TW201837875A - Disaster warning escape guidance system and escape guidance control module with which a user who is awakened from sleep can be immediately aware of the disaster situation and the evacuation direction to take evacuation as soon as possible - Google Patents

Abstract

Disclosed are a disaster warning escape guidance system and an escape guidance control module. The escape guidance control module can be disposed in an electronic device. The escape guidance control module includes an escape route setting unit, an evacuation voice setting unit, and an escape guidance control unit. The escape route setting unit has an escape route setting interface for being used to set an escape route map. The evacuation voice setting unit has a voice setting interface for being used to set an evacuation warning voice message. The escape guidance control unit may be triggered by a disaster signal to drive the electronic device to play the evacuation warning voice message and display the escape route map. With the aforementioned design, a user who is awakened from sleep can be immediately aware of the disaster situation and the evacuation direction to take evacuation as soon as possible, so as to greatly improve the chance of successful escape.

Description

Disaster Alert Escape Guidance System and Escape Guidance Control Module

The present invention relates to an alarm system, and more particularly to an alarm system for alerting a disaster.

Taiwan is located in the earthquake zone, and many earthquakes occur every year. Some earthquakes even cause heavy casualties. In addition, there are high fires in buildings every year and the number of casualties is also high. Moreover, according to statistics, when earthquakes and fires occur, the most serious time of casualties is in the middle of the night when everyone sleeps. Although after the Great Earthquake in 2016, government units and many research units have developed a number of warning software designed for earthquakes. When an earthquake is detected, it can immediately send earthquake warnings to mobile devices such as mobile phones through the communication system. The mobile device sends a warning message such as vibration, sound or light to wake up the user, allowing the user to have more time to react and take refuge.

However, such software has only a warning function and cannot guide the user to escape from the refuge. Therefore, when the warning message of the mobile device is awakened, or is awakened by the vibration of the earthquake, or is awakened by the high temperature of the fire or awakened by smoke. The person who just woke up in this environment is usually in a state of dim and unconsciousness. He only knows that an earthquake or fire has occurred. In the absence of escape guidance, it is easy to be nervous and confused. Delayed the golden moment of escape or refuge, even if you can quickly escape to the door after awakening, it is likely that the door cannot be escaped because of the deformation of the door, or it is time to open the door to find the key.

Accordingly, it is an object of the present invention to provide a disaster alert escape guidance system and an escape guidance control module that can improve at least one of the disadvantages of the prior art.

Therefore, the disaster warning escape guidance system of the present invention can guide a user in the environmental environment to escape and refrain when sensing a specific disaster in an environmental place. The disaster alert escape guidance system includes at least one disaster sensing device capable of detecting a disaster signal when the environmental site is in a disaster, and a disaster sensing device for the user to use and the at least one disaster sensing device signal An escape guidance device that is connected to receive the disaster signal. The escape guide device includes a speaker module capable of being driven to emit a warning sound, a display module capable of being driven to display an image, and an escape guide control module capable of controlling the speaker module and the display module, the escape The guidance control module includes an escape route setting unit, an evacuation voice setting unit, and an escape guidance control unit. The escape route setting unit can display an escape route setting interface for the display module to be operated to generate an escape route map, and the evacuation voice setting unit can display a voice for operating the input text in the display module. Setting an interface, and the evasive voice setting unit converts the input text content into a voice and outputs an evasive warning voice, and the escape guide control unit is triggered by the disaster signal to drive the speaker module to issue the refuge Alert the voice and drive the display module to display the escape route map.

Therefore, the escape guidance control module for disaster alarm of the present invention can be implemented in an electronic device through a software program and/or an electronic circuit, and the electronic device can receive a disaster signal and has a speaker module and a display. Module. The escape guide control module includes an escape route setting unit, an evacuation voice setting unit, and an escape guide control unit. The escape route setting unit can drive the display module to display an escape route setting interface that can be operated to create an escape route map. The evasive voice setting unit can drive the display module to display a voice setting interface for operating the input text, and convert the input text content into voice by the voice setting interface to output an evasive warning voice. The escape guide control unit is triggered by the disaster signal received by the electronic device, and drives the speaker module to issue the evacuation warning voice, and drives the display module to display the escape route map.

The effect of the present invention is that when the escape guidance device is triggered by the disaster signal, the preset refuge warning voice is displayed and the design of the pre-planned escape route map is displayed, so that the user who is awakened from sleep can quickly and clearly know. Where to escape and take refuge and take escape and evacuation actions can greatly enhance the chance of escape.

