Various embodiments of a multifunctional hammer for driving tent stakes into the ground and removing stakes from the ground is described. In one example, a head for a multifunctional hammer can include an impact portion, an extraction portion, and a central portion therebetween. The impact portion and the central portion form a main body of the head. The extraction portion flaring outward from the main body and tapering in thickness and branching with two claws from a base to a forked tip end forming an opening configured to receive a stake head. The opening of the extraction portion being substantially symmetrical having first width at the forked tip end tapering inwardly to opposed edges having a second width and forming a seat at the base of the two claws. In another example, a multifunctional hammer can include the head for a multifunctional hammer and a handle attached to the head.

A striking tool includes an elongated handle having a first end and a second end. The head is attached to or formed integrally with the first end of the handle and defines a striking portion, a claw portion, and a body portion therebetween. The striking tool may have slots, notches, and/or cavities configured to engage fasteners or other objects for applying torsion thereto. A striking member may be removably attached to the striking portion of the head, which may define a nail puller. Attachments, such as an axe head, may be removably attachable to the head of the striking tool.

A multipurpose hammer tool with a balanced weight. The multipurpose hammer comprises a lighter weight head attached to one end of an ergonomically configured handle. A foot claw is attached to the opposite end of the ergonomically configured handle. The foot claw is weighted to balance the weight of the multipurpose hammer so that the head may be lighter requiring less force to swing the hammer. The foot claw is curved to pull out nails with leverage. The head comprises a hexagonal face for striking nails with a pair of magnetic nail catches on the top and bottom. A foot claw end of the head has straight tines for pulling nails close to a wall or corner where a curved claw would not fit.

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 has a claw assembly that is linearly moveable relative to the head of the hammer so as to improve leverage and range of prying for nail removal. A locking mechanism secures the claw assembly in a position. The locking mechanism may be automatic or manual, and may comprise a ratcheting mechanism with a pawl and rack, or a clamping mechanism with a deflectable sleeve and engaged bar, or a biased pin lock mechanism.

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 hammer has a head connected to a lightweight handle with a center of gravity that is proximate to the head of the hammer and separated from the base of the handle by 85%-95% of the total hammer length, measured from the base of the handle to the top side of the head. The handle weight is between 10%-20%. Accordingly, the lighter handle allows the center of gravity of the hammer to be within 85%-95% of the total hammer length from the base of the handle while maintaining a comfortable head weight between 14 oz. and 25 oz. The hammer also has inflection point proximate to the base of the handle providing multiple gripping sections to allow a user to grip the handle in different locations and at different gripping angles that move relative to the longitudinal axis of the hammer.

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 hammer accessory is capable of being affixed to a head of a hammer and configured to increase leverage for effectively removing nails from a surface while protecting the surface from being damaged. The hammer accessory includes a body having a central wall section, a first lateral wall section affixed to a first side of the central wall section, and a second lateral wall section affixed to a second side of the central wall section. Notably, the first lateral wall section and the second lateral wall section are equidistantly and oppositely offset from the centrally axis. Each of the first lateral wall section and the second lateral wall section is provided with friction-inducing members extending towards the centrally registered longitudinal axis.

The present invention discloses an angle-adjustable crowbar that comprises a crowbar body and a crowbar head. The crowbar head includes a first hinge base and a second hinge base in a spaced manner, and a head of the crowbar body is rotatably mounted between the first hinge base and the second hinge base through an angle adjustment mechanism. The angle adjustment mechanism comprises a limit shaft penetrating through the first hinge base, the crowbar body and the second hinge base, a first tooth portion, a polygonal limit portion and a second tooth portion are sequentially disposed on an outer wall of the limit shaft in an axial direction. The angle-adjustable crowbar overcomes the defects that the limit strength of existing crowbars is weak, the tooth portion is unlikely to be damaged, and the crowbar head cannot be replaced.