JP2022106855A - Heating cooking device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To obtain a heating cooking device having such a configuration that it can perform heating according to cooking process information, thereby enabling suppression of an increase in time and efforts of operation and it can suppress overheating of a cooking object even if a cooking operation by the user is delayed.

SOLUTION: A heating cooking device comprises: a cooking object heating section; a storage section storing a cooking process; an operation input section receiving an instruction; and a control section controlling heating fire power on the basis of the instruction and the cooking process stored in the storage section, the cooking process is composed of a plurality of processes, the plurality of processes includes a confirmation necessity process waiting for an instruction to start a process by a cooking operation requested by the control section, and a confirmation unnecessity process of starting the process without waiting for the instruction, and the control section waits for an input from the operation input section when the next process is the confirmation necessity process, ends an active process to make a shift to the confirmation necessity process when the input exists, and makes a shift to the confirmation unnecessity process without requiring the input when the next process is the confirmation unnecessity process.

SELECTED DRAWING: Figure 18

COPYRIGHT: (C)2022,JPO&INPIT

Description

The present invention relates to a cooking apparatus controlled based on a cooking process.

Conventionally, when a user operates a terminal device such as a mobile phone to transmit cooking process information of an automatic cooking menu to the cooking device and executes cooking according to the cooking process information received by the cooking device, it is included in the cooking process information. There is provided a cooking apparatus capable of outputting a predetermined voice phrase by voice at a predetermined notification timing based on the voice pattern information (see, for example, Patent Document 1). Since the cooking apparatus of Patent Document 1 notifies the cooking process information by voice, it is possible to inform the user of necessary operations such as stirring the cooked food or adding the ingredients in a timely manner.

Japanese Unexamined Patent Publication No. 2014-123436

However, in the configuration of the cooking apparatus of Patent Document 1, even if ingredients and the like are prepared according to the recipe of the cooking menu and cooking is performed according to the cooking process information, good cooking results may not be obtained. For example, the user may not be able to immediately perform the cooking operation notified by the user due to various circumstances such as the user being unfamiliar with cooking and the cooking operation being delayed, or another work such as an incoming call being interrupted. .. Therefore, the cooking apparatus of Patent Document 1 may have a great influence on the cooking result, such as overheating the object to be cooked.

The present invention is for solving the above-mentioned problems, and by heating according to the cooking process information, it is possible to suppress an increase in the time and effort of the operation by the user, and the cooking operation of the user is delayed. It is an object of the present invention to obtain a cooking apparatus capable of suppressing overheating of the object to be cooked even in such a case.

The heating cooking apparatus according to the present invention has a heating unit for heating the object to be cooked, a storage unit for storing the cooking process of the object to be cooked, an operation input unit for inputting an instruction to the heating unit, and an operation input unit. A control unit that controls the heating heat of the heating unit based on the instruction to be given and the cooking process stored in the storage unit is provided, and the cooking process is composed of a plurality of processes, and the plurality of processes include a control unit. Includes a confirmation-required process that waits for an instruction input from the operation input unit to start the process according to the cooking operation requested by the operation input unit, and a confirmation-free process that starts the process without waiting for the instruction input from the operation input unit. , When the selected cooking process is started and the next process is a process requiring confirmation, the control unit waits for input from the operation input unit, and if there is an input, ends the operating process. When the process shifts to the confirmation-required process and the next process is the confirmation-free process, the process shifts to the confirmation-free process without requiring input from the operation input unit.

The cooking apparatus of the present invention includes a step of waiting for an input from an operation input unit to start the progress of the cooking process, so that overheating of the object to be cooked due to a delay in the cooking operation of the user can be suppressed and the operation input can be performed. By providing the process of starting without waiting for the input from the unit, it is possible to suppress an increase in the time and effort of the operation by the user.

It is a figure which shows the structure of the cooking system using the cooking apparatus which concerns on Embodiment 1 of this invention. It is a block diagram which shows the structure of the center apparatus of FIG. It is a figure which shows an example of the menu list data in the cooking information database which the center apparatus of FIG. 1 has. It is a figure which shows an example of the cooking information data in the cooking information database which the center apparatus of FIG. 1 has. It is a block diagram which shows the structure of the terminal apparatus of FIG. It is a figure which showed the display example of the display operation input part in the terminal apparatus shown in FIG. It is a figure which shows an example which displayed the ingredient data of the cooking information data in the display operation input part in the terminal apparatus shown in FIG. FIG. 5 is a diagram showing an example in which cooking guide data of cooking information data is displayed on a display operation input unit in the terminal device shown in FIG. It is a figure which shows an example of the cooking process data with respect to the cooking information data of FIG. 7 and FIG. It is a block diagram which shows the structure of the cooking apparatus which concerns on Embodiment 1 of this invention. It is a schematic top view of the cooking apparatus which concerns on Embodiment 1 of this invention. It is a figure explaining the display content of the cooking apparatus operation display part of the cooking apparatus which concerns on Embodiment 1 of this invention. It is a figure explaining the cooking apparatus operation input part of the cooking apparatus which concerns on Embodiment 1 of this invention. It is a flowchart which showed an example of the whole flow of the heat control process in the cooking apparatus which concerns on Embodiment 1 of this invention. It is a flowchart which shows an example of the control process of the manual heating power mode in the cooking apparatus which concerns on Embodiment 1 of this invention. It is a flowchart which shows an example of the control process of the fried food mode in the cooking apparatus which concerns on Embodiment 1 of this invention. It is a flowchart which shows an example of the control process of the boiling mode in the cooking apparatus which concerns on Embodiment 1 of this invention. It is a flowchart which shows an example of the control process of the assist mode in the cooking apparatus which concerns on Embodiment 1 of this invention. It is a figure which shows another example of the cooking process data shown in FIG. It is a flowchart which shows the example of the control process of the assist mode in the cooking apparatus which concerns on Embodiment 2 of this invention. It is a figure which shows the example of the cooking process data in the cooking apparatus which concerns on Embodiment 2 of this invention. It is a figure which shows an example of the time chart of the heating heat power in the cooking apparatus which concerns on Embodiment 2 of this invention. It is a figure which shows another example of the time chart of the heating heat power in the cooking apparatus which concerns on Embodiment 2 of this invention. It is a figure which shows an example of the control screen of the cooking application program of the terminal apparatus of FIG.

Hereinafter, the cooking apparatus 5 in the present invention will be described in detail with reference to the drawings. In the drawings below, the size relationship of each component may differ from the actual one. Further, in the following drawings, those having the same reference numerals are the same or equivalent thereof, and this shall be common to the entire text of the specification. Furthermore, the forms of the components represented in the full text of the specification are merely examples, and are not limited to these descriptions.

Embodiment 1.
[Cooking system 100]
FIG. 1 is a diagram showing a configuration of a cooking system 100 using the cooking apparatus 5 according to the first embodiment of the present invention. The cooking system 100 includes a center device 2 having a cooking information database 1, a network 3 represented by the Internet, a terminal device 4, and a cooking device 5. In the cooking system 100, as shown in FIG. 1, a center device 2 having a cooking information database 1 is connected to a terminal device 4 via a network 3. Further, in the cooking system 100, the terminal device 4 and the cooking device 5 are connected by communicating with each other. Therefore, in the cooking system 100, the cooking device 5 and the center device 2 are connected via the terminal device 4.

(Center device 2)
FIG. 2 is a block diagram showing the configuration of the center device 2 of FIG. As shown in FIG. 2, the center device 2 has a center device storage unit 21 that stores the cooking information database 1, a center device communication unit 22 that connects to the network 3, and a center device control unit that controls the entire center device 2. 23 and.

(Cooking information database 1)
FIG. 3 is a diagram showing an example of menu list data 30 in the cooking information database 1 included in the center device 2 of FIG. FIG. 4 is a diagram showing an example of cooking information data 35 in the cooking information database 1 included in the center device 2 of FIG. As shown in FIGS. 3 and 4, the cooking information database 1 includes menu list data 30 and cooking information data 35 corresponding to each menu 32 of the menu list data 30. As shown in FIG. 3, the menu list data 30 is included in the cooking category 31 such as "simmered food, steamed food, boiled food, stir-fried food or fried food" and the cooking category 31 such as "pork curry, chawanmushi, pancake or tempura". Includes the specific menu 32 of. As shown in FIG. 4, the cooking information data 35 includes food material data 36, cooking guide data 37, and cooking process data 38 corresponding to each menu 32 of the menu list data 30. In the food material data 36, information on food materials used for cooking corresponding to each menu 32 of the menu list data 30 is described. The cooking guide data 37 describes how to specifically cook according to each menu 32 of the menu list data 30. Further, the cooking process data 38 describes control data of the heating process in the cooking apparatus 5 corresponding to each menu 32 of the menu list data 30, and is a set or a plurality defined by the heating heating power, the heating time, and the like. A set of data is listed.

Here, the movement of data in the cooking system 100 will be described with reference to FIG. Based on the request of the terminal device 4, the center device 2 transmits the menu list data 30 included in the cooking information database 1 and the cooking information data 35 corresponding to each menu 32 to the terminal device 4 via the network 3. When the user operates the terminal device 4 to operate the cooking application, the terminal device 4 communicates with the center device 2 and also with the cooking device 5, and the cooking information data 35 received from the center device 2 The cooking process data 38 included in the above is transmitted to the cooking apparatus 5. The cooking device 5 receives and stores the cooking process data 38 transmitted by the terminal device 4, and controls the heating of the object to be cooked based on the cooking process data 38.

