Apparatus for transferring torque magnetically
An apparatus for transferring torque magnetically with a primary rotary member and a secondary rotary member, wherein said rotary members are disc shaped and are sandwiched between one another. The primary rotary member has permanent magnets mounted radially on a disc, the secondary rotary member having disc geometry with electro conductive material arranged on it. The secondary rotary member also having magnetically permeable material. The new improvements herein have modified the earlier cylindrical design to that of a an alternative disk—plate/shape design utilizing the similar magnetic circuit that which overcomes some deficiencies/problems in the prior art, in that the prior art required more precision alignment of the electro-conductive rotor inside the magnetic can array and requires additional strength in the foundations of the machinery in order to maintain the air gap between the magnet can and the rotor assembly.
1. An apparatus for transferring torque magnetically comprising:
Two (2) disc shaped primary torque driving rotor members and a disc shaped secondary driven rotary member,
said two (2) primary rotary members being located on either side of said secondary rotary member,
the secondary rotary member being located between the two (2) said primary members, the two (2) primary rotary members having electroconductive elements and magnetically permeable material, said primary rotary members' magnetically permeable material having a plurality of slots formed into said primary rotors' perimeter and said plurality of slots being filled with said electroconductive elements,
the secondary rotary member having permanent magnets mounted on it,
said primary rotary members being connected to and driven by a torque producing device, and said secondary member being connected to a torque utilizing device whereby rotation of primary rotary members cause rotation of said secondary rotating member by some or all of the magnetic flux lines emanating from said permanent magnets mounted on said secondary rotary member cutting through the electroconductive material on said primary rotary members thereby generating torque and rotation in the secondary rotary member.
2. The apparatus of claim 1 wherein there may be a plurality of primary rotary discs placed adjacent to one another, and a plurality of secondary rotary discs placed there between, with said primary rotary discs being mechanically connected to rotate together, and with said secondary rotary discs being mechanically connected to rotate together.