KR102660847B1 - Medical gown, method and apparatus for manufacturing the same - Google Patents

Abstract

The present invention relates to a medical gown, a manufacturing device, and a manufacturing method thereof, which can secure airtightness by tightening the sleeve by forming at least one of a wristband and/or a multi-step dot-shaped perforation line on the sleeve, and also secures airtightness at the rear of the front cover. It is possible to secure price competitiveness by securing free space between the rear covers that are glued to prevent tearing of the medical gown, improving mobility, and improving productivity by automating the manufacturing process.

Description

Medical gown, manufacturing device and method thereof {MEDICAL GOWN, METHOD AND APPARATUS FOR MANUFACTURING THE SAME}

The present invention is a medical gown worn to protect users from harmful substances that have a negative effect on the human body, such as bacteria, viruses, chemicals, or contaminants handled in facilities such as medical facilities, medical sites, laboratories, or laboratories, and a manufacturing device thereof. and manufacturing methods, specifically, disposable medical gowns that can secure the confidentiality of the sleeve area through wrist bands and/or multi-point perforations, and price competitiveness by improving productivity by automating the manufacturing process. It relates to manufacturing equipment and manufacturing methods.

In facilities such as medical facilities, medical sites, laboratories, and laboratories, medical gowns are usually worn to prevent various harmful substances from contacting the body or clothing in the process of handling hazardous substances harmful to the human body such as various bacteria, viruses, chemicals, and contaminants. Wear it.

Vinyl gowns made of lightweight and inexpensive vinyl material are mainly used as medical gowns. Domestic registered utility model No. 20-0384170, domestically registered utility model No. 20-0489311, domestically registered utility model No. 20-0384170, domestically registered utility model no. Various plastic gowns have been proposed, such as Registered Patent No. 10-1116315 and Domestic Patent No. 10-2223939.

These plastic gowns are manufactured for disposable use due to the advantage of being lightweight and inexpensive, especially as the number of infected patients is rapidly increasing both domestically and internationally due to the emergence of new coronaviruses such as COVID-19. Its use is increasing explosively in medical settings where infected people are treated or examined.

Despite this increase in usage, most vinyl gowns are currently manufactured by hand, making it difficult to meet demand due to limitations in mass production due to low productivity, and most vinyl gown products distributed domestically due to high production costs. They are produced in China or Southeast Asian countries where labor costs are low.

For this reason, as part of automating the manufacturing equipment for plastic gowns, the vinyl glove manufacturing equipment proposed in Domestic Patent Publication No. 10-2011-1132393 or Domestic Registered Patent No. 10-1942340 may be used to manufacture vinyl gowns. , Vinyl gowns are larger than vinyl gloves and require a somewhat complicated structure, so there is considerable difficulty in manufacturing vinyl gowns with previously developed vinyl glove manufacturing equipment.

Domestic Registered Patent No. 10-2157263 includes a medical gown made by processing film fabric to cover both arms into which the user's arms are inserted, a shoulder cover that covers the user's shoulders, and a medical gown covering the user's arms from the chest to at least the waist. A medical gown is automatically assembled, including a front cover that covers the front side and a waistband that extends from the left and right ends of the front cover so that the medical gown is in close contact with the user's body and can be tied together at the rear side of the waist. A manufacturing device for manufacturing has been proposed.

The medical gown manufacturing device proposed in Domestic Registered Patent No. 10-2157263 proposes an automated medical gown manufacturing process by folding, perforating, and sealing (joining) a single piece of synthetic resin fabric to manufacture a medical gown. Due to limitations, using a single piece of fabric means that the front and rear covers have no choice but to be formed with the same area.

As such, in the medical gown according to the prior art, due to technical limitations, the areas of the front cover and the rear cover cannot help but be formed to be the same, and as a result, there is no free space between the user's back and the rear cover while wearing the medical gown. Because it is not sufficiently secured, it is not easy to wear, and after wearing it, the gown gets caught when the user moves his or her arms due to a lack of free space, causing damage to the joint area and the like.

In particular, in medical settings, respirators are worn to protect the face to prevent bacteria or viruses from penetrating the visual, auditory, and respiratory organs. Additionally, an air hose is installed on the user's back to supply fresh air to the respirator. If there is not enough space at the rear of the plastic gown, the air hose may become tight between the back where the air hose is installed and the rear cover. A problem arose, and as a result, the rear cover of the back area was easily torn even with a small movement, exposing the body to harmful substances.

In addition, vinyl gowns manufactured using automated manufacturing equipment according to the prior art had many difficulties in securing durability and airtightness in addition to the tearing problem of the rear cover described above. In particular, as vinyl gowns are manufactured as ready-made products with certain specifications, the both arm covers are formed by sealing the front and back covers using a heat fusion method, and depending on the user's physical characteristics (arm thickness, etc.), there is a gap between the both arm covers and the user's arms. There were many difficulties in securing airtightness, such as gaps forming in the space and various harmful substances flowing in through these gaps.

