CN216568511U - Medical infection-preventing operating coat - Google Patents

Abstract

The utility model relates to a medical infection-preventing operating coat, it relates to medical operating coat field, it includes the front of a garment, lateral plate and coat-sleeve, the both sides of front of a garment respectively with lateral plate fixed connection, the coat-sleeve sets up between front of a garment and lateral plate, the coat-sleeve respectively with front of a garment and lateral plate fixed connection, two lateral plates can dismantle the connection through the frenulum, still include headgear and eye protection piece, set up the opening that supplies the doctor to look the thing on the headgear, eye protection piece sets up in the opening, eye protection piece and headgear fixed connection, one side fixed connection that the top was kept away from to the headgear is equipped with the enclosing cloth, the one end that the headgear was kept away from to the enclosing cloth is stuffed in the neck of front of a garment and lateral plate. The present application has the effect of reducing the risk of medical exposure of the neck and face of a physician during a surgical procedure on a patient carrying an infectious agent.

Description

Medical infection-preventing operating coat

Technical Field

The application relates to the field of medical operating gowns, in particular to a medical anti-infection operating gown.

Background

The operating coat is used as a necessary protective garment in the operation process, is used for reducing the risk of medical staff contacting pathogenic microorganisms, can also reduce the risk of pathogenic microorganisms spreading between the medical staff and a patient, and is a safety barrier of an aseptic area in the operation.

In the related art, the operating gown most widely applied in medical institutions is an all-cotton operating gown.

In view of the above-mentioned related art, the inventors found that the following drawbacks exist: in the operation of patients carrying various infectious pathogens such as HBV, HCV and HIV, there is a medical exposure risk to the face of the doctor.

SUMMERY OF THE UTILITY MODEL

In order to improve the problem that the face of a doctor is exposed to medical treatment in the process of operating on a patient carrying infectious pathogens, the application provides a medical anti-infection operating coat.

The application provides a medical infection-preventing operating coat adopts following technical scheme:

the utility model provides a medical infection-preventing operating coat, includes the front of a garment, lateral plate and coat-sleeve, the both sides of the front of a garment respectively with lateral plate fixed connection, the coat-sleeve sets up the front of a garment with between the lateral plate, the coat-sleeve respectively with the front of a garment and lateral plate fixed connection, two the connection can be dismantled through the frenulum to the lateral plate, still includes headgear and eye protection piece, set up the opening that supplies doctor to look the thing on the headgear, eye protection piece sets up in the opening, eye protection piece with headgear fixed connection, one side fixed connection that the top was kept away from to the headgear is equipped with encloses cloth, enclose cloth and keep away from the one end of headgear is filled in the front of a garment with in the neck of lateral plate.

By adopting the technical scheme, the face of a doctor exposed in the air is shielded by the headgear, so that the blood splashing on the face of the doctor in the operation process of a patient carrying infectious pathogens is reduced, and the medical exposure risk on the face of the doctor is reduced; the eye protection sheet is used for shielding eyes of a doctor, so that the influence of the eye protection sheet on glasses of the doctor is reduced, a good operation visual field is realized, and the eye protection sheet does not extrude the face, so that the doctor has good operation experience in the operation process; the neck part of the doctor exposed in the air is shielded by the enclosing cloth, so that the blood splashing to the neck part of the doctor in the operation process of a patient carrying infectious pathogens is reduced, and the face of the doctor has medical exposure risk; one end of the enclosing cloth, far away from the head cover, is stuffed into the necklines of the front part and the side pieces, so that the gap between the enclosing cloth and the front part is reduced, the shielding of the enclosing cloth on the visual field of a doctor is reduced, and the phenomenon that the blood of a patient carrying infectious pathogens is splashed on the neck of the doctor through the gap to cause the medical exposure of the doctor is avoided as much as possible.

In a specific implementation scheme, a first neckline cloth is fixedly connected to one side, facing the head, of the front opening, a connecting band is arranged on one side of the first neckline cloth, the other side of the first neckline cloth is connected with the connecting band through a magic tape, and a neck space is formed by enclosing between the connecting band and the first neckline cloth.

