Frame device for mounting fixed sonar on observation-level remote operational vehicle (ROV)

Abstract

The invention discloses a frame device for mounting fixed sonar on an observation-level remote operational vehicle (ROV). The frame device comprises side frames, side plates, a bottom plate, a connecting rod and a connecting beam. The side frames each comprise two same outer frames which are vertically arranged on the two sides of the frame device correspondingly and are each in a hollowed-out round corner rectangular flat plate shape. The side plates each comprise two same rectangular flat plates which are vertically arranged between the two side frames. The bottom plate is a rectangular flatplate which is horizontally arranged between the two side plates. The connecting rod comprises two cylindrical rods which are horizontally arranged between the two side frames. The connecting beam comprises four flat-square-rod-shaped cross beams which are horizontally arranged between the two side frames. The connecting rod and the connecting beam are made of metal rods, and the side frames, theside plates and the bottom plate are made of hard plastic plates. The frame device for mounting the fixed sonar on the observation-level ROV has the characteristics that attractiveness is achieved, the structural design is simple, the plastic weight is low, all connection is conducted through screws, and machining, assembling, disassembling and transporting are all convenient.

Description

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AI Technical Summary

Benefits of technology

This patented technology describes an improved device for handling small objects called rovers used during underwater operations or other applications such as exploration work on oil platforms. These devices are designed with specific features that make them look good at both sides but they still have some issues when connected together due to their asymmetry between top-to-bottom and rearward balancing.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving remote operated vehicles like remotely controlled drones (RVD) without having issues associated with their traditional design capabilities due to limitations in maneuverable movements and lack of communication between humans and machines during use.

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