JP5222546B2 - Indoor electrical equipment - Google Patents

Description

The present invention is applicable, for example, gas stove device that is placed in a room of the home or office, etc., refrigerator, in-room arrangement electrification equipment and such as a television, the room arrangement electrification system of car navigation or the like to be placed on a vehicle of the indoor (the car) This is possible and can be put into practical use as an indoor arrangement electric device capable of notifying a person in the room when emergency earthquake information is transmitted , and in particular, the present invention is an indoor arrangement electric device comprising a gas stove device among them. it is those related to.

  In recent years, an emergency earthquake bulletin distribution system as shown in FIG. 8 has been proposed and partly put into practical use. Earthquake early warnings immediately after the occurrence of an earthquake, analyze the observation data captured by a seismometer close to the epicenter and immediately estimate the epicenter and magnitude of the earthquake (magnitude), and based on this, the arrival time of the main motion in each location It is information that estimates the seismic intensity and notifies as quickly as possible before the earthquake arrives in each place, and is sent from the Japan Meteorological Agency 40 as shown in the figure.

  This earthquake early warning is transmitted to NTT (Nippon Telegraph and Telephone Corporation) 42 via, for example, REIC (Earthquake Early Warning Communication Council) 41 and the like, and through a telephone line 43, a receiver 44 arranged indoors such as a broadcasting station. Received by. The receiver 44 is installed in a place having a public property that needs to quickly receive and deal with an earthquake early warning, such as a railway company, a government office, in addition to a broadcasting station. Moreover, when the receiver 44 receives the earthquake early warning, the emergency broadcast system (for example, refer to Patent Document 1) capable of broadcasting detailed information about the earthquake (such as seismic intensity and arrival time) or the receiver 44. It has been proposed to notify an evacuation site when detecting the reception of emergency earthquake information.

JP 2006-197130 A

  By the way, regarding the use of emergency earthquake information, recently, it has been considered that the receiver 44 is provided not only in railway-related companies, government offices, etc., but also in management rooms of apartment houses, etc. Knowing information is becoming more familiar. In addition, from the fall of 2007, it was decided to provide emergency earthquake alerts to homes by displaying emergency earthquake alerts on television (television) screens, etc. It became possible to know breaking news.

  However, it is considered that if a manual is prepared for actions when emergency earthquake information is known, such as railway affiliates, it is possible to take action according to the manual. There is a possibility that even if you know the information, you will be frustrated and will not be able to take appropriate action. Even if it knows that an earthquake early warning has been sent, if there is an error in its action, the danger caused by the arrival of the earthquake cannot be avoided.

  It is not known when an earthquake will occur, and the present inventor has no error in taking action when an emergency earthquake warning is sent at least when a person is in a room such as a house or office. I wanted to improve my preparedness against earthquakes.

The present invention has been made based on the above-mentioned idea of the present inventor. The purpose of the present invention is that a person who is in a room such as a house or office or a car (in the car) when an earthquake early warning is transmitted. The present invention can be applied to various indoor arrangement electric appliances that allow appropriate actions to be performed . In particular, the object is to provide an indoor electric appliance that includes a gas stove device among the indoor arrangement electric appliances .

In order to achieve the above object, the present invention has the following configuration as means for solving the problems. That is, the first invention is a room-installed electrification device composed of a gas stove device placed indoors, and includes a breaking news reception detection unit that detects reception of an emergency earthquake warning before an earthquake arrives, and an earthquake of a person in the room a memory unit to be is stored as a unique danger avoidance message information to the chamber disposed electric equipment comprising the content of voice guidance to avoid danger from the stove apparatus according to the arrival, the bulletin reception detecting portion of the earthquake early warning When a reception is detected, a danger avoidance notification means for notifying the inherent danger avoidance message information stored in the memory unit by voice is provided, and when the early warning reception detection unit detects the reception of an emergency earthquake warning In addition, the danger avoidance notification means sound danger avoidance message information with the meaning of at least one of “Do not approach” and “Please leave”. Has a structure in which originated that a means for solving the problems.

Furthermore, in addition to the configuration of the first invention, the second invention has a risk detection means for detecting the degree of danger due to an indoor resident approaching the vicinity of the gas stove device when an earthquake arrives. Depending on the degree of risk detected by the detection means, when the risk level is high, the danger avoidance notification means displays danger avoidance message information that has at least one of the meanings of “Do not approach” and “Please leave”. and a means for solving the problems with the configuration in which Ru is voice transmission.

