KR101846008B1 - Small Quantity Packing Deive of Thin Katsuobushi and Packing Method thereof - Google Patents

Abstract

The present invention relates to a hopper for a processed food, which comprises a hopper body portion having a cylindrical shape and storing a raw food material for processing a processed food containing a thin and lightweight bonito bush, a hopper body portion having a cylindrical shape and a hopper body portion having a smaller cross- A raw hopper having a cone portion; A hopper driving unit coupled to the raw hopper to provide a driving force to prevent the raw materials stored in the raw hopper from being knocked, and a hopper blade rotating by a driving force; A vibration feeder provided to uniformly convey raw material discharged from a lower opening of the hopper driving unit; A metering metering unit connected to an outlet of the vibrating feeder and measuring a target small weight; And a quantitative conveyor for conveying the raw materials for each unit small scale measured by the quantitative metering unit to a packaging machine.
Therefore, according to the present invention, it is possible to provide a small-sized packing apparatus and a packing method of the same which can prevent the raw materials of thin and light Katsuobushi raw materials from being shredded and supply the raw materials of Katsuobushi to a constant amount in small quantities .

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a small-capacity packaging apparatus for a thin Katsuobushi,

The present invention relates to a small-capacity packaging apparatus for a thin Katsuobushi and a packaging method thereof, and more particularly, to a method of packing a small-sized Katsuo bush by slicing a planer, The present invention relates to a small-capacity packaging apparatus and a packaging method of the same.

Hyundai is making food by cooking or cooking using various kinds of raw materials.

Food additives are used to cook or cook these foods. It is needless to say that the kinds of food additives are very diverse and the raw materials of food additives are also very diverse.

Among these food additives and processed foods, there is a processed food called Katsuobushi which is mainly used for producing broth.

Katsuo-bushi is a processed food grown in Japan, which is made by frying the flesh of dried bonito, drying and fermenting it. Katsuo-bushi is used for raising seaweed, such as udon, and it is also used for roasting on the food made from seafood.

Katsuo-bushi is a brewed smoked bonito, dried and then sliced and fermented for four to five months. Blue mold is added to increase flavor during manufacture, and the fermenter can be replaced at least once a month.

Katsuo-bushi is used for oriental dishes, especially Japanese dishes, because it is rich in taste. It is used as a source of many Japanese foods such as udon and takoyaki. Even if you scatter it before eating it, you can feel its unique flavor.

Katsuo-bushi is a representative food that follows the principle that the larger the surface area is, the larger the area of contact with air or water and the easier it is to change. Even if it is immersed in warm water or soup for a while, it tastes unique taste and fragrance.

Recently, the number of one-person households is increasing, and most of the food being sold is sold in units of one person, and there is a need to make a thin and separated chip form as a small-sized package such as Katsuo-bushi by seasoning of the instance food.

In case of storing a large amount of thin and chip-like raw material of Katsuo-bush in a hopper for storage, and using it as a small-sized container, it is very necessary to pay attention particularly to make a thin, chip-like and light- Particularly, when the raw materials are stacked and consolidated, it is not easy to supply the raw materials in a constant amount.

<References>

Japanese Patent Application Laid-Open No. 2002-234572 (Aug. 20, 2002)

It is an object of the present invention to provide a small-sized packing apparatus for a thin Katsuobushi which can prevent thin and light raw materials of the Katsuobushi raw material from being squeezed, and a packaging method therefor.

It is another object of the present invention to provide a small-capacity packaging apparatus for a small-volume Katsuobushi which can supply a raw material of Katsuobushi with a constant amount for a small-sized packaging, and a packaging method thereof.

Still another object of the present invention is to provide a small-sized packing apparatus and a packaging method of the same which are simple and easy to use.

