CN206213352U - Reusable operating coat - Google Patents

Abstract

A kind of reusable operating coat, including garment body, so that user wears, garment body includes forbidding the aseptic area being infected with germs and allows the bacteria district being infected with germs；Ventilating structure is ventilative for being aerated to the user's body covered by garment body in the garment body；Anti-pollution structure, in the garment body, for isolating bacteria district contact with the aseptic area, it is to avoid pollute the aseptic area in the bacteria district.Due to there is anti-pollution structure, it is ensured that medical personnel bacteria district in sitting posture will not carry out cross-infection with aseptic area.Therefore, medical personnel's rest in good time in surgical procedure is set to be stood without keeping prolonged in order to fear bacteria district to pollute aseptic area, reduce medical personnel working strength and reusable operating coat be used for multiple times during produce cross-infection probability, ensured its using safety.

Description

Reusable operating coat

Technical field

The utility model is related to the technical field of medical supplies, more particularly to a kind of reusable operating coat.

Background technology

Normal conditions, medical worker is required for changing operating coat when operating room is entered, on the one hand in order to ensure operating room Cleaning, prevent dirt enter；On the other hand also for intercepting with blood or tissue fluid splashes, cross-infection is caused.It is existing Some operating coats are mostly disposable, are finished and just abandon it, undoubtedly seem and extremely waste, and do not meet current environmental protection reason Read.To solve this problem, there is also in the prior art operating coat is designed to it is reusable, but because operating coat makes Aseptic area may come in contact with bacteria district during, cause the pollution to aseptic area, so as to be unfavorable for the weight of operating coat Use again and increase the service life.

Operating coat is different according to the position of specific part, is divided into aseptic area and bacteria district, and aseptic area is needed in surgical procedure Forbid bacteria contamination, it is necessary to protect the absolute cleanliness in the region in the region to be laid special stress on protecting；And bacteria district then allows bacterium to deposit .Generally, the length of operating coat is more long, and upper body front belongs to aseptic area, and lower body part belongs to bacteria district, in operation During in order to avoid causing the pollution to aseptic area, medical personnel pay particular attention to avoid connecing for bacteria district and aseptic area Touch, number of times and the time of seat reduced in surgical procedure, though also to pay special attention to make when sitting bacteria district not with it is aseptic Area contacts.And for reusable operating coat, then user is with greater need for noting above mentioned problem to prevent to infect probability.Can See, existing operating coat is particularly reusable operating coat and there is user and there is bacteria district in sitting posture and intersects with aseptic area The risk of infection, thus do not rested using sitting posture using user and reusable operating coat safe handling.

Utility model content

The purpose of this utility model is the defect for overcoming prior art, there is provided a kind of reusable operating coat, with Solve reusable operating coat of the prior art and there is user bacteria district in sitting posture and easily contacted with aseptic area to cause Infect and cause reusable operating coat to use unsafe problem.

The utility model is achieved in that the utility model provides a kind of reusable operating coat, including：Clothes Body, so that user wears, the garment body includes forbidding the aseptic area being infected with germs and allows that what is be infected with germs have bacterium Area；Ventilating structure, the ventilating structure is located in the garment body, for the user covered by the garment body Body is aerated ventilative；Anti-pollution structure, the anti-pollution structure is located in the garment body, for having described in isolation Bacterium area contact with the aseptic area, it is to avoid pollute the aseptic area in the bacteria district.

Preferably, the garment body include covering the upper dress of user's upper body and upper limbs and with it is described on pretend even simultaneously The bottom of user's lower part of the body is covered, the upper dress includes being used to cover the upper body part of user's upper body and be used to cover use The sleeve portions of person's upper limbs.

Preferably, the aseptic area is located on the front of the upper body part of the upper dress and the sleeve portions, The back side of the bacteria district located at the bottom and the upper body part of the upper dress.

Preferably, the anti-pollution structure includes the jag structure laid out under described, and the jag structure is along described The length direction of garment body is opened up, and the lower end of the jag structure has a segment distance apart from the lower edge of the bottom.

Preferably, the jag structure setting is at the back side of the bottom of the garment body, the jag structure tool There are two, respectively positioned at the left and right sides of the bottom.

