Abstract: A multi-function tool includes a pair of handles and an implement slidably coupled to the handles. The implement is configured to slide in a linear fashion between a stowed position and a deployed position. A bias mechanism is coupled to the implement such that the bias mechanism biases the implement in the direction of the deployed position.

Abstract: A multi-function tool includes a pair of handles and an implement slidably coupled to the handles. The implement is configured to slide in a linear fashion between a stowed position and a deployed position. A bias mechanism is coupled to the implement such that the bias mechanism biases the implement in the direction of the deployed position.

Abstract: A multi-function tool includes two channel-shaped handles having a first side wall and a second side wall forming a channel therebetween. An interlocking mechanism includes a first plate extending from the first side wall, and a second plate extending from the second side wall. The handles can be releasably engageable by alignment of at least one post of one of the handles with at least one notch of the other handle. The multi-function tool also includes an interchangeable implement and a pair of handles with implement engaging means. An axle assembly can extend transversely through openings formed in the first and second plates and includes a first end member, a second end member, a pair of buttons and a spring. The interchangeable implement can be pivotally attached to the axle. Alternatively, the implement can be releasably coupled to the handles by a latch. The latch can include a rocker with a locking tab that is biased into locking engagement with the implement by a spring plate.

Abstract: A multi-function tool includes a head and a pair of handles. The head has a first jaw and a second jaw, each having a working portion and a tang. The handles have a folded configuration and an unfolded configuration. A spring in the head biases the working portions apart from one another such that the handles are biased in an open position when the handles are in the unfolded configuration and the handles are biased in a closed position when the handles are in the folded configuration.

Abstract: A multi-function tool includes a pair of handles and an implement slidably coupled to the handles. The implement is configured to slide in a linear fashion between a stowed position and a deployed position. A bias mechanism is coupled to the implement such that the bias mechanism biases the implement in the direction of the deployed position.

Abstract: A multi-function tool includes a head, a pair of handles, and a plurality of ancillary tools. The head and tools are stored within the handles in a folded configuration. The ancillary tools are coupled to an interchangeable cartridge that resides within one or both of the handles. A wedge lock prevents a fully opened ancillary tool from closing unless the wedge lock is manually disengaged.

Abstract: A multi-function tool includes two channel-shaped handles having a first side wall and a second side wall forming a channel therebetween. An interlocking mechanism includes a first plate extending from the first side wall, and a second plate extending from the second side wall. The handles can be releasably engageable by alignment of at least one post of one of the handles with at least one notch of the other handle. The multi-function tool also includes an interchangeable implement and a pair of handles with implement engaging means. An axle assembly can extend transversely through openings formed in the first and second plates and includes a first end member, a second end member, a pair of buttons and a spring. The interchangeable implement can be pivotally attached to the axle. Alternatively, the implement can be releasably coupled to the handles by a latch. The latch can include a plate with a pair of wings and an engagement mechanism.

Abstract: A multi-function tool includes two channel-shaped handles having a first side wall and a second side wall forming a channel therebetween. An interlocking mechanism includes a first plate extending from the first side wall, and a second plate extending from the second side wall. At least one of the first plates has a periphery with a notch formed therein. At least one of the second side walls has a post extending therefrom. Each handle is releasably engageable by alignment of at least one post of one of the handles with at least one notch of the other handle. The multi-function tool also includes an interchangeable implement including a pair of handles with implement engaging means. An axle assembly extends transversely through the openings formed in the first and second plates and includes a first end member, a second end member, a pair of buttons and a spring. The spring is disposed between each of the buttons to bias the buttons into engagement with the end members.

Abstract: A multi-function tool includes two channel-shaped handles having a first side wall and a second side wall forming a channel therebetween. An interlocking mechanism includes a first plate extending from the first side wall, and a second plate extending from the second side wall. The handles can be releasably engageable by alignment of at least one post of one of the handles with at least one notch of the other handle. The multi-function tool also includes an interchangeable implement and a pair of handles with implement engaging means. An axle assembly can extend transversely through openings formed in the first and second plates and includes a first end member, a second end member, a pair of buttons and a spring. The interchangeable implement can be pivotally attached to the axle. Alternatively, the implement can be releasably coupled to the handles by a latch. The latch can include a rocker with a locking tab that is biased into locking engagement with the implement by a spring plate.

Abstract: A multi-function tool includes a head, a pair of handles, and a plurality of ancillary tools. The head and tools are stored within the handles in a folded configuration. The ancillary tools are coupled to an interchangeable cartridge that resides within one or both of the handles. A wedge lock prevents a fully opened ancillary tool from closing unless the wedge lock is manually disengaged.

Abstract: A multi-function tool includes a cross-jaw module removably attached to a pair of channel-shaped handles with a pair of clips. Each clip removably attaching the tang of each jaw of the cross-jaw module to one of the handles. The multi-function tool also includes a spring biased wedge lock to positively lock a plurality of pivotal attached ancillary implements in an open position. An anti-rotational washer located between adjacent implements prevents rotation of a non-selected implement. The washers include a protrusion that is received in a slot in the handle.

Abstract: A multi-function tool includes a cross-jaw module removably attached to a pair of channel-shaped handles with a pair of clips. Each clip removably attaching the tang of each jaw of the cross-jaw module to one of the handles. The multi-function tool also includes a spring biased wedge lock to positively lock a plurality of pivotal attached ancillary implements in an open position. An anti-rotational washer located between adjacent implements prevents rotation of a non-selected implement. The washers include a protrusion that is received in a slot in the handle.

Abstract: A multi-function tool includes two channel-shaped handles having a first side wall and a second side wall forming a channel therebetween. An interlocking mechanism includes a first plate extending from the first side wall, and a second plate extending from the second side wall. At least one of the first plates has a periphery with a notch formed therein. At least one of the second side walls has a post extending therefrom. Each handle is releasably engageable by alignment of at least one post of one of the handles with at least one notch of the other handle. The multi-function tool also includes an interchangeable implement including a pair of handles with implement engaging means. An axle assembly extends transversely through the openings formed in the first and second plates and includes a first end member, a second end member, a pair of buttons and a spring. The spring is disposed between each of the buttons to bias the buttons into engagement with the end members.

Abstract: A multi-function tool includes a cross-jaw module removably attached to a pair of channel-shaped handles with a pair of clips. Each clip removably attaching the tang of each jaw of the cross-jaw module to one of the handles. The multi-function tool also includes a spring biased wedge lock to positively lock a plurality of pivotal attached ancillary implements in an open position. An anti-rotational washer located between adjacent implements prevents rotation of a non-selected implement. The washers include a protrusion that is received in a slot in the handle.