CN211461439U - Visual closed thoracic drainage tube - Google Patents

Abstract

The utility model provides a visual thoracic closed drainage tube, which comprises a main tube (1), side holes (2-1), (2-2), X-ray developing mark lines (3), a micro-camera optical fiber line (4) and a USB interface (5). The utility model discloses visual thorax closed drainage tube has improved the structure of current thorax closed drainage tube, has added miniature camera, just so can observe the position of chest tube in the body on the display to can adjust in good time. By utilizing the visualization technology, the thoracic drainage tube is efficiently and conveniently improved to use, the postoperative complications are reduced, the frequency of use of the postoperative chest radiography and CT is reduced, the hospitalization time of the patient is shortened, and the thoracic drainage tube has a great application prospect clinically.

Description

Visual closed thoracic drainage tube

Technical Field

The utility model relates to a medical instrument, concretely relates to drainage tube for operation especially relates to a visual thorax closed drainage tube.

Background

After chest surgery, patients need to use a thoracic drainage tube to remove hematocele and hydrops in the thoracic cavity, so as to prevent postoperative infection in the thoracic cavity and poor lung expansion. The existing thoracic drainage tube comprises a side hole, scales, an identification line and the like. However, because the thoracic cavity is a closed body cavity, the position of the drainage tube in the thoracic cavity and the drainage condition of effusion in the thoracic cavity cannot be directly observed after an operation, and the placement condition of the drainage tube can be evaluated only by indirect means such as a chest film, a chest CT and the like, which is not beneficial to postoperative recovery of a patient and postoperative care of medical care personnel, so that the improvement of the thoracic drainage tube has important significance.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide an operation thoracic drainage tube to solve the problem that exists among the above-mentioned prior art.

In order to achieve the above object, the utility model provides a following technical scheme: a visual closed thoracic drainage tube comprises a drainage tube main body tube, side holes and an X-ray development marking line, wherein the main body tube is a medical silicone tube with the X-ray development marking line, and the side holes are formed in two sides of the tube wall of the main body tube; inside the main body pipe, a position 1cm away from the pipe orifice is provided with an optical fiber line with a micro camera, and the terminal of the optical fiber line with the micro camera is provided with a USB interface. The wall of the main body 1 is provided with volume scales.

The side holes arranged on the two sides of the tube wall of the main tube are arranged as follows: the left side hole and the right side hole that main part pipe wall both sides set up arrange as follows: the left hole is positioned 1cm away from the opening of the main body pipe, and the right hole is positioned at the opposite side of the left hole; side holes are arranged at intervals of 2cm, and 3-4 side holes for water drainage and air exhaust can be symmetrically arranged on each side in sequence; the side holes on each side are spaced by 2 cm.

The X-ray development marking line has the function of displaying images under X-rays. The barium sulfate component is pressed into the silica gel tube.

The USB interface arranged at the optical fiber end of the miniature camera is connected to an external computer display screen, so that the visualization function can be realized.

The utility model discloses visual thorax closed drainage tube has improved the structure of current thorax closed drainage tube, has added miniature camera, just so can observe the position of chest tube in the body on the display to can adjust in good time. By utilizing the visualization technology, the thoracic drainage tube is efficiently and conveniently improved to use, the postoperative complications are reduced, the frequency of use of the postoperative chest radiography and CT is reduced, the hospitalization time of the patient is shortened, and the thoracic drainage tube has a great application prospect clinically.

Drawings

FIG. 1: the utility model discloses visual thorax closed drainage tube

The device comprises a main body tube 1, a left hole 2-1, a right hole 2-2, a 3-X-ray development marking line, a 4-micro camera optical fiber line, a 5 and a USB interface.

Detailed Description

The parts of the apparatus described in the present example are commercially available unless otherwise specified.

Example 1

In conjunction with FIG. 1: the utility model discloses a visual closed thoracic drainage tube, which comprises a main drainage tube body tube 1, a left hole 2-1, a right hole 2-2 and an X-ray developing marking line 3, wherein the left hole 2-1 and the right hole 2-2 are arranged on the two sides of the tube wall of the main drainage tube 1; the main tube 1 is a medical silicone tube with an X-ray developing mark line 3; inside the main body pipe 1, set up the optic fibre line 4 of taking miniature camera apart from mouth of pipe 1cm department, the tail end of miniature camera optic fibre line 4 exposes main body pipe 1 to set up USB interface 5. The wall of the main tube 1 is provided with volume scales.

The side holes 2 arranged on the two sides of the tube wall of the main tube 1 are arranged as follows: the first right hole 2-1 is positioned at a position 1cm away from the pipe orifice, the first left hole 2-2 is positioned at the opposite side of the first right hole 2-1, and the first right hole and the first left hole are symmetrical; then, side holes are arranged at intervals of 2cm, and 3 side holes for water drainage and air exhaust can be symmetrically arranged on each side in sequence; the side holes on each side are spaced by 2 cm.

The X-ray development marking line has the function of displaying images under X-rays. The barium sulfate component is pressed into the silica gel tube.

The USB interface arranged at the terminal of the micro camera optical fiber line 4 is connected to an external computer display screen, so that the visualization function can be realized.

During the operation, patient uses through thoracic surgery postoperative the utility model discloses a chest hematocele, hydrops are got rid of to visual thorax closed drainage tube thorax to prevent postoperative intrathoracic infection and lung expansion not good, when using, the operator can observe the position of chest pipe in the body through the display, and can adjust in good time. Utilize visual technique, the high-efficient convenient use that improves thoracic drainage tube reduces postoperative complication, reduces the frequency of utilization of postoperative chest film, CT, and the drainage condition of direct observation drainage tube position and pleural effusion in the thorax assesses the condition of placing of drainage tube, does benefit to patient's postoperative recovery and medical personnel's postoperative care. Shortens the hospitalization time of the patient and has a larger application prospect in clinic.

Claims (3)

1. A visual closed thoracic drainage tube comprises a main tube (1), a left hole (2-1), a right hole (2-2) and an X-ray development marking line (3), and is characterized in that the main tube (1) is a medical silicone tube with the X-ray development marking line (3), and the two sides of the tube wall of the main tube (1) are respectively provided with the left hole (2-1) and the right hole (2-2); an optical fiber wire (4) with a micro camera is arranged in the main body pipe (1) at a position 1cm away from the pipe orifice, and a USB interface (5) is arranged at the terminal of the optical fiber wire (4) of the micro camera; the tube wall of the main tube (1) is provided with capacity scales.

2. The visual closed intrathoracic drain according to claim 1, wherein the left hole (2-1) and the right hole (2-2) are arranged on both sides of the wall of the main body tube (1) and are arranged as follows: the first left hole (2-1) is positioned 1cm away from the pipe orifice of the main body pipe (1), and the first right hole (2-2) is positioned at the opposite side of the first left hole (2-1); and side holes are arranged at intervals of 2cm, and 3-4 side holes are arranged on each side in sequence for water drainage and air exhaust.

3. The visual closed intrathoracic drain according to claim 1, wherein the terminal end of the micro-camera optical fiber line (4) is exposed out of the tail end of the main body tube (1) and is provided with a USB interface (5); the USB interface (5) is connected to an external computer display screen, so that the visualization function can be realized.

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