Apparatus and method for treating tissue
An apparatus and method used for medical and/or cosmetic treatment of a tissue, such as skin tightening, skin laxity and/or wrinkle reduction and or other skin flaws, including an energy source, a vacuum chamber and rollers which may facilitate easy sliding of the apparatus from one treated area to another. The rollers may also prevent excessive friction of the skin during the treatment. The energy source can be configured to emit energy based on the position of the apparatus on the skin (i.e., the position of the rollers), as well as the pressure within the vacuum chamber. The vacuum level and energy emission can be changed or pulsed based on the treatment regime.
1. A cosmetic method of treating areas of a skin of a person, comprising:
providing a vacuum chamber having a vacuum pump, including an opening configured to face an area of a skin surface;
providing two parallel, cylindrical rollers, each having an outer surface and is disposed near opposing sides of the opening of the vacuum chamber and configured to make contact with the skin, at least a portion of the outer surface of at least one of the rollers being electrically conductive,
providing a non-optical energy source configured to provide an amount of non-optical energy from the at least one of the rollers to the skin;
providing an optical energy source configured to emit optical energy on the skin disposed within the vacuum chamber;
providing a pressure sensor configured to sense an air pressure in the vacuum chamber; and
providing a system controller operably connected to the pressure sensor, the optical energy source and the non-optical energy source and configured to activate an application of non-optical energy transmitted to the at least one of the rollers to the skin and to cause the optical energy source to emit optical energy onto the skin based on the air pressure in the vacuum chamber;
the method comprising the steps of:
(a) placing the vacuum chamber against the skin of the person;
(b) changing the air pressure inside the vacuum chamber using the vacuum pump;
(c) wherein, when the pressure sensor senses the air pressure inside the vacuum chamber to be at less than a predetermined value, the system controller causes the non-optical energy source to transmit the non-optical energy, and the optical energy source to emit the optical energy on the skin.
2. The cosmetic method of claim 1 , wherein the surface of the at least one of the rollers includes protrusions.
3. The cosmetic method of claim 1 , further comprising a timer operably connected to the vacuum chamber, the optical energy source and the non-optical energy source.
4. The cosmetic method of claim 1 , further comprising:
a position indicator operably connected to the at least one of the rollers and configured to determine a rotational rate of the at least one of the rollers as the rollers move across the skin; and
a power controller operably connected to the system controller and the position indicator and the non-optical energy source, the power controller being configured to vary the non-optical energy transmitted to the at least one of the rollers based on the rotational rate of the at least one of the rollers.
5. The cosmetic method of claim 1 further comprising an optical sensor configured to sense movement of the rollers across the skin.
6. The cosmetic method of claim 1 including a position indicator connected to the at least one of the rollers and configured to detect a rotational position of the at least one of the rollers, wherein the rotational position includes a count of full rotations.
7. The cosmetic method of claim 6 wherein the optical energy is emitted based on the rotational position of the at least one of the rollers.
8. The cosmetic method of claim 1 , wherein:
the optical energy source disposed to transmit the optical energy into a space formed by an opening between the two, parallel, cylindrical rollers.
9. The cosmetic method of claim 1 , wherein at least another portion of the outer surface of the at least one of the rollers is electrically nonconductive, and wherein the conductive portion and the nonconductive portion comprise alternating bands of conductive and nonconductive material.
10. The cosmetic method of claim 1 , wherein the optical energy source is one or more of:
an intense pulsed light (IPL), a laser or a light-emitting diode (LED).
11. The cosmetic method of claim 1 , wherein the non-optical energy source is a source of radio frequency (RF) energy.
12. The cosmetic method of claim 1 wherein the providing of the non-optical energy to the skin includes providing of the non-optical energy through the at least one of the rollers after a predefined suction time lapses.
13. The cosmetic method of claim 1 wherein the providing of non-optical energy to the skin includes increasing an intensity of the non-optical energy during a decrease of air pressure in the vacuum chamber.
14. The cosmetic method of claim 1 wherein the providing of non-optical energy to the skin includes varying an intensity of the non-optical energy as the vacuum chamber moves across the skin.