KR102687630B1 - Method of auto-renewing auto cooking data of the range having auto cooking function - Google Patents

Abstract

The present invention relates to a method of automatically updating automatic cooking information of a range equipped with an automatic cooking function, which is performed by an automatic cooking control device installed in a range equipped with an automatic cooking function, and cooks when there is a user's automatic cooking request for a cooking menu. Using the automatic cooking information table that divides the time and heat power by cooking stage, the heat power is automatically changed while the cooking time elapses to perform the automatic cooking requested by the user.
According to the present invention, whenever there is a user's request for automatic cooking, the learning process of performing automatic cooking is repeated using a newly set automatic cooking information table, thereby automatically cooking optimized to the user's taste or preference for the cooking menu selected by the user. It can be done.

Description

Method of automatically renewing automatic cooking information of a range having an automatic cooking function {Method of auto-renewing auto cooking data of the range having auto cooking function}

The present invention relates to a range equipped with an automatic cooking function, and more specifically, to a method of automatically updating automatic cooking information of a range equipped with an automatic cooking function.

In general, ranges equipped with an automatic cooking function (e.g., gas ranges or electric ranges such as induction, radiant, hybrid, etc.) set the cooking time and cooking time according to the cooking menu cooked in a standard cooking vessel (e.g., a stainless steel vessel). Automatic cooking is performed using an automatic cooking information table that sets the heat power corresponding to the elapse of cooking time.

For example, when cooking ramen in a stainless steel container, while heating the water and ramen in the stainless steel container, the cooking time of the ramen can be monitored by using the automatic cooking information table for ramen that sets the cooking time and heat power corresponding to the elapse of cooking time. During cooking, the heat power is automatically changed to automatically cook ramen.

Meanwhile, a range equipped with a conventional automatic cooking function prevents the cooking time and heat power for each cooking stage from being changed in the automatic cooking information table that is preset in response to a cooking menu cooked in a standard cooking vessel (e.g., a stainless steel vessel). It is done.

Therefore, for example, when a user performs the automatic cooking of ramen as described above, the cooking time may elapse even if a cooking vessel made of a different material, for example, a large pot is used instead of a stainless steel cooking vessel, or a stainless steel cooking vessel is used, depending on the user's taste or preference. If you change the heat power during cooking, automatic ramen cooking will not be performed properly.

In this way, ranges equipped with a conventional automatic cooking function are restricted from selecting a cooking vessel according to the user's taste or preference and directly changing the heat power, and when the user uses a cooking vessel different from the standard and directly changes the heat power, automatic cooking is performed normally. There is a problem that does not work.

KR 10-1134471 B1

The present invention is to solve the conventional problems as described above. The purpose of the present invention is to be performed by an automatic cooking control device installed in a range equipped with an automatic cooking function, and to cook when the user requests automatic cooking for the cooking menu. A method of automatically updating the automatic cooking information of a range equipped with an automatic cooking function that automatically changes the heat power while the cooking time elapses and performs automatic cooking requested by the user by using an automatic cooking information table that divides the time and heat power by cooking stage. is to provide.