The indoor electric appliance comprising the gas stove device according to the present invention is adapted to avoid the danger caused by the arrival of an earthquake of a person in the room where the electric appliance is arranged, and the contents of the voice guidance for avoiding the danger inherent in each indoor electric appliance. Since it is stored in the memory unit as message information, and when the early warning reception detection unit detects the reception of the earthquake early warning, the danger avoidance notification unit notifies the danger avoidance message information stored in the memory unit by voice. , when the earthquake early warning has been transmitted, it is possible to prompt the person you are in a room, such as a home or office, perform the appropriate action.

In addition, the present invention is, when the preliminary reception detection unit detects the reception of the earthquake early warning, risk avoidance notification means the risk avoidance messages for the contents of at least one of the meaning of "do away" and "Do not stay away." since transmitting the information, at the time of the earthquake arrival, in person, and that you do not approach the stove, by that is let away the case was close Nii, gas stove device and during the combustion operation, the combustion behavior be stopped, high temperature When a pan filled with oil or a kettle filled with hot water is on the gas stove device, it is possible to avoid the danger that a person in the room gets close to the gas stove device and gets burned.

In particular, the indoor electric appliance comprising the gas stove device of the present invention has a risk detection means for detecting the degree of danger due to approaching the vicinity of the gas stove device when an earthquake arrives, and the risk detected by the risk detection means According to the configuration, when the risk level is large, the risk avoidance notification means voice-transmits the risk avoidance message information having the meaning of at least one of “Do not approach” and “Please leave”. When the earthquake arrives, appropriate danger avoidance message information can be transmitted by voice depending on the degree of danger due to being near or approaching the gas stove.

  And when there is a large risk of people coming close to or coming close to the gas stove device when the earthquake arrives, urge the people in the room not to get close to the gas stove device, or urge them to leave, People in the room can take appropriate actions.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. In the description of the present embodiment, the same reference numerals are assigned to the same name portions as those in the conventional example, and the duplicate description is omitted or simplified.

  FIG. 2 shows an example of a danger avoidance system associated with emergency earthquake information transmission. This system receives earthquake information distributed ahead of time before the seismic wave arrives at the place where the receiver 44 (see, for example, FIG. 8) of the distribution system that observes and analyzes the S wave in the area where the earthquake occurred. (For example, the advance time is several seconds to several tens of seconds), and the door phone 46 of each dwelling unit is connected to the receiver 44 of the emergency earthquake bulletin distribution system shown in FIG. Further, it is formed by connecting the gas stove device 2 which is the first embodiment of the indoor arrangement electrical appliance according to the present invention to the door phone 46 via the communication line 60. The receiver 44 is provided in a management room 37 of a common part of an apartment house such as an apartment.

  Considering the case where the residents of each house 47 need to evacuate from the apartment house such as an apartment when a large earthquake occurs, when the receiver 44 in the management room 37 receives the earthquake early warning, It has been proposed to apply the signal to the door phone 46 by centralized management of the management room 37, for example. Therefore, in this embodiment, as shown in FIG. 2, a system is formed in which the signal is applied to the gas stove device 2 via the door phone 46 of all the houses 47 in the apartment house.

  The gas stove device 2 is connected to an AC 100V power source. In addition, a gas pipe (not shown) is connected to the gas stove device 2, and the gas stove device 2 burns the fuel gas with the fuel gas and air supplied from the gas pipe, and as is well known, the gas The cooking utensil such as a pan provided on the upper side of the flame opening, the cooking material in the cooking utensil, and the cooking material such as fish provided in the grill 4 are heated.

  Moreover, the gas stove device 2 of the present embodiment has a control configuration for avoiding danger when an earthquake arrives as shown in FIG. That is, as shown in the figure, the gas stove device 2 is connected to the control unit 3 provided in the main body 1 of the gas stove device 2 (refer to FIG. 2), the breaking news reception detection unit 50, the danger avoidance notification unit 51, The guidance transmission command unit 52, the forced voice volume increase unit 59, the volume level control unit 54, the guidance transmission unit 55, the memory unit 56, and the guidance volume input setting unit 58 are provided. And the speaker 34.

  In the present embodiment example, the most characteristic feature is that the contents of voice guidance for avoiding danger due to the earthquake of a person in the room are stored in the memory unit 56 as danger avoidance message information unique to the gas stove device 2. In addition, when emergency earthquake information is transmitted from the Meteorological Agency 40, the danger avoidance message information can be notified from the gas stove device 2. In order to provide this configuration, the present embodiment has a control configuration as shown in FIG. 1 and will be described in detail below.

  The breaking news reception detection unit 50 detects the reception of the earthquake early warning before the earthquake arrives. When the emergency earthquake information is transmitted from the door phone 46 to the gas stove device 2, the breaking news reception detection unit 50 detects the earthquake early warning. Detect reception. Then, the detection signal is applied to the danger avoidance notification means 51 and a gas stopper (for example, gas solenoid valve) opening / closing control unit (not shown).