Preferably, the length of the jag structure is 25mm-35mm, under the lower end of the jag structure and the bottom The distance at edge is 2mm-5mm.

Preferably, the ventilating structure includes fabric and the breathable films being connected with the fabric.

Preferably, the ventilating structure includes the permeable coating being coated on the garment body back side.

Preferably, the operating coat is also included in the garment body so that the hand of the hand placement of user is put Put structure.

Preferably, the hand placement structure includes the pocket in the garment body, the two ends difference of the pocket It is provided with opening.

The technique effect of reusable operating coat of the present utility model：When medical worker uses the operating coat, by In there is anti-pollution structure, isolate contact of the bacteria district with aseptic area, so as to avoid bacteria district from polluting aseptic area, it is ensured that medical care people Member bacteria district in sitting posture will not carry out cross-infection with aseptic area.Therefore, enable medical personnel in good time in surgical procedure Rest in order to fear bacteria district pollution aseptic area without keeping prolonged standing, and the work for reducing medical personnel is strong Degree, while reducing the probability that cross-infection is produced during reusable operating coat is used for multiple times, has ensured that it uses peace Entirely.

Further, since the differentiation of aseptic area and bacteria district is set, the material that bacteria district uses can be identical with aseptic area, Can be with difference；And using different materials be avoided that the part of inessential antibacterial sterilization on operating coat because be also provided with aseptic area and caused by Waste of material.

Brief description of the drawings

Fig. 1 is the structural representation of reusable operating coat of the present utility model；

Fig. 2 is the structural representation of another angle of the reusable operating coat of Fig. 1；

Fig. 3 is that the attachment structure of reusable operating coat of the present utility model makes to crack the garment body portion of two side ends Divide the schematic diagram of connection；

Fig. 4 is the schematic diagram of another implementation method of the prompting structure of reusable operating coat of the present utility model；

Fig. 5 is the schematic diagram of another implementation method of the prompting structure of reusable operating coat of the present utility model；

Fig. 6 is the schematic diagram of another implementation method of the prompting structure of reusable operating coat of the present utility model；

Fig. 7 is the structural representation of the hand placement structure of reusable operating coat of the present utility model；

Fig. 8 is the structure of another implementation method of the hand placement structure of reusable operating coat of the present utility model Schematic diagram；

Fig. 9 is the structure of another implementation method of the hand placement structure of reusable operating coat of the present utility model Schematic diagram；

Figure 10 is the knot of another implementation method of the hand placement structure of reusable operating coat of the present utility model Structure schematic diagram；

Figure 11 is the knot of another implementation method of the hand placement structure of reusable operating coat of the present utility model Structure schematic diagram.

Specific embodiment

In order that the purpose of this utility model, technical scheme and advantage become more apparent, below in conjunction with accompanying drawing and implementation Example, is further elaborated to the utility model.It should be appreciated that specific embodiment described herein is only used to explain The utility model, is not used to limit the utility model.

In following examples, it is related to the description in the directions such as upper and lower, left and right, is to wear operating coat shape according to user Upper and lower, left and right direction under condition.

Fig. 1 and Fig. 2 is referred to, the embodiment to reusable operating coat of the present utility model is illustrated below.

The reusable operating coat 100 of the present embodiment, including garment body 10, ventilating structure and anti-pollution structure 80, below each part to reusable operating coat 100 be described further：

Worn when garment body 10 is for being performed the operation for user, it can be made of fabric.Garment body 10 is wrapped Include and forbid the aseptic area 11 being infected with germs and allow the bacteria district 12 being infected with germs, wherein, aseptic area 11 belongs in surgical procedure The region of focused protection, forbids bacteria contamination, it is preferable that aseptic area 11 can use sterilization material, with to investing garment body Bacterium or virus on 10 front resist and kill elimination；And bacteria district 12 is the removing aseptic area 11 in garment body 10 At position.Meanwhile, garment body 10 has front and the back side, wherein, the predecessor of user is pressed close in the front of garment body 10, and The back of user is pressed close at the back side of garment body 10.

Prompting structure 20 is arranged on the aseptic area 11 of garment body 10 and the intersection of bacteria district 12, for distinguishing clothes Aseptic area 11 and bacteria district 12 on body 10；Wherein, the intersection of aseptic area 11 and bacteria district 12 be a line, or One region.

