WO2018090524A1

WO2018090524A1 - Reusable surgical gown

Info

Publication number: WO2018090524A1
Application number: PCT/CN2017/078673
Authority: WO
Inventors: 包磊; 汪宇
Original assignee: 深圳市善行医疗科技有限公司
Priority date: 2016-11-17
Filing date: 2017-03-29
Publication date: 2018-05-24
Also published as: CN106388087A; CN106388087B

Abstract

A reusable surgical gown (100), comprising a gown body (10) provided for a user to wear, the gown body (10) comprising a sterile area (11) for prohibiting contamination of bacteria and a nonsterile area (12) which allows the contamination of bacteria; a ventilation structure, arranged on the gown body (10) to be used for ventilating the body of a user covered by the gown body (10); and a contamination-preventing structure (80), arranged on the gown body (10) to be used for separating contact between the nonsterile area (12) and the sterile area (11) so as to prevent the nonsterile area (12) from contaminating the sterile area (11). The presence of the contamination-proof structure (80) ensures that cross infection does not occur between the nonsterile area (12) and the sterile area (11) when medical personnel are seated. Thus medical personnel may rest properly during an operation process and do not need to stay standing for a long duration due to fear of the nonsterile area (12) contaminating the sterile area (11); thus, the intensity of work for medical personnel is reduced and the probability of cross infection occurring in a process of utilizing the reusable surgical gown multiple times is reduced, thereby guaranteeing utilization safety thereof.

Description

Reusable surgical gown

Technical field

The present invention relates to the technical field of medical articles, and more particularly to a reusable surgical gown.

Background technique

Normally, medical personnel need to change the surgical gown when entering the operating room. On the one hand, to ensure the cleanliness of the operating room, to prevent the ingress of dirt; on the other hand, to block the blood or tissue fluid from splashing on the body, causing cross infection. Most of the existing surgical gowns are disposable, and they are discarded when they are used up. It is undoubtedly extremely wasteful and does not conform to today's green environmental protection concept. In order to solve this problem, the surgical gown is also designed to be reusable in the prior art, but since the sterile area may be in contact with the bacteria area during use of the surgical gown, the contamination of the aseptic area is caused, thereby It is not conducive to the repeated use of surgical gowns and prolongs the service life.

Surgical gowns are divided into aseptic areas and bactericidal areas according to the location of specific parts. Aseptic areas are areas that need to be protected during the operation. It is necessary to protect the area from absolute cleaning and bacteria contamination. Bacteria exist. Under normal circumstances, the length of the surgical gown is long, the front of the upper body belongs to the aseptic area, and the lower part belongs to the sterilized area. In order to avoid contamination of the aseptic area during the operation, the medical staff needs special attention to avoid the bacteria area. Contact in the sterile area reduces the number and time of sitting during the procedure, and special care should be taken to ensure that the bacteria area does not come into contact with the sterile area. For reusable surgical gowns, users need to pay more attention to the above problems to prevent infection. It can be seen that the existing surgical gown, especially the reusable surgical gown, has the risk of cross-infection between the sterilized area and the aseptic area when the user is in a sitting position, so that the user does not take the rest in the sitting position and the safety of the reusable surgical gown. use.

Summary of the invention

The object of the present invention is to overcome the deficiencies of the prior art and to provide a reusable surgical gown. In order to solve the problem of the reusable surgical gown in the prior art, there is a problem that the user can easily in contact with the aseptic area during the sitting posture to cause infection, resulting in unsafe use of the reusable surgical gown.

The present invention is achieved by the present invention, which provides a reusable surgical gown comprising: a garment body for wearing by a user, the garment body comprising a sterile area forbidming bacteria and a bacterial area for allowing bacteria to be contaminated a ventilating structure, the ventilating structure is disposed on the garment body for ventilating and ventilating a body of a user covered by the garment body; an anti-contamination structure, the anti-pollution structure is disposed on the garment body And is used for isolating the contact between the sterilized area and the aseptic area to prevent the sterilized area from contaminating the aseptic area.

Preferably, the garment body comprises an upper garment covering the upper body and the upper limb of the user, and a hem connected to the upper garment and covering the lower body of the user, the upper garment comprising an upper body portion for covering the upper body of the user, and covering the use The sleeve part of the upper limb.

