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Laser dot matrix intelligent skin physiotherapy instrument based on electroporation

A technology of laser dot matrix and smart skin, which is applied in the field of laser dot matrix smart skin physiotherapy instrument and its intelligent physiotherapy, and laser dot matrix skin physiotherapy equipment. And other issues

Active Publication Date: 2022-07-29
围美健康科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, the parts of the skin surface that need to be repaired are often not fully covered by simple geometric figures. Some healthy parts do not need physical therapy, but they are usually affected by laser microbeams, resulting in coverage errors.
Therefore, the fractional laser cannot be targeted to select the parts that need physical therapy for action.
[0005] The existing technology forms penetration enhancement through ultrasonic introduction after fractional laser, but this combined technology only promotes the penetration of drugs, but does not form the physiotherapy effect of rapid freckle removal and melanin decomposition

Method used

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  • Laser dot matrix intelligent skin physiotherapy instrument based on electroporation
  • Laser dot matrix intelligent skin physiotherapy instrument based on electroporation
  • Laser dot matrix intelligent skin physiotherapy instrument based on electroporation

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0045] like figure 1 The electroporation-based laser lattice intelligent skin physiotherapy instrument 1 in this embodiment includes a physiotherapy probe 1-0, a first cable 10, a second cable 11, and a cable combination of a third cable 12, and the host 1-1, wherein the physiotherapy probe 1-0 has a casing, one end of the casing is a physiotherapy end, the other end is a cable combination lead-out end, the first cable 10, the second cable 11, and the third wire The cable 12 is connected with the host 1-1, so that the host 1-1 can control the physiotherapy probe to perform skin physiotherapy.

[0046] like figure 2 The physiotherapy end has a dep area 2, a fractional laser area 3, and an administration area 4 inside the dep area 2, which are respectively connected with the divided dep cavity 21, the lattice laser cavity 31, and the administration cavity in the housing. One end of 41 is connected; the dot matrix laser area 3 is formed of transparent organic glass.

[0047] ...

Embodiment 2

[0059] The difference between this embodiment and Embodiment 1 lies in the aspect of image processing, wherein the image recognition unit includes an intelligent image recognition unit (not shown in the figure), and the intelligent image recognition unit is based on the sub-section of the physical therapy area of ​​the grayscale image. The image and the control signal establish an artificial intelligence model, the artificial intelligence model identifies whether a control signal needs to be generated according to the sub-image, the artificial intelligence model includes a convolutional neural network CNN, and the CNN can identify according to the sub-image The corresponding control signal code is 1 (generated) or 0 (not generated), so as to identify whether each sub-image needs to generate a corresponding control signal.

[0060] like image 3As shown, in the grayscaled image of the collected image in the dep selection process, it is exemplified that four categories A, B, C, ...

Embodiment 3

[0062] Physiotherapy modes: including single dep physiotherapy mode, single laser lattice physiotherapy mode, and laser lattice physiotherapy mode based on electroporation. Selecting a corresponding physiotherapy mode and using the physiotherapy probe to perform corresponding physiotherapy, wherein the individual dep physiotherapy mode cooperates with the drug delivery device to control the drug delivery device to perform drug delivery during or after a prescribed first time under the action of electric pulses with set parameters, In the single laser lattice physiotherapy mode, the physiotherapy is completed within a specified second time under the action of the laser pulses of the set laser parameters, or the drug delivery device is controlled to administer the drug during or after the specified second time; If the electroporation-based laser dot matrix hybrid physiotherapy mode is used, step (2) is entered; the first and second time are 1min-1h.

[0063] (2) First perform de...

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Abstract

The invention provides a laser lattice intelligent skin physiotherapy instrument based on electroporation, comprising a physiotherapy probe, a cable and a host having a dep area, a lattice laser area and a drug delivery area, wherein the physiotherapy probe has a casing, One end of the casing is a physiotherapy end, and the other end is a cable lead-out end. The cable is connected to the host, so that the host can control the physiotherapy probe to perform skin physiotherapy, so that the LRT generated by dep can conduct laser energy transmission and avoid traditional lasers. Fractional trauma disadvantages, use the intelligent image recognition model to perform laser physiotherapy on the lesion site to achieve accurate coverage of the fractional laser, choose percutaneous drug delivery to give additional skin care effects on the basis of laser physiotherapy, and can freely choose traditional dep or laser Dot matrix single physiotherapy plan, or mixed physiotherapy mode, to achieve a variety of customized options for user physiotherapy plan.

Description

technical field [0001] The invention relates to a laser lattice skin physiotherapy instrument, in particular to an electroporation-based laser lattice intelligent skin physiotherapy instrument and an intelligent physiotherapy method thereof, belonging to the field of skin physiotherapy instruments. Background technique [0002] Electroporation (dep) technology is a high-voltage pulse acting on the skin to generate a temporary reversible ion transport channel (LTR) in the stratum corneum of the skin, and achieve rapid and efficient skin care technology through simultaneous drug delivery. The laser lattice relies on the high-energy pulsed lattice laser to act on the skin to produce approximately linear microporous channels on the skin surface, so that the photons can penetrate deep into the dermis layer of the skin, resulting in thermal coagulation around the pores to form stable scattered through-holes. The heat energy is transferred around the through hole for subcutaneous p...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): A61B18/20A61B18/00A61M35/00A61N5/06
CPCA61B18/20A61B18/00A61M35/20A61N5/062A61N5/0616A61B2018/00458A61B2018/00613A61B2018/00773A61N2005/0627
Inventor 李凌云
Owner 围美健康科技有限公司
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