KR100413367B1 - System for rice box combined with Kimchi refrigerator - Google Patents

Abstract

In the present invention, the outer circumferential wall is filled with a heat insulating material, the center is partitioned to store kimchi in one kimchi storage compartment of the main body having a pair of storage compartments, the kimchi refrigerator combined rice barrel to store grain (rice) in the other rice storage compartment, respectively About the system,

The present invention includes a main body having a pair of storage compartments; The outer circumferential wall of the kimchi storage chamber of the pair of storage chambers has an evaporator, a condenser for cooling a refrigerant to maintain the inside of the storage chamber at a low temperature, a heater for heating one kimchi storage chamber when the kimchi is aged, and a first temperature sensor for detecting an internal temperature. Wow; Compressor is driven in the storage of kimchi at the lower rear of the kimchi storage chamber, the other rice storage chamber of the pair of storage chambers are configured to be downwardly gradient around the discharge port formed in the lower center, the cold air introduced from the kimchi storage chamber A second temperature sensor installed on an inner circumferential wall of the other side rice storage chamber to sense an internal temperature; A humidity sensor for detecting internal humidity formed by the cold air; A moisture sensor for sensing a water content state of the rice formed due to the cold air; In order to measure the remaining amount of rice to configure the weight sensor mounted on the inside of the other rice storage room without using a spring, the outer wall where the other rice storage room and the kimchi storage room is partitioned to supply and block the cold air passage and low temperature cold air Damper; A cold air storage unit for storing cold air; A meter that is disposed between the outlet and the solenoid to measure rice discharge and uses elasticity of the spring; It is characterized by having a storage receiving.

Description

System for rice box combined with Kimchi refrigerator}

The present invention relates to a kimchi refrigerator combined rice container system, and more specifically, the outer peripheral wall is filled with a heat insulating material, the center is partitioned to store kimchi in one kimchi storage room of the main body having a pair of storage rooms, grains in the other rice storage room It relates to a Kimchi refrigerator combined rice pail system that can store (rice) each.

In general, Kimchi refrigerator fermented and aged soaked kimchi mechanically to suit the taste of the user, this aged kimchi is a device to maintain a long-lasting taste by storing for a long time, the kimchi refrigerator is filled with kimchi Fermentation aging by heating the storage room with a heater, and when this aging is completed, the temperature of the storage room is kept at a low temperature in a refrigerant cycle to suppress fermentation and ripening of kimchi so that the user can eat and store the desired kimchi taste for a long time. It is.

As such, the kimchi refrigerator may exert an excellent effect in the case of kimjang which is stored for a long time, but in the summer season when the kimchi is soaked in a small amount frequently, there is a problem in that the utilization efficiency of the storage room is reduced.

Therefore, in order to increase the use efficiency of the kimchi refrigerator in the summer at home, it is often used while storing vegetables and grains (rice) in the storage room in addition to the original function of the kimchi refrigerator.

However, when storing vegetables and grains (rice) in the kimchi refrigerator as described above, since the grains (rice) are simply stored at a relatively low temperature, is there a case where grains (rice) containing a predetermined moisture are frozen? When the quality of the grains and the rice taste are impaired, in order to take out the stored grains (rice), in addition to the inconvenience of having to open and close the upper door one by one, the stored grains (rice) due to the temperature deviation caused by opening and closing the door. There is a problem that the deterioration occurs in the case of the winter season when kimchi is a lot even had a problem that can not be used.

Therefore, since long time ago, general households have set up a separate rice canister to store and store rice, but it is used to store and store rice, but most of them do not have a device that can control temperature and humidity, which affects the temperature and humidity of the surrounding environment. In fact, the situation has not been able to control.

Therefore, the rice should be stored under an environment having an appropriate temperature and humidity, so that no deterioration occurs and rice worms can be stored for a long time and rice can be maintained.