Preferably, the sterile area is disposed on a front surface of the upper body portion and the sleeve portion, and the sterilized area is disposed on the hem and the upper body portion of the upper body back.

Preferably, the anti-contamination structure comprises a split structure disposed on the hem, the split structure is opened along a length direction of the garment body, and a lower end of the split structure is away from a lower edge of the hem Have a distance.

Preferably, the split structure is disposed on a back surface of the hem of the garment body, and the split structure has two sides respectively located on left and right sides of the hem.

Preferably, the length of the split structure is 25 mm to 35 mm, and the distance between the lower end of the split structure and the lower edge of the hem is 2 mm to 5 mm.

Preferably, the gas permeable structure comprises a fabric and a gas permeable film attached to the fabric.

Preferably, the gas permeable structure comprises a gas permeable coating applied to the back of the garment body.

Preferably, the surgical gown further includes a hand placement structure disposed on the garment body for placement by a user's hand.

Preferably, the hand placement structure comprises a pocket provided on the body of the garment, and the two ends of the pocket are respectively provided with openings.

The technical effect of the reusable surgical gown of the invention: when the medical staff uses the surgical gown, because of the anti-pollution structure, the contact between the bacteria area and the aseptic area is isolated, thereby avoiding contamination of the aseptic area by the bacteria area, and ensuring When the medical staff is in a sitting position, there is no bacterial infection in the sterile area. Therefore, the medical staff can rest in time during the operation without having to stand for a long time in order to fear the contamination of the sterile area by the bacteria area, thereby reducing the working intensity of the medical staff and reducing the multiple use process of the reusable surgical gown. The probability of cross-infection is guaranteed to ensure the safety of its use.

In addition, due to the distinction between the sterile area and the bactericidal area, the material used in the bacterium area may be the same as or different from the sterile area; and the use of different materials can prevent the non-essential antibacterial part of the surgical attire from being set. Material waste caused by the bacteria area.

DRAWINGS

Figure 1 is a schematic view showing the structure of a reusable surgical gown of the present invention;

2 is a schematic structural view of another angle of the reusable surgical gown of FIG. 1;

Figure 3 is a schematic view showing the connection structure of the reusable surgical gown of the present invention connecting the garment body portions at both ends of the slit;

4 is a schematic view showing another embodiment of the prompting structure of the reusable surgical gown of the present invention;

Figure 5 is a schematic view showing another embodiment of the prompting structure of the reusable surgical gown of the present invention;

Figure 6 is a schematic view showing another embodiment of the prompting structure of the reusable surgical gown of the present invention;

Figure 7 is a schematic view showing the structure of a hand placement structure of a reusable surgical gown of the present invention;

Figure 8 is a schematic view showing the structure of another embodiment of the hand placement structure of the reusable surgical gown of the present invention;

9 is a schematic structural view of another embodiment of a hand placement structure of a reusable surgical gown of the present invention;

10 is a schematic structural view of another embodiment of a hand placement structure of a reusable surgical gown of the present invention;

Figure 11 is a schematic view showing the structure of another embodiment of the hand placement structure of the reusable surgical gown of the present invention.

detailed description

The present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

In the following embodiments, the descriptions of the directions of up, down, left, and right are in accordance with the upper, lower, left, and right directions of the user wearing the surgical gown.

Referring to Figures 1 and 2, an embodiment of the reusable surgical gown of the present invention is set forth below.

The reusable surgical gown 100 of the present embodiment includes a garment body 10, a breathable structure and an anti-contamination structure 80. Further description of the components of the reusable surgical gown 100 is provided below:

The garment body 10 is for wearing by a user for surgery, and may be made of a fabric. The garment body 10 includes a sterile area 11 for inhibiting contamination of bacteria and a bacteria-containing area 12 for allowing bacteria to be contaminated. The sterile area 11 is a protected area during the operation, and bacterial contamination is prohibited. Preferably, the sterile area 11 can be used. The sterilizing material is used to kill bacteria or viruses attached to the front surface of the garment body 10; and the sterilized area 12 is disposed at the position of the garment body 10 to remove the sterile area 11. At the same time, the garment body 10 has a front side and a back side, wherein the front side of the clothes body 10 is close to the front of the user, and the back side of the clothes body 10 is close to the back of the user.

