Connection detecting mechanism of optical connector plug
An optical connection detecting device has in a front face thereof a light emission display portion for detecting an optical connection, and in both front and rear ends of a lower face thereof a switch lever for detecting the optical connection. In an optical adapter, ferrule leading end portions of optical connector plugs inserted from fitting portions in both ends are butt jointed, leading ends of the switch levers in both front and rear ends of the optical connection detecting device are faced to notch concave portions which are formed in upper wall sides of opening ends of both the fitting portions of the optical adapter. When the optical connector plug is fully inserted into the fitting portion of the optical adapter instead of being in a half-inserted state, the switch lever is pushed up and the light emission display portion is displayed with an on-state lighting color.
1. An optical adapter panel, comprising:
a plurality of connection detecting devices each having a front face and a lower face, a light emission display portion provided in the front face for detecting connection and at least one switch lever provided in the lower face for detecting connection; and
a plurality of optical adapters each having opposing ends each having a fitting portion adapted to receive an optical connector plug so that optical axes of two received optical connector plugs coincide with each other, and leading end portions of the two received optical connector plugs meet in a butt joint,
wherein the plurality of optical adapters are arranged and mounted side by side, and the plurality of connection detecting devices are provided in an attaching recess such that each of the connection detecting devices is arranged at an upper side of a corresponding one of the optical adapters, such that the at least one switch lever of each connection detecting device extends from the lower face of the connection detecting device through a notch formed in an upper wall side of an opening end of one of said fitting portions of a corresponding optical adapter;
wherein for each connection detecting device, downward projections are provided in both front and rear ends of the lower face of the connection detecting device, and in each optical adapter hole portions are provided in upper wall sides of opening ends in both the fitting portions of the optical adapter, the projections and the hole portions being formed in such a manner as to position the optical adapter in relation to the connection detecting device by moving downward the connection detecting device in relation to the optical adapter panel in a state in which the connection detecting device is locked by the screw attaching flange portion, and fitting the projections to the hole portions.
2. The optical adapter panel according to claim 1 , wherein for each connection detecting device, horizontal guide keys are provided in both right and left side faces of the connection detecting device, a screw attaching flange portion for fixing to the optical adapter panel is provided at a position which is away from the guide keys, and guide grooves for inserting the guide keys from a forward side of the optical adapter panel are formed at opposing positions of right and left inner edges in the attaching recess of the optical adapter panel.