T/HZTA 001-2024 The technical specification for the use of agricultural drones to control pests and diseases in tea plants
T/HZTA 001-2024 The technical specification for the use of agricultural drones to control pests and diseases in tea plants
Basic Information
Scope
Scope: This standard specifies the terms and definitions, target objects and operation periods, basic conditions, and methods of operation, as well as records and archives for the use of agricultural drones in controlling tea tree pests and diseases. This standard applies to the use of agricultural drones for controlling tea tree pests and diseases. Main technical content: 3. Terms and definitions: The following terms and definitions apply to this document. RTK (Real-Time Kinematic) is a high-precision positioning technology in which the user device receives carrier phase data collected by a reference station and calculates coordinates through differential processing, achieving real-time centimeter-level positioning accuracy. Simulated ground flight refers to the process in which agricultural drones maintain a constant height difference with the crop canopy during operation by using radar altitude control. This function enables drones to adapt to different terrain and achieve better pest control and disease prevention effects. 4. Target objects and operation periods: - Target objects: Major pests and diseases occurring in the tea tree canopy, such as tea leafhopper, tea caterpillar, gray tea caterpillar, tea orange mite, and tea anthracnose. Control indicators are listed in Appendix A. - Operation periods: - Tea leafhopper: Early in the Meiyu and Autumn rains. - Tea orange mite and tea anthracnose: Before the Meiyu and Autumn rains. - Tea caterpillar and gray tea caterpillar: May to August. 5. Basic operation conditions: - Meteorological conditions: Maximum wind speed ≤ 3 m/s, horizontal visibility ≥ 5 km, and temperature ≤ 35°C. Operations should be stopped if precipitation is expected within 4 hours after completion. - Site conditions: The operation area should have suitable takeoff and landing points for drones and open visibility, in accordance with DB33/T 2415. - Requirements for agricultural drones: They must meet the quality,