Abstract: A multi-angle hand tool for a handle includes a shank including a body, and a compartment defined in the body. An operating device includes a connecting end having an engaging portion defined thereon. A guide is mounted in the compartment and includes an embedding portion defined thereon. A connecting device is disposed and interconnected between the operating device and the guide. The multi-angle hand tool has a plurality of operation modes, and, in each operation mode, the operating device is prevented from moving and pivoting with respect to the shank by engaging the engaging portion with the embedding portion. Furthermore, a longitudinal length of the operating device is perpendicular to, angled non-perpendicularly to, or aligned with the longitudinal length of the body of the shank selectively for different operation modes.

Abstract: A multi-angle hand tool for a handle includes a shank including a body, and a compartment defined in the body. An operating device includes a connecting end having an engaging portion defined thereon. A guide is mounted in the compartment and includes an embedding portion defined thereon. A connecting device is disposed and interconnected between the operating device and the guide. The multi-angle hand tool has a plurality of operation modes and in each operation mode the operating device is prevented from moving and pivoting with respect to the shank by engaging the engaging portion with the embedding portion. Furthermore, a longitudinal length of the operating device is perpendicular to, or angled to non-perpendicularly, or aligned with the longitudinal length of the body of the shank selectively for different operation modes.

Abstract: A multi-angle tool handle including a handle device, a connecting device and a locking unit adapted for connecting an interconnecting element to the handle device. The locking unit is moveable between a first position and a second position. When the locking unit is in the first position, the interconnecting element is able to pivot and slide with respect to the handle device. And when the locking unit is in the second position, the interconnecting element is fixed with respect to the handle device in position.

Abstract: A multi-angle tool handle includes a handle device including a compartment longitudinally formed therein, and a through-hole formed thereon and in communication with the compartment. An embedding portion is defined in the compartment. A interconnecting element is disposed in the compartment and includes a pivoting end formed on an end thereof and having an embedding portion. A locking device is installed in the through-hole and includes an embedded end defined on an end thereof. A connecting device is pivotally coupled to another end of the interconnecting element. The locking device is moveable between a first position and a second position so that the connecting device can be operated to pivot relative to the handle device or not.

Abstract: A multi-angle tool handle includes a handle device including a compartment longitudinally formed therein, a through-hole formed thereon and communication with the compartment and an embedding portion defined in the compartment, an interconnecting element disposed in the compartment and including a pivoting end formed on an end thereof and having an embedding portion, a locking device installed in the through-hole and including an embedded end defined on an end thereof, and a connecting device pivotally coupled to another end of the interconnecting element. The locking device is moveable between a first position and a second position, therefore, the connecting device can be operated to pivot relative to the handle device or not.

Abstract: A multi-angle tool handle including a handle device, a connecting device and a locking unit adapted for connecting an interconnecting element to the handle device. The locking unit is moveable between a first position and a second position. When the locking unit is in the first position, the interconnecting element is able to pivot and slide with respect to the handle device. And when the locking unit is in the second position, the interconnecting element is fixed with respect to the handle device in position.