JP2018200117A - Heating cooking system - Google Patents

Abstract

To provide a safe and reliable heating cooking system having a use limit mode in which a use limit effect is not impaired by learning of a use limit object person.SOLUTION: A heating cooking system includes (a) a heating cooker equipped with a cooker body, heating means, a heating start/stop command part where a heating start/stop command is input, a control part for controlling heating by the heating means and executing heating by the heating means only in an electrified state, a power switch for commanding electrification/non-electrification to the control part, and a forced power cut-off state information storage part for storing forced power cut-off state information on whether or not the state is a forced power cut-off state for cutting-off the electrification to the control part even when the electrification to the control part is commanded by the power switch, and (b) an external device provided outside the heating cooker and equipped with a forced power cut-off command input part for switching the forced power cut-off state information between the forced power cut-off state and the state which is not the forced power cut-off state.SELECTED DRAWING: Figure 4

Description

  The present invention relates to a heating cooker system, and in particular, a heating cooking system having a so-called use restriction mode, which is a function for preventing an object person (such as an infant) who wants to restrict use from using a heating cooker. About.

  As a gas stove used for cooking boiled foods and fried foods, a cooking device having a function capable of restricting the use of infants and the like for safety has been proposed.

  Patent Document 1 has a child lock mode, which is a mode in which a so-called child lock function is activated, which prohibits the heating operation of the heating unit for an infant or the like as such a heating cooker, and also has a child lock mode. There has been proposed a cooking device (gas stove) equipped with a child lock switch that is operated when shifting to the mode (see paragraph 0099 and the like).

  According to the cooking device disclosed in Patent Document 1, when the child lock switch is operated to shift to the child lock mode, the heating operation of the heating unit, that is, the combustion of the gas burner such as the stove burner or the grill burner is prohibited. This makes it possible to prevent the combustion of the gas burner due to mischief or the like, and to improve safety, which is significant.

JP2013-11376A

  However, infants who are subjects who want to restrict the use of cooking appliances such as gas stoves easily learn how to unlock the child lock, so even if the cooking device has a child lock function, The mode may be canceled by a subject who wants to restrict the use of an infant or the like, and the combustion of a gas burner such as a stove burner or a grill burner may be executed, and there is room for improvement in terms of safety.

  The present invention solves the above-described problem, and includes a use restriction mode in which the use restriction effect is not impaired by learning of a use restriction target person such as an infant who is a target to restrict the use of cooking equipment. An object is to provide a safe and reliable cooking system.

In order to achieve the above object, the cooking system of the present invention includes:
(A) the cooker body;
Heating means disposed in the cooker body;
A heating start / stop command unit for manually inputting heating start and heating stop commands by the heating means;
A control unit that controls heating by the heating unit based on a command from the heating start / stop command unit, the control unit performing heating by the heating unit only in an energized state; and
A power switch that is provided in the cooker body and commands energization / non-energization to the control unit;
Even when energization of the control unit is commanded by the power switch, power forcible shut-off state information, which is information indicating whether or not the power supply is forcibly interrupted to interrupt energization of the control unit, is stored. A power-forced shutdown state information storage unit;
A heating cooker having,
(B) an external device provided outside the heating cooker and having a power forced shutdown command input unit that switches the power forced shutdown status information between the power forced shutdown status and a state not in the power forced shutdown status;
It is characterized by having.

In the cooking system of the present invention,
A specific user determination unit that determines whether or not the external device is a specific user;
Only when the specific user determination unit determines that the specific user is the specific user, the power forced shutdown command input unit displays the power forced shutdown status information, the power forced shutdown status, and the power forced shutdown status. It is preferable to be configured to be able to switch to a state that is not.

The external device includes a voice input unit,
The specific user determination unit includes a voiceprint determination unit that determines whether the voice input to the voice input unit is a voiceprint of the specific user,
Only when the voiceprint determination unit determines that the voice input to the voice input unit is the voiceprint of the specific user, the power forced shutdown command input unit displays the power forced shutdown status information, It is preferable to be configured to be able to switch between a forced power-off state and a state other than the forced-power-off state.

In addition, the external device includes an imaging unit,
The specific user determination unit includes a face authentication unit that determines whether the video input to the imaging unit includes a video of the specific user's face,
Only when the face authentication unit determines that the video input to the imaging unit includes the video of the specific user's face, the power forced shutdown command input unit displays the power forced shutdown status information. It is preferable that the power supply can be switched between the forced power-off state and the non-power-on state.

