便携式无人机智能作业分析箱

By introducing a high-protection enclosure, isolated ventilation components, and thermally conductive partitions into the UAV operation analysis box, the overheating problem of the UAV operation analysis box under long-term high-load operation is solved, the stability and reliability of the data processing module are achieved, and real-time data analysis and convenient transportation capabilities are provided.

CN224517944UActive Publication Date: 2026-07-17TAICHANG TECH (HANGZHOU) CO LTD

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Utility models(China)
Current Assignee / Owner
TAICHANG TECH (HANGZHOU) CO LTD
Filing Date
2025-06-27
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Existing drone operation analysis kits are prone to overheating, leading to algorithm delays or hardware damage, under prolonged high-load operation. Furthermore, existing infrared inspection data processing workflows consume a significant amount of manpower and time.

Method used

A portable UAV intelligent operation analysis box was designed, which adopts a high-protection box and a detachable panel. Combined with an isolated ventilation component and a thermally conductive partition, the heat dissipation performance is enhanced. The thermally conductive partition and fins accelerate heat diffusion, and the airflow path is optimized by combining ventilation holes and ventilation plates to ensure the stability and reliability of the data processing module under long-term high-load operation.

Benefits of technology

It achieves efficient heat dissipation of the data processing module, avoiding algorithm delays or hardware damage caused by overheating, and provides real-time intelligent criteria and efficient and continuous infrared inspection data analysis, making it convenient for users to carry and transport for extended periods.

✦ Generated by Eureka AI based on patent content.

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Abstract

本实用新型提供了一种便携式无人机智能作业分析箱,属于无人机智能检测设备技术领域。它解决了现有技术长时间高负荷的运行下会产生大量的热,从而导致算法延迟或硬件损坏等技术问题。本便携式无人机智能作业分析箱,包括顶部开口的高防护箱体和设置在高防护箱体上的用于封闭开口的高防护箱盖,所述的防护箱体设有便携式携带组件,所述的高防护箱体上设有位于开口处的可拆卸面板,所述的可拆卸面板上设有至少一个换热孔,在可拆卸面板底部设有数据处理模块,所述的数据处理模块与可拆卸面板之间设有隔离式通风组件,所述的数据处理模块上电连接有供电模块、无线通讯模块。本实用新型具有可持续高效分析数据、高效散热、便于携带和运输等优点。
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Claims

1. A portable unmanned aerial vehicle intelligent operation analysis box, comprising a high-protection box body (2) with a top opening (1) and a high-protection box cover (3) arranged on the high-protection box body (2) and used for closing the opening (1), and a portable carrying assembly (4) is arranged on the high-protection box body (2) and / or the high-protection box cover (3), characterized in that, The high-protection enclosure (2) is provided with a detachable panel (5) located at the opening (1). The detachable panel (5) is provided with at least one heat exchange hole (6). A data processing module (7) is provided at the bottom of the detachable panel (5). An isolation ventilation component (8) is provided between the data processing module (7) and the detachable panel (5). The data processing module (7) is electrically connected to a power supply module (9) and a wireless communication module (10).

2. The portable drone intelligence mission analysis box of claim 1, wherein, The isolation ventilation assembly (8) includes a heat-conducting partition (12) fixed on the data processing module (7). The heat-conducting partition (12) is in close contact with the heat source of the data processing module (7) for heat transfer. An enhanced heat exchange unit (13) is provided on the heat-conducting partition (12).

3. The portable drone smart mission analysis box of claim 2, wherein, The enhanced heat exchange unit (13) includes a number of fins (14) disposed on the top of the thermally conductive partition (12), and the fins (14) are integrated with the thermally conductive partition (12). Alternatively, the enhanced heat exchange unit (13) may include a heat equalization structure disposed within a thermally conductive partition (12).

4. The portable drone smart mission analysis box of claim 2, wherein, The power supply module (9) is located at the bottom of the data processing module (7) and is connected to the detachable panel (5) and / or the data processing module (7) through a ventilation plate (18), and there is a first ventilation gap (19) between the power supply module (9) and the data processing module (7).

5. The portable drone smart mission analysis box of claim 4, wherein, The power supply module (9) includes a rechargeable battery (20), which is fixed to the bottom of the ventilation plate (18). The ventilation plate (18) is fixed to the detachable panel (5) and / or the data processing module (7) by a number of connecting posts (21). The first ventilation gap (19) is between the ventilation plate (18) and the data processing module (7).

6. The portable drone smart mission analysis box of claim 4, wherein, The detachable panel (5) is provided with a spare battery storage shell (23), and at least one spare battery storage cavity (24) is provided inside the spare battery storage shell (23). The spare battery storage openings (25) of several spare battery storage cavities (24) are closed by a magnetic cover structure (26). A spare battery charging connection structure (27) is provided at the bottom of the spare battery storage shell (23). The spare battery charging connection structure (27) is electrically connected to the power supply module (9) through a power conversion module (28).

7. The portable drone smart mission analysis box of claim 6, wherein, The power conversion module (28) is located on one side of the data processing module (7) and fixed on the top of the ventilation plate (18).

8. The portable unmanned aircraft intelligence mission analysis box of any one of claims 1-7, wherein, The wireless communication module (10) includes an antenna unit electrically connected to the data processing module (7), and the detachable panel (5) is provided with a human-computer interaction unit (35) electrically connected to the data processing module (7); the portable carrying component (4) includes an adjustable shoulder strap (36).

9. The portable drone smart mission analysis box of claim 8, wherein, The human-computer interaction unit (35) includes a power self-locking button (39), a power charging port (40), a power indicator light (41), a battery power display screen (42), and an antenna signal light group (43) that are electrically connected to the data processing module (7) on the detachable panel (5). The detachable panel (5) is also provided with a USB interface (44) and a SIM card interface (45) that are electrically connected to the USB port and SIM port of the data processing module (7).

10. The portable drone smart mission analysis box of claim 8, wherein, The adjustable shoulder strap (36) includes a mounting strap (47). The outer wall of the high protective case (2) is provided with several hinge frames (48). The mounting strap (47) is provided with several buckles (49) that can cooperate with the hinge frames (48). One end of the mounting strap (47) is provided with two adjustable shoulder straps (50). The ends of the two adjustable shoulder straps (50) are connected to the mounting strap (47) through a connecting strap (51). The other end of the mounting strap (47) is also provided with a waist fixing strap (52).