A reversible tool holder assembly is adapted for insertion into a handle in either of two orientations to present two different ends extending from the handle. The reversible tool holder assembly includes a first barrel and a second barrel that are axially aligned, and a ratcheting mechanism that is disposed axially between the first and second barrels and configured to provide a reversible ratcheting mechanical connection between the first and second barrels. The ratcheting mechanism is configured to provide a reversible ratcheting mechanical connection or a solid mechanical connection between the two barrels.

A reversible tool holder assembly is adapted for insertion into a handle in either of two orientations to present two different ends extending from the handle. The reversible tool holder assembly includes a first barrel and a second barrel that are axially aligned, and a ratcheting mechanism that is disposed axially between the first and second barrels and configured to provide a reversible ratcheting mechanical connection between the first and second barrels. The ratcheting mechanism is configured to provide a reversible ratcheting mechanical connection or a solid mechanical connection between the two barrels.

A screwdriver stores in a storage device multiple bits readily selectable for retrieval and use. The storage device includes at least one cartridge defining a cavity for receiving at least one bit. A receiver defines at least one cell for receiving the at least one cartridge, and a passageway extends longitudinally along the center of the receiver to an opening defined in an external surface of the receiver. Springs are employed for biasing the at least one cartridge in a first position in the at least one cell wherein the cavity is not aligned with the passageway, or in a second position in the at least one cell wherein the cavity is aligned with the passageway.

A screwdriver stores in a storage device multiple bits readily selectable for retrieval and use. The storage device includes at least one cartridge defining a cavity for receiving at least one bit. A receiver defines at least one cell for receiving the at least one cartridge, and a passageway extends longitudinally along the center of the receiver to an opening defined in an external surface of the receiver. Springs are employed for biasing the at least one cartridge in a first position in the at least one cell wherein the cavity is not aligned with the passageway, or in a second position in the at least one cell wherein the cavity is aligned with the passageway.

A screwdriver includes a main body and a switch. The main body is coupled to a handle and includes a pair of parallel, spaced apart slots, and a pawl positioned in each slot. Each pawl is biased outwardly by a spring. The switch is pivotable relative to the main body, and the switch includes a groove extending along an arcuate portion of an inner surface. Pivoting the switch in a first direction moves the switch toward a first position in which the groove is positioned in-line with the first pawl. When the switch is in the first position, the first pawl extends outwardly from the slot and engages the internal tooth surface such that application of a torque in a first direction drives a shank in the first direction and application of a torque in the second direction causes the shank to ratchet relative to the main body.

A screwdriver includes a main body and a switch. The main body is coupled to a handle and includes a pair of parallel, spaced apart slots, and a pawl positioned in each slot. Each pawl is biased outwardly by a spring. The switch is pivotable relative to the main body, and the switch includes a groove extending along an arcuate portion of an inner surface. Pivoting the switch in a first direction moves the switch toward a first position in which the groove is positioned in-line with the first pawl. When the switch is in the first position, the first pawl extends outwardly from the slot and engages the internal tooth surface such that application of a torque in a first direction drives a shank in the first direction and application of a torque in the second direction causes the shank to ratchet relative to the main body.

A two jaw adjustable wrench having two opposing jaws that adjust inward and outward, one jaw having a left hand thread and the opposing jaw having a right hand thread for ease of adjustment. The user rotates the central knurled wheel in either a clockwise or counterclockwise rotation. The direction of rotation influences the opposing jaws to move inward or outward for various fastener size adjustments.

Opposite end of the ratchet wrench has a universally adaptable and slideable ratchet wrench for accepting universal ¼″ hexagon tool bits such as a #1 and #2 Phillips or slotted screwdriver bits of various sizes. Both tool ends are easily retractable and extendable by sliding either tool forward for use and or retractable when not in use.

The Adjustable and Ratchet Wrench's upper housing half provides two pocket-slots to store the Phillip's #1 and #2 screwdriver attachment and a #1 & #2 slotted screwdriver attachment.

A two jaw adjustable wrench having two opposing jaws that adjust inward and outward, one jaw having a left hand thread and the opposing jaw having a right hand thread for ease of adjustment. The user rotates the central knurled wheel in either a clockwise or counterclockwise rotation. The direction of rotation influences the opposing jaws to move inward or outward for various fastener size adjustments.

Opposite end of the ratchet wrench has a universally adaptable and slideable ratchet wrench for accepting universal ¼″ hexagon tool bits such as a #1 and #2 Phillips or slotted screwdriver bits of various sizes. Both tool ends are easily retractable and extendable by sliding either tool forward for use and or retractable when not in use.

The Adjustable and Ratchet Wrench's upper housing half provides two pocket-slots to store the Phillip's #1 and #2 screwdriver attachment and a #1 & #2 slotted screwdriver attachment.

A tool head with an anti-slip structure includes a combination segment formed on one side of the tool head, a driving segment formed on another side of the tool head, a groove segment formed the tool head and positioned between the combination segment and driving segment, and an anti-slip structure configured on the tool head and positioned between the groove segment and driving segment. With the anti-slip structure of a high friction coefficient and the groove segment, the friction can be increased so as to allow users to easily and quickly draw the tool head out of the hole of a removal tool.

A tool head with an anti-slip structure includes a combination segment formed on one side of the tool head, a driving segment formed on another side of the tool head, a groove segment formed the tool head and positioned between the combination segment and driving segment, and an anti-slip structure configured on the tool head and positioned between the groove segment and driving segment. With the anti-slip structure of a high friction coefficient and the groove segment, the friction can be increased so as to allow users to easily and quickly draw the tool head out of the hole of a removal tool.