The prompting structure 20 is disposed at the boundary between the aseptic area 11 of the garment body 10 and the sterilized area 12 for distinguishing the sterile area 11 and the sterilized area 12 on the garment body 10; wherein the sterile area 11 is sterilized The junction of zone 12 is either a line or an area.

A ventilating structure is provided on the garment body 10 for use on a user's body covered by the garment body 10. Ventilation and ventilation; for example, the ventilation structure can be disposed on the back of the garment body 10, which does not hinder the sterilization of the bacteria in the sterile area.

The anti-contamination structure 80 is disposed on the garment body 10 for isolating the contact between the bacterial zone 12 and the sterile zone 11 to prevent the contaminated zone 11 from contaminating the sterile zone 11.

Accordingly, when the medical staff uses the surgical gown 100, the anti-contamination structure 80 is used so that the bacteria-free area 12 does not contact the aseptic area 11, thereby avoiding contamination of the aseptic area 11 by the bacteria area 12, which is advantageously protected. When the user is in the sitting position, the sterile area 11 is not contaminated by the bacteria area 12, which can ensure the health of the user and reduce the working intensity of the medical staff; and also ensure the cleanness of the surgical gown 100, which is beneficial to its repetition. use.

In addition, due to the distinction between the sterile zone 11 and the sterilized zone 12, the material used in the bacterium zone 12 may be the same as or different from the sterile zone; and different materials may be used to avoid unnecessary antibacterial disinfection on the surgical gown 100. Material waste is caused by the aseptic zone 11 being also provided.

Moreover, due to the presence of the anti-pollution structure 80, the contact between the bacterial zone 12 and the sterile zone 12 is isolated, thereby avoiding contamination of the sterile zone 11 by the bacteria zone 12, and ensuring that the medical staff 12 is not sterile when in the sitting position. Zone 11 is cross-infected. Therefore, the medical staff can rest in a timely manner during the operation without having to stand for a long time in order to fear that the bacteria area 12 contaminates the aseptic area 11, thereby reducing the work intensity of the medical staff. In addition, due to the distinction between the sterile area 11 and the sterilized area 12, the material used in the bacterium area 12 may be the same as or different from the aseptic area 11, and different materials may be used to avoid unnecessary use of the reusable surgical gown 100. Part of the antibacterial anti-virus is also caused by the sterile area 11 and waste of materials.

Referring to Figure 1, the garment body 10 of the present embodiment includes an upper garment 13 covering the upper body and upper limbs of the user, and a lower hem 14 connected to the upper garment 13 and covering the lower body of the user. The upper garment 13 includes an upper body portion for covering the upper body of the user. 131 and a sleeve portion 132 disposed on both side ends of the upper body portion 131 for covering the upper limb of the user.

Preferably, the sterile area 11 is provided on the front surface of the upper body portion 131 of the upper garment 13 and on the sleeve portion 132, and the bacterial region 12 is provided on the back surface of the lower hem 14 and the upper body portion 131 of the upper garment 13. Wherein, the front side of the upper body portion 131 may be referred to above the waist belt, or may be upward from the waist 30-35CM. It is considered to be the front side of the upper body portion 131.

Wherein, since the user wears the reusable surgical gown 100 for surgery, the upper body 13 is a place mainly contaminated with blood or tissue fluid, and therefore, material waste is avoided in order to avoid the random setting of the aseptic area 11 on the clothes body 10. As well as increasing the cost of the construction, preferably, the aseptic zone 11 is provided on the front side of the upper body portion 131 of the upper garment 13.

On the sleeve portion 132, since the user often uses the hand to easily get blood or tissue fluid, the sterile area 11 is also provided on the sleeve portion 132 so as to prevent contamination with bacteria. At the same time, considering that the user wears the surgical gown for a period of time, there may be sweating of the body, especially the arm of the user and the armpit, and once the sweat appears in these parts and flows down the arm, it may The dirty surgical gown may also contaminate the environment of the operating room. For this purpose, the two sleeve portions 132 are provided with an anti-sweat outflow structure 1320; and the anti-sweat outflow structure 1320 includes a sleeve portion 132 for use. The threaded cuff 1321 of the lower end of the hand is made of an elastic sweat-absorbent fabric, which can be elastically attached to the user's arm to prevent the outflow of sweat and ensure the comfort of the user.