(Terminal device 4)
FIG. 5 is a block diagram showing the configuration of the terminal device 4 of FIG. The terminal device 4 is, for example, a smartphone. The terminal device 4 is not limited to a smartphone, and may be any information device that can use application software and can be connected to a communication network. For example, the terminal device 4 may be an information device of another form such as a tablet or a wristwatch type terminal. There may be. The terminal device 4 receives data and the like received from the terminal first communication unit 41 that communicates with the center device 2, the terminal second communication unit 42 that communicates with the cooking device 5, and the center device 2 and the cooking device 5. A terminal storage unit 43 for storing is provided. Further, the terminal device 4 includes a terminal display unit 44 that displays data and the like received from the center device 2 and the cooking device 5. Further, the terminal device 4 includes a sound generation unit 45 that includes a voice output unit 45a that outputs voice and generates voice and also generates a notification sound. Further, the terminal device 4 includes a voice input unit 46a that accepts voice input by voice recognition, or a terminal operation input unit 46 that receives operation input to the terminal device 4 such as a touch input unit 46b that accepts touch input. Further, the terminal device 4 includes a terminal timer unit 47 that performs timekeeping processing and a terminal control unit 48 that controls the terminal device 4. The terminal control unit 48 is connected to the terminal first communication unit 41, the terminal second communication unit 42, the terminal storage unit 43, the terminal display unit 44, the sound generation unit 45, the terminal operation input unit 46, the terminal timer unit 47, and the like. Control these parts. Further, the terminal device 4 may include a display operation input unit 49 in which the terminal display unit 44 and the touch input unit 46b are integrated.

FIG. 6 is a diagram showing a display example of the display operation input unit 49 in the terminal device 4 shown in FIG. The display operation input unit 49 of the terminal device 4 displays the menu selection screen. When the cooking application program is activated by the user, the terminal device 4 communicates with the center device 2 via the network 3 shown in FIG. 1 and receives the menu list data 30 shown in FIG. 3 from the center device 2. .. The terminal device 4 stores the received menu list data 30 in the terminal storage unit 43 shown in FIG. 5 and displays it on the display operation input unit 49 or the terminal display unit 44. In FIG. 6, the terminal device 4 displays the cooking category 31 on the cooking category display unit 49a, displays the list of the menu 32 of the cooking list corresponding to the cooking category 31 on the cooking list display unit 49c, and displays the quantity display unit. The quantity specified for the number of servings is also displayed on 49b. When the user wants to change the cooking category 31 of the menu 32 to be displayed, for example, he / she touches the cooking category display unit 49a. The terminal device 4 sequentially switches the cooking category 31 displayed on the cooking category display unit 49a by touch input to the cooking category display unit 49a, for example, "simmered food-> steamed food-> boiled food-> fried food-> grilled food-> stir-fried food-> boiled food". Further, the terminal device 4 switches the display of the cooking category display unit 49a by touch input to the cooking category display unit 49a, and also switches the contents of the menu 32 of the food list displayed in the food list display unit 49c. Further, in the terminal device 4, the designated quantity displayed on the quantity display unit 49b is displayed by flicking the quantity display unit 49b displaying the quantity for several servings upward in the display operation input unit 49. The specified quantity decreases by increasing and flicking downward. When the terminal device 4 has a terminal operation input unit 46 instead of the display operation input unit 49, the input of information by touch input to the display operation input unit 49 described above is shown in FIG. This is performed using the terminal operation input unit 46 shown in 1.

FIG. 7 is a diagram showing an example in which the food material data 36 of the cooking information data 35 is displayed on the display operation input unit 49 of the terminal device 4 shown in FIG. FIG. 8 is a diagram showing an example in which the cooking guide data 37 of the cooking information data 35 is displayed on the display operation input unit 49 of the terminal device 4 shown in FIG. FIG. 9 is a diagram showing an example of cooking process data 38 with respect to the cooking information data 35 of FIGS. 7 and 8. The terminal device 4 selects a menu by touching a specific menu portion exemplified in the dish list display unit 49c of the display operation input unit 49 shown in FIG. When the menu is selected, the terminal device 4 transmits the data of the selected menu 32 and the data of the specified quantity to the center device 2 shown in FIG. As shown in FIG. 7, in this example, it is assumed that pork curry is selected as the menu 32 to be cooked, and the designated quantity is 4 servings. When the center device 2 receives the selected menu 32 and the specified quantity of data sent from the terminal device 4, the center device 2 receives the food material data 36, the cooking guide data 37, and the cooking process data 38 shown in FIG. 4 corresponding to these data. The cooking information data 35 relating to the above is transmitted to the terminal device 4. When the terminal device 4 receives the cooking information data 35 transmitted from the center device 2, the terminal device 4 stores the received data in the terminal storage unit 43 and displays it in the display operation input unit 49. As shown in FIG. 7, when the terminal device 4 receives the cooking information data 35 transmitted from the center device 2, the terminal device 4 displays the food material data 36 of the cooking information data 35 on the display operation input unit 49. Further, as shown in FIG. 8, when the terminal device 4 receives the cooking information data 35 transmitted from the center device 2, the terminal device 4 displays the cooking guide data 37 of the cooking information data 35 on the display operation input unit 49 and cooks. Display the procedure. When the terminal device 4 also communicates with the cooking device 5 and receives the cooking information data 35 transmitted from the center device 2, the terminal device 4 transfers the cooking process data 38 included in the cooking information data 35 to the cooking device 5. .. FIG. 9 shows an example of cooking process data 38. In this example, the cooking process data 38 is composed of four heating process data 38a, and each heating process data 38a is added to the heating heating power data 38b and the heating time data 38c in the heating process, and the user is in each heating process. The cooking operation data 38d to be performed is provided. As shown in FIG. 9, the heating thermal power data 38b shows the thermal power required by the heating unit 10 for each cooking process. The heating time data 38c shows the heating time required by the heating unit 10 for each cooking process. The cooking operation data 38d indicates a cooking operation performed by the user in each cooking process, such as boiling, baking, frying, frying, boiling, or steaming. The cooking process data 38 received by the cooking device communication unit 8 described later is stored in the cooking device storage unit 9 as a cooking process performed by using the cooking device 5. The first step of the heating step data 38a is a step of stir-frying the ingredients, which has a heating heat of 750 W and a heating time of 20 minutes, and requires the user to perform the cooking operation of stir-frying the ingredients. The second step of the heating process data 38a is a step of adding water to the stir-fried food to bring the food to a boil. The heating heat is 2 kW, the heating time is 10 minutes, and the operation of adding water to the food to the user. It is a process that requires. The third step of the heating step data 38a is a step of boiling the ingredients after the ingredients have been boiled, the heating heat is 750 W, the heating time is 30 minutes, and the cooking required of the user at the start of the third step. This is a process with no operation. The fourth step of the heating step data 38a is a finishing simmering step in which curry roux is added, has a heating heat of 500 W and a heating time of 10 minutes, and is a step of requiring the user to put curry roux in and melt it.

FIG. 10 is a block diagram showing the configuration of the cooking apparatus 5 according to the first embodiment of the present invention. FIG. 11 is a schematic top view of the cooking apparatus 5 according to the first embodiment of the present invention. Next, the cooking apparatus 5 shown in FIG. 1 will be described with reference to FIGS. 10 and 11. The cooking device 5 is, for example, a so-called IH cooking heater, which is an induction cooking device used by being incorporated in a kitchen table. As shown in FIG. 10, the cooking device 5 communicates with the terminal device 4 and receives the cooking process data 38 transmitted from the terminal device 4 and the cooking device communication unit 8 and the received cooking process data 38. It has a cooking apparatus storage unit 9 for storing the above. The cooking device storage unit 9 stores the cooking process of the object to be cooked by storing the cooking process data 38. Further, the cooking apparatus 5 includes a heating unit 10 that heats an object to be heated such as a pot containing foodstuffs, a sensor unit 11 that detects current, voltage, electric power, temperature, etc. generated in the heating unit 10, and a heating operation. It has a cooking apparatus timer unit 12 that sets and counts the remaining time of the above in a timer counter. The heating unit 10 heats the foodstuff and the food to be cooked such as water through the food to be heated such as a pot. Further, the cooking device 5 includes a cooking device display unit 6 for displaying the operating states of the heating unit 10 and the cooking device timer unit 12, and a cooking device operation input unit for the user to input operations to the cooking device 5. 7 and. An instruction to the heating unit 10 of the cooking device 5 is input to the cooking device operation input unit 7. Further, the cooking device 5 includes a notification sound generating unit 13 that generates a notification sound and a voice message to the user, and a cooking device control unit 14 that controls the cooking device 5. The cooking device control unit 14 includes a cooking device communication unit 8, a cooking device storage unit 9, a heating unit 10, a sensor unit 11, a cooking device timer unit 12, a cooking device display unit 6, a cooking device operation input unit 7, and a notification sound generating unit. It connects with 13 mag and controls them. The cooking device control unit 14 controls the heating heat power of the heating unit 10 based on the instruction input to the cooking device operation input unit 7 and the cooking process stored in the cooking device storage unit 9. As shown in FIG. 11, the cooking device display unit 6 displays a heating power indicator 6a having a plurality of LEDs, a selected heating mode or a set heating heating power level, a timer value, a control temperature, and the like. A display unit 6b and a display unit 6b are provided. The cooking apparatus 5 has, for example, a first thermal power of 300 W, a second thermal power of 500 W, a third thermal power of 750 W, a fourth thermal power of 1000 W, a fifth thermal power of 1500 W, a sixth thermal power of 2000 W, a seventh thermal power of 2500 W, and the like. The eighth thermal power has eight stages of heating thermal power levels capable of heating at 3000 W. The heating power indicator 6a of the cooking apparatus 5 indicates the heating heating power level during the heating operation by the number of red LEDs that are lit.