By adopting the technical scheme, the enclosing cloth is folded by utilizing the first neckline cloth, so that the area of the enclosing cloth exposed out of the front part is reduced, and the influence of redundant enclosing cloth on the visual field of a doctor is avoided as much as possible; the neck space formed by the enclosing between the connecting band and the first neckline cloth is used for adjustment, so that the neck space is convenient for being adapted to doctors with different body types, and a good wearing effect is realized; utilize the magic to paste and connect first collarband cloth and connecting band, the operation of being convenient for.

In a specific embodiment, the sleeve is provided with a ring-shaped elastic cloth area close to the upper arm.

By adopting the technical scheme, redundant sleeves are limited on the upper arm by utilizing the annular cloth-stretching area, so that doctors with different arm lengths can adapt conveniently, and the consequence that the operation effect is influenced due to the influence of overlong sleeves on the operation is avoided as much as possible.

In a specific practical embodiment, one end of each sleeve, which is close to the hand, is provided with an elastic ring layer, and the peripheral wall of each sleeve, which is far away from the human body, is provided with a friction ring.

By adopting the technical scheme, the cuff is furled by utilizing the elastic ring layer, so that a doctor can conveniently and aseptically wear the rubber glove before an operation, the rubber glove is communicated with the sleeve, and the rubber glove is conveniently positioned on the sleeve; utilize the inboard wall laminating of friction ring and rubber gloves, increased the frictional force between coat-sleeve and the rubber gloves, avoid as far as possible that rubber gloves loosen in the operation process for cause the influence to doctor's operation.

In a particular possible embodiment, the headgear, the bib, the front panel, the side panels and the sleeves are all made of a barrier fabric layer, which is, in order from the side remote from the body to the side close to the body, a barrier layer, an abrasion-resistant layer, a corrosion-resistant layer and a sweat-absorbing layer.

By adopting the technical scheme, the headgear, the enclosing cloth, the front part, the side pieces and the sleeves are processed by utilizing the blocking fabric layer, so that the surgical gown has good protective performance and comfortable sweat absorption, and when blood splashes on a doctor in the operation process of the patient carrying infectious pathogens, the blocking layer is utilized to block the blood of the patient, so that the medical exposure risk of the doctor is reduced; the wear-resistant layer is utilized to improve the wear resistance of the operating coat, and the operating coat is prevented from being damaged by friction in the operating process as much as possible, so that the protective effect of the operating coat is influenced; the corrosion resistance of the operating coat is improved by utilizing the corrosion-resistant layer, and the condition that the operating coat is corroded by medical waste liquid and body fluid of a patient in the operating process and the service life of the operating coat is influenced is avoided to the greatest extent; utilize sweat layer to adsorb the sweat of doctor in the operation process for the doctor is in dry environment, has improved the body of doctor operation in-process and has felt, makes the doctor have good operating condition.

In a specific possible embodiment, the headgear is provided with a breathing hole, the breathing hole is used for exposing the mask, and an elastic band is arranged around the breathing hole.

By adopting the technical scheme, the breathing hole is used for exposing the mask, so that a doctor can conveniently take a breath, the air permeability of the headgear is improved, the elastic bands around the breathing hole are used for reducing the gap between the breathing hole and the mask, the possibility that body fluid of a patient carrying infectious pathogens enters the interior of the headgear from the gap between the breathing hole and the mask in the operation process is reduced, and the exposure risk of the doctor is reduced; the doctor takes a breath through the breathing hole, reduces the accumulation of vapor in the headgear and the cloth in the process of taking a breath, further reduces the possibility that the eye protection sheet is fuzzy under the action of the vapor, and provides a good operation visual field for the doctor.

In a specific possible embodiment, a drop block is arranged at one end of the enclosure far away from the head cover.