In addition, the external device includes an audio output unit and an answer audio input unit that inputs audio input within a predetermined time after the output audio output from the audio output unit is output,
The specific user determination unit includes a phrase determination unit that determines whether the voice input to the answer voice input unit is a preset phrase voice that is paired with the output voice,
Only when the phrase determining unit determines that the voice input to the answer voice input unit is the phrase voice, the power forced cutoff command input unit displays the power forced cutoff state information as the power forced cutoff. It is preferable to be configured to be able to switch between a state and a state other than the forced power-off state.

  In addition, by performing transmission and reception of communication signals between the heating cooker and the external device by wireless communication, the power forced cutoff command input unit, the power forced cutoff status information, the power forced cutoff status, It is preferable to be configured to be able to switch to a state that is not the forced power-off state.

  In addition, by transmitting and receiving a communication signal between the cooking device and the external device via the wireless repeater via the Internet, the power forced cutoff command input unit is configured to output the power forced cutoff status information. It is preferable to be configured to be able to switch between the power supply forced cutoff state and a state that is not the power supply forced cutoff state.

  Further, by transmitting and receiving a communication signal between the heating cooker and the external device via a mobile phone line, the power forced shutdown command input unit displays the power forced shutdown status information as the power forced It is preferable to be configured to be able to switch between a cut-off state and a state that is not the power supply forced cut-off state.

In addition, when there are a plurality of the heating cookers, different ID codes for specifying each heating cooker are set in each of the plurality of heating cookers,
The external device includes a selection unit that selects one heating cooker from a plurality of heating cookers, and the one heating cooking when a command related to forced power cutoff is issued from the power forced cutoff command input unit An ID code sending unit that sends the ID code corresponding to the device together with a command related to the forced power shutdown,
When the communication signal transmitted from the power source forced cutoff command input unit to the heating cooker includes the ID code given to the cooking device, the power source forced cutoff command input unit causes the power source forced cutoff state information Is preferably configured to be able to switch between the forced power-off state and the non-forced-power-off state.

  Since the cooking system according to the present invention is configured as described above, the use restriction mode in which the effect is not impaired by learning of a use restriction target person such as an infant who is a target to restrict use of the cooking appliance. A safe cooking system equipped with can be realized.

  In other words, in the cooking system according to the present invention, even when power is supplied to the control unit by the power switch, the control is performed by the power source forced cutoff command input unit of the external device provided outside the cooking device. For example, when an infant who is subject to use restriction approaches a heating cooker, the guardian Even when you are away from the heating cooker, you can stop the heating by the heating means by turning off the power supply to the control unit with the power forced cutoff command input unit from that location and stopping the heating by the heating means The cooking device excellent in safety can be provided.

  Moreover, according to the cooking system of the present invention, for example, when the cooking device has a child lock function, and an infant who is a subject to be restricted has learned how to cancel the child lock mode. In addition, it is possible to prevent the cooking device from being used by setting the forced power cut-off state, which is the state where the power supply to the control unit is cut off, from the power forced cut-off command input unit of the external device. In this respect, safety can be improved.

  In addition, the external device has a specific user determination unit that determines whether or not it is a specific user, and only when the specific user determination unit determines that it is a specific user Configured to switch the power forced shutdown status information between the power forced shutdown status and the status that is not in the power forced shutdown status, only a specific user can It becomes possible to switch between a cut-off state and a state that is not a power supply forced cut-off state, so that the power supply forced cut-off state is not unnecessarily used, and a safe cooking system can be realized.

Also, the external device has a voice input unit,
The specific user determination unit includes a voiceprint determination unit that determines whether or not the voice input to the voice input unit is a voiceprint of a specific user, and the voiceprint determination unit receives the voice input to the voice input unit. Only when it is determined that the voiceprint is a specific user's voiceprint, the power forced shutdown command input unit can switch the power forced shutdown status information between a power forced shutdown status and a status that is not a power forced shutdown status. It is possible to configure an external device with a specific user determination unit with a simple configuration, realizing a safe and highly reliable cooking system without unnecessarily increasing the manufacturing cost. can do.

