Virginal rejuvenation apparatus and method
A radio-frequency apparatus is provided for vaginal tightening. The apparatus includes a main engine, a connection device, an applicator, and a negative plate, wherein the applicator includes a hand-held component and a treatment plug. The treatment plug has multiple RF electrodes distributed thereon, and has a size similar to the target tissue such that no movement is necessary during treatment. A controller is employed to connect a RF electrode driving circuit, trigger an electrode driving circuit conduction at a preset frequency as an output RF excitation source. Uneven RF current electrode treatment distribution can thus be resolved by using the RF electrode driving circuit to drive the conduction between the RF electrode and the RF source, at the same time by adopting multiple sets of RF electrode conduction for RF electrode configuration treatment, to ensure uniform distribution between each group of RF electrode currents.
1. A radio-frequency (RF) apparatus configured for vaginal treatment, the apparatus comprising:
a main engine;
a connection device;
an applicator; and
a negative electrode plate,
wherein:
the applicator comprises a hand-held component and a treatment plug,
the main engine is coupled with the hand-held component through a connector,
the treatment plug has multiple RF electrodes disposed thereover; and
the treatment plug comprises one or more identification chips disposed inside the treatment plug.
2. The apparatus of claim 1 , wherein the treatment plug has a size substantially similar to a size of a target, wherein the size of the treatment plug is configured to allow treatment of the target without substantial movement of the plug, and wherein the apparatus is configured for vaginal wall tightening.
3. The apparatus of claim 1 , wherein the hand-held component comprises a handle and a cooling circuit, wherein the cooling circuit is disposed in the handle and has an extension portion that extends from the handle.
4. The apparatus of claim 3 , wherein the treatment plug comprises a plurality of heat conductive elements and a temperature sensor, wherein the multiple RF electrodes are wrapped within an outermost layer of the treatment plug, wherein the plurality of heat conductive elements are disposed inward of the RF electrodes, wherein the extension portion of the cooling circuit is disposed inward of the heat conductive elements; and wherein the temperature sensor is disposed among the RF electrodes.
5. The apparatus of claim 4 , wherein the temperature sensor is configured as one of the following: (A) inserted in the RF electrodes, (B) attached to an upper surface of the RF electrodes, or (C) attached to a lower surface of the RF electrodes, wherein the temperature sensor is thermal-isolated from the plurality of heat conductive elements, and wherein the temperature sensor comprises one or more sensing elements.
6. The apparatus of claim 1 , wherein the treatment plug has a diameter of about 2.5 cm- 3.75 cm and a length of about 7 cm- 15 cm.
7. The apparatus of claim 1 , wherein the RF electrodes have a pattern of one of round, bar, linear, ring, polygon, irregular arc, or a combination thereof, and account for about 5%-80% of an outer wall area of the treatment plug.
8. The apparatus of claim 1 , wherein the RF electrodes have shapes of one of a rectangular shape, a bar shape, or a circular shape.
9. A radio-frequency (RF) apparatus configured for vaginal treatment, the apparatus comprising:
a main engine;
a connection device;
an applicator; and
a negative electrode plate,
wherein:
the applicator comprises a hand-held component and a treatment plug,
the main engine is coupled with the hand-held component through a connector,
the treatment plug has multiple RF electrodes disposed thereover; and
the RF electrodes are in a circular distribution with a specified inclination or vertical angle.
10. The apparatus of claim 1 , wherein the RF electrodes are arranged in at least one of a linear unipolar or bipolar distribution, forming a current loop within a local small area.
11. The apparatus of claim 1 , wherein the RF electrodes are arranged in a bipolar distribution having one pole located at an inner ring and another pole located at an outer ring; or in a fractional bipolar distribution with both poles cross distributed, and wherein a ratio between numbers or areas of both poles is no more than two.
12. The apparatus of claim 1 , wherein a cross section of an end portion of the treatment plug is larger than a remaining portion of the treatment plug, wherein the multiple RF electrodes are distributed at the end portion of the treatment plug, and wherein the apparatus is configured for vaginal orifice tightening.
13. The apparatus of claim 12 , wherein the RF electrodes have a pattern of one of round, bar, linear, ring, polygon, irregular arc, or a combination thereof.
14. The apparatus of claim 13 , wherein the RF electrodes are bar-shaped unipolar RF electrodes or linear RF electrodes.
15. The apparatus of claim 13 , wherein the RF electrodes are bar-shaped bipolar electrodes, linear bipolar RF electrodes, linear bipolar RF electrodes with one pole having linear shape and another pole surrounded by the bar-shaped electrodes, or fractional-shaped unipolar RF electrodes.
16. A radio-frequency (RF) apparatus configured for vaginal treatment, the apparatus comprising:
a main engine;
a connection device;
an applicator; and
a negative electrode plate,
wherein:
the applicator comprises a hand-held component and a treatment plug,
the main engine is coupled with the hand-held component through a connector,
the treatment plug has multiple RF electrodes disposed thereover; and
the connector comprises one of a card slot or a thread.
17. The apparatus of claim 1 , wherein the hand-held component comprises a grip portion including a handle portion, the apparatus further comprising:
an identification chip,
an RF signal source interface male end, and
a cooling water pipe portion,
the handle portion having a top end connect to the identification chip and an RF signal source interface male end,
wherein:
the identification chip and an RF signal source interface female end connect to an identification chip male end,
one end of the cooling water pipe portion is connected to the handle portion top end, and
another end of the cooling water pipe portion is connected to a thermal conductive element.
18. The apparatus of claim 1 , further comprising an RF electrode driving circuit including an optical coupler, a transistor, and a relay, the transistor having a base electrode, a collector electrode, and an emitter electrode coupled to the optical coupler, the relay, and an output source, respectively.
19. The apparatus of claim 18 , wherein the optical coupler is coupled to one end of a first resistor, an input of the optical coupler coupled to ground, an output of optical coupler coupled to a power source, another end of the optical coupler coupled to one end of a second resistor, and another end of the second resistor coupled to the transistor base electrode, wherein the first resistor is coupled to the power source by another end, wherein the transistor is NPN type, the driving circuit further comprising a controller configured to generate a preset output RF frequency for an excitation source to trigger the driving circuit, to thereby drive the multiple RF electrodes and multiple RF sources.