Optical fiber connector bypass device

Claim 2

An optical bypass connector comprising: directly engageable female and male connector members, each of which comprises at least first and second waveguides, wherein the first and second waveguides of the second connector member are spaced apart congruently with respect to the first and second waveguides of the first connector member so that the respective waveguides of the first and second connector members engage optically when the first and second connector members are engaged; and an optical bypass device having an optical waveguiding region configured to direct optical signals received from the first waveguide of the male connector member to the second waveguide of the male connector member, wherein the optical bypass connector has two states, a bar state in which the bypass device is in a first position wherein the bypass device engages an optical signal received from the first waveguide of the male connector and directs it to the second waveguide of the male connector, and a cross state in which the bypass device is in a second position wherein the bypass device does not engage the optical signal such that the optical signal passes from the first waveguide of the male member to the first waveguide of the female member.

Claim 3

The optical bypass connector of claim 1 further comprising an actuating device which cooperates with the optical bypass device to place the bypass connector in the bar state when the cross state cannot be maintained.

Claim 4

The optical bypass connector of claim 2 wherein the actuating device responds to an actuating signal.

Claim 5

The optical bypass connector of claim 1 further comprising vee-grooves, wherein a portion of the bypass device is configured to be received by the vee-grooves.

Claim 6

The optical bypass connector of claim 1 wherein the optical waveguiding region comprises a plurality of reflective surfaces.

Claim 7

The optical bypass connector of claim 1 wherein the optical waveguiding region comprises a core of optically suitable material and at least a first layer of cladding, wherein the relationship between the refractive index of the core and refractive index of the cladding is such that an optical signal may be guided by the core.

Claim 8

An improved retracting optical fiber connector comprising: a retractable housing having at least a first and a second position; a first connector member mounted within the retractable housing, wherein the first connector member comprises at least first and second optical waveguides, the first connector member being configured to directly engage a second connector member; the second connector member comprising at least first and second optical waveguides, wherein the first and second waveguides of the second connector member are spaced apart congruently with respect to the first and second waveguides of the first connector member so that the respective waveguides of the first and second connector members engage optically when the first and second connector members are engaged; and an optical bypass device connected to the interior of the retractable housing, wherein the optical bypass device comprises: (a) an optical input; (b) an optical output; and (c) an optical waveguiding region optically connecting the optical input and the optical output; wherein when the first and second connector members are not engaged, the retractable housing is in the first position such that the optical bypass device redirects an optical beam traveling through the first waveguide of the first connector member to the second waveguide of the first connector member, and wherein when the first and second connector members are engaged, the retractable housing is in the second position such that an optical beam traveling through one of the waveguides of the first or second connector members is not redirected by the optical bypass device.

Claim 9

An improved retracting optical fiber connector comprising: a retractable housing having at least a first and a second position; a first connector member mounted within the retractable housing, wherein the first connector member comprises at least first and second optical waveguides, the first connector member being configured to directly engage a second connector member; the second connector member comprising at least first and second optical waveguides, wherein the first and second waveguides of the second connector member are spaced apart congruently with respect to the first and second waveguides of the first connector member so that the respective waveguides of the first and second connector members engage optically when the first and second connector members are engaged; and an optical bypass device connected to the interior of the retractable housing, wherein the optical bypass device comprises: (a) an optical input; (b) an optical output; and (c) an optical waveguiding region optically connecting the optical input and the optical output; wherein when the first and second connector members are not engaged, the retractable housing is in the first position such that the optical bypass device redirects an optical beam traveling through the first waveguide of the first connector member to the second waveguide of the first connector member, and wherein when the first and second connector members are engaged, the retractable housing is in the second position such that an optical beam traveling through one of the waveguides of the first or second connector members is not redirected by the optical bypass device.

Claim 10

The retractable optical fiber connector of claim 7 where the optical waveguiding region of the bypass device comprises a plurality of reflective surfaces.

Claim 11

The retractable optical fiber connector of claim 7 wherein the optical waveguiding region of the bypass device comprises a core of optically suitable material and at least a first layer of cladding, where the relationship between the refractive index of the core and the refractive index of the cladding is such that an optical signal may be guided by the core.

Claim 12

The retracting optical fiber connector of claim 7 further comprising vee-grooves, wherein the bypass device is configured to be received by the vee-grooves.