Method and device for removing superabundant fats

Abstract

The present invention discloses a method for removing surplus fat and a device thereof. The method comprises the following steps that: a. skin and subcutaneous tissue at a target area are sucked by a negative pressure device so as to be positioned in a movable fat suction processing container; and b. energy which is capable of destroying a lipocyte is led to the human body fat region of the container so as to remove fat. The device comprises an energy generation device which generates energy for destroying the lipocyte, and is provided with an operating handle. The operating handle is of a reentrant shape. The energy generation device is arranged on the reentrant inner wall of the operating handle. The operating handle is provided with a vacuum negative pressure suction device. The method and the device can selectively dissolve adipose tissue at the target area by simultaneously or respectively emitting high strength focused supersound and laser to the target area of a patient, and the adjacent tissues around the adipose tissue such as blood vessels, nerves and muscles, etc. are not injured, thereby achieving the aim of body shaping and thinning. The supersound and an optical imaging detector can monitor the operation development in real-time and adjust a therapeutic proposal timely.

Description

technical field [0001] The present invention relates to a method for eliminating fat, in particular to a non-invasive in vitro fat-melting method; [0002] The invention also relates to a device for eliminating fat, in particular to a non-invasive external fat-melting device. Background technique [0003] Permanently removing fat from the human body has always been a wish that is difficult to realize. Dieting doesn't work for everyone, and it doesn't target specific areas to lose excess fat. [0004] Usually, the fat cells that have been formed in the human body hypertrophy or shrink with the accumulation and reduction of fat, but their number basically does not change. If fat cells are then destroyed, about 70% of the fat in them will not be restored. [0005] The traditional method of destroying fat cells is liposuction, which involves surgically removing part or all of the fat cell layer in the target area. This method is invasive, and the surgical treatment process i...

AI Technical Summary

Problems solved by technology

In addition, this kind of equipment requires a specific algorithm for the focus positioning and prediction of the action site, which is relatively complicated to implement and not accurate enough.

[0011] It can be seen from this that the traditional liposuction has great harm, high risk and strong side effects; the existing in vitro fat-melting technology also has many defects, so this kind of treatment method and system needs to be further perfected and improved

Images