Through adopting above-mentioned technical scheme, when wearing good headgear and need aseptic dressing operating coat, utilize and hang down the piece and carry on spacingly to enclosing the cloth, the doctor of being convenient for wears the operating coat, reduces the number of times of adjusting enclosing the cloth position, provides good wearing experience for the doctor.

In a particular possible embodiment, the side of the eye shield facing the face is provided with an anti-fog coating.

By adopting the technical scheme, the antifogging coating is utilized to reduce fogging of the eye protection sheet due to influence of sweat of a doctor, and a good operation visual field is provided for the operating doctor.

In summary, the present application includes at least one of the following beneficial technical effects:

1. the face of a doctor exposed in the air is shielded by the headgear, so that the blood splashing on the face of the doctor in the operation process of a patient carrying infectious pathogens is reduced, and the medical exposure risk on the face of the doctor is reduced; the eye protection sheet is used for shielding eyes of a doctor, so that the influence of the eye protection sheet on glasses of the doctor is reduced, a good operation visual field is realized, and the eye protection sheet does not extrude the face, so that the doctor has good operation experience in the operation process; the neck part of the doctor exposed in the air is shielded by the enclosing cloth, so that the blood splashing to the neck part of the doctor in the operation process of a patient carrying infectious pathogens is reduced, and the face of the doctor has medical exposure risk; one end of the enclosing cloth, which is far away from the head cover, is plugged into the necklines of the front part and the side pieces, so that the gap between the enclosing cloth and the front part is reduced, the shielding of the enclosing cloth on the visual field of a doctor is reduced, and the medical exposure of the doctor caused by the fact that the blood of a patient carrying infectious pathogens is splashed on the neck of the doctor through the gap is avoided as much as possible;

2. the annular elastic cloth area is used for limiting redundant sleeves on the upper arm, so that doctors with different arm lengths can adapt to the annular elastic cloth area conveniently, and the effect that the operation effect is influenced due to the fact that the sleeves are too long to influence the operation is avoided to the greatest extent;

3. when wearing good headgear and need aseptic dressing operating coat, utilize and hang down the piece and carry on spacingly to enclosing cloth, the doctor of being convenient for wears the operating coat, reduces the number of times of adjusting enclosing cloth position, provides good wearing experience for the doctor.

Drawings

Fig. 1 is a schematic overall structure diagram of a medical anti-infection operating gown according to an embodiment of the application.

Fig. 2 is a schematic overall structure diagram of a connecting band used in a medical anti-infection operating coat according to an embodiment of the present application.

Fig. 3 is a schematic structural diagram of the whole layer of the barrier fabric in the medical anti-infection operating gown according to the embodiment of the application.

Fig. 4 is a schematic overall structure diagram of a headgear and a bib in a medical anti-infection operating coat according to an embodiment of the present application.

Fig. 5 is a schematic structural diagram of an overall structure of an antifogging coating applied to a medical anti-infection operating coat according to an embodiment of the present application.

Description of reference numerals: 1. a front opening; 2. a side panel; 3. sleeves; 4. a headgear; 5. eye protection sheets; 6. an opening; 7. enclosing cloth; 8. a tie strap; 9. a first neckline cloth; 10. a connecting belt; 11. a neck space; 12. magic tape; 13. an annular fabric fluffing area; 14. a barrier fabric layer; 141. a sweat absorbing layer; 142. a corrosion-resistant layer; 143. a wear layer; 144. a barrier layer; 15. a breathing hole; 16. elastic bands; 17. a drop block; 18. an anti-fog coating; 19. an elastic loop layer; 20. a friction ring.

Detailed Description

The present application is described in further detail below with reference to figures 1-5.

