JP7285689B2 - heating cooker - Google Patents

Description

The present invention comprises a gas burner that heats an object to be heated, an operation control unit that controls the combustion operation of the gas burner, and the gas burner that burns under a heating power variable cooking heating condition that changes the heating power of the gas burner during cooking. a cooking menu command unit for commanding a heating power change type cooking menu to be operated;
When the operation control unit is instructed to start the cooking operation of the thermal power variable cooking menu, the thermal power variable cooking process is executed to control the combustion operation of the gas burner under the heating conditions for thermal power variable cooking. It relates to a heating cooker configured as follows.

As a conventional example of such a heating cooker, in a gas stove as a heating cooker, the stove burner is repeatedly switched between a first heating power (low heating power) and a second heating power (medium heating power) larger than the first heating power. There is one configured to execute a temperature control cooking mode in which the temperature of the cooking container heated by the stove burner is controlled at a set temperature (for example, a temperature range of 140° C. to 150° C.) (for example, See Patent Document 1).

In other words, in Patent Document 1, the temperature control cooking mode corresponds to the heating power variable cooking menu, and the temperature control cooking mode sets the heating conditions for the heating power variable cooking to the stove burner, which is a gas burner. A continuous combustion cooking menu is configured, which is determined by the conditions for burning in the form of changing the strength of the heat without extinguishing the fire.

Further, as another conventional example of a heat cooker, in a grill as a heat cooker, a grill burner provided in a grill chamber as a heating chamber for cooking is burned in a manner in which the combustion state and the extinguishment state are repeated, and the grill burner burns. There is one configured to execute a bread dough fermentation mode in which the temperature of a cooking container heated by heating is controlled at a set temperature (for example, a temperature range of 35° C. to 38° C.) (see, for example, Patent Document 2).

That is, in Patent Document 2, the bread dough fermentation mode corresponds to the heating power variable cooking menu, and the bread dough fermentation mode sets the heating conditions for the heating power variable cooking to the burning state and the extinguishing of the grill burner as the gas burner. An intermittent combustion cooking menu that is determined by the conditions for burning in a form that repeats the state of

JP 2014-55724 A JP 2018-121867 A

In a heating cooker equipped with a heating power changeable cooking menu, the heating power of the gas burner is automatically changed (changing the heating power of the gas burner to strong or weak, or changing the gas burner between the combustion state and the extinguishing state). will be taken.
Therefore, a user (cook) who is unfamiliar with the heating power variable cooking menu sees a change in the heating power of the gas burner (a change in the strength of the gas burner's heating power or a change in the combustion state and extinguishing state), and the gas burner fails. Users who are unfamiliar with the heating power variable cooking menu may be surprised by the change of the heating power of the gas burner (change of the heating power of the gas burner or change between the combustion state and the extinguishing state). There is a risk that the heating power change type cooking menu may not be used satisfactorily, and an improvement has been desired.

SUMMARY OF THE INVENTION The present invention has been made in view of the above circumstances, and its object is to provide a heating cooker that allows even a user unfamiliar with the heating power changing cooking menu to use the heating power changing cooking menu satisfactorily. It is in.

The heating cooker of the present invention comprises a gas burner for heating an object to be heated, an operation control unit for controlling the combustion operation of the gas burner, and a heating power changing cooking heating condition for changing the heating power of the gas burner during cooking. a cooking menu command unit for commanding a heating power changing cooking menu for burning and activating the gas burner;
When the operation control unit is instructed to start the cooking operation of the thermal power variable cooking menu, the thermal power variable cooking process is executed to control the combustion operation of the gas burner under the heating conditions for thermal power variable cooking. It is composed, and its characteristic configuration is
The operation control unit executes an audio notification process in which the audio notification unit notifies audio notification information indicating that the heating power is changed during cooking , when starting the heating power change cooking process. The point is that it is configured as follows.

That is, when the heating power changing cooking process is started, the voice notification information indicating that the heating power is changed during heat cooking is notified by the voice notification unit, so that the heating power changing cooking menu is displayed. The commanded user may change the heating power of the gas burner while the heating cooking of the heating power changing cooking menu is being carried out ) can be recognized.

Therefore, even a user who is unfamiliar with the heating power changeable cooking menu can see that the heating power of the gas burner is changed (change of the heating power of the gas burner or change between the combustion state and the extinguishing state), and the gas burner is out of order. It is no longer possible to make an erroneous judgment such as judging that it is, or to be surprised by a change in the thermal power of the gas burner (change in strength of the gas burner's thermal power or change in combustion state and extinguishing state), so that the thermal power change type cooking menu can be used satisfactorily. It will be possible.

Incidentally, when the audio notification information is notified by the audio notification unit, an alarm sound (for example, an electronic sound such as beep) may be generated prior to the audio notification information.

In short, according to the characteristic structure of the heating cooker of the present invention, even a user who is unfamiliar with the heating power changing cooking menu can use the heating power changing cooking menu satisfactorily.

A further characteristic configuration of the heating cooker of the present invention is that the operation control unit is configured to execute the voice notification process each time a set time elapses during the execution of the heating power change type cooking process. at the point where

That is, during the execution of the heat power change cooking process for the heat power change cooking menu, every time the set time elapses, voice notification information indicating that the heat power is changed during heat cooking is notified by the voice notification unit. Therefore, for users who are unfamiliar with the heating power changeable cooking menu, the heating power of the gas burner is changed during cooking (heating power is changed to stronger or weaker or combustion). state and extinguishing state) can be fully recognized.

In particular, when the heat power change cooking process for the heat power change cooking menu lasts for a long time (for example, 2 hours), the heat power is changed during the heat cooking every time the set time (for example, 30 minutes) elapses. If the audio notification section notifies the user who is unfamiliar with the heating power changing cooking menu, the heating power of the gas burner can be changed during cooking. (a change in firepower between strong and weak or a change between a burning state and a fire extinguishing state) can be sufficiently recognized.

In short, according to the further characteristic configuration of the heating cooker of the present invention, it is possible for a user who is unfamiliar with the heating power changing cooking menu to change the heating power of the gas burner during cooking. can be sufficiently recognized.

A further characteristic configuration of the heating cooker of the present invention is that, as the heating power variable cooking menu, the heating conditions for the heating power variable cooking are set to conditions in which the gas burner burns in a form in which the heating power is changed to a higher or weaker level without extinguishing the gas burner. and an intermittent combustion cooking menu in which the heating condition for changing the thermal power type is set to a condition in which the gas burner burns in a form in which the combustion state and the extinguishing state are repeated,
The cooking menu command section is configured to command the continuous combustion cooking menu and the intermittent combustion cooking menu.

That is, as the heating power variable cooking menu, the continuous burning cooking menu is determined by the condition of burning by changing the heating power without extinguishing the gas burner, and the gas burner burns in the form of repeating the burning state and the extinguishing state. Since the continuous combustion cooking menu and the intermittent combustion cooking menu can be performed while selecting and commanding the intermittent combustion cooking menu determined by the condition to be set, various heat cooking can be performed satisfactorily. .