Ventilating structure is located in garment body 10, for being aerated to the user's body covered by garment body 10 It is ventilative；Ventilating structure can be for example arranged on the back side of garment body 10, not only without prejudice to aseptic area was forbidden bacterium but also can be reached Air permeable effect.

Anti-pollution structure 80 is located in garment body 10, for the isolation contact with aseptic area 11 of bacteria district 12, it is to avoid Pollute aseptic area 11 in bacteria district 12.

Accordingly, when medical worker uses the operating coat 100, by anti-pollution structure 80 so that bacteria district 12 not with nothing Bacterium area 11 contacts, and so as to avoid bacteria district 12 from polluting aseptic area 11, advantageously protects user's aseptic area in sitting posture state 11 are not polluted by bacteria district 12, can both ensure the health of user, and the working strength of medical personnel can be reduced again；And, Also ensure the cleaning of operating coat 100, be conducive to it to reuse.

Further, since aseptic area 11 and bacteria district 12 differentiation set, bacteria district 12 use material can and aseptic area It is identical, it is also possible to different；And it is avoided that the part of inessential antibacterial sterilization on operating coat 100 because being also provided with nothing using different materials Bacterium area 11 and cause waste of material.

Further, due to there is anti-pollution structure 80, isolating the contact with aseptic area 12 of bacteria district 12, so as to avoid bacteria district 12 pollution aseptic areas 11, it is ensured that medical personnel bacteria district 12 in sitting posture will not carry out cross-infection with aseptic area 11.Therefore make When medical personnel can be in good time rested in surgical procedure without keeping long to fear the pollution aseptic area 11 of bacteria district 12 Between standing, reduce the working strength of medical personnel.Further, since the differentiation of aseptic area 11 and bacteria district 12 is set, there is bacterium The material that area 12 uses can it is identical with aseptic area 11 can also be different, and be avoided that reusable hand using different materials On art clothing 100 part of inessential antibacterial sterilization because be also provided with aseptic area 11 and caused by waste of material.

Refer to Fig. 1, the garment body 10 in the present embodiment include covering user's upper body and upper limbs on fill 13 and with On fill 13 and be connected and cover the bottoms 14 of user's lower part of the body, on fill 13 include being used to covering the upper body part 131 of user's upper body, And located at upper body part 131 two side ends for cover user's upper limbs sleeve portions 132.

It is preferred that aseptic area 11 is filled on front and the sleeve portions 132 of 13 upper body part 131 on, bacteria district 12 located at the bottom 14 and on fill 13 upper body part 131 the back side.Wherein, the front of upper body part 131 can refer to waistband with On, it is also possible to the front from below waistband at 30-35CM up is considered the front of upper body part 131.

Wherein, due to when user wears reusable operating coat 100 to perform an operation, filling 13 thereon to be mainly stained with blood The place of liquid or tissue fluid, so, in order to avoid because in garment body 10 arbitrarily set aseptic area 11 and caused by material wave Take and increase cost, it is preferred that aseptic area 11 is the front of the upper body part 131 that 13 are filled on.

And for sleeve portions 132, blood or tissue fluid are easily stained with because hand is commonly used for user, and accordingly, nothing Bacterium area 11 is also located on sleeve portions 132, so that it forbids being infected with germs.Simultaneously, it is contemplated that user wears operating coat 100 For a period of time, the situation it is possible that body is sweat, especially with person's arm, the position of oxter, once and these positions go out Existing sweat simultaneously down trickles along arm, and may both make dirty operating coat, it is also possible to the environment of operating room of making dirty, therefore, two Anti- sweat outflow structure 1320 is equipped with sleeve portions 132；And anti-sweat outflow structure 1320 includes being located at sleeve portions 132 On be close to user's hand bottom screw thread cuff 1321, and the screw thread cuff 1321 is using spring sweat absorption fabric system Into its arm that elastic can be close to user had both avoided the outflow of sweat, ensured that the comfort of user.

