JP2016130622A - Heating cooker and heating cooking system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a heating cooker of high usability, capable of changing the adjustable stage number of fire power according to user's intension.SOLUTION: A heating cooker includes a post-stage number changing/setting intermediate heating amount setting portion for setting a post-stage number changing/setting intermediate heating amount as an intermediate heating amount after changing and setting the stage number, and is constituted to set the intermediate heating amount after changing and setting the stage number on the basis of a command from the post-stage number changing/setting intermediate heating amount setting portion. After the stage number of the intermediate heating amount is changed and set, post-stage number changing/setting heating amount adjustment control is executed to operate a heating amount adjustment means so that a heating amount of heating means can be set to a post-stage number changing/setting set maximum heating amount less than a set maximum heating amount and more than a maximum value of the post-stage number changing/setting intermediate heating amount, a post-stage number changing/setting set minimum heating amount less than a minimum value of a post-stage number changing/setting intermediate heating amount, and the post-stage number changing/setting intermediate heating amount.SELECTED DRAWING: Figure 5

Description

  The present invention relates to a heating cooker and a heating cooking system, and more particularly to a heating cooker and a heating cooking system capable of changing the number of adjustment stages of the heating amount.

  There exists a heating cooker comprised so that the adjustment | control stage number of the amount of heating could be changed in a heating cooker.

  And as such a heating cooker, for example, Patent Document 1 includes a rotary encoder as a pulse generating means for outputting a pulse signal by operating a heating power adjusting operation tool, and this output pulse is input to the control unit, A heating cooker configured to control a flow rate control valve for a stove that adjusts the amount of gas fuel supplied to a heating means (a stove burner) by a control unit to adjust a heating power of the heating means (a stove burner). Proposed.

  In the heating cooker of this patent document 1, in the case of the normal mode in which the eco mode is not commanded, the control unit controls the heating power of the heating means (combustor) based on the heating power adjustment command of the heating power adjustment command means. , Set maximum heat power, set minimum heat power, and intermediate heat power of three stages set between the set maximum heat power and the set minimum heat power. That is, the thermal power is configured to be adjusted in five stages including the set maximum thermal power, the set minimum thermal power, and the intermediate thermal power.

  In Patent Document 1, an eco-mode command switch for commanding an eco-mode is provided. When the eco-mode is commanded by operating the eco-mode command switch, heating means (5) adjusted before the eco-mode command ( The heating power of the (combina burner) is adjusted to 17 levels.

  Furthermore, before the eco mode command, the maximum value of the heating power of the heating means (combustor) that can be adjusted by the thermal power control command of the thermal power control command means is the set maximum thermal power, whereas when the eco mode is commanded, the thermal power The maximum value of the heating power of the heating means (combustor) that can be adjusted by the heating power adjustment command of the adjustment command means is limited to a reduced maximum heating power that is smaller than the set maximum heating power.

  In the heating cooker (gas stove) of this patent document 1, the heating cooker whose heating power is adjusted to a set maximum heating power, a setting minimum heating power, and a plurality of intermediate heating powers set between the setting maximum heating power and the setting minimum heating power. It is convenient that the number of adjustable heat power stages including the set minimum heat power, the set maximum heat power and the intermediate heat power can be changed from 5 stages to 17 stages.

  However, since the amount of change (rate of change) of the thermal power with respect to the operation amount of the thermal power adjustment command means when the number of adjustable steps of the thermal power is changed to 17 steps, the amount of change in the thermal power desired by the user ( The rate of change is considered to be different, and further improvement is desired from the viewpoint of realizing better handling.

  Further, in the heating cooker (gas stove) of Patent Document 1, when the number of adjustable heat power stages is changed from 5 to 17 stages, the heating means (combustor) that can be adjusted by the thermal power adjustment command of the thermal power adjustment command means. The maximum value of the thermal power is changed to be limited to a reduced maximum thermal power that is smaller than the set maximum thermal power, but the user can reduce the maximum thermal power of the heating means (combustor) less than the set maximum thermal power Since it may not be desired to be limited to the maximum heating power, further improvement is desired in this respect from the viewpoint of realizing better handling.

JP 2013-134047 A

  The present invention solves the above-mentioned problems, and the user can change the adjustable number of steps of the thermal power including the set minimum thermal power, the maximum set thermal power, and the intermediate thermal power as the user intends. It is possible to prevent the maximum value of the heating power of the heating means (combustor) that can be adjusted by the heating power adjustment command of the adjustment command means from being unintentionally changed by changing the number of adjustable heat power stages. An object is to provide a cooking device and a cooking system that are easy to use.

In order to solve the above problems, the heating cooker of the present invention is
A heating means for heating the cooking container; a heating amount adjusting means for adjusting the heating amount of the heating means; a heating amount adjustment command means for instructing a heating amount adjustment command; and a combustion start command and a combustion stop command for the heating means. Point fire extinguishing command means for commanding and operation control means for controlling the combustion of the heating means, the operation control means starting combustion of the heating means based on the combustion start command of the point fire extinguishing command means And, based on the combustion stop command, performs combustion control for stopping combustion of the heating means, and the operation control means performs the heating control based on the heating amount adjustment command of the heating amount adjustment command means. The heating amount of the means can be adjusted to a set maximum heating amount, a set minimum heating amount, and a plurality of intermediate heating amounts set between the set maximum heating amount and the set minimum heating amount. In the heating amount adjusting means running heating flow regulation to operate, said a configured heating cooker as the number of stages of the intermediate heat quantity can be changed and set,
It is equipped with an intermediate heating amount setting section after setting the number of stages to set the intermediate heating amount after setting the number of stages, which is the intermediate heating amount after changing the number of stages,
With the stage number of the intermediate heating amount changed and set, the intermediate heating amount after the stage number change setting can be set by a command from the intermediate heating amount setting unit after the stage number change setting, and
After the number of steps of the intermediate heating amount is changed and set, the heating amount of the heating means is set to the maximum heating value after the setting of the changing number of steps and less than the set maximum heating amount and larger than the maximum value of the intermediate heating amount after the setting of changing the number of steps. The heating amount adjusting means can be adjusted to an amount, a setting minimum heating amount after setting the stage number change smaller than a minimum value of the intermediate heating amount after setting the stage number change, and an intermediate heating amount after setting the stage number change. It is characterized in that it is configured to execute heating amount adjustment control after setting the number of stages to be activated.

In the heating cooker of the present invention,
The intermediate heating amount setting section after the stage number change setting includes an intermediate stage number setting means for setting the number of stages of the intermediate heating amount after the stage number change setting,
It is configured so that the number of stages of the intermediate heating amount can be set after the stage number change setting,
After the stage number change setting, the mode of change in the heating amount of the heating unit with respect to the heating amount adjustment command of the heating amount adjustment command unit after the number of stages of the intermediate heating amount is set can be set. It is preferable.

In the cooking device of the present invention,
As a mode of change in the heating amount of the heating means relative to the heating amount adjustment command of the heating amount adjustment command means,
An equality aspect in which the heating amount of the heating means changes in an equal manner for each predetermined operation amount of the heating amount adjustment command means; and
It is preferable that any one of the equality aspects, in which the heating amount of the heating means changes in an equivalent ratio for each predetermined operation amount of the heating amount adjustment command means, is preferably selected.

