CN207909279U - Wisdom electrical gateway - Google Patents

Abstract

The utility model discloses a kind of wisdom electrical gateway, which includes：Main control unit, main control unit are additionally operable to receive the feedback information that wisdom fire-fighting management platform is sent out for receiving the fire-fighting data information exported by fire-fighting real time data acquisition module and the fire-fighting data information being uploaded to wisdom fire-fighting management platform；The acousto-optic warning unit being connected with main control unit, main control unit are used for the start and stop according to the feedback information control acousto-optic warning unit received.Directly acousto-optic warning unit is arranged in wisdom electrical gateway in the application, the fire-fighting data information is analyzed after wisdom fire-fighting management platform receives the fire-fighting data information of main control unit upload, and feedback information is sent out to main control unit according to analysis result, acousto-optic warning unit can be opened when main control unit receives abnormal feedback information, acousto-optic warning unit sends out audible and visible alarm, is timely and effectively rescued so as to the personnel near fire spot of effectively waking up.

Description

Smart Power Gateway

technical field

The utility model belongs to the technical field of fire protection management, and in particular relates to a smart power gateway used in a smart fire management Internet of Things system.

Background technique

Fire is one of the main disasters that threaten public safety and social development. With the development of society and economy, the scale of high-rise buildings in cities is getting larger and larger, and the people in single buildings are becoming denser, especially in college classrooms, The dormitory is densely packed with students and there are insufficient supervisory personnel, so there are serious fire safety hazards. Therefore, the requirements for fire safety are getting higher and higher.

In order to improve the automation and response speed of buildings to deal with fire hazards, fire monitoring systems are gradually applied. For example, the Chinese utility model patent with the patent number CN201620448703.5 discloses a university fire safety management system based on the Internet of Things technology. The university fire safety management system includes a fire safety monitoring management system, a campus fire safety management gateway, fire smoke and temperature Real-time data acquisition terminal system, wireless sensor network and campus network; among them, the smoke and temperature data acquisition terminal is connected with the campus fire safety management gateway through the wireless sensor network network, and the campus fire safety management gateway is connected with the fire safety monitoring through the campus network The management system is connected, the smoke data receiving and display module communicates with the fire safety monitoring and management system through the campus network, the temperature data receiving and display module communicates with the fire safety monitoring and management system through the campus network, and the early warning signal module communicates with the fire safety monitoring and management system through the campus network communication.

The shortcoming of the fire safety management system in colleges and universities is that only the early warning signal module is set to communicate with the fire safety monitoring management system, but there is no early warning signal module at the location of the smoke and temperature data collection terminal, that is, the place where the fire occurs. The early warning and reminder function of the management system is relatively simple. When the control center where the fire safety monitoring management system is located is vacant, it is difficult to respond in time; and it is also difficult to mobilize resources near the fire site for rescue.

Utility model content

The purpose of this application is to provide a smart power gateway for a smart fire management Internet of Things system with a reminder and alarm function.

In order to achieve the above purpose, the application provides the following technical solutions: a smart power gateway, comprising:

Main control unit, the main control unit is used to receive the fire data information output by the fire data real-time acquisition module and upload the fire data information to the smart fire management platform, and the main control unit is also used to receive the smart fire management Feedback information sent by the platform;

An audible and visual alarm unit connected to the main control unit, the main control unit is used to control the start and stop of the audible and visual alarm unit according to the received feedback information.

This application directly sets the sound and light alarm unit in the smart power gateway. When the smart fire management platform receives the fire data information uploaded by the main control unit, it analyzes the fire data information, and sends feedback information to the main control unit according to the analysis results. Feedback The information can be simply divided into two types: "normal" and "abnormal". If the feedback information is "abnormal", the main control unit will turn on the sound and light alarm unit after receiving the feedback information, and the sound and light alarm unit will send out a sound and light alarm. The smart power gateway is set near the monitoring space where the corresponding real-time fire data acquisition module is located, so the sound and light alarm issued by the sound and light alarm unit can effectively warn of a fire in the monitoring space where the corresponding real-time fire data acquisition module is located, and remind The people near the place where the fire broke out shall carry out timely and effective rescue. After the main control unit uploads the fire data information after the fire extinguishing to the smart fire management platform, the smart fire management platform will analyze the fire data information again and send feedback information. If the feedback information at this time is "normal", the main control After the unit receives the feedback information, it will turn off the sound and light alarm unit and release the sound and light alarm.