Preferably, aseptic area 11 includes anti-bacterial fibre, and anti-bacterial fibre is the yellow staphylococcus for resisting methicillinum Deng, with antibiotic and sterilizing function, can anti-infection and infection.The anti-bacterial fibre has with type preparation method and post processing type preparation method is mixed into Body ground, the preparation method for being mixed into type be by inorganic antiseptics with heat resistance such as argentiferous, copper, the ceramic powders of zinc ion, be mixed into polyester, Spinning is carried out in polyamide or polyacrylonitrile and obtain；Post processing type is that have natural fiber quaternary ammonium compound or aliphatic bismaleimide etc. The treatment of machine antimicrobial impregnated is obtained.

And further, the anti-bacterial fibre is lotus root silk fibre or bamboo fibre.Wherein, lotus root silk fibre is from the stalk of lotus By river dipping, wash the PROCESS FOR TREATMENTs such as solarizations, degumming after be made, its not only have good moisture absorption, perspire, deodorization, breathe freely With anti-mildew sterilizing function, and contain various trace elements beneficial to health.And for bamboo fibre, because bamboo the inside contains There is the material of a kind of entitled " bamboo quinone ", the material has the composition of natural antibacterial, also with natural antibacterial, anti-mite, deodorization medicine Thing characteristic, in addition, bamboo fibre maintains the original structure of bamboo, allows antibacterial material to be retained on cellulose macromolecule all the time；Together When, the 24 hours antibiotic rates of textile being made up of bamboo fibre can reach 71%, higher than the bactericidal effect of other materials of the same trade.

As another preferred embodiment of the present embodiment, aseptic area 11 include being coated in garment body on fill 13, Antimicrobial coating on sleeve portions 132, and it is preferred that antimicrobial coating be nanometer silver coating, wherein, Nano Silver (Nano Silver it is exactly) that particle diameter is accomplished into nano level argent simple substance.Nano Silver particle diameter is most in 25 rans, to large intestine bar The tens of kinds of pathogenic microorganisms such as bacterium, gonococcus, chlamydia trachomatis have strong suppression and killing action, and will not produce resistance to The property of medicine.

It is preferred that aseptic area 11 and bacteria district 12 are set to different colours, e.g., aseptic area 11 is set to white, and has bacterium Area 12 is set to blueness, in this way, different colors is presented, is conducive to user's Division identification.

Referring again to Fig. 1, used as another embodiment of the present utility model, it has above-mentioned implementation content, and in this reality Apply in example, reusable operating coat 100 also includes prompting structure 20, and prompting structure 20 is arranged on the nothing of garment body 10 Bacterium area 11 and the intersection of bacteria district 12, for distinguishing aseptic area 11 and the bacteria district 12 in garment body 10；Wherein, it is aseptic Area 11 is a line, or a region with the intersection of bacteria district 12.

Preferably, prompting structure 20 is the jointing line 21a between aseptic area 11 and bacteria district 12.Using jointing line 21a, it is Make the simple and effective implementation method that different fabrics are connected at present, and, the stria of jointing line 21a clearly can effectively make To user's Division identification difference fabric, accordingly, the connection and difference of aseptic area 11 and bacteria district 12 can be by jointing line 21a letters It is single to realize.

Fig. 5 and Fig. 6 is referred to, used as another embodiment of the present utility model, it has above-mentioned implementation content, and at this In embodiment, the prompting structure 20 is the continuously or discontinuously projection 21b of the intersection positioned at aseptic area 11 and bacteria district 12.Its In, using the setting of raised 21b, relative to jointing line 21a, due to the structure that it protrudes, make the vision and tactile of user, Identification is easily felt, so as to also more allow user to understand both differentiation aseptic area 11 and bacteria district 12.

In addition, projection 21b can also use disconnected structure, with the application of material-saving using outside continuous structure；It is such as convex Play 21b and use disconnected structure, it can be used some leftover cloths to prepare, in addition to the application of reasonably optimizing material, moreover it is possible to Effectively reduce production cost.