The embodiment of the application discloses a medical anti-infection operating coat. Referring to fig. 1 and 2, the medical anti-infection surgical gown comprises a front part 1, a side piece 2 and sleeves 3, wherein two sides of the front part 1 are respectively connected with the side piece 2 in a sewing mode, the sleeves 3 are arranged between the front part 1 and the side piece 2, the sleeves 3 are connected with the front part 1 and the sleeves 3 and the side piece 2 in a sewing mode, the medical anti-infection surgical gown further comprises a head cover 4 and an eye protection piece 5, an opening 6 for a doctor to see is formed in the head cover 4, the eye protection piece 5 is arranged in the opening 6, the edges of the eye protection piece 5 and the opening 6 are connected in an adhesive mode, a piece of enclosing cloth 7 is arranged on one side, away from the top of the head, of the head cover 4, the enclosing cloth 7 is used for completely shielding the neck of the doctor, one end, away from the head cover 4, of the enclosing cloth 7 is plugged into a neckline between the front part 1 and the side piece 2, a tying belt 8 is arranged between the two side pieces 2, and accordingly the surgical gown is worn.

When a patient carrying infectious pathogens is operated, the face of a doctor exposed in the air is shielded by using the headgear 4, so that the probability of exposure risk of the doctor caused by the fact that body fluid of the patient splashes to the exposed part of the face of the doctor in the operation process is reduced; the eye protection sheet 5 is used for shielding the eyes of a doctor, so that the probability of exposure risk of the doctor caused by the fact that body fluid of a patient splashes to the eyes of the doctor in the operation process is reduced, a good operation visual field is realized, the eye protection sheet 5 does not extrude the face of the doctor, and the doctor has good operation experience in the operation process; the neck of the doctor is shielded by the enclosing cloth 7, so that the probability of doctor exposure risk caused by the fact that body fluid of a patient splashes to the neck of the doctor in the operation process is reduced; one end of the enclosing cloth 7, far away from the head cover 4, is stuffed into the neckline between the front part 1 and the side plate 2, so that the gap between the enclosing cloth 7 and the neckline of the operating coat is reduced, the shielding of the enclosing cloth 7 on the view of a doctor is reduced, and the probability of medical exposure of the doctor caused by the fact that body fluid of a patient carrying infectious pathogens enters the inside of the operating coat through the gap between the enclosing cloth 7 and the neckline of the operating coat is reduced.

Referring to fig. 2, the front fly 1 is sewed and connected towards one side of collarband and is equipped with first collarband cloth 9, and first collarband cloth 9 and two lateral plates 2 are sewed and connected towards one side of collarband, and the one end of first collarband cloth 9 is sewed and connected and is equipped with connecting band 10, and connecting band 10 overlap joint is on the lateral wall of neck is kept away from to the other end of first collarband cloth 9, encloses between connecting band 10 and the first collarband cloth 9 and closes formation neck space 11, connects through magic subsides 12 between connecting band 10 and the first collarband cloth 9.

One end of the surrounding cloth 7, which is far away from the head cover 4, is stuffed into a neckline between the front part 1 and the side plate 2, the size of a neck space 11 is controlled by utilizing the first neckline cloth 9 and the connecting band 10, so that the neck circumference of different doctors can be conveniently adapted, a good dressing effect of the surgical gown is realized, one side of the surrounding cloth 7, which is far away from the head cover 4, is folded, the area of the surrounding cloth 7, which is exposed out of the front part 1, is reduced, and the influence of redundant surrounding cloth 7 on the visual field of doctors is avoided as much as possible; the connecting belt 10 and the first neckline cloth 9 are fixedly connected by the magic tape 12, so that the operation is convenient.

Referring to fig. 1, the upper arm parts of the sleeves 3 are provided with annular cloth-flipping areas 13, and redundant sleeves 3 are limited on the upper arms of doctors by the aid of the annular cloth-flipping areas 13, so that the sleeves are convenient to adapt to different arm lengths of different doctors, and influence of the redundant sleeves 3 on the operation of the doctors and further influence on the operation effect is avoided as much as possible.

One end of each sleeve 3, which is far away from the neckline, is provided with an elastic ring layer 19, the elastic ring layer 19 is cylindrical and is used for being sleeved on the wrist of a doctor, and the cuffs of the surgical gown are folded by utilizing the elastic ring layer 19, so that the doctor can wear rubber gloves before surgery; be equipped with friction ring 20 on the perisporium of coat-sleeve 3 far away from elastic ring layer 19, utilize the lateral wall of friction ring 20 and the inboard wall of rubber gloves to laminate mutually, increased the frictional force between coat-sleeve 3 and the rubber gloves, avoid as far as possible in the operation in-process rubber gloves pine takes off, and then causes the influence to the doctor's operation in the operation, influences the operation effect.

