CN203898450U - Operating table apparatus accommodating bag - Google Patents

Abstract

The utility model provides an operating table instrument storage bag, which belongs to the field of medical instruments. It includes a non-woven shell and an upper packaging material encapsulated on the non-woven shell, the non-woven shell and the upper packaging material form a closed surgical instrument placement cavity, and the surgical instrument placement cavity is a sterile environment. The operating table instrument placement bag provided by the utility model is composed of a non-woven fabric shell and an upper packaging material to form a closed aseptic surgical instrument placement cavity, and the required surgical instruments are put into the surgical instrument placement cavity and sealed, which is convenient carrying surgical instruments.

Description

An operating table instrument placement bag

technical field

The utility model belongs to the field of medical instruments, in particular to an operating table instrument storage bag.

Background technique

At present, various surgical instruments used in operations, such as scalpels, scissors, tweezers, etc., are all public goods, and they need to be cleaned and disinfected before they can be used again after each use. The workload of medical staff, on the other hand, if the cleaning and disinfection are not thorough, it is easy to cause cross-infection of other patients. At the same time, the surgical instruments after cleaning and disinfection must be placed in a sterile environment throughout the process, so there is also the problem that the surgical instruments are not easy to carry.

Utility model content

The purpose of the utility model is to provide an operating table instrument storage bag, which can conveniently carry the surgical instruments.

In order to achieve the above object, the utility model adopts the following technical solutions:

An instrument placement bag for an operating table, comprising a non-woven fabric shell and an upper-layer packaging material encapsulated on the non-woven fabric shell, the non-woven fabric shell and the upper-layer packaging material form a closed surgical instrument placement cavity, and the surgical instrument placement cavity is a sterile environment .

The surgical instrument placement cavity is provided with several barriers, which divide the surgical instrument placement cavity into several airtight small cavities for placing different surgical instruments.

The non-woven shell, the upper packaging material and the barrier are all disposable materials.

The barrier is made of sterile non-woven material.

The small cavity is elongated.

The upper packaging material is a transparent material.

Disposable surgical instruments are housed in the cavity for placing surgical instruments.

The aspect ratio of the non-woven shell is (5-7):(3-4).

Compared with the prior art, the beneficial effects of the utility model are:

The utility model provides an instrument placement bag for an operating table, which is composed of a non-woven fabric shell and an upper packaging material to form a closed aseptic surgical instrument placement cavity, and the required surgical instruments are put into the surgical instrument placement cavity and sealed, that is, It is convenient to carry surgical instruments.

Further, the utility model is equipped with a barrier, which divides the surgical instrument placement cavity into several airtight small cavities for placing different surgical instruments, and can carry various (pieces) surgical instruments. The upper packaging material is a transparent material, which is convenient for observing and taking out required surgical instruments. Moreover, the non-woven shell, the upper packaging material and the barrier are all disposable materials, and the surgical instruments placed in the surgical instrument placement cavity are also disposable, which can avoid the problem of cross infection to patients when using public surgical instruments.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Wherein 1 is the upper packaging material, 2 is the non-woven fabric shell, 3 is the surgical instrument placement cavity, and 4 is the block.

Detailed ways

Below in conjunction with accompanying drawing, the utility model is described in further detail.

Referring to Fig. 1, the utility model comprises a non-woven fabric shell 2 with an aspect ratio of (5-7): (3-4) and an upper packaging material 1 encapsulated on the non-woven fabric shell 2, the non-woven fabric shell 2 and The upper packaging material 1 forms a closed surgical instrument placement cavity 3, which is a sterile environment. The surgical instrument placement chamber 3 is provided with a number of sterile non-woven barriers 4, which divide the surgical instrument placement chamber 3 into several long and airtight small chambers for placing different surgical instruments. There are disposable surgical instruments. Wherein the non-woven shell 2, the upper packaging material 1 and the barrier 4 are all disposable materials.

When the utility model is in use: according to the operation situation, when the surgical instrument encapsulated in which small cavity needs to be used, the small cavity is torn open, and the surgical instrument can be taken out for use.

In addition, manufacturers of medical equipment can produce different specifications of operating table equipment placement bags for different operations, and package the corresponding complete sets of disposable surgical equipment into them, and then sell them to hospitals. The hospital can use the operating table equipment The placement bag and the complete set of disposable surgical instruments therein are sold to patients, which solves the problem that hospitals cannot charge patients for materials when using public surgical instruments, and can bring certain economic benefits to manufacturers and hospitals that produce medical instruments.

For example, the operating table instrument storage bag for orthopedic surgery has a length and width of 35cm and 20cm respectively, and 5 blocks are used to divide the surgical instrument storage cavity into 6 small cavities. Pole, electrosurgical unit, forceps, cooper and rongeur for orthopedic surgery.

Claims (1)

1. an operating table instrument placement bag, is characterized in that: comprise the non-woven shell (2) that aspect ratio is (5-7): (3-4) and be encapsulated on the non-woven shell (2) The upper packaging material (1), the non-woven fabric shell (2) and the upper packaging material (1) form a closed surgical instrument placement cavity (3), the surgical instrument placement cavity (3) is a sterile environment, and the surgical instrument placement cavity (3 ) containing disposable surgical instruments; The surgical instrument placement cavity (3) is provided with 5 barriers (4), and the surgical instrument placement cavity (3) is divided into 6 long strip-shaped airtight small cavities for placing different surgical instruments; 6 Disposable bone peeling, bipolar, electric knife, tweezers, common mouth and rongeur are respectively installed in each small cavity; The non-woven shell (2), the upper packaging material (1) and the barrier (4) are all disposable materials, and the barrier (4) is a sterile non-woven material, and the upper packaging material (1) is a transparent material. the