Fluid magnetizer

1. A fluid magnetizer, including:

a housing;

a magnetizing member, received in the housing;

a resonance member, cooperating with the magnetizing member to resonate, received in the housing, the resonance member, the magnetizing member and the housing defining a channel flowing past the resonance member and the magnetizing member;

wherein the magnetizing member includes a plurality of magnetic bodies, and the plurality of magnetic bodies is arranged along a direction in which the channel extends;

wherein the magnetizing member further includes an inner tube extending along the channel, and the plurality of magnetic bodies are annular and disposed around an axis of the inner tube;

wherein the resonance member is inserted within the inner tube and forms a gap with an inner wall of the inner tube;

wherein the inner tube includes a large-diametered hole at one end of the inner tube and a small-diametered hole communicating with the large-diametered hole, and the resonance member is inserted within the large-diametered hole and forms the gap with an inner face of the large-diametered hole;

wherein the inner face of the large-diametered hole has a plurality of engaging slots recessed radially, the resonance member includes a plurality of radial protrusions, and the plurality of radial protrusions are engaged within the plurality of engaging slots.

2. The fluid magnetizer of claim 1 , wherein the resonance member includes an enlarged head and a body portion extending from the enlarged head, the enlarged head includes the plurality of radial protrusions and is received in the large-diametered hole, the body portion is inserted within the small-diametered hole, the enlarged head and the body portion form the gap with the inner face of the large-diametered hole and an inner face of the small-diametered hole.

3. A fluid magnetizer, including:

a housing;

a magnetizing member, received in the housing;

a resonance member, cooperating with the magnetizing member to resonate, received in the housing, the resonance member, the magnetizing member and the housing defining a channel flowing past the resonance member and the magnetizing member;

wherein the resonance member is a silicon energizing member including crystalline silicon material.

4. A fluid magnetizer, including:

a housing;

a magnetizing member, received in the housing;

a resonance member, cooperating with the magnetizing member to resonate, received in the housing, the resonance member, the magnetizing member and the housing defining a channel flowing past the resonance member and the magnetizing member;

wherein the housing includes an outer shell and an inner shell received in the outer shell, the magnetizing member is received in the inner shell, the resonance member is inserted within the magnetizing member, and the outer shell, the inner shell, the magnetizing member and the resonance member form the channel which is winding and communicate with one another;

wherein the outer shell includes an inlet and an outlet, the inner shell includes a tubular body and a connecting head, the tubular body includes a closed end and an open end, the tubular body and the outer shell define a first channel therebetween, the connecting head is connected to the closed end and communicates with the inlet and the first channel, one end of the magnetizing member surrounds the outlet and is connected to the outer shell, the magnetizing member has a second channel communicating with the outlet thereinside, the magnetizing member and the inner shell define a third channel communicating with the first and second channels, and the resonance member is inserted within the second channel and corresponds to the outlet.

5. The fluid magnetizer of claim 4 , wherein a depth through which the resonance member is inserted into the magnetizing member is larger than or equal to one-third of a length of the magnetizing member, the connecting head has a plurality of through holes extending radially and communicating with the inlet and the first channel; a radial width of the second channel is larger than radial widths of the first and third channel.