Incidentally, when the gas burner is a stove burner, the continuous combustion cooking menu includes a high-temperature temperature control mode in which the temperature of the cooking vessel as the object to be heated is maintained at 100° C. or higher (for example, 140° C.). The intermittent combustion cooking menu includes a low-temperature temperature control mode in which the temperature of the cooking container as the object to be heated is maintained at less than 100°C (eg, 50°C).

In short, according to the further characteristic configuration of the heating cooker of the present invention, various types of cooking can be satisfactorily performed using the continuous combustion cooking menu and the intermittent combustion cooking menu.

A further characteristic configuration of the heating cooker of the present invention is that the operation control unit performs the voice notification process for the intermittent combustion cooking menu out of the continuous combustion cooking menu and the intermittent combustion cooking menu. The point is that it is configured to run.

That is, when comparing the continuous combustion cooking menu in which the gas burner continues combustion and the intermittent combustion cooking menu in which the gas burner repeats the combustion state and extinguishing state, the intermittent combustion cooking menu is better than the continuous combustion cooking menu. Also, there is a high risk that the user will determine that the gas burner is out of order, or that the user, who is unfamiliar with the intermittent combustion cooking menu, will be surprised.

In other words, when the gas burner goes from burning to extinguishing, it is easy to misjudge that the gas burner has failed. It is believed that the ignition actuation of the plug is likely to surprise the user.

In this way, for the intermittent combustion cooking menu, which is highly likely to be determined that the gas burner is out of order or to surprise the user, a voice notification indicating that the heating power will be changed during heat cooking is provided. Since the information is notified by the voice type notification unit, the intermittent combustion cooking menu can be performed satisfactorily.
By the way, the voice notification information indicating that the heating power is changed during cooking for the intermittent combustion cooking menu is that the state of extinguishing changes to the burning state (the gas burner is automatically ignited) during cooking. By using the indicated information, it may be possible to accurately recognize that the extinguishing state is changed to the burning state (the gas burner is automatically ignited) during cooking.

In short, according to the further characteristic configuration of the heating cooker of the present invention, the intermittent combustion cooking menu can be satisfactorily performed.

A further characteristic configuration of the heating cooker of the present invention is that a plurality of the gas burners are arranged inside the heating chamber for cooking,
The heating condition for the variable power cooking of the intermittent combustion cooking menu is set to a condition that at least one gas burner among the plurality of gas burners burns in such a manner that the combustion state and the extinguishing state are repeated. It is in.

That is, the heating condition for changing the thermal power of the intermittent combustion cooking menu is a condition in which at least one gas burner out of the plurality of gas burners arranged inside the heating chamber for cooking burns in a form that repeats the burning state and the extinguishing state. Therefore, all of the multiple gas burners placed inside the heating chamber for cooking are burned in a manner that repeats the burning state and the extinguishing state, or multiple gas burners placed inside the heating chamber for cooking The object to be heated stored in the heating chamber for cooking can be satisfactorily cooked by the intermittent combustion cooking menu while burning in a state in which a part of the .

Incidentally, in the case where the cooking heating chamber is a cooking heating chamber for a griddle that accommodates a griddle cooking container, a plurality of gas burners are provided as an upper burner for heating the upper portion of the griddle cooking container and a bottom burner for heating the griddle cooking container. By providing a lower burner for heating the cooking container for the griddle, various types of cooking can be performed while heating the cooking container for the griddle at a low temperature.

In short, according to the further characteristic configuration of the heating cooker of the present invention, it is possible to satisfactorily heat and cook the object to be heated accommodated inside the cooking heating chamber using the intermittent combustion cooking menu.

A further characteristic configuration of the heating cooker of the present invention is that the operation control unit switches the gas burner from the extinguishing state to the burning state during execution of the heating power changing cooking process for the intermittent combustion cooking menu. Therefore, when activating the ignition, an ignition notification process is executed in which the ignition notification unit notifies the ignition notification information indicating that the gas burner is to be ignited.

That is, ignition notification information indicating that it is time to ignite the gas burner when the gas burner is ignited to switch from the extinguishing state to the burning state during execution of the heating power changing cooking process for the intermittent combustion cooking menu. is notified by the ignition notification unit, the user (cooker) can know in advance that the gas burner will change from the extinguishing state to the burning state.

In this way, the user (cooker) can know in advance that the gas burner will change from the extinguishing state to the burning state. The user (cooker) is prevented from being surprised by the change of the gas burner from the extinguished state to the burning state, thereby improving usability.

In short, according to the further characteristic configuration of the heating cooker of the present invention, it is possible to improve usability by informing the user in advance that the gas burner will change from the extinguishing state to the burning state.

A further characteristic configuration of the heating cooker of the present invention is that the ignition notification unit is configured to notify the ignition notification information as non-voice information.

That is, since the ignition notification unit notifies the ignition notification information as non-voice information, the ignition notification information can be properly notified while saving energy.
In other words, since non-voice information can be notified while reducing power consumption compared to voice notification information, energy can be saved by notifying ignition notification information as non-voice information.
By the way, as the ignition notification information, which is non-audible information, for example, it is conceivable to generate an electronic sound such as beep-beep.

In short, according to the further characteristic configuration of the heating cooker of the present invention, it is possible to satisfactorily notify the ignition notification information while saving energy.

A further characteristic configuration of the heating cooker of the present invention is that in the ignition notification process for each set number of times, the operation control unit replaces the ignition notification information with non-audible information with the audio notification unit. The point is that it is configured to notify as.

That is, in the ignition notification process for each set number of times, the ignition notification information is notified as audio information by the audio notification unit instead of non-audio information. can be accurately recognized from the extinguishing state to the burning state.
Incidentally, when the ignition notification information is to be notified by voice information, for example, the voice information indicating that the ignition is to be activated is to be notified.

In this way, the user (cooker) can accurately recognize from the voice information that the gas burner is going from the extinguishing state to the burning state (that the gas burner is being ignited). It is possible to accurately avoid inconvenience such as surprise of the user (cooker) due to the change from the state to the combustion state, thereby further improving usability.

In short, according to the further characteristic configuration of the heating cooker of the present invention, it is possible to accurately recognize that the gas burner is in the burning state from the extinguishing state, thereby further improving usability.

It is a perspective view of a gas stove. FIG. 4 is a circuit diagram showing a fuel gas supply configuration and an ignition configuration; It is a longitudinal side view of a griddle. FIG. 4 is a perspective view showing a state in which the container support is pulled out from the griddle storage; It is a perspective view which shows the relationship between a cooking pot and a cooking container support part. It is a top view of the setting operation part for stove burners. It is a figure which shows the change of the bottom temperature of temperature setting mode. FIG. 5 is a diagram showing changes in bottom temperature in bread dough fermentation baking mode;

[Embodiment]
BEST MODE FOR CARRYING OUT THE INVENTION An embodiment of the present invention will be described below with reference to the drawings.
(Overall configuration of gas stove)
As shown in FIG. 1, the built-in gas stove GC has a standard flame burner 1A, a small flame burner 1B, and a large flame burner 1C as stove burners 1 (an example of gas burner B) on the upper surface of the stove body H. 3) as a heating chamber type cooking portion.
The gas stove GC having the stove portion CR corresponds to the cooking device of the present invention, and the griddle G equipped on the gas stove GC also corresponds to the cooking device of the present invention.

