A diving bell system

Abstract

The invention discloses a diving clock system which comprises a clock body unit, a hanging bracket unit, a pressure reduction unit, a main cable unit, a cable guide unit and an umbilical cord unit. The clock body unit is connected with the pressure reduction unit through a locking device, the hanging bracket unit is connected with the clock body unit, the hanging bracket unit is connected with a driving device, the driving device is used for driving the hanging bracket unit to rotate to separate the clock body unit from the pressure reduction unit, and the hanging bracket unit drives the clockbody unit to move underwater. The main cable unit, the cable guide unit and the umbilical cord unit are connected with the clock body unit. The main cable unit, the cable guide unit and the umbilicalcord unit dive into water along with the clock body unit. The main cable unit and the cable guide unit are used for pulling the clock body unit in the diving process, and the umbilical cord unit is used for supplying resources to the clock body unit and providing communication signals. The diving clock system is convenient to maintain, the three-dimensional space can be used to a greater extent,the product size is reduced to a greater extent, the operation efficiency is ensured, the time cost is saved, the product use frequency is improved, and the safety performance is reliable.

Description

technical field [0001] The invention relates to a diving bell system, which belongs to the technical field of diving equipment. Background technique [0002] In the new century, with the depletion of land resources, countries all over the world pay more and more attention to the ocean. The deep seabed contains extremely rich biological resources and mineral resources, which are important replacement resources for human beings. As the mainstream diving operation method in long-term and large-depth diving operations, saturation diving is an important supporting means for deep-sea resource mining, marine engineering operations, and rescue and rescue work. If conventional methods are used for diving operations, when the depth of the diving operation reaches or exceeds 120 meters and the operation time reaches or exceeds 1 hour, the diver's decompression time in the water will be as long as 612 minutes, which greatly reduces the effective operation time of the diving operation. ...

AI Technical Summary

Problems solved by technology

For the diving system fixed on the mother ship, it not only takes up a lot of space on the working mother ship, but also is not flexible enough to operate, and loses the characteristics of maneuverability, resulting in low efficiency, long-term idle, and prone to failure. Spend a lot of money and manpower for maintenance and debugging

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