FIG. 12 is a diagram illustrating the display contents of the cooking device operation display unit 6b of the cooking device 5 according to the first embodiment of the present invention. FIG. 13 is a diagram illustrating a cooking device operation input unit 7 of the cooking device 5 according to the first embodiment of the present invention. The cooking device operation display unit 6b includes a mode display unit 6b1 that displays the heating mode of the heating unit 10, a heating heating power display unit 6b2 that displays the heating heating power level of the heating unit 10, and the remaining timer counter of the cooking device timer unit 12. It has a timer display unit 6b3 for displaying the time. Further, the cooking device operation display unit 6b has a control temperature display unit 6b4 that displays a target control temperature of the object to be cooked, and the number of heating steps or cooking process data 38 of the cooking process data 38 stored in the cooking device storage unit 9. It has a process display unit 6b5 and a process display unit 6b5 indicating the heating process number being executed based on the above. The cooking apparatus 5 according to the first embodiment has four heating modes: a manual heating mode, a fried food mode, a boiling mode, and an assist mode. The mode display unit 6b1 of the cooking apparatus 5 displays a selectable heating mode, and the selected heating mode is highlighted by, for example, lighting. The manual heating mode is a heating mode in which the heating unit 10 operates at the set heating heating power level by the operation input from the cooking device operation input unit 7 by the user, and the off timer that stops the heating operation after the set time elapses. It is a mode that can be set. The fried food mode is a heating mode used when frying in a tempura pan or the like, and the heating unit is heated at a predetermined heating heat level (for example, 750 W) so that the temperature of the pan becomes the set target control temperature. 10 is a controlled heating mode. The water boiling mode is a heating mode used when boiling water in a pot or kettle, and is a heating mode in which the heating unit 10 is controlled to heat at a high heating power level (for example, the initial heating heat level is 3 kW). be. The assist mode is a heating mode in which the output of the heating unit 10 is controlled based on each heating process data 38a of the cooking process data 38 stored in the cooking device storage unit 9. In the assist mode, the cooking device control unit 14 of the cooking device 5 shown in FIG. 10 controls the heating unit 10 so as to have the heating heat of the heating heat data 38b included in the heating process data 38a to heat the pot or the like. do. Then, the cooking device control unit 14 of the cooking device 5 sets the heating time data 38c included in the heating process data 38a in the cooking device timer unit 12 and counts down the timer. Further, in the assist mode, the heating state by the heating unit 10 can be appropriately adjusted by the user performing an input operation to the cooking device operation input unit 7.

As shown in FIG. 13, the cooking device operation input unit 7 is a mode changeover switch 7a for instructing switching of the heating mode during heating stop, and the user inputs instructions for heating start and heating stop in the heating unit 10. It has a heating switch 7b and the like. Further, the cooking device operation input unit 7 has a heating power increasing switch 7c and a heating power decreasing switch 7d for inputting an instruction to increase or decrease the heating heating power level. Further, the cooking device operation input unit 7 is a process transition switch for the user to input a transition instruction to the next heating process in the assist mode in which the output of the heating unit 10 is controlled based on the cooking process data 38. Has 7e. Further, in the cooking device operation input unit 7, the user inputs an instruction to start (restart) or stop the countdown of the timer in the off timer in the manual thermal power mode or the heating time timer of each heating step in the assist mode. It has a timer switch 7f of. Further, the cooking device operation input unit 7 includes a timer increase switch 7g and a timer decrease switch 7h for inputting an instruction to increase or decrease the timer counter value of the cooking device timer unit 12.

FIG. 14 is a flowchart showing an example of the overall flow of the heat control process in the cooking apparatus 5 according to the first embodiment of the present invention. The cooking apparatus 5 according to the first embodiment includes four heating modes: a manual heating mode, a fried food mode, a water boiling mode, and an assist mode. The cooking apparatus 5 switches in the order of manual heating mode, fried food mode, boiling mode, and assist mode each time the user inputs to the mode changeover switch 7a. Further, when there is an input to the mode changeover switch 7a by the user, the assist mode is returned to the manual thermal power mode, and the manual thermal power mode, the fried food mode, and the like are switched again in this order.

First, the cooking device control unit 14 confirms whether or not there is an input to the mode changeover switch 7a of the cooking device operation input unit 7 (step S1). When there is an input to the mode changeover switch 7a of the cooking device operation input unit 7 (when step S1 is YES), the cooking device control unit 14 switches the heating mode to the next heating mode (step S2). The cooking device control unit 14 has a cooking device communication unit 8 when there is no input to the mode changeover switch 7a of the cooking device operation input unit 7 (when step S1 is NO) or when the heating mode is switched. Determines whether or not has received the cooking process data 38 (step S3). As a result, when the cooking device control unit 14 determines that the cooking device communication unit 8 has received the cooking process data 38 (when step S3 is YES), the cooking device control unit 14 transmits the received cooking process data 38 to the cooking device storage unit 9. Store (step S4). Then, the cooking apparatus control unit 14 switches to the assist mode for controlling the output of the heating unit 10 based on the cooking process data 38 that has received the heating mode (step S5). Next, the cooking device control unit 14 is selected when it is determined that the cooking device communication unit 8 has not received the cooking process data 38 (when step S3 is NO) or when the mode is switched to the assist mode. The heating mode is determined (step S6). The cooking device control unit 14 has any of manual heating power control processing (step S7), fried food control processing (step S8), boiling water control processing (step S9), and assist control processing (step S10) according to the selected heating mode. To execute.

The cooking apparatus 5 performs heating output in the control processing in each heating mode from step S7 to step S10, and does not perform heating output in the steps S1 to S6. Further, the cooking apparatus 5 is set to the heating mode when the cooking apparatus communication unit 8 receives the cooking process data 38 or when the user operates the mode changeover switch 7a while the heating is stopped. Switching is done. Therefore, when the user transmits the cooking process data 38 from the terminal device 4, if the cooking device 5 is not cooking, the cooking device 5 automatically switches to the assist mode and immediately receives the cooking process data 38. Cooking is started based on the cooking process data 38.

FIG. 15 is a flowchart showing an example of a manual heating mode control process in the cooking apparatus 5 according to the first embodiment of the present invention. Next, an example of the manual thermal power control process in the manual thermal power mode will be described based on the flowchart of FIG. First, the cooking device control unit 14 confirms whether or not there is an input by the user in the heating switch 7b of the cooking device operation input unit 7 (step S7-1). The cooking apparatus control unit 14 ends this process if there is no input from the heating switch 7b (when step S7-1 is NO). When the heating switch 7b is input (when step S7-1 is YES), the cooking device control unit 14 lights the red LEDs of the thermal power indicator 6a by the number corresponding to 1000W, and the cooking device operation display unit The heating thermal power display unit 6b2 of 6b is displayed as 1000W. The cooking device control unit 14 starts heating the heating unit 10 with a heating heat of 1000 W together with the display of the cooking device display unit 6 (step S7-2).

Next, the cooking device control unit 14 confirms whether or not there is an input to the thermal power increase switch 7c and the thermal power decrease switch 7d by the user (step S7-3). When the cooking device control unit 14 receives an input to the heating power increase switch 7c (when step S7-3 is YES), the cooking device control unit 14 raises the heating heating power level by one step (for example, changes from 1000W to 1500W). When the cooking device control unit 14 receives an input to the heating power reduction switch 7d (when step S7-3 is YES), the cooking device control unit 14 lowers the heating heating power level by one step (for example, changes from 1000W to 750W). Then, the cooking device control unit 14 updates the number of lighting of the red LED of the cooking device indicator 6a and the display contents of the heating heating power display unit 6b2 of the cooking device operation display unit 6b to the changed heating heating power level (step S7-4). However, if the heating heat level is the upper or lower limit that can be set and the heating heat level cannot be changed, the cooking device control unit 14 generates a buzzer sound from the notification sound generation unit 13, or "is the lower limit of the heating power." To notify the user by generating a voice message such as ".

When there is no input of the heating level increase / decrease switch (when step S7-3 is NO), or when the heating heating power level is updated, the cooking device control unit 14 inputs the timer increase switch 7g or the timer decrease switch 7h. Confirm the presence or absence (step S7-5). When the timer increase switch 7g is input (when step S7-5 is YES), the cooking device control unit 14 sets a predetermined value (for example, 5 minutes) set in the timer counter of the cooking device timer unit 12. )increase. Further, the cooking apparatus control unit 14 reduces the value set in the timer counter by a predetermined value (for example, 5 minutes) when there is an input to the timer reduction switch 7h (when step S7-5 is YES). The cooking device control unit 14 updates the value set in the timer counter based on the input to the timer increase switch 7g or the timer decrease switch 7h (step S7-6). The set timer counter value is displayed on the timer display unit 6b3 of the cooking device operation display unit 6b.