In order to achieve the purpose of the present invention as described above, the method of automatically updating automatic cooking information of a range equipped with an automatic cooking function according to the present invention is installed in a range equipped with an automatic cooking function to automatically update the user's response to the cooking menu. When a cooking request is entered, it is performed by an automatic cooking control device that automatically changes the heat power while the cooking time elapses and performs the automatic cooking requested by the user by using the automatic cooking information table specified by dividing the cooking time and heat power by cooking stage. , a first process in which the automatic cooking request unit of the automatic cooking control device requests automatic cooking for the automatic cooking menu selected by the user to the automatic cooking control unit of the automatic cooking control device; Following the first process, when the automatic cooking control unit confirms the user's automatic cooking request input for the cooking menu through the automatic cooking request unit, the ignition signal is transmitted to the heating drive unit of the automatic cooking control device to ignite the heater and the user A second process of starting automatic cooking requested by; Following the second process, the automatic cooking control unit reads the cooking time and heat power for each cooking stage of the automatic cooking information table corresponding to the cooking menu stored in the automatic cooking information table storage unit of the automatic cooking control device, and reads the cooking time and heat power requested by the user. A third process of performing automatic cooking requested by the user by automatically changing the thermal power of the heater by transmitting a thermal power control signal to the heating drive unit while the automatic cooking cooking time elapses; A fourth process in which the automatic cooking control unit determines whether a user's request for direct heating power change is input through the heating power control unit of the automatic cooking control device according to the user's taste or preference while the third process is performed and the cooking time elapses; A fifth process in which, when the automatic cooking control unit confirms the user's direct heating power change request input in the fourth process, the cooking time elapsed until the user's direct heating power is changed and the changed heating power is stored when the user directly changes the heating power; The automatic cooking control unit compares the elapsed cooking time and changed heating power memorized in the fifth process with the cooking time and heating power for each cooking stage stored in the automatic cooking information table and searches for the cooking stage corresponding to the most approximate cooking time and heating power. 6th process: A seventh process in which the automatic cooking control unit changes the cooking time and heat power of the cooking step retrieved in the sixth process to the cooking elapsed time and changed heat power memorized in the fifth process and updates them with the new cooking time and heat power of the corresponding cooking step. ; And an eighth process in which the automatic cooking control unit sets a new automatic cooking information table by automatically updating the cooking stage in which the cooking time and heat power are newly updated in the seventh process to the corresponding cooking stage in the automatic cooking information table. It is characterized by

In the method of automatically updating automatic cooking information of a range equipped with an automatic cooking function according to the present invention, when the eighth process is completed, the automatic cooking control unit returns to the third process to automatically change the heating power and the fourth process. It is characterized by repeating the learning process of performing processes through process 8.

In the method of automatically updating automatic cooking information of a range equipped with an automatic cooking function according to the present invention, when the automatic cooking control unit determines that there is no direct input of a heat power change request from the user in the fourth process, the automatic cooking information table is used. It is characterized in that it further includes a ninth process of terminating automatic cooking for the cooking menu selected by the user after the cooking time until the last cooking step has elapsed.

In the method of automatically updating automatic cooking information of a range equipped with an automatic cooking function according to the present invention, in the sixth to seventh processes, the automatic cooking control unit uses the following equation dn = A (Xa - Xn) ² + B ( Ya-Yn) ² <Here, Xa is the cooking time for each cooking step stored in the existing automatic cooking information table, Yn is the changed heat power when the user directly changes the heat power, A is the addition value to the cooking time, and B is the addition value to the heat power.> is used to calculate the cooking elapsed time and change heat power memorized in the fifth process to the automatic cooking information. Comparing the cooking time and heat power for each cooking step stored in the table, a search value (dn) is calculated to search for the cooking step corresponding to the closest cooking time and heat power, and the smallest search value (dn) among the calculated search values (dn) is calculated. The cooking time and heat power of the cooking step corresponding to dm) are updated with the memorized cooking elapsed time and changed heat power.

In the method of automatically updating automatic cooking information of a range equipped with an automatic cooking function according to the present invention, in the sixth to seventh processes, the automatic cooking control unit performs automatic cooking for the user's selected cooking menu two or more times. When an update to the cooking time and heat power occurs, the average cooking time of the cooking time updated more than twice and the average heat power of the heating power updated more than twice are compared with the cooking time and heat power for each cooking step stored in the automatic cooking information table. Calculate a search value (dn) to search for a cooking step corresponding to the closest cooking time and heat power, and among the cooking time and heat power of the cooking step corresponding to the smallest search value (dm) among the calculated search values (dn), The cooking time is updated to the average cooking time of the cooking times updated more than twice, and the heating power is updated to the average cooking time of the cooking times updated more than two times and the closest heating power.

According to the present invention, whenever there is a user's request for automatic cooking, the learning process of performing automatic cooking is repeated using a newly set automatic cooking information table, thereby automatically cooking optimized to the user's taste or preference for the cooking menu selected by the user. It can be done.