  In addition, the external device includes an imaging unit, and the specific user determination unit includes a face authentication unit that determines whether or not a video of a specific user is included in the video input to the imaging unit. Only when it is determined that the video input to the imaging unit includes a video of a specific user's face, the power forced shutdown command input unit, the power forced shutdown status information, the power forced shutdown status, When configured to be able to switch to a state that is not a forced power-off state, the face authentication unit can determine whether or not the user is a specific user with high accuracy, and is safe and reliable. A high cooking system can be realized.

In addition, the external device includes an audio output unit and an answer audio input unit that inputs audio input within a predetermined time after the output audio output from the audio output unit is output,
The specific user determination unit includes a phrase determination unit that determines whether the voice input to the answer voice input unit is a preset phrase voice that is paired with the output voice,
Only when the syntactic determination unit determines that the voice input to the answer voice input unit is a syntactic speech, the power forced shutdown command input unit displays the power forced shutdown status information, the power forced shutdown status, and the power forced shutdown When configured so that it can be switched to a state that is not a state, a phrase determination unit that determines whether or not a person who inputs a voice to the answer voice input unit is a person who knows a preset password It is possible to configure an external device including a specific user determination unit with a simple configuration that is provided only. As a result, a safe and highly reliable cooking system can be provided without unnecessarily increasing the manufacturing cost.

  In addition, by transmitting and receiving communication signals between the cooking device and the external device by wireless communication, the power forced shutdown command input unit displays the power forced shutdown status information in the power forced shutdown status and the power forced shutdown status. If it is configured so that it can be switched to a non-existing state, it is not necessary to connect wiring for transmitting and receiving communication signals between the cooking device and external equipment, and the configuration is simple, convenient, and reliable. It is possible to provide a cooking system with high safety and safety.

  In addition, by transmitting and receiving communication signals between the cooking device and external devices via the wireless repeater over the Internet, the power forced shutdown command input unit displays the power forced shutdown status information and the power forced shutdown status. And a configuration that can be switched to a state that is not a forced power shutdown state, it is possible to reliably issue a command related to the forced power shutdown from the power forced shutdown command input unit, and the degree of freedom of the installation position A cooking system that is high and easy to use can be provided.

  In addition, by transmitting and receiving communication signals between the heating cooker and the external device via the mobile phone line, the power forced shutdown command input unit displays the power forced shutdown status information, the power forced shutdown status, Even when it is configured to be able to switch to a state that is not a forced cutoff state, it is possible to reliably issue a command related to the forced power cutoff from the power forced cutoff command input unit, and the degree of freedom of the installation position is high, A user-friendly cooking system can be provided.

  In addition, when there are a plurality of heating cookers, different ID codes for specifying each heating cooker are set in each of the plurality of heating cookers. A selection unit for selecting one heating cooker from the cooker, and forcing the power code to shut off the ID code corresponding to one heating cooker when a command for forced power cutoff is issued from the power forced cutoff command input unit When the ID code given to the heating cooker is included in the communication signal transmitted from the power source forced cutoff command input unit to the heating cooker, by the power source forced cutoff command input unit, When configured to be able to switch the power forced shutdown state information to a power forced shutdown state and a state that is not a power forced shutdown state, using one external device, It is possible to issue a command relating to the forced power cut-off for a number of heating cookers, and to ensure that the command relating to the forced power cut-off from an external device is a command related to the forced power cut-off for which cooking device Can be identified. Therefore, even when a command for forced power cut-off is given to a plurality of cookers using one external device, the power forced cut-off status information for only the cooker selected by the selection unit is forcibly cut off. Since it can switch from a state to the state which is not a power supply forced cutoff state, a low-cost and highly reliable cooking system can be realized.

