Auto adjustable spanner hand tool system, adjustable drivetrain tool apparatus with auto adjustable spanner feature, and methods of use

An auto operational adjustment system, comprising:

• a first motor;
• the first motor having a first motor rotor;
• wherein the first motor is operably connected to the first motor rotor;
• a first pin;
• wherein when the first motor is activated, the first motor causes the first motor rotor to rotate;
• wherein when the first motor is activated, the first motor causes the first motor rotor to rotate in a clockwise direction so as to cause engagement;
• wherein engagement is moving the first pin to engage;
• wherein when the first motor is activated, the first motor causes the first motor rotor to rotate in a counterclockwise direction so as to cause disengagement;
• wherein disengagement is moving the first pin to disengage.

A method of operating a hand tool, comprising the steps:

• providing an auto adjustable spanner system having an interchangeable head;
• the interchangeable head extending a length from a first end to a second end;
• the interchangeable head having a hollow interior with an interior surface;
• the interchangeable head having an exterior surface;
• wherein the directional switch can switch activation from an engaging direction to a disengaging direction;
• the interchangeable head having a first prong;
• the first prong housing a first motor;
• the first prong housing a first pin;
• the first prong housing a first ratchet;
• the first prong housing a first spring bar;
• wherein the first spring bar applies force to the first ratchet, causing the first ratchet to press against the first pin;
• wherein when the first ratchet presses against the first pin, the first ratchet engages a plurality of gears the first ratchet increases the first pin's grip and positions the first pin at a desired location of engagement;
• the first prong housing a first motor rotor;
• wherein the first motor is operably connected to the first motor rotor;
• wherein when the first motor is activated, the first motor causes the first motor rotor to rotate;
• wherein when the first motor is activated, the first motor causes the first motor rotor to rotate in a clockwise direction such that engagement occurs;
• wherein engagement is moving the first pin to engage;
• wherein when the first motor is activated, the first motor causes the first motor rotor to rotate in a counterclockwise direction such that disengagement occurs;
• wherein disengagement is moving the first pin to disengage.
• the interchangeable head having a second prong;
• the second prong housing a second motor;
• the second prong housing a second pin;
• the second prong housing a second ratchet;
• the second prong housing a second spring bar;
• wherein the second spring bar applies force to the second ratchet, causing the second ratchet to press against the second pin;
• wherein when the second ratchet presses against the second pin, the second ratchet engages a plurality of gears the second ratchet increases the second pin's grip and positions the second pin at a desired location of engagement;
• the second prong housing a second motor rotor;
• wherein the second motor is operably connected to the second motor rotor;
• wherein when the second motor is activated, the second motor causes the second motor rotor to rotate;
• wherein when the second motor is activated, the second motor causes the second motor rotor to rotate in a clockwise direction so as to cause engagement;
• wherein engagement is moving the second pin to engage;
• wherein when the second motor is activated, the second motor causes the second motor rotor to rotate in a counterclockwise direction so as to cause disengagement;
• wherein disengagement is moving the second pin to disengage;
• engaging a target with the auto adjustable spanner system;
• engaging the target by rotating the motors in a clockwise direction;
• catching the ratchet in the plurality of ridges;
• activating a spin feature of the interchangeable tool;
• removing a target.