  The gas stopper opening / closing controller closes the gas stopper provided in the gas pipe connected to the gas stove device 2 when the detection signal for receiving the emergency earthquake information is applied from the breaking news reception detector 50.

  The danger avoidance notification means 51 notifies the inherent danger avoidance message information stored in the memory unit 56 by voice when the early warning reception detection unit 50 detects the reception of the earthquake early warning. For this notification, the danger avoidance notification means 51 adds a transmission instruction of danger avoidance message information to the guidance transmission instruction unit 52 and the forced voice volume increase means 59. In the present embodiment, the memory unit 56 has danger avoidance message information that means “Do not approach”, specifically, “Soon, a big earthquake will come. Please do not approach”. Hazard avoidance message information is stored. This danger avoidance message is intended to avoid danger to those who are told that “an earthquake is coming” and are upset and cannot immediately remember what to do before the earthquake. In addition, it is a message indicating an action, such as “please do XXX” or “please do not △△△△” with an example of what action should be taken.

  The guidance transmission command unit 52 issues a preset setting voice guidance transmission command, and when a danger avoidance message information transmission command is added from the danger avoidance notification means 51, the danger avoidance message information is updated. A transmission command is added to the guidance transmission means 55. In addition to the danger avoidance message information, the guidance transmission command unit 52 transmits a predetermined set voice guidance such as “hot water has boiled” or “safety device has been activated”. A transmission command for causing the guidance to be transmitted is added to the guidance transmission means 55.

  The guidance transmission means 55 takes in the danger avoidance message information stored in the memory unit 56 when the transmission instruction of the danger avoidance message information is added from the guidance transmission command unit 52, and adds it to the amplifier unit 10 and the speaker 34. Make a call from. Further, the guidance transmission means 55 takes in the setting voice guidance stored in advance in the memory unit 56 when the guidance transmission command unit 52 receives a setting voice guidance transmission command other than the danger avoidance message information. A setting voice guidance such as “hot water has boiled” is added to the amplifier unit 10 and is transmitted from the speaker 34.

  The guidance volume input setting unit 58 sets the transmission volume of the set voice guidance transmitted by the guidance transmission unit 55 according to the input setting operation by the user. In the present embodiment example, the outgoing volume of the set voice guidance is given by a plurality of levels that differ in stages (here, four levels of “mute”, “small”, “medium”, and “large”). Appropriate levels are selected and set. Then, this set value is added to the amplifier unit 10, and a set voice guidance is transmitted with this set value.

  Note that the operation unit for performing the volume input setting by the guidance volume input setting unit 58 is, for example, plus (+) and minus (−) operation buttons provided on the front surface of the gas stove device 2 although not illustrated. Each time the plus operation button is pressed, the volume level increases one by one, such as from “Silence” to “Small”, from “Small” to “Middle”, and from “Middle” to “Large”. Each time the operation button is pressed, the volume level decreases one by one, such as from “large” to “middle”, from “medium” to “small”, and from “small” to “mute”.

  The forced voice volume increasing means 59 receives the breaking news when the guidance volume input setting unit 58 sets the transmission volume of the set voice guidance to “mute” or a low volume level (for example, volume “low”). When the detection unit 50 detects the reception of the earthquake early warning, the transmission volume of the set voice guidance is forcibly increased to cause the guidance transmission means 55 to transmit the danger avoidance message information. When the signal for voice notification is added from the danger avoidance notification unit 51, the forced voice volume increase unit 59 adds a signal for forcibly increasing the transmission volume of the set voice guidance to the volume level control unit 54.

  The volume level control means 54 receives the signal from the forced voice volume increase means 59 and controls the amplifier unit 10 to set the outgoing volume to the maximum level (here, the volume “high”) among the levels. And the guidance avoiding means 55 transmits the danger avoidance message information.

  Further, the outgoing sound quality of the danger avoidance message information is set to a dedicated outgoing sound quality different from the outgoing sound quality of the set voice guidance other than the danger avoidance message information, and the danger avoidance notification means 51 sends the danger avoidance message information to the dedicated avoidance message information. The guidance transmission means 55 transmits the transmission sound quality. For example, when the guidance transmission unit 55 transmits the set voice guidance other than the danger avoidance message information by the guidance transmission unit 55, the guidance transmission command unit 52 gives an instruction to transmit the guidance by a female voice, and sends the danger avoidance message information to the guidance transmission unit. When sending by 55, a command is given to send guidance by male voice.

  Based on this command, the guidance transmission means 55 transmits voice guidance of the corresponding sound quality (female voice or male voice). Note that the reverse may be possible, and if the voice quality is different, any of them may be a female voice or a male voice, and an appropriate voice quality such as an electronic voice is set and transmitted. .

