Electrified bulletproof helmet

Abstract

The invention relates to an electrified bulletproof helmet. The electrified bulletproof helmet comprises a helmet body and also comprises at least two clamping seats which are fixed on the helmet body; the lower portions of the clamping seats are provided with electric sockets; the electric sockets of the clamping seats are connected with each other through leads; the leads are located inside the helmet body; the electrified bulletproof helmet also comprises module bases which are matched with the clamping seats in an insertion connection mode; the lower portions of the module bases are provided with electric plugs which are matched with the sockets. According to the electrified bulletproof helmet, multiple functional modules can be conveniently and firmly mounted on the helmet and the electric connection between the modules can be achieved without open wires which are arranged outside the helmet.

Description

technical field [0001] The invention relates to a helmet structure, in particular to a military / police bulletproof helmet structure. Background technique [0002] The helmets of the current military / police digital individual equipment usually need to be equipped with some external equipment, such as night vision devices, communication equipment, positioning equipment and other functional modules. Each functional module is mainly buckled and hung on the helmet through mechanical connection. superior. With the development of digital individual equipment, the helmet part will become more complex, and the number of functional modules will continue to increase. Functional modules need to be mechanically fixed to the helmet body, and electrical connections between functional modules are also required. Currently, there are three main ways to hang equipment on the helmet: (1) use a universal hanger to hang on the helmet; (2) open holes on the helmet to fix the equipment on the helm...

AI Technical Summary

Problems solved by technology

[0003] In the above solution (1), the electrical connection between the functional modules needs to be carried out on the outside of the helmet, which not only affects the appearance of the helmet, but also the fixing reliability of the modules is poor; the solution (2) requires a large area of ​​destructive modification on the helmet, The structural strength of the helmet and the available space of the module are poor, especially not suitable for the situation where the module needs to dissipate heat, and it is inconvenient to replace the module in this way; the structural strength and expandability of the module installation in solution (3) are good, but it cannot At the same time, the electrical connection and mechanical connection between the modules are realized. If electrical connection is required, open wires need to be routed outside the helmet, which will affect the reliability of the electrical connection.

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