TWM640878U - Fire notification system including relay unit and fire alarm receiving switchboard - Google Patents

Abstract

A fire notification system including a relay unit and a fire alarm receiving switchboard is suitable for a place with several spaces, and the spaces are divided into several groups. The system includes: several wireless detectors, respectively installed in these spaces, each wireless detector sends an alarm trigger signal when it senses a fire; several relay units, respectively corresponding to these groups, Each relay unit receives the alarm trigger signal from each wireless detector in the corresponding group; a fire alarm receiving switchboard receives the alarm trigger signal from at least one relay unit and generates an alarm message , and transmit the alarm message to the outside; and a mobile device, receiving the alarm message through the network.

Description

Fire notification system including relay unit and fire alarm receiving switchboard

The present invention relates to a fire reporting system, in particular to a fire reporting system including a relay unit and a fire alarm receiving switchboard.

Due to the small size of the general residential fire protection system, there will not be a picture control switchboard that can be connected to the 119 service center network. Therefore, when the alarm device detects a fire and sends out an alarm voice, the resident usually reports the case to the 119 service center by making a phone call, and requests the 119 service center to notify the fire brigade in the jurisdiction to come to rescue the disaster. However, the above-mentioned traditional telephone reporting method used in general residential disasters is a passive and inconvenient reporting method, and the residents who call the report may misreport the address of the house where the fire broke out to the 119 Service Center, thus delaying disaster relief opportunity.

Therefore, the purpose of the present invention is to provide a fire reporting system comprising a relay unit and a fire alarm receiving switchboard.

Therefore, this new model includes the fire notification of the relay unit and the fire alarm receiving switchboard The system is applicable to a place with several spaces, and a fire management manager of the place, wherein these spaces are divided into several groups, and the fire notification system including the relay unit and the fire alarm reception switchboard includes: several The wireless detectors are respectively installed in these spaces, wherein each wireless detector senses whether a fire has occurred in the corresponding space, and when it senses a fire, generates and wirelessly transmits a signal including one of the wireless detectors. The alarm trigger signal of the address; several relay units are respectively set corresponding to the groups, wherein each relay unit can wirelessly receive the alarm trigger from each wireless detector in the corresponding group signal; a fire alarm reception switchboard connected to the relay units by wire, and receives the alarm trigger signal from at least one of the relay units, and generates an alarm message including the address of the place, And transmit the alarm message to the outside; and a mobile device, which is held by the fire management manager, and receives the alarm message from the fire alarm receiving switchboard through the network, and includes an application program for displaying the alarm message .

The effect of the present invention is: (1) divide the many spaces (for example, many floors or many rooms) of the building or apartment into these groups, and then use the relay units corresponding to the groups to wirelessly Receive the alarm trigger signal from the wireless detectors in each group, so the short-distance wireless signal transmission between each relay unit and the corresponding wireless detector is very stable, and then each relay unit uses the wired method to send the alarm The trigger signal is forwarded to the fire alarm switchboard, so the alarm trigger signal sent by the wireless detector can be stably and reliably transmitted to the fire alarm switchboard, especially suitable for Buildings or apartments with many floors; (2) Because the alarm message displayed on the application program of the fire protection manager's mobile device includes correct address information, when the fire protection manager calls the 119 service center to report the incident, there will be no Misreporting the address where the fire broke out will not cause delays in the timing of disaster relief.