Referring to fig. 1, 2 and 3, the headgear 4 is a headgear 4 made of a barrier fabric layer 14, the surrounding cloth 7 is a surrounding cloth made of a barrier fabric layer 14, the front piece 1 is a front piece 1 made of a barrier fabric layer 14, the side piece 2 is a side piece 2 made of a barrier fabric layer 14, and the sleeves 3 are made of a barrier fabric layer 14, the barrier fabric layer 14 is sequentially provided with a sweat absorbing layer 141, a corrosion resistant layer 142, a wear resistant layer 143 and a barrier layer 144 from one side close to the body to the other side far from the body, the sweat absorbing layer 141 is a pure cotton layer, the corrosion resistant layer 142 is a polyester fiber layer, the wear resistant layer 143 is a thermoplastic polyurethane elastic rubber layer, and the barrier layer 144 is a polyethylene layer.

The blocking fabric layer 14 is utilized to process the headgear 4, the enclosing cloth 7, the front opening 1, the side pieces 2 and the sleeves 3, so that the surgical gown has good protection performance and sweat absorption performance in the operation process of patients carrying infectious pathogens. The sweat absorbing layer 141 is used for absorbing sweat generated by a doctor in the operation process, so that the body feeling of the doctor is improved, and the doctor has a good working state; the corrosion resistance of the operating coat is improved by the corrosion-resistant layer 142, the corrosion of medical waste liquid and body fluid of a patient to the operating coat in the operation process is reduced, and the service life of the operating coat is prolonged; the wear-resistant layer 143 is used for improving the wear resistance of the operating coat, avoiding local wear and tear in the operation process as much as possible and improving the medical exposure risk of doctors; when blood splashes on the body of a doctor, the body fluid of the patient is blocked by the barrier layer 144, so that the medical exposure risk of the doctor is reduced.

Referring to fig. 4 and 5, the breathing hole 15 for exposing the mask is formed in the headgear 4, the elastic band 16 is annularly arranged around the breathing hole 15, the elastic band 16 is used for reducing the gap between the breathing hole 15 and the mask, the possibility that body fluid of a patient carrying infectious pathogens enters the headgear 4 from the gap between the breathing hole 15 and the mask in the operation process is reduced, and the protection efficiency of the headgear 4 is improved.

The doctor utilizes breathing hole 15 to take a breath, has improved the gas permeability of headgear 4, has reduced the accumulation of the vapor that the doctor produced in the process of taking a breath in headgear 4, and eye protector 5 is scribbled towards one side of face and is equipped with antifog coating 18, and then has reduced eye protector 5 fuzzy possibility under the vapor effect, provides good operation field of vision for the doctor.

Referring to fig. 1 and 4, the end, far away from headgear 4, of enclosure 7 is provided with pendulous block 17, pendulous block 17 is a small block made of inorganic glass material, pendulous block 17 is glued on the side wall, far away from the doctor body, of enclosure 7, enclosure 7 isolates pendulous block 17 from the doctor body, and it is avoided as far as possible that pendulous block 17 is attached to the doctor skin to cause local allergy.

When aseptic dressing operating coat, at first with headgear 4 with enclose cloth 7 dress, enclose cloth 7 and hang down in the same direction as naturally under the effect of piece 17 that hangs down, the doctor of being convenient for will enclose cloth 7 and keep away from the one end of headgear 4 and fill in the collarband between front opening 1 and the lateral plate 2, reduce the number of times of adjusting and enclosing cloth 7 position, it is simple convenient, realized good wearing experience.