The stove main body H is mainly composed of a box-shaped metal casing 2 with an upper opening. is located below the
A griddle exhaust port 4 for exhausting cooking exhaust from the griddle G is formed on the rear side of the top plate 3 .

Of the three stove burners 1, the standard heat burner 1A and the large heat burner 1C are arranged side by side on the front side of the top plate 3, and the small heat burner 1B is arranged on the left and right sides behind the top plate 3. It is positioned in the center of the direction.
That is, the standard heat burner 1A and the large heat burner 1C correspond to the front stove burner 1 arranged on the front side of the top plate 3, and the small heat burner 1B corresponds to the rear stove burner arranged on the rear side of the top plate 3. Equivalent to 1.

At the top of the top plate 3, there is a trivet 5 for placing a stove cooking container J (see FIG. 2) such as a pot or a frying pan as an object to be heated by the stove burner 1, and three stove burners. 1 are provided corresponding to each.
At the center of the stove burner 1, a stove burner sensor 1S is provided for detecting the presence of a cooking container such as a pot and the bottom wall temperature Th of the stove cooking container J (see FIG. 2).

Inside the casing 2, as shown in FIG. 3, a griddle chamber 6 is provided as a cooking heating chamber that constitutes a griddle G. The griddle chamber 6 includes a griddle burner 7 (an example of a gas burner B), An upper burner 7U provided on the ceiling of the griddle storage 6 and a lower burner 7S provided on the bottom of the griddle storage 6 are provided.

As shown in FIG. 1, a liquid crystal type display unit D for displaying information regarding the operation of the stove burner 1 and the griddle burner 7 on a display screen is provided at the left and right central locations on the front side of the top plate 3 . The display contents of this display section D will be described later.

(griddle details)
As shown in FIG. 3, the griddle G is provided with the griddle storage 6 described above. The griddle chamber 6 is formed in a cylindrical shape with front and rear openings, and an exhaust passage for exhausting combustion exhaust gas from the griddle burner 7 and cooking exhaust such as water vapor from the food to be cooked. An exhaust pipe 6</b>A forming an exhaust pipe 6</b>A extending upward is continuously provided, and the exhaust path E guides the cooking exhaust to the griddle exhaust port 4 .
Incidentally, the griddle G mounted on the gas stove GC may be called a multi-grill, and the griddle G may also be called a multi-grill in this specification.

As shown in FIGS. 3 and 4, a cooking vessel supporting portion L for supporting a griddle cooking vessel K as an object to be heated is provided so as to move forward and backward relative to the griddle chamber 6 .
In this embodiment, as the griddle cooking container K, a plate pan 9A (see FIGS. 3 and 4) having a flat surface for placing the food to be cooked, and a corrugated surface for placing the food to be cooked are provided. It is assumed that there are three types: a formed corrugated plate pan (not shown) and a cooking pot (such as a casserole container) 9C (see FIG. 5) that is a cooking container with a lid for storing the food to be cooked. .

As shown in FIG. 4, the cooking vessel supporting portion L includes left and right movable rails La guided so as to move forward and backward relative to fixed rails provided inside the griddle chamber 6, and a front edge portion of the cooking vessel K for the griddle. and a support frame Lb (see FIG. 5) formed by bending a rod-shaped member into a form for mounting and supporting the rear edge portion.
The plate pan 9A, the corrugated plate pan, and the cooking pot 9C are configured to be attached to the support frame Lb of the cooking container support portion L in a replaceable manner.

As shown in FIG. 4, door supports 8A are provided at the ends of the left and right movable rails La to attach the griddle door 8 (see FIG. 1) for opening and closing the front opening 6f formed in the front of the griddle storage 6. The end of the support frame Lb is locked and connected to the door support 8A.
Although illustration is omitted, the rear end of the support frame Lb is slidably mounted and supported by a mounting guide provided inside the griddle box 6 .

As shown in FIG. 3, the griddle burner 7 heats the upper portion of the griddle cooking container K housed inside the griddle chamber 6 with the upper burner 7U, thereby heating the griddle cooking container K housed inside the griddle chamber 6. It is configured such that the bottom of K is heated by the lower burner 7S.
That is, the lower burner 7S heats the griddle cooking container K housed in the griddle chamber 6 from below, and the upper burner 7U provided on the ceiling of the griddle chamber 6 heats the griddle chamber K housed in the griddle chamber 6. It is configured to heat the cooking container K from above.

The lower burner 7S includes a cylindrical burner main body 10A and a burner mixing pipe 10B connected to the burner main body 10A. Burner main body 10A is formed with flame holes F along the circumferential direction. ing. That is, the lower burner 7S is configured to have a flame hole F in an annular shape.
The upper burner 7U is a radiant burner that forms a downward flat plate-shaped flame. Although detailed description is omitted, the flat upper burner main body and the upper burner mixing pipe connected to the upper burner main body. and a combustion flame forming portion is formed on the lower surface portion of the upper burner main body portion.

As shown in FIG. 2, each of the lower burner 7S and the upper burner 7U is equipped with a griddle burner ignition plug Pg as an ignition plug and a griddle burner ignition sensor Rg as an ignition detection device.
The stove burner 1 is also equipped with a stove burner ignition plug Pc as an ignition plug and a stove burner ignition sensor Rc as an ignition detection device.
Incidentally, the stove burner spark plug Pc of the small thermal power burner 1B is arranged at the rear side of the small thermal power burner 1B (see FIG. 1).

As shown in FIG. 3, inside the lower burner 7S, as a container temperature detecting section for detecting the bottom temperature Ts of the cooking container K for the griddle, a bottom temperature Ts is detected by contacting the bottom wall portion of the cooking container K for the griddle. A container temperature detection sensor 11A for detecting is provided.
Further, the exhaust pipe 6A is provided with an internal temperature detection sensor 11B as an internal temperature detection unit for detecting the internal temperature of the exhaust path E communicating with the inside of the griddle container 6 as the internal temperature Tn of the griddle container 6. ing.

(Gas fuel supply configuration)
As shown in FIG. 2, an electromagnetically operated source gas valve 13 is provided in a source gas supply line 12 connected to a gas supply source such as a city gas supply pipe. The gas flow path is branched into four systems: a branch passage 14a for burners, a branch passage 14b for small heat burners, a branch passage 14c for large heat burners, and a branch passage 15 for griddle burners.

A governor 16 for adjusting the supply pressure of gas fuel to the lower burner 7S and the upper burner 7U to a set pressure is provided in the griddle burner branch passage 15, and the gas fuel adjusted to the set pressure by the governor 16 is supplied to the lower burner 7S. A lower burner supply passage 17S for guiding the fuel and an upper burner supply passage 17U for guiding the gas fuel adjusted to the set pressure by the governor 16 to the upper burner 7U are branched from the griddle burner branch passage 15 .

