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`[0004]
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`The currently used magnetic stimulation devices mostly consist of one
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`magnetic field generating device, a capacitor parallel to a power source and a switching
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`device in series to the power source. Further such topology requires a snubbering
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`device, such as diode or RC snubbering circuit, for protecting the energy source during
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`the reverse polarity of resonance. The use of a snubbering device causes high energy
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`losses. The magnetic stimulation device wastes a lot of energy because of
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`low
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`efficiency due to significant electric losses while generating the time-varying magnetic
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`field. Therefore these devices generate magnetic impulses ineffectively.
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`[0005]
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`Further there is a need to treat different areas by magnetic field to provide
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`more efficient and faster treatment of large areas. The large areas may be at least one
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`muscle group or region prone to cellulite.
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`[0006]
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`Another disadvantage of currently used devices using one magnetic field
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`generating device is the shape of the magnetic field. The shape of the magnetic field is
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`dependent on the shape of the magnetic field generating device. The magnetic field
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`may not be selectively focused during the treatment. The adjustable parameters are
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`magnetic flux density, repetition rate and/or time duration of the treatment.
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`[0007]
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`Still another disadvantage of currently used magnetic stimulation devices
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`is the slow treatment
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`in the case of large and/or a plurality of treated areas. The
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`applicator has to be manually moved from one position to another position to stimulate
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`the large and/or the plurality of treated areas and the treatment of the entire area takes
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`a long time. Further the treatment is not homogenous since the magnetic field does not
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`stimulate the entire large target area at the same time.
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`10
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`15
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`20
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`66964-8025.US00/1314058961
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