KR 10-2011-01132393 A, 2011. 10. 12., “Automatic disposable glove manufacturing device” KR 10-1942340 B1, 2019. 01. 21., “Disposable vinyl gloves manufacturing equipment and manufacturing method” KR 10-2157263 B1, 2020. 09. 11., “Medical gown manufacturing device and medical gown packaging device”

Therefore, the present invention was devised to solve the above-mentioned problems, and provides a medical gown that can be manufactured in one piece through an automated manufacturing process while ensuring durability and airtightness of the sleeve area, a manufacturing device, and a manufacturing method thereof. There is a first purpose in doing this.

In addition, the present invention provides a medical gown that prevents fabric from being wasted and secures sufficient space between the user's back and the rear covers to prevent the rear covers from being easily torn even during violent movements, a manufacturing device, and a manufacturing method thereof. There is a second purpose in providing it.

The present invention for achieving the above object is formed of a first fabric, a body covering portion that covers the user's torso, and a pair of body covering portions formed on the upper left and right sides of the body covering portion and covering the front sides of both arms of the user in a worn state. A front cover including an arm shield and a pair of waist bands formed on the left and right sides of the torso shield below the pair of arm shields to tie the torso shield and secure it to the torso; A virtual center line that is formed of a second fabric and divides the front cover into left and right sides to cover the rear side and back of the user's arm that is not covered by the left arm shield formed on the left side of the pair of arm shields. A first rear cover joined to the left rear side of the front cover with a boundary; And the front cover is formed of a third fabric, with the virtual center line as a boundary to cover the rear side and back of the user's arm that is not covered by the right arm shield formed on the right side of the pair of arm shields. It includes a second rear cover that is joined to the right rear side and a left end that is not joined to the front cover is joined to the right end of the first rear cover at the virtual center line area, the left arm blocking portion and the right arm. A first wristband is formed at either the top or bottom end of the shielding portion, and a second wristband is formed at either the top or bottom end of the first rear cover to correspond to the first wristband formed on the left arm shielding portion. A third wrist band is formed at either the upper or lower end of the second rear cover to correspond to the first wrist band formed on the right arm cover, and the left arm cover and the first rear cover The first wristband and the second wristband formed on the left arm cover are tied and tightened to surround the left sleeve area formed through joining, and the right sleeve area formed through joining the right arm cover and the second rear cover is A medical gown is provided, wherein the left and right sleeves are sealed by tying and tightening the first and third wristbands formed on the right arm covering portion to wrap around each other.

In addition, a portion of the first wristband formed on the left arm cover is connected to the left arm cover and the remaining part is connected with a dotted cut line to enable cutting from the left arm cover, and the first wrist band formed on the right arm cover is 1 Part of the wristband is connected to the right arm cover and the remaining part is connected with a dotted cut line so that it can be cut from the right arm cover, and part of the second wristband is connected to the first rear cover and the remaining part is connected to the first rear cover. It is connected with a dotted perforation line to enable it to be cut from the first rear cover, and the third wrist strap is partially connected to the second rear cover and the remaining part is connected with a dotted perforation line to be able to be cut from the second rear cover. can do.

In addition, first fixing holes are formed in the left and right arm blocking parts on opposite sides of the first wrist band, respectively, and second fixing holes are formed in the first rear cover so as to be aligned with the first fixing holes formed in the left arm blocking part. A fixing hole is formed in the second rear cover, and a third fixing hole is formed in the second rear cover to be aligned with the first fixing hole formed in the right arm blocking part, and the first fixing hole formed in the left arm blocking part and the second fixing hole are provided in the second rear cover. The first wristband and the second wristband formed in the left arm shielding portion are inserted through, and the first wristband and the second wristband formed in the right arm shielding portion are inserted into the first fixing hole and the third fixing hole formed in the right arm shielding portion. 3 It may be characterized in that the wrist strap is inserted through.

In addition, the interior of the first to third fixing holes may be characterized in that teeth are formed in the upper and lower sides, respectively.

In addition, the left arm blocking part and the first rear cover, and the right arm blocking part and the second rear cover each have multi-stage multi-stages to ensure airtightness according to the thickness of the user's arm by adjusting the width of the wrist area. Dot-shaped cutting lines are formed up and down, and the multi-stage dot-shaped cutting lines may be characterized by being composed of a plurality of dotted cutting lines whose width becomes narrower from the center of the front cover to the wrist area.