An object of the present invention is to provide a food processing method for storing raw food materials for processing a processed food including a thin and light Katsuobushi and comprising a cylindrical hopper body portion and a hopper body portion extending from the hopper body portion, A raw hopper having a hopper cone portion formed therein; A hopper driving unit coupled to the raw hopper to provide a driving force to prevent the raw materials stored in the raw hopper from being knocked, and a hopper blade rotating by a driving force; A vibration feeder provided to uniformly convey raw material discharged from a lower opening of the hopper driving unit; A hopper disposed behind the raw material hopper or the vibration feeder to store a raw material to be discharged and having an opening opened to the lower side; A metering metering section for closing the opening while rotating with respect to the hopper; Wherein the quantitative metering section includes a rotating base which rotates by closing an opening of the hopper, wherein the raw material stored in the hopper is stored in the small package unit And a plurality of quantitative cups having a space capable of accommodating the quantitative cups, wherein the quantitative cups are openably coupled to the lower side of the quantitative cups, And a quantitative height adjusting member having a quantitative door for moving between an open position for opening the lower side of the quantitative cup to be charged into the quantitative cup and a closed position for closing the lower side of the quantitative cup to receive the raw material stored in the hopper And the quantitative height adjusting member is provided with a protrusion protruding from the plate surface and corresponding to the quantitative cup And an air pocket is formed between the plate surface and the metering cup in a state where the upper side is closed at the open position to facilitate discharge of the raw materials accommodated in the metering cup. In the course of the rotation of the metering cup, And an air pocket rib is provided so as to be able to distribute the raw material into the metering cup at a higher level and to distribute the raw material in the rotating direction.

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SUMMARY OF THE INVENTION It is, therefore, an object of the present invention to provide a process for producing a processed food, comprising the steps of: storing a raw material of a processed food for sacking a processed food including a thin and light Katsuobushi; A hopper driving unit coupled to a raw hopper having a hopper cone portion formed with an opening to rotate by a driving force to provide a driving force so as to prevent raw materials stored in the raw hopper from being kneaded; Feeding the raw material discharged from the lower opening of the hopper driving unit uniformly by the vibration feeder; Storing a raw material to be discharged from a hopper disposed behind any one of the raw hopper or the vibrating feeder and having an opening opened downward; Closing the opening while the metering metering section rotates with respect to the hopper; The metering metering section includes a plurality of metering cups including a rotating base that rotates and closes an opening of the hopper and has a space recessed from the plate surface of the rotating base to accommodate the raw materials stored in the hopper unit in units of small packages The dosing door of the quantitative height adjusting member is coupled to the open lower side of the quantitative cup so that the quantity of the raw materials contained in the quantitative cup is changed by the rotation of the rotating base, And a closing position for closing the lower side of the metering cup so as to receive the raw material stored in the hopper, wherein the metering cup is protruded from the plate surface, And is formed into a round shape corresponding to the quantitative cup, And an air pocket is formed between the surface of the measuring cup and the measuring cup to facilitate discharge of the raw material contained in the measuring cup and to prevent the raw material from being introduced into the measuring cup higher than the measuring cup during the rotation of the measuring cup And an air pocket rib is provided so as to be dispersible along the rotating direction.

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According to the present invention, it is possible to provide a small-sized packing apparatus and packing method of a thin Katsuobushi which can prevent the raw materials of thin and light Katsuobushi raw materials from being squeezed and can supply the raw materials of Katsuobushi with a constant amount for small-

In addition, it is possible to provide a small-sized packing apparatus and a packaging method thereof that are easy to use and simple in thickness.

1 is a schematic perspective view for explaining a small-capacity packaging apparatus according to an embodiment of the present invention;
Fig. 2 is a sectional view for explaining an embodiment for height adjustment of a Katsuo bushing at the front end of the vibration feeder outlet of Fig. 1;
3 is a flow chart for explaining the operation of the small-capacity packaging apparatus according to the present invention,
4 is a schematic view for explaining another embodiment of the present invention,
Figure 5 is a cross-sectional view of the added small capacity packaging device of Figure 4,
FIGS. 6A and 6B are a partial plan view and a cross-sectional view for explaining the quantitative metering section of FIG. 5,
Figs. 7A to 7C are schematic views for explaining the operation process of the added small-capacity packaging apparatus,
Fig. 8 is a photograph showing an example of a sacked Katsuobushi.

