KR930003066B1 - Apparatus for making fermented soybean paste - Google Patents

Abstract

The device prevents dew-forming or frozen-fracture in use after idling, simplifies controlling of temperature or humidity, and simplifies the construction combining integrally an agitator and feeding/dicharing devices. The device comprises an agitating device with a chain rail an agitating roller and feeding device with a feed screw (16); rotary shaft (9) having a rack gear (10) for lifting the screw (16); pinion gear (11) engaged with the gear (10) and fixed on the support plate (18) of moving plate (15); moving plate (15), for fixing the gear (11) and the screw (16), guided by guide projection (14); feed screw (16), for supplying/ discharging raw material, rotating by a motor (M2); a scraper for controlling supply/discharge of raw material.

Description

Agitator & Inlet & Outlet Device

1 is an installation state diagram for showing an embodiment of the present invention.

2 is a state diagram of the installation of the imperial chamber of the present invention.

3 is a sectional view of the imperial chamber installation state of the present invention.

4 is a plan view of main parts of the present invention.

5 is a state diagram of the installation of the stirring, mouth, and tapping apparatus of the present invention.

6 is a side view of the stirring device of the present invention.

Figure 7 is a state diagram of the installation of the mouth and flexure apparatus of the present invention.

8 is an operational state diagram of the inlet and outlet apparatus of the present invention.

9 is a plan view of main parts of the mouth and the bending apparatus of the present invention.

* Explanation of symbols for main parts of the drawings

1: Imperial Room 1: Stirring Device

3: mouth, bending device 8: stirring roller

9: rotating shaft 10: rack gear

11: pinion gear 12: plate

14: guide protrusion 15: moving plate

16: moving screw 17: scraper

18: support plate 19: cyclone

23: Imperial Edition 24: Green Duct

25: chain rail 31: guide frame

35, 36: chain M, M1, M2: motor

The present invention relates to an agitator, mouth, and tapping device of an imperial machine that matures raw materials used in the manufacture of gochujang, soybean paste, and soy sauce, and alcoholic beverages. The present invention relates to an agitator, an agitator and an inflection device of an imperial machine that is easy to use, and that the agitation device and the inlet and inflation device are integrally installed to facilitate use and manufacture.

Conventional imperial devices are installed inside the imperial and to facilitate the control of temperature and humidity on the other side, which is a method using a steel frame on the wall, a stainless steel (Stainless Steel) plate inside and a glass wool panel in the center Afterwards, it is used as a steel (SS) color plate, and the ceiling is used to keep warm by copper coil. However, since the interior of the imperial chamber requires more than 90% humidity, condensation occurs on the ceiling and walls.

And since the front door of the imperial chamber is open and closed, after storing a certain amount of raw material, the extruding device is taken out of the imperial chamber and the imperial chamber is exposed to the outside, so the temperature decreases rapidly. There was a significant shortcoming of freezing when a shock was applied or when a copper coil was used after closing.

In addition, the air conditioner that automatically adjusts temperature and humidity requires a large amount of oxygen to grow mold fungi, so indoor air is sucked in after spraying groundwater. Since it will be 32-34 ° C, it will not cool because it sprays moisture at the above temperature.

As a result, the fungus dies and there is no fermentation effect. In addition, the stirring, mouth, and bending apparatus of the imperial machine, which the applicant has filed earlier (December 20, 1988, Invention Patent Application No. 17189), the stirring body and the bending body are separated, and when the raw material is grained, the cyclone is transferred to the left and right, and stirred It was to spread the raw material evenly with the transfer of the sieve, but it could not be stored in a certain thickness because the raw material was grained by the left and right movement of the cyclone. In addition, since the stirring body and the bending body are separated in one line, it is inconvenient to use and hassle of making and installing.

Accordingly, the present invention has been made to solve the above-mentioned drawbacks as described above. The object of the present invention is to prevent condensation (condensation water) and to provide an imperial device for proper temperature control to facilitate aging of mold. It is.

Still another object of the present invention is to install a stirring and mouth, and a device for a single plate is convenient to use and to evenly spread the raw material without the movement of the cyclone by the up, down movement of the mouth, the device.

The present invention is to adhere the heating coil to the lower side after the ceiling finish by the panel and to prevent condensation by finishing with stainless steel, to control the internal and external air in proportion to the temperature, stirring, mouth, and bending device It is configured to integrally install a stirring body having a plurality of stirring rollers on the plate and to engage the rack gear and pinion gear to move the mouth, the bending device up and down, and to guide the movement of the mouth, bending device to guide It consists of a conveying screw for conveying the raw material granulated by the cyclone and a scraper for stacking or discharging the raw material to a certain height.

Hereinafter, an embodiment of the present invention will be described in detail with the accompanying drawings.