In addition, the inner surface of the torso covering portion may further include an anti-rolling cover that prevents the torso covering portion from rolling up by adding weight to the torso covering portion.

In addition, the front cover and the first and second rear covers are each made of a fabric coated with vinyl on one side of a non-woven fabric, or the front cover is made of a fabric coated with vinyl on one side of a non-woven fabric and the first and second rear covers are each made of a fabric coated with vinyl on one side of a non-woven fabric. 2 The rear cover can be characterized as being made of mask fabric applied to the KF80, KF94, or KF99 mask while being breathable and preventing bacteria and viruses from penetrating.

In addition, the present invention for achieving the above object includes: a first fabric supply unit for supplying a single sheet of first fabric; a first processing unit forming a thumb insertion hole in the first fabric supplied from the first fabric supply unit; a vertical transfer unit that vertically arranges and transfers the first fabric supplied from the first fabric supply unit; A half-fold part that folds the first fabric transferred through the vertical transfer part in half about an imaginary center line; a second processing unit that separates the half-folded first fabric, which is folded in half by the half-fold unit, from the first fabric continuously supplied from the first fabric supply unit; a horizontal transfer unit that horizontally arranges and transfers the half-folded first fabric; a second fabric supply unit that supplies a single sheet of second fabric to one side of the first fabric in an unfolded state; A third fabric supply unit that supplies a third piece of fabric in an unfolded state to the other side of the first fabric; A sealing part that performs a sealing process using a heat fusion method to join the second and third fabrics to both sides of the half-folded first fabric to have the shapes of first and second rear covers; and a front cover made of the first half-fold fabric by cutting the first half-fold fabric and the second and third fabrics joined by the sealing portion, and the first and third fabrics made of the second and third fabrics. An apparatus for manufacturing a medical gown is provided, comprising a third processing unit that completes a medical gown including a second rear cover.

In addition, the present invention to achieve the above object is a method of manufacturing a medical gown, comprising: supplying a single sheet of first fabric; Forming a thumb insertion hole in the first fabric; A process of vertically placing and transferring the first fabric; A process of folding the first fabric in half around an imaginary center line; A process of cutting and separating the half-folded first fabric from the continuously supplied first fabric; A process of horizontally placing and transferring the half-folded first fabric separated from the continuously supplied first fabric; A process of supplying a single sheet of second fabric in an unfolded state to one side of the half-folded first fabric; A process of supplying a third piece of fabric in an unfolded state to the other side of the half-folded first fabric; A process of bonding the second and third fabrics to both sides of the half-folded first fabric to form first and second rear covers by performing a sealing process using a heat fusion method; and a front cover made of the first half-fold fabric by cutting the first half-fold fabric and the second and third fabrics joined by the sealing portion, and the first and third fabrics made of the second and third fabrics. A method of manufacturing a medical gown is provided, which includes a process of completing a medical gown including a second rear cover.

As described above, according to the medical gown according to the present invention, airtightness of the sleeve area can be secured by tightening the sleeve (wrist) area by forming a wrist band and/or a multi-stage point-shaped perforation line.

In addition, according to the medical gown according to the present invention, the fabric forming the front cover that covers the front side of the user's torso and both arms, and the first and second rear covers that cover the rear left and right sides of the user's arms, respectively, is used for medical treatment. By manufacturing the gown, it is possible to secure free space between the user's back and the first and second rear covers while wearing the medical gown.

Therefore, in the present invention, it is possible to secure sufficient space between the user's back and the rear covers while preventing unnecessary waste of fabric, making it easy to wear regardless of the user's body size, and even after wearing it, the arms and shoulders are moved backwards. Since there is no interference with the covers, the rear covers do not get caught and easily torn even with relatively aggressive movements.

In addition, according to the manufacturing apparatus and method of the medical gown according to the present invention, the medical gown having the above structure is manufactured through an automated process rather than manually, thereby improving productivity and enabling mass production, thereby increasing price competitiveness. It can be secured.

In addition, according to the medical gown according to the present invention, by forming an additional anti-curling cover on the lower part of the front cover, the lower part of the plastic gown does not easily roll up during or after wearing, thereby eliminating problems such as exposure of the user's body to harmful substances. can be prevented.

