TWI439970B - Active personal action escape method and computer program products - Google Patents

Description

Active personal action escape guide method and computer program product

The invention relates to a method and a computer program product for an active personal action escape guide, in particular to a management terminal, a handheld mobile device and a remote backup servo center to form a three-terminal communication system, and the management terminal manages a monitored area, The monitored area forms a communication positioning network, and the user achieves a positioning effect in the communication positioning network through the handheld mobile device. When the disaster occurs, the remote backup servo center notifies and provides the user escape guide through the three-terminal communication system. Target person.

Buildings in urban areas, such as residential buildings, department stores, office buildings, restaurants, restaurants, etc., when a disaster occurs, effective evacuation is the most important action to prevent damage to life and property.

For the disaster warning and escape guidelines for general residential buildings, there is the Republic of China Patent No. 545663 "Disaster Monitoring and Escape Guidance System Device", which combines the fire receiving system to clearly display and record all fire occurrences, including infrared emission. In each area of the building, the patrol guards can receive the infrared code and transmit it back to the monitoring center via the radio. When the situation occurs, the guards closest to the accident location can be immediately directed. In the event of a fire, the host will be By radio, the voice of the fire point and its code are broadcasted, and the household area system receives the signal, and the residents can use the voice to inform the residents of the direction of escape according to the built-in database.

However, the predecessor case is better applied to residential buildings. When residents have a certain understanding of the building environment, they can exert the maximum warning and guide the escape effect. When users enter the department store, restaurant or stay in the hotel due to tourism and entertainment, The fixed regional system of the previous case cannot effectively inform every person, and the personnel are not familiar with the environment. In addition, when people are in a disaster environment, panic often leads to the failure to correctly judge the guidance of the regional system.

In addition, the host of the previous case could not know the location of the personnel. Only the escape route established in advance can be given the escape guidance by the regional system. The position of the judge can not be judged by mobility, and the correct escape guide can be given to the personnel. Provide partition evacuation.

The above factors can sometimes delay the golden time of escape.

Therefore, the present invention proposes an active personal action escape guide method, which provides a customized disaster notification and escape guide method in combination with a handheld mobile device, and keeps abreast of the location of the person, and provides the most appropriate escape at the right time in the event of a disaster. Routes and efficient evacuation based on the number of people providing partitions.

The invention comprises a management terminal, more than one personal mobile service server and a remote backup servo center to form a three-terminal communication system, wherein the management terminal manages a monitored area, and a plurality of communication positioning modules are arranged in the monitored area. Forming a communication positioning network to cover the monitored area, and the management terminal transmits the escape guidance map of the monitored area to the remote backup servo center in advance; the personal mobile service server is a handheld mobile device in the handheld operation The device presets a mobile positioning communication module, and pre-installs an application, and performs the following steps:

A. causing the handheld mobile device to execute the application, the application transmitting the machine code and the mobile communication code exclusive to the handheld mobile device to the management terminal, and the management terminal transmits the escape guidance map of the monitored area to the Holding a mobile device for the application to open the escape guide map, the management terminal transmits the machine code and the mobile communication code to the remote backup servo center; B. when the handheld mobile device enters the monitored area The application controls the mobile positioning communication module on the handheld mobile device to establish a connection with the communication positioning network; C. when a disaster alarm in the monitored area issues a disaster alarm, the management terminal The disaster warning and disaster occurrence location information is uploaded to the remote backup servo center; D. The remote backup servo center transmits an escape message to the handheld mobile device according to the machine code and the mobile communication code, and the application controls The mobile positioning communication module on the handheld mobile device generates a positioning message in the communication positioning network, and transmits the positioning information to the remote backup a service center; E. the remote backup servo center plans an escape route on the escape guide map according to the location of the disaster alert in the monitored area and the location information, and transmits the escape route to the handheld action Device.

Further, in step E, the remote backup servo center transmits the disaster alert and the location information of the handheld mobile device to a rescue unit.