1 is a block diagram showing the configuration of an automatic cooking control device that performs a method of automatically updating automatic cooking information of a range equipped with an automatic cooking function according to the present invention.
Figure 2 is a flow chart illustrating a method of automatically updating automatic cooking information of a range equipped with an automatic cooking function according to the present invention.
Figure 3 is an embodiment showing a state in which a cooking vessel is placed on the top of an electric range equipped with an automatic cooking function according to the present invention.

Hereinafter, embodiments of the present invention will be described in more detail with reference to the attached drawings.

The method of automatically updating automatic cooking information of a range equipped with an automatic cooking function according to the present invention described below is not limited to the following embodiments, and can be used in general with respect to the relevant technical field without departing from the gist of the technology claimed in the claims. The technical spirit exists to the extent that anyone with the knowledge can change and implement it.

The method of automatically updating automatic cooking information of a range equipped with an automatic cooking function according to the present invention is performed by an automatic cooking control device 100 as shown in FIG. 1, and the automatic cooking control device 100 has an automatic cooking function. It is installed in the equipped range.

The automatic cooking control device 100 includes an automatic cooking request unit 110, a heat control unit 120, an automatic cooking information table storage unit 130, a timer 140, an automatic cooking control unit 150, and a heating drive unit 160. and a heater 170.

The automatic cooking request unit 110 inputs a user's automatic cooking request for a cooking menu cooked using a cooking vessel (eg, a stainless steel vessel) that was standard at the time of manufacture of the range equipped with an automatic cooking function according to the present invention.

The fire power control unit 120 inputs a user's fire power change request.

The automatic cooking information table storage unit 130 stores or updates an automatic cooking information table in which cooking time and heating power corresponding to the elapse of cooking time are determined according to the cooking menu.

The timer 140 measures the cooking time during automatic cooking.

When a user's automatic cooking request for a cooking menu is input through the automatic cooking request unit 110, the automatic cooking control unit 150 uses the automatic cooking information table to send a heat control signal to the heating driver while the cooking time elapses. By transmitting to 160, the heating power of the heater 170 is automatically changed to perform automatic cooking requested by the user.

When performing automatic cooking requested by the user, the automatic cooking control unit 150 provides automatic cooking information when a user's request to directly change the heating power is input through the heating power control unit 120 during the cooking time according to the user's taste or preference. That is, the automatic cooking request unit automatically updates the cooking time and heat power for each cooking step in the automatic cooking information table, sets a new automatic cooking information table, and repeats the learning process of performing automatic cooking using the newly set automatic cooking information table. When the user's automatic cooking request for the cooking menu is input through (110), automatic cooking optimized to the user's taste or preference is performed.

The heating drive unit 160 receives a heat control signal from the automatic cooking control unit 150 and drives the heater 170 to heat the cooking vessel for automatic cooking.

The heater 170 is, for example, a gas burner if the range equipped with the automatic cooking function according to the present invention is a gas range, or if it is an electric range such as induction, radiant, hybrid, etc., the heater 170 heats the cooking vessel placed on the cooking zone or burner. It can be an electric heater that includes a working coil or electric heating coil or electric heating wire to heat it.

A method of automatically updating automatic cooking information of a range (e.g., a gas range or an electric range such as induction, radiant, hybrid, etc.) equipped with an automatic cooking function according to the present invention by the automatic cooking control device 100 configured as described above. is performed as follows.

The method of automatically updating automatic cooking information of a range equipped with an automatic cooking function according to the present invention is performed by the automatic cooking control device 100 installed in a range equipped with an automatic cooking function and including at least one cooking surface. do.

Figure 2 is a flow chart illustrating a method (S100) of automatically updating automatic cooking information of a range equipped with an automatic cooking function according to the present invention.