Preferably, the aseptic zone 11 comprises an antibacterial fiber, and the antibacterial fiber is a yellow grape bacterium against methicillin, etc., having an antibacterial and bactericidal function to prevent infection and infection. The antibacterial fiber has a mixed-type method and a post-treatment type method. Specifically, the mixed type method is a method of mixing an inorganic antibacterial agent having heat resistance such as a ceramic powder containing silver, copper or zinc ions into a polyester or a poly The amide or polyacrylonitrile is obtained by spinning; the post-treatment type is obtained by impregnating a natural fiber with an organic antibacterial agent such as a quaternary ammonium compound or a fatty imide.

Further, the antibacterial fiber is a silk fiber or a bamboo fiber. Among them, the silk fiber is made from the stalk of the lotus flower by river water immersion, washing and degumming, etc., which not only has good moisture absorption, perspiration, deodorization, gas permeability and anti-mold sterilization function, but also contains many A trace element that is good for human health. For bamboo fiber, because bamboo contains a substance called "bamboo", the substance has natural antibacterial ingredients, and also has natural antibacterial, anti-mite, deodorant medicinal properties. In addition, bamboo fiber maintains the original bamboo. It has a structure that allows antibacterial substances to remain on the cellulose macromolecules at the same time. At the same time, the antibacterial rate of textiles made of bamboo fiber can reach 71% in 24 hours, which is higher than the sterilization of other materials in the same industry. effect.

As another preferred embodiment of the present embodiment, the aseptic zone 11 includes an antimicrobial coating applied to the upper garment 13 and the sleeve portion 132 of the garment body, and preferably, the antimicrobial coating is a nanosilver coating. Among them, Nano Silver is a metal silver single substance with a particle size of nanometer. The size of nano-silver is mostly around 25 nanometers, and it has strong inhibition and killing effect on dozens of pathogenic microorganisms such as Escherichia coli, Neisseria gonorrhoeae and Chlamydia trachomatis, and it does not produce drug resistance.

Preferably, the aseptic zone 11 and the sterilized zone 12 are set to different colors, for example, the sterile zone 11 is set to white, and the sterilized zone 12 is set to blue, so that different colors are presented to facilitate user differentiation. Identification.

Referring to FIG. 1 again, as another embodiment of the present invention, which has the above-mentioned implementation content, in the embodiment, the reusable surgical gown 100 further includes a prompting structure 20, and the prompting structure 20 is disposed on the clothes body. a junction of the sterile area 11 of the 10 and the bacterial area 12 for distinguishing the sterile area 11 and the bacteria area 12 on the garment body 10; wherein the junction of the sterile area 11 and the bacterial area 12 is a The line can also be an area.

Preferably, the prompting structure 20 is a seam line 21a between the sterile zone 11 and the bacterium zone 12. The seam line 21a is used as a simple and effective embodiment for joining different fabrics together, and the line marks of the seam line 21a can clearly and effectively distinguish the different fabrics from the user, according to which the sterile area 11 and The connection and difference of the bacterial zone 12 can be easily realized by the seam line 21a.

Referring to FIG. 5 and FIG. 6, as another embodiment of the present invention, having the above-mentioned implementation content, in the present embodiment, the prompting structure 20 is located at the junction of the aseptic zone 11 and the sterilized zone 12. Continuous or discontinuous projection 21b. Wherein, the arrangement of the protrusions 21b is relatively easy to sense the user's vision and touch with respect to the seam line 21a due to the convex structure, thereby further distinguishing the aseptic area 11 and the user. There are both bacteria areas 12.

In addition, the protrusion 21b may adopt a continuous structure, and may also adopt a non-joining structure to save material application; for example, the protrusion 21b adopts a non-joining structure, which can be prepared by using some corner fabrics, in addition to rationally optimizing the application of the material. It can also effectively reduce production costs.

