Optical fiber cleaver
View Patent ↗An optical fiber cleaver having a main body having a channel, a feed block attached to the main body in the channel, the feed block being operable between a front position and a rear position, a length selector for setting an optical fiber cleaving length, the length selector comprising a scale provided on the main body, a display provided on the feed block, and a position indicator operably associated with the scale, a pair of upper and lower clamps which fasten an optical fiber of an optical fiber when the feed block is located in the front position, a slider, a blade carried by the slider, the blade being configured to form an initial partial cleaving, and a push-up member carried by the slider and configured to bend the optical fiber subsequent the initial partial cleaving of the optical fiber is disclosed.
1. An optical fiber cleaver, comprising:
a main body having a channel extending in a forward-rearward direction;
a feed block attached to the main body in the channel, the feed block being operable between a front position and a rear position;
a length selector for setting an optical fiber cleaving length, the length selector comprising a scale provided on the main body, a display provided on the feed block, and a position indicator operably associated with the scale when the feed block is in the rear position;
a pair of upper and lower clamps which fasten an optical fiber of a fiber-optic cable when the feed block is located in the front position;
a slider movable in a direction generally perpendicular to an axial direction of an optical fiber fastened between the pair of upper and lower clamps;
a blade carried by the slider, the blade being configured to form an initial partial cleaving in the optical fiber fastened between the pair of upper and lower clamps; and
a push-up member carried by the slider and configured to bend the optical fiber subsequent the initial partial cleaving of the optical fiber.
2. The optical fiber cleaver according to claim 1 , wherein the display comprises a step configured for at least partial insertion into a concavity below a lower clamp.
3. The optical fiber cleaver according to claim 1 , wherein a projection is provided on the feed block and a front recess of the channel receives the projection when the feed block is in the front position.
4. The optical fiber cleaver according to claim 3 , wherein a rear recess of the channel receives the projection when the feed block is in the rear position.
5. The optical fiber cleaver according to claim 1 , wherein the feed block slides within the channel.
6. The optical fiber cleaver according to claim 1 , wherein the pair of upper and lower clamps are at least partially held in a position through the use of a magnet.
7. The optical fiber cleaver according to claim 1 , wherein the position indicator is provided on a step that protrudes from a lower portion of the front of the feed block.
8. The optical fiber cleaver according to claim 1 , wherein the position indicator is provided on a shelf that protrudes from an upper portion of the front of the feed block.
9. The optical fiber cleaver according to claim 1 , wherein the position indicator is a groove formed in an upper surface of the feed block.
10. The optical fiber cleaver according to claim 1 , wherein the pair of upper and lower clamps are at least partially constructed of rubber.
11. The optical fiber cleaver according to claim 1 , wherein a spring causes the push-up member to bend the optical fiber subsequent the initial partial cleaving of the optical fiber.
12. The optical fiber cleaver according to claim 11 , wherein the spring is prevented from causing the push-up member to bend the optical fiber subsequent the initial cleaving of the optical fiber until a pin associated with the push-up member moves upward into a groove.