Fig. 4 is referred to, used as another embodiment of the present utility model, it has above-mentioned implementation content, and in this implementation In example, prompting structure 20 is the connection strap 21c with one fixed width, and along its length, side connects aseptic area to connection strap 21c 11, opposite side connection bacteria district 12, while can effectively connect both aseptic area 11 and bacteria district 12 by connection strap 21c, Can also understand that aseptic area 11 and bacteria district 12 are distinguished in identification；And connection strap 21c can be located at aseptic area 11, bacteria district is may also be at 12。

It is preferred that connection strap 21c can be used some strip clothes to prepare, and when connecting aseptic area 11 and bacteria district 12, It is connected with the periphery of aseptic area 11 and bacteria district 12, it is simple and convenient, thus, except reasonably optimizing material application it Outward, moreover it is possible to effectively reduce production cost.

In addition, in order to ensure the connection effect between aseptic area 11 and bacteria district 12 and distinguish effect, connection strap 21c's Width is change, and e.g., the width of connection strap 21c changes along the length direction of connection strap 21c in increasing or decreasing, or also may be used Random change, is also advantageous that in user's Division identification aseptic area 11 and bacteria district 12.

Fig. 2 is referred to, used as another embodiment of the present utility model, it has above-mentioned implementation content, and in this implementation In example, anti-pollution structure 80 includes the jag structure 81 on the bottom 14, jag structure 81 along garment body 10 length side To opening up and be extended, and the lower end of jag structure 81 has a segment distance apart from the lower edge of the bottom 14, wherein, the distance Preset space D, and 2mm ＜ D ＜ 5mm are defined as, preferably, D=3mm, not interfered with the setting for ensureing jag structure 81 can The normal of reusable operating coat 100 is used, and especially preset space is too small, easily causes jag structure 81 to be torn under The lower edge of pendulum 14.

In addition, it is necessary to explanation, length direction refers to the situation that reusable operating coat 100 is worn in user The direction of the lower height along people.Lower end, lower edge also infects operating coat in the case where user wears along people's all referring to anti- Direction under assert on the direction of height.The lower end of jag structure 81 has a segment distance apart from the lower edge of the bottom 14, is Refer to that jag structure 81 does not reach the bottom end of the bottom 14, reusable operating coat 100 is still on the whole each portion Divide and keep connection.The end is not reached just because of jag structure 81, so as to reusable operating coat 100 will not be had A part for garment body 10 freely can arbitrarily be moved or hiked up, therefore also will not be because the bottom 14 can be moved arbitrarily Cause the contact of bacteria district 12 and aseptic area 11.

So, when user sits down, its body can extrude the bottom 14, and the active force of the extruding bottom 14 can be by opening Pitch structure 81 and extenuated cancellation, specifically, when user's body extrudes the bottom 14, its active force for producing can reach jag Structure 81, and can be stretched after the stress of jag structure 81 and opened, cancellation is extenuated with this active force that will act on thereon, thus, Make to the bottom 14 will not be pulled up because of the extruding of user's body it is supreme fill at 13 position, so as to it also avoid bacterium The contact of area 12 and aseptic area 11.

The effect of jag structure 81, also can so understand：When initial, aseptic area 11 is aseptic setting, does not allow bacterium In the presence of, and bacteria district 12 is the presence that can allow certain bacterium, and the noncontact protection between bacteria district 12 and aseptic area 11, just It is in order to avoid bacteria district 12 is stained aseptic area 11；And user wears reusable operating coat 100 when performing an operation, unavoidably The aseptic area 11 can be stained with blood or tissue fluid, and user finishes Post operation, generally, can sit down and have a rest, now, By the setting of jag structure 81, can make the bottom 14 will not be pulled up because of the extruding of user's body it is supreme fill 13 position Put place, it is to avoid the contact of bacteria district 12 and aseptic area 11, also avoid blood or tissue fluid on aseptic area 11 from making dirty bacteria district 12, it is ensured that the overall cleaning of reusable operating coat 100, simultaneously, also allow for the clear of reusable operating coat 100 Wash conveniently, be conducive to it to reuse.

Preferably, jag structure 81 is specifically arranged to form of cut or cuts, and openning is opened up along its length in the region of the bottom 14. Jag structure 81 is arranged on the back side of the bottom 14, from without influenceing the normal of reusable operating coat 100 to use.Jag knot Structure 81 has two, respectively positioned at the left and right sides of the bottom 14.The direction of left and right is to put on reusable hand with user The action direction of user during art clothing 100.The nothing of bacteria district 12 pairs when can avoid sitting posture except jag structure 81 mentioned above The pollution in bacterium area 11, and due to the setting of otch 81, allow to the bottom 14 to be flared bigger space, and user's is double Leg also accordingly obtains bigger activity space, accordingly, significantly facilitates the action of user.