Each of the branch path 14a for the standard thermal power burner, the branch path 14b for the small thermal power burner, and the branch path 14c for the high thermal power burner is provided to adjust the flow rate of the fuel gas by driving the stepping motor to adjust the heating amount (thermal power). gas volume control valve 18 for stove is provided.
Further, in each of the lower burner supply path 17S and the upper burner supply path 17U, a griddle gas amount adjustment valve 19 for adjusting the heating amount (thermal power) by adjusting the flow rate of the fuel gas by driving the stepping motor. is provided.

The heating power of the stove burner 1 can be changed to various heating powers by the stove gas amount adjustment valve 18, but in this embodiment, the heating power of the stove burner 1 is changed to three stages of "strong", "medium" and "weak". shall be
Similarly, the heating power of the lower burner 7S and the upper burner 7U in the griddle burner 7 can be changed to various heating powers by the griddle gas amount adjustment valve 19, but in this embodiment, the lower burner 7S and the upper burner 7U are respectively The firepower of is changed to three levels of "strong", "medium" and "weak".

(Ignition operation configuration of spark plug)
As shown in FIG. 2, as the igniter N, a first igniter N1 and a second igniter N2 are provided.
A pair of griddle burner ignition plugs Pg provided for the lower burner 7S and the upper burner 7U are connected to the second igniter N2.

A pair of stove burner spark plugs Pc, which are provided for the standard thermal power burner 1A and the large thermal power burner 1C, are connected to the first igniter N1 and are provided for the small thermal power burner 1B. A stove burner ignition plug Pc is connected to the second igniter N2.

(Operation configuration of gas stove)
As shown in FIG. 1, on the upper right side of the griddle G on the front side surface of the stove main body H, there are separate ignition and extinguishing and fire power burners for the standard fire burner 1A, the small fire burner 1B and the large fire burner 1C. Three stove controls 20 are provided for commanding adjustments. In other words, a standard burner operating tool 20a, a small thermal power burner operating tool 20b, and a large thermal power burner operating tool 20c are provided.
The stove operation tool 20 is configured to issue an ignition command and a fire extinguishing command alternately each time it is pushed, and to issue a heating power adjustment command by rotating it.

A stove burner setting operation unit 21 (an example of a cooking menu instruction unit) for setting the automatic cooking operation mode of the stove burner 1 is provided at a right lower portion of the griddle G on the front side surface of the stove main body H. The stove burner setting operation unit 21 is provided so as to be openable and closable by swinging back and forth. A panel 21P is provided.

A griddle setting operation unit 22 (an example of a cooking menu instruction unit) for setting the griddle burner 7 is mounted on the front side surface of the stove main body H below the left side of the griddle G. Various information such as an ignition command, a fire extinguishing command, a thermal power adjustment command, a heat cooking time adjustment command, a selection command for a plurality of cooking menus, etc. A griddle operation panel 22P is provided.

(About cooking menu of stove burner)
The stove burner setting operation unit 21 includes a water boiling processing mode (water boiling menu), a timer operation processing mode (timer operation menu) that automatically extinguishes the fire when the set time elapses, and a temperature control processing mode that heats the cooking vessel J for the stove to a set temperature. Various automatic cooking operation modes (cooking menu) such as (temperature control processing menu) can be freely set.
Since the setting operation configurations for the standard thermal power burner 1A, the small thermal power burner 1B, and the large thermal power burner 1C are the same, the setting configuration for the small thermal power burner 1B will be described as a representative based on FIG.

In other words, the menu switch 23 switches and selects the boiling processing mode, the temperature control processing mode, and the timer operation processing mode each time the cooking menu is pressed, and when the temperature control processing mode is selected, the cooking container J for the stove is turned on. An increase/decrease switch 24 for increasing/decreasing the set target temperature to be heated and increasing/decreasing the set target time of the timer operation processing mode when the timer operation processing mode is selected, the set target temperature set by the increase/decrease switch 24, A display section 25 for displaying the set target time and a cancel switch 26 for erasing the set contents are provided.

In this embodiment, the temperature control processing mode can be set for each of the standard thermal power burner 1A, the small thermal power burner 1B, and the large thermal power burner 1C. It is possible to set a low-temperature temperature control processing mode in which the temperature is controlled by repeating the extinguishing state and a high-temperature temperature control processing mode in which the temperature is controlled by changing the heating power without extinguishing the small flame burner 1B.

On the other hand, as the temperature control processing mode for the standard thermal power burner 1A and the large thermal power burner 1C, the high temperature temperature control is performed by changing the thermal power intensities without extinguishing the standard thermal power burner 1A and the large thermal power burner 1C. Processing mode can be set.

That is, in the low temperature control processing mode for the small heat burner 1B, the set target temperature can be set to less than 100° C., and in the high temperature control processing mode for the small heat burner 1B, the standard heat burner 1A, and the large heat burner 1C, , the set target temperature is set to 100° C. or higher.
The low-temperature temperature control processing mode can be used, for example, when cooking meat at a low temperature, and the high-temperature temperature control processing mode can be used, for example, when cooking fried food.

Incidentally, the temperature control processing mode corresponds to a heating power variable cooking menu in which the stove burner 1 is operated under the heating conditions for heating power variable cooking in which the heating power of the stove burner 1 is changed during cooking.
The low-temperature temperature control processing mode corresponds to an intermittent combustion cooking menu in which the heating conditions for heating power variable cooking are set to conditions in which the gas burner B is burned in a manner in which the combustion state and the extinguishing state are repeated, and high temperature temperature control processing. The mode corresponds to a continuous combustion cooking menu in which the heating conditions for heating power variable cooking are set to the conditions for burning with a form in which the heating power of the gas burner B is changed to a higher or weaker level without extinguishing the gas.

Further, in this embodiment, after the cooking menu is set with the menu switch 23, the set cooking menu can be executed by issuing an ignition command with the stove operation tool 20. Even when a cooking menu is set by the menu switch 23 during combustion, the set cooking menu can be executed.

(About griddle cooking menu)
A plurality of cooking menus by the griddle setting operation unit 22 are selected by operating the griddle operation panel 22P while displaying various information for instructing (selecting) one of the plurality of cooking menus on the display unit D. In addition, by operating the operation panel 22P for the griddle, various information such as an ignition command for starting the selected cooking menu, a heating power adjustment command, a heating time adjustment command, etc. are configured to be commanded.

In the present embodiment, the griddle burner 7 is in a heating chamber cooking mode that changes the heating power without extinguishing the griddle burner 7, and the heating chamber cooking mode is a mode that alternates between the burning state and the extinguishing state. The intermittent combustion type heating chamber cooking mode for burning is configured to be freely settable.
The heating power switching type heating chamber cooking mode can be used for cooking various foods such as frozen foods at a set temperature. It can be used for heating cooking such as "" and "roast beef".