In the cooking device of the present invention,
An intermediate heating amount individually setting means after setting the number of stages to be set by inputting each value of the intermediate heating amount after setting the number of stages corresponding to the heating amount adjustment command of the heating amount adjustment command means;
The intermediate heating amount after the stage number change setting is set by setting each value of the intermediate heating amount after the stage number change setting corresponding to the heating amount adjustment command of the heating amount adjustment command means. It is preferable.

  Further, the heating amount is reduced when the heating amount adjustment command of the heating amount adjustment command means is an increase command to increase the heating amount, or the heating amount adjustment command of the heating amount adjustment command means When the input is made by the intermediate heating amount individual setting means after the stage number change setting in the form in which the heating amount is increased when the heating command is a decrease command to the decrease side of the heating amount, the operation control means, It is preferable that the input is not accepted and is invalid.

  In addition, it is preferable that the operation control unit is configured to notify when the input by the intermediate heating amount individual setting unit after the stage number change setting is the invalid input.

  Further, the heating amount is reduced when the heating amount adjustment command of the heating amount adjustment command means is an increase command to increase the heating amount, or the heating amount adjustment of the heating amount adjustment command means When an instruction is input by the intermediate heating amount individual setting means after the stage number change setting in a form in which the heating amount is increased when the command is a decrease instruction to the heating amount decrease side, the operation control means Once the input is received, when the heating amount adjustment command of the heating amount adjustment command means is an increase command to increase the heating amount, the heating number is changed to a form in which the heating amount does not increase or change. It is preferable that the intermediate heating amount after the setting is corrected so that the intermediate heating amount after the stage number change setting is set.

  In addition, it is preferable to include a set maximum heating amount setting unit after setting the number of steps to set the maximum heating amount set after setting the number of steps.

  Moreover, the heating cooking system of this invention is comprised so that communication with the above-mentioned heating cooker concerning this invention and a communication terminal is possible, and the said communication terminal is provided with the intermediate heating amount setting part after the said stage number change setting. It is characterized by.

  Moreover, the other heating cooking system of this invention is comprised so that communication with the heating cooker of this invention and a communication terminal is possible, and the said communication terminal is provided with the setting maximum heating amount setting part after the said stage number change setting. It is characterized by.

  Moreover, it is preferable that the communication terminal is a commercially available multi-function mobile phone having a function as a personal computer.

  The cooking device according to the present invention is configured as described above, and includes a post-stage change setting intermediate heating amount setting unit that sets an intermediate heating amount after changing the stage number, which is an intermediate heating amount after changing the number of stages. The intermediate heating amount is set so that the intermediate heating amount can be set after changing the number of steps in accordance with a command from the intermediate heating amount setting unit after changing the number of steps while the number of steps of the intermediate heating amount is changed. After the number of steps of the amount is changed, the heating amount of the heating means is less than the set maximum heating amount, and after setting the number of steps, after setting the number of steps, and after setting the number of steps, after setting the maximum heating amount, after setting the number of steps Heating amount adjustment after setting the stage number change to operate the heating amount adjusting means so that it can be adjusted to the minimum heating amount after setting the stage number change smaller than the minimum value of the intermediate heating amount and the intermediate heating amount after setting the stage number change. control Since it is configured to execute, it is possible to change and set the adjustable number of steps of the thermal power to a mode intended by the user, and it is also possible to adjust the intermediate heating amount after the setting of changing the number of steps An easy-to-use cooking device can be provided.

  That is, in the cooking device of the present invention, since it is configured to be able to set the intermediate heating amount after the stage number change setting in the state where the stage number is changed and set, the maximum heating amount set after the stage number change setting and It is possible to change and set the number of adjustable heating power stages including the minimum heating amount set after the stage number change setting and the intermediate heating amount after the stage number change setting as the user intends.

  In addition, in the post-stage change setting heating amount adjustment control that is executed after the stage number is changed and set, the heating amount of the heating means is less than the set maximum heating amount and the stage number change is greater than the maximum intermediate heating amount after the stage number change setting. It is configured to be able to adjust the maximum heating amount after setting, the setting minimum heating amount after setting the stage number smaller than the minimum value of the intermediate heating amount after setting the stage number change, and the intermediate heating amount after setting the stage number change. Therefore, if the maximum heating amount set after changing the number of stages is set as the maximum heating amount set before changing the number of stages, the heating means that can be adjusted by the heating power adjustment command even if the adjustable number of heating power is changed Since it is possible to prevent the maximum value of the heating power of the (compositor) from being changed, it becomes possible to provide a user-friendly cooking device.

  Further, the number of steps of the intermediate heating amount after the change of the number of steps is set by the intermediate step number setting means, and the heating means of the heating amount adjustment command of the heating amount adjustment command means after the setting of the number of steps of the intermediate heating amount after the change of the number of stages is set When the mode of change in heating amount can be set, each of the intermediate heating amounts can be easily set as a middle heating amount after changing the number of stages, and can be easily set by a small operation. It becomes possible to provide a heating cooker excellent in feeling and convenience.

  Moreover, in the heating cooker of this invention, either a difference aspect or an equal ratio aspect can be selected as a change aspect of the heating amount of a heating means with respect to the heating amount adjustment command of a heating amount adjustment command means. Therefore, it is possible to provide a cooking device that is excellent in usability and convenience.

  In addition, it is provided with an intermediate heating amount individual setting means after setting the number of stages to be set by inputting each value of the intermediate heating amount after setting the number of stages, and an intermediate after setting the number of stages corresponding to the heating amount adjustment command of the heating amount adjustment command means. By setting each heating amount value, if the intermediate heating amount is set after the stage number change setting, it is possible to set the intermediate heating amount after setting the stage number finely according to the user's preference. Thus, the present invention can be further effectively realized.

  In addition, the heating amount is reduced when the heating amount adjustment command of the heating amount adjustment command means is an increase command to the heating amount increase side, or the heating amount adjustment command of the heating amount adjustment command means is When an input is made by the intermediate heating amount individual setting means after changing the number of stages in a form in which the heating amount is increased when a reduction command to the reduction side is entered, the operation control means does not accept the input and invalid input If this is configured, the situation where the heating amount is reduced when the heating amount is increased to the increase side is prevented, and the situation where the heating amount is increased when the heating amount is decreased to the decreasing side is prevented. It is possible to make the present invention more effective.

  In addition, when the operation control means makes the input by the intermediate heating amount individual setting means after the stage number change setting invalid, the notification is made so that the input by the intermediate heating amount setting means after the stage number change setting is accepted. The user can recognize that the input has been invalid, and after being set to change the number of steps, the user is prompted to make an appropriate setting based on the input that is accepted by the intermediate heating amount setting means. Can be improved.

  Further, the heating amount is reduced when the heating amount adjustment command of the heating amount adjustment command means is an increase command to the heating amount increase side, or the heating amount adjustment command is a decrease instruction to the heating amount decrease side. When the input is made by the intermediate heating amount individual setting means after the stage number change setting in a form in which the heating amount is increased, the operation control means once receives the input, and then the heating amount adjustment command is heated. When the intermediate heating amount is corrected after the stage number change setting in such a manner that the heating amount does not increase or change when the amount is increased, the heating amount adjustment command indicates that the heating amount adjustment command If the intermediate heating amount is corrected after changing the number of steps so that the heating amount is not increased when the reduction command is to the decrease side, the heating amount will not be increased by the user. Can be reliably avoided Becomes, it is possible further to provide a good heating cooker user-friendly.