1 is an installation state diagram for illustrating an embodiment of the present invention, when raw materials are supplied and matured by discharged by hot water and steam pressure supplied therein, crushed into small particles or a temperature of 95 ° -98 ° C by steam pressure. The steamer 4 having, the mixer 5 for mixing the raw material discharged from the steamer 4 by steam, and the raw material is cooled to 40-45 ° C. by air cooling after mixing in the mixer 5. A cooler (6), an air feeder (7) for transferring the raw material cooled in the cooler (6) to the cyclone (19) of the imperial chamber (1) through the hose (7a), and the air feeder (7). The raw material conveyed by) is discharged downward from the cyclone (19) and spread out to a certain thickness on the imperial plate (23) during the movement, and the stirring, mouth, and bending device (3) configured to bend the raw material to the outside after aging. will be.

2 and 3 is a sectional view showing the installation of the imperial chamber of the present invention to have a certain space by the concrete to the lower side of the imperial chamber 1 and to prevent the outside air from entering the room to one side and discharge the indoor air to the outside After the green duct 24 and the upper ceiling is finished with the panel 20, the heating coil 21 is laid on the lower side and finished with stainless steel 22 to prevent condensation.

In addition, an inlet port 41 for sucking air in the imperial chamber 1 to the outside of the imperial chamber 1, an oxygen supply port 42 for supplying external air, and a freezer 43 to facilitate temperature and humidity control. The air conditioner 60 having the configuration.

4 is a plan view of the main part of the present invention, the chain rail 25 is formed on both sides of the imperial plate 23, and the stirring roller 8 and the conveying screw 16 having a plurality of stirring pieces 8a are integrated. One side of the transfer screw 16 constitutes a stirring, mouth, and bending device (2) (3) provided with a cyclone (19) having an inlet (26).

5 and 6 are the installation state of the stirring and mouth and bending apparatus of the present invention and the side view of the stirring apparatus, which is the same as the chain sprocket 28 and the chain sprocket 28 connected by the motor M and the chain 27. A stirring roller connected to the chain sprocket 30 by a chain 29 on the shaft, and fixed to a pipe 32 axially connected to the chain sprocket 30, and having a circular ring, and having a plurality of stirring pieces 8a. The stirring device 2 consisting of 8) is fixed to the plate 12.

And a guide frame 31 having a roller 31a for connecting both sides of the plate 12 and the plate 12 is placed on the chain rail 25, and the imperial plate 23 that is the inner side of the plate 12 ), The scraper 17 is formed on one side, and the mouth and the inflation apparatus 3 are transported up and down by a gear device. It is fixed to the plate 12 is configured to be moved at the same time.

7 to 9 are the installation state, the operation state and the main part plan view of the mouth and flexure apparatus of the present invention, the shaft is connected to the plate 12 on both sides and the rotating shaft 9 connected by the motor M1 and the chain 35 ) And a rack gear 10 engaged with the pinion gear 11 at both ends of the rotary shaft 9 to move the mouth and the bending device 3 up and down, and the rack gear 10 meshed with the rack gear 10. And a pinion gear 11 fixed to the support plate 18 supported by the moving plate 15 and a moving screw 16 which is axially fixed at the lower end of the moving plate 15 and evenly spreads or bends the granulated raw material. And a motor M2 for rotating the transfer screw 16 on the pipe 34 supporting both sides to the center of the movable plate 15, and then rotatably connected to the chain 36. Protruding molded guide helper (14) to help move up and down on both sides of (15).

And fixed to one side of the moving screw 16 and protrudes from the bottom to a certain height screwed to fix the scraper (17) to help the entrance and outflow of the raw material and to the air feeder (7) to one side of the rotating shaft (9) Receiving the raw material from the cyclone (19) to be discharged onto the imperial plate 23 is fixed.

In the present invention having such a configuration, the raw material supplied to the steamer 4 is ripened at a vapor temperature of 95 ° -98 ° C., and then the raw materials are evenly mixed in the mixer 5 and supplied to the cooler 6, and then 40-45. It is cooled to ℃ and is transferred to the cyclone 19 of the imperial chamber 1 through the hose (7a) by the air feeder (7) and supplies the raw material to the imperial plate (23) As shown in FIG. 8, when the rotary shaft 9 is rotated by the chain 35 by applying power to the motor M1, the rack gears 10 on both sides of the rotary shaft 9 are rotated and engaged with the pinion gear. 11 is rotated and raised.

Along with this, the pipe 34 and the moving screw 16 fixed to the moving plate 15 are raised.

That is, as the pinion gear 11 is directly raised by the rack gear 10 rotated with the rotation of the rotary shaft 9, the mouth and the bending device 3 are raised. At this time, the mouth and the bending device 3 are Since the moving plate 15 is fixed to the moving plate 15 and the guide protrusion 14 guides the moving plate 15, it is possible to directly rise.

And the rise of the mouth, the bending device (3) is different depending on the amount of the raw material to be granulated, when the raw material of 3ton-5ton is raised by about 25-30cm, and moved up by the amount of increase is cut off the power of the motor (M1) Stop in the state.

