JP6423605B2 - Gyoza grill - Google Patents

Description

  The present invention provides a heating unit for heating the dumpling pan on which the dumplings to be cooked and a temperature detection unit for detecting the temperature of the dumpling pan are maintained at the set target temperature so that the temperature of the heating unit is maintained. The present invention relates to a gyoza grill provided with a heating control unit for controlling the heating operation.

  Such a gyoza griller puts the dumplings to be cooked in a dumpling pan, then steams the dumpling steaming water into the dumpling pan, steams the dumplings to be cooked, and then finishes steaming It is used for baking dumplings in a state where burnt eyes are formed on the surface of the dumplings, and is often used for business purposes.

  That is, the heating operation of the heating unit is controlled by the heating control unit, and the dumpling pan is preheated to a set target temperature (for example, 210 ° C.) so that cooking can be started immediately if there is an order. When an order is generated, the dumplings to be cooked are placed in a dumpling pan, and then the dumpling steaming water is poured into the dumpling pan to bake the dumplings.

  In other words, when dumplings to be cooked are placed in a dumpling pan, and then water for dumpling steaming is poured into the dumpling pan, the temperature of the dumpling pan preheated to the set target temperature is set to the heating control unit. Even if the heating operation of the heating unit is continued, for example, the temperature drops rapidly to about 110 ° C. to 120 ° C., and steamed cooking of dumplings is performed in the temperature lowered state. Steamed cooking of dumplings will continue until it evaporates.

And since the heating operation of the heating unit is continued by the heating control unit, when steaming cooking of the dumpling is finished, the temperature of the dumpling pan gradually rises again toward the set target temperature (for example, 210 ° C), As the temperature rises, burnt eyes are formed on the surface of the dumplings, and the baking of the dumplings is completed in a state where appropriate burnt eyes are formed.
By the way, generally, a lid for closing the dumpling pan will be equipped, and after pouring water for dumpling steam into the dumpling pan, the lid will be closed.

  As a conventional example of a gyoza grilling device, there is provided an operation unit equipped with a timer for measuring the set baking time and a buzzer that activates a notification when the timer times the baking time. When water is poured, the timer starts timing, and when the baked time set by the timer is timed, the baked dumplings are taken out from the dumpling pan at an appropriate timing by operating the buzzer. (For example, refer to Patent Document 1 (paragraphs [0002] and [0003]).

  In patent document 1, although the detailed description about starting the timing operation of the timer equipped in the operation unit is omitted, when the water for dumpling steaming is poured into the dumpling pan, the user performs the timing operation. It is considered that the operation to start timing is started.

Japanese Patent Laid-Open No. 11-309071

  In conventional gyoza grills, when you start to bake gyoza, specifically, when you pour water for steaming gyoza into the gyoza pan, you must start the timing operation to start the timer timing. Therefore, there is a disadvantage that the cooking work for cooking the dumplings becomes cumbersome, and there is a possibility that the dumplings cannot be baked as appropriate, forgetting the timing start operation for starting the timing operation of the timer, Improvement was desired.

By the way, when using a gyoza grill for business purposes, a plurality of gyoza grill may be used in parallel.
When multiple dumpling roasts are installed side by side, there may be situations where cooking of dumplings is started using multiple dumpling roasts due to a large number of orders, etc. When such a situation occurs, it is necessary to perform a timing start operation for starting the timing operation of the timer for each of the plurality of dumpling grills in the conventional dumpling grill.

  However, for each of a plurality of gyoza grillers, it is quite troublesome to perform the timing start operation for starting the timing operation of the timer. Since it is easy to forget the timing start operation for any of the above gyoza grillers, the inconvenience that the dumplings cannot be baked properly is likely to occur, and improvement is desired.

  This invention is made | formed in view of the said actual condition, The objective is to provide the dumpling baking apparatus which can bake a dumpling as appropriate, aiming at simplification of a cooking operation | work.