Referring to Figures 1 and 2, the disaster alert escape guidance system of the present invention can provide earthquake and fire warning and escape evacuation guidance to users in an environmental location, and can wirelessly communicate with a remote device 700. The environmental place may be a home, a department store, an office or a factory, etc., but not limited to the above type, and the environmental place has an electric door 800 disposed at the entrance and exit thereof and can be opened, and a plurality of separately available Earthquake escape refuge and escape refuge for fire escape refuge. The remote device 700 is a device capable of wireless communication and data transmission by using wireless communication technology and/or wireless network technology, such as a mobile phone, a tablet computer, a smart watch, a smart glasses, a notebook computer or a table. Computers, etc., and not limited to the above types.

The disaster warning escape guidance system includes a plurality of disaster sensing devices 3 respectively installed in the environment, an escape guiding device 4 connected to the wireless sensing signals of the disaster sensing devices 3, and can be carried around, and a plurality of separately set A rescue device 5 that is wirelessly communicable with the escape guidance device 4 in the environmental location.

Each of the disaster sensing devices 3 includes a disaster sensor 31 for sensing a disaster, and a wireless communicator 32 connected to the disaster sensor 31. The disaster sensor 31 wirelessly transmits a disaster signal via the wireless communicator 32 when sensing and determining that a particular disaster has occurred.

In the present embodiment, the disaster sensing devices 3 are divided into two types for sensing the earthquake and for sensing the fire, and respectively emitting the disaster signal representing the earthquake when the seismicity of the sensing earthquake is greater than a threshold of the series. And, when the fire is sensed, the disaster signal representing the fire is issued. Since the disaster sensing device 3 can sense earthquakes and fires in many ways and is a conventional technique, and is not an improvement point of the present invention, it will not be described in detail.

In the implementation, when the disaster sensing device 3 is installed, it can be electrically connected to the mains or other power supply devices, such as an uninterruptible power system, to obtain the power required for operation, but the implementation is not limited thereto.

The escape guiding device 4 includes a speaker module 41 capable of being driven to emit sound, a display module 42 capable of being driven to display images, a first wireless communication module 44, and a speaker module 41 for controlling The display module 42 and the escape guidance control module 43 of the first wireless communication module 44. In this embodiment, the escape guidance device 4 is a smart mobile device that can be carried by the user, such as a mobile phone or a tablet computer. However, the implementation is not limited to the above types, and the identity information of the user is built in. The identity information includes, but is not limited to, name, gender, age, and communication materials.

The first wireless communication module 44 can wirelessly connect the disaster sensing devices 3, the rescue device 5, the power gate 800, and the remote device 700 to receive the disaster signals. The wireless signal connection mode may be a mobile communication technology such as 3G or 4G, a wireless network technology, and a wireless communication technology such as NFC, Bluetooth, and ZigBee, but the implementation is not limited to the above wireless signal connection.

The escape guidance control module 43 includes an escape route setting unit 431, an evacuation voice setting unit 437, an escape guidance control unit 438, and a door opening control unit 439.

The escape route setting unit 431 can display an escape route setting interface (not shown) on the display module 42. The escape route setting interface can be operated to load a plane space map of the environment place, and can also be used for operating a hand-painted plane space map corresponding to the environment place, and can be operated by the user to load or make the plane space. The figure indicates that an earthquake escape route 433 and a fire escape route 434 are set, and in the plane space map, a plurality of earthquake escape refuge points 435 corresponding to the positions of the escape refuge for earthquake use are indicated, and Fire escape refuge points 436 corresponding to the locations of such escape refuge for fire use. The escape route setting unit 431 merges the plane space map, the earthquake escape route 433, the fire escape route 434, and the escape escape points to establish an escape route map 432.

The evasive voice setting unit 437 can display a voice setting interface (not shown) on the display module 42, and the voice setting interface can be operated to guide relevant characters for the escape refuge for the earthquake input, for example, “earthquake occurs. Please escape as soon as possible along the earthquake escape route or "Early earthquake, please evacuate as soon as possible to the earthquake escape refuge". It can also be used for the operation of the fire to guide the escape refuge. For example, "Fire, please Speeding along the fire escape route to escape refuge" or "Fire, please go to the fire escape refuge as soon as possible to evacuate." The evacuation voice setting unit 437 converts the text content input by the voice setting interface into an evacuation warning voice for the earthquake and an evacuation warning voice for the fire, and stores the evacuation warning voice.