  In addition, if the setting maximum heating amount setting unit after setting the number of steps change setting to set the maximum heating amount after setting the number of steps change setting, the set maximum heating amount after setting the number of steps change can be set as intended by the user. By limiting the maximum value of the heating amount of the cooking device, energy saving can be achieved, or inadvertent overheating can be prevented.

  In addition, the cooking system according to the present invention is configured so that the heating cooker according to the present invention described above and the communication terminal can communicate with each other, and the communication terminal includes the intermediate heating amount setting unit after the stage number change setting. It is possible to set the intermediate heating amount after the stage number change setting using the terminal, and the convenience can be improved.

  Moreover, the other heating cooking system of this invention is comprised so that communication with the heating cooker concerning the above-mentioned this invention and a communication terminal is possible, and the said communication terminal is provided with the setting maximum heating amount setting part after the said stage number change setting. Therefore, it becomes possible to set the set maximum heating amount after changing the number of stages using the communication terminal, and it is possible to provide a highly convenient cooking system.

  In addition, when a commercially available multifunctional mobile phone (so-called smart phone) having a function as a personal computer is used as a communication terminal, investment related to the construction of a cooking system is reduced. Therefore, the cooking system can be easily constructed.

It is a figure which shows the external appearance structure of the heating cooker (gas stove with a grill) concerning embodiment of this invention. It is a figure which shows the pulse waveform for demonstrating operation | movement of the rotary encoder (heating amount adjustment command means) used in the heating cooker concerning embodiment of this invention, (a) is normal rotation, (b) FIG. 4 is a diagram showing a pulse waveform at the time of reverse rotation. It is a figure which shows the burner operation part (heating amount adjustment command means) of the heating cooker concerning embodiment of this invention, (a) shows the state where the burner operation part is not used, (b) is burner operation. It is a figure which shows the state which the part protruded and became usable. It is a figure which shows the structure of the additional function operation and display part (intermediate heating power change part after stage number change setting) for the grill burner of the heating cooker concerning 1st Embodiment of this invention. It is a figure which shows the structure of the intermediate heating power change part after the stage number change setting of the heating cooker concerning 2nd Embodiment of this invention. It is a figure for demonstrating automatic designation | designated of the heating cooker concerning 2nd Embodiment of this invention, Comprising: (a) is a figure before automatic designation | designated, (b) is a figure which shows the state after automatic designation | designated. It is a figure which shows the structure of the intermediate heating power change part after the stage number change setting of the heating cooker concerning 3rd Embodiment of this invention, and the setting maximum thermal power change part after a stage number change setting. It is a figure which shows the multifunctional mobile telephone provided with the computer function used with the heating cooker of this invention. It is a figure which shows the structure of the heating cooker of this invention.

  In the following, embodiments of the present invention will be shown to describe the features of the present invention in more detail.

<Basic Configuration of Heating Cooker According to Embodiment of the Present Invention>
As shown in FIG. 1, the cooking device according to the embodiment of the present invention is a gas stove with a grill, and a stove burner 1 (a standard burner 1 a, a high thermal power burner 1 b, which is a heating means for heating a cooking container such as a pan, And three burners of a small burner 1c), and five virtues 15 for receiving and supporting the cooking container to be heated by each stove burner 1 are provided on the top plate.

  In addition, the cooking device includes a grill portion 4 for placing an object to be cooked such as fish, and a grill burner (not shown) is disposed in the grill portion 4.

  The standard burner 1 (1a) is provided with a temperature sensor (pan bottom temperature sensor) 9 for contacting the cooking container and detecting its temperature. In addition, it is also possible to similarly provide the high thermal power burner 1b and the small burner 1c with temperature sensors.

  On the front side of the gas stove, burner operation for manually instructing ignition and extinguishing, heating power adjustment and various settings of the above-described stove burner 1 and a grill burner (not shown) provided in the grill portion 4 Unit (heating amount adjustment command means) 21 (standard burner operation unit 21a, high thermal power burner operation unit 21b, small burner operation unit 21c) and manual command for ignition and extinguishing of the grill burner, thermal power adjustment and various settings The grill burner operation section (heating amount adjustment command means) 22 is provided.

  In the heating cooker of this embodiment, the heating amount adjustment command means (burner operation units) 21 and 22 described above also function as point fire extinguishing command means for instructing a combustion start command and a combustion stop command for the heating means (burner). Is configured to do.

  Note that a power switch 24 and a power lamp 25 for notifying that the power switch 24 is turned on are provided on the front side of the gas stove.

  Further, in the vicinity of the periphery of each heating amount adjustment command means (burner operation section) 21 (21 standard burner operation section 21a, high thermal power burner operation section 21b, small burner operation section 21c), a heating amount (thermal power) display means 23 is provided. Five combustion display lamps L1, L2, L3, L4, and L5 are disposed (see FIG. 3). In addition, in the heating cooker of this embodiment, LED is used as the said combustion display lamp.

  The heating cooker also adjusts the heating amount (heating power) of the heating means (burner 1) based on the command from the heating amount adjustment command means (burner operation unit) 21 described above (not shown). )).

  The heating cooker also includes a control unit (operation control unit) (FIG. 9) that controls the combustion of the heating unit (burner 1). The operation control unit is configured to control the heating unit based on the combustion start command. Combustion control is started to start combustion and stop combustion of the heating means based on a combustion stop command.

  The operation control means is configured to start combustion of the heating means based on the combustion start command of the point fire extinguishing command means, and to perform combustion control to stop combustion of the heating means based on the combustion stop command. Yes.

  Each of the burners 1a, 1b, 1c is provided with a spark plug 7 and a thermocouple 8 for detecting the ignition state, and the grill burners 2a, 2b, 2c are also provided for detecting the ignition plug 7 and the ignition state. A thermocouple 8 is provided.

In addition, the structure regarding the gas supply to a stove burner and a grill burner is as follows. An original gas solenoid valve 12 is provided in the original gas supply path (main gas pipe) 11, and from this original gas supply path 11, a standard burner branch path 13a, a high thermal power burner branch path 13b, a small burner branch path 13c, It is branched into a branch path 13d for grill burner.
Each of these branch paths is provided with a flow rate control valve 3 and a position sensor 19 for detecting the opening position thereof.

  Further, the operation control means sets the heating amount of the heating means based on the heating amount adjustment command of the heating amount adjustment command means, the set maximum heating amount (3610 kcal / h in this embodiment), and the set minimum heating amount (this implementation). In the embodiment, 330 kcal / h), and the heating amount for operating the heating amount adjusting means so that the heating amount adjusting means can be adjusted to a plurality of intermediate heating amounts set between the set maximum heating amount and the set minimum heating amount. Perform adjustment control.

