| 摘要 |
A new and useful frictionless suspension structure is provided, that can be used with structures such as axles, hinges and other similar types of structures (especially structures where one member rotates relative the other member) can produce various attractive features such as significant energy savings, preserving component life, etc. A frictionless suspension structure comprises a first member with at least one magnet connected thereto and a second member with at least one magnet connected thereto. The magnets connected with the first and second members are configured and oriented with respect to each other to (i) establish respective magnetic fields that interact to suspend one of the members from the other member in a predetermined self centered orientation without physical contact between the members, and (ii) maintain the one of the members suspended from the other member in the predetermined self centered orientation without physical contact between the members.
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