Claims Analysis
Total Claims: 9
Claim 1
Independent Claim
137 words
An optical fiber mechanical splice comprising: optical fiber gripping and alignment means comprising a plurality of optical fiber gripping and alignment members extending along a longitudinal axis of the splice, the gripping and alignment means disposed in a condition for insertion therebetween of two optical fibers to be axially aligned and mechanically spliced together; biasing means for closing the gripping and alignment means into a gripping state so as to grip and align the two optical fibers when inserted therebetween; and closure prevention means disposed in a cocked position for holding the biasing means in a pre-loaded state and for preventing the biasing means from closing the gripping and alignment means into the gripping state, the closure prevention means movable out of the cocked position to allow the biasing means to close the gripping and alignment means.
Claim 2
Dependent Claim
137 words
An optical fiber mechanical splice comprising: optical fiber gripping and alignment means comprising a plurality of optical fiber gripping and alignment members extending along a longitudinal axis of the splice, the gripping and alignment means disposed in a condition for insertion therebetween of two optical fibers to be axially aligned and mechanically spliced together; biasing means for closing the gripping and alignment means into a gripping state so as to grip and align the two optical fibers when inserted therebetween; and closure prevention means disposed in a cocked position for holding the biasing means in a pre-loaded state and for preventing the biasing means from closing the gripping and alignment means into the gripping state, the closure prevention means movable out of the cocked position to allow the biasing means to close the gripping and alignment means.
Claim 3
Dependent Claim
57 words
A splice according to claim 1 wherein the gripping and alignment means is surrounded by a rigid member formed with an aperture with the biasing means disposed outside the rigid member and with the gripping and alignment means coacting with the biasing means through the aperture for urging the gripping and alignment means into the gripping state.
Claim 4
Dependent Claim
95 words
A splice according to claim 1 wherein the rigid member comprises a rigid sleeve extending axially of the gripping and alignment members, the aperture being an axially extending slot in the rigid sleeve with the biasing means extending across the slot to apply an inwards force through the slot to urge the gripping and alignment means into the gripping state, one of the gripping members supported by the rigid member in a radial position opposite the slot and the other gripping member disposed aligned with the slot to be acted upon by the biasing means.
Claim 5
Dependent Claim
44 words
A splice according to claim 3 wherein the other gripping member is radially movably received within the slot and the biasing means is a longitudinally split spring sleeve surrounding the rigid sleeve to resiliently urge the gripping and alignment means into the gripping state.
Claim 6
Dependent Claim
70 words
A splice according to claim 4 wherein the closure prevention means comprises an elongate release element extending axially of the splice between the rigid and spring sleeves to prevent the spring sleeve acting inwardly of the slot to close the gripping and alignment means into the gripping state, the release element movable axially from between the sleeves to allow the closing means to act upon the gripping and alignment means.
Claim 7
Dependent Claim
31 words
A splice according to claim 5 wherein the closure prevention means comprises two elongate release elements disposed in spaced positions circumferentially of the sleeves, one at each side of the slot.
Claim 8
Dependent Claim
22 words
A splice according to claim 6 wherein a guide is provided in one of the sleeves for each of the elongate elements.
Claim 9
Dependent Claim
45 words
A splice according to claim 7 wherein each guide is formed by a recess defined in the outer surface of the rigid sleeve, and an elongate element lies in its recess and is pressed radially into the recess by the action of the spring sleeve.