Development of Small Air-ship for Low Height Remote-sensing

低空遥感小型飞艇的研制

• 批准号: 63890016
• 负责人: KAWASAKI Kouzo
• 金额: $ 2.11万
• 依托单位: YATUSHIRO NATIONAL COLLEGE OF TECHNOLOGY
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Developmental Scientific Research
• 财政年份: 1989
• 资助国家: 日本
• 起止时间: 1989 至 无数据
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-63890016/
• 关键词: Remote-sensing; Low height; Small balloon; Small air ship; TV-camera; Matching; Stereo photogrammetry; Exterior orientation parameter; リモートセンシング; カイトバルーン

The small balloon and small air ship were designed for low height remote-sensing platforms.Both platforms were made newly for low height remote-sensing on condition that net of He-gas was within 7m^3.The platforms were experiment in practical use and below results were obtained. 1) Small sir ship had hard problems about engine. because there was not engine which is light enough to load on the small air ship. Small balloon had good stability at practical use was good platform for low height remote-sensing. This small balloon could be loaded sensors which had total weight within 1.5(kgf). 2) It was need to recognize the remote-sensing point and height, incline of sensor at real time. The equipment (TV-camera,angle sensor,etc) for the recognition were made lightly within 1.5(kgf) weight to load on the small balloon. This equipment was light enough to load on small balloon. The system has no problem on practical use. 3) A equipment which moved the sensor to remote-sensing place freely was made lightly to load on the small balloon. The equipment had no problems in practical use. By these, every place could be sensed on free time, at low cost.The system of low height remote-sensing which was used the small balloon was set up.

小气球和小飞艇是为低高度遥感平台而设计的，这两个平台都是在氦气净值在7m^3以内的情况下新制作的低高度遥感平台。平台在实际使用中进行了实验，取得了以下结果。1)小先生船的发动机出了问题。因为没有足够轻的发动机装载到小型气垫船上。小气球在实际使用中具有良好的稳定性，是低高度遥感的良好平台。这个小气球可以装载总重在1.5(Kgf)以内的传感器。2)需要实时识别遥感点和传感器的高度、倾角。用于识别的设备(电视摄像机、角度传感器等)在1.5(KGF)重量内轻装在小气球上。这个设备很轻，可以装在小气球上。该系统在实际使用中没有问题。3)将传感器自由移动到遥感处的装置被轻便地加载到小气球上。该设备在实际使用中没有出现任何问题。建立了以小气球为载体的低空遥感系统。