<Heating amount adjustment command means (rotary encoder)>
In the cooking device according to this embodiment, a rotary encoder is used as the heating amount adjustment command means, and the heating amount adjustment command means (rotary encoder) is forward (clockwise) as shown in FIG. Along with the rotation operation, the phase of one (A phase) of the two-phase pulse signals advances from the other (B phase) pulse signal, and the rotation operation in the reverse direction (counterclockwise) With the other (B-phase) pulse signal advanced in phase than the one (A-phase) pulse signal, the two-phase pulse signals having different phases are output in accordance with the rotary operation of the rotary encoder. Yes.

  In the cooking device according to this embodiment, the rotary encoder is configured to generate 24 pulses in each of the A phase and the B phase when rotated once (360 degrees).

In the cooking device according to this embodiment, the control unit determines the rotation operation amount of the rotary encoder based on the number of times of detecting the rising edge st of the pulse output from the A phase.
For example, when detecting the rising edge st of the pulse output from the A phase n times, the control unit determines that an instruction to change the heating power of the standard burner by n stages has been made.

  Further, in the cooking device according to this embodiment, the control unit detects whether the B phase is high level or low level when the rising edge st of the pulse output from the A phase is detected, and Depending on the state, it is a standard burner thermal power increase command with the rotary encoder rotated in the forward direction (clockwise), or a standard burner thermal power increase command with the rotary encoder rotated in the reverse direction (counterclockwise) Judge whether or not.

  More specifically, as shown in FIG. 2A, when the B phase is low when the rising edge st of the pulse output from the A phase is detected, the control unit moves the rotary encoder in the forward direction. It is determined that the command is for increasing the heating power of the standard burner rotated clockwise (clockwise), and the B phase when the rising edge st of the pulse output from the A phase is detected as shown in FIG. When it is at the high level, it is determined that the command is a fire power reduction command for the standard burner in which the rotary encoder is rotated in the reverse direction (counterclockwise).

  Moreover, in the heating cooker concerning this embodiment, it is comprised so that the stage number of intermediate | middle heating amount can be changed and set.

<Characteristic configuration>
[Common items of embodiment]
The cooking device according to each embodiment of the first embodiment to the third embodiment described below includes an intermediate heating amount setting unit 41 after changing the number of stages (FIG. 4), and the number of stages is changed and set. The intermediate heating amount can be set after the stage number change setting.

  Then, after the number of steps of the intermediate heating amount is changed and set, the heating amount of the heating means is set to the maximum heating amount and the number of steps set after changing the setting of the number of steps and changing the number of steps larger than the maximum value of the intermediate heating amount after the setting of changing the number of steps. After setting the number of steps to change the number of steps to change the minimum heating amount after setting the number of steps less than the minimum value of the intermediate heating amount after the change setting, and to change the number of steps to operate the heating amount adjustment means so that it can be adjusted to the intermediate heating amount after setting the number of steps It is comprised so that heating amount adjustment control may be performed.

  In addition, it is possible to set the intermediate heating amount after the step number change setting in the state where the step number is changed and set, so that the maximum heating amount after the step number change setting and the setting after the step number change setting and the minimum heating amount and the intermediate after the step number change setting are set. It is possible to change and set the number of adjustable steps of the thermal power including the heating amount according to the user's preference.

  Further, in the post-stage change setting heating amount adjustment control executed after the stage number is changed and set, the heating amount of the heating means is equal to or less than the set maximum heating amount and is greater than the maximum value of the intermediate heating amount after the stage number change setting. It is possible to adjust each of the maximum heating amount set after the change setting, the minimum heating amount set after the step change setting smaller than the minimum value of the intermediate heating amount after the step change setting, and the intermediate heating amount after the step change setting, and Because the maximum heating amount set after changing the number of stages is set to the maximum heating amount before changing the number of stages, the heating means can be adjusted by the heating power adjustment command even when the adjustable number of heating power is changed The maximum value of the heating power of the (conrobana) is not changed, and it is possible to obtain a cooking device that is easy to use.

  1 is configured to be openable and closable in a so-called kangaroo pocket type. The stove cooking setting unit 32 and the cooking setting unit for grill cooking are also configured. When 33 is opened to the front, an intermediate heating amount setting section appears after the stage number change setting.

[First Embodiment]
Next, the heating cooker concerning 1st Embodiment of this invention is demonstrated. In the first embodiment, as the intermediate heating amount setting unit 41 after the stage number change setting, intermediate stage number setting means for setting the stage number of the intermediate heating amount after the stage number change setting (the number of heating power stages, the setting / check switch 42, the left and right burners in FIG. 4). A selection switch 43, a thermal power stage number increase / decrease switch 44, and a thermal power stage number display unit 45) are provided, and the stage number of the intermediate heating amount can be set after the stage number change setting. The intermediate stage number setting means is also used as a cooking setting part used in the grill part 4 provided in the heating cooker, and the thermal power stage number increase / decrease switch 44 is also used as a timer time setting switch for the grill timer, and displays the thermal power stage number. The unit 45 also serves as a timer time display unit for the grill timer.

  In addition, the mode of change in the heating amount of the heating unit with respect to the heating amount adjustment command of the heating amount adjustment commanding unit after the setting of the number of steps of the intermediate heating amount after the change in the number of stages is set can be set. This point will be described later in detail.

  In the first embodiment, the number of steps of the intermediate heating amount after the change of the number of steps is set by the intermediate step number setting means, and the heating amount adjustment of the heating amount adjustment command means after the number of steps of the intermediate heating amount is set after the change of the number of stages is set. By setting the mode of change in the heating amount of the heating means with respect to the command, each of the intermediate heating amounts can be easily set as the intermediate heating amount after the stage number change setting by a small operation.

Here, with reference to FIG. 4, the specific method of setting the number of stages of the intermediate heating amount after the setting of changing the number of stages will be described.
(1) First, the number of thermal stages and the setting / confirmation switch 42 are pushed.
(2) Next, by pressing the left / right burner selection switch 43, it is selected which of the left burner (standard burner) 1 (1a) and the right burner (high thermal burner) 1 (1b) is set.
(3) The burner selection LED 46a or 46b on the selected burner side is lit (FIG. 4 shows a state where the right burner selection LED 46b is lit).
(4) Next, the number of steps of intermediate heating amount is input after changing the number of steps by the thermal power step number increase / decrease switch 44.
(5) The intermediate heating power stage number display unit 45 displays the input stage number of the intermediate heating amount after the stage number change setting (in FIG. 4, the stage number of the intermediate heating amount after the stage number changing setting is 12, that is, after the stage number changing setting is set. This shows the case where the heating amount adjustment step number is set to 14 steps including the set maximum heating amount and the step number change setting and the set minimum heating amount).
(6) After that, by pressing the thermal power stage number / setting / confirmation switch 42 again, the input of the stage number of the intermediate heating amount after the stage number change setting is completed, and the set value of the stage number of the intermediate heating amount is determined after the stage number change setting.

  In the heating cooker according to the first embodiment, the set maximum heating amount after setting the number of stages change is 3610 kcal / h, and the set minimum heating amount after setting the small number of stages is 330 kcal / h, respectively. The same value as the amount (3610 kcal / h in this embodiment) and the set minimum heating amount (330 kcal / h in this embodiment) is maintained.

  Next, in the heating cooker according to the first embodiment, a description will be given of a configuration in which an aspect of changing the heating amount of the heating unit with respect to the heating amount adjustment command of the heating amount adjustment command unit can be set.