A small-capacity packaging apparatus and a packaging method (hereinafter referred to as 'small-capacity packaging apparatus') according to an embodiment of the present invention will be described in detail with reference to FIGS. 1 to 4. FIG.

FIG. 1 is a schematic perspective view for explaining a main small capacity packaging apparatus according to an embodiment of the present invention, FIG. 2 is a cross-sectional view for explaining an embodiment for adjusting a height of a Katsuo bushing at a front end of a vibrating feeder outlet of FIG. 1 FIG. 4 is a schematic view for explaining another embodiment of the present invention, and FIG. 5 is a sectional view of the small capacity packaging apparatus of FIG. 6A and 6B are a partial plan view and a cross-sectional view for explaining the quantitative metering unit of Fig. 5, Figs. 7A to 7C are schematic views for explaining the operation process of the added small capacity packaging apparatus, Fig. 8 is a cross- It is a photograph showing an example of Katsuo Bush.

As shown in Figs. 1 and 2, the small-capacity packaging apparatus 100 includes a cylindrical hopper body 111 for storing a raw material of processed food for sacking a processed food including a thin and light Katsuobushi, A raw hopper 110 having a hopper cone portion 113 extending from the hopper body portion 111 and having a smaller sectional area and an opening formed at a lower side thereof; A hopper driving part 117 coupled to the raw hopper 110 to provide a driving force to prevent the raw materials stored in the raw hopper 110 from being crushed and a hopper blade 115 rotating by a driving force; A vibration feeder 130 provided to uniformly transport raw material discharged from a lower opening of the hopper driving unit 117; A metering metering unit 150 connected to the feeder outlet 133 of the vibration feeder 130 for metering the target small weight; And a quantitative conveyor (170) for conveying the raw materials for each unit small scale measured by the quantitative metering unit (150) to a packing machine.

In the small capacity packaging apparatus 100, the raw materials in the central region of the hopper body 111 and the hopper cone 113 are moved upward to prevent the raw materials from being mixed when the hopper blade 115 is rotated The raw materials of the hopper body portion 111 and the hopper cone portion 113 are controlled to move downward due to their own weight and are disposed close to the outlet of the vibration feeder 130, A quantitative height adjusting unit 135 for adjusting the height of the raw material so as to maintain the height of the raw material discharged to the target height at a target height; A quantitative height sensor (Sh) for sensing a height of a raw material in front of the quantitative height adjusting unit (135); And a feed amount sensor (S1) for detecting the presence or absence of a raw material discharged from the raw hopper (110), wherein the hopper blade (115) and the feed amount sensor It is more preferable to control the operation state of the vibration feeder 130.

1, the raw hopper 110 includes a hopper body 111 having a cylindrical shape on the upper side and a hopper body 111 extending from the hopper body 111 and passing through the lower end of the cone to discharge the raw material A hopper driving part 117 including a hopper cone part 113 having an opening (not shown) and a motor (not shown) for providing a rotational force to the hopper blade 115; It is desirable to have a hopper shaft 116 that supports the blade 115.

The vibrating feeder 130 has a guide plate (not shown) that is inclined with respect to a cylindrical inner wall surface, generates vibrations by a vibrating motor (not shown) of the cylindrical body, and uniformly discharges the raw materials discontinuously discharged from the raw hopper 110 And can be uniformly supplied through the feeder outlet 133 through which the raw material is discharged from the vibration feeder 130. 2, for example, at a position close to the feeder outlet 133 of the vibration feeder 130, or a scraper such as a scraper capable of constantly maintaining the height of the supplied raw material, The height of the raw material guided from the feeder outlet 133 to the metering metering unit 150 can be kept constant.

The quantitative metering unit 150 measures the raw material discharged from the vibration feeder 130 to be packed in a weight unit such as 0.8 g, for example, in a desired capacity or weight. The weight is measured using a load cell or a predetermined volume Is preferably used.