Further, the monitored area is an indoor or outdoor entertainment consumption place or an office place, or a hotel, restaurant, or department store that provides accommodation and catering.

Further, the communication positioning module uses a Zigbee chip, and a Zigbee communication positioning network is formed in the monitored area to cover the monitored area, and the mobile positioning device of the handheld mobile device also uses a Zigbee chip.

Further, in step D, after receiving the escape message, the handheld device controls the handheld mobile device to generate vibration or emit a sound and a light source.

The present invention is also a computer program product for installing the application on the handheld mobile device, thereby performing the aforementioned method of active personal action escape guidance.

The invention has the following effects:

1. The remote backup servo center can accurately grasp the position of the user in the monitored area through the user's handheld mobile device, and can actively notify the user to escape when the disaster occurs, and guide the user to avoid the disaster location and provide The effectiveness of the escape guide, when there are many people, can also be effectively evacuated according to the location of the user.

2. Because the management terminal is in the monitored area, the management terminal and the handheld mobile device communicate through the third-party remote backup servo center, so that when the management terminal is damaged by the disaster due to the location in the monitored area, Escape notifications and guidelines can be provided by the remote backup servo center.

3. The remote backup servo center can transmit the disaster location and personnel location to the rescue unit, and the rescue unit can therefore perform efficient rescue.

In combination with the above technical features, the method of the active personal action escape guide of the present invention and the main functions of the computer program product can be clearly presented in the following embodiments.

Referring to the first figure, this embodiment includes:

A management terminal (1), one or more personal mobile service terminals [for handheld mobile devices (2)] and a remote backup servo center (3) constitute a three-terminal communication system, and the management terminal (1) manages a In the monitoring area, in this embodiment, a restaurant (4) is taken as an example, and each communication positioning module (5) is set in each room of the hotel (4) to form a communication positioning network (6) covering the complete hotel (4). The range, wherein the communication positioning module (5) uses a Zigbee chip to form a Zigbee communication positioning network, because the Zigbee communication positioning network is a jumper type network, and the Zigbee chips can be jumped to each other, any Zigbee wafer damage does not affect the operation of the Zigbee communication positioning network. In addition, the management terminal (1) transmits the escape guide map of the hotel (4) to the remote backup servo center (3) in advance; A mobile positioning communication module (21) is preset on the device (2), and the mobile positioning communication module (21) also uses a Zigbee chip for the subsequent steps, the handheld mobile device (2) can locate the communication through the mobile device The module (21) is connected to the communication positioning module (5). The communication and positioning effect can be generated in the communication positioning network (6). In the second figure, the communication positioning modules (5) form a grid-like communication positioning network in the restaurant (4) (6) The mobile positioning communication module (21) of the handheld mobile device (2) is connected to the communication positioning module (5) which is close to each other, so that the specific communication with the mobile positioning communication module (21) can be performed according to the connection. The positioning module (5) determines the location of the handheld mobile device (2), and pre-installs an application (22) on the handheld mobile device (2), and refers to the third and fourth figures, and the execution includes The following steps:

A. When the user makes a reservation and prepares to check in at the restaurant (4), the user opens the application (22) on the handheld mobile device (2) through the application (22) and the restaurant (4) The management terminal (1) is connected, and the machine code and the mobile communication code exclusive to the handheld mobile device (2) are transmitted to the management terminal (1) of the restaurant (4), and the management terminal (1) receives the user registration. After checking the record and receiving the machine code and mobile communication code of the handheld mobile device (2), confirming that the user is ready to check in, the escape guide map of the hotel (4) is transmitted to the handheld mobile device (2) for The application (22) can open the escape guide map, and the management terminal (1) transmits the machine code and the mobile communication code to the remote backup servo center (3), so that the remote backup servo center (3) A communication channel can be established with the handheld mobile device (2).

B. During the stay of the hotel (4), the application (22) controls the mobile positioning communication module on the handheld mobile device (2) when the user is active in the area of the hotel (4) ( 21) A connection is generated with the communication positioning module (5) in the restaurant (4), so that the position of the handheld mobile device (2) in the restaurant (4) can be located, as shown in the second figure.