The gyoza grill of the present invention is
When the heating unit that heats the dumpling pan to be cooked and the heating start command are received, the temperature detection unit detects the temperature of the dumpling pan until the next stop command is received , A gyoza grill provided with a heating control unit that continues control of the heating operation of the heating unit so as to maintain the set target temperature,
When the heating operation of the heating unit is continuously controlled by the control of the heating unit by the heating control unit based on the heating start command and the stop command, the detected temperature of the temperature detection unit is the setting After rising to the preheating end temperature determined corresponding to the target temperature, the change in the detection temperature of the temperature detection unit was determined in accordance with the change in the temperature of the dumpling pan by pouring water for dumpling steaming to the dumpling pan. When the setting start condition is satisfied, a time measuring operation is provided, and a time measuring notification unit capable of repeatedly performing a notification operation when the set cooking time has elapsed after the start of the time measuring operation is provided ,
The setting start condition is, the detected temperature is the temperature drop conditions of the temperature detecting unit, the Ri higher temperatures der than the temperature drop state, and, when raised to a lower temperature increase start temperature than the preliminary heating finish temperature, wherein It is a condition to start the timing operation,
The temperature rise start temperature corresponds to a state in which the temperature of the dumpling pan evaporates and the temperature of the dumpling pan starts to rise from the temperature lowered state in which the temperature of the dumpling pan has decreased due to the water injection of the dumpling steaming water. It is characterized in that it is determined by temperature.

  That is, when the change in the temperature detected by the temperature detection unit satisfies the setting start condition, a time measuring operation is started, and when the set cooking time elapses after the start of the time measuring operation, a time measuring notification unit is provided. Therefore, it is possible to know the timing when the dumplings were baked as appropriate by the notification operation of the timing notification unit while starting the timing operation of the timing notification unit without requiring any special operation, so the dumpling is appropriate It can be baked on the street.

  That is, in the state where the dumpling pan is heated to the set target temperature (for example, 210 ° C.) by the heating operation of the heating unit by the heating control unit, the dumpling to be cooked is placed on the dumpling pan, and then the dumpling steaming When water is poured into the gyoza pan, the temperature of the gyoza pan is lowered to about 110 ° C. to 120 ° C., for example, even if the heating operation of the heating unit is continued by the heating control unit. It will be maintained until steam cooking is completed, and when steam cooking of dumplings is completed, the heating control unit continues the heating operation of the heating unit, so that the temperature of the dumpling pan again becomes the set target temperature (for example, , 210 ° C.).

  Thus, in a state where the dumpling pan is heated to the set target temperature, the dumpling to be cooked is placed on the dumpling pan, and then the water for dumpling steaming is poured into the dumpling pan. To start the timing operation in response to changes in the temperature of the dumpling pan due to the placement of dumplings on the dumpling pan and the injection of water for dumpling steaming, since it will descend to the set target temperature again It is possible to determine the setting start conditions.

  And by setting the set cooking time according to the time from the time when the setting start condition is satisfied to the time when the dumplings are properly baked, the timing type notification unit is informed at the timing when the dumplings are baked as appropriate By doing so, the dumplings can be taken out from the dumpling pan at an appropriate timing, so that the dumplings can be baked as appropriate.

  By the way, when the timekeeping notification unit performs the notification operation, if the dumpling is not heated enough, it is possible to continue heating the dumpling a little and then take out the baked dumpling from the dumpling pan Therefore, it is preferable to set the set cooking time to a time that is not too long.

  As is clear from the above explanation, the dumpling pan heated to the set target temperature is placed on the dumpling pan, and then the water for dumpling steaming is poured into the dumpling pan, and the timekeeping formula When the notification section satisfies the setting start condition, it automatically starts the timing operation, and when the set cooking time has elapsed, the notification operation is performed. Dumplings can be baked as appropriate while simplifying the work.

  In short, according to the first characteristic configuration of the present invention, it is possible to provide a dumpling baking apparatus that can bake dumplings as appropriate while simplifying the cooking operation.

  That is, in a state where the dumpling pan is heated to a set target temperature (for example, 210 ° C.), the dumpling to be cooked is placed on the dumpling pan, and then the water for dumpling steaming is poured into the dumpling pan. For example, the temperature is lowered to about 110 ° C. to 120 ° C., and the temperature reduction state is maintained until the steaming cooking of the dumpling is finished. When the steaming cooking of the dumpling is finished, the temperature of the dumpling pan is changed. Since the temperature rises again toward the set target temperature (eg, 210 ° C.), the temperature rise start temperature is set to a temperature slightly higher than the temperature (eg, 110 ° C. to 120 ° C.) that maintains the temperature drop state (eg, 110 ° C. to 120 ° C.). , 140 ° C.).