2: Wireless detector

21: Wireless communication unit

22: Perception unit

23: Processing unit

24: horn

25: Camera unit

3: Fire alarm receiving switchboard

31: Alarm message

4:Mobile device

41: Wireless communication module

42:Display module

43: Storage module

431: application

432: map

434: fire icon

435: Dialing icon

44: Processing module

45: Input module

51: The first relay unit

511: first receiver

512: The first repeater

513: Horn

52: Second relay unit

521: second receiver

522: second repeater

523: Horn

7: fire

81: horn

82: horn

9: place

91: The first group

92:Second group

A, B, C, D: space

Other features and effects of the present invention will be clearly presented in the implementation manner with reference to the drawings, wherein: Fig. 1 is a block diagram illustrating the first implementation of the present invention's fire reporting system comprising a relay unit and a fire alarm receiving switchboard Example; Fig. 2 is a block diagram illustrating the wireless detector in the first embodiment; Fig. 3 is a schematic diagram of an operation screen illustrating the application program screen of the mobile device in the first embodiment; Fig. 4 is a block diagram The figure illustrates the second embodiment of the new fire reporting system comprising the relay unit and the fire alarm receiving switchboard; and Fig. 5 is a block diagram illustrating the third implementation of the new fire reporting system comprising the relay unit and the fire alarm receiving switchboard example.

Referring to Figures 1 to 3, this new model includes a relay unit and a fire alarm receiving switchboard. The first embodiment of the disaster notification system is applicable to a place 9 with several spaces A, B, C, D... etc., and a fire prevention manager of the place 9. Wherein, the place 9 may refer to an entire apartment building, etc., and the spaces A, B, C, and D refer to several floors of the apartment building, for example, the space A refers to the area on the first floor where a certain resident lives , the space B refers to the area on the second floor where another resident lives, and so on.

In this first embodiment, these spaces A, B, C, D, etc., can be further divided into several groups such as a first group 91 and a second group 92, for example, as shown in the figure 1, the first group 91 represents space A on the first floor and space B on the second floor, and the second group 92 represents space C on the third floor and space D on the fourth floor, and so on. However, it should be pointed out that although FIG. 1 shows that the first group 91 contains several spaces of the space A and the space B, and the second group 92 contains several spaces of the space C and the space D space, but the present model is not limited thereto, but the definition of the so-called "group" in the present model, and it may also be that each group includes only one space, that is, as long as each group in the present model includes at least one Space is all within the scope of protection of the present model.

In the first embodiment, the fire notification system including the relay unit and the fire alarm receiving switchboard includes several wireless detectors 2 , several relay units, and a fire alarm receiving switchboard 3 . Wherein, the relay units can be connected to each other in a wired or wireless manner.

In this first embodiment, the wireless detectors 2 are respectively arranged in the spaces A, B, C, D, etc., wherein each wireless detector 2 is used for sensing Whether a fire occurs in the corresponding spaces A, B, C, D, etc., and when a fire is detected, an alarm trigger signal including an address of the wireless detector 2 is generated and wirelessly transmitted.

In this first embodiment, each wireless detector 2 can be, for example, an addressable photoelectric smoke detector, or an addressable temperature smoke detector, etc., and includes a wireless communication unit 21, a sensing unit 22, and a speaker 24 . A camera unit 25 , and a processing unit 23 electrically connected to the wireless communication unit 21 , the sensing unit 22 , the speaker 24 and the camera unit 25 .

In the first embodiment in FIG. 1, the relay units are a first relay unit 51, a second relay unit 52, etc., and correspond to the first group 91 and the second group respectively. Group 92, wherein the first relay unit 51 can wirelessly receive the alarm trigger signal from any wireless detector 2 in the first group 91, and the second relay unit 52 can wirelessly receive An alarm signal from any wireless detector 2 in the second group 92 is triggered, and so on. In the first embodiment, each wireless detector 2 and the corresponding relay unit use the 433 MHz radio frequency band for wireless communication.

In this first embodiment, since the first relay unit 51, the second relay unit 52, etc. can be linked with each other, when one of the wireless detectors 2 senses a fire, the wireless detector 2 The relay unit corresponding to the detector 2 can transmit the alarm trigger signal to other relay units, so all wireless detectors 2 can The alarm trigger signal plays the corresponding alarm voice. For example, if a fire breaks out in space A, the speaker 24 of the wireless detector 2 installed in the space A can play an alarm voice such as "A fire broke out in this space A", while wireless detection in other spaces A, B, and D The loudspeaker 24 of the device 2 can play an alarm voice such as "fire in other spaces".