  In other words, in the heating cooker according to the first embodiment, the mode of change in the heating amount of the heating unit relative to the heating amount adjustment command of the heating amount adjustment command unit is heated for each predetermined operation amount of the heating amount adjustment command unit. The “equal difference mode” in which the heating amount of the means changes in an equal difference and the “incremental mode” in which the heating amount of the heating means changes in an equal ratio for each predetermined operation amount of the heating amount adjustment command means. It is configured so that it can be selected from two types of “specific aspect”.

  When inputting the stage number of the intermediate heating amount after setting the stage number change with the thermal power stage number increase / decrease switch 44, every time the Up switch 44a and the Down switch 44b of the thermal power stage number increase / decrease switch 44 are simultaneously pressed, the equality mode, the equal ratio mode, the equal ratio It is configured to switch from an aspect to an equality aspect (FIG. 4 shows a state in which the equality ratio selection LED 47a of the equality ratio selection LED 47a and the equality difference selection LED 47b is lit and the equality ratio aspect is selected. Shown). Note that the initial setting is set to an equal ratio mode.

  As described above, depending on the user's preference, there are two types of changes in the heating amount of the heating means relative to the heating amount adjustment command of the heating amount adjustment command means: the above-mentioned “equal difference mode” and “equivalent aspect”. Therefore, it is possible to improve usability.

[Second Embodiment]
Next, the heating cooker concerning 2nd Embodiment of this invention is demonstrated. In the cooking device according to the second embodiment, in addition to the configuration of the cooking device according to the first embodiment, each value of the intermediate heating amount after setting the number of steps corresponding to the heating amount adjustment command of the heating amount adjustment command means. Intermediate heating amount individual setting means 51 (the number of heating power stages, setting / confirmation switch 52, left / right burner selection switch 53, stage designation switch 54 (54a, 54b) in FIG. An intermediate heating amount setting switch 55 (55a, 55b) and an intermediate heating amount display section 58 after the stage number change setting are provided.

  Then, by setting each value of the intermediate heating amount after the stage number change setting corresponding to the heating amount adjustment command of the heating amount adjustment command means 21 (FIG. 1), the intermediate heating amount after the stage number change setting is set. It is configured.

  In the cooking device according to the second embodiment configured as described above, each value of the intermediate heating amount after the stage number change setting corresponding to the heating amount adjustment command of the heating amount adjustment command means can be set. The intermediate heating amount can be set after finely changing the number of steps according to the user's preference.

  Here, with reference to FIG. 5, the specific method of setting the number of stages of the intermediate heating amount after the setting of changing the number of stages will be described.

(1) The number of thermal stages, setting / confirmation "switch 52 is pushed.
(2) Next, the left / right burner selection switch 53 is pressed to select which of the left burner (standard burner) 1 (1a) and the right burner (high-power burner) 1 (1b) is set.
(3) The burner selection LED 56a or 56b on the selected burner side is lit (FIG. 5 shows a state in which the right burner (high thermal power burner) 1 (1b) is selected and the right burner selection LED 56b is lit. )
(4) Next, specify the stage of the intermediate heating amount after the stage number change setting to be set by the stage designation switch 54 (54a, 54b), and set the intermediate heating amount after the stage number change setting by the intermediate heating amount setting switch 55 after the stage number change setting. Enter the value set value. In the cooking device according to the second embodiment, the stage of the intermediate heating amount after the stage number change setting can be designated up to 11 stages, and is designated by the stage designation switch 54 (54a, 54b). The stage of the intermediate heating amount after the stage number change setting is configured to be displayed numerically on the lower side of the intermediate heating amount display section 58 after the stage number change setting as shown in Q2, Q3..., Q11, Q12 shown in FIG. ing.
(5) On the intermediate heating amount display section 58 after the stage number change setting, the input intermediate heating amount value after the stage number change setting is displayed together with the stage of the designated intermediate heating amount after the stage change setting (FIG. Q10 is designated as the stage of the intermediate heating amount after the stage number change setting, and 2230 kcal / h is input as the intermediate heating amount value after the stage number change setting).
In FIG. 5, Q13 of the post-stage change setting intermediate heating amount display section 58 displays a set maximum heating amount (for example, 3610 kcal / h) after the post-stage change setting.
In addition, a set minimum heating amount (for example, 330 kcal / h) after further setting is displayed in Q1 of the intermediate heating amount display unit 58 after the change in the number of stages in FIG.
(6) Thereafter, the setting of the intermediate heating amount after the change in the number of stages is completed by pressing the setting / confirmation switch 52 again, and the set value of the intermediate heating amount is determined after the setting of the change in the number of stages.

  Further, the maximum heating amount (for example, 3610 kcal / h) after setting the stage number change is displayed in Q13 of the intermediate heating amount display section after the stage number change setting in FIG. Since the set minimum heating amount (for example, 330 kcal / h) after further setting is displayed, the stage of the intermediate heating amount after the stage number change setting can be specified in a maximum of 11 stages from Q2 to Q12.

  Incidentally, if the intermediate heating amount stage setting after the stage number change setting is less than 11 stages (for example, 8 stages), the specified number of stages that are less than 11 stages (for example, 8 stages) is left-justified starting from Q2. The intermediate heating amount after the setting of changing the number of stages corresponding to the largest stage (for example, the eighth stage) of less than 11 stages (for example, eight stages) is displayed in Q9.

In the second embodiment,
(A) a mode in which the heating amount is decreased when the heating amount adjustment command of the heating amount adjustment command means is an increase command to increase the heating amount, or
(B) The heating amount is increased when the heating amount adjustment command of the heating amount adjustment command means is a decrease command to the heating amount decrease side,
When an input is made by the intermediate heating amount individual setting means 51 after the stage number change setting, the operation control means is configured not to accept the input but to make an invalid input.

  For example, after 2230 kcal / h is input to the stage Q10 of the intermediate heating amount after the stage number change setting, Q11 is designated as the stage of the intermediate heating amount after the stage number change setting, and 2000 kcal as the value of the intermediate heating amount after the stage number change setting. When / h (a value smaller than 2230 kcal / h corresponding to Q10) is input, the operation control means is configured not to accept the input. In that case, the buzzer (FIG. 9) makes the input invalid and notifies that it is not accepted.

  With this configuration, there is a situation where the heating amount decreases when the heating amount increases to the increase side, and a heating amount increases when the heating amount decreases to the decrease side. Thus, it is possible to provide a cooking device with good operability.

  Further, since the user can recognize that the input by the intermediate heating amount individual setting means 51 after setting the stage number change is not accepted by the notification by the buzzer (FIG. 9), the intermediate heating amount individually after the stage number change setting is set. The input by the setting means 51 is prompted to be an appropriate input that can be accepted. Therefore, also in this respect, good operability can be realized.

  In the second embodiment, the heating amount is reduced when the heating amount adjustment command of the heating amount adjustment command means is an increase command to increase the heating amount, or the heating amount of the heating amount adjustment command means. When an input is made by the intermediate heating amount individual setting means 51 after the stage number change setting in a form in which the heating amount is increased when the adjustment command is a decrease instruction to the heating amount decrease side, the operation control means The configuration in which the input is not accepted and the input is invalid, and the configuration in which the buzzer notifies that the input is invalid and not accepted are both arbitrary configurations, and the configuration can be omitted.

