KR20120100104A - Cultivator for effective micro-organisms - Google Patents

Abstract

PURPOSE: A useful microorganism cultivator is provided to cultivate uniform quality useful microorganisms by mixing and agitating at optimal time. CONSTITUTION: A useful microorganism cultivator comprises a cultivating tank, a heating insulator, a finishing material(10b), a temperature sensing system, a temperature controlling system which sets and controls the temperature using a tank temperature controlling box(20), a device including pipes, curved pipes, a pumping time controlling box(40), and a pumping time controlling system. The heating coil is tied around the floor or at the lower side of the cultivating tank in order to heat and maintain the temperature of the cultivating tank. The heating insulator and the finishing material are installed at the exterior part of the tank. The temperature sensing system is installed in the middle part of the inner tank to check the temperature. The device including pipes can transfer molasse in gel-type or having viscosity(sugar water, waste water left over from washing rice, liquid animal and plant, useful microorganism circle bacteria) to the tank by using a hopper(52), a gear pump which is a special pump(51) or a mono pump. One of the curved pipe piping is installed at the lower corner or at the lower side of the inner tank and the other curved pipe is installed in the middle side of the inner tank to mix the transferred materials. [Reference numerals] (AA) Agitating pump; (BB) Mixing pump

Description

Cultivator for effective micro-organisms}

The present invention is a device for culturing effective micro-organisms, water and molasses (sugar water, rice water, liquid homologous plants, etc.) in the microbial probiotics method of mixing and stirring and heating and maintaining a suitable temperature and culturing In particular, the quality of the useful microorganisms, depending on the culture state of the useful microorganisms and the system in which molasses (sugar water, rice water, liquid plants, etc.) is perfectly mixed with water, and can be effectively stirred at the appropriate time, It is in a temperature control system that can maintain

Therefore, in the conventional technology, an impeller or a bar is put inside a tank, and a large-capacity motor rotates and mixes and stirs the power, resulting in high power consumption and frequent failure due to overload. It is located so that it is difficult to repair and replace. In addition, the conventional technique for heating and maintaining the temperature of the culture medium, the heating coil or heating rod having a surface temperature of about 200 ~ 600 degrees directly by heating the culture medium, a phenomenon that the useful microorganisms are exposed to high temperatures, carbonization occurs, Foreign matter is attached and coated on the heating coil or the heating rod causes a failure due to overheating, shortening the lifespan.

KR 100930596 Integral incubator for propagation and supply of useful microorganisms KR 100880825 Microbial incubator KR 100604095 Microbial incubator

Accordingly, the present invention is to solve the above problems, to minimize the loss of useful microorganisms, and to facilitate the management, after heating the water in an indirect manner; Transfer of gels or viscous substances such as useful microorganisms and molasses (sugar water, rice water, liquid plants and the like) into tanks using special pumps capable of transferring them; By mixing and stirring; Optimal useful microorganisms are cultured.

In order to achieve the above object, the present invention, the heating of the water filled in the tank is wound in an indirect manner by winding the coil outside the tank, heating only when the culture medium in the tank is at an appropriate level (70% or more of the tank maximum). A safety device is installed in the temperature control system, and the temperature control system installs a temperature sensor in the middle of the tank, and displays the current temperature and the set temperature simultaneously on the instrument panel of the digital temperature controller. When the temperature reaches the set temperature, it can be turned off automatically.

To the warmed water, special pumps such as gear pumps or mono pumps, which can transfer gels or viscous substances such as useful microorganisms and molasses (sugar water, rice water, liquid homologous plants), can be transferred through the hopper. To be able.

Mixing and stirring are solved by the principle of rotation, shaking and spraying of the culture medium using a pump, a pipe and an accessory, and a mixing pump and a stirring pump are respectively installed to freely set a desired operating time and waiting time in minutes for 24 hours. Set up the pump time adjustment system with the settings available, AUTO and MENU and ON and OFF buttons respectively.

Insulation and finishing materials should be installed outside the tank to minimize heat loss.

As described above, the present invention reduces the installation cost by mixing and stirring the culture solution using the pipes and the accessories of the pump and the mixing of the moving pipe and the high-pressure jet instead of the existing cumbersome large impeller or the rotating plate. It has a low power consumption, easy to repair and replace, and the inside of the tank can be easily cleaned.

In addition, by using the indirect heating method for the proper temperature required for cultivation to prevent deterioration of quality due to carbonization of useful microorganisms, the coil is not directly exposed to the culture medium while warming, can expect a semi-permanent life of the heating coil, When operating the pump or warming the culture medium, each control system has a convenient function to continuously operate automatically with one setting.