  Heating the dumpling pan heated to the set target temperature by setting the temperature rise start temperature to a temperature (for example, 140 ° C.) slightly higher than the temperature (for example, 110 ° C. to 120 ° C.) that maintains the temperature drop state After placing the dumplings to be cooked, and then pouring the dumpling steaming water into the dumpling pan, the temperature detection unit detects when the temperature of the dumpling pan rises once again toward the set target temperature The setting start condition set in the condition that the temperature rises from the state lower than the temperature rise start temperature to the temperature rise start temperature is satisfied, and the time measuring type notifying unit starts the time counting operation.

  And, by setting the set cooking time according to the time from the time when the setting start condition is satisfied until the time when the dumplings are properly baked, the timing type notification unit is activated at the timing when the dumplings are baked as appropriate Therefore, based on the notification operation, the dumplings can be baked as appropriate by taking them out of the dumpling pan.

  In addition, after placing the dumplings to be cooked in the dumpling pan, and then pouring the dumpling steaming water into the dumpling pan, the state where the temperature of the dumpling pan once lowered rises again toward the set target temperature, Since the injected dumpling steaming water evaporates and the temperature of the dumpling pan rises, the influence of the poured dumpling steaming water will not be affected until the set cooking time elapses after the setting start condition is satisfied. Since the time is not received, even if the amount of water used for dumpling steaming fluctuates, the timing notification section is activated at the timing when the dumplings are baked as appropriate.

  In other words, even if the amount of water used for dumpling steaming fluctuates due to work mistakes, etc., the timing notification section can be activated at the timing when the dumplings are baked as appropriate. Regardless of the amount of water injection, the dumplings can be baked as appropriate.

In short, the first characteristic configuration of the present invention can provide a gyoza griller that can bake gyoza as appropriate even when the amount of water for gyoza steaming varies.
In addition, even if the change in the detected temperature of the temperature detection unit satisfies the setting start condition before the detection temperature of the temperature detection unit reaches the preheating end temperature, the time measurement notification unit does not start the time measurement operation. After the detection temperature of the temperature detection unit reaches the preheating end temperature, if the change of the detection temperature of the temperature detection unit satisfies the setting start condition, the time measuring operation is started.
Therefore, when the cooking of dumplings is started, before the detected temperature of the temperature detecting unit reaches the preheating end temperature, the change in the detected temperature of the temperature detecting unit satisfies the setting start condition for some reason. Even if it exists, since the time measurement type | formula alerting | reporting part does not start a time measuring operation | movement, the inappropriate alerting | reporting action | operation by a time measuring type alerting | reporting part can be avoided.
In short, according to the first characteristic configuration of the present invention, it is possible to provide a gyoza-yaki device that can avoid an inappropriate notification operation by the timing notification unit.

In addition to the first feature configuration, the second feature configuration of the gyoza griller of the present invention is:
Said heating control unit, after starting the heating operation of the heating unit based on the heating start command, when the detected temperature of the temperature detection unit reaches the pre-heating end temperature, thereby notifying actuation preheating completion notification unit It is characterized by being configured as described above.

  That is, when initiating cooking of dumplings, if a heating start command is commanded to the heating control unit, the heating control unit starts heating the heating unit to raise the temperature of the dumpling pan, When the detection temperature of the detection unit reaches the preheating end temperature determined in accordance with the set target temperature, the preheating end notification unit is activated, so it is confirmed that the preheating end notification unit is activated. After the dumpling is placed in the dumpling pan, the dumpling is placed in an unheated dumpling pan, avoiding the inconvenience of starting cooking, and proper cooking of the dumpling You can start on the street.

  By the way, the preheating end temperature may be the set target temperature, but may be a temperature slightly lower than the set target temperature, for example, about 10 ° C. lower than the set target temperature, and in short, start cooking the dumplings. It will be set to a temperature that can.