  In the heating cooker according to the second embodiment, the heating amount is reduced when the heating amount adjustment command of the heating amount adjustment command means is an increase command to increase the heating amount, or the heating When an input is made by the intermediate heating amount individual setting means 51 after changing the number of stages in a form in which the heating amount is increased when the heating amount adjustment command of the amount adjustment command means is a reduction command to the heating amount decrease side After the operation control means accepts the input as a temporary set value, the heating amount does not increase or change when the heating amount adjustment command of the heating amount adjustment command means is an increase command to increase the heating amount. It is also possible to configure so that the intermediate heating amount is set after the stage number change setting by correcting the intermediate heating amount after the stage number change setting.

  In this way, when the heating amount adjustment command of the heating amount adjustment command means is an increase command to the heating amount increase side, the heating amount is not increased or changed, and then the intermediate heating amount is corrected after setting the number of stages to be changed, When the intermediate heating amount is set after the stage number change setting, the input is set so that the heating amount is decreased when the heating amount is increased, or the heating amount is decreased. Even when an input is set so that the heating amount is increased when the heating amount is reduced, the operation control means corrects the heating amount so that the heating amount does not increase or change. However, although the heating command is an increase command to increase the heating amount, it is avoided that the heating amount decreases, and the heating amount adjustment command is a decrease command to the heating amount decrease side. The heating amount will increase Since the intermediate heat amount after number change set to be avoided is set to improve usability.

In addition, in the cooking device according to the second embodiment, as described above, it is possible to specify a maximum of 11 stages from Q2 to Q12 for the stage of the intermediate heating amount after the stage number change setting, but from Q2 to Q12 Not all of them are specified, and the intermediate heating amount after the setting of any stage number change between the maximum value of the stage of the intermediate heating amount after the specified stage number change setting and the minimum value of the stage of the intermediate heating amount after the specified stage number change setting is set. The designation may be omitted as the intermediate heating amount after the undesignated step number change setting.
In this case, the intermediate heating amount after setting and changing the unspecified stage number without specifying is the intermediate heating amount after setting the specified stage number change in the upper stage and the intermediate heating quantity after setting the specified stage number change in the lower stage. Using these, the operation control means performs automatic designation. Hereinafter, this automatic designation will be described. However, this automatic designation is an arbitrary configuration and can be omitted.

  With regard to this automatic designation, there are two modes of “equivalence mode” and “equivalence mode” as the mode of change of the heating amount of the heating means with respect to the heating amount adjustment command of the heating amount adjustment command means. Depending on the preference, the “difference mode” is a mode in which the heating amount of the heating means changes in an equal manner for every predetermined operation amount of the heating amount adjustment command means, and every predetermined operation amount of the heating amount adjustment command means. The heating means is configured to be able to select any one of the “same ratio modes” in which the heating amount changes in an equal ratio. Among the selection LEDs 57b, the equality selection LED 57b is lit, and the state where the equality mode is selected is shown).

  Next, the operation when the operation control means performs automatic designation will be described. FIG. 6 is a diagram for explaining the operation when automatic designation is performed, in which (a) shows a state before automatic designation and (b) shows a state after automatic designation.

  Here, U is set as the intermediate heating amount after the specified stage number change setting of the upper stage of the intermediate heating amount after setting the unspecified stage number change, and the lower stage of the intermediate heating amount is specified after the setting of the unspecified stage number change. The intermediate heating amount after setting the number of stages is set to S, and the number of stages of the intermediate heating amount after setting the continuous unspecified number of stages is set to n. That is, the intermediate heating amount M1 ·· Mm ·· Mn after the setting of the n-stage continuous unspecified stage number change between the designated intermediate stage heating amount U after the stage number change setting and the intermediate heating amount S after the designated stage number change setting. Is present (see FIG. 6).

  In FIG. 6, stages Q6 to Q9 correspond to the intermediate heating amount after the unspecified stage number change setting, and n = 4. Further, the heating amount specified in the stage Q5 corresponds to S, and the heating amount specified in the stage Q10 corresponds to U.

In this case, when the ratio aspect is selected, Mm is automatically specified by the following equation.
Mm = S · a ^m
However, a = (U / S) ^{1 / (n + 1)}

When the equality mode is selected, Mm is automatically specified by the following equation.
Mm = S + b · m
Where b = (U−S) / (n + 1)

  Specifically, between the maximum value (Q10 in FIG. 6) of the intermediate heating amount stage after the designated stage number change setting and the minimum value (Q5 in FIG. 6) of the intermediate heating amount stage after the designated stage number change setting. In the state in which the designation of the intermediate heating amount after the arbitrary stage number change setting is omitted as the intermediate heating amount (Q6 to Q9 in FIG. 6) after the unspecified stage number change setting, the Up switch 44a of the thermal power stage number increase / decrease switch 44 in FIG. By simultaneously pressing the Down switch 44b, the geometric aspect is selected and Mm is automatically designated.

  In addition, when the equal ratio mode is selected and Mm is automatically specified, when the Up switch 44a and the Down switch 44b of the thermal power stage number increase / decrease switch 44 are simultaneously pressed, the ratio ratio mode is switched to the equal difference mode, etc. The difference mode is selected, and Mm is automatically specified.

  Each time the Up switch 44a and the Down switch 44b of the thermal power stage number increase / decrease switch 44 are pressed simultaneously, the equality aspect is selected from the state where the equality aspect is selected, or the equality aspect is selected. The state is switched from the state to the state in which the equality mode is selected.

  As described above, according to the intention of the user, the mode of change in the heating amount of the heating unit with respect to the heating amount adjustment command of the heating amount adjustment command unit is changed for each predetermined operation amount of the heating amount adjustment command unit. The “equal differential mode” in which the heating amount is changed in an equal manner and the “equivalent ratio mode” in which the heating amount of the heating unit is changed in proportion to each predetermined operation amount of the heating amount adjustment command unit. Since a heating amount not selected and selected is automatically specified, a highly convenient cooking device can be realized.

[Third Embodiment]
In addition to the configuration of the heating cooker according to the second embodiment, the heating cooker according to the third embodiment of the present invention sets the maximum heating amount after the stage number change setting and sets the maximum heating amount after the stage number change setting. A setting unit 61 is provided (see FIG. 7).

  With reference to FIG. 7, the specific method in the case of setting the set maximum heating amount after the stage number change setting will be described.

(1) First, the maximum heating power / setting / confirmation switch 71 is pressed.
(2) Next, by pressing the left / right burner selection switch 72, it is selected which of the left burner (standard burner) 1 (1a) and the right burner (high thermal burner) 1 (1b) is set.
(3) The burner selection LED 76a or 76b on the selected burner side is lit (FIG. 7 shows a state in which the right burner (high thermal power burner) 1 (1b) is selected and the right burner selection LED 76b is lit. )
(4) Next, a set value of the maximum heating amount set after the step number change setting is input by the setting maximum heating amount setting switch 73 (73a, 73b) after the step number change setting.
(5) Thereafter, the maximum heating power / setting / confirmation switch 71 is pressed again. Thereby, the setting of the set maximum heating amount after the stage number change setting is completed, and the set value of the set maximum heating amount after the stage number change setting is determined.