In the first embodiment, the first relay unit 51 includes a first receiver 511 and a first repeater 512 electrically connected to the first receiver 511 and wired to the fire alarm reception switchboard 3 . Wherein, the first receiver 511 can wirelessly receive the alarm trigger signal from the wireless detectors 2 in the first group 91, and transmit the alarm trigger signal to the first repeater 512, and then the second A repeater 512 transmits the alarm trigger signal to the fire alarm receiving switchboard 3 by wire.

Similarly, in this first embodiment, the second relay unit 52 includes a second receiver 521, and a second relay electrically connected to the second receiver 521 and wired to the fire alarm receiving switchboard 3 device 522. Wherein, the second receiver 521 can wirelessly receive the alarm trigger signal from the wireless detectors 2 in the second group 92, and transmit the alarm trigger signal to the second repeater 522, and then the first The second repeater 522 transmits the alarm trigger signal to the fire alarm receiving switchboard 3 by wire.

In this first embodiment, the fire alarm receiving switchboard 3 is wired connected to the first repeater 512, the second repeater 522 and other repeaters, and receives the transmission from at least one of the repeaters. The alarm trigger signal, and accordingly generate an alarm message including the address of the place 9, and send the alarm message 31 outward.

As shown in Figures 1 and 3, the mobile device 4 is held by the fire management manager, and receives the alarm message 31 from the fire alarm receiving switchboard 3 through the network, and includes an application for displaying the alarm message 31 Program (APP)431. In this first embodiment, the mobile device 4 can be, for example, a smart phone, etc., and includes a wireless communication module 41, a display module 42, a storage module 43 for storing the application program 431, an input A module 45 and a processing module 44 electrically connected to the wireless communication module 41 , the display module 42 , the storage module 43 and the input module 45 .

In this first embodiment, the application program 431 is mainly used to display the alarm message 31 of the address including the place 9. For example, if the address is "XX No. XX Road, Kaohsiung City", as shown in FIG. 3, The main content of the alarm message 31 may be, for example, "a fire broke out at No. XX, XX Road, Kaohsiung City".

In addition, the application program 431 is provided with a call icon 435. When the fire management manager clicks on the call icon 435, the mobile device 4 will automatically dial 119 to report to the fire service center, and then the fire manager can call The address in the alarm message 31 displayed on the application program 431 is notified to the fire service center, so there will be no misreporting of the address of the fire 7, and there will be no delay in disaster relief.

In addition, in the first embodiment, in the process of building the new model, the different addresses of the wireless detectors 2 can be set to be associated with the spaces A, B, C, and D respectively, so the The alert message 31 displayed by the application program 431 may also include, for each The space identification code of the space where the fire 7 has occurred, for example, "fire occurred in space A", "fire occurred in space B".

In addition, the application program 431 can also display a map 432 including the address where the fire 7 has occurred, wherein, as shown in FIG. Figure 434. Therefore, in the event that the fire management person is the owner who owns or manages multiple premises 9, and a fire 7 occurs in one of these premises 9, even if the owner is far away from the place 9 where the fire occurred 7, the owner can still By using the map 432 on the application program 431, the geographic location of the place 9 where the fire 7 broke out can be known quickly and remotely.

Furthermore, in this first embodiment, since the camera units 25 of the wireless detectors 2 can be used to shoot real-time images of spaces A, B, C, and D respectively, when the space A and the space When a fire breaks out in B, the fire prevention administrator can directly click on the message text "Fire in Space A" to convert the display screen of the application program 431 into a real-time image of the space A (not shown), or click on the message text "Space B Fire" to convert the display screen of the application program 431 into a real-time image of the space B (not shown).