  In other words, when dumplings are placed in a dumpling pan that has not reached the preheating end temperature and cooking is started, troubles such as the timing notification section not starting the timing operation properly occur, and the dumplings are baked as appropriate Although there is a possibility that it cannot be performed, after the preliminary heating end notification unit is activated, the cooking of the dumplings can be started accurately and the dumplings can be baked as appropriate.

In short, according to the second characterizing feature of the present invention, dumplings in addition to the advantages according to the aforementioned first construction, by starting the cooking dumplings after dumplings pot is heated, dumplings can cook properly as a Can provide a baking machine.

Front view of gyoza grill Side view of gyoza grill Block diagram showing control configuration Flow chart showing heat treatment Flow chart showing notification processing

Embodiment
Hereinafter, embodiments of the present invention will be described with reference to the drawings.
(Overall configuration of gyoza grill)
As shown in FIG.1 and FIG.2, the dumpling baking apparatus G illustrated is installed with the form mounted in the upper part of the cabinet 1 for kitchens, and the dumpling pan 2 which mounts the dumpling of heat cooking object. And a control box H configured separately from the main body Ga, and are mainly used for business purposes.

The main body Ga of the gyoza griller G is provided with a heating burner 3 for burning gas fuel such as city gas as a heating unit for heating the gyoza pan 2, and a lid 4 for closing the top of the gyoza pan 2 is provided. Is provided.
The heating burner 3 is disposed below the dumpling pan 2 and is configured such that the combustion exhaust gas of the heating burner 3 is discharged through an exhaust cylinder 5 provided behind the main body Ga.
The lid body 4 is supported at one side of the dumpling pan 2 so as to be swingable up and down, and is configured to be opened and closed by swinging up and down.

As shown in FIG. 3, the control box H is equipped with a heating control unit 6 including a microcomputer as a main part, and a timer type notification unit J.
Heating operation of the heating burner 3 (hereinafter, referred to as “temperature detection sensor 7 as a temperature detection unit for detecting the temperature of the dumpling pan 2”) is maintained at the set target temperature (for example, 210 ° C.). , Referred to as combustion operation), the details of which will be described later.

When the time change notification unit J satisfies the setting start condition determined in accordance with the change in the temperature of the dumpling pan 2 due to the pouring of the dumpling steaming water into the dumpling pan 2 with the change in the detection temperature of the temperature detection sensor 7, the timing operation is performed. It is configured to start and notify when the set cooking time has elapsed after the start of the timing operation, the details of which will be described later.
In the present embodiment, the notification buzzer D is sounded as the notification operation.

  That is, the dumpling baking apparatus G used for business use controls the combustion operation of the heating burner 3 by the heating control unit 6 and sets the dumpling pan 2 so that the cooking can be started immediately if there is an order. For example, when an order is generated, the dumplings to be cooked are placed in the dumpling pan 2 and then water for dumpling steaming is manually poured into the dumpling pan 2 when an order is generated. As a result, baking of the dumplings is started. The lid 4 is closed after pouring the dumpling steaming water into the dumpling pan 2.

And, when the time measurement type notifying part J satisfies the setting start condition, the time counting operation is started, and when the set cooking time has elapsed, the notification operation is performed. Therefore, based on the notification operation, the lid body 4 is opened, By taking the gyoza from the gyoza pan 2, the baking of the gyoza is completed.
By the way, when the lid 4 is opened, if the baking of the dumplings is insufficient, it is possible to wait for a while and then take the dumplings out of the dumpling pan 2.

(About cooking of dumplings)
If explanation is given about the cooking of dumplings, when the dumplings to be cooked are placed in the dumpling pan 2 and then the dumpling steaming water is poured into the dumpling pan 2, it is heated to a set target temperature (for example, 210 ° C.). Even if the temperature of the cooking dumpling pan 2 continues to burn the heating burner 3 by the heating controller 6, for example, the temperature drops rapidly to about 110 ° C. to 120 ° C. Cooking will be performed, and steaming cooking of dumplings will be continued until the poured water for steaming dumplings evaporates.