1 is a perspective view of a medical gown according to Embodiment 1 of the present invention.
Figure 2 is a front view of the medical gown shown in Figure 1;
Figure 3 is a rear view of the medical gown shown in Figure 1;
Figure 4 is a front view of the front cover shown in Figure 1.
Figure 5 is a rear view shown in Figure 1.
Figure 6 is a view showing the first and second rear covers shown in Figure 3.
Figure 7 is a cross-sectional view showing parts of the front cover and the first and second rear covers according to the present invention.
Figure 8 is a front view of a medical gown according to Embodiment 2 of the present invention.
Figure 9 is a rear view of the medical gown shown in Figure 8;
Figure 10 is a diagram briefly showing an example of first to third fixing holes according to the present invention.
Figure 11 is a front view of a medical gown according to Embodiment 3 of the present invention.
Figure 12 is a rear view of the medical gown shown in Figure 11.
Figure 13 is a front view of a medical gown according to Embodiment 4 of the present invention.
Figure 14 is a rear view of the medical gown shown in Figure 13.
Figure 15 is a configuration diagram showing an apparatus for manufacturing a medical gown according to an embodiment of the present invention.
Figure 16 is a schematic diagram schematically showing the medical gown shown in Figure 15.
Figure 17 is a cross-sectional view briefly showing the sealing process according to the present invention.
Figure 18 is a front view of a medical gown according to Embodiment 5 of the present invention.
Figure 19 is a rear view of the medical gown shown in Figure 18.

Hereinafter, the advantages and features of the present invention and methods for achieving them will become clear by referring to the embodiments described in detail below along with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but is implemented in various different forms, and is provided to fully inform those skilled in the art of the invention of the scope of the invention. and the present invention is defined by the scope of the claims.

The medical gown according to an embodiment of the present invention provides a wrist band and/or a multi-level dotted perforation line to achieve the above-mentioned purposes. In addition, in order to secure a space between the user's back and the rear covers, the adhesive portion of the rear covers has an expanded structure, and a curling prevention cover is added as a weight to prevent the bottom of the front cover from rolling up.

Figure 1 is a perspective view of a medical gown according to Embodiment 1 of the present invention, Figure 2 is a front view, and Figure 3 is a rear view.

1 to 3, the medical gown g1 according to Embodiment 1 of the present invention includes a front cover 1 that covers the user's front side, such as the chest and abdomen, like an apron.

Figure 4 is a front view of the front cover shown in Figure 1, and Figure 5 is a rear view.

As shown in Figures 1 to 5, the front cover 1 has a left-right symmetrical structure centered on a virtual center line (vL) (hereinafter referred to as 'virtual center line') that divides the front cover 1 into left and right halves.

This front cover (1) is manufactured using a single piece of fabric to a size that can cover the user's chest, abdomen, and torso sides, and covers the body while wearing the medical gown (g1) according to Embodiment 1 of the present invention. Depending on the part, it includes a torso cover (1a) and an arm cover (1b).

The torso covering portion 1a covers the chest, abdomen, and sides of the torso depending on the body part covered when worn. The arm blocking portion 1b extends integrally from the upper two sides of the torso blocking portion 1a and covers the arms together with the first and second rear covers 2 and 3, which will be described later.

The front cover (1) maintains airtightness after wearing the medical gown (g1) according to Embodiment 1 of the present invention on the torso, and is tied back so that the medical gown (g1) does not come off the user's torso while worn. It includes a waist belt (1c) that secures (1) to the user's torso.

The torso covering portion 1a is formed to have a width w1 that can cover the user's chest, abdomen, and/or torso sides. Alternatively, it may be formed to have a width that can cover a portion of the user's back that is not covered by the first and second rear covers 2 and 3.

As shown in Figure 4, a neck groove (a) may be formed at the upper center of the body covering portion (1a) to correspond to the shape of the user's chin while wearing the medical gown (g1) according to Embodiment 1 of the present invention. At this time, the neck groove (a) may be formed in a 'U' shape with a certain curvature.

The arm blocking portion 1b is integrally formed on the left and right sides of the torso blocking portion 1a to be left and right symmetrical about the virtual center line vL and covers the front side (inside) of the user's arm when worn.

As shown in FIG. 2, the arm covering portion 1b may have a structure in which the width w2 becomes gradually narrower in a direction away from the torso covering portion 1a. In addition, at both ends there is a thumb insertion hole (h) into which the user's thumb is inserted to prevent the arm covering portion (1b) from rolling up when or after wearing the medical gown (g1) according to Embodiment 1 of the present invention. can be formed.

Additionally, the lower boundary portion (b) between the torso covering portion 1a and the arm covering portion 1b, that is, the lower boundary portion (b) corresponding to the user's armpit, may be rounded into a circular or semicircular shape. Through this, the user can freely move his arms while wearing the medical gown g1 according to Embodiment 1 of the present invention. In addition, the bonding force is strengthened by increasing the bonding area with the first and second rear covers (2, 3) that are later bonded to the rear side of the front cover (1), so that it can be easily torn at the lower border (b) when the user moves his arm. Loss problems can be prevented.

As shown in Figure 3, the medical gown (g1) according to Example 1 of the present invention has a front cover (1) so as to cover the rear side of the user's arm and the upper part of the user's back (approximately the upper part of the back based on the armpit). It includes first and second rear covers 2 and 3 joined symmetrically to each other on the rear side.