That is why it is important to maintain good temperature and humidity in rice storage and storage. In other words, the optimal preservation environment of the rice is a temperature of 10 to 15 ℃, the conditions that can maintain the moisture of the rice at about 13 to 15% at a humidity of 70 to 75%.

So, according to Korean Patent Application Laid-Open No. 1999-003920 (name: cold-cold rice container device) recently, unlike a rice barrel which is not equipped with general temperature and humidity control, in order to maintain the optimal rice preservation environment, A rice holding container; Measuring means for measuring a predetermined amount of rice stored in the rice storage container; Cooling dehumidification means for cooling and dehumidifying the air of the rice storage container; By circulating means for circulating the cold air dehumidified by the cooling dehumidifying means between the cooling dehumidifying means and the rice storage means container, by cooling the air of the rice storage container containing the rice with the cooling means, dehumidification control by the dehumidifying means, There is a thing to store and store the rice in the cooling dry air is moisture is removed, the case of the rice barrel is only one use for storing and storing only simple rice, there is a problem that the efficiency in use is lowered.

In addition, according to Korean Patent Laid-Open Publication No. 1997-074812 (name: rice tank for controlling insect repellent and micro-conditioning with a cooling device), rice storage container for receiving and storing rice; A cooling device and a cold air supply device for generating and supplying cold air to the rice storage container; A cold air discharge pipe for discharging cold air to the outside in the rice storage space; A moisture content controller for controlling moisture in a predetermined amount of moisture and stored rice in the rice storage container; A water detection sensor for detecting a water content in the rice storage container; A grain temperature sensor for detecting a temperature change of rice stored in a rice storage container; The rice storage container is configured as a control unit for controlling the moisture and the grain temperature of the rice, but in the case of the rice barrel is configured to store moisture while supplying water to the rice by providing a moisture regulator in addition to the cooling device for controlling the temperature of the stored rice In addition to the complexity of the storage device configuration, this also has limitations for use in applications other than rice barrels.

As described above, conventionally, only one function of the kimchi refrigerator or the rice bucket is performed, and in order to store and store kimchi and rice in a general home, the economic burden of having two devices, as well as the amount of soaking kimchi recently In the era of newlyweds or nuclear families, which are small and consume less rice, having the two devices each has a problem that the efficiency is greatly reduced in terms of use as well as economic loss.

Thus, according to the Republic of Korea Utility Model Application No. 1999-029557 (name: Kimchi refrigerator equipped with a rice container), the main body is provided with an opening and closing the lower side is formed in the inlet, outlet, the removable container is fitted; An intermediate wall partitioning the inside of the main body into a machine room and a storage room, the intermediate wall being inclined downward toward the front side and having an opening sealed by a cover member; A funnel-shaped discharge port provided below the opening so as to face the upper side of the container and having a blocking member for discharging and blocking contents; It is installed on the lower outside of the main body corresponding to the discharge port and configured to selectively operate the blocking member, so that it is used to store and store kimchi and rice in one storage room, but in the case of the kimchi refrigerator When the smell of kimchi matured inside is cut into the stored rice, the rice is stored and stored at a temperature for storing the kimchi, and thus the rice is stored at a relatively low temperature. I had a problem that was degraded.

Therefore, an object of the present invention is to use one kimchi storage chamber of the main body equipped with a pair of storage chambers as a kimchi refrigerator to cool and air to cool the kimchi in a refrigerant cycle, the other rice storage chamber is optimal as a cold chill of the one side kimchi storage chamber By maintaining the storage environment to be used as a rice container for storing and storing rice, it is possible to use a kimchi refrigerator and a rice container as a single device.

