spinner (14) fixed to the lower end of the bearing. The method of claim 1, The rotation shaft of the server motor is auger device for product charging, characterized in that installed through the inside of the drive shaft of the stirrer motor. The method of claim 1, Auger device for charging the product, characterized in that for installing the content sensor to detect the particle size of the raw material supplied through the product inlet in the product inlet to rotate the servo motor and agitator motor according to the type of contents. The method of claim 1, Auger connector fixed to the main hopper and the output connector connected to the auger tube is fitted fitting fixed, characterized in that easy disassembly and assembly.

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