Referring to FIG. 4, as another embodiment of the present invention, having the above-mentioned implementation content, in the present embodiment, the prompting structure 20 is a connecting strip 21c having a certain width, and the connecting strip 21c is along its length direction, one side. The sterile area 11 is connected, and the bacterial area 12 is connected to the other side, so that the sterile area 11 and the bacteria-containing area 12 can be effectively connected by the connecting strip 21c, and the sterile area 11 and the bacteria can be clearly identified. Zone 12; and tie bar 21c may be located in sterile zone 11, or may be located in sterile zone 12.

Preferably, the connecting strip 21c can be prepared by using some long strips of cloth, and when the aseptic zone 11 and the sterilized zone 12 are connected, it can be connected with the periphery of the aseptic zone 11 and the sterilized zone 12, which is simple and convenient. Thus, in addition to rationally optimizing the application of materials, production costs can be effectively reduced.

In addition, in order to ensure the connection effect and the distinguishing effect between the aseptic zone 11 and the sterilized zone 12, the width of the connecting strip 21c is varied, for example, the width of the connecting strip 21c is increased or decreased along the length of the connecting strip 21c. Or, it can also change without rules, and it is also advantageous for the user to distinguish between the aseptic zone 11 and the sterilized zone 12.

Referring to FIG. 2, as another embodiment of the present invention, which has the above-described implementation, in the present embodiment, the anti-contamination structure 80 includes a split structure 81 disposed on the hem 14, and the split structure 81 is along the clothes. The longitudinal direction of the body 10 is opened and extended, and the lower end of the split structure 81 has a distance from the lower edge of the hem 14, wherein the distance is defined as the reserved distance D, and 2 mm < D < 5 mm, preferably, D = 3 mm to ensure that the setting of the split structure 81 does not affect the normal use of the reusable surgical gown 100, especially if the reserved distance is too small, and the split structure 81 is easily torn to the lower edge of the hem 14.

In addition, it should be noted that the longitudinal direction refers to the direction in which the reusable surgical gown 100 is worn along the height of the person when the user wears it. The lower end and the lower edge also refer to the downward direction of the anti-infective surgical gown in the direction of the person's height when worn by the user. The lower end of the split structure 81 has a distance from the lower edge of the hem 14, meaning that the split structure 81 does not open to the lowermost end of the hem 14, and the reusable surgical gown 100 as a whole remains connected to each other. It is because the split structure 81 is not open to the end, so that a part of the garment body 10 of the reusable surgical gown 100 can be freely moved or floated freely, and therefore, the hem 14 can be freely moved. This results in contact between the bacterial zone 12 and the sterile zone 11.

Then, when the user sits down, his body will squeeze the hem 14, and the force of squeezing the hem 14 can be removed by the split structure 81, specifically, when the user squeezes the hem 14 The force generated by the fork structure 81 is transmitted to the split structure 81, and the split structure 81 is stretched open after being forced to dissipate the force acting thereon, thereby preventing the hem 14 from being It is lifted up to the position of the upper garment 13 by the squeeze of the user's body, thereby avoiding contact between the bacterial zone 12 and the sterile zone 11.

The function of the split structure 81 can also be understood as follows: initially, the sterile zone 11 is sterile and does not allow the presence of bacteria, while the bacterial zone 12 allows for the presence of certain bacteria, while the bacterial zone 12 and none The non-contact protection between the bacteria areas 11 is to avoid the contamination of the sterile area 11 by the bacteria area 12; and when the user wears the reusable surgical gown 100 for surgery, it is inevitable that the sterile area 11 will be stained with blood. Or tissue fluid, and after the user has finished the operation, under normal circumstances, will sit down to rest, at this time, by the setting of the split structure 81, the hem 14 can be lifted up to the upper body due to the squeeze of the user's body. At the position of the package 13, the contact between the bacteria area 12 and the aseptic area 11 is avoided, and the blood or tissue liquid on the aseptic area 11 is prevented from soiling the bacteria area 12, thereby ensuring the overall cleanliness of the reusable surgical gown 100, and at the same time Moreover, it is convenient to facilitate the cleaning of the reusable surgical gown 100, which is advantageous for its repeated use.

