Intelligent defense system

Abstract

This disclosure provides an intelligent defense system comprising: an image module, a processing module, and an alarm module. The image module captures a monitored area and generates a dynamic monitoring image. The processing module continuously receives the dynamic monitoring image and has multiple hazard features and corresponding alarm processing commands for each hazard feature. The processing module analyzes and processes the dynamic monitoring image using image processing technology and continuously compares it with each hazard feature. When the processing module determines that the dynamic monitoring image matches one of the hazard features, it obtains the corresponding alarm processing command based on the matched hazard feature. The alarm module generates an alarm response measure based on the alarm processing command. This system can automatically detect, judge, and respond to potential threats, providing a highly automated and real-time responsive defense effect.

Claims

1. An intelligent defense system, comprising: an image module for capturing images of a monitored area to generate a dynamic monitoring image; and a processing module coupled to the image module, the processing module continuously receiving the dynamic monitoring image, the processing module having a plurality of hazard features and a warning processing command corresponding to each of the hazard features, the hazard features having different levels, and the warning processing commands corresponding to different levels of hazard features being different. In this disclosed embodiment, the hazard features are divided into four levels: low hazard features, medium hazard features, high hazard features, and extremely high hazard features. The warning processing commands are vibration, light, liquid spraying, and communication connection with an external police system. The warning processing command corresponding to the low hazard feature is vibration, the warning processing command corresponding to the medium hazard feature is light, the warning processing command corresponding to the high hazard feature is liquid spraying, and the warning processing command corresponding to the extremely high hazard feature is communication connection with an external police system. The processing module analyzes and processes the dynamic monitoring image using image processing technology and continuously compares it with each of the hazard features. When the processing module determines that the dynamic monitoring image matches one of the hazard features, the processing module obtains the corresponding warning processing instruction based on the matched hazard feature. A warning module is coupled to the processing module and can receive the warning processing instruction transmitted by the processing module. The warning module generates a warning response measure based on the warning processing instruction.

2. The intelligent defense system as described in claim 1, wherein, The warning module has a vibration unit that can generate a vibration response based on the warning processing command.

3. The intelligent defense system as described in claim 2, wherein, The warning module has a lighting unit that can project light as a warning response based on the warning processing command.

4. The intelligent defense system as described in claim 3, wherein, The warning module has a spraying unit that can spray liquid as a warning response measure generated according to the warning handling instruction.

5. The intelligent defense system as described in claim 4, wherein, The warning module has a communication unit that is connected to an external police system. The communication unit can transmit the dynamic monitoring image to the external police system in accordance with the warning response measures generated by the warning processing instruction.

6. The intelligent defense system as described in claim 5 further includes a control application mounted on a terminal device, the processing module being coupled to the terminal device, the control application providing instructions for creating or editing each of the hazard features and corresponding warning processing instructions, and transmitting them to the processing module.

7. The intelligent defense system as described in claim 6, wherein, The control application is coupled to the warning module and the terminal device. The control application provides the vibration frequency for controlling the warning response of the vibration unit and transmits it to the warning module.

8. The intelligent defense system as described in claim 6, wherein, The control application provides control over the brightness and chromaticity of the light unit's warning response measures and transmits this control to the warning module.

9. The intelligent defense system as described in claim 6, wherein, The control application provides control over the liquid spray volume of the spray unit's warning response and transmits this control to the warning module.

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