In order to realize the above object, the present invention provides a main body having a pair of storage rooms in which the outer circumferential wall is filled with a heat insulating material, and a different kind of storage is separated and accommodated above the center; A door to open and close the pair of storage compartments; A control unit for selecting and displaying a temperature condition of a stored product on an upper front surface of the main body, and a display panel and a microcomputer; The outer circumferential wall of the kimchi storage chamber of the pair of storage chambers includes an evaporator for cooling the inside of the storage chamber, a condenser for condensing refrigerant, and a heater for heating one side of the kimchi storage chamber when the kimchi is matured. A first temperature sensor for detecting; The lower portion of the rear side of the kimchi storage chamber is driven at the time of storage of kimchi, and consists of a compressor for compressing the refrigerant of the evaporator. The second rice storage chamber of the pair of storage chambers are configured to be downwardly graded around the outlet formed in the lower center, and installed on the inner circumferential wall of the other rice storage chamber using cold air introduced from the one kimchi storage chamber to sense an internal temperature. A temperature sensor; A humidity sensor for detecting internal humidity formed by the cold air; A moisture sensor for sensing a water content state of the rice formed due to the cold air; A weight sensor mounted inside the other rice storage chamber without using a spring to measure the remaining amount of rice, and a cold air passage in the outer circumferential wall in which the other rice storage chamber and the kimchi storage chamber are partitioned; A damper for supplying and blocking low temperature cold air; The outer circumferential wall of the other side rice storage chamber comprises a cold air storage unit for storing the cold air supplied from the damper, and a spring is disposed between the discharge port and the solenoid to measure the amount of rice discharged and provided with a meter and a storage receiver to use the spring elasticity. It is characterized by that.

Another invention for realizing the above object is to set the maturation and storage conditions in the storage stored in one kimchi storage room of a pair of storage rooms, and to drive the ripening by driving the heater according to the input conditions, and after completion of the aging the compressor Cooling and storing the storage compartment while turning on / off; Grain storage conditions (temperature, humidity, moisture) is set in the other rice storage room during the storage of a pair of storage rooms in the step, and the grains of the other rice storage room while supplying and blocking the cold of the kimchi storage room on one side under the set input conditions. Characterized in that the step of storing.

1 is a perspective view of the present invention kimchi refrigerator combined rice container system

Figure 2 is a longitudinal cross-sectional view of the present invention kimchi refrigerator combined rice container system

3 is a control block diagram of the present invention kimchi refrigerator combined rice container system

Figure 4 is a flow chart for the kimchi refrigerator combined rice container system of the present invention

* Explanation of symbols for the main parts of the drawings *

200; Kimchi storage room 201; door

211; Evaporator 212; Condenser

213; Heater 214; First temperature sensor

215; Compressor 250; Rice storage room on the other side

251; Outlet 252; Frost Pass

253; Second temperature sensor 254; Humidity sensor

255; Moisture sensor 256; Weight sensor

257; Damper 260; Cold Storage

271; Solenoid 272; Gauge

273; Measuring plate 274; spring

300; Main body 320; Reservoir

320; Control

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view of the present invention Kimchi refrigerator combined rice barrel system, Figure 2 is a longitudinal cross-sectional view of the kimchi refrigerator combined rice barrel system of the present invention, the outer circumferential wall is filled with a heat insulating material, and a pair of different kinds of storage stored above the compartment is stored A main body 300 having storage compartments 200 and 250 therein; Doors 201 for opening and closing the upper portions of the pair of storage compartments 200 and 250, respectively; A control unit 350 including an operation and a display panel and a microcomputer for selecting and displaying a storage condition of a stored object on an upper front surface of the main body 300; The storage receiver 320 is configured to receive the storage on the other front lower side of the main body 300.

The outer wall of the kimchi storage chamber 200 of the pair of storage chambers 200 and 250 has an evaporator 211 for cooling the inside, a condenser 212 for condensing the refrigerant, and one side of the kimchi storage chamber 200 when the kimchi is aged. Heater 213 is configured to heat, and the inner circumferential wall of the one side kimchi storage chamber 200 is provided with a first temperature sensor 214 for detecting the internal temperature.

