Certain exemplary embodiments can provide a hammer. The hammer comprises a head. The hammer further comprises a head cap. The head cap is releasably coupled the head via a threaded fastener. The hammer comprises a claw. The claw comprises two forks. At least one of the two forks defines a serrated edge. The serrated edge is constructed to grip a slick surface when pulling a nail with the claw from the slick surface.

A hammer is provided that includes a handle, a head, a striking insert, and a claw. The hammer provides for a head with a keyed hole to couple to a keyed projection on a striking insert. The head also includes a dovetail projection that couples to the dovetail connection of the claw. Each component may comprise a different material. For example, the striking insert and the claw comprise one material, and the handle and the head comprise another material. In some embodiments, a slotted punch with a magnetic retainer creates a bore through the face of the head and the striking insert to support a fastener (e.g., a nail) within the head.

A hammer has a main unit. The main unit has a handle, a striking head, and a nail puller. The handle has a lengthwise direction, a first end, and a second end. The first end of the handle and the second end of the handle are opposite in the lengthwise direction of the handle. The striking head is disposed at the first end of the handle. The nail puller is disposed at the second end of the handle. The nail puller has a pulling unit with an opening for receiving a nail. The nail puller is thinner than the striking head and allows the hammer to be operated in a small space to remove a fixed nail.

A hammer has a main unit. The main unit has a handle, a striking head, and a nail puller. The handle has a lengthwise direction, a first end, and a second end. The first end of the handle and the second end of the handle are opposite in the lengthwise direction of the handle. The striking head is disposed at the first end of the handle. The nail puller is disposed at the second end of the handle. The nail puller has a pulling unit with an opening for receiving a nail. The nail puller is thinner than the striking head and allows the hammer to be operated in a small space to remove a fixed nail.

An apparatus for driving and extracting pegs comprising: a proximal surface having a blind hole, said blind hole having a cross section with a complementary shape to the upper portion of said peg; a distal surface, opposed to said proximal surface, having an ergonomic shape in relation to the hand of a user, and a notch in a lateral portion of said apparatus, said notch having a cross sectional area greater than the cross sectional area of said peg, said notch also having a bridge joining two opposed surfaces of said notch.

According to the previous description, it is possible to obtain an apparatus that solves the problem of driving and extracting pegs without using a striker and that, at the same time, allows a complete driving of the peg.

An apparatus for driving and extracting pegs comprising: a proximal surface having a blind hole, said blind hole having a cross section with a complementary shape to the upper portion of said peg; a distal surface, opposed to said proximal surface, having an ergonomic shape in relation to the hand of a user, and a notch in a lateral portion of said apparatus, said notch having a cross sectional area greater than the cross sectional area of said peg, said notch also having a bridge joining two opposed surfaces of said notch.

According to the previous description, it is possible to obtain an apparatus that solves the problem of driving and extracting pegs without using a striker and that, at the same time, allows a complete driving of the peg.

A compression strength attachment block has a tension strength attachment loop pivotally attached to the block. The loop hooks around a lever tool adjacent to a working end for enhanced attack angle and increased leverage in fastener extraction, prying, and lifting work. Magnets on a tool attachment face assist in aligning and holding the block to the lever tool. End magnets hold fasteners after extraction or before insertion. Recesses in the block contain or retain other working tools.

A multifunction (multi) tool, such as a tool used for camping, is provided. In one aspect, the multi tool includes a single, unitary body having a hammer with a head, a face, and a handle. In a further aspect, the multi tool additionally includes one or more of: a spike; a U-shaped wrench opening; an elongate slot for engaging a pin of a D-shackle; an aperture for engaging a nut fastener; and a bottle opener. Such a multi tool replaces multiple tools, including a hammer, a crowbar, a wrench, and a bottle opener, with a single tool.

A multifunction (multi) tool, such as a tool used for camping, is provided. In one aspect, the multi tool includes a single, unitary body having a hammer with a head, a face, and a handle. In a further aspect, the multi tool additionally includes one or more of: a spike; a U-shaped wrench opening; an elongate slot for engaging a pin of a D-shackle; an aperture for engaging a nut fastener; and a bottle opener. Such a multi tool replaces multiple tools, including a hammer, a crowbar, a wrench, and a bottle opener, with a single tool.

A multipurpose tool is provided. The tool including a housing having a first end and an opposing second end. A hammer portion extending from the first end, the hammer portion having at least one surface configured to strike a fastener in operation. The tool further includes a drill portion slidably disposed within the housing, the drill portion including a chuck configured to receive a drill, the chuck being positioned within the housing when in a first position and at least partially extending from the second end when in a second position.