In the utility model, the smart power gateway further includes a positioning unit connected to the main control unit, and the main control unit is used to receive the positioning information of the positioning unit and upload the positioning information to the intelligent fire protection management platform. The positioning unit can provide the smart fire management platform with the accurate location of the corresponding smart power gateway, which facilitates the quick response of the smart fire management platform.

In the utility model, the smart power gateway further includes a communication protocol adaptation unit connected to the main control unit, and the communication protocol adaptation unit is used to convert the fire data information uploaded by the main control unit It is a format that the smart fire management platform can receive, and is used to convert the feedback information sent by the smart fire management platform into a format that the main control unit can receive.

In the present invention, the smart power gateway further includes a communication unit connected to the communication protocol adaptation unit, and the communication unit communicates with the smart fire management platform through Ethernet or the Internet. Of course, in addition to Ethernet and the Internet, other conventional communication methods can also be selected.

In the present utility model, the smart power gateway further includes an information storage unit connected to the main control unit, and the information storage unit is used to store the fire protection data received by the main control unit from the fire protection data real-time acquisition module information and feedback from the smart fire management platform. The information storage unit is used to record the historical information of fire management that occurred in the corresponding monitoring space, which can be called at any time in the future, so that the frequency of fire occurrence and fire response efficiency in the corresponding monitoring space can be understood, and it is convenient to eliminate fire hazards in time and optimize fire response efficiency.

The utility model also provides a smart fire management Internet of Things system, the smart fire management Internet of Things system includes:

At least one fire-fighting data real-time acquisition module, the fire-fighting data real-time acquisition module is used to collect fire-fighting data information in the corresponding monitoring space;

At least one gateway, the gateway is the smart power gateway for the smart fire management Internet of Things system described in the utility model;

A smart fire management platform, the smart fire management platform is used to receive the fire data information and location information uploaded by the smart power gateway, analyze the fire data information, and report to the smart power gateway according to the analysis results Send feedback.

The smart power gateway and the real-time fire data collection module can be set in one-to-one correspondence, or multiple fire data real-time collection modules can be connected to one gateway.

Preferably, the smart fire management IoT system further includes at least one mobile terminal, and the smart fire management platform is further configured to send the feedback information and positioning information to the mobile terminal. In this way, relevant personnel can keep abreast of the fire status in each monitoring space.

In the present invention, the anti-data real-time acquisition module includes at least one camera, at least one temperature sensor and at least one smoke sensor, and the temperature sensor and smoke sensor are evenly arranged in the monitoring space. Of course, in addition to cameras, temperature sensors and smoke sensors, other devices for monitoring the fire status in the monitoring space can also be set.

As a preference, in the present utility model, the gateway is respectively connected with the camera, the temperature sensor and the smoke sensor through electrical switches. When the camera, temperature sensor or smoke sensor is damaged or short-circuited, the electrical switch will be automatically disconnected to avoid burning the camera, temperature sensor or smoke sensor.

Compared with the prior art, the beneficial effects of the utility model are:

This application directly sets the sound and light alarm unit in the smart power gateway. When the smart fire management platform receives the fire data information uploaded by the main control unit, it analyzes the fire data information, and sends feedback information to the main control unit according to the analysis results. Feedback The information can be simply divided into two types: "normal" and "abnormal". If the feedback information is "abnormal", the main control unit will turn on the sound and light alarm unit after receiving the feedback information, and the sound and light alarm unit will send out a sound and light alarm. The smart power gateway is set near the monitoring space where the corresponding real-time fire data acquisition module is located, so the sound and light alarm issued by the sound and light alarm unit can effectively warn of a fire in the monitoring space where the corresponding real-time fire data acquisition module is located. The people near the place where the fire broke out shall carry out timely and effective rescue.

