METHOD OF ATTACHING AND DETACHING OBJECTS ALLOWING FOR CONTROLLED ROTATION

A method of attaching and detaching objects allowing for rotation wherein protrusions built in or attached to one object are forced into cavity sockets built in or attached to another by causing force resulting in momentary bending of protrusions or the cavities. The sequential bending causes curvilinear motion allowing protrusions to enter otherwise inaccessible cavity sockets. Once in, the components of the joining mechanism revert to natural position and an equilibrium is reached which keeps the objects attached, yet free to move around an axis. This equilibrium can only be disturbed by causing force at specific points on the mechanism and pulling the objects apart in a curvilinear motion, thereby detaching the objects in one continuous motion with little effort. Objects not permitting momentary bending can be attached with the mechanism housed in a casing. Permitted angles of rotation are controllable and attached objects can be locked in a position. 1. A method of attaching and detaching objects using a joining mechanism that allows for rotation of the attached objects around an axis , if desired ,the mechanism comprising series of cavity sockets and protrusionspre-built in the said objects, or on shafts attached to the said objects;wherein the protrusions of one of the shafts or objects are positioned into the cavity sockets of the other by exerting or causing force,causing momentary bending of at least one of the shafts or the said objects,resulting in a sequential curvilinear motion of the protrusions or the cavity sockets,resulting in an equilibrium, that keeps the protrusions of one in the cavity socket of the other, to keep the objects attached whereinthe equilibrium is disturbed when force is initiated at specific points on the shafts or objects to cause curvilinear motion of the said shafts or objects; andthe attached objects are detached by disturbing the said equilibrium and then continuing to exert or cause requisite force to facilitate curvilinear ...