In this embodiment, the evacuation voice setting unit 437 establishes the evasive warning voices by converting characters into voices. However, in another embodiment of the present invention, the voice files can be loaded or directly recorded. Voice mode to establish such evasive warning voices.

The escape guide control unit 438 is triggered by any disaster signal received by the first wireless communication module 44 to represent the earthquake, and drives the speaker module 41 to play the evasive warning voice corresponding to the earthquake, and simultaneously drives the display module. 42 shows the escape route map 432, and the earthquake escape route 433 and the earthquake escape evacuation points 435 are shown in the escape route map 432, so that the user can clearly know where to go or where to go. Take refuge. Similarly, the escape guide control unit 438 is triggered by any disaster signal received by the first wireless communication module 44 on behalf of the fire, and drives the speaker module 41 to play the refuge warning voice corresponding to the fire, and synchronously drives the The display module 42 displays the escape route map 432, and the fire escape route 434 and the fire escape evacuation points 436 are shown in the escape route map 432. The door opening control unit 439 is also triggered by the disaster signal, and the electric door 800 is wirelessly remotely controlled by the first wireless communication module 44, so that the entrance and exit of the environmental place are immediately opened in the event of an earthquake and a fire, and can be quickly escaped. .

The rescue devices 5 are respectively disposed in the escape refuge of the environment, and can be worn by the user and can communicate with the escape guidance device 4 wirelessly. Each of the rescue devices 5 includes a wearing member 51 for being worn on the user, a power supply module 52 disposed on the wearing member 51, and respectively disposed on the wearing member 51 and electrically connected A call alert module 53 , a light alert module 54 , a second wireless communication module 55 , a body temperature sensing module 56 and a help control module 57 are provided in the power supply module 52 . In the present embodiment, the wearing member 51 is an instrument capable of being fastened to a limb such as a hand or a foot, and is not described in detail because it has many types and is not an improvement point of the present invention.

The second wireless communication module 55 can be paired with the first wireless communication module 44 of the escape guidance device 4 for data transmission and communication. In this embodiment, the second wireless communication module 55 and the first A wireless communication module 44 can be connected to each other through Bluetooth technology, and can also be paired through NFC. For example, when the user brings the escape guidance device 4 close to the rescue device 5 and turns on the pairing function, the two are paired and established through the Bluetooth technology.

The power supply module 52 can be electrically connected to the escape guiding device 4, and can output power to charge the escape guiding device 4, and can supply power required for operation of other modules of the rescue device 5. Since the power supply module 52 is of a multitude type and is a conventional technique, it will not be described in detail.

The distress alert module 53 can be driven by the distress control module 57 to issue a distress tone. The illumination warning module 54 can be driven by the distress control module 57 to send a distress light. The body temperature sensing module 56 can be coupled to the body surface of the user by the wearing member 51, and can sense the body temperature of the user to output a body temperature signal.

The distress control module 57 can be operated by the user to activate the distress alert module 53 and the illumination alert module 54 and can be operated to drive the second wireless communication module 55 to pair the first wireless communication. The module 44 wirelessly transmits a distress signal with the body temperature signal. The escape guiding device 4 sends a help message with the built-in identity information and the distress signal to the remote device 700 upon receiving the distress signal.

When the disaster warning escape guidance system of the present invention is erected, the user may install the disaster sensing devices 3 in the environmental place where the disaster sensing alarm is to be performed, and then cooperate with the location and the reservation of the escape refuge at the environmental site. The escape route of the earthquake and the fire, the escape route indicator 432 of the environment place is set in the escape guidance device 4 and the evacuation warning voices are set, and the rescue devices 5 are respectively disposed at the escape refuge of the environmental place . Next, the escape guidance device 4 is connected to the disaster sensing device 3 and the electric door 800.

When the disaster sensing device 3 senses that the earthquake level is greater than a predetermined threshold, or senses that a fire has occurred, the disaster signal is wirelessly transmitted. The escape guidance device 4 is triggered by the disaster signals, and immediately plays the evacuation warning voice corresponding to the earthquake or fire, and displays the escape route map 432, and immediately wirelessly remotely controls the electric door 800 to open. When the disaster signal represents an earthquake, the earthquake escape route 433 and the earthquake escape refuge point 435 are awakened in the escape route map 432. When the disaster signal represents a fire, the escape route map 432 is included. The awake target indicates the fire escape route 434 and the fire escape refuge point 436.