It is a figure which shows the heating cooker (gas stove) and external apparatus which comprise the heating cooking system (gas stove system) concerning one Embodiment of this invention. It is a figure which shows the external apparatus of the heat cooking system concerning the modification 1 of one Embodiment of this invention. It is a figure which shows the external apparatus of the heat cooking system concerning the modification 2 of one Embodiment of this invention. It is a figure which shows the outline | summary of the radio | wireless communication with the gas stove and external apparatus in the heating cooking system (gas stove system) of one Embodiment of this invention. It is a figure which shows the outline | summary of the radio | wireless communication with the gas stove and external apparatus of the heating cooking system (gas stove system) concerning the modification 3 of one Embodiment of this invention. It is a figure which shows the outline | summary of the radio | wireless communication with the gas stove and external apparatus of the heating cooking system (gas stove system) concerning the modification 4 of one Embodiment of this invention. It is a figure which shows the outline | summary of the radio | wireless communication with the gas stove and external apparatus of the heating cooking system (gas stove system) concerning the further another modification of one Embodiment of this invention. It is a block diagram which shows the outline | summary of the radio | wireless communication with the gas stove and external apparatus in the heating cooking system (gas stove system) concerning one Embodiment of this invention. It is a block diagram which shows the outline | summary of the other radio | wireless communication with the gas stove and external apparatus in the heating cooking system (gas stove system) concerning embodiment of this invention.

  Hereinafter, the embodiment of the present invention will be shown and the features thereof will be described in more detail.

[Embodiment]
As shown in FIG. 1, a heating cooking system (gas stove system) 100S according to this embodiment includes a heating cooker (gas stove) 1X and an external device 2X.

  A heating cooker (gas stove) 1X constituting the heating cooking system (gas stove system) 100S includes a pair of left and right stove burners (gas burners) 1 serving as a heating unit on the upper surface of the cooker body H.

  The heating cooker (gas stove) 1X includes a grill G as a heating unit inside a cooker body (gas stove body) H. A grill door 8 is provided in front of the gas stove main body (cooker main body) H.

  This heating cooker (gas stove) 1X is configured as a so-called built-in type that is inserted and assembled into the stove mounting opening formed on the kitchen counter from above, and is attached to the upper peripheral portion of the cooker body (gas stove body) H. Is formed with a hook portion to be placed on the kitchen counter.

  A glass top plate 2 is mounted on the upper portion of the cooker main body (gas stove main body) H, and a grill exhaust port 3 for discharging cooking exhaust of the grill G is formed at a rear side portion of the top plate 2. ing.

  Further, on the top of the top plate 2, virtues 4 for placing an object to be heated such as a pot heated by the stove burner 1 are provided corresponding to the left and right stove burners 1.

  The stove burner 1 is arranged in such a manner that its flame hole part faces the top plate 2.

  Moreover, the through-hole which penetrates up and down is provided in the planar view center part of the stove burner 1, and as shown in FIG. 1, the stove which detects presence of to-be-heated objects, such as a pan, and the bottom part temperature of to-be-heated objects. The burner sensor 10 is provided in such a form as to vertically pass through the through hole.

  A pair of left and right heating start / stop command parts (stove operating tool) 5 for each of the left and right stove burners 1 are located above the top plate 2 mounted on the top of the cooker body (gas stove body) H. The grill heating start / stop command section (grill setting operation section) 6 for the grill G is provided at the lower side as a fulcrum at the right side of the front surface of the cooker body (gas stove body) H. It can be opened and closed by swinging back and forth. FIG. 1 shows a state where the grill setting operation unit 6 is opened.

  Incidentally, each of the pair of heating start / stop command sections (stove operating tool 5) is maintained at the ignition and extinguishing commands, the target thermal power command, and the target temperature by the front / rear and left / right slide operations and the left / right rotation operations. Various command information such as a command for automatic temperature cooking is commanded.

  The grill heating start / stop command unit 6 includes a plurality of command switches, and a grill burner (gas burner) (not shown) as grill heating means for cooking to be described later by operating the command switches. Various command information such as a command for ignition and extinguishing, a command for target heating power, a command for cooking mode, and the like can be commanded.

  The heating by the stove burner 1 and the grill burner is configured to be controlled by the control unit 20 (see FIG. 4).

  The heating by the stove burner (gas burner) 1 and the grill burner (not shown) is configured to be executed only in the energized state of the control unit 20.

<Characteristic configuration>
Next, the characteristic structure of the heating cooking system (gas stove system) 100S concerning embodiment of this invention is demonstrated.

  As shown in FIG. 4, in the cooking system 100S according to this embodiment, the heating cooker (gas stove with grill) 1X is a power switch 110 that commands energization / non-energization to the control unit 20 (FIG. 4). (FIG. 1).