Incidentally, the heating power switching type heating chamber cooking mode and the intermittent combustion heating chamber cooking mode are a heating power changing type in which the heating power of the griddle burner 7 is changed during cooking, and the griddle burner 7 is operated to burn under the heating conditions for the heating power changing type cooking. It corresponds to the cooking menu.

In addition, the heating power switching type heating chamber cooking mode corresponds to a continuous burning cooking menu in which the heating conditions for heating power switching type cooking are set to conditions in which the gas burner B burns in a form in which the heating power is changed to a higher or weaker level without extinguishing the gas burner B. In addition, the intermittent combustion heating chamber cooking mode corresponds to an intermittent combustion cooking menu in which the heating conditions for heating power change cooking are set so that the gas burner B burns in a form in which the combustion state and the extinguishing state are repeated. will do.

Further, in this embodiment, after the cooking menu is set on the griddle operation panel 22P, the set cooking menu can be executed by issuing an ignition command on the griddle operation panel 22P. ing.

(Gas stove control configuration)
As shown in FIG. 2, an operation control unit V for controlling the operation of the gas stove GC is provided. configured to control.
The operation control unit V is configured to execute notification processing for controlling the notification operation of the audio notification unit 27 and the notification operation of the electronic sound notification unit 28 (an example of the ignition notification unit). will be described later.

That is, the operation control unit V controls the standard thermal power burner 1A, the standard thermal power burner 1A, the Ignition processing for igniting the small heat burner 1B and the large heat burner 1C with ignition heat (medium heat), fire extinguishing processing, and heat control processing are performed. The burner 1A, the low-power burner 1B, and the high-power burner 1C are each configured to perform a heat cooking operation.

Further, the operation control unit V performs an ignition process for igniting the griddle burner 7 with ignition firepower (strong firepower), a fire extinguishing process, and a heat power adjustment process based on the setting information of the griddle setting operation unit 22. It is configured to execute a heating cooking operation for a commanded (selected) cooking menu among the cooking menus.

Further, when an ignition command is issued by the standard thermal burner operating tool 20a or the large thermal power burner operating tool 20c, the operation control unit V operates the first igniter N1 to 1C is configured to ignite the stove burner ignition plug Pc disposed for each of the 1C, and when an ignition command is issued by the small power burner operation tool 20b or the griddle setting operation unit 22 , the second igniter N2 is operated to turn on the stove burner spark plug Pc for the small flame burner 1B and the griddle burner spark plug Pg for the lower burner 7S and the upper burner 7U. Arranged for ignition activation.

(Details of operation control of the stove)
The operation control unit V is configured to include a microcomputer and controls the operation (combustion operation) of the stove burner 1. When the cooking menu is set in the stove burner setting operation unit 21, Then, the cooking process is executed in which the stove burner 1 is operated under the heating conditions corresponding to the set cooking menu.
When the heating power variable cooking menu is set as the cooking menu, the heating power variable cooking process for controlling the combustion operation of the stove burner 1 is executed under the heating conditions for the heating power variable cooking.

That is, when the operation control unit V issues an ignition command from the stove operation tool 20, it operates the source gas valve 13 and the gas amount adjustment valve 18 for the stove to supply the stove burner 1 with fuel of ignition power (medium power). gas is supplied, and in addition, ignition processing is performed to operate the stove burner ignition plug Pc for the stove burner 1 and to detect ignition by the stove burner ignition sensor Rc; When the cooking menu is set in the cooking menu, the cooking process for the cooking menu is executed, and when the cooking menu is set after the stove burner 1 is ignited, the cooking process for the cooking menu is executed. is configured as
Then, when the set cooking menu is a heating power changing cooking menu, the heating power changing cooking process for the heating power changing cooking menu is executed.

When a fire extinguishing command is issued from the stove operation tool 20 for the purpose of interrupting the heating cooking of the cooking menu, etc., the original gas valve 13 and the gas amount adjustment valve 18 for the stove are operated to the closed state, and the stove is turned on. Burner 1 is extinguished.

The temperature control processing mode set for the small heat burner 1B will be described below.
In the low-temperature temperature control processing mode, the operation control unit V executes a thermal power variable cooking process in which the small thermal power burner 1B is operated under the heating conditions for thermal power variable cooking in which the combustion state and the extinguishing state are repeated. In addition, in the high-temperature temperature control processing mode, the low-power burner 1B is burned under the heating conditions for the heating power change type cooking, in which the low-power burner 1B is burned in a form in which the fire power is changed to strong or weak without extinguishing the fire. The formula cooking process will be executed.

That is, when the set target temperature set by the stove burner setting operation unit 21 is set to less than 100° C., the heating conditions for thermal power variable cooking corresponding to the low-temperature temperature control processing mode are set, and the stove burner When the set temperature set by the setting operation unit 21 is set to 100.degree.

In the heating condition for variable heat power type cooking corresponding to the low temperature temperature control processing mode, when the bottom wall temperature Th detected by the stove burner sensor 1S in the combustion state of the small heat burner 1B reaches the set target temperature (for example, 50° C.) , the fire extinguishing process is performed to put the small-power burner 1B in the extinguishing state, and the bottom wall temperature Th detected by the stove burner sensor 1S in the extinguishing state is a re-ignition temperature (for example, 46° C.) lower than the set target temperature. ), the conditions are set to perform re-ignition processing for burning the low-power burner 1B at medium-power (see FIG. 7).
The set target temperature is a temperature corresponding to the set temperature set by the stove burner setting operation section 21 .

Incidentally, as shown in FIG. 7, even if the detected temperature (bottom wall temperature Th) of the stove burner sensor 1S reaches the set target temperature (for example, 50° C.) and the low-power burner 1B is extinguished, The bottom wall temperature Th rises above the set target temperature (for example, 50° C.) and then falls, and the temperature detected by the stove burner sensor 1S (bottom wall temperature Th) reaches the reignition temperature (for example, 46 ° C.), the bottom wall temperature Th of the cooking vessel K drops to the re-ignition temperature (for example, 46° C.), so the stove cooking vessel J is heated to approximately 50° C. on average. It will be maintained as it was.

Further, the heating condition for heating power variable cooking corresponding to the high-temperature temperature control processing mode is the set target temperature (for example, 150° C.) of the bottom wall temperature Th detected by the stove burner sensor 1S in the combustion state of the small thermal power burner 1B. Then, the thermal power of the small thermal power burner 1B is switched to low thermal power, and after that, the bottom wall temperature Th detected by the stove burner sensor 1S is lower than the set target temperature (eg, 150 ° C.) Re-ignition temperature (eg, 146 °C), the conditions are set such that the thermal power of the small thermal power burner 1B is switched to medium thermal power.
The set target temperature is a temperature corresponding to the set temperature set by the stove burner setting operation section 21 .

