Based on the latest industry practices, the broadcasting system in scenic spots and parks needs to meet diversified needs such as background music playback, emergency evacuation, and tourist services. Combining IP network technology and intelligent management requirements, the following is a comprehensive solution:
Adopt a three-level networking architecture of the head control center (scenic area management office) - sub-control centers (theme parks) - terminals (speakers/sound columns), and realize centralized management of audio and video data based on the TCP/IP protocol. Deploy waterproof sound columns, simulated lawn speakers, and IP help terminals at the front end to cover areas such as main roads, scenic spots, and parking lots.
Integrate functions such as broadcasting and intercom, fire linkage, and video monitoring, and support linkage with the scenic area security system (such as access control and passenger flow monitoring). It is recommended to use Hikvision's integrated broadcasting machine, which has a built-in intelligent broadcasting platform to achieve timed broadcasting and remote control.
Background Music: Automatically play different styles of music according to time periods (for example, play light music in the morning exercise area and insert promotional information in areas with a high concentration of tourists).
Zoned Broadcasting: Independently control different scenic spots/function areas and support differentiated playback of guide information (for example, play historical commentaries in ancient architecture areas and safety tips in amusement areas).
Emergency Broadcasting: Link with the fire system. In case of a fire, automatically interrupt the background music and play evacuation guides.
Electronic Guide: Tourists can trigger the commentary of scenic spots by scanning codes or touching the screen at the terminal, and support multi-language switching.
One-button Help: When tourists press the button on the IP help terminal, the duty room can locate and link the monitoring screen for real-time communication.
AI Voice Synthesis: Automatically generate multi-language broadcasting content (such as weather forecasts and event notifications) to reduce labor costs.
Automatic Noise Adjustment: Dynamically adjust the broadcasting volume according to environmental noise to avoid disturbing tourists.
Passenger Flow Monitoring Linkage: Automatically play evacuation broadcasts during peak hours to guide tourists to disperse.
Encrypt data transmission, support power-off continuation and redundant backup to ensure system stability.
Use industrial-grade waterproof sound columns (IP65 protection level) to adapt to complex outdoor environments.
Modular design allows for the addition of terminals or functional modules (such as face recognition loudspeakers) as needed.
Compatible with mainstream brand devices, and support the access of GPS positioning and GIS geographic information.
Remote Monitoring: Monitor the device status in real time through the cloud platform, and support self-diagnosis of faults and remote troubleshooting.
Automated Timed Tasks: Preset broadcasting plans for holidays to reduce manual intervention.
Daily Operation: Timely play the theme song of the scenic spot to create an immersive experience.
Emergency Response: Automatically trigger evacuation broadcasts during heavy rain and guide tourists to safe areas.
Tourist Services: Play children's songs in the children's area and push preferential information in the catering area.
Cultural Display: Continuously play audio of historical anecdotes in ancient architecture areas to enhance the depth of the tour.
Compliance: Comply with the "Technical Specification for Public Broadcasting Systems" (GB 50526 - 2010) and meet the requirements of fire linkage.
Cost Optimization: Old scenic spots can reuse audio decoding terminals, and new scenic spots can adopt a full networked solution to reduce wiring costs.
Experience Improvement: Precise push and intelligent interaction significantly improve tourist satisfaction and the revisit rate.
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Requirement analysis → System design → Device deployment → Joint debugging and testing → Training and operation and maintenance.
Every sound stands the test
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