  Furthermore, in this embodiment, the guidance transmission command unit 52 is provided with a danger avoidance message priority transmission control unit. The danger avoidance message priority transmission control unit is in the middle of the setting voice guidance other than the danger avoidance message information being transmitted by the guidance transmission means 55 or when the guidance transmission means 55 receives a setting voice guidance transmission command, Immediately before the transmission, when the early warning reception detection unit 50 detects the reception of the emergency earthquake warning, a priority control signal for giving priority to the danger avoidance message information is added to the guidance transmission means 55. Then, transmission of the setting voice guidance other than the danger avoidance message information is stopped, and the danger avoidance message information is transmitted by the guidance transmission means 55.

  The present embodiment is configured as described above. When an emergency earthquake warning is transmitted, the contents of voice guidance for avoiding the danger of indoor residents due to the arrival of an earthquake (that is, not to approach the gas stove device 2) The specific danger avoidance message information that has the following information) is notified by voice, so that when an earthquake early warning is sent, the person who is in the room such as home or office approaches the gas stove device 2 when the earthquake arrives. So that appropriate actions can be encouraged.

  Next, the gas stove apparatus 2 of the 2nd Embodiment of the indoor arrangement | positioning electrical appliance which concerns on this invention is demonstrated. In the description of the second embodiment, the same reference numerals are assigned to the same name portions as those in the first embodiment, and the duplicate description is omitted or simplified.

  FIG. 4 shows a system diagram including the gas stove device 2 of the second embodiment as another example of the danger avoidance system at the time of emergency earthquake information transmission. As shown in the figure, the gas stove device 2 of the second embodiment has a dry cell type power supply and is connected to a door phone 46 via an adapter 26 and a gas electromagnetic valve 27.

  Further, in the gas stove device 2 of the second embodiment, the controller 3 for avoiding danger when an earthquake arrives is provided in the adapter 26. The adapter 26 is provided with a plurality of lamps 39.

  In the gas stove apparatus 2 of the second embodiment, the configuration of the control unit 3 is substantially the same as that of the first embodiment as shown in FIG. 3, but in the second embodiment, the control unit 3 Is provided with a lamp blinking control means 57, and when the early warning reception detection unit 50 detects the reception of emergency earthquake information and the detection signal is applied to the danger avoidance notification means 51, the danger avoidance notification means 51 detects the detection signal. Is also added to the lamp blinking control means 57.

  The lamp blinking control means 57 blinks one or more lamps 39 of the adapter 26 so that a person in the room can visually recognize that emergency earthquake information has been received.

  In the second embodiment, a gas electromagnetic valve 27 is provided via an adapter 26. The adapter 26 is provided with a gas electromagnetic valve opening / closing control unit (not shown). The control unit closes the gas solenoid valve 27 when a detection signal for reception of emergency earthquake information is applied from the breaking news reception detection unit 50. In addition, it is preferable that the adapter 26 has a rechargeable battery in the adapter 26 and can be driven even when a power failure occurs due to an earthquake. The gas solenoid valve 27 is preferably of a type that opens and closes when energized and closes when not energized. In this way, after the closing operation of the gas solenoid valve 27, the gas solenoid valve 27 can be kept closed during a power failure due to an earthquake.

  The second embodiment is configured as described above, and the second embodiment operates in substantially the same manner as the first embodiment and can provide the same effects. Further, in the second embodiment example, the blinking of the lamp 39 urges the attention of the person in the room and transmits the danger avoidance message information, thereby further ensuring the appropriate action of the person at the time of the earthquake. Can be encouraged. Further, when viewed from the adapter 26 side, when a message is issued after the opening instruction is stopped with respect to the gas solenoid valve 27, the deterioration of the rechargeable battery of the adapter 26 has progressed so far and the battery is being charged. Even if the battery capacity is low, the entire power can be used for message transmission, improving reliability.

  In addition, this invention can take various embodiment, without being limited to the said embodiment example. For example, in each of the embodiments described above, the gas stove device 2 always avoids the danger of “a big earthquake is coming soon. Please do not approach” when the early warning detection unit 50 detects the reception of the early earthquake warning. Although the message information is transmitted by voice, for example, in the case of having a near-flame temperature detection sensor for detecting the near-flame temperature near the flame mouth of the gas stove device 2, as necessary, as follows: As appropriate, different danger avoidance message information can be transmitted by voice.

