Three-Dimensional Negative Pressure Composite Stimulator Module For Improving Function Of Skin, Capable Of Customized Composite Stimulus

Abstract

The present invention relates to a three-dimensional negative pressure composite stimulator module for improving the function of the skin, capable of a customized composite stimulus, and relates to a three-dimensional negative pressure composite stimulator module for improving the function of the skin, the modulus compositely implementing, primarily with a three-dimensional negative pressure stimulus, a stimulus such as a current, light, heat and negative pressure, which are helpful in the improvement of the function of the skin, so as to enable a customized composite stimulus by having a function of detecting a skin condition. To this end, disclosed is a three-dimensional negative pressure composite stimulator module for improving the function of the skin, capable of a customized composite stimulus, the module comprising: a negative pressure cup; and at least one partition plate provided on the negative pressure transfer path of the negative pressure cup and compositely transferring, to the skin or subcutaneous tissue, at least one stimulus of a negative pressure stimulus, a light stimulus, a heat stimulus, an electric stimulus and a thermal stimulus.

Description

technical field [0001] The present invention relates to a three-dimensional negative pressure compound stimulator module for improving skin function that can perform matching compound stimulation, and more specifically relates to a three-dimensional negative pressure stimulation centered on a combination of current, light, and heat that can help improve skin functions. It is a three-dimensional negative pressure compound stimulator module for skin function improvement with skin condition detection function and matching compound stimulation. Background technique [0002] As the skin ages, the arrangement and direction of collagen fibers change. In particular, type 1 collagen is arranged in a direction parallel to the skin surface in the dermis, and the water-collagen interaction decreases. Photoaged skin is characterized by damage and modification of collagen and elastin fibers. Reduced skin elasticity due to loss of collagen fibers and elastin fibers. Delicate collagen fib...

AI Technical Summary

Problems solved by technology

However, there is a problem that even if the wide contact surface on which the negative pressure is applied is used as a treatment fulcrum, high-frequency stimulation cannot be applied to the corresponding part, and high-frequency stimulation must be applied circularly only on the circumference. There is a limitation that stimulation cannot be directly applied to the contact surface, and stimulation is performed only by arranging ceramics on a narrow circular circumference, thereby greatly limiting the stimulation effect

[0009] In particular, with the compound stimulation device, even if the entire circular part of the opening of the cupping cup is the stimulation site, electrical or magnetic stimulation is only applied to a very narrow peripheral part, thus, there is a problem that compound stimulation cannot be realized in a wide part.

And, along the skin contact surface of the opening of the cup cup, the electric or magnetic stimulation element is only arranged at the narrow part of the circumference, thus, there is a problem that electricity, magnetism, and heat are applied only through the narrow skin contact surface. When stimulating, when the skin contact surface of the transmission element is narrow, it is difficult to effectively transmit electrical or magnetic stimulation through the skin due to the increase in impedance resistance

[0010] As mentioned above, even if a device capable of combining electrical stimulation, light or heat stimulation, and negative pressure stimulation is currently realized, there is a problem that even if it is possible to apply only a simple form of negative pressure stimulation to a wide contact surface, or apply Compound stimuli such as electricity, light, or heat, but only limited stimulation to a narrow area

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