The raw materials are conveyed to a packing machine that is packaged in a small-sized package (not shown) by the quantitative conveyor 170 having a plurality of quantitative cups 173 of the small-capacity capacity.

That is, raw materials up to the vibration feeder 130 are not metered into each unit small capacity, but they are also transported to the packing machine while being metered in a small capacity unit when they are passed through the metering unit 150.

The packaging method of the small-capacity packaging apparatus 100 having the above-described structure will be described with reference to FIG.

The lightweight bonito chips made by thinly pushing with a router or the like are supplied to the hopper 110 (S310).

Next, the supply amount sensor S1 detects whether the amount of the raw material discharged from the opening of the raw hopper 110 to the vibration feeder 130 is greater than the supply target amount of the set wood (S320). Here, the method of detecting whether or not the raw material is input may be a method in which the time period during which the amount of the raw material is discharged is kept constant (for example, two seconds) or the time period of discharging is short (For example, three times or the like), it is determined that the target amount is not the supply target amount, and the program can be changed from time to time.

In addition, when the raw hopper 110 has a detection sensor for detecting a stored amount of the raw material, if it is determined that there is no stored amount, the operation of the hopper driving unit 117 is stopped in step S320 and a warning sound or a warning light indicating that there is no raw material is blinked Can be controlled.

If the amount of the stored raw material, that is, the amount of the raw material supplied to the vibration feeder 130 from the raw hopper 110 is smaller than the target amount, the raw material in the raw hopper 110 is mixed in the raw hopper 110, The hopper driving unit 117 is operated to operate the hopper blade 115 (S325) to move the raw material in the central region to the upper side so as to loosen the united raw materials and to prevent the united raw materials from being accumulated, (This rotation will be referred to as &quot; reverse rotation &quot; hereinafter). Here, if necessary, this reverse rotation may be performed four times, the forward rotation may be performed once, and the reverse rotation and forward rotation may be alternately performed. By doing this reverse rotation, it is possible to smoothly transfer the raw materials to the packing machine stably by preventing the raw materials from being shredded.

The raw material transferred to the next vibration feeder 130 is moved by the vibration effect of the vibration feeder 130, and the raw materials gradually moving are uniform in shape, and are directed to the feeder outlet 133 of the vibration feeder 130. It is determined whether the raw material supply height sensed by the quantitative height sensor Sh sensing the height of the raw material at a position close to the feeder outlet 133 is much higher than a preset target height at step S340. Here, if the target height is higher than the target height, the number of vibrations of the vibration feeder 130 may be reduced (S345), or the amount of the raw material supplied to the vibration feeder 130 may be adjusted by the raw hopper 110 (S347).

After being passed through the feeder outlet 133 of the vibration feeder 130 and passing through the quantitative conveyor 170 having the quantitative metering unit 150 and the metering cup 173, same. An example in which the small capacity 0.8 g is packaged is shown in FIG.

According to the present invention having such a configuration and action, it is possible to prevent thinning and lightening of raw materials of Katsuobushi, and to provide a small-sized packing apparatus and packing method of Katsuobushi which can supply raw materials of Katsubo- .

In addition, it is possible to provide a small-sized packing apparatus and a packaging method thereof that are easy to use and simple in thickness.

4, the small-size packaging apparatus 100 'according to another embodiment of the present invention is disposed behind any one of the raw hopper 110 or the vibration feeder 130, Capacity packaging device 200, which will be described later. Hereinafter, for convenience, the small-size packaging apparatus 100 'will be described in which an additional small capacity packaging apparatus 200 is disposed behind the vibrating feeder 130.

In the following, for convenience of understanding, it is assumed that the left-right direction is the X-axis, the Y-axis is the vertical direction, and the Z-direction is the back-and-forth direction with reference to FIG.

As shown in Figs. 5 to 6B, the additional small-capacity packaging apparatus 200 is configured to store the processed food raw material for sacking the processed food including the thin and light Katsuo bush, and to have the opening (not shown) A hopper 230; A metering metering unit 250 that closes the opening while rotating with respect to the hopper 230; And a support 210 supporting the hopper 230 and the metering metering unit 250. The metering metering unit 250 includes a rotation base 251 for closing and opening the opening of the hopper 230, And a plurality of metering cups 253 which are recessed from the surface of the rotating base 251 and have a space capable of receiving the raw materials stored in the hopper 230 in units of small packages.