That is, for example, as shown in FIG. 5, the control unit 3 of the gas stove apparatus 2, the risk detection means 29 is provided, the risk detection means 29, based on the detected temperature of the flame opening neighborhood temperature detection sensor 28, Whether the gas stove device 2 detects whether or not the combustion operation is in progress, and when the combustion operation is not being performed, is a container such as a pot containing hot water or oil at a high temperature placed on the virtues of the gas stove device 2? For example, the degree of danger when a person approaches the gas stove device 2 when an earthquake arrives is detected. The memory unit 56 stores a plurality of danger avoidance message information corresponding to the degree of danger.

  Then, according to the risk detected by the risk detection means 29, for example, the gas stove device 2 is not in a combustion operation, and a pan or the like is not on the virtues of the gas stove device 2. When the danger level detection means 29 determines that there is no danger, it adds a low danger level signal to the danger avoidance notification means 51, and the guidance transmission means 55 You may be allowed to send only an earthquake warning message such as “A big earthquake is coming.”

  Also, when it is determined that the gas stove device 2 is in a combustion operation, or when it is determined that a container such as a pan containing hot water or oil at a high temperature is placed on the virtues of the gas stove device 2 When the danger level detection means 29 determines that danger is caused by the approach of a person (the danger level is high), a high danger level signal is added to the danger avoidance notification means 51, and “ Soon, a big earthquake will come. Please do not get close.

  Note that the gas stove device 2 having the near-flame temperature detection sensor 28 has, for example, a cooking mode function. When the cooking mode is selected and set, the user can cook well with a desired cooking method. Even if the gas stove device 2 does not have a cooking mode function, the gas stove device 2 automatically adjusts the heating power based on the temperature detected by the near-flame temperature detection sensor 28, for example. When the temperature rises rapidly, the gas solenoid valve is automatically closed to perform a safe operation such as stopping the combustion operation of the gas stove device 2.

  Further, as described above, when the danger level detection means 29 is provided, the danger level detection means 29 is based on the temperature detected by the near-flame temperature detection sensor 28 when the gas stove apparatus 2 is approached when an earthquake arrives. In addition to detecting the degree of danger, or instead of detecting the degree of danger when approaching the gas stove device 2 at the time of the earthquake, when the early warning reception detecting unit 50 detects the reception of the emergency earthquake early warning, the emergency earthquake early warning The degree of risk may be detected according to the seismic intensity of the earthquake notified by. In this case, a plurality of danger avoidance message information corresponding to the seismic intensity of the earthquake is stored in the memory unit 56, and the danger avoidance notifying means 51 transmits the danger avoidance message information corresponding to the seismic intensity of the earthquake by the guidance sending means 55. Add directives as you can.

  For example, when the seismic intensity of the earthquake is 4 or less, there is no risk that the pan placed on the virtues of the gas stove device 2 will drop due to the shaking of the earthquake, and the hot water and oil inside will scatter around Therefore, if a message such as “A big earthquake is coming soon. Please put out the fire.” Is voiced and the seismic intensity exceeds 4, the pan placed on the gas stove device 2 Since there is a high risk that the water will fall due to the shaking of the earthquake, or the hot water and oil inside will scatter around, a voice message will be sent to you to avoid the danger message that “a big earthquake will come soon. You may make it do.

  Further, in each of the above-described embodiments, the danger avoidance notification means 51 applies a signal to the forced voice volume increase means 59, and the volume level control means 54 sets the maximum level of the plurality of volume levels to the danger avoidance message. Although the information is transmitted by the guidance transmission means 55, the transmission level of the danger avoidance message information is not particularly limited and is appropriately set. When the alert reception detection unit 50 detects the reception of the earthquake early warning when the outgoing volume of the set voice guidance is set to mute or to a low volume level, the forced voice volume up means 59 sends the set voice guidance. It is better to force the volume higher than that.

  The transmission volume of the danger avoidance message information is set to a dedicated transmission volume that is larger than the maximum transmission volume for transmitting the set voice guidance other than the danger avoidance message information, and the danger avoidance notification means 51 sets the danger avoidance message information to the dedicated avoidance message information. The guidance transmission means 55 may be made to send a call with a call volume.

  Further, in the above embodiment, the danger avoidance notification unit 51 causes the guidance transmission unit 55 to transmit the danger avoidance message information with a dedicated transmission sound quality different from the transmission sound quality of the set voice guidance other than the danger avoidance message information. However, the danger avoidance message information may be transmitted by the guidance transmission means 55 with the same sound quality as the transmission sound quality of the set voice guidance other than the danger avoidance message information.

  Further, the danger avoidance notification unit 51 may repeatedly transmit the danger avoidance message information by the guidance transmission unit 55 a plurality of preset times. In this case, the danger avoidance message information may be transmitted at a fixed level. However, as in the above-described embodiment, when the sound volume of the set voice guidance is given at a plurality of levels that are different in stages. The sound volume level variable control means may be provided, and the sound volume may be set to a high level every time the danger avoidance message information is repeatedly transmitted by the sound volume level variable control means.