(Details of griddle operation control)
The operation control section V controls combustion of the lower burner 7S and the upper burner 7U based on the command information from the griddle setting operation section 22. FIG.
Further, when executing the cooking operation for the cooking menu instructed (selected) by the griddle setting operation unit 22, the operation control unit V performs the cooking operation under the heating conditions for cooking determined according to the instructed cooking menu. is configured to run

Then, when the instructed cooking menu corresponds to the heating chamber cooking mode of the heating power switching type, the griddle burner 7 burns under the heating conditions for the heating power switching type cooking in which the heating power is changed to be stronger or weaker without extinguishing the fire. A thermal power variable cooking process that controls the operation is executed, and when the commanded cooking menu corresponds to the intermittent combustion heating chamber cooking mode, the thermal power variable type that burns in a form that repeats the burning state and the extinguishing state. It is configured to execute a heating power variable cooking process that controls the combustion operation of the griddle burner 7 under cooking heating conditions.

That is, after one cooking menu is instructed (selected) by the griddle setting operation unit 22 from among the plurality of cooking menus displayed on the display unit D, the operation control unit V operates the griddle setting operation unit. When an ignition command is issued at 22, the source gas valve 13 and the griddle gas amount control valve 19 are operated to supply fuel gas with ignition power (high power) to the lower burner 7S and upper burner 7U. In addition, ignition processing is executed to operate the griddle burner ignition plugs Pg for the lower burner 7S and the upper burner 7U and to detect ignition by the griddle burner ignition sensor Rg.
When a fire extinguishing command is issued by the griddle setting operation unit 22 for the purpose of interrupting the heat cooking of the cooking menu, the original gas valve 13 and the griddle gas amount adjustment valve 19 are closed. , the fire extinguishing process for extinguishing the lower burner 7S and the upper burner 7U.

In the combustion state of the lower burner 7S and the upper burner 7U, the griddle gas amount adjustment valve 19 for the lower burner 7S and the griddle gas amount adjustment valve 19 for the upper burner 7U are operated to increase the heating power of the lower burner 7S and the upper burner 7U. , the heating power adjustment process is executed to change and adjust the heating power set for each cooking menu.
In addition, when the fire extinguishing conditions are satisfied, such as when the set cooking time is reached after the time elapsed since the start of the cooking, the extinguishing process described above is executed. , the lower burner 7S and the upper burner 7U are extinguished automatically.

(Details of griddle cooking menu)
A plurality of cooking menus to be set for the griddle G (griddle chamber 6) are classified according to the griddle cooking container K to be used, and are set in a form of allocating to a plurality of classified menus.
Further, in the present embodiment, the plurality of cooking menus are set as "food name" as a food type, set as a dish name such as "hamburger steak", and set as "baked", "simmered". ” and the like are included.

In this embodiment, the "bread dough fermentation baking mode" of the cooking menus set in the cooking pot 9C will be described as a representative. In the "bread dough fermentation and baking mode", the "bread dough fermentation mode" and the "bread dough baking mode" are sequentially executed (see FIG. 8).

The "bread dough fermentation mode" is a cooking menu for secondary fermentation of the bread dough that has completed the primary fermentation, and is a condition for heating the bread dough to a set temperature for fermentation (for example, 35 to 38 ° C.) while intermittently burning the griddle burner 7. stipulated in That is, the "bread dough fermentation mode" is a mode for executing the intermittent combustion heating chamber cooking mode in which the griddle burner 7 burns in a form in which the burning state and the extinguishing state are repeated.

Specifically, as shown in FIG. 8, at the start of cooking, the griddle burner 7 is burned with the initial heating power, and when the bottom temperature Ts of the cooking pot 9C reaches the set target temperature (for example, 38° C.), After that, the griddle burner 7 is ignited when the bottom temperature Ts of the cooking pot 9C reaches the set lower limit temperature (eg, 35° C.), and when it reaches the set target temperature (eg, 38° C.). While extinguishing the griddle burner 7, the griddle burner 7 is heated with the set continuous heating power, and when the elapsed time from the start of cooking reaches the set cooking time (fermentation time: for example, 40 minutes). , the heating operation of the griddle burner 7 is stopped.

Incidentally, in this embodiment, as the initial heating power, the heating power is set to make the heating power of the lower burner 7S of the griddle burner 7 "weak" and the heating power of the upper burner 7U of the griddle burner 7 "high". The heating power is set so that the heating power of the lower burner 7S and the heating power of the upper burner 7U of the griddle burner 7 are "low".

The "bread dough baking mode" is a cooking menu for baking fermented bread dough. ), and after that, with the combustion of the griddle burner 7 stopped, the griddle chamber 6 preheats with the amount of heat held in the griddle chamber 6 for the preheating time (for example, 2 minutes). It is defined.

Incidentally, in the present embodiment, when the "bread dough fermentation mode" of the "bread dough fermentation baking mode" is executed, the griddle burner ignition plug Pg of the griddle burner 7 is ignited and operated in order to intermittently burn the griddle burner 7. Then, in accordance with the ignition operation, the stove burner ignition plug Pc provided for the small thermal power burner 1B is also ignited.

However, since the small heat burner 1B is arranged on the rear side of the top plate 3 and the ignition plug Pc for the stove burner of the small heat burner 1B is arranged on the rear side of the small heat burner 1B, It is difficult for a user to see the generation of the spark accompanying the ignition operation of the stove burner ignition plug Pc of the small thermal power burner 1B, and the spark accompanying the ignition operation of the stove burner ignition plug Pc of the small thermal power burner 1B is difficult to see. The occurrence can be avoided from giving discomfort to the user.

(Details of notification processing)
The notification process is performed for the combustion operation of the stove burner 1 and the griddle burner 7. First, the notification process for the griddle burner 7 will be described.
In the present embodiment, as notification processing, an audio notification processing and an ignition notification processing are executed. A description will be given assuming that the notification process is executed in the heating chamber cooking mode.

That is, when the operation control unit V starts the heating power change type cooking process, the audio notification process is performed in which the audio notification unit 27 notifies the voice notification information indicating that the heating power will be changed during cooking. is configured to
That is, when starting the heating power changing cooking process corresponding to the intermittent combustion heating chamber cooking mode, for example, when starting the heating power changing cooking process corresponding to the "bread dough fermentation baking mode", the voice notification information is notified. is configured as follows.
As the voice notification information, for example, it is conceivable that the contents of "the multi-grill may be automatically ignited".
Incidentally, when the audio notification information is notified by the audio notification section 27, the electronic sound notification section 28 notifies an alarm sound (for example, an electronic sound such as beep) to call attention prior to the audio notification information. It is configured to allow

Incidentally, in the present embodiment, the timing at which the notification of the alarm sound and the audio notification information is started is after the ignition plug Pg for the griddle burner is actuated and at the timing at which the ignition sensor Rg for the griddle burner detects ignition. is set.

Further, the operation control unit V executes the voice notification process every time a set time (for example, 30 minutes) elapses during the execution of the heating power changing cooking process corresponding to the intermittent combustion heating chamber cooking mode. It is configured.
As for the voice notification information, similar to the case of starting the heating power changing cooking process, for example, the content of "the multi-grill may be automatically ignited" can be considered. Cooking is in progress. Please be careful as it may automatically ignite."
Incidentally, when the audio notification information is notified by the audio notification unit 27, in the same way as when starting the heating power change type cooking process, an alarm sound (for example, pippi, etc.) prompts attention prior to the audio notification information. electronic sound) is notified by the electronic sound notification unit 28. FIG.