Description of drawings

Fig. 1 is a schematic structural diagram of a smart fire management Internet of Things system of the present invention.

Detailed ways

The technical solution of the utility model will be described in further detail below in conjunction with the accompanying drawings and specific embodiments.

Example 1

As shown in Figure 1, the present embodiment is a smart fire management Internet of Things system, the smart fire management Internet of Things system includes: at least one fire data real-time acquisition module, at least one smart power gateway, smart fire management platform and at least one mobile terminal .

Wherein, the fire-fighting data real-time acquisition module is set in the corresponding monitoring space, and is used to collect the fire-fighting data information in the corresponding monitoring space. In this embodiment, the fire data real-time acquisition module includes at least one camera, at least one temperature sensor, and at least one smoke sensor, wherein each camera is set at a different position in the monitoring space for capturing image information in the monitoring space; The temperature sensor and the smoke sensor are evenly arranged in the monitoring space, the temperature sensor is used to detect the temperature in the monitoring space, and the smoke sensor is used to detect the smoke concentration in the monitoring space. Of course, in addition to cameras, temperature sensors and smoke sensors, other conventional equipment for monitoring the fire status in the monitoring space can also be set.

In this embodiment, the smart power gateway and the fire-fighting data real-time acquisition module are set in one-to-one correspondence, and each smart power gateway includes a main control unit, and the main control unit is used to receive the fire-fighting data output by the camera, temperature sensor and smoke sensor Information and upload the fire data information to the smart fire management platform.

In this embodiment, the main control unit is connected to the camera, temperature sensor, and smoke sensor through electrical switches. When the camera, temperature sensor, or smoke sensor is damaged or short-circuited, the electrical switch will be automatically disconnected to prevent the camera, temperature sensor, or Smoke sensor burned out.

The communication protocol adaptation unit is connected with the main control unit, and is used to convert the fire data information uploaded by the main control unit into a format that the intelligent fire protection management platform can receive; the communication unit is connected with the communication protocol adaptation unit, and the communication unit can be connected via Ethernet or The Internet communicates with the smart fire management platform, and is used to upload the fire data information converted by the communication protocol adaptation unit to the smart fire management platform. Of course, in addition to Ethernet and Internet, the communication unit can also choose other conventional communication methods to communicate with the smart fire management platform.

The smart power gateway also includes a positioning unit connected to the main control unit. The main control unit is also used to receive the positioning information of the positioning unit and upload the positioning information to the smart fire management platform. The positioning unit can provide corresponding smart power to the smart fire management platform. The accurate location of the gateway is convenient for the smart fire management platform to know the exact location of the fire and respond in a timely and rapid manner.

After receiving the fire data information uploaded by the main control unit, the smart fire management platform analyzes the fire data information, and sends feedback information to the main control unit according to the analysis results. The feedback information can be simply divided into two types: "normal" and "abnormal". kind.

In order to facilitate the smart power gateway to effectively respond to the feedback information sent by the smart fire management platform, the smart power gateway in this embodiment is also provided with an audible and visual alarm unit connected to the main control unit. When the feedback information is "abnormal", the main control unit will turn on the sound and light alarm unit after receiving the feedback information, and the sound and light alarm unit will send out a sound and light alarm. Therefore, the sound and light alarm issued by the sound and light alarm unit can effectively warn that a fire has occurred in the monitoring space where the corresponding fire data real-time acquisition module is located, and remind people near the fire place to carry out timely and effective rescue. After the main control unit uploads the fire data information after the fire extinguishing to the smart fire management platform, the smart fire management platform will analyze the fire data information again and send feedback information. If the feedback information at this time is "normal", the main control After the unit receives the feedback information, it will turn off the sound and light alarm unit and release the sound and light alarm.