Figure 6 is a view showing the first and second rear covers shown in Figure 3.

As shown in Figures 3 and 6, the first and second rear covers (2, 3) can each be formed from a single sheet of fabric supplied separately from the front cover (1). The first rear cover (2) is attached to the rear side of the front cover (1) to cover the rear side of the user's left arm and upper back, and the second rear cover (3) covers the rear side of the user's right arm and upper back. It is joined to the rear side of the front cover (1) to cover it.

As shown in Figure 6, the ends of the first and second rear covers 2 and 3 where they are joined to each other may be rounded. In addition, the first and second rear covers 2 and 3 may have horizontal lengths L2 and L3 that are equal to each other. Additionally, their vertical lengths may also be formed to be the same.

A perforation line (d) may be formed on one or both sides of the joint area (j) where the ends of the first and second rear covers (2, 3) are joined to each other so that they can be easily torn when taking off, and the joint area (j) ) A neck groove may be formed in the upper part to correspond to the neck groove (a) of the front cover (1).

As shown in Figure 6, the first and second rear covers (2, 3) have ends that are joined to each other to secure free space between the user's back, that is, the joint portion (j) bisects the front cover (1). It is formed longer than the virtual center line (vL). For example, it is formed to be about 20mm to 30mm long.

Also, the sum of the horizontal lengths ('L2 + L3') of the first and second rear covers (2, 3) is formed to be longer than the length (L1') between the thumb insertion holes (h). That is, by forming the center line as long as the difference (D) based on the virtual center line (vL) in FIG. 6, it is possible to secure free space on the user's back.

Therefore, in the medical gown (g1) according to Embodiment 1 of the present invention, even if the user wears a respirator while wearing the medical gown (g1), there is a gap between the user's back and the first and second rear covers (2, 3). By securing free space to prevent the air hose from being pinched between the back and the first and second rear covers (2, 3), the first and second rear covers (2, 3) are secured during activities during or after wearing the medical gown (g1). , 3) can prevent the problem of the joint being easily torn.

Meanwhile, as shown in FIG. 3, the first and second rear covers (2, 3) are sealed at the rear part of the front cover (1) through a heat fusion process, and one end thereof covers a portion of the thumb insertion hole (h). That is, it may be installed to overlap a portion of the thumb insertion hole (h) to further secure the confidentiality of the thumb.

In addition, as shown in Figures 4 and 5, the front cover 1 is formed with a waist band 1c on both sides that wraps around the user's waist and ties them together to secure the front cover 1 to the user's waist.

In addition, in order to seal the sleeve area, especially the wrist area, of the medical gown (1g), a first wristband (1d) is formed at the top of the arm covering part (1b), and the first and second rear covers (2, 3) At the top, second and third wristbands (2a, 3a) are formed to correspond to the first wristband (1d) and wrap around the wrist to align with the first wristband (1d) and then tie and secure with the first wristband (1d), respectively. do.

That is, a second wristband (2a) is formed at the top of the first rear cover (2) so as to overlap the first wristband (1d) formed at the top of the left arm cover of the arm cover (1b), and the arm cover (1b) ), a third wristband (3a) is formed at the top of the second rear cover (3) to overlap the first wristband (1d) formed at the top of the right arm covering portion. Then, the first wristband (1d) formed on the left arm covering part is tied with the second wristband (2a) to seal the left wrist area, and the first wristband (1d) formed on the right arm covering part is tied with the third wristband (3a). Tie it to seal the right wrist area.

One end of the first wristband 1d is connected to the upper end of the arm covering portion 1b, and the remaining portion is glued on a dotted line (hereinafter referred to as a 'dotted cut line') so that it can be easily cut and separated. Additionally, one end of the second wristband (2a) is connected to the upper end of the first rear cover (2) and the remaining portion is formed in the form of a dotted line, and the third wristband (3a) has one end connected to the upper end of the first rear cover (3). It is connected to the upper part, and the remaining part is formed in the form of a dotted cut line.

Meanwhile, the medical gown (g1) according to Example 1 of the present invention may further include an anti-curling cover (4) formed on the inner surface of the body covering portion (1a) of the front cover (1), as shown in FIG. 3. . The curling prevention cover 4 is bonded and fixed to the inner surface of the torso covering portion 1a to prevent the lower end of the torso covering portion 1a from rolling upward by adding weight to the torso covering portion 1a.

The curl prevention cover (4) is made of the same fabric as the front cover (1), and can be bonded and fixed at a certain height at the lower end of the body covering portion (1a). At this time, the entire circumference of the curling prevention cover 4 may be attached to the body covering part 1a, or only the top may be attached to the body covering part 1a.