C. If the user does not have a sudden situation during the stay of the hotel (4), the application is closed (22) when the user checks out, and the mobile positioning communication module (21) and the aforementioned communication positioning are terminated. The connection between the modules (5) and the communication relationship between the handheld mobile device (2) and the management terminal (1) and the remote backup servo center (3).

If the user sends a disaster warning to a disaster alarm (7) in the hotel (4) during the stay of the hotel (4), the management terminal (1) will locate the disaster warning and the disaster occurrence location. Upload the information to the remote backup servo center (3), and then perform the following steps.

D. After receiving the disaster alert, the remote backup servo center (3) transmits an escape message to the handheld mobile device (2) according to the machine code and the mobile communication code, and the application (22) receives the Escape message, the application (22), after receiving the escape message, controls the handheld mobile device (2) to generate vibration or sound, a light source, proactively notify the user of a disaster, prepare to escape, and the application (22) Controlling the mobile positioning communication module (21) on the handheld mobile device (2) to generate a positioning message in the communication positioning network (6) to confirm the location of the user, as shown in the second figure, and to locate the positioning message Transfer to the remote backup servo center (3).

E. The remote backup servo center (3) determines the location of the disaster in the hotel (4) according to the disaster warning, and learns the location of the user according to the positioning message, thereby planning an escape in the escape guide map. Route and transmit the escape route to the handheld mobile device (2), the application (22) combining the escape route with an escape guide map stored on the handheld mobile device (2) to guide the user to avoid the disaster location And escape, as shown in the fifth figure, and when there are many people, the remote backup servo center (3) can also be efficiently evacuated according to the location of each user, and the remote backup servo center (3) transmitting the disaster warning and the positioning information of the handheld mobile device (2) to a rescue unit (8), so that the rescue unit (8) can go to the rescue in the first time, and can be used according to the location and use of the disaster. The location of the proposed rescue strategy.

The present invention can perform disaster notification and evacuation through a third-party remote backup servo center (3), and can avoid being able to be remotely prepared when the management terminal (1) in the same restaurant (4) is damaged by disasters. The Aid Service Center (3) provides escape notices and guidelines. In addition to the disaster rescue and evacuation in the restaurant (4), the present invention can also be used in other indoor or outdoor entertainment consumption places, office places, restaurants, department stores, and the like.

In view of the foregoing description of the embodiments, the operation and the use of the present invention and the effects of the present invention are fully understood, but the above described embodiments are merely preferred embodiments of the present invention, and the invention may not be limited thereto. Included within the scope of the present invention are the scope of the present invention.

(1). . . Management side

(2). . . Handheld mobile device

(twenty one). . . Mobile positioning communication module

(twenty two). . . application

(3). . . Remote backup servo center

(4). . . restaurant

(5). . . Communication positioning module

(6). . . Communication positioning network

(7). . . Disaster alarm

(8). . . Rescue unit

The first figure is a functional block diagram of the present invention.

The second figure is a schematic diagram of the connection between the mobile positioning communication module and the communication positioning module of the handheld mobile device of the present invention, and the location of the handheld mobile device.

The third figure is a flow chart of the escape of the user when implementing the method of the present invention.

The fourth figure is a rescue flow chart of the third-party remote backup servo center when implementing the method of the present invention.

The fifth figure is a schematic diagram showing the escape guide map and the escape route for the handheld mobile device of the present invention.

no

Claims (10)