Next, the cooking device control unit 14 counts when there is no input of the timer increase / decrease switch (when step S7-5 is NO) or when the value set in the timer counter is updated. It is determined whether or not it is in a state (step S7-7). The cooking device control unit 14 confirms whether or not the timer switch 7f is input when the cooking device timer unit 12 is not in the counting state (when step S7-7 is NO) (step S7-8). When the timer switch 7f is input (YES in step S7-8), the cooking device control unit 14 determines whether or not the value of the timer counter is 0 (step S7-9). When the value of the timer counter is 0 (when step S7-9 is YES), the cooking device control unit 14 sets an initial value (for example, 10 minutes) in the timer (step S7-10). When the value of the timer counter is not 0 (when step S7-9 is NO) or when the initial value is set in the timer, the cooking device control unit 14 starts the countdown of the timer counter in the cooking device timer unit 12. (Step S7-11).

The cooking device control unit 14 confirms the input of the heating switch 7b when there is no input of the timer switch 7f (when step S7-8 is NO) or when the timer counter countdown is started (step S7-12). .. When there is no input of the heating switch 7b (when step S7-12 is NO), the cooking device control unit 14 confirms whether the cooking device communication unit 8 has received the cooking process data 38 (step). S7-13). When the cooking device communication unit 8 has received the cooking process data 38 (when step S7-13 is YES), the cooking device control unit 14 stores the received cooking process data 38 in the cooking device storage unit 9. (Step S7-14), and the process returns to step S7-3. When the cooking device control unit 14 has not received the cooking process data 38 in the cooking device communication unit 8 (when step S7-13 is NO), the cooking device control unit 14 returns to step S7-3. In step S7-12, when there is an input to the heating switch 7b (when step S7-12 is YES), the cooking apparatus control unit 14 stops the heating operation of the heating unit 10 and performs a manual heating power control process. It ends (step S7-15). In this case, the cooking device control unit 14 turns off the red LED of the heating power indicator 6a, and sets the heating heating power display unit 6b2 of the cooking device operation display unit 6b to 0W.

In step S7-7, when the cooking device timer unit 12 is in the counting state (when step S7-7 is YES), the cooking device control unit 14 determines whether or not the time is up (step). S7-16). That is, the cooking device control unit 14 confirms whether or not the value of the timer counter is 0. When the timer counter is 0, that is, when the time is up (when step S7-16 is YES), the process proceeds to step S7-15, and the cooking apparatus control unit 14 heats the heating unit 10. The operation is stopped and the manual thermal power control process is terminated (step S7-15). In step S7-16, when the timer counter is not 0, that is, when the timer unit 12 of the cooking device has not timed up (when step S7-16 is NO), the cooking device control unit 14 has or does not input the timer switch 7f. Is confirmed (step S7-17). When the timer switch 7f is input (step S7-17 is YES), the cooking device control unit 14 releases the counting state of the cooking device timer unit 12 and stops the timer counting (step S7-18). , Step S7-12. When the timer switch 7f is not input (when step S7-17 is NO), the cooking device control unit 14 proceeds to step S7-12.

FIG. 16 is a flowchart showing an example of a fried food mode control process in the cooking apparatus 5 according to the first embodiment of the present invention. Next, an example of the fried food control process in the fried food mode will be described based on the flowchart of FIG. First, the cooking device control unit 14 confirms whether or not there is an input by the user in the heating switch 7b of the cooking device operation input unit 7 (step S8-1). The cooking apparatus control unit 14 ends this process if there is no input from the heating switch 7b (when step S8-1 is NO). When the heating switch 7b is input (when step S8-1 is YES), the cooking device control unit 14 lights the red LEDs of the thermal power indicator 6a by the number corresponding to 750W, and the cooking device operation display unit 750W is displayed on the heating thermal power display unit 6b2 of 6b. Further, the cooking device control unit 14 causes the control temperature display unit 6b4 of the cooking device operation display unit 6b to display 180 ° C. The cooking device control unit 14 starts heating the heating unit 10 together with the display of the cooking device display unit 6 by setting the heating heat power to 750 W and the target control temperature to 180 ° C. (step S8-2).

Next, the cooking device control unit 14 confirms whether or not the user has input to the thermal power increase switch 7c and the thermal power decrease switch 7d (step S8-3). The cooking device control unit 14 raises the target control temperature (for example, 10 ° C.) when there is an input to the thermal power increase switch 7c (when step S8-3 is YES). Alternatively, the cooking device control unit 14 lowers the target control temperature (for example, 10 ° C.) when there is an input to the thermal power reduction switch 7d (when step S8-3 is YES). Then, the cooking device control unit 14 updates the display temperature of the control temperature display unit 6b4 of the cooking device operation display unit 6b to the changed target control temperature (step S8-4).

Then, the cooking apparatus control unit 14 detects the temperature of the pot, which is the object to be heated, by the temperature sensor of the sensor unit 11, and compares the detected temperature with the target control temperature (step S8-5). As a result of comparing the detected temperature with the target control temperature, the cooking device control unit 14 maintains the heated state when the difference between the detected pot temperature and the target control temperature is within 5 ° C. (step S8-6). .. As a result of comparing the detected temperature with the target control temperature, the cooking device control unit 14 stops the heating operation of the heating unit 10 when the detected pot temperature is higher than the value obtained by adding 5 ° C. to the target control temperature. (Step S8-7). Further, as a result of comparing the detected temperature with the target control temperature, the cooking device control unit 14 performs the heating operation of the heating unit 10 when the detected pot temperature is lower than the value obtained by subtracting 5 ° C from the target control temperature. Resume (continue) (step S8-8).

Next, the cooking device control unit 14 confirms whether or not the heating switch 7b is input (step S8-9). When there is no input of the heating switch 7b (when step S8-3 is NO), the cooking device control unit 14 confirms whether or not the cooking device communication unit 8 has received the cooking process data 38 (when the cooking device communication unit 8 has received the cooking process data 38). Step S8-10). When the cooking device control unit 14 has received the cooking process data 38 in the cooking device communication unit 8 (when step S8-10 is YES), the cooking device control unit 14 stores the received cooking process data 38 in the cooking device storage unit 9. (Step S8-11), and the process returns to step S8-3. When the cooking device control unit 14 has not received the cooking process data 38 in the cooking device communication unit 8 (when step S8-10 is NO), the cooking device control unit 14 returns to step S8-3. In step S8-9, the cooking apparatus control unit 14 stops the heating operation of the heating unit 10 when the heating switch 7b is input (when step S8-9 is YES) (step S8-12). .. At this time, the cooking device control unit 14 turns off the red LED of the cooking device operation display unit 6a, sets the display of the heating heating power display unit 6b2 of the cooking device operation display unit 6b to 0W, turns off the control temperature display unit 6b4, and performs the fried food control process. finish.

FIG. 17 is a flowchart showing an example of a water boiling mode control process in the cooking apparatus 5 according to the first embodiment of the present invention. Next, an example of the water boiling control process in the water boiling mode will be described based on the flowchart of FIG. In the cooking apparatus 5 according to the first embodiment, the boiling completion conditions are the case where the pot temperature exceeds 100 ° C. and the case where the pot temperature exceeds 95 ° C. for 1 minute. First, the cooking device control unit 14 confirms whether or not there is an input by the user in the heating switch 7b of the cooking device operation input unit 7 (step S9-1). The cooking device control unit 14 ends this process if there is no input from the heating switch 7b (when step S9-1 is NO). When the heating switch 7b is input (when step S9-1 is YES), the cooking device control unit 14 lights the red LEDs of the thermal power indicator 6a by the number corresponding to 3000 W, and the cooking device operation display unit The heating thermal power display unit 6b2 of 6b is displayed as 3000W. The cooking device control unit 14 starts heating the heating unit 10 with a heating heat of 3000 W together with the display of the cooking device display unit 6 (step S9-2).

Next, the cooking device control unit 14 confirms whether or not there is an input to the thermal power increase switch 7c and the thermal power decrease switch 7d by the user (step S9-3). When there is an input to the heating power increase switch 7c (when step S9-3 is YES), the cooking device control unit 14 raises the heating heating power level by one step (for example, change from 3000W to 3500W). When the cooking device control unit 14 receives an input to the heating power reduction switch 7d (when step S9-3 is YES), the cooking device control unit 14 lowers the heating heating power level by one step (for example, changing from 3000 W to 2500 W). Then, the cooking device control unit 14 updates the number of lighting of the red LED of the cooking device indicator 6a and the display contents of the heating heating power display unit 6b2 of the cooking device operation display unit 6b to the changed heating heating power level (step S9-4). However, if the heating heat level is the upper or lower limit that can be set and the heating heat level cannot be changed, the cooking device control unit 14 generates a buzzer sound from the notification sound generation unit 13, or "is the upper limit of the heating power." To notify the user by generating a voice message such as ".

Next, the cooking device control unit 14 determines whether or not the temperature of the pot detected by the temperature sensor of the sensor unit 11 exceeds 100 ° C. (step S9-5). When the temperature of the pot detected by the temperature sensor of the sensor unit 11 does not exceed 100 ° C., the cooking device control unit 14 determines whether or not the temperature of the pot detected by the temperature sensor of the sensor unit 11 exceeds 95 ° C. Judgment (step S9-6). As a result, the cooking device control unit 14 confirms whether or not there is an input to the heating switch 7b when it is determined that the temperature of the pot is 95 ° C. or lower (step S9-7).