When the operation control unit V ignites the griddle burner 7 to switch from the fire extinguishing state to the burning state during execution of the heating power changing cooking process corresponding to the intermittent combustion heating chamber cooking mode, prior to the ignition actuation. Then, an ignition notification process is executed in which the electronic sound type notification unit 28 notifies ignition notification information indicating that it is time to ignite the griddle burner 7 .
Specifically, the electronic sound type notification unit 28 functioning as an ignition notification unit is configured to notify an alarm sound (for example, an electronic sound such as beep) as non-voice information.

Incidentally, in this embodiment, when the griddle burner spark plug Pg is ignited to ignite the griddle burner 7, the stove burner spark plug Pc of the small flame burner 1B is also ignited. By notifying the ignition notification information, it is possible to call attention to the ignition operation of the stove burner ignition plug Pc of the small thermal power burner 1B.

Furthermore, the operation control unit V, in the ignition notification process every set number of times (for example, every 5 to 10 times), replaces the non-audible information with the ignition notification information and notifies it as audio information in the audio notification unit 27. is configured to
That is, as a cooking menu corresponding to the intermittent combustion heating chamber cooking mode, a cooking menu such as "roast beef" that takes a long time to cook can be considered. During the execution of the heating power variable cooking process for such a cooking menu, in the ignition notification process every set number of times (for example, every 5 to 10 times), the ignition notification information is replaced with non-audio information, and voice notification is performed. The unit 27 is configured to notify as voice information.

As the voice information of the ignition notification information, for example, the content of "The multi-grill may automatically ignite" can be considered, but as another example, the content of "Please be careful as it will automatically ignite." Conceivable.
Incidentally, when the audio notification information is notified by the audio notification unit 27, in the same way as when starting the heating power change type cooking process, an alarm sound (for example, pippi, etc.) prompts attention prior to the audio notification information. electronic sound) is notified by the electronic sound notification unit 28. FIG.

(Notification processing of stove burner)
Notification processing for the stove burner 1 will be described. It is assumed that notification processing is executed in the low-temperature temperature control processing mode among the processing modes.

When the operation control unit V starts the heating power changing cooking process in the low-temperature temperature control processing mode, the voice reporting unit 27 notifies the voice reporting information indicating that the heating power is changed during heat cooking. It is configured to execute formula notification processing.
That is, when starting the heating power variable cooking process in the low-temperature temperature control mode, voice notification information indicating that the heating power will be changed during heat cooking is provided in a language.
As a specific example of the voice notification information, for example, the content of "the small heat burner 1B may automatically ignite" can be considered.
Incidentally, when the audio notification information is notified by the audio notification section 27, the electronic sound notification section 28 notifies an alarm sound (for example, an electronic sound such as beep) to call attention prior to the audio notification information. It is configured to allow

Incidentally, in the present embodiment, the timing for starting the notification of the alarm sound and the audio notification information is set to the timing when the ignition sensor Rc for the stove burner detects ignition after the ignition plug Pc for the stove is operated. It is

Further, the operation control unit V is configured to execute an audio notification process each time a set time (for example, 30 minutes) elapses during the execution of the heating power change type cooking process corresponding to the low temperature temperature control process mode. ing.
As for the voice notification information, similar to the case of starting the heating power change type cooking process, for example, the content of "the small flame burner 1B may automatically ignite" can be considered. Thermal burner 1B is automatically cooking. Please be careful as it may automatically ignite."
Incidentally, when the audio notification information is notified by the audio notification unit 27, in the same way as when starting the heating power change type cooking process, an alarm sound (for example, pippi, etc.) prompts attention prior to the audio notification information. electronic sound) is notified by the electronic sound notification unit 28. FIG.

When the operation control unit V ignites the small heat burner 1B to switch from the extinguishing state to the burning state during execution of the heating power variable cooking process corresponding to the low temperature temperature control mode, prior to the ignition actuation. , an ignition notification process in which an electronic sound type notification unit 28 notifies ignition notification information indicating that it is time to ignite the small thermal power burner 1B.
Specifically, the electronic sound type notification unit 28 functioning as an ignition notification unit notifies an alarm sound (for example, an electronic sound such as beep) as non-voice information (non-verbal notification information). It is configured.

Furthermore, the operation control unit V, in the ignition notification process every set number of times (for example, every 5 to 10 times), replaces the non-audible information with the ignition notification information and notifies it as audio information in the audio notification unit 27. is configured to

As the voice information of the ignition notification information, for example, the content of "The small flame burner 1B may automatically ignite" can be considered. Please be careful", "It will be ignited", or "Please be careful as it will be ignited".
Incidentally, when the audio notification information is notified by the audio notification unit 27, in the same way as when starting the heating power change type cooking process, an alarm sound (for example, pippi, etc.) prompts attention prior to the audio notification information. electronic sound) is notified by the electronic sound notification unit 28. FIG.

[Another embodiment]
Next, another embodiment is listed.
(1) In the above-described embodiment, the case where the voice notification process is executed for the intermittent combustion cooking menu, which is the continuous combustion cooking menu and the intermittent combustion cooking menu as the heating power changing cooking menu, is exemplified. However, the voice notification process may also be executed for the continuous combustion cooking menu.
That is, the voice notification process may also be executed for the heating chamber cooking mode of the griddle burner 7 with switching heating power and the high-temperature temperature control process mode of the stove burner 1 .

In this case, as the voice notification information when starting the heating power change cooking process of the continuous combustion cooking menu, the contents such as "heat power will be switched during automatic cooking" can be considered. As the voice notification information during the execution of the process, it is conceivable to notify the content such as "the thermal power will increase" in accordance with the timing of increasing the thermal power.

(2) In the above embodiment, three stove burners 1 are provided as the plurality of stove burners 1. For example, two or more stove burners 1 are arranged horizontally on the front side of the top plate 3, In addition, four or more stove burners 1 may be provided by arranging two or more stove burners 1 on the rear side of the top plate 3, and the two stove burners 1 may be arranged in the horizontal width of the top plate 3. Various modifications can be made to the configuration including a plurality of stove burners 1, such as arranging them in the direction or in the front-to-rear width direction.

(3) In the above embodiment, the intermittent combustion cooking mode is configured for one stove burner 1 out of the plurality of stove burners 1, but two or more stove burners 1 , the intermittent combustion cooking mode may be set.
That is, in the above-described embodiment, the low-temperature cooking mode is executed by the low-power burner 1B of the three stove burners 1, but all three stove burners 1 execute the low-temperature cooking mode. It may be configured to

(4) In the above embodiment, the low-temperature temperature control processing mode was exemplified as the cooking mode in which the stove burner 1 executes the intermittent combustion cooking mode. The intermittent combustion cooking mode can be applied to various cooking modes, such as setting a simmered dish cooking mode.