  Furthermore, in the above-described embodiment, the guidance transmission command unit 52 has the earthquake early warning priority transmission control unit, but the earthquake early warning priority transmission control unit is omitted, and the guidance transmission means 55 is a set voice other than the danger avoidance message information. While the guidance is being transmitted or immediately before the guidance transmission means 55 receives the setting voice guidance transmission command and transmits the setting voice guidance, when the early warning reception detection unit 50 detects the reception of the earthquake early warning, The danger avoidance message information may be sent after the setting voice guidance is sent by the guidance sending means 55.

  Further, in the second embodiment, the lamp 39 blinks when the early warning reception detection unit 50 detects the reception of the earthquake early warning, but the lamp 39 does not blink, and the danger avoidance message information It is also possible to send only voice calls.

  Furthermore, in each said embodiment, although the example which provides the gas stove apparatus 2 in each house 47 of apartment houses, such as an apartment, the gas stove apparatus 2 may be provided in an office etc.

Furthermore, the technique of the present invention, which can be applied to chamber arrangement electrification devices other than gas Sukonro device 2, as a reference example, outdoors with a supply tank of oil, oil stove and an oil fan using the oil as a fuel it can be applied as a device such as a heater, it can be applied to the bathroom Heating or mist sauna apparatus utilizing hot water supplied from the heat source device provided outdoors. In this way, when the heat source device provided outdoors and the indoor electric appliance that uses the heat are connected to a fuel supply passage such as oil or gas, or a heat medium supply passage such as hot water, When the breaking news reception detection unit 50 detects the receipt of the earthquake early warning, the danger avoidance notifying means 51 transmits danger avoidance message information meaning “Please leave” and provided in the fuel supply passage. A safe operation for closing the electromagnetic valve 27, such as a petroleum electromagnetic valve or a gas electromagnetic valve, or a safe operation for closing the electromagnetic valve 27 (electromagnetic valve for supplying hot water) provided in the heat medium supply passage may be performed.

Furthermore, as a reference example, when the indoor-installed electrification device is a bathroom heating device or the like that is connected to a heat source device such as a water heater or the like and is placed in the bathroom, the early warning reception detection unit 50 detects the reception of the early earthquake early warning. The danger avoidance notification means 51, after sending a message such as "An earthquake will come", will send out a voice message of danger avoidance message with the meaning of "Wear clothes and prepare for evacuation" Good. Further, such danger avoidance message information may be transmitted by voice by a remote control device (a remote control device for a bathroom heating device, a remote control device for a water heater, etc.) disposed in a bathroom.

  Furthermore, in the indoor arrangement electric appliance, for example, a heat switch such as a water heater is provided with an operation switch for turning on / off the operation of the kitchen remote controller connected to this apparatus or the remote controller of the bathroom arrangement. In such a device, normally, the operation is not performed until the operation switch is turned on. In such a device, the remote control operating power is normally supplied to the connected remote controller, and a rechargeable battery or capacitor for temporarily storing the supplied electricity is built in the remote controller. Has been. Even when the operation switch is off, the CPU (Central Processing Unit) of the remote controller periodically opens the communication line to the heat source device and collects change information through the connection line (for example, other Because the remote control operation switch is turned on, the remote control state that was previously off is changed to on). Therefore, for example, as shown in FIG. 6, the warning by the danger avoidance notification means 51 is forcibly performed even when the breaking news reception detection unit 50 detects the reception of the earthquake early warning when the operation switch 35 is in the OFF state. If the forced notification means 53 is provided, the danger avoidance message information is notified by the risk avoidance notification means 51 even if the operation switch 53 is turned off in such an indoor arrangement electrification device. Can do.

  In this way, in the configuration having the operation switch 53, the operation switch 53 may be turned on to transmit the danger avoidance message information. However, the operation switch 53 remains off and the danger avoidance message information is transmitted. Also good.

Further, in the case of an indoor-installed electrical device having a function of displaying at least characters, such as a remote controller in a bathroom, a remote controller in a kitchen, or a remote controller in a bathroom, the danger avoidance informing means 51 receives a breaking news. When the detection unit 50 detects the reception of the earthquake early warning, the unique danger avoidance message information stored in the memory unit 56 may be displayed in text on the display means. At the time of such message transmission / display, the communication line to the heat source device may be cut off to reduce the power consumption of the remote controller, and the total power may be used for message transmission / display. In addition, at this time, when the power supply from the heat source device is stopped, it is preferable to stop the message transmission (voice) and display only the message display (light) as a reference example . At this time, the luminance may be increased. This is because it can be considered that power supply was stopped = a seismic wave caused a power outage = darkness.