The implementation principle of the medical anti-infection operating coat in the embodiment of the application is as follows: when a patient carrying infectious pathogens is operated, the face of a doctor exposed in the air is shielded by the headgear 4, so that the protection efficiency of the headgear 4 on the face of the doctor is improved; the eye protection sheet 5 is used for shielding the eyes of the doctor, so that the protection efficiency of the headgear 4 on the eyes of the doctor is improved; the neck of the doctor exposed in the air is shielded by the enclosing cloth 7, so that the protection efficiency of the head sleeve 4 on the neck of the doctor is improved; one end of the enclosing cloth 7, which is far away from the head cover 4, is stuffed into the necklines of the front fly 1 and the side sheet 2, so that the gap between the enclosing cloth 7 and the front fly 1 is reduced, the shielding of the enclosing cloth 7 on the visual field of a doctor is reduced, and the phenomenon that the blood of a patient carrying infectious pathogens is splashed on the neck of the doctor through the gap to cause the medical exposure of the doctor is avoided as much as possible.

The doctor utilizes breathing hole 15 to take a breath, and the steam that the doctor produced in the process of taking a breath overflows by breathing hole 15, and eye protection piece 5 is scribbled on one side towards the face and is equipped with antifog coating 18, and then has reduced the blurred possibility of eye protection piece 5 under the steam effect, provides good operation visual field for the doctor.

The above embodiments are preferred embodiments of the present application, and the protection scope of the present application is not limited by the above embodiments, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.

Claims (8)

1. The utility model provides a medical infection-preventing operating coat, includes front opening (1), lateral plate (2) and coat-sleeve (3), the both sides of front opening (1) respectively with lateral plate (2) fixed connection, coat-sleeve (3) set up front opening (1) with between lateral plate (2), coat-sleeve (3) respectively with front opening (1) and lateral plate (2) fixed connection, two lateral plate (2) can dismantle the connection through frenulum (8), its characterized in that: still include headgear (4) and eye-protecting piece (5), offer opening (6) that supply the doctor to look the thing on headgear (4), eye-protecting piece (5) set up in opening (6), eye-protecting piece (5) with headgear (4) fixed connection, one side fixed connection that top was kept away from in headgear (4) is equipped with and encloses cloth (7), enclose cloth (7) are kept away from the one end of headgear (4) is filled in front of a garment (1) with in the collarband of lateral part (2).

2. The medical infection-preventing operating coat as claimed in claim 1, wherein: front opening (1) is equipped with first neckline cloth (9) towards one side fixed connection of head, first neckline cloth (9) one side is equipped with connecting band (10), the opposite side of first neckline cloth (9) pass through magic subsides (12) with connecting band (10) are connected, connecting band (10) with enclose between first neckline cloth (9) and close and form neck space (11).

3. The medical anti-infection operating gown according to claim 1, wherein: and annular fabric-popping areas (13) are arranged at the positions, close to the upper arms, of the sleeves (3).

4. The medical infection-preventing operating coat as claimed in claim 1, wherein: an elastic ring layer (19) is arranged at one end of each sleeve (3) close to the hand, and a friction ring (20) is arranged on the peripheral wall of each sleeve (3) far away from the human body.

5. The medical infection-preventing operating coat as claimed in claim 1, wherein: the headgear (4), the apron (7), the front piece (1), the side piece (2) and the sleeves (3) are all made of a blocking fabric layer (14), and the blocking fabric layer (14) is sequentially provided with a blocking layer (144), an abrasion-resistant layer (143), an anti-corrosion layer (142) and a sweat-absorbing layer (141) from one side far away from the body to one side close to the body.

6. The medical infection-preventing operating coat as claimed in claim 1, wherein: a breathing hole (15) is formed in the headgear (4), the breathing hole (15) is used for exposing the mask, and elastic bands (16) are arranged around the breathing hole (15).

7. The medical infection-preventing operating coat as claimed in claim 1, wherein: one end of the enclosing cloth (7) far away from the head cover (4) is provided with a falling block (17).

8. The medical infection-preventing operating coat as claimed in claim 1, wherein: and an anti-fog coating (18) is arranged on one side, facing the face, of the eye protection sheet (5).

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