Referring to Fig. 4, the difference between the second embodiment of the present invention and the above-mentioned first embodiment is that, in the second embodiment, each relay unit further includes a horn, such as the first relay The unit 51 further includes a speaker 513 , and the second relay unit 52 further includes a speaker 523 . Because the first relay unit 51, the second relay unit 52, etc. can be wired or wirelessly linked to each other, so when one of the relay units receives When receiving an alarm trigger signal from the wireless detector 2, the relay unit can transmit the alarm trigger signal to other relay units, and all relay units can play corresponding alarm voices according to the alarm trigger signal, for example If a fire breaks out in space A, in addition to the corresponding alarm voice being played by the speaker 513 installed in the first relay unit 51, the speaker 523 installed in the second relay unit 52 will also be linked and played Corresponding alarm voice.

Referring to Fig. 5, the difference between the third embodiment of the present invention and the above-mentioned second embodiment is that, in the third embodiment, a speaker 81 is set independently and wired or wirelessly connected to the first relay unit 51, and a speaker 82 is provided independently and connected to the second relay unit 52 by wire or wirelessly. Therefore, when one of the relay units receives the alarm trigger signal from the wireless detector 2, the relay unit can transmit the alarm trigger signal to other relay units, and each relay unit can The alarm trigger signal triggers the corresponding speaker to play the corresponding alarm voice. For example, if a fire breaks out in space A, the speaker connected to the second relay unit 52 by wire or wirelessly will not play the corresponding alarm voice except the speaker 81. 82 will also be linked to play the corresponding alarm voice.

In summary, the present invention at least has the following advantages and effects: (1) first divide the many spaces A, B, C, and D (such as referring to many floors or many rooms) of the building or apartment into the first group 91 and the first group 91; Two groups 92, etc., then use the first relay unit 51, the second relay unit 52, etc. corresponding to each group to wirelessly receive the data in each group nearby The alarm trigger signal from the wireless detector 2, so the short-distance wireless signal transmission between the first relay unit 51, the second relay unit 52 and the corresponding wireless detector 2 is very stable, Then the relay units such as the first relay unit 51 and the second relay unit 52 transmit the alarm trigger signal to the fire alarm receiving switchboard 3 in a wired manner, so that the alarm trigger signal sent by the wireless detector 2 can be stabilized. And reliably transmitted to the fire alarm receiving switchboard 3, especially suitable for buildings or apartments with many floors; (2) Because the alarm message 31 presented on the application program 431 of the fire management manager's mobile device 4 includes correct address information Therefore, when the fire management manager calls the 119 service center to report the case, there will be no misreporting of the address where the fire broke out 7, and there will be no delay in disaster relief; (3) the alarm displayed by the application program 431 The message 31 can also include the space identification code of each space where the fire 7 has taken place, so that the fire prevention supervisor can obtain the fire scene information of the dangerous space; (4) the map 432 displayed by the application program 431 allows the fire prevention supervisor to Even if it is far away from the place 9 where the fire broke out 7, the geographical location of the place 9 where the fire broke out 7 can be known remotely; (5) the fire management manager can operate the application program 431 to display the real-time image of the fire place in real time, so that It is more clear about the disaster situation at the fire 7 scene; (6) because all the relay units of the place 9 are interlinked with each other, so as long as one of the wireless detectors 2 detects the fire 7, all the speakers (for example, the speakers in Figure 2 24. The speakers 513, 523 in Figure 4, or the speakers 81, 82 in Figure 5) will play alarm voices, so that all personnel in the place 9 can learn the fire alarm message at the first time, so as to take necessary measures, such as escaping quickly or Assist fire fighting etc.; So really can reach the purpose of this novelty.

But the above-mentioned person is only the embodiment of the present invention, and should not limit the scope of implementation of the present invention with this, and all simple equivalent changes and modifications made according to the patent scope of the present application and the content of the patent specification are still within the scope of the present invention. Within the scope covered by this patent.

