A square cabin platform based on optical fiber bus distribution

Abstract

The invention provides a square cabin platform based on optical fiber bus distribution. The square cabin platform comprises a cabin body and wall plates forming the cabin body in a surrounding manner. The wall plates include a front wall plate, a rear wall plate, a left wall plate and a right wall plate. Cabinets are arranged in the cabin body and are internally provided with signal bus apparatuses. The inner walls of the rear wall plate, the left wall plate and the right wall plate close to the cabinet side are provided with first wiring grooves. Signal buses are laid in the first wiring grooves. The first wiring grooves of the left wall plate and the right wall plate are internally provided with panel bus interfaces connected with the signal buses. The signal buses are led out via the signal bus apparatuses. The signal buses are optical fiber buses. Full-optical fiber bus wiring is adopted, so that the electromagnetic compatibility of task systems is improved, the number of types of signal cables and the number of signal cables for using are reduced, communication command platforms are lightened, and further the developing, manufacturing, using and maintaining costs are reduced.

Description

technical field [0001] The invention relates to a shelter, in particular to a shelter platform based on optical fiber bus distribution. Background technique [0002] As a necessary mobile carrier for military informatization, communication vehicles have been developed more and more in recent years to meet the needs of the military. The square cabin is a kind of communication vehicle. The army can carry out corresponding structural design in the shelter according to different needs, and install related equipment to make the shelter have relevant functions. [0003] At present, with the improvement of the function and performance requirements of the vehicle communication system, the system integration and complexity are gradually increasing, and there is a need for temporary adjustment during use. The space in the compartment is limited, and the traditional overall cabinet and one-time fixing method do not have a high space utilization rate and are not easy to adjust; the typ...

AI Technical Summary

Problems solved by technology

[0003] At present, with the improvement of the function and performance requirements of the vehicle communication system, the integration and complexity of the system are gradually increasing, and there is a need for temporary adjustment during use

The space in the compartment is limited, and the traditional overall cabinet and one-time fixing method do not have a high space utilization rate and are not easy to adjust; the types and quantities of internal equipment for different mission systems have increased, and there are many types of equipment interfaces and complicated connection relationships. The use of cable wiring requires many types of cables, a large amount of cables, complex production, high cost, poor electromagnetic compatibility, and is not conducive to the lightweight of the communication command platform

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