  In the cooking system 100S according to this embodiment, the power switch 110 is configured to switch between a state in which the control unit 20 is energized and a state in which the control unit 20 is not energized each time a pressing operation is performed. However, when ignition is commanded by the heating start / stop command unit (a pair of left and right stove operating tools) 5, the control unit 20 is energized, and when fire extinguishing is commanded by the heating start / stop command unit 5, the control unit You may comprise so that the electricity supply to 20 may be interrupted | blocked.

  In addition, the cooking device (gas stove) 1X constituting the cooking system 100S is forced to cut off the power supply to the control unit 20 even when the power switch 110 is instructed to supply power to the control unit 20. A power supply forced cutoff state information storage unit 111 (FIG. 4) that stores information on whether or not it is in a cutoff state, that is, power forced cutoff state information is provided.

  Furthermore, the heating cooker (gas stove) 1X includes a main body side transmission / reception unit 112 that transmits and receives signals to and from an external device 2X described later (FIG. 4).

  And the control part (FIG. 4) 20 is comprised easily that the heating by the stove burner 1 is based on the instruction | command of the heating start / stop instruction | command part 5 only when the control part 20 is supplied with electricity.

  In this heating and cooking system 100S, when the power supply forced cutoff state information stored in the power supply forced cutoff state information storage unit 111 is in the power supply forced cutoff state, energization of the control unit 20 is commanded by the power switch 110 Even in this case, the power supply is forcibly cut off to cut off the power supply to the control unit 20. At this time, even if ignition is instructed by the heating start / stop command unit (a pair of left and right stove operation tools) 5, the burner 1 Heating by is not performed.

Moreover, the cooking system 100S according to this embodiment includes an external device 2X in addition to the cooking device (gas stove) 1X.
The external device 2X includes a power forced shutdown command input unit 211 (FIG. 4) that switches the power forced shutdown status information between a status that is not a power forced shutdown status and a power forced shutdown status.

The external device 2X includes an external transmission / reception unit 212 that transmits / receives a signal to / from the heating cooker (gas stove) 1X.
Further, the external device 2X includes a voice input unit 203 (FIG. 1) for making a user's determination as described later.

  The cooking system 100S according to this embodiment includes the external device 2X having the power forced cutoff command input unit 211 as described above, separately from the heating cooker (gas stove) 1X, and is provided in the external device 2X. For example, the infant has approached the heating cooker (gas stove) 1X because the forced power cutoff command input unit 211 can switch the power forced cutoff status information between the power forced cutoff status and the power forced cutoff status. Sometimes, even when an infant guardian is in a place away from the heating cooker (gas stove) 1X, it is possible to switch the power forced cutoff state information from that location to the power forced cutoff state, thereby ensuring safety. be able to.

  Further, according to the cooking system of the present invention, for example, the cooking device (gas stove) 1X has a child lock function, and an infant who is a subject to be restricted has learned how to cancel the child lock mode. Even in such a case, the heating cooker (gas stove) 1X is set by setting the forced power-off instruction input unit 211 of the external device 2X to the power-supply forced-off state, which is a state where the power supply to the control unit 100 is cut off. It can be prevented from being used, and safety can be improved also in this respect.

  Moreover, the cooking system 100S according to this embodiment includes a specific user determination unit (not shown) that determines whether or not the external device 2X is a specific user.

  Only when the specific user determination unit determines that the user is a specific user, the power source forced cutoff command input unit 211 of the external device 2X displays the power source forced cutoff state information, the power source forced cutoff state, and the power source forced cutoff state. It can be switched to a state that is not.

  Thereby, it can be set as the structure which only a specific user can switch power supply forced shutdown state information into the state which is not a power supply forced shutdown state and a power supply forced shutdown state. As a result, a safer cooking system 100S can be realized.

  Specifically, in the cooking system 100S of this embodiment, as described above, the external device 2X includes the voice input unit 203 (FIGS. 1 and 3A).

  Furthermore, the specific user determination unit (not shown) includes a voiceprint determination unit (not shown) that determines whether or not the voice input to the voice input unit 203 is a voiceprint of a specific user. ing.

  Only when the voiceprint determination unit determines that the voice input to the voice input unit is a voiceprint of a specific user, the power forced cutoff command input unit 211 of the external device 2X displays the power forced cutoff status information. The power supply is forcibly cut off and the power supply is not cut off.

  In the cooking system 100S of this embodiment, as described above, the external device 2X includes the voice input unit 203, and the specific user determination unit includes a voiceprint determination unit. It is possible to determine with high accuracy whether or not the user is a user, so a highly reliable cooking system can be realized.