A compressor 215 that is driven at the time of storing kimchi and compresses the refrigerant of the evaporator 211 is formed at the lower rear of the kimchi storage chamber 200 on one side.

The other rice storage chamber 250 of the pair of storage chambers 200 and 250 has a discharge port 251 for discharging the stored matter (grains) to the lower portion at the bottom center; The outlet 251 is configured to be sloped downwardly.

A second temperature sensor 253 installed on an inner circumferential wall of the other rice storage room 250 using cold air introduced from the kimchi storage room 200 to sense an internal temperature; A humidity sensor 254 for detecting internal humidity formed by the cold air; A water sensor 255 for detecting a water content state of the rice formed due to the cold air; In order to measure the residual amount of rice to configure the weight sensor 256 mounted inside the other rice storage chamber 250 without using a spring, the weight sensor 256 is located on the outlet 251 side of the storage chamber 250 Will be constructed.

The heat insulating material partitioned between the other rice storage compartment 250 and the one side kimchi storage compartment 200 is formed with a cold air passage 252, the cold air passage 252 has a damper 257 for supplying and blocking cold air is configured. .

A cold air storage unit 260 is configured between the other rice storage chamber 250 and the outer circumferential wall to store cold air supplied from the damper 257 to cool the entire outer circumferential wall of the other rice storage chamber 250.

The discharge port 251 of the other side rice storage chamber 250 comprises a meter 270 for measuring the discharge amount of grain, the meter 270 is a solenoid 271 and driven by the attraction and repulsive action by the electrical signal and ; A measuring plate 273 having a measuring opening 272 for opening and closing the discharge opening 251 by the attraction force and the repulsive force of the solenoid 271; It consists of a spring 274 for holding the measuring plate 273. At this time, the spring 274 is installed between the solenoid 271 and the outlet 251.

3 is a control block diagram of a kimchi refrigerator combined rice container system of the present invention, comprising: an operation panel unit 301 for selectively inputting a temperature condition and a driving condition according to a stored object; A first temperature sensor unit 302 for detecting a temperature state in one kimchi storage room; A second temperature sensor unit 303 for detecting a temperature state in the other rice storage chamber; A humidity sensor unit 304 for detecting a humidity state in the other rice storage chamber; A moisture sensor unit 305 for sensing a moisture state of the storage; A weight sensor unit 306 mounted inside the other rice storage chamber without using a spring to measure the remaining amount of rice; A microcomputer 307 for arithmetic control of a signal input from the operation panel unit 301 and a sensor unit by a predetermined program and outputting the controlled signal; A display unit 308 for displaying an output state by a control signal output from the microcomputer 307; A heater unit 309 for heating one side of the kimchi storage chamber by the control signal output from the microcomputer 307; A compressor driver 310 cooling one side of the kimchi storage chamber by the control signal output from the microcomputer 307; A damper unit 311 which supplies and blocks cold air while opening and closing by a control signal output from the microcomputer 307; The metering unit 312 for measuring the discharged by the control signal output from the microcomputer 307 is configured.

Figure 4 is a flow chart for the kimchi refrigerator combined rice container system of the present invention, Figure 4 (a) is a flow chart for the kimchi ripening and storage of the kimchi storage room in one side of the kimchi refrigerator combined rice container system, one side kimchi storage room (200) Inputting by setting the ripening and storage conditions in the storage (kimchi) of (401); Determining (402) whether the ripening condition is applied in the step (401); If the ripening condition in step 402, driving the heater to ripen the storage in the heater heat (403); Determining (404) whether the aging is completed in the storage in step (403); If aging is completed in step 404, turning off the heater and driving the compressor to cool the storage compartment to store the stock; Sensing (406) the temperature inside the storage compartment in step (405); Determining (407) whether the temperature sensed in said step (406) is within a range of storage conditions; In step 407, if the sensed temperature is not within the range of the storage condition, the compressor is continuously driven and cooled, and if the sensed temperature is within the range of the storage condition, the operation of the compressor is stopped (408). You lose.