Preferably, the split structure 81 is specifically provided in the form of a slit, and a slit is formed in the length direction in the region of the hem 14. The split structure 81 is disposed on the back of the hem 14 so as not to affect the normal use of the reusable surgical gown 100. The split structure 81 has two, respectively located on the left and right sides of the hem 14. The left and right directions are the direction in which the user acts when the user wears the reusable surgical gown 100. In addition to the above-mentioned opening structure 81, it is possible to avoid contamination of the aseptic area 11 by the bacteria area 12 in the sitting position, and due to the setting of the slit 81, the hem 14 can be opened to a larger space, and the user's legs Correspondingly, a larger event space is obtained, thereby greatly facilitating the user's actions.

The length of the split structure 81 is 25 mm - 35 mm, preferably 27 mm or 30 mm, so as to ensure that the split structure 81 can better perform the function of being forced to open and remove the force. Simultaneously, since the split structure 81 is a slit similar to the one-dimensional direction, the length thereof also refers to the length of the slit. According to the above position setting, the hem 14 does not move up to the knee when in the sitting position, thereby ensuring that the bacteria zone 12 does not come into contact with the aseptic zone 11.

Referring to FIG. 7 to FIG. 11 , as another embodiment of the present invention, in combination with the embodiments of the foregoing embodiments, and in the embodiment, the reusable surgical gown 100 further includes a garment body 10 for being provided. The hand placement structure 30 placed on the user's hand allows the user to place their hands on the hand placement structure 30 while resting, thereby facilitating relaxation. In order to simplify the structure and manufacture, the hand placement structure 30 includes a pocket 31 disposed on the garment body 10. The two ends of the pocket 31 are respectively provided with openings, and the interior of the pocket can be designed to be closed or connected, that is, two hands are placed. It can be contacted or not in contact with the pocket for the convenience of the user.

Further, in order to facilitate the use of the user, the pocket 31 is disposed on the front side of the upper garment 11 in the aseptic area; at the same time, the pocket 31 is made of a hygroscopic material, thereby allowing blood to be splashed thereon or The tissue fluid is absorbed and solidified, and cannot flow down to the ground, so as to contaminate the operating room environment; further, the sterile area 11 covers the surface of the pocket 31 to make the pocket 31 antibacterial and anti-toxic.

In addition, in order to facilitate the production design, the pocket 31 has a regular geometric shape; preferably, the longitudinal section of the pocket 31 is a regular polygon such as a rectangle, a square, an isosceles triangle, an isosceles trapezoid or the like. The longitudinal section refers to a section parallel to the front surface of the garment body, that is, the plane illustrated in Figures 7-11.

Referring to FIG. 2 and FIG. 3, as another embodiment of the present invention, in combination with the embodiments of the foregoing embodiments, and in the embodiment, the reusable surgical gown 100 further includes a garment body 10 for The inner slit 40 is opened, and the connecting structure 50 is provided on the garment body 10 to connect the portions of the garment body 10 at the both ends of the slit 40, and preferably, the slit 40 is along the upper end of the garment body 10. It extends to the lower end of the garment body 10 to facilitate wearing and taking off by the user.

The connecting structure 50 includes a first connecting member 51 disposed on the garment body 10 at one end of the slit 40, and a first connecting member 51 disposed on the other end of the slit 40 and connectable with the first connecting member 51. The two connecting members 52, thereby connecting the portions of the garment body 10 at the two ends of the slit 40, as long as the first connecting member 51 and the second connecting member 52 are directly connected and matched, which is simple and convenient; The inside of the garment body 10 is opened to facilitate the user to take off, and the first connection is directly made. The connector 51 can be separated from the second connector 52.

In order to simplify the structure and facilitate the drawing, the first connecting member 51 is a first strap, and the second connecting member 52 is a second strap, and the first strap and the second strap can be independently or connected together. To form a unitary body, at the same time, both ends of the integral strap need to be respectively located at both side ends of the slit 40 to facilitate user operation.

Referring to FIG. 1, as another embodiment of the present invention, in combination with the embodiments of the above embodiments, and in the embodiment, the reusable surgical gown 100 further includes a garment body 10 for the user to make. The garment body 10 is tightened by the tightening structure 60. Preferably, the tightening structure 60 is a waist strap to facilitate design and manufacture, and at the same time, it is also advantageous for the user to tighten the waist.