When the smart fire protection management platform sends feedback information to the smart power gateway, the smart fire management platform will simultaneously send the feedback information and the location information of the smart power gateway to each mobile terminal, so that relevant personnel can keep abreast of the fire protection in each monitoring space. state. The mobile terminal can be a mobile phone, or other portable devices or wearable devices.

As shown in Figure 1, the smart power gateway of this embodiment also includes an information storage unit connected to the main control unit, and the information storage unit is used to store the fire data information received by the main control unit from the real-time fire data acquisition module and the Feedback information from the smart fire management platform. The information storage unit is used to record the historical information of fire management that occurred in the corresponding monitoring space, which can be called at any time in the future, so that the frequency of fire occurrence and fire response efficiency in the corresponding monitoring space can be understood, and it is convenient to eliminate fire hazards in time and optimize fire response efficiency.

Similarly, the smart fire management platform also has the same information storage function as the smart power gateway.

Claims (9)

1. a kind of wisdom electrical gateway, which is characterized in that including：

Main control unit, the main control unit are used to receive the fire-fighting data information exported by fire-fighting real time data acquisition module simultaneously The fire-fighting data information is uploaded to wisdom fire-fighting management platform, it is flat that the main control unit is additionally operable to reception wisdom fire-fighting management The feedback information that platform is sent out；

The acousto-optic warning unit being connected with the main control unit, the main control unit are used for according to the feedback information control received Make the start and stop of the acousto-optic warning unit.

2. wisdom electrical gateway as described in claim 1, which is characterized in that further include determining with what the main control unit was connected Bit location, the main control unit, which is used to receive the location information of positioning unit and the location information is uploaded to wisdom, to disappear Anti- management platform.

3. wisdom electrical gateway as described in claim 1, which is characterized in that further include be connected with the main control unit it is logical Believe that protocol adaptation unit, the fire-fighting data information that the communication protocol adaptation unit is used to upload the main control unit are converted For the format that wisdom fire-fighting management platform can receive, and the feedback letter for sending out the wisdom fire-fighting management platform Breath is converted to the format that main control unit can receive.

4. wisdom electrical gateway as claimed in claim 3, which is characterized in that further include and the communication protocol adaptation unit Connected communication unit, the communication unit are flat by Ethernet or the internets Internet and the wisdom fire-fighting management Platform communicates.

5. wisdom electrical gateway as described in claim 1, which is characterized in that further include the letter being connected with the main control unit Cease storage unit, the information memory cell is used to store that main control unit to receive comes from fire-fighting real time data acquisition module Fire-fighting data information and feedback information from wisdom fire-fighting management platform.

6. a kind of wisdom fire-fighting manages Internet of things system, which is characterized in that including：

At least one fire-fighting real time data acquisition module, the fire-fighting real time data acquisition module is for acquiring corresponding monitoring space Interior fire-fighting data information；

At least one gateway, the gateway are the wisdom electrical gateway as described in any one of claim 1-5；

Wisdom fire-fighting management platform, the wisdom fire-fighting management platform are disappeared for receiving by what the wisdom electrical gateway uploaded Anti- data information and location information, the fire-fighting data information is analyzed and according to analysis result to the wisdom electricity Power gateway sends out feedback information.

7. wisdom fire-fighting as claimed in claim 6 manages Internet of things system, which is characterized in that further include at least one mobile whole End, the wisdom fire-fighting management platform are additionally operable to for the feedback information and location information to be sent to the mobile end End.

8. wisdom fire-fighting as claimed in claims 6 or 7 manages Internet of things system, which is characterized in that the anti-data are real-time Acquisition module includes at least one camera, at least one temperature sensor and at least one smoke sensor device, the temperature Degree sensor and smoke sensor device are evenly arranged in the monitoring space.

9. wisdom fire-fighting as claimed in claim 8 manages Internet of things system, which is characterized in that the gateway passes through electricity respectively Air cock is connected with camera, temperature sensor, smoke sensor device.