When there is no input of the heating switch 7b (when step S9-7 is NO), the cooking device control unit 14 confirms whether or not the cooking device communication unit 8 has received the cooking process data 38 (when the cooking device communication unit 8 has received the cooking process data 38). Step S9-8). When the cooking device control unit 14 has received the cooking process data 38 in the cooking device communication unit 8 (when step S9-8 is YES), the cooking device control unit 14 stores the received cooking process data 38 in the cooking device storage unit 9. (Step S9-9), and the process returns to step S9-3. When the cooking device control unit 14 has not received the cooking process data 38 in the cooking device communication unit 8 (when step S9-8 is NO), the cooking device control unit 14 returns to step S9-3. In step S9-7, the cooking apparatus control unit 14 stops the heating operation of the heating unit 10 when the heating switch 7b is input (when step S9-7 is YES) (step S9-13). .. At this time, the cooking device control unit 14 turns off the red LED of the heating power indicator 6a, sets the display of the heating heating power display unit 6b2 of the cooking device operation display unit 6b to 0W, turns off the control temperature display unit 6b4, and performs the boiling control process. finish.

In step S9-6, when the detected pot temperature exceeds 95 ° C., the cooking device control unit 14 determines whether or not the cooking device timer unit 12 is in the counting state (step S9-10). When the cooking device timer unit 12 is not in the counting state (when step S9-10 is NO), the cooking device control unit 14 sets the heating heat level to 1500 W to prevent spillage. Further, the cooking device control unit 14 sets the timer counter to 1 minute as the off timer value, puts the cooking device timer unit 12 in the counting state (step S9-11), shifts to step S9-7, and moves to the timer switch 7f. Check if there is any input.

In step S9-10, when the cooking device timer unit 12 is in the counting state (when step S9-10 is YES), the cooking device control unit 14 determines whether or not the time is up (step). S9-12). That is, the cooking device control unit 14 confirms whether or not the value of the timer counter is 0. When the timer counter is 0, that is, when the time is up (when step S9-12 is YES), the cooking apparatus control unit 14 determines that the boiling water is completed, and proceeds to step S9-13. Then, the cooking apparatus control unit 14 stops the heating operation of the heating unit 10 to end the water boiling control process (step S9-13). At this time, the cooking device control unit 14 turns off the red LED of the heating power indicator 6a, sets the display of the heating heating power display unit 6b2 of the cooking device operation display unit 6b to 0W, turns off the control temperature display unit 6b4, and performs the boiling control process. finish. In step S9-12, when the timer input is not 0, that is, when the cooking device timer unit 12 has not timed up (when step S9-12 is NO), the cooking device control unit 14 shifts to step S9-7. , Check if the timer switch 7f is input.

In step S9-5, when the cooking device control unit 14 determines that the detected pot temperature exceeds 100 ° C., it determines that the boiling water is completed, and proceeds to step S9-13. Then, the cooking apparatus control unit 14 stops the heating operation of the heating unit 10 to end the water boiling control process (step S9-13). At this time, the cooking device control unit 14 turns off the red LED of the heating power indicator 6a, sets the display of the heating heating power display unit 6b2 of the cooking device operation display unit 6b to 0W, turns off the control temperature display unit 6b4, and performs the boiling control process. finish.

FIG. 18 is a flowchart showing an example of an assist mode control process in the cooking apparatus 5 according to the first embodiment of the present invention. Next, an example of the assist control process in the assist mode will be described based on the flowchart of FIG. In the assist mode of the cooking apparatus 5 according to the first embodiment, heating control based on the cooking process data 38 stored in the cooking apparatus storage unit 9 is executed. As shown in FIG. 9, the cooking process data 38 includes one or more heating process data 38a having heating heating power data 38b and heating time data 38c.

First, the cooking device control unit 14 confirms whether or not there is an input by the user in the heating switch 7b of the cooking device operation input unit 7 (step S10-1). The cooking apparatus control unit 14 ends this process if there is no input from the heating switch 7b (when step S10-1 is NO). When the cooking device control unit 14 receives an input from the heating switch 7b (when step S10-1 is YES), the cooking device control unit 14 outputs a cooking start message from the notification sound generation unit 13 (step S10-2). The cooking start message includes, for example, a message to start the cooking process, and if there is a cooking operation required by the user in the first heating process, a message prompting the cooking operation is included.

Next, the cooking device control unit 14 displays the number corresponding to the current heating process (the first heating process at the start of cooking) on the process display unit 6b5, and also displays the heating heat power of the heating heat power data 38b applied to the heating step. The heating operation of the heating unit 10 is started at the level. Further, the cooking device control unit 14 sets the number of red LEDs lit on the cooking device indicator 6a and the display contents of the heating heating power display unit 6b2 of the cooking device operation display unit 6b to heat the heating heating power data 38b applied to the heating step. Display according to the firepower level. Then, the cooking apparatus control unit 14 sets the heating time data 38c of the current heating step (the first heating step at the start of cooking) in the timer counter of the cooking apparatus timer unit 12 and puts it in the counting state (step S10-3). ..

Next, the cooking device control unit 14 confirms whether or not there is an input to the process transition switch 7e of the cooking device operation input unit 7 (step S10-4). When the cooking apparatus control unit 14 determines that there is no input to the process transition switch 7e (when step S10-4 is NO), it takes in various data (step S10-5). The various data are, for example, the temperature of the pot, which is the object to be heated, detected by the sensor unit 11, the input power, and the like. The cooking apparatus control unit 14 determines whether or not an end condition other than the timeout is satisfied with respect to the heating process being executed based on the various data taken in (step S10-6). For example, in the second step of the cooking process shown in FIG. 9, "one boiling" is the end condition, so the cooking device control unit 14 determines whether or not the process end condition is satisfied from the detection temperature of the pot. Judgment is made, and it is judged that the process end condition is satisfied when the temperature of the pot becomes 100 ° C.

When the cooking device control unit 14 determines that the process end condition is not satisfied (NO in step S10-6), the cooking device control unit 14 determines whether or not the user has input to the thermal power increase switch 7c and the thermal power decrease switch 7d. Confirm (step S10-7). When the cooking device control unit 14 receives an input to the heating power increase switch 7c (when step S10-7 is YES), the cooking device control unit 14 raises the heating heating power level by one step (for example, changes from 1000W to 1500W). When the cooking device control unit 14 receives an input to the heating power reduction switch 7d (when step S10-7 is YES), the cooking device control unit 14 lowers the heating heating power level by one step (for example, changes from 1000W to 750W). Then, the cooking device control unit 14 updates the number of lighting of the red LED of the cooking device indicator 6a and the display contents of the heating heating power display unit 6b2 of the cooking device operation display unit 6b to the changed heating heating power level (step S10-8). However, if the heating heat level is the upper or lower limit that can be set and the heating heat level cannot be changed, the cooking device control unit 14 generates a buzzer sound from the notification sound generation unit 13, or "is the lower limit of the heating power." To notify the user by generating a voice message such as ".

Next, when the cooking device control unit 14 has no input to the heating power increasing switch 7c and the heating power decreasing switch 7d (when step S10-7 is NO), or when the set heating power is updated, the timer switch 7f by the user is used. It is confirmed whether or not there is an input to (step S10-9). The cooking device control unit 14 inverts the timer count state when the user inputs to the timer switch 7f (when step S10-9 is YES) (step S10-10). That is, the cooking device control unit 14 puts the counting in a stop state when the cooking device timer unit 12 is in the counting state, and puts the counting state in the counting state when the cooking device timer unit 12 is in the counting stop state.

Next, the cooking device control unit 14 shifts to the timer increase switch 7g and the timer decrease switch 7h when there is no input to the timer switch 7f (when step S10-9 is NO) or when the timer count state is reversed. It is confirmed whether or not there is an input of (step S10-11). When the user inputs to the timer increase switch 7g, the cooking device control unit 14 increases the value of the timer counter of the cooking device timer unit 12 by a predetermined value (for example, 5 minutes). Alternatively, the cooking device control unit 14 reduces the value of the timer counter of the cooking device timer unit 12 by a predetermined value (for example, 5 minutes) when the user inputs to the timer reduction switch 7h. That is, when there is an input to the timer increase switch 7g and the timer decrease switch 7h (when step S10-11 is YES), the cooking device control unit 14 updates the value of the timer counter (step S10-). 12).

Next, when there is no input to the timer increase switch 7g or the like (when step S10-11 is NO), or when the value of the timer counter is updated, the cooking device control unit 14 starts from the state of the timer counter. (Step S10-13). If the value of the timer counter of the cooking device timer unit 12 is a predetermined value (for example, 1 minute), the cooking device control unit 14 notifies the end of the current heating process by the notification sound generating unit 13 (for example, 1 minute). Step S10-14). In step S10-13, if the value of the timer counter of the cooking device timer unit 12 is not 0 or is not a predetermined value specified in advance, the cooking device control unit 14 controls the heating unit 10 to perform the current heating step. It is assumed to be the heating thermal power of the heating thermal power data 38b (step S10-15). The case where the value of the timer counter of the cooking device timer unit 12 is not 0 is the case where the time is not up.