And since the combustion operation | movement of the heating burner 3 is continued by the heating control part 6, when steaming cooking of a dumpling is complete | finished, the temperature of the dumpling pan 2 will raise gradually toward setting target temperature (for example, 210 degreeC) again. Thus, as the temperature rises, burnt eyes are formed on the surface of the dumplings, and the baking of the dumplings is completed in a state where appropriate burnt eyes are formed.
By the way, as described above, the lid 4 is closed after pouring water for dumpling steam into the dumpling pan 2.

(About control box)
As shown in FIG. 1, on the front surface of the control box H, a power switch 8 for intermittently supplying power to the heating control unit 6 and the time notification unit J and an operation unit 9 are provided.
As shown in FIG. 3, the operation unit 9 functions as a command unit 9 a for the heating control unit 6 and a setting unit 9 b for the timer-type notification unit J, and the display lamp 10 whose lighting is controlled by the heating control unit 6. It has.

  The command unit 9a for the heating control unit 6 includes a heating start command for instructing the start of the combustion operation (heating operation), a stop command for instructing a stop of the combustion operation (heating operation), and a temperature for setting the set target temperature described above. It is configured to command information.

  The setting unit 9b for the timepiece notification unit J includes temperature information used when determining whether or not the above-described setting start condition is satisfied, and mode selection information for switching the timepiece notification unit J between mode A and mode B. The details will be described later.

The display lamp 10 is provided as a preheating end notification unit.
That is, after the heating control unit 6 starts the combustion operation of the heating burner 3 based on the heating start command, when the detected temperature of the temperature detection sensor 7 reaches the preheating end temperature determined corresponding to the set target temperature, As a notification operation of the preheating end notification unit, the display lamp 10 is turned on.

  In this embodiment, the preheating end temperature is configured to be set to a temperature lower than the set target temperature (for example, 10 ° C.), but the preheating end temperature is set to the same temperature as the set target temperature. You may implement with the form to set.

  Incidentally, although illustration is omitted, the control box H is connected to the main body Ga with an electric wire for transmission of detection information of the temperature detection sensor 7 and control of the combustion operation of the heating burner 3. .

(Details of heating controller)
The heating control unit 6 starts the combustion operation of the heating burner 3 when the heating start command is commanded by the input of the command unit 9a in a state where the power switch 8 is turned on, and the temperature detection sensor 7 detects the heating control unit 6a. The combustion operation of the heating burner 3 is controlled so as to maintain the temperature at the set target temperature, and the combustion operation of the heating burner 3 is stopped when a stop command is commanded by the command unit 9a.
Further, as described above, the heating control unit 6 starts the combustion operation of the heating burner 3 based on the heating start command, and then turns on the display lamp 10 when the temperature detected by the temperature detection sensor 7 reaches the preheating end temperature. It is configured to operate.

The heating control unit 6 performs combustion control for maintaining the detected temperature of the temperature detection sensor 7 at the set target temperature, a combustion state in which the heating burner 3 is burned at the rated combustion amount, and a combustion stop in which the combustion of the heating burner 3 is stopped. It is configured to execute so-called hysteresis type combustion control that repeats the state.
That is, the heating control unit 6 is configured to open and close the on-off valve 12 provided in the fuel supply path 11 for supplying gas fuel to the heating burner 3 to switch the heating burner 3 between the combustion state and the combustion stop state. ing.

  Then, as the hysteresis type combustion control, the heating control unit 6 puts the heating burner 3 into a combustion state until the detected temperature of the temperature detection sensor 7 becomes equal to or higher than the set target temperature, and the detected temperature of the temperature detection sensor 7 is set to the set target temperature. When the above is reached, the heating burner 3 is once switched to the combustion stop state, and then the heating is again performed when the temperature detected by the temperature detection sensor 7 becomes equal to or lower than the recombustion temperature lower than the set target temperature (for example, 2 ° C.). Control is performed to switch the burner 3 to the combustion state.

Incidentally, when the heating burner 3 is switched from the combustion stop state to the combustion state, the ignition plug is operated and the ignition sensor detects the ignition. However, since the configuration is well known, this embodiment is described in detail. The detailed explanation is omitted.
As a configuration for switching the heating burner 3 from the combustion stop state to the combustion state, a configuration including an ignition pilot burner may be employed.

