A lug chain apparatus having lugs (22), an endless chain (30) and a positioning mechanism (20).

The lugs (22) are releasably engageable with the chain (30).

A motor (50) tightens the working nut (14) by means of a chain driven dog ring (54) with spring-load driving dogs (55).

The positioning wheel (20) engages the lugs (22) and moves them along the chain (30), to predetermined locations along the chain respectively.

Electronic chain synchronization system, with skip-a-lug mode on 2 or 3 lugs

The drive chain has drive lugs (30) configured thereon to engage with drive dogs (32) on the conveyor as the drive chain is driven along the drive path.

Each convey means comprises cleats (7).

The fiber guide (101) includes a plurality of inner fingers (102a-102e) and a plurality of outer fingers (104a-104e) for retaining the optical fiber.

The tabs may be configured to releasably secure the lock.

Usually set up to a flowpack, these multi-belts systems allow the process to synchronize the products with the line's cleats.

The covers include interlocking sections at the cable exit defined by latching arms (62, 92) and latch-receiving recesses (72, 94).

The device provides automatic engagement of a mechanical locking system through locking dogs for locking the lifting dogs after capture of a spearhead.

To remove the closure, the opposed pushtabs must be depressed prior to unscrewing to the closure to disengage the pushtab extensions from the interlocking pawls on the closure.

Upon full assembly the latching arms latch in the recesses, and the now-compressed cable presses the latching arms to enhance maintenance of the latched condition.

Said holding elements are configured in the form of pegs mounted in the part.