Next, the cooking device control unit 14 determines whether or not there is an input to the heating switch 7b of the cooking device operation input unit 7 by the user (step S10-16). When the cooking device control unit 14 determines that there is no input to the heating switch 7b of the cooking device operation input unit 7 by the user (when step S10-16 is NO), the process proceeds to step S10-4. Then, the cooking device control unit 14 confirms whether or not there is an input to the process transition switch 7e of the cooking device operation input unit 7 (step S10-4). When the cooking device control unit 14 determines that there is an input to the heating switch 7b of the cooking device operation input unit 7 by the user (when step S10-16 is YES), the cooking device control unit 14 stops the heating output of the heating unit 10. (Step S10-17). At this time, the cooking device control unit 14 turns off the red LED of the cooking device operation display unit 6a, sets the display of the heating heating power display unit 6b2 of the cooking device operation display unit 6b to 0W, turns off the control temperature display unit 6b4, and performs the assist control process. finish.

In step S10-6, when the cooking apparatus control unit 14 determines that the process end condition is satisfied (when step S10-6 is YES), the notification sound generation unit 13 terminates the current heating process. Notify (step S10-18). Further, in step S10-13, even when the cooking device control unit 14 determines that the cooking device timer unit 12 has timed up (the value of the timer counter is 0), the notification sound generation unit 13 displays the time. Notify the end of the heating step (step S10-18).

When the cooking device control unit 14 notifies the end of the current heating process by the notification sound generation unit 13, it determines the presence or absence of the next heating process data 38a in the cooking process data 38 (step S10-19). When the cooking apparatus control unit 14 determines in step S10-19 that the next heating process data 38a does not exist (when step S10-19 is NO), the cooking apparatus control unit 14 shifts to step S10-17 to move to the heating unit 10 of the heating unit 10. The heating is stopped and the assist control process is terminated. When the cooking device control unit 14 determines in step S10-19 that the next heating process data 38a exists (when step S10-19 is YES), the cooking operation is performed by the user in the next heating process. It is determined whether or not it is requested (step S10-20). In other words, the cooking process includes a confirmation-required process in which the cooking device control unit 14 waits for an instruction input from the cooking device operation input unit 7 and starts, and the cooking device control unit 14 is input from the cooking device operation input unit 7. It has a confirmation-free process that starts without waiting for instructions. For example, in an example of the cooking process data 38 shown in FIG. 9, a cooking operation of "adding water" is required in the second process. As a result, when the heating step is a confirmation-required step that requires the user to perform the cooking operation (when step S10-20 is YES), the cooking device control unit 14 controls the heating unit 10 to output the heating output. Suppress or stop the heating output (step S10-21). Then, when the cooking apparatus control unit 14 controls the heating unit 10 to suppress the heating output or stops the heating output, the process proceeds to steps S10-16 to confirm the input to the heating switch 7b and steps. Wait for the input of the process transition (start) switch in S10-4. In step S10-20, for example, in the case of a confirmation-free process that does not require the user to perform a cooking operation as in the third step of the cooking process data example shown in FIG. 9 (when step S10-20 is NO), The cooking apparatus control unit 14 advances the heating step to the next step (step S10-22). Then, the cooking device control unit 14 proceeds to step S10-3 to continue the assist control process.

Further, in step S10-4, when the cooking apparatus control unit 14 determines that there is an input to the process transition switch 7e, it determines whether or not the cooking process data 38 includes the next heating process data 38a. (Step S10-23). When the cooking apparatus control unit 14 determines that there is no next heating step (when step S10-23 is NO), the cooking apparatus control unit 14 proceeds to step S10-17 to stop the heating operation of the heating unit 10 and assist control. End the process. When the cooking apparatus control unit 14 determines that there is a next heating step (when step S10-23 is YES), the cooking apparatus control unit 14 proceeds to the next heating step (step S10-22) and proceeds to step S10-3. And continue the assist control process.

The cooking device control unit 14 displays the requested cooking operation on the cooking device display unit 6 or a notification sound generating unit before or after starting the heating process that requires the user to perform the cooking operation. Voice notification may be performed from 13. If the cooking device control unit 14 notifies the user of the cooking operation requested to the user, it helps the user to cook properly even if the user is not accustomed to cooking. Further, the cooking device control unit 14 notifies the terminal device 4 shown in FIG. 5 and displays the cooking operation requested from the user on the terminal display unit 44 of the terminal device 4, or the voice output unit of the terminal device 4. It may be notified by voice from 45a. If the cooking device control unit 14 notifies the user of the cooking operation requested from the user via the terminal device 4, the terminal display unit 44 or the voice output unit 45a of the terminal device 4 can be utilized. Therefore, the cost of the cooking device 5 can be reduced by omitting the cooking device display unit 6 or the notification sound generating unit 13 or by making the cooking device 5 have a simple configuration.

Further, in the above description, when the heating process for which the user is required to perform the cooking operation is started, the user needs to input the process transition switch 7e. However, instead of inputting the process transition switch 7e by the user, the cooking operation performed by the user is automatically detected based on the detection value detected by the sensor unit 11, and cooking is performed based on the detection result of the sensor unit 11. The device control unit 14 may proceed with the heating step. For example, the cooking device control unit 14 detects the water input of the cooking operation required in the second process by the decrease in the temperature of the pot detected by the sensor unit 11, and the second process transition switch 7e is not pressed. The process may be started.

In the above-mentioned assist control process, data of the cooking operation required for the user in the heating process is added to each process data of the cooking process data 38. When the cooking apparatus 5 has data on required cooking operations such as putting foodstuffs into a cooking container, checking the state of cooked foods, stirring or turning over the cooked foods, etc., the user confirms the cooking operations. Is required, and heating is stopped until the confirmation operation is performed. By requiring the user to confirm the required cooking operation data, the cooking apparatus 5 can suppress the occurrence of cooking problems due to a delay in the user's cooking operation such as scorching. can.

FIG. 19 is a diagram showing another example of the cooking process data 38 shown in FIG. Instead of adding the required cooking operation data 38d to the cooking process data 38 shown in FIG. 9, by adding the start condition data 38e requesting confirmation of the start of heating in each heating process, as shown in FIG. A user confirmation operation may be required for heating the cooked food. In each heating step of the cooking process data 38, by adding the start condition data 38e that requires confirmation of the start of heating, use for heating the cooked food when starting the heating step in which overheating or scorching of the cooked food is likely to occur. It can call the attention of the person.

As described above, the cooking apparatus 5 includes a step of waiting for an input from the cooking apparatus operation input unit 7 to start the progress of the cooking process, thereby preventing overheating of the object to be cooked due to a delay in the cooking operation of the user. Can be suppressed. At the same time, the cooking apparatus 5 is provided with a step of starting the progress of the cooking process without waiting for the input from the cooking apparatus operation input unit 7, so that it is possible to suppress an increase in the time and effort of the operation by the user. Further, in the conventional configuration of the cooking apparatus, even if the ingredients and the like are prepared according to the recipe of the cooking menu and the cooking is performed according to the cooking process information, good cooking results may not be obtained. The reason is that the cooking result is affected by the condition of the cooking appliance or the condition of the cooking container. Further, for example, even if "one carrot" is used, the state of the foodstuffs and the like is different from each other, such as the size and shape of the carrots vary greatly. In the cooking apparatus 5, the heating heating power is changed based on the heating heating power data 38b of the cooking process by operating one type of switch (process transition switch 7e) (in the example of the cooking process of FIG. 9, the heating heat power is sequentially heated). Is changed from 750W → 2kW → 750W → 500W). At the same time, the cooking apparatus 5 can extend or shorten the heating time of each heating step by operating the timer switch or the timer switch 7f. As a result, the cooking apparatus 5 can easily adjust the cooking process according to the size of the food material or the state of the object to be cooked due to the difference in cooking conditions such as the difference in air temperature and water temperature.

Further, the process requiring confirmation of the cooking apparatus 5 is a process requiring a cooking operation by the user, and the process requiring confirmation of the cooking apparatus 5 is a process not requiring a cooking operation by the user. Therefore, the user can suppress overheating of the object to be cooked due to the delay of the cooking operation of the user by having the confirmation-required process, and can suppress the increase in the time and effort of the operation by the user by having the confirmation-free process.

Embodiment 2.
FIG. 20 is a flowchart showing an example of an assist mode control process in the cooking apparatus 5 according to the second embodiment of the present invention. FIG. 21 is a diagram showing an example of cooking process data 38 in the cooking apparatus 5 according to the second embodiment of the present invention. FIG. 22 is a diagram showing an example of a time chart of heating heat in the cooking apparatus 5 according to the second embodiment of the present invention. The cooking system 100 including the cooking apparatus 5 according to the second embodiment is the same as the cooking system 100 of the first embodiment shown in FIG. Further, the configurations of the center device 2, the terminal device 4, and the cooking apparatus 5 which are the components of the cooking system 100 are the same as the configurations shown in FIGS. 2, 5, and 10 of the first embodiment, respectively. And. Parts having the same configuration as the cooking system 100 including the cooking apparatus 5 of FIGS. 1 to 19 are designated by the same reference numerals, and the description thereof will be omitted. In the cooking system 100 including the cooking apparatus 5 according to the second embodiment, items not particularly described are the same as those of the cooking system 100 including the cooking apparatus 5 according to the first embodiment, and the same functions and configurations are used. It will be described using the same reference numerals.

