Full-ocean-depth compound probe vehicle and method of using same

Abstract

The invention relates to the technical field of all-sea-depth detection equipment and in particular to a full-ocean-depth compound probe vehicle and a method of using the same. The probe vehicle comprises a probe vehicle body and an accompanying robot between which a mechanical stopping component and an electromagnetic stopping component are arranged. The mechanical stopping component includes a falling positioning pin, a connecting block on the accompanying robot, and a connecting seat on the probe vehicle body. The falling positioning pin includes a positioning buckle and a spring-sleeved positioning spindle. The connecting block and the connecting seat are connected through the positioning spindle. The positioning spindle is stopped by the positioning buckle and compresses the spring. The positioning buckle is pulled by a pulling rope. The electromagnetic stopping component comprises a load rejection ballast iron, a stopping electromagnet on the probe vehicle body, and a load rejection electromagnet on the accompanying robot. The stopping electromagnet and the load rejection electromagnet are adsorbed to both sides of the load rejection ballast iron. The full-ocean-depth compound probe vehicle reduces the cost and improves the efficiency. The new full-ocean-depth probe mode having multiple functions also realizes the clustered scientific research operation in the true sense.

Description

technical field [0001] The invention relates to the technical field of full-sea depth detection equipment, in particular to a full-sea depth composite detection vehicle and a method for using the same. Background technique [0002] With the continuous advancement of science and technology, the investment cost of scientific and technological research and development is also getting higher and higher. A very important goal of research and development in many scientific research fields is how to reduce costs and improve efficiency. For example, in the field of rockets, "a The new launch mode of "multiple arrows and multiple satellites" has gradually replaced the traditional "one arrow, one satellite" mode. This method makes full use of the rocket's carrying capacity, reduces the cost of satellite launches, and realizes the goal of clustered and coordinated operations in space. Improve the efficiency of space development and utilization. [0003] For the technical field of deep...

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Problems solved by technology

[0003] For the technical field of deep-sea exploration equipment, researchers from various countries have continuously developed new deep-sea detection equipment, such as manned submersibles, unmanned submersibles, and deep-sea landers. Overcoming the problems of full-sea deep pressure and full-sea deep communication has also led to a huge investment in the research and development of these full-sea deep detection equipment. However, at present, all kinds of full-sea deep detection equipment at home and abroad are basically a single-type launch operation inspection method, lacking clusters. The research on collaborative scientific expeditions has led to high research and development costs, low work efficiency, and insufficiently systematic scientific research content for the current deep-sea scientific expeditions.

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