(Control operation of heating controller)
Next, the control operation (heating process) of the heating control unit 6 will be described based on the flowchart of FIG. This control operation (heating process) is started when the power switch 8 is turned on.

First, it is determined whether or not there is a heating start command (# 1), and when there is a heating start command, a combustion process is performed to change the heating burner 3 from a combustion stop state to a combustion state (# 2).
After performing the combustion process of # 2, it is determined whether or not the temperature detected by the temperature detection sensor 7 has increased to the preheating end temperature (# 3). A process for lighting is executed (# 4).

  After executing the process of # 4, it is determined whether or not the detected temperature of the temperature detection sensor 7 is equal to or higher than the set target temperature (# 5). If the detected temperature is equal to or higher than the set target temperature, the heating burner 3 is burned. A fire extinguishing process for changing the state to the combustion stopped state is executed (# 6).

  After performing the process of # 6, it is determined whether or not the temperature detected by the temperature detection sensor 7 is equal to or lower than the recombustion temperature lower than the set target temperature (for example, 2 ° C.) (# 7). When the temperature is equal to or lower than the combustion temperature, a combustion process for changing the heating burner 3 from the combustion stop state to the combustion state is executed (# 9).

After executing the process of # 9, it is determined whether or not there is a stop command (# 10), and when the stop command is not commanded, the process proceeds to # 5 and the following steps # 5 to # 5 are performed. The process of # 9 is repeated.
When it is determined that there is a stop command in the process of # 10, the fire extinguishing process (# 11) for changing the heating burner 3 from the combustion state to the combustion stop state is executed, and the control operation (heating process) is ended. become.

  If it is determined in step # 5 that the temperature detected by the temperature detection sensor 7 is not equal to or higher than the set target temperature, the process proceeds to step # 10. Then, it is determined whether or not a stop command is issued. If it is determined that the stop command is not issued, the process proceeds to # 5. If it is determined that there is a stop command, the heating burner 3 is burned. The fire extinguishing process (# 11) for making the combustion stop state from the state is executed, and the control operation (heating process) is ended.

  If it is determined in step # 7 that the temperature detected by the temperature detection sensor 7 is not lower than the recombustion temperature, it is determined whether or not there is a stop command (# 8). The process proceeds to # 7, and when it is determined that there is a stop command, the control operation (heating process) is terminated.

(Details of the time measuring unit)
As described above, the time measuring notification unit J starts the time measuring operation when the change in the temperature detected by the temperature detection sensor 7 satisfies the setting start condition, and notifies that the set cooking time has elapsed after the start of the time measuring operation. Specifically, as shown in FIG. 3, the timekeeping notification unit J is equipped with a notification control unit 13 having a microcomputer as a main part.

Then, when the change in the detected temperature of the temperature detection sensor 7 satisfies the setting start condition, the notification control unit 13 starts the timing operation, and notifies when the set cooking time has elapsed after the start of the timing operation. It is configured to perform processing.
Incidentally, in this embodiment, the set cooking time is measured by a so-called soft timer process configured by a control program.

The notification process executed by the notification control unit 13 includes a mode A and a mode B, and the mode A and the mode B can be selected by the setting unit 9b.
Mode A is a condition in which the time setting operation is started when the temperature at which the temperature detection sensor 7 detects falls below the set determination temperature within the set determination period.

And in the setting part 9b, it is comprised so that the setting determination period, the setting determination temperature, and the setting cooking time of mode A may be set.
Incidentally, for example, the setting determination period is 10 seconds and the setting determination temperature is set to 6 ° C. In this case, the set cooking time of mode A is set to 6 minutes, for example.

Mode B is a condition in which the time setting operation starts when the setting start condition rises from the state where the temperature detected by the temperature detection sensor 7 is lower than the temperature rise start temperature to the temperature rise start temperature.
The temperature rise start temperature is set to a temperature corresponding to a state where the temperature of the dumpling steamer 2 evaporates and the temperature of the dumpling sauce pan 2 starts to rise from the temperature lowered state in which the temperature of the dumpling saucepan 2 is lowered by the water injection of the dumpling steaming water. ing.