Referring to FIG. 2, as shown in FIG. 3, a cooking plate formed on the top plate 110a of an electric range 100a equipped with an automatic cooking function according to the present invention and using a working coil, an electric heating coil, or a heating wire as the heater 170. With the cooking vessel 200 placed on the zone, first, the automatic cooking request unit 110 of the automatic cooking control device 100 selects the automatic cooking menu (e.g., ramen dish, kimchi stew dish, etc.) selected by the user. Automatic cooking is requested to the automatic cooking control unit 150 of the automatic cooking control device 100 (S110).

Accordingly, when the automatic cooking control unit 150 confirms the user's automatic cooking request input for the cooking menu through the automatic cooking request unit 110, it sends an ignition signal to the heating drive unit 160 of the automatic cooking control device 100. ) to ignite the heater 170 and start automatic cooking requested by the user (S120).

When the automatic cooking requested by the user starts as described above, the automatic cooking control unit 150 subsequently generates a corresponding cooking menu stored in the automatic cooking information table storage unit 130 of the automatic cooking control device 100. The cooking time and heat power for each cooking step in the automatic cooking information table are read (S131), and a fire power control signal is automatically adjusted to the heating drive unit 160 while the cooking time requested by the user is automatically adjusted. Change (S132) to perform automatic cooking requested by the user (S130).

As described above, while the automatic cooking requested by the user is performed and the cooking time elapses, the automatic cooking control unit 150 controls the user's control through the heat control unit 120 of the automatic cooking control device 100 according to the user's taste or preference. Determine whether a direct fire power change request is entered (S140).

If the user's direct heat power change request input is confirmed in the S140 process, the automatic cooking control unit 150 performs the S150 process following the S140 process to determine the elapsed cooking time until the user's direct heat power change, as shown in FIG. (S151) and remembers the changed fire power when the user directly changes fire power (S152).

Subsequently, the automatic cooking control unit 150 compares the elapsed cooking time and changed heating power memorized in the fifth process (S150) with the cooking time and heating power for each cooking step stored in the automatic cooking information table to determine the most approximate cooking time and heating power. After searching for the cooking step corresponding to the heat power (160), the cooking time and heat power of the cooking step retrieved in the S160 process are changed to the cooking elapsed time and changed heat power memorized in the S150 process, and the new cooking time and heat power of the corresponding cooking step are changed. Renew with firepower (S170).

When both the S160 process and the S170 process are completed as described above, the automatic cooking control unit 150 automatically updates the cooking stage for which the cooking time and heat power were newly updated in the S170 process to the corresponding cooking stage in the automatic cooking information table. Set a new automatic cooking information table (S180).

In addition, when the eighth process (180) is completed, the automatic cooking control unit 150 returns to the third process (S130) to automatically change the heating power (S132) and performs the fourth process (S140) to the eighth process (S132). By repeating the learning process of performing the process (S180), automatic cooking optimized for the user's taste or preference is performed for the cooking menu selected by the user.

Meanwhile, if it is confirmed in the fourth process (S140) that there is no direct input of the user's request to change the heat power, the automatic cooking control unit 150 controls the user after the cooking time up to the last cooking step using the automatic cooking information table has elapsed. Automatic cooking for the cooking menu selected by is terminated (S190).

The S160 process and S170 process described above are described in more detail as follows.

In the sixth process (S160) to the seventh process (S170), the automatic cooking control unit 150 uses Equation 1 below to store the elapsed cooking time and changed heat power stored in the S150 process in the automatic cooking information table. Compare the stored cooking time and heat power for each cooking step to calculate the search value (dn) to search for the cooking step corresponding to the closest cooking time and heat power, and calculate the smallest search value (dm) among the calculated search values (dn). The cooking time and heat power of the corresponding cooking step are updated with the memorized cooking elapsed time and changed heat power.

In Equation 1 above, Xa is the cooking time for each cooking step stored in the existing automatic cooking information table.

Xn is the elapsed cooking time until the user directly changes the heat power.

Ya is the heat power for each cooking step stored in the automatic cooking information table.

Yn is the changed fire power when the user directly changes fire power.

A is an additional value for cooking time, and B is an additional value for thermal power. In the embodiment of the present invention, it is desirable to set the additional value in the relationship of A≥B.