  In the cooking system 100S according to this embodiment, the communication signal (radio communication circuit) Y is used to transmit and receive communication signals between the cooking device (gas stove 100) 1X and the external device 2X. Is configured to be able to switch the power forced cutoff state information between a power forced cutoff state and a state that is not a power forced cutoff state (see FIGS. 1 and 3A).

  With this configuration, it is not necessary to connect wiring for transmitting and receiving communication signals between the heating cooker (gas stove) 1X and the external device 2X, and the configuration is simple and the heating is easy to use. A cooking system 100S can be obtained.

<Modification 1>
Moreover, in the cooking system of this invention, unlike the said embodiment, it is also possible to comprise as follows.

That is, in the cooking system 100S according to the first modification, as illustrated in FIG. 2A, the external device 2X includes an imaging unit 204 for performing user determination.
Further, the specific user determination unit includes a face authentication unit (not shown) that determines whether or not the video input to the imaging unit 204 includes a video of a specific user's face.

  Then, only when the face authentication unit determines that the video input to the imaging unit 204 includes a video of a specific user's face, the forced power cutoff command input unit 211 of the external device 2X performs the forced power cutoff. The state information can be switched between a power supply forced cutoff state and a state that is not a power supply forced cutoff state.

  In the first modification, the external device 2X includes the imaging unit 204, and the imaging unit 204 includes a face authentication unit that determines whether or not a specific user's face image is included. Since the face authentication unit can determine with high accuracy whether or not the user is a specific user, a highly reliable cooking system can be realized.

<Modification 2>
Moreover, the heat cooking system of this invention can also be comprised like the following modification 2.

  That is, in the cooking system 100S according to the second modification, as shown in FIG. 2B, the external device 2X outputs the audio output unit 205 for the user's determination and the output audio output from the audio output unit 205. The answer voice input unit 206 for inputting the answer voice corresponding to the output voice of the voice output unit 205 within a predetermined time after the is output.

  Then, the specific user determination unit determines whether or not the answer voice input to the answer voice input unit 206 within a predetermined time is a preset phrase voice that is paired with the output voice. (Not shown).

  Then, only when the phrase determination unit determines that the answer voice input to the answer voice input 206 is a phrase voice, the power forced cutoff command input unit 211 of the external device 2X displays the power forced cutoff status information as the power supply It is configured to be able to switch between a forced cutoff state and a state that is not a power supply forced cutoff state.

  In the case of the second modification, whether the answer voice input to the voice output unit 205, the answer voice input unit 206, and the answer voice input unit 206 is a preset phrase voice that is paired with the output voice. In other words, it is specified with a simple configuration that includes a phrase determining unit that determines whether or not a person who inputs the answering voice to the answering voice input unit is a person who knows a preset password. Since it is possible to configure the external device 2X including the user determination unit, it is possible to realize a highly reliable cooking system with a simple configuration of the external device 2X, a low manufacturing cost, and high reliability.

<Modification 3>
Moreover, the heat cooking system of this invention can also be comprised like the following modification 3. In addition, this modification 3 is a modification of the heat cooking system 100S concerning the above-mentioned embodiment.

  That is, in the cooking system 100S according to the modified example 3, as shown in FIG. 3B, the cooking device (gas stove 100) 1X is connected to the cooking device (gas stove 100) 1X via the communication path (Internet) X via the wireless repeater 3X such as a wireless router. By transmitting / receiving a communication signal to / from the external device 2X, the power forced shutdown command input unit 211 of the external device 2X changes the power forced shutdown status information into a power forced shutdown status and a state that is not in the power forced shutdown status. It can be switched.

  When configured as in the third modification, even when the external device 2X is located away from the heating cooker (gas stove) 1X, the forced power cutoff command input unit 211 of the external device 2X is related to the forced power cutoff. It is possible to provide a cooking system that can perform the command reliably, has a high degree of freedom in the installation position, and is easy to use.

<Modification 4>
Moreover, the heat cooking system of this invention can also be comprised like the following modification 4. In addition, this modification 4 is a modification of the heat cooking system 100S concerning the above-mentioned embodiment.

