MOUSE CORD WINDING STRUCTURE

PROBLEM TO BE SOLVED: To provide a mouse cord winding structure for winding and adjusting a mouse cord to a length easily usable for an operator. SOLUTION: A winding starting end C1 of a mouse cord C is introduced through an introduction groove 5 into a winding cylinder 1, led out from the inside of the cylinder through a notched groove 7, wound to a winding groove 2 on the outer peripheral surface of the winding cylinder 1 and then introduced again into the cylinder through a turning groove 8 and a winding terminating end C2 is led out from a lead-out groove 9 on the opposite side of the introduction groove 5. Thus, the cord C for the mouse in wound without being piled up. Also, the winding cylinder 1 is supported by the winding starting end C1 and winding terminating end C2 of the mouse cord C oppositely arranged on a straight line, mounted on a desk and stably slid without being rolled following the movement of the mouse M at the time of its operation. When a decoration body 10 is put on the outer peripheral surface of the winding cylinder 1, the mouse M and the decoration part 10 are moved as if chasing each other by the movement of the mouse M, an appearance deviating from the winding of the mouse cord C is formed.