A wire tensioner (102) for a wire bonding apparatus is provided.

This system may also include a line tensioner.

The wire tensioner defines (118) an inlet port through which pressurized fluid is received into the wire tensioner, and an exhaust port (128) through which pressurized fluid is exhausted from the wire tensioner.

A wire tensioning arrangement is provided for applying tension in a wire supplied to a wire feeder.

The lighting system also comprises a cable tensioner system coupled to the first cable and second cable for adjusting the tension of the first cable and second cable.

As a result, the wire tenser can be light-weighted by reducing the number of parts.

The cable tensioning device is capable of lifting and retracting the brash deck.

Provided is a wire tenser, which is not heavy even if its rigidity is satisfactory.

The wire tensioning arrangement includes first and second tensioning members positioned on a first axis to receive the wire therebetween.

A sliding block cable tensioning device is employed to create tension on the skin.

The drum-integrated cable tensioner is configured so that the cables have improved durability.

A side brash assembly mechanism for a floor surface maintenance vehicle including a linkage assembly supporting a brush deck, a pivot assembly and a cable connected to the linkage assembly, and a cable tensioning device for retracting the cable.

The wire tensioner includes a body structure defining a passage for receiving a wire, the passage including an inlet opening and an outlet opening through which the wire is configured to extend.

A line tensioning device (4) comprising a body (44), a line guide member (42) rotatably mounted to the body (44) and having means to seat and guide a line as it changes direction.

A cable (26) is connected at a first thereof to the core sample marker (24) and a cable tensioner (30) is provided above the core sample marker (24) to apply tension to the cable (26).