  That is, in the cooking system 100S according to the fourth modification, as shown in FIG. 3C, a communication signal is transmitted between the cooking device (gas stove 100) 1X and the external device 2X via the mobile phone line Z as a communication path. The power forced shutdown command input unit 211 of the external device 2X can be configured to switch the power forced shutdown status information between the power forced shutdown status and a state that is not in the power forced shutdown status. Yes.

  Even when configured as in the fourth modification example, even when the external device 2X is located away from the heating cooker (gas stove) 1X, it is related to the forced power cutoff from the power forced cutoff command input unit 211 of the external device 2X. It is possible to provide a cooking system that can perform the command reliably, has a high degree of freedom in the installation position, and is easy to use.

  Moreover, when comprised like the above-mentioned embodiment, the modification 3, and the modification 4, the heating cooker (gas stove) 1X is specified to the heating cooker (gas stove) 1X so that it may demonstrate below. It is preferable that an ID code is given.

That is, as shown in FIG.
(A) The heating cooker (gas stove) 1X is given an ID code that identifies the cooker (gas stove) 1X,
(B) The external device 2X includes a selection unit 213 that selects one heating cooker from a plurality of heating cookers (gas stove) 1X, and forcibly shuts off the power from the power forced cutoff command input unit 211 of the external device 2X. An ID code sending unit 214 that sends an ID code corresponding to one heating cooker together with a command related to forced power shut-off when a command related to is issued,
When the communication signal transmitted from the power source forced cutoff command input unit 211 of the external device 2X to the heating cooker (gas stove) 1X includes the ID code given to the heating cooker (gas stove) 1X, the external device 2X It is preferable that the forced power cutoff command input unit 211 can switch the power forced cutoff state information between a power forced cutoff state and a state that is not a power forced cutoff state.

  When comprised in this way, it is possible to instruct | command the power-supply forced interruption | blocking with respect to the several heating cooker (gas stove) 1X using one external apparatus 2X (for example, terminal devices, such as a smart phone). In this case, it becomes possible to reliably identify which command related to the forced power cutoff from the external device 2X is a command related to the forced power cutoff to which cooking device (gas stove) 1X. Therefore, even when a command related to forced power cut-off is given to a plurality of heating cookers (gas stoves) 1X using one external device 2X, only the power cooker selected by the selection unit 213 is forcibly cut off. Since the state information is switched between the power forced cutoff state and the state that is not the power forced cutoff state, it is possible to provide a low-cost and highly reliable cooking system.

  In the above-described embodiment and Modifications 1 to 4, the heating cooking system is shown when the cooking device is a built-in type gas stove (gas stove with a grill). However, the present invention heats a table-top table stove. It is also possible to configure as a cooking system that serves as a cooker.

  Moreover, the heating cooker which comprises the heating cooking system of this invention is not restricted to the heating cooker provided with the grill, It can apply this invention also to the heating cooker (gas stove) which is not provided with the grill. Is possible.

  Moreover, the heating cooker which comprises the heating cooking system of this invention may be things other than the heating cooker (gas stove) which uses gas as a fuel.

  In addition, in the cooking system of the present invention, the transmission / reception unit 112 included in the control unit 20 of the cooking device (gas stove 100) 1X transmits a communication signal via a wireless repeater 3X such as a wireless router as shown in FIG. 3D. It is also possible to configure the wireless communication system to perform transmission and reception, and to transmit a command related to forced power cutoff to the cooking device (gas stove) 1X from the external device 2X.

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

1X cooking device (gas stove)
2X External equipment 3X Wireless repeater (wireless router)
1 A pair of left and right gas burners
2 Top plate 3 Grill exhaust port 4 Gotoku 5 Heating start / stop command section (operator for a pair of left and right stoves)
6 Grill heating start / stop command section (grill setting operation section)
8 Grill door 10 Stove burner sensor 20 Control unit 100 Gas stove (gas stove with grill)
100S cooking system (gas stove system)
DESCRIPTION OF SYMBOLS 110 Power switch 111 Power supply forced shutdown state information storage part 112 Main body side transmission / reception part 203 Audio | voice input part 204 Imaging part 205 Audio | voice output part 206 Reply voice input part 211 Power supply forced cutoff command input part 212 External transmission / reception part 213 Selection part 214 ID code Sending part G Grill H Cooker body (gas stove body)
S Wireless communication system X Communication path (Internet)
Y communication path (wireless communication circuit)
Z communication path (mobile phone line)