Furthermore, as a reference example , the technology of the indoor electric appliance comprising the gas stove device according to the present invention is a slide, such as a television, a refrigerator, a washing machine, etc., or a slide (for example, a grounding part has a caster). It can be applied to a large-scale electrification device having a danger of movement. In this case, when the early warning reception detecting unit 50 detects the reception of the early earthquake warning, the danger avoidance notifying means 51 has a risk that means at least one of “Do not approach” and “Leave away”. It is recommended to send avoidance message information.

Moreover, the technology of the indoor arrangement | positioning electrical appliance which consists of a gas stove apparatus of this invention can be applied to various indoor arrangement | positioning electrical appliances , such as a microwave oven and a rice cooker, as a reference example . In recent years, electrical appliances such as home appliances (household appliances) are equipped with a function for notifying information, such as a rice cooker that informs when rice is cooked or a washing machine that informs the end of washing by voice or display. Has been put into practical use, and refrigerators and the like that call attention by voice when the door is opened for a long time are also used. In many electrical appliances, it has become common to inform people of the operation state of the device by voice. Therefore, using this voice message notification function, it is inherent to each indoor electrical appliance. The risk avoidance message information is stored in memory, and the emergency avoidance message information is sent out by voice when the earthquake early warning is sent, so that the person in the room can be encouraged to avoid the danger at the time of the earthquake. it can.

  In addition, even in the indoor arrangement electrical appliances that do not have a voice transmission function, by adding a function that can transmit the danger avoidance message information by voice, the danger avoidance message information is notified by voice, so that it is the same as the above embodiments. In addition, when an earthquake arrives, people can be encouraged to take appropriate actions.

Furthermore, the boiler (hot water supply apparatus with a hot water storage tank) provided in the boiler room, the veranda, etc. of a hotel, a condominium, etc. can be mention | raise | lifted as an application reference example of the technique of the indoor arrangement | positioning electrical appliance which consists of a gas stove apparatus of this invention. ( Including boilers placed on the veranda provided adjacent to the room ). When the indoor arrangement electrification apparatus is a boiler, for example, as shown in FIG. 7A, when there is a faucet 18 on the downstream side of the boiler 24, the water in the boiler 24 may be used as emergency water during an earthquake. However, it is possible to contribute to securing the emergency water by notifying danger avoidance message information and performing a safe operation as follows.

  For example, the check valve 25 is often provided in the water supply path to the boiler 24, but the check valve 25 may be broken (open) in daily use. Note that the check valve 25 is usually provided in a water meter in many cases. In the event of an earthquake, the Waterworks Bureau will stop the water flow, but the water pipe located below the boiler 24 may be broken by the earthquake (refer to the location indicated by X in the figure). When the faucet 18 is opened, the water in the boiler 24 passes through the check valve 25 and comes out of the broken water pipe, and the boiler 24 is filled with the air entered from the faucet 9. Water cannot be used as emergency water.

  Therefore, for example, as shown in FIG. 7C, the adapter 26 provided in the connection portion of the boiler 24 is provided with a control configuration including the breaking news reception detection unit 50 and the danger avoidance notification unit 51, “Do not approach the boiler. It is possible to contribute to securing the emergency water by notifying the message information such as “Please” or the message information “Do not open the faucet” by voice. In addition, an electromagnetic valve 27 for water is provided in the hot water supply passage to the boiler 24, and a safe operation executing means for performing a safe operation when receiving the earthquake early warning is provided in the control unit of the boiler 24. If a safe operation for closing the valve 27 is performed, it is possible to prevent the water in the boiler 24 from flowing out of the broken water pipe as described above even if the faucet 18 is opened.

  For example, as shown in FIG. 7B, in the case of a condominium or the like, when both the upper floor faucet 9 and the lower floor faucet 19 are opened, air enters from the upper floor faucet 9 and the boiler 24 All of the water in the inside comes out from the faucet 19 on the lower floor. In this case, too, for example, an adapter provided at the connection portion of the boiler 24 includes the breaking news reception detection unit 50 and the danger avoidance notification unit 51. Is provided, and message information such as “Do not approach the boiler” and message information “Do not open the faucet” are notified by voice, so that the user can be prevented from opening the faucet 19. Also in this case, if the solenoid valve 27 is closed by the safe operation, the water in the boiler 24 can be prevented from coming out of the faucet 19 as described above even if the faucet 19 is opened. There is no problem in securing emergency water by opening the tap 18. The solenoid valve 27 is preferably a solenoid valve that is closed when energization is stopped, and the message “Please do not open the faucet” is transmitted from the remote controller of the kitchen connected to the boiler 24, for example. Is preferred.