And the length of jag structure 81 is 25mm-35mm, preferably 27mm or 30mm, the energy of jag structure 81 is ensured with this Preferably implement its stress to open and shed the function of active force.Simultaneously due to jag structure 81 is similar to one-dimensional square One seam, therefore, its length namely refer to this seam length.According to the setting of above-mentioned position, the bottom 14 in sitting posture, no Will be shifted up above knee, so as to ensure that bacteria district 12 will not contact with aseptic area 11.

Fig. 7 to Figure 11 is referred to, as another embodiment of the present utility model, its embodiment party for combining above-described embodiment Formula, and in the present embodiment, reusable operating coat 100 also includes in garment body 10 for the hand of user , so that user is in rest, can be placed in its both hands in hand placement structure 30 by the hand placement structure 30 of placement, and favourable Loosen in it and have a rest.And in order to simplify structure and the manufacturing, hand placement structure 30 includes the mouth in garment body 10 Bag 31, the pocket 31 is respectively arranged at two ends with opening, can be designed to close inside pocket or UNICOM, i.e., two hands are placed on mouth Can contact and can not also contact during bag, in order to the use of user.

And further, in order to be conducive to the use of user, the pocket 31 fills 11 front on, positioned at aseptic Area；Simultaneously, the pocket 31 is to use hygroscopic material, thus, can make to splash blood thereon or tissue fluid and is absorbed and solidify, and Down can not trickle to ground, so that operating room environment of making dirty；Also have plenty of, the aseptic area 11 covering pocket 31 surface, so that The function of the antibacterial sterilization of pocket 31.

In addition, being designed for the ease of production, the pocket 31 is regular geometric figure shape；It is preferred that the pocket 31 is vertical It is regular polygon, such as rectangle, square, isosceles triangle, isosceles trapezoid to section.Longitudinal cross-section refers to and clothes sheet The parallel section in body front, the i.e. plane illustrated in Fig. 7-11.

Fig. 2 and Fig. 3 is referred to, as another embodiment of the present utility model, its implementation method for combining above-described embodiment, And in the present embodiment, reusable operating coat 100 also includes that in garment body 10 opening for its inside can be opened Stitch 40 and in garment body 10 so that the attachment structure of the part connection positioned at the garment body 10 of 40 two side ends of cracking 50, and it is preferred that it 40 is the lower end that garment body 10 is extended to along the upper end of garment body 10 to crack, in order to wearing for user And take off.

And attachment structure 50 includes located at the first connector 51 being located in the garment body 10 of 40 one end of cracking and is located at In the garment body 10 of 40 other ends that crack and can be connected with the first connector 51 coordinate the second connector 52, thus, Needing to connect the part of the garment body 10 for being located at 40 two side ends of cracking, as long as directly making the first connector 51 and second The connection of connector 52 coordinates, simple and convenient；And need to make the inside opening of garment body 10 to be taken off in order to user, It is the first connector 51 is separated with the second connector 52.

In order to simplify structure and be easy to materials, the first connector 51 is the first frenulum, and the second connector 52 is for second Band, and first frenulum can be independently arranged with the second frenulum, also it is connectable together, it is integral with shape, simultaneously, the entirety The both ends of frenulum need respectively be located at crack 40 two side ends, in order to user operate.

Fig. 1 is referred to, as another embodiment of the present utility model, its implementation method for combining above-described embodiment, and In the present embodiment, reusable operating coat 100 is also included in garment body 10 so that user makes garment body 10 The tightening structure 60 tightened up, and it is preferred that the tightening structure 60 be a closing waist frenulum, be beneficial to and manufacture and design, simultaneously, also have Tightened beneficial to user's closing waist.

Referring again to Fig. 1, as another embodiment of the present utility model, its implementation method for combining above-described embodiment, and In the present embodiment, reusable operating coat 100 also includes located at the upper end of garment body 10 to absorb user's head The sweat of generation simultaneously prevents the sweat toward dirty absorbing sweat structure 70；It is preferred that and in order to simplify structure, the absorbing sweat structure 70 is Be located on garment body 10 on the absorbing sweat eckband that fills at 13 collar position, and the absorbing sweat eckband can use sweat-absorbing fabric system Into ensureing the comfortableness of its absorption of perspiration and user with this.