1 is a view showing the overall configuration of the useful microorganism incubator according to the present invention.
Figure 2 is a cross-sectional detail representation of the flow of the culture solution for mixing and stirring the useful microorganism incubator according to the present invention.
Figure 3 is a detailed view of the agitation-only useful microorganisms in accordance with the present invention.
Figure 4 is a detailed view of the temperature control facility of the useful microorganism incubator according to the present invention.
5 is a detailed view of a check valve for automatic intake and exhaust of a tank, in accordance with the present invention.
Figure 6 is a detailed view of the injector for cleaning and water supply according to the present invention.
Figure 7 is a detailed view of the upper and lower stirring pipe of the useful microorganism incubator according to the present invention.
8 is a detailed view of the upper and lower mixing pipe of the useful microorganism incubator according to the present invention.
9 is a detailed view of a special pump and hopper according to the present invention.
<Description of the code used for the main part of the drawing>
10: tank 10a: thermal insulation
10b: Finish outside tank 11: Tank lid
12: Cleaning and water supply pipe and injector 20: Tank temperature control box
20a: AUTO, manual lever 20b: ON button
20c: OFF button 21: Heating coil
21a: heating coil power supply line 22: temperature sensor
22a: temperature sensor power supply line 23: digital temperature controller
30-40: Pump time adjustment box 30a: Automatic (AUTO) or manual (MENU)
lever
30b: ON button of stirring 30c: OFF button of stirring
30d: Stirring power line 31: Stirring pump
32a: Top of the agitation pipe of the tank 32a: Top of the agitation pipe of the tank
40a: AUTO and MANUAL levers for mixing 40B: ON button for mixing
40c: Mixed OFF button 40d: Mixed power line
41: mixing pump 42a: upper part of the mixing pipe of the tank
42b: bottom of mixed piping
50: Gear pump (mono-pump) power box 50a: ON button
50b: OFF button 50d: power line
51: special pump (gear pump, mono pump, etc.) 52: hopper (square, round)
53: Upper hopper piping line 60: Automatic suction check valve
65: Automatic suction and exhaust piping 70: Automatic exhaust check valve
80: drain pipe 90: discharge pipe

Hereinafter, with reference to the accompanying drawings, a detailed configuration and operation of the present invention will be described.

1 is a facility for culturing effective micro-organisms to which the technique of the present invention is applied,

The material of the tank 10 may be capable of withstanding water pressure, and the lid 11 of the tank is completely sealed.

The automatic exhaust check valve 70 is installed so that the gas generated during the cultivation, the bubbles generated during mixing and stirring, or the water exceeding an appropriate amount are all automatically discharged and automatically shut off (closed) immediately after the discharge; In addition, when discharging and draining the contents, such as the culture medium in the tank, in order to solve the vacuum state, the automatic suction check valve 60 is installed so that the automatic suction and at the same time automatically shut off (closed) after suction; However, the automatic suction check valve and the automatic discharge check valve should use pipes 65 and check valves 60 and 70 that are 1.2 to 2 times larger than the diameter of the water supply pipe 12.

The water filled through the water supply pipe 12, the coil winding 21 on the bottom or side of the outer side of the tank of the indirect heating method to increase the thermal efficiency, install the heat insulating material (10a) and the finishing material (10b); The temperature control system 20 is installed in the tank by an ottoman method or an electrode method, and provides a safety device that enables the heating to be operated only when the water level is at an appropriate level (70% or more of the tank's highest level). The sensor 22 is installed, and the present temperature and the set temperature are displayed on the digital temperature controller 23 at the same time. When the present temperature (the tank internal temperature) reaches the set temperature, it is automatically switched off (20c). When the current temperature is lower than the set temperature, it is automatically activated (heated) and turned on (20b).

Intra-tank transfer of useful microbial bacteria and molasses (sugar water, rice water, liquid homologous plants) is gel or viscous, and therefore, through the hopper 52 using gear pumps or mono pumps, which are special pumps 51, Transfer.

Mixing of useful microbial bacteria and molasses (sugar water, rice water, liquid homologous plants, etc.) transferred to the hot water through a special pump is a curved pipe 42b installed in the lower corner of the tank or the lower side of the tank via the pump 41 and the tank. The curved pipes 42a provided in the middle portion of the lateral side are piped in a horizontal direction staggered with each other, and rotated at a high speed in one horizontal direction so that the suspended solids are uniformly mixed without sedimentation; In addition, the stirring is sucked into the pump 31 from the tank lower portion 32b through the pipe, and then sprayed into the pipe equipped with the injection device 32a on the tank, so that the culture solution is evenly stirred; Therefore, the pump operation time control system 30-40 for mixing, stirring, and stirring 31, respectively, as the culture medium rotates, moves up and down, and pressurizes each of the desired pump operation time and standby time in minutes of a 24-hour timer. Functions to set freely, and to enable (40b, 30b) and off (40c, 30c) of the automatic and manual (40a, 30a).