  In the second embodiment described above, when the stage number of the intermediate heating amount after the stage number change setting is less than 11 stages (for example, 8 stages) that is the maximum number of stages that can be designated, the stage is less than 11 stages. The specified number (e.g., 8 steps) is displayed left-justified starting from Q2, and the intermediate heating amount after setting the number of steps corresponding to the largest step (e.g., 8th step) less than 11 steps (e.g., 8 steps) in Q9 Is displayed (see FIG. 6), but in the cooking device of the third embodiment including the set maximum heating amount setting unit 61 after the stage number change setting, the stage designation of the intermediate heating amount after the stage number change setting is set. Is less than 11 steps (e.g., 8 steps), which is the maximum number of steps that can be designated, the designated number of steps (e.g., 8 steps) less than 11 steps is displayed left-justified starting from Q2, Q9 Less than 11 levels (e.g. 8 The intermediate heating amount after the stage number change setting corresponding to the largest stage (for example, the eighth stage) is displayed, and the heating amounts M10, M11, and M12 in the stages from Q10 to Q12 are set as the maximum heating amount set after the stage number change setting. It is also possible to configure the operation control means to perform automatic designation corresponding to the maximum heating amount by using the intermediate heating amount after the stage number change setting set in Q9.

  Hereinafter, although the automatic designation corresponding to the maximum heating amount will be described, the automatic designation corresponding to the maximum heating amount is an arbitrary configuration and can be omitted.

  For automatic designation corresponding to the maximum heating amount, the heating amount of the heating unit is changed with respect to the heating amount adjustment command of the heating amount adjustment command unit, and the heating amount of the heating unit is set for each predetermined operation amount of the heating amount adjustment command unit. There are two modes: an “equal differential mode” that is a mode that changes differentially, and an “equivalent mode” that is a mode in which the heating amount of the heating unit changes in proportion to each predetermined operation amount of the heating amount adjustment command unit. There are aspects. By simultaneously pressing the Up switch and the Down switch of the thermal power stage number increase / decrease switch, it is possible to select the equality aspect and the equality aspect according to the user's preference.

  Here, if the maximum heating amount set after the stage number change setting is SA and the intermediate heating amount after the stage number change setting corresponding to Q9 is SS, there are three stage numbers between SA and SS. There are three consecutive unspecified stage number post-change intermediate heating amounts between the maximum heat amount SA set after the change setting and the intermediate heat amount SS after the stage number change setting corresponding to the designated Q9. Further, the heating amounts in the stages from Q10 to Q12 are M10, M11, and M12, respectively.

In this case, when the equivalence mode is selected, automatic specification corresponding to the maximum heating amount is performed by the following equation.
M10 = SS · c
M11 = SS · c ²
M12 = SS · c ³
Where c = (SA / SS) ^1/4

When the equality mode is selected, automatic designation corresponding to the maximum heating amount is performed using an equation.
M10 = SS + d
M11 = SS + d · 2
M12 = SS + d · 3
However, d = (SA−SS) / 4

  In the state where the set maximum heating amount after setting the number of steps is SA, the set maximum heating amount after setting the number of steps is updated and set to SA2 by the setting maximum heating amount setting unit 61 after setting the number of steps is changed, and then the heating power step number is increased or decreased. By simultaneously pressing the Up switch and the Down switch of the switch, the heating amounts M10, M11, and M12 in the stages from Q10 to Q12 correspond to the set maximum heating amounts SA2 and Q9 after the stage number change setting after the update setting. The intermediate heating amount after the stage number change setting is updated and set to the value shown in the following equation based on SS.

After the setting of the number of stages is changed and the set maximum heating amount is updated and set to SA2, when the equivalence mode is selected, automatic designation corresponding to the maximum heating amount is performed by the following equation.
M10 = SS · c2
M11 = SS · c2 ²
M12 = SS · c2 ³
However, c2 = (SA2 / SS) 1/4

Further, after the setting of the number of steps is changed and the set maximum heating amount is updated and set to SA2, when the equality mode is selected, automatic specification corresponding to the maximum heating amount is performed by the following equation.
M10 = SS + d2
M11 = SS + d2 · 2
M12 = SS + d2 · 3
However, d2 = (SA2-SS) / 4

  The heating cooker according to the third embodiment includes the set maximum heating amount setting unit 61 after setting the number of steps to set the maximum heating amount after setting the number of steps, so that the number of steps can be changed according to the user's preference. The set maximum heating amount can be set after the setting, and the maximum value of the heating amount of the cooking device can be limited to save energy or prevent inadvertent overheating.

[Cooking system]
Moreover, the heating cooking system of this invention is a commercially available heating cooker according to any one of the first embodiment, the second embodiment, and the third embodiment, and a communication terminal (for example, a function as a personal computer). And a multi-function mobile phone (smart phone)) 80 (FIG. 8).

  And the smart phone (communication terminal) 80 is provided with the intermediate heating amount setting part 41 after stage number change setting.

  In this heating and cooking system, although not shown in the figure, the smartphone (communication terminal) 80 displays an intermediate heating amount setting unit 41 after setting the stage number change having the same configuration as that shown in FIG. After the stage number change setting, the number of stages of the intermediate heating amount can be set. And after setting the number of stages, after setting the number of stages of the intermediate heating amount, by setting the mode of change of the heating amount of the heating means relative to the heating amount adjustment command of the heating amount adjustment command means, it is easy with a few operations, Each of the intermediate heating amounts can be set as the intermediate heating amount after the stage number change setting.

  In addition, as shown in FIG. 8, this heat cooking system is a page different from the page on which the post-stage change setting intermediate heating amount setting unit having the same configuration as that in FIG. 4 of the smartphone (communication terminal) 80 is displayed. In addition, an intermediate heating amount display section is displayed after the intermediate heating amount stage number change setting.

  Moreover, in this cooking system, since the intermediate heating amount after the intermediate heating amount stage number change setting in each stage is displayed as a bar graph on the smartphone (communication terminal) 80 as shown in FIG. 8, the second embodiment. As in the case of the heating cooker, it is possible to easily input the intermediate heating amount after the intermediate heating amount stage number change setting, and display the intermediate heating amount in the graphic after the intermediate heating amount stage number change setting. Therefore, it is possible to provide a user-friendly and highly convenient cooking system.

  Moreover, it is also possible to comprise so that the smart phone (communication terminal) 80 comprised so that communication with the heating cooker concerning the above-mentioned 3rd Embodiment may be provided with the setting maximum heating amount setting part after a stage number change setting. By comprising in this way, it becomes possible to set the setting maximum heating amount after stage number change setting using the smart phone (communication terminal) 80, and can improve the convenience further.

  Moreover, in the cooking system of the present invention, when a smartphone is used as a communication terminal, since various commercially available smartphones can be used, investment related to hardware for building a cooking system is required. The cooking system can be easily constructed.

  However, in the heating cooking system of this invention, it is also possible to comprise so that the communication terminal may be equipped with the intermediate heating amount setting part after a stage number change setting using communication terminals other than a smart phone.

  Moreover, the cooking system of this invention can also be comprised so that a communication terminal may be provided with the setting minimum heating amount setting part after a stage number change setting which sets the setting minimum heating amount after a stage number change setting.

