METHOD OF ROTATION BODY APPLICATION USING MAGNETIC FORCE AND FRICTIONAL FORCE

摘要

PURPOSE: A method of rotation body application using magnetic force and frictional force is provided to rotate a hemispheric magnet according to motion of a magnet and a non-magnetic plate by inserting the non-magnetic plate between the magnet and the hemispheric magnet. CONSTITUTION: A hemispheric magnet and a second magnet(7) are installed at a supporter of a sphere. A first magnet approaches the second magnet. A non-magnetic plate(5) is installed between the second magnet and the first magnet. A contact is formed between the non-magnetic plate and a first rotation body(A). A first product is loaded on a fourth rotation body. A second product is loaded or adhered on a fifth rotation body. A hole(15) is formed at a center of a cylindrical frame. A rotary shaft(16) of a magnet frame is inserted into the hole. A couple of third magnets are installed on grooves on the magnet frame. A shaft(21) of a motor(20) is inserted into a lower end hole(19) of the rotary shaft. The first to the third rotation bodies are located on the non-magnetic plate in order to generate the magnetic force between the first and the second magnets and the third magnets. A rotary shaft of a magnet frame supporter(33) is inserted into the hole. A shaft(35) of the magnet frame supporter is coupled to a shaft wheel(34). A groove(29) of the shaft wheel is connected to a groove of a shaft supporter by using a belt(32). The rotary shaft of the motor is inserted into the lower end hole. A tube(25) of a cover(23) is coupled to the cylindrical frame. A shaft(28) of a solar model(27) having a light source(26) is inserted into an upper end hole of the rotary shaft.