Figure 4 (b) is a flow chart for storing grain in the other rice storage room of the kimchi refrigerator combined rice barrel system, the other rice storage chamber 250 inputs by setting the storage temperature, humidity and moisture conditions for the storage (rice) Step 410; Cooling (411) the storage compartment while opening and closing the damper under the condition set in the step (410); Detecting (412) the temperature, humidity, and moisture state of grain in the storage compartment during cooling in the step (411); Determining (413) whether the temperature sensed in the step (412) is below a set temperature; Determining whether the detected humidity is equal to or lower than the set humidity when the temperature sensed in the step 413 is equal to or lower than the set temperature (414); Determining whether the moisture of the stored matter is greater than or equal to the set moisture when the humidity sensed in the step 414 is less than or equal to the set humidity (415); Closing the damper and storing the stored water when the stored water is equal to or greater than the set water in the step (415); Determining (417) whether a discharge signal of a stored product (rice) is input in step 416; Discharging the stock if the stock discharge signal is input in step 417; Detecting (419) the weight of the residual oil stock after discharge of the stock in step 418; In step 419, a step 420 of displaying the weight detected is performed.

The present invention constituted as described above, first, the storage to be stored in each of the kimchi storage room 200 and the other rice storage room 250 provided in the main body 300 to open the door 201, the one side kimchi storage room ( Kimchi is put in the 200, and the rice is put in the other rice storage chamber 250.

As described above, in the state of putting kimchi and rice, which are stored in the kimchi storage room 200 and the other rice storage room 250, the user inputs the ripening and storage conditions of kimchi to the controller 350. The microcomputer 307 of the controller 350 displays the input condition of the user on the display unit 308 using a preset program. In addition, the present invention has two steps for the determination of kimchi ripening. The first step is a case where another condition is input to the control unit 350 by mistake of the user when the kimchi is continuously aged in the kimchi storage room 200 under the input condition of the user. At this time, the user deletes the above-mentioned other condition entered by mistake by reporting the existing sign displayed on the display unit 308 panel of the control unit 350 on the control unit 350. The first step is a procedure corresponding to "no" of step 402 in FIG. 4A. The second step is a case where the arrival condition of the input condition is checked while the kimchi is matured using the heater 213 as the user's input condition. to be. That is, the microcomputer 307 checks frequently whether kimchi is matured based on a user's input condition. At this time, the microcomputer 307 first through the first temperature sensor 214 mounted inside the one side kimchi storage chamber 200 whether the one side kimchi storage chamber 200 has reached the optimum temperature (21 ~ 27 ℃) for ripening Check and continue to control the one side kimchi storage room 200 to maintain the optimum temperature for a predetermined time. Through this, kimchi put in one side kimchi storage room 200 after the predetermined time is completed aging. If either condition is not satisfied during the optimum time elapse and the optimum temperature reached, the loop for the aging of steps 403 and 404 continues. Accordingly, the microcomputer 307 displays a sign indicating that the kimchi ripening is completed as the passage of time that has been judged with the optimum temperature and the temperature of the kimchi ripening step. The second step is a procedure corresponding to step 404 of FIG. 4A.

As described above, the microcomputer 307 determines whether the aging is completed (step 504). If the aging is not completed, the microcomputer 307 drives the heater 213 until the aging is completed.

However, when the aging is completed, the microcomputer 307 controls the heater 309 to turn off the heater 213, and controls the compressor driver 310 to store the mature kimchi to the compressor 215. The refrigerant is compressed, and the compressed refrigerant flows into the evaporator 211 through the condenser 212 to cool the storage compartment 200. At this time, the cooling of the storage compartment 200 is a storage condition in which an internal temperature is preset. That is, while cooling to within the storage temperature (-3 ~ 3 ℃) to store the aged kimchi (step 405).