An active personal action escape guide method, comprising a management terminal, more than one personal mobile service server and a remote backup servo center to form a three-terminal communication system, the management terminal manages a monitored area, and the monitored area Setting a plurality of communication positioning modules to form a communication positioning network to cover the monitored area, and the management terminal transmits the escape guidance map of the monitored area to the remote backup servo center in advance; the personal mobile service terminal is The handheld mobile device has a mobile positioning communication module preset in the handheld mobile device, and an application is pre-installed, and the following steps are performed:
A. causing the handheld mobile device to execute the application, the application transmitting the machine code and the mobile communication code exclusive to the handheld mobile device to the management terminal, and the management terminal transmits the escape guidance map of the monitored area to the a mobile device for enabling the application to open the escape guide map, and the management terminal transmits the code and the mobile communication code to the remote backup servo center;
B. When the handheld mobile device enters the monitored area, the application controls the mobile positioning communication module on the handheld mobile device to establish a connection with the communication positioning network;
C. When a disaster alarm is issued by the disaster alarm in the monitored area, the management terminal uploads the disaster alarm and the disaster occurrence location information to the remote backup servo center;
D. The remote backup servo center transmits an escape message to the handheld mobile device according to the code and the mobile communication code, and the application controls the mobile positioning communication module on the handheld mobile device to generate in the communication positioning network. a positioning message and transmitting the positioning message to the remote backup servo center;
E. The remote backup servo center plans an escape route on the escape guidance map according to the location of the disaster alert in the monitored area and the location information, and transmits the escape route to the handheld mobile device. In the method of claim 1, the remote backup servo center further transmits the disaster warning and the positioning information of the handheld mobile device to a rescue unit. . The method for applying the active personal action escape guide described in claim 1, wherein the monitored area is an indoor or outdoor entertainment consumption place or an office place, or a restaurant, restaurant or department store providing accommodation and catering. One. The method for applying the active personal action escape guide according to claim 1, wherein the communication positioning module uses a Zigbee chip, and a Zigbee communication positioning network is formed in the monitored area to cover the monitored area, the handheld The Zigbee chip is also used in the mobile positioning mobile communication module. The method for applying the active personal action escape guide according to claim 1, wherein in step D, after receiving the escape message, the handheld device controls the handheld mobile device to generate vibration or sound, and the light source . A computer program product for installing an application in a handheld mobile device, the application enabling the handheld mobile device to perform an active personal action escape guide method, the method being used in an environment including a management terminal, the management The terminal manages a monitored area, and the plurality of communication positioning modules are disposed in the monitored area to form a communication positioning network covering the monitored area, and the management terminal transmits the escape guidance map of the monitored area to a remote end in advance The backup servo center is further configured to set a mobile positioning communication module in advance for the handheld mobile device, and the execution includes the following steps:
A. causing the handheld mobile device to execute the application, the application transmitting the machine code and the mobile communication code exclusive to the handheld mobile device to the management terminal, and the management terminal transmits the escape guidance map of the monitored area to the a mobile device for enabling the application to open the escape guide map, and the management terminal transmits the code and the mobile communication code to the remote backup servo center;
B. When the handheld mobile device enters the monitored area, the application controls the mobile positioning communication module on the handheld mobile device to establish a connection with the communication positioning network;
C. When a disaster alarm is sent by the disaster alarm in the monitored area, the management terminal uploads the disaster alarm to the remote backup servo center;
D. The remote backup servo center transmits an escape message to the handheld mobile device according to the code and the mobile communication code, and the application controls the mobile positioning communication module on the handheld mobile device to generate in the communication positioning network. a positioning message and transmitting the positioning message to the remote backup servo center;
E. The remote backup servo center plans an escape route on the escape guidance map according to the location of the disaster alert in the monitored area and the location information, and transmits the escape route to the handheld mobile device. For example, in the computer program product described in claim 6, in the step E, the remote backup servo center further transmits the disaster alarm and the positioning information of the handheld mobile device to a rescue unit. The computer program product according to claim 6, wherein the monitored area is an indoor or outdoor entertainment consumption place or an office place, or a hotel, a restaurant or a department store providing accommodation and catering. The computer program product according to claim 6, wherein the communication positioning module uses a Zigbee chip, and a Zigbee communication positioning network is formed in the monitored area to cover the monitored area, and the mobile device is positioned for action. The communication module also uses Zigbee chips. For example, in the computer program product of claim 6, in step D, after receiving the escape message, the handheld device controls the handheld mobile device to generate vibration or emit a sound and a light source.