Figure 7 is a cross-sectional view showing parts of the front cover and the first and second rear covers according to the present invention.

As shown in Figure 7, the fabric used as the front cover (1) and the first and second rear covers (2, 3) according to the present invention has a laminated structure of vinyl (v) and non-woven fabric (f), respectively, to improve durability. It can be done with At this time, the vinyl (v) is disposed on the inner surface, and the non-woven fabric (f) is disposed on the outer surface.

Figure 8 is a front view of the medical gown according to Example 2 of the present invention, and Figure 9 is a rear view.

Referring to Figures 8 and 9, the medical gown (g2) according to Example 2 of the present invention, like Example 1, has a first wrist band (11d) on both sides of the arm blocking portion (11b) of the front cover (11). ) is formed, and second and third wrist bands (12a, 13a) are formed on the first and second rear covers (12, 13).

In addition, first fixing holes (h1) are formed in the lower portions of both sides of the arm blocking portion (11b) of the front cover (11), and second and third fixing holes are formed in the first and second rear covers (12, 13). (h2, h3) is formed. At this time, as shown in FIGS. 8 and 9, the second fixing hole (h2) is aligned with the first fixing hole (h1) formed at the lower left side of the arm blocking portion (11b) when viewed from the front or rear. 3 The fixing hole (h3) is formed in alignment with the first fixing hole (h1) formed at the lower right side of the arm blocking portion (11b).

In Example 1, the wrist area is airtight by tying a knot to secure the first and second wristbands 1d and 2a and the first and third wristbands 1d and 3a. However, this method of airtightness using a knot requires the help of a third party because it is difficult to work with just one hand.

On the other hand, in Example 2, the first to third wrist bands (11d, 12a, 13a) are passed through the first to third fixing holes (h1, h2, h3) and are fastened to the wrist area, that is, the circumference of the sleeve area. Apply pressure to seal the wrist area. Therefore, it is possible to provide the advantage of being easier to wear compared to Example 1 by pressurizing and sealing the wrist area with one hand without the help of a third party.

Figure 10 is a diagram briefly showing an example of the first to third fixing holes according to the present invention.

As shown in Figure 10, the direction in which the first to third wrist bands (11d, 12a, 13a) are pulled after being penetrated, that is, the first to third wrist bands penetrated into the first to third fixing holes (h1, h2, h3) The first to third fixing holes (h1, h2, h3) have sharp teeth (irregularities) so that (11d, 12a, 13a) is caught in the direction coming out of the first to third fixing holes (h1, h2, h3). ) are formed up and down.

As shown in Figure 7, the fabric forming the front cover 11 and the first and second rear covers 12 and 13 is made of a laminated structure of vinyl (v) and non-woven fabric (f), and in particular, the non-woven fabric (f) is The surface joined to the vinyl (v) is smooth, and the opposite side (outer surface) is formed as a relatively rough surface, so that it is easily caught and fixed in the first to third fixing holes (h1, h2, h3) formed in the form of sawtooth.

Figure 11 is a front view of a medical gown according to Example 3 of the present invention, and Figure 12 is a rear view.

Referring to Figures 11 and 12, the medical gown (g3) according to Example 3 of the present invention, like Example 2, has first wrist straps (21d) on both sides of the arm blocking portion (21b) of the front cover (21). ) is formed, and second and third wrist bands (22a, 23a) are formed on the first and second rear covers (22, 23).

In addition, first extension pieces 21e with first fixing holes h4 are formed on both lower sides of the arm blocking portion 21b of the front cover 21, and the first and second rear covers 22, 23), second and third expansion pieces 22b and 23b are formed with second and third fixing holes h5 and h6.

Other configurations are the same as Example 2.

In Example 2, the first to third fixing holes (h1, h2, h3) are formed in the arm blocking portion (11b) and the first and second rear covers (12, 13), so that the user's body is positioned in the first to third fixing holes (h1, h2, h3). 3 It can be exposed to the outside through the fixing holes (h1, h2, h3). On the other hand, in Example 3, first to third extension pieces (21e, 22b, By forming 23b) and forming the first to third fixing holes (h4, h5, h6) here, airtightness can be secured and durability can be improved.

Figure 13 is a front view of a medical gown according to Example 4 of the present invention, and Figure 14 is a rear view.

13 and 14, the medical gown (g4) according to Example 4 of the present invention includes a front cover 31, first and second rear covers 32 and 33, and a front cover 31. Multi-stage dot-shaped perforation lines 34 are formed on the first and second rear covers 32 and 33 to adjust the width of the wrist area in multiple stages.