Subsequently, the microcomputer 307 controls the first temperature sensor unit 302 to sense the current storage temperature of the current kimchi storage chamber 200 with the first temperature sensor 214 (step 406), and the detected storage temperature. It is determined whether is within the set storage temperature (-3 to 3 ° C) (step 407).

At this time, if the detected storage temperature is not within the set storage temperature range, that is, if the detected temperature is higher than the set storage temperature, the compressor 215 is continuously driven to cool one kimchi storage chamber 200, while the sensing If the temperature is in the storage temperature (-3 ~ 3 ℃) range, the microcomputer 307 determines that the one side kimchi storage chamber 200 maintains the storage temperature, the compressor being driven through the compressor driving unit 310 By turning off 215, the kimchi is stored while stopping the cooling of the one side kimchi storage chamber 200 (step 408).

Meanwhile, in a state in which kimchi is cooled and stored at a storage temperature in the kimchi storage chamber 200, the user stores the grains (rice) put in the other rice storage chamber 250 of the main body 300 without deterioration. The operation panel 301 of the controller 350 provided on the front surface of the main body 300 is operated to input temperature, humidity, and moisture, which are storage conditions (step 410).

When the storage condition is input, the microcomputer 307 controls the damper part 311 to open the damper 257 provided on the heat insulating material partitioned between the one kimchi storage chamber 200 and the other rice storage chamber 250. By supplying the cold air of the kimchi storage chamber 200 to the cold air storage unit 260 through the cold air passage 252 to cool the other rice storage chamber 250.

As described above, the other rice storage chamber 250 is cooled and the microcomputer 307 detects whether the internal temperature, the internal humidity, and the moisture of the rice are in the storage condition in the other rice storage chamber 250 (step 412).

That is, the microcomputer 307 controls the second temperature sensor unit 303 to cool through the second temperature sensor 253 and sense the internal temperature of the other rice storage chamber 250, and the detected temperature is determined by the temperature of the rice. It is determined whether or not the storage temperature (15 ° C) or less (step 413).

In this case, if the detected temperature is not the storage temperature of the rice (15 ° C.) or less, the microcomputer 307 determines that the condition of the deterioration of the rice or the occurrence of rice worms may determine the internal temperature of the other rice storage chamber 250. In order to lower the damper 257, the damper 257 is continuously opened and supplied to the cold air storage chamber 260 with cold at a relatively low temperature (3 ° C.) to be cooled.

On the other hand, if the internal temperature is less than the storage temperature (15 ℃) of the rice, the microcomputer 307 determines that the rice storage temperature is suitable, and then controls the humidity sensor unit 304 to the other side through the humidity sensor 254 The internal humidity of the rice storage chamber 250 is sensed to determine whether the detected humidity is less than or equal to a set humidity (70%) suitable for storing rice (step 414).

At this time, if the detected humidity in the micom 307 is not less than the humidity (70%) suitable for the storage of rice, the microcomputer 307 determines that the internal humidity is high to continue to open the damper 257 to the By cooling the other rice storage compartment 250, the internal humidity is stored while not increasing (step 414).

However, if the detected humidity is less than the humidity (70%) suitable for the storage of the rice, the microcomputer 307 determines that the humidity is suitable for storage, it is to detect the moisture state of the rice being stored, that is, The microcomputer 307 controls the moisture sensor unit 305 to detect the moisture state of the rice stored by the moisture sensor 255, and determines whether the detected moisture is more than the appropriate moisture (14%) ( Step 415).

At this time, if the determined moisture is not more than 15% of the appropriate moisture to store, the microcomputer 307 continues to open the damper 260 to cool the other rice storage chamber 250, the moisture Stored while preventing drying.

However, if the sensed moisture is more than the appropriate moisture (14%), the microcomputer 307 determines that it is an appropriate condition for storing rice, and controls the damper unit 311 to close the damper 257 to close the one kimchi storage room ( Blocking the inflow of the cold air storage unit 260 from 200 to be stored while not cooling any more (step 416).

