A hammer tool includes a hammer head and a handle. The hammer head includes an insertion hole and first and second side holes aligned with each other and located on two opposite sides of and intercommunicating with the insertion hole. The handle includes an insertion portion on an end thereof. The insertion portion is inserted into the insertion hole. A first coupling flange is integrally formed with the insertion portion and is inserted into the first side hole. The handle includes a hollow portion extending in a longitudinal direction thereof. The handle further includes a third side hole extending in a radial direction thereof Δn end of the third side hole intercommunicates with the hollow portion. Another end of the third side hole extends to an outer periphery of the insertion portion. The third side hole is aligned with the second side hole.

A hand tool is disclosed for driving nails, screws, and the like into a surface that improves the speed and accuracy with which it may be used by incorporating a measuring tool enabling the user to use the tool and measure distances with a single hand.

A hand tool is disclosed for driving nails, screws, and the like into a surface that improves the speed and accuracy with which it may be used by incorporating a measuring tool enabling the user to use the tool and measure distances with a single hand.

A combined hammer and pryer apparatus which has a combination of hammering and prying sections comprises an arcuate body, a hammer section, and at least two pry ends. The hammer section is defined at a first end of opposing ends of the arcuate body, where the hammer section is configured to insert a fastener on one solid body or a combination of solid bodies. The pry ends are defined on the opposing ends of the arcuate body, where one of the pry ends is defined rearwardly to the hammer section, where the pry ends are configured to gradually remove a fastener from one solid body or the combination of solid bodies.

A combined hammer and pryer apparatus which has a combination of hammering and prying sections comprises an arcuate body, a hammer section, and at least two pry ends. The hammer section is defined at a first end of opposing ends of the arcuate body, where the hammer section is configured to insert a fastener on one solid body or a combination of solid bodies. The pry ends are defined on the opposing ends of the arcuate body, where one of the pry ends is defined rearwardly to the hammer section, where the pry ends are configured to gradually remove a fastener from one solid body or the combination of solid bodies.

A hammer includes a handle, a head assembly affixed to the handle, and a claw assembly slidably disposed on the handle. The handle includes apertures interspaced linearly along the length of the handle. The head assembly includes a throat and a striking face. The claw assembly includes a claw, an annular sleeve slidably disposed around the handle for enabling linear adjustment of the claw assembly along the length of the handle, and a ratcheting lever coupled to the sleeve for adjusting the position of the claw relative to the head assembly during operation. The ratcheting lever includes a spring-biased locking pin for removably engaging any one of the apertures to selectively secure the claw assembly to the handle in a desired position and a depressible release arm for releasing the spring-biased locking pin from the apertures to enable the claw assembly to slide along the length of the handle.

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.

The present disclosure includes a multi-tool including a handle having a first and a second end opposite the first end and a hammer face attached at the first end of the handle. A pry bar is attached at the first end of the handle along with a lifting hook. A vault key is attached at the second end of the handle. The lifting hook may extend from the first end of the handle or may be formed as a groove or cutout in the first end of the handle or in the pry bar.

A striking hand tool includes a grip component where an external surface has a front arc half and a rear arc half, wherein an area of the grip is smaller in a first cross sectional plane further from a head of the tool than a second plane closer to the head portion. A ρ value of the front arc half in the first cross sectional plane is less than approximately 0.45. A measurement from a first axis to a frontmost point in the first cross sectional plane is between 17.5 mm and 19 mm. A ρ value of the front arc half in the second cross sectional plane is less than approximately 0.5. A measurement from the first axis to a frontmost point in the second cross sectional plane is between 18.5 mm and 20 mm. Methods of manufacturing and striking hand tools having desirous durometer measurements are also disclosed.

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.