The multi-stage dot-shaped cutting line 34 is composed of a plurality of dotted cutting lines formed at the upper and lower parts so that the width becomes narrower from the center of the front cover 31 to both ends, that is, the wrist area.

The multi-stage dot-shaped cutting lines 34 formed at the top or bottom may be formed at equal or different intervals. Preferably, they are formed at equal intervals to adjust the sleeve portion to a uniform width. Additionally, it may be formed in a diagonal or curved shape.

In the medical gown (g4) according to Embodiment 4 of the present invention having this configuration, when the user wears the medical gown (g4), the front cover 31 and the second part are formed along a plurality of dotted cut lines formed in multiple stages according to the thickness of the arm. The dotted-line adhesive points between the first and second rear covers 32 and 33 are separated to gradually expand the opening of the sleeve area. Through this, airtightness can be improved by securing an opening in the wrist area that is optimized for the thickness of the user's arm.

Meanwhile, the multi-step dot-shaped perforation line 34 applied to the medical gown (g4) according to Example 4 of the present invention can be applied to the medical gowns (g1, g2, and g3) according to Examples 1 to 3 in the same manner. there is. Through this, the airtightness in the sleeve area can be further doubled.

Hereinafter, an apparatus for manufacturing a medical gown according to embodiments of the present invention will be described.

FIG. 15 is a configuration diagram illustrating an apparatus for manufacturing a medical gown according to an embodiment of the present invention, and FIG. 16 is a schematic diagram briefly showing the medical gown shown in FIG. 15.

15 and 16, the medical gown manufacturing apparatus 100 according to an embodiment of the present invention includes a front cover 1 and first and second rear covers 2 and 3, which constitute a medical gown g1. ) includes first to third fabric supply units 110 to 130 that supply fabric (laminated structure of vinyl and non-woven fabric).

As shown in FIG. 16, the first fabric supply unit 110 is a first fabric supply line that supplies the first fabric s1 forming the front cover 1 to the rear end (vertical transfer unit 150) at a constant speed, e.g. For example, it may include a fabric roll 111a on which the first fabric s1 is wound, and a transport roller 111b that supplies the first fabric s1 supplied from the fabric roll 111a to the vertical transport unit 150. You can.

A first processing unit 140 is installed between the first fabric supply unit 110 and the vertical transfer unit 150 to punch the first fabric s1 supplied from the first fabric supply unit 110 to the vertical transfer unit 150. . Through this, the thumb insertion hole (h) of the front cover 1 shown in FIG. 1 can be formed.

As shown in FIG. 16, the second fabric supply unit 120 supplies the second fabric s2 forming the first rear cover 2 to the sealing unit 190 disposed at the rear end at a constant speed. As a supply line, for example, a fabric roll 121a on which a second fabric s2 is wound, and a transfer roller 121b that supplies the second fabric s2 supplied from the fabric roll 121a to the sealing unit 190. may include.

As shown in FIG. 16, the third fabric supply unit 130 supplies the third fabric s3 forming the second rear cover 3 to the lower part of the sealing part 190 disposed at the rear end at a constant speed. As a supply line, for example, a fabric roll 131a on which a third fabric s3 is wound, and a transfer roller 131b that supplies the third fabric s3 supplied from the fabric roll 131a to the sealing unit 190. may include.

In addition, the medical gown manufacturing apparatus 100 according to an embodiment of the present invention has the first to third fabrics (s1 to s3) supplied from the first to third fabric supply units (110, 120, and 130) in a vertical state. It includes a vertical transfer unit 150 that arranges and transfers. At this time, the vertical transfer unit 150 may be composed of a plurality of rollers that vertically arrange the first to third fabrics s1, s2, and s3.

The medical gown manufacturing apparatus 100 according to an embodiment of the present invention includes a half-fold part 160 that folds the first fabric s1 in half. The half-fold part 160 can fold the vertically transported first fabric s1 in half by using a roving table (not shown) in the lateral direction as shown in FIG. 16.

And, the medical gown manufacturing apparatus 100 according to an embodiment of the present invention includes a sealing part 190 and second and third processing parts 170 and 200. The sealing unit 190 is a first rear cover (2) on one side (upper surface) of the half-folded first fabric (s1') horizontally transferred by the horizontal transfer unit 180 using a sealing process using a heat fusion method. The second fabric (s2) is joined in the form of, and the third fabric (s3) is bonded to the other side (lower surface) of the half-folded first fabric (s1') in the form of a second rear cover (3).

The second processing unit 170 cuts the top of the first fabric s1 after being folded in half by the half folding unit 160, and the third processing unit 200 is attached to the sealing unit 190. The half-folded first fabric s1' and the second and third fabrics s2 and s3 are cut into the shapes shown in FIGS. 1 to 3.