Assuming that the automatic cooking control unit 150 makes a request to directly change the heat power once according to the user's taste or preference while performing automatic cooking for the user's selected cooking menu, the automatic cooking control unit 150 In the sixth process (S160) to the seventh process (S170), the cooking time and heat power of the existing cooking step are updated with the memorized cooking elapsed time and changed heat power as follows.

Table 1 below shows the existing automatic cooking information table of the cooking menu for which the user selected automatic cooking.

No
Cooking steps Xn
cooking time Yn
fire power 0
start 0 9 One 5 5 2 10 6 3 15 8 4 20 9 5 24 2 6
end 30 0

According to Table 1, while the automatic cooking control unit 150 is performing automatic cooking for the user's selected cooking menu, and the cooking vessel 200 is heated to 60 degrees 11 minutes after the start of cooking, the user increases the heat power to 7. If a change to the stage is requested, a change occurs in the cooking stage as shown in Table 2 below. At this time, the automatic cooking control unit 150 remembers the elapsed cooking time of 11 minutes until the user directly changes the heat power and the 7th heat power level when the user directly changes the heat power.

No
Cooking steps Xn
cooking time Yn
fire power 0
start 0 9 One 5 5 2 10 6 2-1 11 7 3 15 8 4 20 9 5 24 2 6
end 30 0

As shown in Table 2, when there is a user's direct request to change the heat power, the automatic cooking control unit 150 uses Equation 1 (applying the above addition values A = 1 and B = 1) to As shown in Table 3, the cooking time and heat power for each cooking step stored in the automatic cooking information table are compared to calculate the search value (dn) to search for the cooking step corresponding to the closest cooking time and heat power.

No
Cooking steps Calculation formula dn 0
start A(11-0) ² +B(7-9) ² 306 One A(11-5) ² +B(7-5) ² 125 2 A(11-10) ² +B(7-6) ² 61 3 A(11-15) ² +B(7-8) ² 64 4 A(11-20) ² +B(7-2) ² 106 5 A(11-30) ² +B(7-0) ² 85 6
end

As shown in Table 3, the smallest search value (dm) among the calculated search values (dn) is calculated as 61 in cooking step 2, so the automatic cooking control unit 150 performs the cooking step shown in Table 1. The cooking time and heat power of 2 are updated to the cooking elapsed time of 11 minutes and the changed heat power of 7 levels memorized in Table 2 above, and the cooking step 2 with the newly updated cooking time and heat power is automatically adjusted as shown in Table 4 below. The cooking information table is automatically updated to the corresponding cooking step 2 to set a new automatic cooking information table (S180).

No
Cooking steps Xn
cooking time Yn
fire power 0
start 0 9 One 5 5 2 11 7 3 15 8 4 20 9 5 24 2 6
end 30 0

On the other hand, if the automatic cooking control unit 150 is performing automatic cooking for the user's selected cooking menu and the user directly requests to change the heat power more than two times according to the user's taste or preference, for example, assuming three times, the above The automatic cooking control unit 150 updates the cooking time and heat power of the existing cooking step with the memorized cooking elapsed time and changed heat power in the sixth process (S160) to the seventh process (S170) as follows.

Table 5 below shows the existing automatic cooking information table of the cooking menu for which the user selected automatic cooking.

No
Cooking steps Xn
cooking time Yn
fire power 0
start 0 9 One 5 5 2 10 6 3 15 8 4 20 9 5 24 2 6
end 30 0

According to Table 5, while the automatic cooking control unit 150 is performing automatic cooking for the user's selected cooking menu, and the cooking vessel 200 is heated to 60 degrees 11 minutes after the start of cooking, the user increases the heat power to 7. If you request a change to the 6th heat level after 11.5 minutes in a row and request a change to the 7th heat power level after 12 minutes, there will be a change in the cooking stage as shown in Table 6 below. Occurs. At this time, the automatic cooking control unit 150 remembers the elapsed cooking time of 11 minutes, 11.5 minutes, and 12 minutes until the user directly changes the heat power, and the changed heat power levels 7, 6, and 7 when the user directly changes the heat power.