The support portion 210 supports the other structure of the present invention and includes a support case 213 having an outer appearance and a hopper coupling guide 237 for supporting the support case 213 in combination with a hopper 230 , And may be combined with a packing machine, which can be packed in a small-capacity and known capacity as required.

The hopper 230 functions to store and receive the chip-shaped raw material for the raw materials of the bonito, and has a cylindrical hopper housing 231. The hopper 230 has an opening (not shown) The rotary base 251 of the quantitative metering unit 250 is rotatably coupled.

The hopper 230 includes a hopper drive shaft 232 coupled to the hopper drive unit 235 and coupled to the hopper drive unit 235 for rotation and coupled to the hopper drive shaft 232 to rotate the hopper drive shaft 235, And a hopper blade 233 coupled to the hopper drive shaft 232 so as to move the raw material upward so that the raw materials accommodated in the hopper drive shaft 232 are not mixed. The hopper blade 233 preferably has a screw type or a wing shape spaced from the hopper drive shaft 232.

6 to 6B, the volume of the raw materials contained in the quantitative cup 253 is kept constant, and the volume of the quantitative cup 253 (see FIG. 7C) (Cup 5 'and' Cup 6 'in FIG. 7 (c)) at a position close to the open position and the open position of a plurality of the measuring cups 253, The position where the quantitative height adjusting member 239 is engaged is located at a position away from the surface of the rotating base 251 It is preferable to be close.

That is, when the raw material contained in the quantitative cup 253 is close to the closed position (see Cup 5 'in FIG. 7B and enlarged cross-sectional view of Cup 5 in FIG. 7C), the height H2' 239 can accommodate the raw materials in the quantitative cup 253 between the plate surface of the quantitative door 255 and the height H1 of the quantitative height regulating member 239, And can be supplied to the packing machine through the quantitative chute 259 at the open position to carry out the quantitative small-scale packaging.

As described later, the quantitative height adjusting member 239 is provided below the quantitative height adjusting member 239 to form a space between the plate surface and the quantitative cup 253 at the open position, And an air pocket rib 239a protruding toward the rear side of the air pocket 253. When the quantitative door 255 is opened, an appropriate amount of the raw material is instantaneously guided to the quantitative chute 259 by its own weight, and is conveyed to the quantitative cup 253 in the packing machine It can be packed in a small capacity so that it is preferable.

The quantitative metering unit 250 includes a tubular metering cup 253 which is recessed from the plate surface and is opened up and down so as to have a space for receiving the raw material from the plate surface of the rotating base 251, A quantitative door 255 coupled to the quantitative cup 253 so as to move between a closed position for opening and closing the lower opening to receive the raw material and an open position for discharging the raw material contained in the quantitative cup 253, A door elastic member 255b which elastically pressurizes the rotary base 251 from the open position to the closed position and a motor 257 which is coupled to the rotary base 251 and provides a rotational force to the rotary base 251, A constant amount driving shaft 257a coupled to the constant amount driving part 257 and transmitting rotational force to the rotary base 251 and a door opening stopper 257a provided so as to be in contact with the constant amount door 255 so as to open the constant amount door 255 at the open position. (255c). The door 255 may be rotated about the door hinge 255a and the door elastic member 255b may be provided in various forms but may include a spring coupled to the door hinge 255a.

Here, it is preferable that the metering cup 253 is disposed at a portion near the outer periphery of the rotating base 251. This is because the raw material stored in the hopper 230 is turned outward by the centrifugal force as the rotation is performed, and the length of the circumferential portion near the outer periphery is also long, so that the quantitative cup 253 can be appropriately disposed.