When power is supplied to the motor M2 and the motor M of the stirring device 2, the moving screw 16 is rotated by the chain 36 of the motor M2, and the stirring device (M) is driven by the motor M. As 2) is rotated, the raw material grained by the cyclone 19 is moved in the direction A in FIG. 7 according to the rotational direction of the moving screw 16 and the plate 12 is moved at one end of the imperial chamber 1. It is started to spread the raw material as much as the moving screw 16 is raised to the floor.

That is, in the state in which the inlet and outlet apparatus 3 is raised, the agitator and inlet and outlet apparatus 2 and 3 are gradually moved to one side by the chain rail 25 by the motor M of the stirring apparatus 2. When the raw material is supplied to only one place from the cyclone 19 and is piled up above a certain height to reach the moving screw 16, the raw material is moved in the A direction by the moving screw 16 and installed at the rear of the moving screw 16. The scraper 17 accumulates raw materials on the imperial chamber 23 at a constant height.

Here, the stirring, mouth, and bending device (2) (3) is moved simultaneously by the plate 12, the movement is provided by the guide frame 31 and the moving speed is the height of the raw material supply and the accumulation on the imperial plate (23) It depends on.

After the supply of raw materials is completed in this way, the motor M2 of the inlet and outlet apparatus 2 is stopped, and the stirring apparatus 2 is continuously moved to the left and right to disturb the raw materials so that aging is performed properly. The air conditioner 60 is operated and the heating coil 21 of the ceiling maintains a constant temperature and a constant temperature of 30-34 ° C. and a humidity of 90% or more, and performs agitation for 48 hours continuously so that the aging is done properly. Since it requires a large amount of oxygen (90% or more) in order to grow the fungus bacteria in the raw material has the effect of lowering the internal temperature by the refrigerator (43) and if the outside air is high Temperature control is facilitated by allowing the cold wind to pass through the spray, and internal air and external air by the inlet port 41 and the oxygen supply port 42 of the air conditioner 60. This will be written with the adjusted proportionally.

And the green duct 24 normally blocks the exterior and the imperial chamber 1, and when the outside air is supplied to the imperial chamber 1 through the oxygen supply port 42, it is painted by the air expansion of the imperial chamber 1. The duct 24 is opened and discharged to the outside, thereby preventing the use of condensate.

In addition, when the manufacturing of the ladle which is the raw material of the longevity is completed, power is applied to the motor M2 of the inlet and outlet apparatus 3 to rotate the moving screw 16 by the chain 36 and open the door 50 on one side. Then, it is moved by the stirring device (2) and the raw material is transferred to the B direction of Fig. 7 by the reverse rotation of the transfer screw 16 is discharged through the door (2) and then discharged to the outside by the belt cone (51) It is automatically transferred to the mixing chamber by the air feeder. When the motor M1 of the inlet / outlet device 3 is rotated in reverse, the movable screw 16 is moved downward by the rack gear 10 and the pinion gear 11 and the plate ( The stirring, mouth, and bending apparatus 2, 3 moves at a low speed by the low speed movement of 12), and the raw material is moved to the door 50 side (B direction) by the moving screw 16, and the scraper 17 All residues on the imperial plate 23 can be moved.

As described above, the present invention prevents condensation by heating coils and stainless finishes of the ceiling, and facilitates temperature control by allowing cold air to pass by mist spraying using a freezer in an air conditioner. To prevent the condensate by preventing the air from being opened by the expansion of the indoor air when supplying the outside air.

In addition, the present invention can automatically perform all the operations of stirring and mouth and mouth of the raw material in the imperial chamber, thus preventing the shock of the raw material when the extraction apparatus is removed from the conventional imperial chamber, controlling the temperature and humidity is easy and stirring and By installing the inlet and outlet unit integrally, not only the installation cost and power consumption are reduced but also the effect of evenly spreading the raw material on the imperial plate without moving the cyclone by the up and down transfer of the inlet and outlet unit.

Claims (1)

In the imperial machine in which a stirring device 2 having a chain rail 25 and a stirring roller 8 on both sides of the impingement plate 23 and a conveying device having a conveying screw 16 are conveyed on the chail rail 25, The stirrer 2 having a plurality of stirring rollers 8 and the mouth and flexure device 3 having the moving screw 16 are integrally fixed to one plate 12 and are axially installed on the plate 12. Rotating shaft 9 having a rack gear 10 for moving the moving screw 16 up and down at both ends, and is engaged with the rack gear 10 and is fixed to the support plate 18 on the moving plate 15 The pinion gear 11 to be moved up and down, and the pinion gear 11 and the moving screw 16 to be fixed and guided by the guide protrusion 14 of the plate 12 to provide up and down movement. It is fixed to the plate 15 and the lower end of the moving plate 15 and is rotated forward and backward by the chain 36 of the motor M2 An agitator, agitating and bending apparatus of the imperial machine comprising a moving screw (16) for inputting and bending raw materials, and a scraper (17) fixed to one side of the moving screw (16) to control the input and output of the raw materials.

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