No
Cooking steps Xn
cooking time Yn
fire power 0
start 0 9 One 5 5 2 10 6 2-1 11 7 2-2 11.5 6 2-3 12 7 3 15 8 4 20 9 5 24 2 6
end 30 0

As shown in Table 6, when there are three consecutive user requests to directly change the heat power, the automatic cooking control unit 150 applies Equation 1 (applying the above addition values A = 1, B = 1) Using this method, a search value (dn) is calculated to search for the cooking step corresponding to the closest cooking time and heat power by comparing the cooking time and heat power for each cooking step stored in the automatic cooking information table as shown in Table 6 below.

In this case, the automatic cooking control unit 150 sets the average cooking time of the cooking time updated more than 3 times, for example, (11 minutes + 11.5 minutes + 12 minutes) / 3 = 11.5 minutes and the average heating power of the cooking time updated more than 3 times, For example, (7+6+7)/3=6.7 is compared with the cooking time and heat power for each cooking step stored in the automatic cooking information table, and a search value (dn) to search for the cooking step corresponding to the closest cooking time and heat power. ) is calculated.

No
Cooking steps Calculation formula dn 0
start A(11.5-0) ² +B(6.7-9) ² 137.54 One A(11.5-5) ² +B(6.7-5) ² 45.14 2 A(11.5-10) ² +B(6.7-6) ² 2.74 3 A(11.5-15) ² +B(6.7-8) ² 13.94 4 A(11.5-20) ² +B(6.7-2) ² 94.34 5 A(11.5-30) ² +B(6.7-0) ² 387.14 6
end

As shown in Table 7, the smallest search value (dm) among the calculated search values (dn) is calculated as 2.74 in cooking step 2, so the automatic cooking control unit 150 performs the cooking step shown in Table 5. As the cooking time and fire power of 2 are remembered in Table 7 above, among the cooking time and fire power of the cooking stage corresponding to the smallest search value (dm) among the calculated search values (dn), the corresponding cooking time is 2 times. The average cooking time of the updated cooking times is updated to 11.5 minutes, and the heat power is updated to the 7th heat power level, which is the closest to the average heat power of 6.7 of the heat power updated more than twice. The cooking time and heat power are as shown in Table 8 below. The newly updated cooking step 2 is automatically updated to the corresponding cooking step 2 in the automatic cooking information table to set a new automatic cooking information table (S180).

No
Cooking steps Xn
cooking time Yn
fire power 0
start 0 9 One 5 5 2 11.5 7 3 15 8 4 20 9 5 24 2 6
end 30 0

100: automatic cooking control device 100a: electric range
110a: Top plate 110: Automatic cooking request unit
120: Heat control unit 130: Automatic cooking information table storage unit
140: Timer 150: Automatic cooking control unit
160: Heating drive unit 170: Heater

Claims (5)

