| 摘要 |
The present invention is to solve problems of a conventional wireless mouse requiring a frequent battery change, of the necessity to have a separate cable for charging and a connector in case of the conventional wireless mouse has a recharging battery, and of the usage inconvenience because a user cannot use a computer while the conventional wireless mouse is being charged. Also, the conventional wireless mouse connected to the computer performs only as a mouse pointer but causes venous thromboembolism and has a limit to be used as an exercising tool. To solve the said problem, the present wireless mouse enabling a user to exercise by stretching comprises the following: a mouse body (10); an induced electromotive force charging unit (20); a light sensor unit (30); an induced electromotive force producing unit (40); a mouse wheel unit (50); a mouse wheel light recognition unit (60); a left omron switching unit (70); a first inclination sensor (80); a right omron switching unit (90); and a second inclination sensor (100). The wireless mouse can be self-charged by generating induced electromotive force to an internal induced coil while a user does a stretching exercise, so that power can be supplied to each device, thereby reducing the energy consumption by 70%. Also, the present invention can prevent venous thromboembolism by enabling the user to do a stretching exercise on shoulders and arms, be used semi-permanently without in need of changing a battery, which is a problem found in the conventional wireless mouse, and prevent malfunctions such as connection failure since the present invention is charged through the induced coil without electric contact to a charging system. |