Please continue to refer to Fig. 1, as another embodiment of the present utility model, its implementation method for combining above-described embodiment, And in the present embodiment, it is saturating on the back side that reusable operating coat 100 also includes filled in garment body 10 13 Depressed structure (not indicated in figure), so that user by the setting of ventilating structure, can be made ventilated, will not produce feeling of oppression and heat, Greatly improve its comfort.

Preferably, ventilating structure includes fabric and the breathable films together with fabric is compound, wherein, the breathable films are PTFE film, thus, the ventilating structure for being formed has unique permeability performance, and inside configuration steam can be made to discharge rapidly, it is to avoid Structure multiplies mould, and keeps human body dry and comfortable all the time.

Used as another preferred embodiment of the present embodiment, ventilating structure is saturating on the back side of garment body 10 including being coated on Gas coating, wherein, the permeable coating is microporosity coating, and microporosity coating is mainly and polyurethane is formed in film forming procedure Micropore, these micro-pore diameters can prevent water droplet and allow water vapour molecule to pass through, and thus, can obtain water-proof breathable properties, and raising makes Comfort when wearing of user.

Used as another preferred embodiment of the present embodiment, ventilating structure includes the multiple on the back side of garment body 10 Latticed air-vent, with this, can effectively ensure the air permeable effect of anti-infection operating coat, and its simple structure, be easy to life Produce design.

The utility model preferred embodiment is the foregoing is only, its structure is not limited to the above-mentioned shape enumerated, All any modification, equivalent and improvement made within spirit of the present utility model and principle etc., should be included in this reality Within new protection domain.

Claims (10)

1. a kind of reusable operating coat, it is characterised in that including：

Garment body, so that user wears, the garment body includes forbidding the aseptic area being infected with germs and allows contamination thin The bacteria district of bacterium；

Ventilating structure, the ventilating structure is located in the garment body, for the use to being covered by the garment body Person's body is aerated ventilative；

Anti-pollution structure, the anti-pollution structure is located in the garment body, for isolating the bacteria district and the nothing The contact in bacterium area, it is to avoid pollute the aseptic area in the bacteria district.

2. reusable operating coat as claimed in claim 1, it is characterised in that：The garment body is used including covering The upper dress of person's upper body and upper limbs and with it is described on pretend even and cover the bottom of user's lower part of the body, the upper dress includes being used to hide Cover the upper body part of user's upper body and be used to cover the sleeve portions of user's upper limbs.

3. operating coat as claimed in claim 2, it is characterised in that：The aseptic area is located at the upper body part of the upper dress Front and the sleeve portions on, the back of the body of the bacteria district located at the upper body part of the bottom and the upper dress Face.

4. operating coat as claimed in claim 2, it is characterised in that：The anti-pollution structure includes that lays out under described opens Fork structure, the jag structure is opened up along the length direction of the garment body, and the lower end distance of the jag structure is described The lower edge of the bottom has a segment distance.

5. operating coat as claimed in claim 4, it is characterised in that：The jag structure setting is described in the garment body The back side of the bottom, the jag structure has two, respectively positioned at the left and right sides of the bottom.

6. operating coat as claimed in claim 5, it is characterised in that：The length of the jag structure is 25mm-35mm, described to open The distance of the lower end and the lower edge of the bottom of pitching structure is 2mm-5mm.

7. reusable operating coat as claimed in claim 1, it is characterised in that：The ventilating structure include fabric and The breathable films being connected with the fabric.

8. reusable operating coat as claimed in claim 1, it is characterised in that：The ventilating structure includes being coated on institute State the permeable coating on the garment body back side.

9. the reusable operating coat as described in claim any one of 1-8, it is characterised in that：The operating coat also includes In the garment body for user hand placement hand placement structure.

10. reusable operating coat as claimed in claim 9, it is characterised in that：The hand puts structure to be included being located at Pocket in the garment body, the pocket is respectively arranged at two ends with opening.