With the design of the evacuation warning voice and the escape route map 432, when an earthquake or fire occurs and the user is just sleeping, the user can immediately perform an instruction to guide the user who has just been awakened and whose consciousness is not clear, to immediately perform the escape refuge. The user can guide the earthquake escape route 433 displayed along the escape route map 432 to the evacuated exit to quickly evacuate, or immediately go to the nearest escape refuge shown in the escape route map 432.

When arriving at an escape refuge, the user can immediately wear a help-seeking device 5 to the body, and open the help-seeking device 5, and connect the help-seeking device 5 to the escape guide device 4 for signal connection. The user can operate the help-seeking device 5 to issue the help-seeking sound and the distress light, and send the distress signal to the escape guiding device 4, and the escape guiding device 4 will The terminal device 700 sends a help message with the built-in identity information and the distress signal, so that the user of the remote device 700 can know that someone is trapped, and understand the identity and health status of the trapped person, and can quickly arrange rescue. Actions can greatly improve the success rate and survival rate of escape refuge.

It should be noted that, in this embodiment, the escape guidance control module 43 is implemented in the escape guidance device 4 by means of a software program and/or an electronic circuit. However, in another embodiment of the present invention, the The escape guide control module 43 can also be designed as a software program that can be separately downloaded and installed, and can be installed in an electronic device having the speaker module 41, the display module 42 and the first wireless communication module 44. The electronic device in which the escape guidance control module 43 has been installed can be used as the escape guidance device 4. The electronic device may be a smart watch or glasses, but is not limited thereto.

In summary, the escape guidance device 4 can enable the user to play the preset refuge warning voice design and display the pre-planned escape route map 432 when triggered by an earthquake or fire disaster signal. When he is awakened from sleep, he can quickly understand the disaster situation according to the guidance of the refuge warning voice, and can clearly know where to escape and take escape escape action according to the escape route map 432 displayed by the escape guidance device 4. . Further, through the design of the rescue device 5 disposed in the escape refuge and capable of being worn on the body, in addition to allowing the user of the evacuation operation to send a help sound and help light for attracting the attention of the surrounding people. In addition, the escape guidance device 4 can also be driven to send a help message to the outside, and supply the power required by the escape guidance device 4, which can greatly improve the escape and rescue opportunity, and is a very innovative and practical creative design. Therefore, the object of the present invention can be achieved.

However, the above is only the embodiment of the present invention, and the scope of the invention is not limited thereto, and all the simple equivalent changes and modifications according to the scope of the patent application and the patent specification of the present invention are still Within the scope of the invention patent.

3‧‧‧Disaster sensing device

31‧‧‧ Disaster Sensor

32‧‧‧Wireless Communicator

4‧‧‧Escape guidance device

41‧‧‧ speaker module

42‧‧‧Display module

43‧‧‧Escape Guidance Control Module

431‧‧‧Escape route setting unit

432‧‧‧Escape route map

433‧‧‧Escape route

434‧‧‧Fire escape route

435‧‧‧ Earthquake Escape Refuge

436‧‧‧Fire escape refuge

437‧‧‧ Refuge voice setting unit

438‧‧‧Escape Guide Control Unit

439‧‧‧Open door control unit

44‧‧‧First wireless communication module

5‧‧‧Help device

51‧‧‧With wearing parts

52‧‧‧Power supply module

53‧‧‧Service Alert Module

54‧‧‧Lighting warning module

55‧‧‧Second wireless communication module

56‧‧‧body temperature sensing module

57‧‧‧Help Control Module

58‧‧‧Shell

700‧‧‧Remote equipment

800‧‧‧Electric door

Other features and advantages of the present invention will be apparent from the embodiments of the present invention, wherein: FIG. 1 is a schematic structural diagram of an embodiment of the disaster alert escape guidance system of the present invention; and FIG. 2 is the embodiment of the present invention. Functional block diagram.

Claims (10)