When installed on a range equipped with an automatic cooking function and a user's automatic cooking request is entered for the cooking menu, the cooking time and heat power are divided by cooking stage and the heat power is automatically changed while the cooking time elapses using the designated automatic cooking information table. This is performed by the automatic cooking control device 100, which performs automatic cooking requested by the user,
A first process in which the automatic cooking request unit 110 of the automatic cooking control device 100 requests automatic cooking for the automatic cooking menu selected by the user to the automatic cooking control unit 150 of the automatic cooking control device 100 ( S110) and;
Following the first process (S110), when the automatic cooking control unit 150 confirms the user's automatic cooking request input for the cooking menu through the automatic cooking request unit 110, it sends an ignition signal to the automatic cooking control device ( A second process (S120) of igniting the heater 170 and starting automatic cooking requested by the user by transmitting the data to the heating drive unit 160 of 100);
Following the second process (S120), the automatic cooking control unit 150 creates an automatic cooking information table corresponding to the corresponding cooking menu stored in the automatic cooking information table storage unit 130 of the automatic cooking control device 100. The cooking time and heat power for each cooking step are read (S131), and the heat power of the heater 170 is automatically changed by transmitting a fire power control signal to the heating drive unit 160 while the automatic cooking requested by the user elapses (S132). ) Third process (S130) of performing automatic cooking requested by the user;
While the third process (S130) is performed and the cooking time elapses, the automatic cooking control unit 150 directly controls the user's temperature through the heat control unit 120 of the automatic cooking control device 100 according to the user's taste or preference. A fourth process (S140) that determines whether a firepower change request is entered;
In the fourth process (S140), when the automatic cooking control unit 150 confirms the user's direct heat power change request input, it remembers the elapsed cooking time until the user's direct heat power change (S151) and changes when the user changes direct heat power. Fifth process (S150), remembering firepower (S152);
The automatic cooking control unit 150 compares the elapsed cooking time and changed heating power memorized in the fifth process (S150) with the cooking time and heating power for each cooking step stored in the automatic cooking information table, and selects the most approximate cooking time and heating power. A sixth process of searching for the corresponding cooking step (S160);
The automatic cooking control unit 150 changes the cooking time and heat power of the cooking step retrieved in the sixth process (S160) to the cooking elapsed time and changed heat power memorized in the fifth process (S150) to cook a new dish in the corresponding cooking step. 7th process of updating with time and fire power (S170); and
The automatic cooking control unit 150 sets a new automatic cooking information table by automatically updating the cooking stage in which the cooking time and heat power are newly updated in the seventh process (S170) to the corresponding cooking stage in the automatic cooking information table. Course 8 (S180);
When the eighth process (S180) is completed, the automatic cooking control unit 150 returns to the third process (S130) to automatically change the heating power (S132) and the fourth process (S140) to the eighth process (S132). Equipped with an automatic cooking function characterized by repeating the learning process of performing S180),
In the sixth process (S160) to the seventh process (S170), the automatic cooking control unit 150
The expression below
dn=A(Xa-Xn) ² +B(Ya-Yn) ²
<Xa is the cooking time for each cooking step stored in the existing automatic cooking information table, Changed heating power at the time of change, A is the addition to the cooking time, B is the addition to the heating power>
Using the above, the cooking elapsed time and changed heat power memorized in the fifth process (S150) are compared with the cooking time and heat power for each cooking step stored in the automatic cooking information table, and the cooking step corresponding to the closest cooking time and heat power is selected. Calculate the search value (dn) for searching and update the cooking time and heat power of the cooking stage corresponding to the smallest search value (dm) among the calculated search values (dn) with the memorized cooking elapsed time and changed heat power. A method of automatically updating automatic cooking information of a range equipped with an automatic cooking function, characterized in that: delete The method of claim 1, wherein in the fourth process (S140), when the automatic cooking control unit 150 confirms that there is no direct input of a heat power change request from the user, the cooking time until the last cooking step using the automatic cooking information table has elapsed. A method of automatically updating automatic cooking information of a range equipped with an automatic cooking function, further comprising a ninth process (S190) of terminating automatic cooking for the cooking menu selected by the user. delete The method of claim 1, wherein in the sixth process (S160) to the seventh process (S170), the automatic cooking control unit 150 controls the cooking time and heat power two or more times while performing automatic cooking for the user's selected cooking menu. When an update occurs, the average cooking time of the cooking time updated more than twice and the average heating power of the heating power updated more than twice are compared with the cooking time and heating power for each cooking step stored in the automatic cooking information table, and the closest cooking time and heating power are obtained. Calculate the search value (dn) to search for the cooking step corresponding to the calculated search value (dn), and among the cooking time and heat power of the cooking step corresponding to the smallest search value (dm) among the calculated search values (dn), the corresponding cooking time is 2 times. A method of automatically updating the automatic cooking information of a range equipped with an automatic cooking function, characterized in that the cooking time is updated to the average cooking time of the cooking times updated more than once, and the heating power is updated to the heating power most similar to the average heating power of the cooking times updated more than twice.

Images