2: Wireless detector

3: Fire alarm receiving switchboard

31: Alarm message

4:Mobile device

41: Wireless communication module

42:Display module

43: Storage module

431: application

44: Processing module

45: Input module

51: The first relay unit

511: first receiver

512: The first repeater

52: Second relay unit

521: second receiver

522: second repeater

7: fire

9: place

91: The first group

92:Second group

A, B, C, D: space

Claims (12)

A fire notification system including a relay unit and a fire alarm receiving switchboard, suitable for a place with several spaces, and a fire management person in the place, wherein the spaces are divided into several groups, and the relay unit is included The fire notification system of the fire alarm receiving switchboard includes: Several wireless detectors are respectively installed in these spaces, wherein each wireless detector senses whether a fire occurs in the corresponding space, and when it senses a fire, generates and wirelessly transmits a message including the wireless detector an alarm trigger signal for one of the addresses; Several relay units are set corresponding to the groups respectively, wherein each relay unit can wirelessly receive the alarm trigger signal from each wireless detector in the corresponding group; A fire alarm reception switchboard, connected by wires to the relay units, receives the alarm trigger signal from at least one of the relay units, and generates an alarm message including the address of the place accordingly, and sends the alert message is transmitted outwards; and A mobile device is held by the fire management manager, and receives the alarm message from the fire alarm receiving switchboard through the network, and includes an application program for displaying the alarm message. The fire reporting system comprising a relay unit and a fire alarm receiving switchboard as described in claim 1, wherein the wireless detector is an addressable photoelectric smoke detector. The fire notification system comprising a relay unit and a fire alarm receiving switchboard as described in claim 1, wherein the wireless detector is an address-fixed temperature detector. The fire notification system comprising a relay unit and a fire alarm receiving switchboard as described in claim 1, wherein, the wireless detector and the corresponding relay unit use 433 MHz radio frequency band for wireless communication. The fire notification system comprising a relay unit and a fire alarm receiving switchboard as described in Claim 1, wherein the alarm message further includes a space identification code of at least one space where a fire has occurred in the address. The fire reporting system comprising a relay unit and a fire alarm receiving switchboard as described in claim 1, wherein the application program of the mobile device further displays a map including the address where a fire has occurred. The fire reporting system comprising a relay unit and a fire alarm receiving switchboard as described in claim 1, wherein, the application program of the mobile device is provided with a dialing icon, and when the fire management manager clicks on the dialing icon, the The mobile device automatically dials the 119 report number to a fire service center, and then the fire management manager can inform the fire service center of the address displayed in the alarm message on the application program. The fire notification system comprising a relay unit and a fire alarm receiving switchboard as described in Claim 1, wherein each wireless detector can also take a real-time image of the space where the wireless detector is installed and send it to the mobile device displayed on the app. The fire notification system comprising a relay unit and a fire alarm receiving switchboard as described in claim 1, wherein each relay unit includes a receiver, and a relay electrically connected to the receiver and wired to the fire alarm receiving switchboard The receiver wirelessly receives the alarm trigger signal from each wireless detector in the corresponding group, and transmits the alarm trigger signal to the repeater, and then the repeater wires the alarm trigger signal Send it to the fire alarm receiving switchboard. The fire reporting system comprising a relay unit and a fire alarm receiving switchboard as described in Claim 1, wherein the relay units can be linked with each other, and when one of the wireless detectors senses a fire, the wireless The relay unit corresponding to the detector can transmit the alarm trigger signal to other relay units, so all wireless detectors can play the corresponding alarm voice according to the alarm trigger signal. The fire reporting system comprising a relay unit and a fire alarm receiving switchboard as described in claim 1, wherein the relay units can be linked with each other, when one of the relay units receives an alarm from a wireless detector When a signal is triggered, the relay unit can transmit the alarm trigger signal to other relay units, and all relay units can play corresponding alarm voices according to the alarm trigger signal. The fire notification system including the relay unit and the fire alarm receiving switchboard as described in claim 1 also includes several speakers connected to the relay units by wire or wirelessly, wherein the relay units can communicate with each other Linkage, when one of the relay units receives the alarm trigger signal from the wireless detector, the relay unit can transmit the alarm trigger signal to other relay units, and each relay unit can The trigger signal triggers the corresponding speaker to play the corresponding alarm voice.

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