Gasoline engine protection device
A gasoline engine and care device technology, applied in engine components, combustion engines, machines/engines, etc., can solve the problems of inability to remove carbon deposits in the engine, abnormal sound of engine valves, insufficient gasoline combustion, etc., and achieve energy saving and environmental protection. Significant, power-boosting, calorific-increasing effects
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Embodiment 1
[0017] Example 1: Such as figure 2 As shown, the ring-shaped magnetic block 32 is divided in half into two equal arc-shaped magnetic blocks 321. The end surfaces of the two arc-shaped magnetic blocks 321 are arranged in a non-contact structure. One of the arc-shaped magnetic blocks 321 The S magnetic poles and N magnetic poles are distributed on the inner and outer sides of the arc-shaped magnetic block 321. The distribution directions of the S and N magnetic poles of the other arc-shaped magnetic block 321 are exactly opposite, that is, along the circumferential direction, an arc The S magnetic pole of the shaped magnetic block 321 is on the inner circle side, the N magnetic pole is on the outer circle side, the S magnetic pole of the other arc-shaped magnetic block 321 is on the outer circle side, and the N magnetic pole is on the inner circle side.
Embodiment 2
[0018] Embodiment 2: The ring-shaped magnetic block 32 is evenly divided into six equal arc-shaped magnetic blocks 321, and the end faces of the arc-shaped magnetic blocks 321 adjacent in the circumferential direction are arranged in a non-contact structure, and each arc-shaped magnetic block The S magnetic poles and N magnetic poles of the block 321 are distributed on the inner circular side and the outer circular side of each arc-shaped magnetic block 321, and the S magnetic poles and N magnetic poles of adjacent arc-shaped magnetic blocks 321 are distributed in opposite directions, namely Along the circumferential direction, the S pole of the first arc-shaped magnetic block 321 is on the side of the inner circle, and the N pole is on the side of the outer circle. Then, the S pole of the second arc-shaped magnetic block 321 is on the side of the outer circle, and the N pole is on the side of the outer circle. On the inner circle side, the third arc-shaped magnetic block 321 is...
Embodiment 3
[0019] Embodiment 3: The ring-shaped magnetic block 32 is evenly divided into ten equal parts of arc-shaped magnetic blocks 321. The end faces of the arc-shaped magnetic blocks 321 adjacent in the circumferential direction are arranged in a non-contact structure. The S magnetic poles and N magnetic poles of the block 321 are distributed on the inner circular side and the outer circular side of each arc-shaped magnetic block 321, and the S magnetic poles and N magnetic poles of adjacent arc-shaped magnetic blocks 321 are distributed in opposite directions, namely Along the circumferential direction, the S pole of the first arc-shaped magnetic block 321 is on the side of the inner circle, and the N pole is on the side of the outer circle. Then, the S pole of the second arc-shaped magnetic block 321 is on the side of the outer circle, and the N pole is on the side of the outer circle. On the inner circle side, the third arc-shaped magnetic block 321 is the same as the first arc-sha...
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