In addition, as an application reference example of the technology of the indoor-arranged electrification device including the gas stove device of the present invention, it may be applied to a shutter operating device connected to an electric shutter (shutter). When 50 detects the reception of the earthquake early warning, the danger avoidance informing means 51 may sound the danger avoidance message information meaning “Please leave the window”.

  Furthermore, in the above-described embodiment, an emergency earthquake bulletin transmission system as shown in FIGS. 2 and 4 is applied, and the bulletin reception detection unit 50 receives a signal applied to the door phone 46 from the receiver 44 side to make an emergency. The reception of the earthquake early warning is detected, but the configuration of the emergency earthquake early warning transmission system and the method for detecting the reception of the emergency earthquake early warning are appropriately set. For example, when an earthquake early warning is distributed to each house 47 at a low cost, the early warning reception detection unit 50 may receive the distribution signal and detect the reception of the earthquake early warning.

For example, when an emergency earthquake warning transmission signal is transmitted wirelessly to a car stereo or a car navigation system , as an application reference example of the technology of the indoor electric appliance comprising the gas stove device of the present invention, a home or office It may be a car stereo or a car navigation provided not only indoors, but also in the interior of a car (inside the car).

  In this case, when the early warning reception detecting unit 50 detects the reception of the early earthquake early warning, the danger avoidance notification means 51 displays the danger avoidance message information having the meaning of “Please stop the car at the end of the road”. It is good to make a voice call. In addition, signal connection with the speed detection means to detect the speed of the car, according to the speed, for example, when driving at high speed, "Please gradually reduce the speed and then stop the car at the end of the road" Depending on the speed of the automobile, different danger avoidance message information may be voiced according to the speed of the car, such as meaningless danger avoidance message information.

It is a block block diagram which shows the control structure for reception of the emergency earthquake bulletin, and danger avoidance alerting | reporting in the example of 1st Embodiment of the indoor arrangement | positioning electrical appliance which consists of a gas stove apparatus which concerns on this invention. It is a block diagram which shows the example of the danger avoidance system using the indoor arrangement | positioning electrification apparatus of 1st Embodiment. It is a block block diagram which shows the control structure for the reception of the earthquake early warning in the 2nd Example of the indoor arrangement | positioning electrical appliance which consists of a gas stove apparatus which concerns on this invention, and danger avoidance notification. It is a block diagram which shows the example of the danger avoidance system using the indoor arrangement | positioning electrical appliance of 2nd Embodiment. It is a block diagram showing the control arrangement for the reception and risk aversion notification of the earthquake early warning of another embodiment of the present onset bright. It is a block diagram showing the control arrangement for the reception and risk aversion notification of the earthquake early warning in still other embodiments and reference examples of the present onset bright. It is a schematic diagram for demonstrating the indoor arrangement | positioning electrification apparatus of the reference example to which the technique of the indoor arrangement | positioning electrification apparatus which consists of a gas stove apparatus which concerns on this invention is applied . It is a block diagram which shows the system example for earthquake early warning transmission.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Main body 2 Gas stove device 3 Control part 26 Adapter 40 Meteorological Agency 50 Early warning reception detection part 51 Danger avoidance notification means 52 Guidance transmission instruction part 53 Forced notification means 54 Volume level control means 55 Guidance transmission means 56 Memory part 57 Lamp blinking control means 58 Guidance Volume input setting section 59 Forced voice volume up means

Claims (2)

A room-installed electrification device composed of a gas stove device placed indoors, for detecting the reception of an emergency earthquake warning before the arrival of an earthquake, and for avoiding danger caused by the earthquake of a person in the room a memory unit to be is stored as a unique danger avoidance message information to the chamber disposed electric equipment comprising the content of the voice guidance from the stove device, said memory unit when said bulletin reception detection unit detects the reception of the earthquake early warning Is provided with a danger avoidance notification means for notifying the inherent danger avoidance message information stored in the voice, and when the early warning reception detection unit detects the reception of the emergency earthquake warning, It is characterized by voice transmission of risk avoidance message information with the meaning of at least one of "Do not approach" and "Please leave" Room arrangement electrification device comprising a gas stove apparatus that.   The indoor electric appliance comprising a gas stove device has a risk detection means for detecting the degree of danger when an indoor resident approaches the vicinity of the gas stove device when an earthquake arrives, and the risk detected by the risk detection means According to the above, when the degree of risk is large, the risk avoidance notification means is configured to voice-transmit the risk avoidance message information having a meaning of at least one of “Do not approach” and “Please leave”. A room-installed electrification device comprising the gas stove device according to claim 1.

Images