However, when culturing in large quantities, as shown in FIG. 3, the entire facility of FIG. 1 is used as a dedicated facility for mixing, stirring, and warming, and the resultant is transferred to a transfer pump, and the pumping time control system of the mixing pump and special It is incubated with a useful microorganism incubator exclusively for agitation, which is matured while incubating with an incubator (including a temperature control system and agitation function for warming and warming), excluding a pump and a hopper function.

Completed culture solution is discharged through the discharge port 90, the water cleaned in the tank is drained to the drain port 80, and install a level indicator to check the level of the other culture solution.

Claims (6)

In a culture tank in which useful microorganisms are cultured,
In order to maintain the temperature and temperature of the culture tank, the heating coil 21 is wound around the bottom or side of the outside of the tank, and the heat insulating material 10a and the finishing material 10b are installed on the outside of the tank, and the temperature in the middle portion of the tank. A temperature control system for setting and regulating the temperature with a tank temperature control box 20 in which a detector 22 is installed to check a temperature and a digital temperature controller 23 is installed;
Using the hopper 52 and the special pump 51, a gear pump or a mono pump as described above, transfers molasses (sugar water, rice water, liquid homologous plants, useful microbial bacteria, etc.) having a gel form or viscosity to the tank. Devices, including piping, capable of;
In order to mix the conveyed materials, the pipes 42b installed in the lower corner or lower side of the tank and the pipes 42a installed in the intermediate side of the tank are piped in the horizontal direction. Transfer to the pump through a high-speed rotation in one horizontal direction, the method of mixing, the pump time control box 40 with a 24-hour timer to enable the pump to run in the desired waiting time and operating time Pump timing control system to set and adjust;
In order to agitate after mixing the transferred material, it is sucked into the pipe (32b) of the lower part of the tank, and transferred to the pipe of the upper tank through the pump, and sprayed to the injector (32a) installed at the end of the pipe and stirred, the desired atmosphere A pump time adjustment box 30 including a timer for 24 hours which allows the pump to be operated at a time and an operation time;
Useful microorganism incubator comprising a. The automatic exhaust check valve (70) of claim 1, wherein the automatic exhaust check valve (70) is installed so that the gas generated during the culturing, the bubbles generated during the mixing and stirring, or the water exceeding an appropriate amount can be automatically discharged and automatically shut off (closed) after the discharge. )Wow; When discharging and draining the contents in the tank, in order to solve the vacuum state, the automatic suction check valve 60 is installed so that it can be automatically sucked and automatically closed (closed) after suction; Useful microorganism incubator characterized in that installed in one pipe (65) horizontally and vertically. 2. The safety device according to claim 1, wherein the temperature control system is a safety device which allows the heating to be performed only when the operation (heating) operation is installed inside the tank by an ottoman method or other method so as to be at a proper level (70% or more of the tank maximum level). The present temperature and the set temperature are displayed on the digital temperature controller 23 at the same time.When the present temperature (inside tank temperature) reaches the set temperature, it is automatically switched off (20c), and the present temperature is set to the set temperature. A useful microbial incubator with a function that, when lower, automatically turns on (heats) and lights on (20b). The pump time control system for mixing according to claim 1, wherein the pump time control system for mixing has a function of freely setting the desired operating time and waiting time of the pump by the 24-hour timer, and turning on the automatic and manual 40a on each of the outer surfaces. (40b) and the off time (40c) is a pump time control box (40) with a button installed to function, useful microbial incubator with the function to set and adjust. The pump time control system for agitation according to claim 1, wherein the pump time control system for agitation has a function of freely setting the desired operating time and waiting time of the pump by a 24-hour timer, and turning on the automatic and manual operation 30a on each of the outer surfaces. A useful microbial incubator having a function of setting and adjusting the pump time control box (30) provided with buttons to function (30b) and off (30c). In particular, when culturing in large quantities, as shown in Figure 3, the entire facility of Figure 1 as a dedicated facility for mixing, stirring and warming, and transfers the result to a transfer pump, pumping time control system of the mixing pump and special A useful microorganism incubator for agitation, which is matured while incubating with an incubator (including a temperature control system and agitation function for warming and warming), excluding a pump and a hopper function.

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