And in the setting part 9b, it is comprised so that the temperature rise start temperature and the setting cooking time of mode B may be set.
Incidentally, for example, the set rise start temperature is set to 140 ° C., and in this case, the set cooking time in mode B is set to 4 minutes 30 seconds, for example.

In addition, the time measuring notification unit J starts the time measuring operation when the detected temperature of the temperature detecting sensor 7 satisfies the setting start condition after the temperature detected by the temperature detecting sensor 7 reaches the above-described preheating end temperature. Is configured to do.
Specifically, when the notification control unit 13 reaches the preset start condition after the temperature detected by the temperature detection sensor 7 reaches the above-described preheating end temperature, the time counting operation is performed. Is configured to execute the notification process.

(Control operation of notification controller)
Next, the control operation (notification process) of the notification control unit 13 will be described based on the flowchart of FIG. This control operation (notification process) is started when the power switch 8 is turned on.

First, it is determined whether or not the temperature detected by the temperature detection sensor 7 has risen to the preheating end temperature (# 21), and the process waits until the temperature detected by the temperature detection sensor 7 rises to the preheating end temperature. Become.
If it is determined that the temperature detected by the temperature detection sensor 7 has risen to the preheating end temperature, it is next determined whether or not the notification processing mode is selected as mode A (# 22).

  If it is determined in the process of # 22 that the mode is A, then whether or not the detected temperature of the temperature detection sensor 7 has decreased the set determination temperature within the set determination period, that is, the mode A setting It is determined whether or not the start condition is satisfied (# 23), and the system waits in this state until the setting start condition for mode A is satisfied.

  When it is determined in the process of # 22 that the setting start condition of mode A is satisfied, the timing operation is started (# 24), and then whether or not the set cooking time set for mode A has elapsed is determined. If it is determined (# 25) and it is determined that the set cooking time has elapsed, a notification operation process for causing the notification buzzer D to ring over the set time is executed (# 26).

  After executing the notification operation process of # 26, the process proceeds to the process of # 22, and when the mode A is selected, the processes of # 23 to # 26 are repeated as described above.

  If it is determined in the process of # 22 that the mode B is selected, it is next determined whether or not the temperature detected by the temperature detection sensor 7 is lower than the start temperature of increase (# 27). It waits in this state until the detection temperature of the detection sensor 7 becomes less than the rise start temperature.

  In the process of # 27, when it is determined that the temperature detected by the temperature detection sensor 7 is lower than the rise start temperature, it is subsequently determined whether or not the temperature detected by the temperature detection sensor 7 is equal to or higher than the rise start temperature ( # 28) When the temperature detected by the temperature detection sensor 7 is equal to or higher than the rise start temperature, since the setting start condition of the mode B is satisfied, the timing operation is started (# 29).

  After executing the process of # 29, it is determined whether or not the set cooking time set for mode B has elapsed (# 30), and when it is determined that the set cooking time has elapsed, the notification buzzer D Is activated for a set time (# 31).

  After executing the notification operation process of # 31, the process proceeds to the process of # 22, and when the mode B is selected, the processes of # 27 to # 31 are repeated as described above.

(Summary of embodiment)
As described above, when the change in the temperature detected by the temperature detection sensor 7 satisfies the setting start condition, the gyoza griller G starts the time measuring operation and notifies that the set cooking time has elapsed after the time measuring operation starts. Since the time-of-day notification unit J is provided, the dumplings are baked as appropriate by the time-of-day notification unit J's notification operation while starting the timed operation of the time-type notification unit J without requiring any special operation. Therefore, the dumplings can be baked as appropriate while simplifying the cooking operation.

  In addition, since the timer type notification unit J can be selected between a state in which the notification process is performed in mode A and a state in which the notification process is performed in mode B, mode A and mode are selected in accordance with various conditions such as user convenience. The convenience in use can be improved by selecting either B or B.

[Another embodiment]
Next, another embodiment is listed.
(1) In the said embodiment, although the case where the heating control part 6 and the time-measurement-type alerting | reporting part J were equipped in the control box H comprised separately from the main-body part Ga was illustrated, the heating control part 6 and time-keeping type | formula were illustrated. You may implement with the form which incorporates the alerting | reporting part J in the main-body part Ga integrally.

