A minimally invasive expandable channel system with a new polymer material built-in fiber optic spine

Abstract

The invention discloses a novel high polymer material spine minimal invasion expandable channel system with internally arranged optical fibers for minimally invasive spine surgery systems. The novel high polymer material spine minimal invasion expandable channel system comprises an opening cannula, a working sleeve and a fixing arm which are made of medical high polymer materials. The working sleeve is formed by movably riveting tops of walls of two working sleeve tubes, and connection handles are further arranged at the tops of the walls of the working sleeve tubes and connected with the fixing arm. Optical fiber modules are arranged in the working sleeve, color identification sections are arranged on the opening sleeve, the bottom of the opening sleeve is tapered, and anti-skidding sections are arranged at the top of the opening sleeve. According to the novel high polymer material spine minimal invasion expandable channel system, the opening cannula implanting depth is easy to control, and the opening cannula is convenient to implant manually; the opening sleeve can be opened from the upper portion to expand the bottom area, and the internally arranged optical fiber modules facilitate lightening in the working sleeve; and stretching outer handles and arc structures are arranged on two handles of opening pliers respectively, so that the utilization is facilitated; and equipment is low in manufacturing and exchanging cost and disposable, so that the possibility of cross infection in surgery is reduced.

Description

technical field

[0001] The invention relates to a spinal minimally invasive operation system, in particular to a novel polymer material built-in optical fiber spinal minimally invasive expandable channel system. Background technique

[0002] Commonly used surgical instruments in existing spinal minimally invasive surgery systems include distraction sleeves, working sleeves, fixed arms, and spreader forceps. Generally, the function of distraction sleeves is limited to step-by-step insertion along the incision to expand the surgical work. However, it is difficult to judge whether the cannula has reached the surgical area after it is inserted into the body, and the outer end of the first placed distraction cannula has no suitable parts for grasping, which makes it inconvenient to insert the cannula; the working sleeve is fixed The columnar structure has a single structure, and in minimally invasive surgery, it is often necessary to expand the bottom of the target operation area...

Examples

Embodiment Construction

[0031] Such as Figure 1-Figure 8 As shown, the minimally invasive and expandable channel system for the spinal cord with built-in polymer material of the present invention consists of a distraction sleeve 1 , a working sleeve 2 and a fixed arm 3 .

[0032] Such as figure 1 As shown, the stretching sleeve 1 is used to place the incision of the target surgical part of the patient, and then insert the working sleeve 2 after stretching the surgical area. Starting from the bottom of the cone, color identification sections of different lengths are set, which are green 5cm, pink 1cm, yellow 1cm, and blue 3cm. The different color identification sections are different from the scale, so that the approximate range of insertion depth can be quickly determined, and it is easy to grasp the insertion depth. The rear end of the expansion sleeve 1 is provided with a plurality of anti-slip segments, which can effectively increase the convenience of use and facilitate the insertion of the exp...

technical field

[0001] The invention relates to a spinal minimally invasive operation system, in particular to a novel polymer material built-in optical fiber spinal minimally invasive expandable channel system. Background technique

[0002] Commonly used surgical instruments in existing spinal minimally invasive surgery systems include distraction sleeves, working sleeves, fixed arms, and spreader forceps. Generally, the function of distraction sleeves is limited to step-by-step insertion along the incision to expand the surgical work. However, it is difficult to judge whether the cannula has reached the surgical area after it is inserted into the body, and the outer end of the first placed distraction cannula has no suitable parts for grasping, which makes it inconvenient to insert the cannula; the working sleeve is fixed The columnar structure has a single structure, and in minimally invasive surgery, it is often necessary to expand the bottom of the target operation area...

Examples

Embodiment Construction

[0031] Such as Figure 1-Figure 8 As shown, the minimally invasive and expandable channel system for the spinal cord with built-in polymer material of the present invention consists of a distraction sleeve 1 , a working sleeve 2 and a fixed arm 3 .

[0032] Such as figure 1 As shown, the stretching sleeve 1 is used to place the incision of the target surgical part of the patient, and then insert the working sleeve 2 after stretching the surgical area. Starting from the bottom of the cone, color identification sections of different lengths are set, which are green 5cm, pink 1cm, yellow 1cm, and blue 3cm. The different color identification sections are different from the scale, so that the approximate range of insertion depth can be quickly determined, and it is easy to grasp the insertion depth. The rear end of the expansion sleeve 1 is provided with a plurality of anti-slip segments, which can effectively increase the convenience of use and facilitate the insertion of the exp...

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