(5) In the above embodiment, "bread dough fermentation mode" and "roast beef" were exemplified as cooking menus in which the griddle burner 7 executes the intermittent combustion heating chamber cooking mode. For example, when heating an object to be cooked (for example, hamburger, chicken thigh, etc.) placed on the plate pan 9A, the griddle burner 7 is burned in a state where the ignition state and the extinguishing state are repeated to cook at a low temperature. and a cooking menu in which the griddle burner 7 is extinguished and then re-ignited in the final process of cooking brown rice, such as a brown rice cooking menu.

As a cooking menu that intermittently burns the griddle burner 7, "steamed chicken" will be described. Then, the griddle burner 7 is extinguished. After that, when the bottom temperature Ts of the cooking pot 9C reaches the set lower limit temperature (eg, 70°C), the griddle burner 7 is ignited and the set target temperature (eg, 75°C). Then, while extinguishing the griddle burner 7, the griddle burner 7 is heated with the set continuous heating power, and when the elapsed time from the start of cooking reaches the set cooking time (for example, 100 minutes), The heating operation of the griddle burner 7 is stopped.

(6) In the above embodiment, the griddle cooking container K includes the plate pan 9A, the corrugated plate pan, and the cooking pot 9C. However, the griddle cooking container K includes only the cooking pot 9C. Various modifications can be made to the specific configuration of the griddle cooking container K to be provided.

(7) In the above embodiment, the Guldol G was exemplified as a heating chamber type cooking unit, but the heating chamber type cooking unit may be a grill equipped with a grill chamber as a cooking heating chamber and a grill burner as a heating burner, or a cooking unit. An oven chamber as a heating chamber and an oven equipped with an oven burner as a heating burner may be provided.

(8) In the above embodiment, as the intermittent combustion cooking mode, the case where the gas burner B performs intermittent combustion based on the temperature detection information of the cooking vessel J for the stove and the temperature detection information of the cooking vessel K for the griddle was exemplified. For example, the specific configuration for switching between the burning state and the extinguishing state can be changed in various ways, such as switching between the burning state and the extinguishing state at set time intervals.

(9) In the above embodiment, the first igniter N1 and the second igniter N2 are provided as the igniter N, and the ignition plug Pc for the stove burner of the small thermal power burner 1B and the upper burner 7U and the lower burner 7S The case where the griddle burner spark plug Pg is connected to the second igniter N2, and the stove burner spark plug Pc for the standard thermal power burner 1A and the large thermal power burner 1C is connected to the first igniter N1 is illustrated. can be changed in various ways.

For example, an igniter N connecting the stove burner spark plug Pc of the small flame burner 1B, an igniter N connecting the griddle burner spark plugs Pg of the upper burner 7U and the lower burner 7S, the standard flame burner 1A and the large flame burner 1C. An igniter N for connecting the stove burner ignition plug Pc may be provided.

Further, in the case where a plurality of stove burners 1 among the plurality of stove burners 1 are configured to be capable of setting the intermittent combustion cooking mode, the stove burners of the plurality of stove burners 1 capable of setting the intermittent combustion cooking mode An igniter N may be separately provided for each of the ignition plugs Pc.

(10) In the above embodiment, the intermittent combustion cooking menu in which the upper burner 7U and the lower burner 7S arranged in the griddle chamber 6 as the heating chamber for cooking are intermittently burned is exemplified. For example, at least one of the upper burner 7U and the lower burner 7S intermittently burns, such as a cooking menu in which the upper burner 7U burns continuously and the lower burner 7S burns intermittently. You may make it the cooking menu which burns.

(11) In the above embodiment, the gas stove GC having the guldle G as the heating chamber type cooking portion was exemplified, but the present invention can also be applied to a gas stove GC that does not have a heating chamber type cooking portion.
Similarly, the present invention can also be applied to a dedicated heating chamber cooking section that is not equipped on the gas stove GC.

(12) In carrying out the present invention, if it is possible to switch between a state in which the audio notification process is executed and a state in which the execution of the audio notification process is stopped, the user (cook) can Accordingly, the execution of the voice notification process can be stopped, and the usability can be further improved.

It should be noted that the configurations disclosed in the above embodiments (including other embodiments, the same shall apply hereinafter) can be applied in combination with configurations disclosed in other embodiments as long as there is no contradiction. The embodiments disclosed in this specification are exemplifications, and the embodiments of the present invention are not limited thereto, and can be modified as appropriate without departing from the object of the present invention.

6 Cooking heating chamber 21 Cooking menu command unit 22 Cooking menu command unit 27 Voice type notification unit 28 Ignition notification unit B Gas burner J Object to be heated K Object to be heated V Operation control unit

Claims (8)

A gas burner that heats an object to be heated, an operation control unit that controls the combustion operation of the gas burner, and a thermal power change type that changes the thermal power of the gas burner during cooking, and changes the thermal power that causes the gas burner to perform combustion operation under cooking heating conditions. a cooking menu command unit for commanding a formula cooking menu,
When the operation control unit is instructed to start the cooking operation of the thermal power variable cooking menu, the thermal power variable cooking process is executed to control the combustion operation of the gas burner under the heating conditions for thermal power variable cooking. A heating cooker configured to
The operation control unit executes an audio notification process in which the audio notification unit notifies audio notification information indicating that the heating power is changed during cooking , when starting the heating power change cooking process. A heating cooker configured to: 2. The heating cooker according to claim 1, wherein the operation control unit is configured to execute the voice notification process each time a set time elapses during execution of the heating power change type cooking process. As the variable thermal power cooking menu, a continuous combustion cooking menu in which the heating conditions for variable thermal power cooking are set as conditions for burning in a form in which the gas burner is not extinguished and the fire power is changed to a higher or weaker level without extinguishing the gas burner, and the variable thermal power type an intermittent combustion cooking menu in which heating conditions for cooking are set to conditions in which the gas burner burns in a manner in which the combustion state and the extinguishing state are repeated;
3. The heating cooker according to claim 1 or 2, wherein the cooking menu command section is configured to command the continuous combustion cooking menu and the intermittent combustion cooking menu. 4. The operation control unit according to claim 3, wherein the operation control unit is configured to execute the voice notification process for the intermittent combustion cooking menu out of the continuous combustion cooking menu and the intermittent combustion cooking menu. heating cooker. A plurality of the gas burners are arranged inside the heating chamber for cooking,
The heating condition for the variable power cooking of the intermittent combustion cooking menu is set to a condition that at least one gas burner among the plurality of gas burners burns in a form that repeats the burning state and the extinguishing state. 5. The heating cooker according to Item 3 or 4. The gas burner is ignited when the operation control unit ignites the gas burner to switch from the extinguishing state to the burning state during execution of the heating power changing cooking process for the intermittent combustion cooking menu. 6. The heating cooker according to any one of claims 3 to 5, wherein an ignition notification process is executed in which the ignition notification unit notifies ignition notification information indicating that it is the timing. 7. The heating cooker according to claim 6, wherein said ignition notification unit is configured to notify said ignition notification information as non-voice information. 8. The operation control unit is configured to notify the ignition notification information as audio information by the audio notification unit instead of non-audio information in the ignition notification process for each set number of times. The heating cooker described.

Images