The quantitative metering unit 250 accommodates the raw materials contained in the hopper 230 in the closed position in the metering cup 253 and the raw materials contained in the metering cup 253 are held in the open position by the metering height adjusting member 239 And the raw materials separated in a small capacity discharged from the lower side of the open position can be guided and packed along the quantitative chute 259 provided below the open position by the packing machine.

Here, reference numeral 215, which is not described, preferably has the same structure as a bearing for rotatably supporting the rotation base 251, and is preferably supported by the support portion 210.

It is preferable that the material of the constitution related to the present invention is made of plastic which is related to food and is approved for sanitary or the like stainless steel or food-related organs.

The operation of the additional small capacity packaging apparatus 200 having such a configuration will be described in detail with reference to FIGS. 7A to 7C.

As shown in FIG. 7A, six measuring cups 253 are arranged at a predetermined angle (refer to Cup 1 'to Cup 6') on the outer side of the rotating base 251, The door opening stopper 255c is disposed at a predetermined angle (refer to the angle display '? 1') in the direction of the fixed height adjusting member 239 and the quantitative door 255 of the cup 6 ' The contact with the door opening stopper 255c tries to open the film, and the quantitative cup 5 is going to enter the bottom of the quantitative height regulating member 239.

7B, the quantifying cup 'Cup 6' is further opened and the quantifying cup 'Cup 5' is opened further in the counterclockwise direction (see '2' in FIG. 7B) (239). The height of the raw material accommodated in the quantitative cup 'Cup 5' is increased from 'H1' before approaching the quantitative height regulating member 239 to the quantitative cup 253 by the quantitative height regulating member 239, The upper side of the measuring cup 'Cup 5' is blocked so that the height of the accommodating portion of the raw material contained in the measuring cup 'Cup 5' can be kept constant as 'H1'.

On the other hand, the quantitative cup 'Cup 6' is opened when the quantitative door 255 which is in contact with the door opening stopper 255c is further opened and the raw material Katsuo bush contained in the quantitative cup 'Cup 6' is discharged to the lower opening And then falls into the metering chute 259.

When the rotary base 251 further rotates in the counterclockwise direction to reach the position as shown in FIG. 7C, the center of the quantitative cup 'Cup 6' is positioned in the Z axis direction and the quantitative cup 'Cup 5' (239). At this position, the dosing door 255 of the quantitative cup 'Cup 6' is completely opened so that the raw material contained in the quantitative cup 'Cup 6' falls into the quantitative chute 259 and guides the raw materials to the packing machine. In this process, the air pocket, which is a space formed on the upper side of the metering cup 253 by the air pocket 239a, allows the metered cup contained in the metering cup to be discharged to the metering chute 259 side by its own weight at the open position.

When the cup 6 'is moved counterclockwise beyond this state, the cup 6' moves away from the door opening stopper 255c to the closed position where the lower opening of the cup 6 'is closed by the door elastic member 255b And receives the dosing cup 253 as a raw material stored in the hopper 230 in an empty space of the dosing cup 253. In this process, the hopper blade 233 is operated so that the raw material, which is the raw material stored in the hopper 230, is not mixed, so that the raw material, which is filled in the space of the constant amount cup 253, So that it can be packed uniformly at a small capacity, for example 0.8 g. After reaching the opening position of the measuring cup 'Cup 5' in the rear side, a certain amount of raw material is discharged to the quantitative chute 259 and put into a packing machine to be packed into each unit small-sized packing.

Such a process is continuously carried out, so that small-sized packaging is performed.

FIG. 8 is a photograph showing a spread out Katsuo bush wrapped in 0.8 g unit according to the small capacity packaging apparatus according to the present invention.

Therefore, according to the present invention, it is possible to provide a small packing apparatus for a small volume of Katsuobushi using a quantitative cup capable of preventing the thin and light raw materials of the raw materials of the raw materials of the raw materials of the raw materials from being squeezed and supplying raw materials of the raw materials of the raw materials.

In addition, it is possible to provide a small packing apparatus of Katsuobushi by using a simple and easy-to-use measuring cup.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art without departing from the scope and spirit of the invention. will be. The scope of the invention will be determined by the appended claims and their equivalents.