(2) In the above-described embodiment, the case is described in which the timing notification unit J is configured to be able to select the state of notification processing in mode A and the state of notification processing in mode B, but mode A and mode You may implement with the form which provides any one mode of B.

(3) In the said embodiment, although the case where it comprised so that gyoza steaming water might be poured into the gyoza pan 2 by manual work was illustrated, for example, water is poured automatically with the closing operation of the cover body 4 etc. Alternatively, the dumpling steaming water may be provided in a form provided with a water injection device for automatically pouring water into the dumpling pan 2.

(4) In the above-described embodiment, the case where the heating control unit 6 is configured with a microcomputer as a main part is illustrated, but the heating control unit 6 is a hardware electric control circuit using an electronic circuit or the like. It may be configured.

(5) In the above-described embodiment, the timekeeping notification unit J is configured to include the notification control unit 13 including a microcomputer as a main part. However, the timekeeping notification unit J uses an electronic circuit or the like. You may comprise with the form provided with the hardware-like electric control circuit which was used.

(6) In the above embodiment, the case where the heating burner 3 for burning the gas fuel is provided as the heating unit. However, the heating unit may be provided with an electric heating means such as an electric heater. .

(7) In the said embodiment, although the time-type | formula-type alerting | reporting part J illustrated the form which performs alerting | reporting operation by sounding the alerting buzzer D, it is the form which performs alerting | reporting operation | movement by lighting an alarm lamp. In addition to sounding the alarm buzzer D, the alarm lamp may be turned on to perform the alarm operation, and the specific mode of the alarm operation may be changed variously. it can.

(8) In the above embodiment, the case where the notification control unit 13 of the timing notification unit J is provided separately from the heating control unit 6 is illustrated. You may implement with the form which comprises the alerting | reporting control part 13. FIG. In other words, the heating control unit 6 may perform the notification process of the timing notification unit J.

(9) In the above embodiment, the heating control unit 6 performs the combustion state for burning the heating burner 3 and the combustion of the heating burner 3 as combustion control for maintaining the temperature detected by the temperature detection sensor 7 at the set target temperature. The case of performing so-called hysteresis-type combustion control in which the combustion stop state to be stopped is repeated has been exemplified. For example, the combustion of the heating burner 3 is performed based on the difference between the temperature detected by the temperature detection sensor 7 and the set target temperature. Various forms of control can be applied to maintain the detected temperature of the temperature detection sensor 7 at the set target temperature, such as proportionally controlling the amount.

2 Dumpling pan 3 Heating unit 6 Heating control unit 7 Temperature detection unit J

Claims (2)

When the heating unit that heats the dumpling pan to be cooked and the heating start command are received, the temperature detection unit detects the temperature of the dumpling pan until the next stop command is received , A gyoza grill provided with a heating control unit that continues control of the heating operation of the heating unit so as to maintain the set target temperature,
When the heating operation of the heating unit is continuously controlled by the control of the heating unit by the heating control unit based on the heating start command and the stop command, the detected temperature of the temperature detection unit is the setting After rising to the preheating end temperature determined corresponding to the target temperature, the change in the detection temperature of the temperature detection unit was determined in accordance with the change in the temperature of the dumpling pan by pouring water for dumpling steaming to the dumpling pan. When the setting start condition is satisfied, a time measuring operation is provided, and a time measuring notification unit capable of repeatedly performing a notification operation when the set cooking time has elapsed after the start of the time measuring operation is provided ,
The setting start condition is, the detected temperature is the temperature drop conditions of the temperature detecting unit, the Ri higher temperatures der than the temperature drop state, and, when raised to a lower temperature increase start temperature than the preliminary heating finish temperature, wherein It is a condition to start the timing operation,
The temperature rise start temperature corresponds to a state in which the temperature of the dumpling pan evaporates and the temperature of the dumpling pan starts to rise from the temperature lowered state in which the temperature of the dumpling pan has decreased due to the water injection of the dumpling steaming water. A gyoza-yaki set for temperature. Said heating control unit, after starting the heating operation of the heating unit based on the heating start command, when the detected temperature of the temperature detection unit reaches the pre-heating end temperature, thereby notifying actuation preheating completion notification unit The gyoza-yaki of Claim 1 comprised as follows.

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