KR950007162B1 - Ferment organic compound's apparatus - Google Patents

Abstract

A fermentation chamber(3) having an air injection nozzle and axilly mounted a stirring axle(4) of organic wastes is installed in a side of a stirrer(1). A driven sprocket(13) is installed in a side of the stirring axle(4), and rotated axilly mounting support bearings(5)(5') in the both sides. A duct(8) is installed in a side of the stirring axle, and a blower(9), a heater(10) and a thermal sensor(11) and the heater(10) are connected to a temperature controller(12). A rotating pully(16) of a reduction gear(15) drives the driven sprocket(13) of the stirring axle(4) by a belt(17).

Description

Organic Waste Housing Device

1 is a front view of the stirrer to which the present invention is applied.

2 is a side view of the present invention.

Figure 3 is a schematic front view to explain the air supply and temperature control of the present invention.

4 is a side view showing a rotating state of the bath tub of the present invention, a is a state diagram to put the organic waste into the bath, and b is a state diagram when the discharge process after completion of the housing.

* Explanation of symbols for main parts of the drawings

1: stirrer 2: expect

3: buoyant bath 4: stirring shaft

5,5 ′: Support bearing 6: Air discharge ball

7: stirring rod 8: duct

9: brower 10: heater

11: temperature sensor 12: temperature controller

13: driven sprocket 14: stirring motor

15: reducer 16: rotary pulley

17: belt

The present invention relates to an organic waste precipitating apparatus which makes it possible to stir organic wastes (pig meal, milk powder, chicken flour, etc.) in a short time and to easily add or discharge organic wastes into the chamber. will be.

In general, the conventional organic waste housing device is fixed to the chamber integrally to the base, but in the chamber (chamber) and a rotatable paddle type shaft (Peddle Type Shaft), and a built-in heater for maintaining a constant temperature It relies on a device that heats outside and blows into the chamber.

However, the above-described housing device is a barrier to the systemization in which a lot of labor and manpower is wasted in the input and discharge of organic waste because the chamber is fixed integrally to the expectation. B. It is difficult to meet the optimal housing conditions according to the types of housing objects, and not only the housing efficiency is lowered but also the excessive consumption of energy causes the problems of excessive operating costs.

The present invention has been made to solve the above-mentioned conventional drawbacks and problems, and for the purpose of the present invention is to facilitate the input and discharge of organic waste as the object of home-use by installing a bathing house rotatable to expectations. In other words, the hot air suitable for the optimal housing conditions is inputted according to the type of organic waste in the housing tank, which shortens the housing time and reduces the power consumption.

When described in detail by the accompanying drawings the present invention that can achieve the above object is as follows.

1 is a front view of a stirrer to which the present invention is applied, and 1 is a stirrer capable of stirring and mixing organic waste (pig meal, milk powder, chicken flour, etc.).

The stirrer (1) is installed on the one side of the base (2), the auxiliaries (3) in which the stirring shaft (4) has been installed, but on one side of the stirring shaft (4) support bearings on both sides with the driven sprocket (13) installed (5) and (5 ') are laid out and installed in a state with rotating means.

At this time, as shown in FIG. 3, a plurality of air discharge holes 6 are formed on the stirring shaft 4 so as to supply air (oxygen) necessary for early maturation of organic waste, and a plurality of stirring rods are formed on the outer periphery ( 7) was installed radially.

Then, the one side of the stirring shaft (4) is installed, but the end of the duct (8) is equipped with a heater (9) integral heater (10), the temperature sensor 11 on the discharge side of the duct (8) After attaching, the temperature sensor 11 and the heater 10 are connected to the temperature controller 12.

At this time, the temperature controller 12 adopts a temperature setting mode method for maintaining the temperature for each object of the organic waste by measuring the temperature in the auxiliary bath (3).

Then, as shown in FIGS. 1 and 2, the other side of the base 2 is equipped with an agitator motor 14 equipped with a reducer 15 so as to rotate the agitator shaft 4 of the reducer 15. It is made by connecting the rotary pulley 16 and the driven sprocket 13 of the stirring shaft 4 with the belt 17.

