CN105361842A

CN105361842A - 3D endoscope breast augmentation technique

Info

Publication number: CN105361842A
Application number: CN201510706161.7A
Authority: CN
Inventors: 李京
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-10-28
Filing date: 2015-10-28
Publication date: 2016-03-02

Abstract

The invention discloses a 3D endoscope breast augmentation technique. The technique includes: combining a 3D endoscope system with a U-shaped or L-shaped endoscope holding device, inserting a 3D endoscope below a mammary gland or a pectoral major muscle through an axillary approach, connecting a camera with the 3D endoscope, and arranging two CCD (charge coupled device) image sensors at the front end of the endoscope of the 3D endoscope system to capture images for right and left eyes respectively; using a special device to process the images to form a 3D image; displaying the 3D image formed on a 3D displayer, and observing through 3D glasses to realize three-dimensional image observation of a doctor. The 3D endoscope breast augmentation technique has the advantages that the endoscope system with the 3D camera is adopted for breast augmentation, so that conventional breast augmentation under blind sight is changed into breast augmentation under direct sight or breast augmentation under a 2D visual field is changed into breast augmentation under a 3D visual field, operative field during operation is wider, sense is more three-dimensional, and accuracy and safety of operation are improved; the operation process is as plain as daylight, so that extra damage is avoided.

Description

3D endoscope mamaplasty technology

Technical field

The invention belongs to technical field of medical instruments, relate to 3D endoscope mamaplasty technology.

Background technology

Current domestic breast augmentation 90% is still traditional operation, and the stripping of lacuna is still carried out depending on lower use finger or detacher passivity blind.Can use U-shaped few with L-type endoscope apparatus breast-enlarging operation person, and utilization is all 2D endoscopic system.

Summary of the invention

The object of the present invention is to provide 3D endoscope mamaplasty technology.Not only solve current breast enlargement adopt passivity, blind look under lift-off technology, and 3D can be become from 2D, make the visual field of doctor more wide, sense organ is also more three-dimensional, add accuracy and the safety of operation, clearly can see anatomical structure, and then meticulously to peel off exactly, avoid conventional art injured nerve, blood vessel when chorista.

The technical solution adopted in the present invention comprises the 3D endoscopic system connecting light source, after the camera lens of 3D endoscopic system stretches into human body, by light source, human body internal image before camera lens is illuminated, and send video image to video camera, video camera shooting this image lower sends to image processor, image processor stores the image in memory device, and is shown on 3D display by image, and doctor implements operation by wearing 3D glasses.

Further, described 3D endoscopic system comprises 3D display, light source, image/video process memory device, 3D endoscope, and enlarge the bosom U-shaped or L shape of endoscope holds lens device, scope grasping device;

Wherein, light source is for illuminating the human body in 3D endoscope front, and 3D endoscope sends forward image to video camera, and enlarge the bosom U-shaped or L shape of endoscope is held lens device and regulated 3D endoscopic angle and position for supporting.

The beneficial effect of the invention have employed the endoscopic system being furnished with 3D photographic head to carry out breast enlargement, blindly the lower mamaplasty of direct-view is become depending on lower mamaplasty from traditional, or become 3D visual field mamaplasty from 2D visual field mamaplasty, in art, visual area is more wide, sense organ is also more three-dimensional, add accuracy and the safety of operation, operation process is very clear, can not cause additional injury.

Detailed description of the invention

Below in conjunction with detailed description of the invention, the present invention is described in detail.

Using method:

(1) Preoperative Method: preoperative erect position design, after anesthesia, patient is flat sleeping, two upper limb stretch 90 °, sterile drape.

(2) 3D endoscopic system assembling: by 3D display, light source, electrocoagulator and image/video memory device, 3D endoscope, endoscope enlarges the bosom special U-shaped or L shape drag hook, and vacuum extractor is assembled.3D endoscopic system is placed in operating-table afterbody.

(3) operation process: otch is about 4 ~ 5 centimetres at apex of axillary, after being positioned at pectoralis major lateral border, after cutting skin to fat deposit, and continuation high frequency electric knife separating cut is subcutaneous around, appear pectoralis major lateral border, with gap under gap under finger or mosquito forceps blunt separation pectoralis major or mammary gland, tentatively produce cave, chamber.

The position operation 3D endoscopic system of patient between patient's head side and shoulder carries out the stripping of prosthese lacuna, insert 3D endoscope to enlarge the bosom special U-shaped or L shape drag hook, mentioned by assistant, grasp direction and the degree of depth, circuit nurse helps operator to wear 3D glasses, patient one hand-held scope electricity hook, the hand-held scope grasping device of another, can carry out looking at lower accurate operation straight facing to 3D display.Until be stripped to the boundary of preoperative labelling completely intuitively, and then fill in prosthese, close otch, pressure dressing, art finishes.

3D endoscopic system of the present invention is held lens device with U-shaped or L shape and is combined, under axillary fossa approach inserts mammary gland or under pectoralis major, photographic head connects with 3D endoscope, and 3D endoscopic system is equipped with two ccd image sensors in the front end of endoscope, respectively capture right eye with left eye image.Then 3D image is formed with this two group image of special purpose device process.Afterwards by the 3D image display that formed on 3D display, and to be watched by 3D glasses, realize doctor's stereoscopic image thus and observe, implement separation the safest and guide to peel off.Simultaneously in conjunction with high frequency surgery instrument, utilize its heat effect to carry out TURP and coagulation by 3D endoscope electricity hook and assistive device, realize stripping and the hemostasis of lacuna, the wound of operation itself is decreased.

The novel part of the technology of the present invention and advantage: author is creationary to be applied to 3D endoscopic system in breast-enlarging operation.Compared with traditional breast-enlarging operation, avoid in art passivity, blind look under strip operation, reduce the accidental injury of art medium vessels nerve, be convenient to accurate separation, hemostasis; Compared with 2D endoscope breast-enlarging operation, the lacuna degree of depth etc. being difficult to grasp by 2D image before making becomes easy assurance.Operating theater instruments accurately can be located easily and precisely be operated.The image of high definition electro-photographic head shooting can also amplify, and makes that the visual field of doctor is more wide, sense organ is also more three-dimensional, not only decreases the traumatic of operation, also add accuracy and the safety of operation.

It can by the guiding of 3D display, and allow patient complete operation under direct-view, it can amplify visual area, promote clearness, increase resolution, accurate positioning, hemostasis thoroughly, decrease blind numerous complication of looking operation, improve the safety of operation, shorten the time of patient's post-operative recovery, alleviate postoperative pain, in the effect of operation, also can reach the satisfaction of patient.

The above is only to better embodiment of the present invention, not any pro forma restriction is done to the present invention, every any simple modification done above embodiment according to technical spirit of the present invention, equivalent variations and modification, all belong in the scope of technical solution of the present invention.

Claims

1.3D endoscope mamaplasty technology, it is characterized in that: comprise the 3D endoscopic system connecting light source, after the camera lens of 3D endoscopic system stretches into human body, by light source, human body internal image before camera lens is illuminated, and sending video image to video camera, video camera shooting this image lower sends to image processor, and image processor stores the image in memory device, and image is shown on 3D display, doctor implements operation by wearing 3D glasses.

2. according to 3D endoscope mamaplasty technology described in claim 1, it is characterized in that: described 3D endoscopic system comprises light source, image/video memory device, 3D endoscope, enlarge the bosom U-shaped or L shape of endoscope holds lens device, scope grasping device;