A disaster warning escape guidance system capable of guiding a user in an environmental environment to escape a refuge when sensing a specific disaster in an environmental place, the disaster warning escape guidance system comprising: at least one disaster sensing device capable of sensing a disaster signal is generated when the environmental site is in a disaster; and an escape guiding device is provided for the user to be used, and is connected to the at least one disaster sensing device to receive the disaster signal, the escape guiding device includes a a speaker module capable of being driven to emit a warning sound, a display module capable of being driven to display an image, and an escape guide control module capable of controlling the speaker module and the display module, the escape guide control module including a An escape route setting unit, an evacuation voice setting unit, and an escape guide control unit, wherein the escape route setting unit can display an escape route setting interface for the operation module to generate an escape route map, the evacuation voice The setting unit can display an input text for the display module a voice setting interface, and the evasive voice setting unit converts the input voice content into voice and outputs an evasive warning voice, and the escape guide control unit is triggered by the disaster signal to drive the speaker module to send out The evacuation alerts the voice and drives the display module to display the escape route map. The disaster alert escape guidance system according to claim 1, wherein the environmental site has a plurality of escape shelters for earthquake escape evacuation, wherein the at least one disaster sensing device can sense the earthquake and issue the disaster signal, the escape The route setting interface can be operated to indicate an earthquake escape route in the escape route map, and a plurality of earthquake escape evacuation points respectively corresponding to the locations of the escape shelters capable of evacuating the earthquake, the escape guide control unit The disaster signal is triggered, and the earthquake escape route and the earthquake escape refuge point are shown in the escape route map displayed by the display module. The disaster alert escape guidance system according to claim 1, wherein the environmental site has a plurality of escape shelters for fire escape evacuation, and the at least one disaster sensing device can sense the fire and issue the disaster signal, and the escape route is set. The interface can be operated to indicate that a fire escape route is set in the escape route map, and a plurality of fire escape evacuation points respectively corresponding to the locations of the escape shelters that can be used for fire escape evacuation, the escape guide control unit is The disaster signal is triggered, and the fire escape route and the fire escape refuge point are shown in the escape route map displayed by the display module. The disaster alert escape guidance system of claim 2 or 3, capable of wirelessly communicating with a remote device, wherein the escape guidance device further includes a first wireless communication module capable of wirelessly communicating with the remote device, The disaster warning escape guidance system further includes a plurality of rescue devices respectively disposed on the escape shelters and capable of being worn on the body, each of the rescue devices including a power supply module capable of charging the escape guidance device, and separately a call alert module, a light alert module, a second wireless communication module and a help control module connected to the power supply module, the help control module being operable to activate the call alert module to issue Rescuing the sound, and starting the illumination warning module to issue a distress light, and the distress control module can drive the second wireless communication module to wirelessly communicate with the first wireless communication module to send a distress signal, the escape guidance control mode The group is triggered by the distress signal received by the first wireless communication module, and the remote device is not provided by the first wireless communication module. Send a distress message. The disaster alert escape guidance system of claim 4, wherein each of the rescue devices further comprises a body temperature sensing module capable of sensing a body temperature of the user and outputting a body temperature signal, the escape guiding device having an identity built therein Information, the distress control module is connected to the body temperature sensing module signal to receive the body temperature signal, and the body temperature signal is entrained in the distress signal, and the escape guidance control module is triggered by the distress signal. The identity information and the distress signal are carried in the distress message. The disaster alert escape guidance system of claim 4, wherein the environment location has an electric door, wherein the first wireless communication module is connected to the electric door wireless signal, and the escape guidance control module further includes an energy The door opening control unit that is triggered by the disaster signal and wirelessly controls the power door to be opened via the first wireless communication module. An escape guidance control module for a disaster alarm can be implemented in an electronic device through a software program and/or an electronic circuit. The electronic device can receive a disaster signal and has a speaker module and a display module. The escape guide control module includes: an escape route setting unit that can drive the display module to display an escape route setting interface that can be operated to generate an escape route map; an evacuation voice setting unit capable of driving the display mode The group displays a voice setting interface for operating the input text, and converts the voice setting interface into the voice and outputs an evasive warning voice; and an escape guide control unit, which is received by the electronic device. The disaster signal is triggered, and the speaker module is driven to issue the evacuation warning voice, and the display module is driven to display the escape route map. The escape guide control module for disaster alarm according to claim 7, wherein the disaster signal is representative of an earthquake, wherein the escape route setting unit is operable to indicate that an earthquake escape route is set in the escape route map, and An earthquake escape refuge point, the escape guide control unit is triggered by the disaster signal representing the earthquake, and the escaping target in the escape route map displayed by the display module shows the earthquake escape route and the earthquake escape refuge point. The escape guide control module for disaster alarm according to claim 7, wherein the disaster signal represents a fire, wherein the escape route setting interface is operable to indicate a fire escape route in the escape route map, and a In the fire escape refuge point, the escape guide control unit is triggered by the disaster signal representing the fire, and the fire escape route and the fire escape refuge point are shown in the escape route map displayed by the display module. The escape guide control module for disaster alarm according to claim 7, wherein the electronic device can wirelessly communicate with an electric gate, the escape guide control module further comprising a trigger that is triggered by the disaster signal to drive the electronic device The door opening control unit of the electric door is remotely controlled.