At this time, the operation of the stirring motor 14 is preferably repeated forward or reverse rotation.

According to the present invention configured as described above, the auxiliary bath 3 installed on the base 2 in a state in which the rotor is limited to one side of the stirrer 1 is opened with the opening facing upward as shown in FIG. 4A. Organic waste is simply put into the container by a separate injector (not shown).

At this time, the operator sets the operation mode of the temperature controller according to the type of the organic waste.

Then, when the stirring motor 14 is operated, the stirring motor 14 drives the driven sprocket 13 by the belt 17 while the rotary pulley 16 decelerated by the reducer 15 is rotated while the stirring shaft ( Rotate 4).

As described above, when the stirring shaft 4 is rotated, the stirring rod 7 radially installed at the outer circumference of the stirring shaft 4 is rotated to stir evenly the organic waste introduced into the bath 3 evenly.

In addition, the temperature sensor 11 senses the temperature in the submersible tank 3 by the set temperature adopting method set for each organic waste object in the submersible tank 3 in accordance with the organic waste pumice temperature. Instruct on.

Then, the temperature controller 12 operates the heater 10 to suit the temperature of the bath. And the heat generated by the operation of the heater (10) is heated by the brower (9) integrally installed on the rear side of the heater (10) while passing through the duct (8) to the stirring shaft (4) while the stirring shaft (4) ) Through the air discharge hole (6) perforated a plurality of evenly distributed to the organic waste to further increase the housing efficiency.

At this time, the inside temperature of the auxiliary bath 3 is controlled by the temperature of the supply air, and the temperature of the supply air to prevent the microorganisms (microorganisms that decompose organic matter) in the auxiliary bath 3 to be killed by the superheated air. Does not rise above the proper range.

And the stirring rod in which organic wastes are radially built up on the stirring shaft 4 while the organic wastes are introduced into the warm air or outside air by the temperature controller 12 in the above-described housing tank 3 by introducing air of warm air or outside air. After the premature mating is completed by (7), as shown in FIG. 3b, when the upper side of the mating tub 3 is grasped and pulled from the base 2, the mating tub 3 flows toward the side or the bottom of the mating organic substance. It is easy to discharge fertilizer.

At this time, the auxiliary bath (3) is easily rotated on the base (2) by the stirring shaft (4) is to facilitate the discharge operation.

As described above, the stirrer of the stirrer is installed on one side of the rotator so that the input and discharge of organic wastes can be easily performed. By installing the air discharge hole which can discharge, it controls the temperature of the warm air and the outside air according to the temperature inside the decommissioning tank, and the organic waste can be removed evenly by diminishing organic waste evenly by rotating the stirring rod by the rotation of the stirring motor. You can get rid of it quickly.

Claims (4)

One side of the base 2 of the stirrer 1 is provided with an air simmering tank 3 in which a stirring shaft 4 having air discharging means and an agitating means of organic waste is installed, and a driven sprocket 13) is installed so that the support bearings (5) (5 ') on both sides in the installed state to rotate and install the duct (8) on one side of the stirring shaft (4), the end of the duct (8), After installing the integrated heater 10 and the temperature sensor 11 at the inlet side, the temperature sensor 11 and the heater 10 are connected to the temperature controller 12 and the reducer (15) on the other side. Organic waste, characterized in that it is connected to the rotating pulley 16 of the reducer 15 and the driven sprocket 13 of the stirring shaft 4 by a belt 17 after mounting the stirring motor 14 attached thereto. Housing device. The method of claim 1, wherein the air discharging means is characterized in that a plurality of air discharge holes (6) formed in the stirring shaft (4) so that the warm air and the outside air can be introduced by the brower (9). Organic Waste Housing Unit. According to claim 1, wherein the stirring means is organic waste housing device, characterized in that a plurality of stirring rods (7) radially installed on the stirring shaft (4) to uniformly stir the organic waste. The method of claim 1, wherein the stirring motor (14) organic waste disposal apparatus, characterized in that to be able to repeat the forward and reverse rotation.