Claims (9)

(A) the cooker body;
Heating means disposed in the cooker body;
A heating start / stop command unit for manually inputting heating start and heating stop commands by the heating means;
A control unit that controls heating by the heating unit based on a command from the heating start / stop command unit, the control unit performing heating by the heating unit only in an energized state; and
A power switch that is provided in the cooker body and commands energization / non-energization to the control unit;
Even when energization of the control unit is commanded by the power switch, power forcible shut-off state information, which is information indicating whether or not the power supply is forcibly interrupted to interrupt energization of the control unit, is stored. A power-forced shutdown state information storage unit;
A heating cooker having,
(B) an external device provided outside the heating cooker and having a power forced shutdown command input unit that switches the power forced shutdown status information between the power forced shutdown status and a state not in the power forced shutdown status;
A heating cooking system comprising: A specific user determination unit that determines whether or not the external device is a specific user;
Only when the specific user determination unit determines that the specific user is the specific user, the power forced shutdown command input unit displays the power forced shutdown status information, the power forced shutdown status, and the power forced shutdown status. It is comprised so that it can switch to the state which is not. The heating cooking system of Claim 1 characterized by the above-mentioned. The external device includes a voice input unit,
The specific user determination unit includes a voiceprint determination unit that determines whether the voice input to the voice input unit is a voiceprint of the specific user,
Only when the voiceprint determination unit determines that the voice input to the voice input unit is the voiceprint of the specific user, the power forced shutdown command input unit displays the power forced shutdown status information, The cooking system according to claim 2, wherein the cooking system is configured to be able to be switched between a power supply forced cutoff state and a state that is not the power supply forced cutoff state. The external device includes an imaging unit,
The specific user determination unit includes a face authentication unit that determines whether the video input to the imaging unit includes a video of the specific user's face,
Only when the face authentication unit determines that the video input to the imaging unit includes the video of the specific user's face, the power forced shutdown command input unit displays the power forced shutdown status information. The cooking system according to claim 2, wherein the cooking system is configured to be able to switch between the forced power-off state and the non-forced power-off state. The external device includes an audio output unit and an answer audio input unit that inputs audio input within a predetermined time after the output audio output from the audio output unit is output,
The specific user determination unit includes a phrase determination unit that determines whether the voice input to the answer voice input unit is a preset phrase voice that is paired with the output voice,
Only when the phrase determining unit determines that the voice input to the answer voice input unit is the phrase voice, the power forced cutoff command input unit displays the power forced cutoff state information as the power forced cutoff. The cooking system according to claim 2, wherein the cooking system is configured to be able to switch between a state and a state other than the forced power-off state.   By performing transmission and reception of communication signals between the heating cooker and the external device by wireless communication, the power forced cutoff command input unit displays the power forced cutoff status information, the power forced cutoff status, and the power source. It is comprised so that it can switch to the state which is not a forced cutoff state, The heating cooking system in any one of Claims 1-5 characterized by the above-mentioned.   By transmitting and receiving a communication signal between the heating cooker and the external device via a wireless repeater over the Internet, the power forced shutdown command input unit transmits the power forced shutdown status information to the power source. The cooking system according to any one of claims 1 to 6, wherein the cooking system is configured to be able to switch between a forced cutoff state and a state that is not the power source forced cutoff state.   By transmitting and receiving a communication signal between the heating cooker and the external device via a mobile phone line, the power forced shutdown command input unit displays the power forced shutdown status information as the power forced shutdown status. The cooking system according to any one of claims 1 to 5, wherein the cooking system can be switched to a state that is not the forced power-off state. When there are a plurality of the heating cookers, different ID codes for specifying each heating cooker are set in each of the plurality of heating cookers,
The external device includes a selection unit that selects one heating cooker from a plurality of heating cookers, and the one heating cooking when a command related to forced power cutoff is issued from the power forced cutoff command input unit An ID code sending unit that sends the ID code corresponding to the device together with a command related to the forced power shutdown,
When the communication signal transmitted from the power source forced cutoff command input unit to the heating cooker includes the ID code given to the cooking device, the power source forced cutoff command input unit causes the power source forced cutoff state information The cooking system according to claim 7 or 8, wherein the cooking system is configured to be able to be switched between the forced power cutoff state and a state that is not the forced power cutoff state.

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