Referring to FIG. 1 again, as another embodiment of the present invention, in combination with the embodiments of the above embodiments, and in the embodiment, the reusable surgical gown 100 further includes an upper end disposed on the garment body 10 for absorption. The sweat generated by the head and the sweat absorbing structure 70 preventing the sweat from flowing downward; preferably, in order to simplify the structure, the sweat absorbing structure 70 is a sweat wicking collar which is disposed at the collar position of the upper body 13 of the garment body 10. The sweatband collar can be made of a sweat-absorbent fabric to ensure its sweat absorption and user comfort.

Please refer to FIG. 1 as another embodiment of the present invention, which is combined with the embodiment of the above embodiment, and in the embodiment, the reusable surgical gown 100 further includes a back surface provided on the upper body 13 of the garment body 10. The air permeable structure (not shown) can be ventilated and ventilated by the user through the arrangement of the ventilating structure, without sultry feeling and greatly improving the comfort.

Preferably, the gas permeable structure comprises a fabric and a gas permeable film combined with the fabric, wherein the gas permeable film is a PTFE film, whereby the formed gas permeable structure has unique vapor permeability, and the water vapor inside the structure can be quickly discharged, thereby avoiding The structure is agile and keeps the body dry.

As another preferred embodiment of the present embodiment, the gas permeable structure comprises a gas permeable coating applied to the back surface of the garment body 10, wherein the gas permeable coating is a microporous coating, and the microporous coating is mainly a polyurethane Micropores are formed during the film formation process, and these micropore diameters prevent water droplets from allowing water vapor molecules to pass therethrough, thereby obtaining waterproof gas permeability and improving user comfort when worn.

As another preferred embodiment of the present embodiment, the air permeable structure includes a plurality of mesh-shaped vent holes provided on the back surface of the garment body 10, thereby effectively ensuring the breathable effect of the anti-infective surgical gown, and the structure is simple. Easy to produce design.

The above is only the preferred embodiment of the present invention, and the configuration is not limited to the above-listed shapes, and any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention should be included in the present invention. Within the scope of protection of the invention.

Claims

A reusable surgical gown characterized by comprising:

a garment body for wearing by the user, the garment body comprising a sterile area that is prohibited from contaminating bacteria and a bacteria-containing area that allows bacteria to be contaminated;

a gas permeable structure, the gas permeable structure is disposed on the garment body for ventilating and ventilating a body of a user covered by the garment body;

The anti-pollution structure is disposed on the garment body for isolating the contact between the sterilized area and the sterile area to prevent the sterilized area from contaminating the aseptic area.
A reusable surgical gown according to claim 1, wherein said garment body comprises a top garment covering the upper body and the upper limb of the user, and a hem connected to said upper garment and covering the lower body of the user, said top garment comprising The upper body portion for covering the upper body of the user and the sleeve portion for covering the upper limb of the user.
The surgical gown according to claim 2, wherein said sterile area is provided on a front surface of said upper body portion of said upper body, and said sleeve portion, said sterilized area being disposed on said hem And a back surface of the upper body portion of the upper body.
The surgical gown according to claim 2, wherein said anti-contamination structure comprises a split structure provided on said lower hem, said split structure being opened along a length direction of said garment body, and said opening The lower end of the fork structure is at a distance from the lower edge of the hem.
The surgical gown according to claim 4, wherein the slit structure is disposed on a back surface of the hem of the garment body, and the split structure has two slits on the left and right sides of the hem .
The surgical gown according to claim 5, wherein said split structure has a length of 25 mm to 35 mm, and a lower end of said split structure has a distance of 2 mm to 5 mm from a lower edge of said hem.
The reusable surgical gown of claim 1 wherein said breathable structure comprises a fabric and a breathable film joined to said fabric.
The reusable surgical gown of claim 1 wherein said breathable structure comprises a breathable coating applied to the back of said garment body.
The reusable surgical gown according to any one of claims 1 to 8, wherein the surgical gown further comprises a hand placement structure provided on the body of the garment for the user's hand to be placed, etc. .
The reusable surgical gown according to claim 9, wherein said hand placement structure comprises a pocket provided on said garment body, said two ends of said pocket being respectively provided with openings.