A Rolling Sealing Insertion Mechanism for Photoelectric Connectors in Exceptional Environment
A technology of optoelectronic connectors and plug-in mechanism, which is applied in the direction of connection, parts and circuits of connecting devices, etc., can solve the problem that the rolling angle of the eccentric wheel cross-track-change rolling sealing technology is difficult to control, and the underwater plugging and unplugging sealing of optoelectronic connectors It is easy to fail, and the penetration key method is prone to failure, etc., to achieve the effect of simple structure, avoiding key failure and easy realization.
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Embodiment A
[0030] The preferred embodiment A of the present invention, a rolling seal plug-in mechanism for photoelectric connectors in extreme environments, will be described below in detail with reference to the accompanying drawings.
[0031] A rolling seal plug-in mechanism for photoelectric connectors in extreme environments. The connector adopting this technology includes a socket (1) and a plug (2). The socket (1) includes a socket socket chamber (3), the socket front side wall (4), and the socket rear wall (5); the plug (2) includes a plug socket chamber (30), a plug front wall (40), Plug rear side wall (50).
[0032]There are several cylindrical cavities (31) at the end of the socket socket chamber (3) close to the plug (2), the cavities (31) are embedded with cylindrical socket sealing columns (7), and the main body of the socket sealing columns (7) Several through holes (75) are evenly distributed perpendicular to the axial direction, and several socket holes (32) are evenly ...
Embodiment B
[0040] The following describes another embodiment B of the present invention in detail in conjunction with accompanying drawings (9) and (10), a rolling seal plug-in mechanism for photoelectric connectors in extreme environments, and the bearings on both sides of the socket sealing column (7) are asymmetrical , there is only the sliding shaft (712) on one side, and the other side is divided into two sections within the same length, the socket sealing post sliding shaft (73) at the end section and the rolling shaft (74) inside. The plug sealing post (70) at the plug end matched with the socket sealing post (7) is a replica of the socket sealing post (7), and only the two ends of the socket sealing post (7) need to be placed upside down to obtain the plug sealing post (70) .
[0041] The socket U-shaped groove (42) section on the socket front side wall (4) is the same as that of embodiment A, but the upper and lower two straight metal surfaces are lengthened, and the correspondi...
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