100: small capacity packaging device 110: raw material hopper
111: hopper body part 113: hopper cone part
115: hopper blade 116: hopper shaft
117: hopper driving part 130: vibrating feeder
133: Feeder outlet 135: Quantitative height adjuster
150: Quantitative metering unit 170: Quantitative conveyor
173: Quantity cup
Sh: Height sensor S1: Supply sensor
200: Additional small capacity packaging device 210: Support
213: support case 215: guide bar
230: hopper 231: hopper housing
233: hopper blade 235: hopper driving section
237: Hopper coupling guide 239: Quantitative height adjusting member
239a: Air pocket ribs
250: Quantitative metering section 251: Rotary base
253: Quantity cup 255: Quantity door
255a: Door hinge 255b: Door elastic member
255c: door opening stopper 257:
257a: Quantitative drive shaft 259: Quantitative chute

Claims (6)

delete delete And a hopper cone portion extending from the hopper body portion and having a smaller cross-sectional area and an opening formed in a lower side thereof, wherein the hopper cone portion A raw hopper;
A hopper driving unit coupled to the raw hopper to provide a driving force to prevent the raw materials stored in the raw hopper from being knocked, and a hopper blade rotating by a driving force;
A vibration feeder provided to uniformly convey raw material discharged from a lower opening of the hopper driving unit;
A hopper disposed behind the raw material hopper or the vibration feeder to store a raw material to be discharged and having an opening opened to the lower side;
A metering metering section for closing the opening while rotating with respect to the hopper;
And a support for supporting the hopper and the metering metering unit,
The metering metering section includes a plurality of metering cups including a rotating base that rotates and closes an opening of the hopper and has a space recessed from the plate surface of the rotating base to accommodate the raw materials stored in the hopper unit in units of small packages However,
And an open position for opening the lower side of the metering cup so as to be inserted into a packing machine for packing the raw materials contained in the metering cup in accordance with the rotation of the rotation base, And a quantitative height adjusting member having a quantitative door which moves between a closed position where the lower side of the quantitative cup is closed so as to receive the stored raw material in the quantitative cup,
Wherein the quantitative height adjusting member is formed with an air pocket protruded from the plate surface and formed in a round shape corresponding to the quantitative cup so that the space between the plate surface and the quantitative cup is closed at the open position, And an air pocket rib is provided so as to restrict the introduction of the raw material into the quantitative cup higher than the quantitative cup during the rotation of the quantitative cup and to disperse the raw material in the rotation direction. . delete And a hopper cone portion extending from the hopper body portion and having a smaller cross-sectional area and an opening formed in a lower side thereof, wherein the hopper cone portion A hopper driving unit coupled to the raw hopper rotates by driving force to provide a driving force to prevent the raw materials stored in the raw hopper from being mixed;
Feeding the raw material discharged from the lower opening of the hopper driving unit uniformly by the vibration feeder;
Storing a raw material to be discharged from a hopper disposed behind any one of the raw hopper or the vibrating feeder and having an opening opened downward;
Closing the opening while the metering metering section rotates with respect to the hopper;
The metering metering section includes a plurality of metering cups including a rotating base that rotates and closes an opening of the hopper and has a space recessed from the plate surface of the rotating base to accommodate the raw materials stored in the hopper unit in units of small packages The dosing door of the quantitative height adjusting member is connected to the open lower side of the quantitative cup so as to be opened and closed so that the raw material contained in the quantitative cup is charged into the packing machine for packing the small- And a closing position for closing the lower side of the metering cup to accommodate the raw material stored in the hopper in the metering cup,
Wherein the quantitative height adjusting member is formed with an air pocket protruded from the plate surface and formed in a round shape corresponding to the quantitative cup so that the space between the plate surface and the quantitative cup is closed at the open position, And an air pocket rib is provided so as to restrict the introduction of the raw material into the quantitative cup higher than the quantitative cup during the rotation of the quantitative cup and disperse along the rotational direction. . delete

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