The cooking apparatus 5 according to the second embodiment is characterized in a determination method when proceeding to the next heating step in the assist mode. When proceeding to the next heating step in the assist mode, the cooking device control unit 14 determines whether the cooking device operation input unit 7 waits for an input or automatically proceeds at the end of the current process. Judgment is made based on whether or not the heating output at the time of transition increases. The cooking process data 38 shown in FIG. 21 is stored in the cooking device storage unit 9 of the cooking device 5 according to the second embodiment. It is assumed that the cooking process data 38 shown in FIG. 21 is in a state in which the assist mode is selected as the heating mode. Hereinafter, based on these figures, the operation of the cooking apparatus 5 according to the second embodiment in the assist mode is performed. Will be described.

In the flowchart of the assist control process in the assist mode shown in FIG. 20, the same processes as the flowchart of the assist control process shown in FIG. 18 of the cooking apparatus 5 according to the first embodiment are designated by the same reference numerals and described. Is omitted. In step S10-13 of FIG. 20, the cooking apparatus control unit 14 determines the remaining time of the heating step being executed, and if the remaining time is 0, notifies that the heating step is terminated (step). S10-18). When the cooking device control unit 14 notifies the end of the current heating process by the notification sound generation unit 13, it determines the presence or absence of the next heating process data 38a in the cooking process data 38 (step S10-19). When the cooking device control unit 14 determines that there is a next heating step (when step S10-19 is YES), the heating heat data 38b of the heating step and the current heating heat output by the heating unit 10 are being output. Compare with. Then, the cooking apparatus control unit 14 determines whether or not to increase the heating output in the next heating step (step S10-20a). As a result, the cooking apparatus control unit 14 shifts to step S10-22 when it is a confirmation-free step (when step S10-20a is NO) in which it is determined that it is not necessary to increase the heating output in the next heating step. The heating step proceeds to the next (step S10-22). That is, in the flowchart shown in FIG. 20, the confirmation-free step is a step in which the heating thermal power of the heating unit 10 is maintained or reduced as compared with the step immediately before the confirmation-free step. When the cooking apparatus control unit 14 determines that the next heating step is a confirmation necessary step in which it is necessary to increase the heating heat power during output (when step S10-20a is YES), the cooking apparatus control unit 14 heats the heating unit 10. Suppress (stop) the thermal power (step S10-21). That is, in the flowchart shown in FIG. 20, the confirmation-requiring step is a step in which the heating thermal power of the heating unit 10 is increased as compared with the step immediately before the confirmation-requiring step. After that, the cooking apparatus control unit 14 shifts to step S10-16, waits for the input to the heating switch 7b, the process transition switch 7e, etc. by the user, and when there is an input to the process transition switch 7e, the next Proceed to the heating process. In other words, the cooking process includes a confirmation-required process in which the cooking device control unit 14 waits for an instruction input from the cooking device operation input unit 7 and starts, and the cooking device control unit 14 is input from the cooking device operation input unit 7. It has a confirmation-free process that starts without waiting for instructions.

Next, an operation example of the cooking apparatus 5 according to the second embodiment will be described with reference to the time chart of FIG. This time chart is an operation example of the cooking apparatus 5 when the heating control is performed based on the cooking process data 38 shown in FIG. In the time chart shown in FIG. 22, the horizontal axis represents the heating control time and the vertical axis represents the heating thermal power.

First, at time T1, when the heating switch 7b is operated by the user to instruct the start of heating, the cooking apparatus control unit 14 starts the first heating step. The cooking device control unit 14 controls the heating unit 10 so as to start heating at 2 kW, sets the timer counter of the cooking device timer unit 12 to 5 minutes, and starts the countdown. When the value of the timer counter of the cooking device timer unit 12 reaches a predetermined value (for example, the remaining time: 1 minute) at the time T2, the cooking device control unit 14 notifies the notification that the heating process being executed is completed. It is output from the generation unit 13. When the user wants to extend the heating process during execution depending on the state of the object to be cooked, the user can input to the timer increase switch 7g to increase the value of the timer counter. Further, the user may extend the running heating process by performing an input operation to the timer switch 7f to put the cooking device timer unit 12 in the count stop state. When the cooking device timer unit 12 time-ups at time T3, the cooking device control unit 14 outputs a notification of the end of the current heating process (first heating process) from the notification sound generation unit 13, and shifts to the second heating process. Let me. Since the heating power is reduced from 2 kW to 750 W in the transition of the heating step, the cooking apparatus control unit 14 starts the second heating step at the same time as the end of the first heating step. That is, the second heating step is a confirmation-free step. At time T4, the user operated the thermal power reduction switch 7d, and the heating thermal power of the second heating step was adjusted from 750W to 500W. When the timer counter of the cooking device timer unit 12 time-ups at time T5, the cooking device control unit 14 outputs a notification that the current heating process has been completed from the notification sound generating unit 13, and suppresses (stops) the heating output. Let me. Since the heating heat (1 kW) of the third heating step is larger than the heating heat (500 W) of the second heating step, the cooking device control unit 14 is a cooking device operation input unit by the user as a start condition of the third heating step. Wait for input to 7. That is, the third heating step is a step that requires confirmation. At time T6, when the user performs an input operation to the process transition switch 7e of the cooking device operation input unit 7, the cooking device control unit 14 shifts to the third heating step. In the third heating step, the cooking device control unit 14 controls the heating unit 10 so as to start heating at 1 kW, sets the timer counter of the cooking device timer unit 12 to 10 minutes, and starts the countdown. At time T7, when the process transition switch 7e of the cooking device operation input unit 7 is operated by the user, the cooking device control unit 14 shifts to the fourth heating step. In the fourth heating step, the cooking apparatus control unit 14 changes the heating heating power of the heating unit 10 from 1 kW to 500 W, and sets the timer counter of the cooking apparatus timer unit 12 to 3 minutes. When the cooking device timer unit 12 times out at time T8, the cooking device control unit 14 outputs a notification that the current heating process has been completed from the notification sound generation unit 13, and heats the cooking device because the next heating process does not exist. Stop and end the assist control process.

FIG. 23 is a diagram showing another example of a time chart of the heating heat in the cooking apparatus 5 according to the second embodiment of the present invention. Another operation example of the assist mode of the cooking apparatus 5 according to the second embodiment is shown in a time chart in FIG. 23, and the assist control process of the other operation example will be described based on the time chart. Also in this operation example, the cooking process data 38 shown in FIG. 21 is stored in the cooking device storage unit 9 of the cooking device 5, and the assist mode is selected as the heating mode.

In FIG. 23, at time T11, the process transition switch 7e is operated by the user during the execution of the first heating step to shift to the second heating step. In the second heating step, the cooking apparatus control unit 14 changes the heating heating power of the heating unit 10 from 2 kW to 750 W, and sets the timer counter of the cooking apparatus timer unit 12 to 15 minutes. At time T12, the timer increase switch 7g is operated by the user during the execution of the second heating step, and the value of the timer counter of the cooking device timer unit 12 increases by a predetermined value (5 minutes in this example). At time T13, the process transition switch 7e is operated by the user during the execution of the second heating step to shift to the third heating step. In the third heating step, the cooking apparatus control unit 14 changes the heating heating power of the heating unit 10 from 750 W to 1 kW, and sets the timer counter of the cooking apparatus timer unit 12 to 10 minutes. At time T14, when the cooking device timer unit 12 times out during the execution of the third heating step, the cooking device control unit 14 outputs a notification from the notification sound generation unit 13 that the current heating process has been completed, and the fourth Move to the heating process. Since the heating heating power is reduced from 1 kW to 500 W in the transition from the third heating step to the fourth heating step, the cooking apparatus control unit 14 starts the fourth heating step at the same time as the end of the third heating step. At time T15, when the process transition switch 7e is operated by the user during the execution of the fourth heating step, the cooking apparatus control unit 14 stops heating because there is no fifth heating process data in the main cooking process data 38. And end the assist control process.

As described above, according to the cooking apparatus 5 according to the second embodiment, when the heating heat power increases due to the transition of the heating process, the operation of the process transition switch 7e is required, so that the user recognizes it. It suppresses the heating power from increasing and the food to be cooked from becoming easily burnt. Further, according to the cooking apparatus 5 according to the second embodiment, when the heating heat power does not increase due to the transfer of the heating process, the process can be automatically transferred, so that the user has to take more time and effort than necessary. It can be suppressed from increasing. Further, in the cooking apparatus 5, the heating heating power is changed based on the heating heating power data 38b of the cooking process by operating one type of switch (process transition switch 7e) (in the example of the cooking process of FIG. 9, sequentially, the cooking process is sequentially changed. The heating power is changed from 750 W → 2 kW → 750 W → 500 W). At the same time, the cooking apparatus 5 can extend or shorten the heating time of each heating step by operating the timer switch or the timer switch 7f. As a result, the cooking apparatus 5 can easily adjust the cooking process according to the size of the food material or the state of the object to be cooked due to the difference in cooking conditions such as the difference in air temperature and water temperature.

In the cooking apparatus 5 according to the second embodiment, the operation of the process transition switch 7e (confirmation operation by the user) is required only when the heating thermal power increases due to the transition of the heating process. However, in the cooking apparatus 5, if the heating heat does not decrease by a predetermined value or more, such as when the heating heat does not change even after the heating process is transferred, the user confirms the operation of the process transition switch 7e or the like. May be required.

