Equipment for the treatment of capsular contractures in mammal breast implants and its process of application
First Claim
1. Equipment for the treatment of capsular contractures in a mammal breast implant comprising a support adapted to position supported transducers adjacent to a site of said breast implant, a plurality of transducers which emit ultrasonic wave energy adjustable within a power range of 1 to 15 watts and supported by said support, a power source connected to said transducers, a control adapted to a regulate the power transmitted from the power source to each transducer and a display communicating with the control adapted to display parameters associated with the power source and transducers.
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Accused Products
Abstract
The invention refers to an equipment (10) for the generation of ultrasonic waves with regulation of the frequency and power range with two possibilites of working, i.e. in continuous or pulsating modes, to be transmitted by adequate means to the transducers (14), The invention discloses a supporting means such as a harness (16) or similar. Said harness (16) is directly applied on the breast with capacity to act on the same in a selective way by programming the amount of power to be transmitted to transducers (14) in an individualized form. The invention permits the elimination of capsular contractures corresponding to degree IV in the Baker scale.
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Citations
12 Claims
- 1. Equipment for the treatment of capsular contractures in a mammal breast implant comprising a support adapted to position supported transducers adjacent to a site of said breast implant, a plurality of transducers which emit ultrasonic wave energy adjustable within a power range of 1 to 15 watts and supported by said support, a power source connected to said transducers, a control adapted to a regulate the power transmitted from the power source to each transducer and a display communicating with the control adapted to display parameters associated with the power source and transducers.
- 5. A method for the treatment of capsular contractures in a mammal breast implant which comprises applying ultrasonic energy with a power in the range of 1-15 watts to at least one site external of the mammal body and adjacent to the breast implant.
Specification