  In addition, when the present invention is applied to a gas stove and further includes a setting unit that sets a set minimum heating amount after changing the number of stages, the set minimum heating amount after setting the number of stages is set to a value equal to or larger than the set minimum heating amount. It is preferable to be limited to As described above, when the present invention is applied to a gas stove, by limiting the set minimum heating amount after the stage number change setting to a value equal to or more than the set minimum heating amount, the flame can be prevented from being blown off due to the thermal power becoming too small. It becomes possible.

  The present invention is not limited to the above-described embodiment in other points, and various applications and modifications can be made within the scope of the invention.

1 Burner 1a Standard burner 1b High-power burner 1c Small burner 4 Grill part 9 Temperature sensor (pan bottom temperature sensor)
15 Gotoku 21 Heating amount adjustment command means (burner operation part)
21a Standard burner operation part 21b High thermal power burner operation part 21c Small burner operation part 22 Heating amount adjustment command means (grill burner operation part)
23 Heating amount display means (combustion display lamp (LED lamp))
24 Power switch 25 Power lamp 32 Cooking setting unit for stove (burner) cooking 33 Cooking setting unit for grill cooking 41 Intermediate heating amount setting unit after setting the number of stages 42 Thermal power stage setting / check switch 43 Left / right burner selection switch 44 Increase / decrease thermal power stage number Switch 45 Thermal power stage display 46a, 46b Burner selection LED
51 Intermediate heating amount individual setting means after changing the number of steps 52 Thermal power step number, setting / confirmation switch 53 Left / right burner selection switch 54 (54a, 54b) Step designation switch 55 (55a, 55b) Intermediate heating amount setting switch 57a after setting the number of steps Ratio selection LED
57b Equal difference selection LED
58 Intermediate heating amount display section after stage change setting 61 Maximum heating amount setting section after stage change setting 71 Maximum heating power, setting / confirmation switch 72 Left and right burner selection switch 73 (73a, 73b) Maximum heating amount setting switch set after stage change setting 76a, 76b Left and right burner selection LEDs
st Pulse rising edge L1 to L5 Combustion display lamp (heating amount display means)
Q1 to Q13 Number of heating stages

Claims (11)

A heating means for heating the cooking container; a heating amount adjusting means for adjusting the heating amount of the heating means; a heating amount adjustment command means for instructing a heating amount adjustment command; and a combustion start command and a combustion stop command for the heating means. Point fire extinguishing command means for commanding and operation control means for controlling the combustion of the heating means, the operation control means starting combustion of the heating means based on the combustion start command of the point fire extinguishing command means And, based on the combustion stop command, performs combustion control for stopping combustion of the heating means, and the operation control means performs the heating control based on the heating amount adjustment command of the heating amount adjustment command means. The heating amount of the means can be adjusted to a set maximum heating amount, a set minimum heating amount, and a plurality of intermediate heating amounts set between the set maximum heating amount and the set minimum heating amount. In the heating amount adjusting means running heating flow regulation to operate, said a configured heating cooker as the number of stages of the intermediate heat quantity can be changed and set,
It is equipped with an intermediate heating amount setting section after setting the number of stages to set the intermediate heating amount after setting the number of stages, which is the intermediate heating amount after changing the number of stages,
With the stage number of the intermediate heating amount changed and set, the intermediate heating amount after the stage number change setting can be set by a command from the intermediate heating amount setting unit after the stage number change setting, and
After the number of stages of the intermediate heating amount is changed and set, the heating amount of the heating means is set to the maximum heating value after setting the number of stages to be less than the set maximum heating amount and larger than the maximum value of the intermediate heating amount after the setting of the stage number change The heating amount adjusting means can be adjusted to an amount, a setting minimum heating amount after setting the stage number change smaller than a minimum value of the intermediate heating amount after setting the stage number change, and an intermediate heating amount after setting the stage number change. A heating cooker characterized in that it is configured to execute heating amount adjustment control after setting the number of steps to be activated. The intermediate heating amount setting section after the stage number change setting includes an intermediate stage number setting means for setting the number of stages of the intermediate heating amount after the stage number change setting,
It is configured so that the number of stages of the intermediate heating amount can be set after the stage number change setting,
After the stage number change setting, the mode of change in the heating amount of the heating unit with respect to the heating amount adjustment command of the heating amount adjustment command unit after the number of stages of the intermediate heating amount is set can be set. The cooking device according to claim 1, wherein: As a mode of change in the heating amount of the heating means relative to the heating amount adjustment command of the heating amount adjustment command means,
An equality aspect in which the heating amount of the heating means changes in an equal manner for each predetermined operation amount of the heating amount adjustment command means; and
It is configured to be able to select any one of the equivalent ratio modes in which the heating amount of the heating means changes in an equivalent ratio for each predetermined operation amount of the heating amount adjustment command means. The cooking device according to claim 2. An intermediate heating amount individually setting means after setting the number of stages to be set by inputting each value of the intermediate heating amount after setting the number of stages corresponding to the heating amount adjustment command of the heating amount adjustment command means;
The intermediate heating amount after the stage number change setting is set by setting each value of the intermediate heating amount after the stage number change setting corresponding to the heating amount adjustment command of the heating amount adjustment command means. The cooking device according to claim 1, wherein:   The form in which the heating amount is reduced when the heating amount adjustment command of the heating amount adjustment command means is an increase command to increase the heating amount, or the heating amount adjustment command of the heating amount adjustment command means is the When an input is made by the intermediate heating amount individual setting means after the stage number change setting in a form in which the heating amount is increased when it is a decrease command to the heating amount decrease side, the operation control means The cooking device according to claim 4, wherein the cooking device is configured such that the invalid input is not accepted. (Subordinate to claim 5)
The cooking device according to claim 5, wherein the operation control means is configured to notify when the input by the intermediate heating amount individual setting means after the stage number change setting is the invalid input. .   When the heating amount adjustment command of the heating amount adjustment command means is an increase command to increase the heating amount, the heating amount is reduced, or the heating amount adjustment command of the heating amount adjustment command means is When an input is made by the intermediate heating amount individual setting means after the stage number change setting in a form in which the heating amount is increased when the heating amount is a decrease command to the decrease side, the operation control means After receiving the input, when the heating amount adjustment command of the heating amount adjustment command means is an increase command to increase the heating amount, the heating amount does not increase or change after the stage number change setting. The cooking device according to claim 4, wherein an intermediate heating amount is set by correcting an intermediate heating amount and setting the stage number change.   The cooking device according to any one of claims 1 to 7, further comprising a set maximum heating amount setting unit after setting the number of steps to set the maximum heating amount set after the step number change setting. (Quoting claims 1 to 8)
The heating cooker according to any one of claims 1 to 8 and a communication terminal are configured to be communicable, and the communication terminal includes the intermediate heating amount setting unit after the stage number change setting. Cooking system.   A cooking system according to claim 8, wherein the cooking device according to claim 8 and a communication terminal are configured to be communicable, and the communication terminal includes a set maximum heating amount setting section after the stage number change setting.   The cooking system according to claim 9 or 10, wherein the communication terminal is a commercially available multifunctional mobile phone having a function as a personal computer.

Images