As such, the microcomputer 307 determines whether the rice discharge signal is input through the operation panel unit 301 while maintaining the other rice storage chamber 250 to be suitable for the rice storage conditions (step 417). If the rice discharge signal is not input, the storage state is maintained, while if the rice discharge signal is input, the microcomputer 307 is provided at the outlet 251 of the other rice storage chamber 250 by controlling the metering unit 312. While moving the solenoid 271 of the meter 270 to the manpower and repulsive force for a predetermined time to open and close the metering port 272 provided in the metering plate 273 in conjunction with it to correspond to the input rice discharge signal As much as the amount of rice is discharged to the storage receiver 320 (step 418).

After the discharge of the rice is completed as described above, the microcomputer 307 controls the weight sensor unit 306 to detect the current residual amount through the weight sensor 256 mounted on the outlet 251 side of the other rice storage chamber 250 The detected residual amount is then displayed on the display panel of the control unit 350 located at the front of the main body 300 through the display unit 308, thereby allowing the user to check the remaining amount of rice. It will be stored and stored (step 420).

As described above, in the present invention, the outer wall is filled with a heat insulating material, and the center is partitioned with a heat insulating material to configure a pair of storage chambers, and one side of the pair of storage chambers is used as a kimchi refrigerator for aging and storing kimchi in a refrigerant cycle. The other rice storage room of the pair of storage rooms to be used as a rice container for storing grain (rice) to be stored as a relatively low temperature cold of the one kimchi storage room, by using a different device in different storage conditions for each long term Since it can be used while storing, it is possible to reduce the economic waste of having to purchase different devices according to the increase in the use value and use.

Claims (6)

A main body having a pair of storage rooms in which outer circumferential walls are filled with a heat insulating material and in which a different kind of storage is separated and received in a center partitioned upward; A door to open and close the pair of storage compartments; A control unit for selecting and displaying a temperature condition of a stored product on an upper front surface of the main body, and a display panel and a microcomputer; The outer circumferential wall of the kimchi storage chamber of the pair of storage chambers includes an evaporator for cooling the inside of the storage chamber, a condenser, a heater for heating the kimchi storage chamber when the kimchi is mature, and a first temperature sensor for detecting an internal temperature; Compressor is driven in the storage of kimchi at the lower rear of the kimchi storage chamber, the other rice storage chamber of the pair of storage chambers are configured to be downwardly gradient around the discharge port formed in the lower center, the cold air introduced from the kimchi storage chamber A second temperature sensor installed on an inner circumferential wall of the other side rice storage chamber to sense an internal temperature; A humidity sensor for detecting internal humidity formed by the cold air; A moisture sensor for sensing a water content state of the rice formed due to the cold air; In order to measure the remaining amount of rice to configure the weight sensor mounted on the inside of the other rice storage room without using a spring, the outer wall where the other rice storage room and the kimchi storage room is partitioned to supply and block the cold air passage and low temperature cold air Damper; A cold air storage unit configured to store cold air supplied from the damper on an outer circumferential wall of the other rice storage room; A meter that is disposed between the outlet and the solenoid to measure rice discharge and uses elasticity of the spring; Kimchi refrigerator combined rice container system, characterized in that it is provided with a reservoir. The system of claim 1, wherein the cold air storage unit is formed between the outer circumferential wall of the other rice storage chamber and the heat insulating material of the main body, and is formed to supply cold air to the entire outer circumferential wall of the other rice storage chamber. 2. The apparatus of claim 1, wherein the meter comprises: a solenoid acting by attraction and repulsion by electrical signals; A metering plate having a metering opening for opening and closing the outlet by the attraction force and the repulsive action of the solenoid; Kimchi refrigerator combined rice pail system, characterized in that consisting of a spring holding the measuring plate. delete delete delete