Further, although the IH cooking heater is shown as an example of the cooking apparatus 5 according to the first embodiment and the second embodiment, the cooking apparatus 5 is not limited to the IH cooking heater, but is not limited to the IH cooking heater, but is also a microwave oven or another cooking apparatus such as an electric rice cooker. It may be 5. Further, although the cooking apparatus 5 according to the first embodiment and the second embodiment includes two heating units 10, the heating unit 10 may have one unit or three or more units. Further, the cooking process data 38 used in the cooking device 5 according to the first and second embodiments is the data transmitted from the terminal device 4 and the like, but is stored in the cooking device storage unit 9 in advance. It is also possible to use the data that has been provided.

FIG. 24 is a diagram showing an example of a control screen of the cooking application program of the terminal device 4 of FIG. In the above embodiment, the operation input of the cooking device 5 is performed from the cooking device operation input unit 7. However, the terminal device 4 includes a display input unit 49d having the functions of the cooking device operation display unit 6b and the cooking device operation input unit 7 of the cooking device 5 shown in FIGS. 12 and 13 by the cooking application program. You may. By communicating with the cooking device 5, the terminal device 4 can input an operation to the cooking device 5 and display the status of the cooking device 5. The display input unit 49d of the terminal device 4 is a control screen of the cooking device 5, and displays various settings indicating the control state of the cooking device 5 and switches for operating the cooking device 5. The display input unit 49d of the terminal device 4 is displayed on the display operation input unit 49 of the terminal device 4. The cooking device communication unit 8 of the cooking device 5 receives operation information for giving an instruction to the cooking device control unit 14 of the cooking device 5 from the terminal device 4.

As shown in FIG. 24, in the display input unit 49d, the left side of the screen is a part for displaying the state of the cooking device 5, and the right side of the screen is a display part for inputting the operation of the cooking device 5. In this case, in the operation of the cooking device 5 shown in FIGS. 14 to 18 and 20 shown in the description of the cooking device 5 according to the first and second embodiments, the cooking device operation input unit 7 of the cooking device 5 is input. Instead of the input, the input to the display input unit 49d transmitted from the terminal device 4 is used. Alternatively, in the operation of the cooking device 5 of FIGS. 14 to 18 and 20 shown in the description of the cooking device 5, in addition to the input to the cooking device operation input unit 7 of the cooking device 5, the terminal device 4 transmits. The input to the display input unit 49d that is received is used. That is, an instruction to the heating unit 10 of the cooking device 5 is input to the display operation input unit 49 of the terminal device 4. Then, the cooking device control unit 14 may control the heating thermal power of the heating unit 10 based on the operation information received by the cooking device communication unit 8 via the terminal device 4. That is, the cooking device control unit 14 controls the heating heat of the heating unit 10 based on the instruction input to the display operation input unit 49 via the display input unit 49d and the cooking process stored in the cooking device storage unit 9. do.

As described above, the cooking device control unit 14 controls the heating heat power of the heating unit 10 based on the instruction input to the cooking device operation input unit 7 and the cooking process stored in the cooking device storage unit 9. However, instead of controlling the heating unit 10 based on the instruction to the cooking device operation input unit 7 and the cooking process, the cooking device control unit 14 receives the operation information received by the cooking device communication unit 8 and the cooking device storage unit 9. The heating heat power of the heating unit 10 may be controlled based on the cooking process stored in. Further, the cooking device control unit 14 controls the heating heat power of the heating unit 10 based on the instruction input to the cooking device operation input unit 7 and the cooking process stored in the cooking device storage unit 9, and also cooks. The heating thermal power of the heating unit 10 may be controlled based on the operation information received by the device communication unit 8. The inputs to the cooking device operation input unit 7 include, for example, a heating switch 7b, a heating power reduction switch 7d, a heating power increase switch 7c, a mode changeover switch 7a, a timer switch 7f, a timer reduction switch 7h, a timer increase switch 7g, and a process transition switch. It is an input to 7e, etc. The inputs to the display input unit 49d include, for example, a heating switch 4a, a thermal power reduction switch 4b, a thermal power increase switch 4c, a mode changeover switch 4d, a timer switch 4e, a timer decrease switch 4f, a timer increase switch 4g, a process transition switch 4h, and the like. Is the input to.

As shown in FIG. 24, the display input unit 49d includes a mode changeover switch 4d for instructing switching of the heating mode during heating stop, and heating in which the user inputs instructions for starting and stopping heating in the heating unit 10. It has a switch 4a and. Further, the display input unit 49d has a thermal power increase switch 4c and a thermal power decrease switch 4b for inputting an instruction to increase or decrease the heating thermal power level. Further, the display input unit 49d sets a process transition switch 4h for the user to input a transition instruction to the next heating process in the assist mode in which the output of the heating unit 10 is controlled based on the cooking process data 38. Have. Further, the display input unit 49d is a timer for the user to input an instruction to start (restart) or stop the countdown of the timer in the off timer in the manual thermal power mode or the heating time timer of each heating step in the assist mode. It has a switch 4e. Further, the display input unit 49d includes a timer increase switch 4g and a timer decrease switch 4f for inputting an instruction to increase or decrease the timer counter value of the cooking apparatus timer unit 12.

As shown in FIG. 24, the display input unit 49d includes a mode display unit 4i that displays the heating mode of the heating unit 10, a heating heat display unit 4j that displays the heating heat level of the heating unit 10, and a cooking device timer unit 12. It has a timer display unit 4k that displays the remaining time of the timer counter of the above. Further, the display input unit 49d has a process display unit 4m indicating the number of heating steps of the cooking process data 38 stored in the cooking device storage unit 9 or the heating process number being executed based on the cooking process data 38. The display input unit 49d may be provided with a control temperature display unit 6b4 for displaying the target control temperature of the object to be cooked as a display item.

As described above, the cooking apparatus 5 is provided with a step of waiting for an input from the display operation input unit 49 to start the progress of the cooking process, thereby suppressing overheating of the object to be cooked due to a delay in the cooking operation of the user. can. At the same time, the cooking apparatus 5 is provided with a step of starting the progress of the cooking process without waiting for the input from the display operation input unit 49, so that it is possible to suppress an increase in the time and effort of the operation by the user.

1 Cooking information database, 2 Center device, 3 Network, 4 Terminal device, 4a Heating switch, 4b Thermal power reduction switch, 4c Thermal power increase switch, 4d mode changeover switch, 4e timer switch, 4f timer decrease switch, 4g timer increase switch, 4h Process transition switch, 4i mode display, 4j heating heat display, 4k timer display, 4m process display, 5 cooking device, 6 cooking device display, 6a heating indicator, 6b cooking device operation display, 6b1 mode display Unit, 6b2 heating heat display unit, 6b3 timer display unit, 6b4 control temperature display unit, 6b5 process display unit, 7 cooking device operation input unit, 7a mode changeover switch, 7b heating switch, 7c heat increase switch, 7d heat decrease switch, 7e process transition switch, 7f timer switch, 7g timer increase switch, 7h timer decrease switch, 8 cooking device communication unit, 9 cooking device storage unit, 10 heating unit, 11 sensor unit, 12 cooking equipment timer unit, 13 notification sound generator , 14 Cooking device control unit, 21 Center device storage unit, 22 Center device communication unit, 23 Center device control unit, 30 Menu list data, 31 Cooking category, 32 menu, 35 Cooking information data, 36 Ingredient data, 37 Cooking guide data , 38 cooking process data, 38a heating process data, 38b heating heating power data, 38c heating time data, 38d cooking operation data, 38e start condition data, 41 terminal 1st communication unit, 42 terminal 2nd communication unit, 43 terminal storage unit, 44 Terminal display, 45 Sound generator, 45a Audio output, 46 Terminal operation input, 46a Voice input, 46b Touch input, 47 Terminal timer, 48 Terminal control, 49 Display operation input, 49a Cooking category Display unit, 49b quantity display unit, 49c cooking list display unit, 49d display input unit, 100 cooking system.

Claims (3)

A heating part that heats the food to be cooked,
A storage unit that stores the cooking process of the object to be cooked,
An operation input unit into which instructions for the heating unit are input, and
A control unit that controls the heating power of the heating unit based on an instruction input to the operation input unit and the cooking process stored in the storage unit.
With
The cooking process is composed of a plurality of steps, and the plurality of steps include a confirmation-requiring step of waiting for an instruction input from the operation input unit by the cooking operation requested by the control unit and starting the process, and the operation. Includes a confirmation-free process that starts the process without waiting for instructions input from the input unit.
When the selected cooking process is started and the next process is the confirmation required process, the control unit waits for an input from the operation input unit, and when there is an input, the operation process is performed. A heating cooking apparatus that ends and shifts to the confirmation-needed process, and when the next step is the confirmation-free step, shifts to the confirmation-free step without requiring input from the operation input unit. The control unit
When shifting from an operating process to the next process in the cooking process
If the next step is a step in which the thermal power increases compared to the previous step, that step is designated as the above-mentioned confirmation-required step.
The cooking apparatus according to claim 1, wherein when the next step is a step in which the heating power is reduced or maintained as compared with the previous step, the step is defined as the confirmation-free step. Equipped with either a display unit or a notification sound generator
The control unit
Before or after starting the confirmation-required process,
The cooking apparatus according to claim 1 or 2, wherein the cooking operation required in the confirmation required step is displayed on the display unit, or the required cooking operation is voice-notified from the notification sound generating unit.

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