A method of manufacturing a medical gown using the apparatus for manufacturing a medical gown according to an embodiment of the present invention configured as described above will be briefly described. Hereinafter, for convenience of explanation, a method of manufacturing a medical gown according to Example 1 of the present invention will be described as an example.

First, as shown in FIG. 16, the first fabric s1 supplied from the first fabric supply unit 110 is supplied as a single sheet to the vertical transfer unit 150 and then vertically arranged and transferred by the vertical transfer unit 150.

Subsequently, the vertically transferred first fabric s1 is folded in half by the half fold part 160 and folded in half. At this time, the first fabric s1 is folded in half in the direction in which it is transferred, that is, in the longitudinal direction.

Next, the half-folded first fabric s1' is cut at the upper end in the width direction by the second processing unit 170 and separated from the first fabric s1 continuously supplied from the first fabric supply unit 110.

Subsequently, the half-folded first fabric s1' separated from the first fabric s1 is supplied to the sealing unit 190 in the horizontal direction by the horizontal transfer unit 180. At this time, the second fabric (s2) supplied from the second fabric supply unit 120 is supplied to the upper surface of the half-folded first fabric (s1'), and the third fabric (s3) supplied from the third fabric supply unit 130 The silver half-fold is supplied to the lower surface of the first fabric (s1').

Meanwhile, the second and third fabrics (s2, s3) supplied from the second and third fabric supply units (120, 130) are supplied to the first half-folded fabric (s1') transported in a vertical state, and in this case, the half-folded fabric (s1') is supplied from the second and third fabric supply units (120, 130). Like the folded first fabric s1', the upper end is cut by the second processing unit 170 to be separated from the second and third fabrics continuously supplied from the second and third fabric supply units 120 and 130. It may be possible.

At this time, the second and third fabrics (s2, s3) may have a horizontal length equal to the horizontal length of the half-folded first fabric (s1'), and the vertical length may be formed as a half-folded first fabric (s1'). It can be formed shorter than the vertical length of . For example, the cut half-folded first fabric (s1') may be made of 950 mm to 1,300 mm, and the second and third fabrics (s2 and s3) may be made of 950 mm to 500 mm, respectively.

Subsequently, the half-folded first fabric s1' and the second and third fabrics s2 and s3 transferred to the sealing unit 190 are bonded and sealed using a heat fusion method and then processed through the third processing unit 200. Cutting and processing are performed to complete the medical gown. At this time, the sealing and cutting process is performed using the medical gown (g1) according to Example 1 shown in FIGS. 1 to 3, the medical gown (g2) according to Example 2 shown in FIGS. 8 and 9, and the medical gown (g2) according to Example 1 shown in FIGS. 11 and 9. Sealing and cutting are performed to have the same shape as the medical gown (g3) according to Example 3 shown in Figure 12 and the medical gown (g4) according to Example 4 shown in FIGS. 13 and 14.

Meanwhile, in the processing process using the third processing unit 200, the waistband 1c is formed by cutting the first half-fold fabric s1', while the first half-fold fabric s1' and the second and third The fabrics s2 and s3 can be cut simultaneously to form first to third wristbands 1d, 2a, and 3a having the same shapes as Figures 1 to 3.

Figure 17 is a schematic cross-sectional view to explain the sealing process according to the present invention.

As shown in Figure 17, the first and second fabrics (s2, s3) are placed on both sides of the first half-fold fabric (s1') with the first half-fold fabric (s1') inserted into the sealing unit 190 in between. They are placed overlapping so that they are aligned.

At this time, one end (right end in Figure 17) of the second and third fabrics (s2, s3) is arranged to protrude to the right by 'D' to the right compared to the bent part of the half-folded first fabric (s1'), and the other end (Left end in FIG. 17) can be arranged to the right by 'D1' so that part of the thumb insertion hole (h) is exposed. That is, the second and third fabrics (s2, s3) are on both sides of the first half-fold fabric (s1') with their ends moved a certain distance (D1) to the right from the first half-fold fabric (s1'). Can be placed overlapping.

As such, in the present invention, the second and third fabrics (s2, s3) are arranged side by side on both sides of the half-folded first fabric (s1'), thereby performing heat fusion in the sealing process in the sealing portion (190). When performing half-folding, the second and third fabrics (s2, s3) can be easily joined by leaving steps such as 'D' and 'D1' on both sides of the first fabric (s1'). Therefore, as shown in Figure 17, steps such as 'D' and 'D1' are left on both sides of the first half-fold fabric (s1') centered on the first half-fold fabric (s1'), and the second and third fabrics ( s2, s3) can be half-folded and fused to the first fabric (s1').

The sealing unit 190 uses a heater member to seal and join the half-folded first fabric s1' and the second and third fabrics s2 and s3 using a heat fusion method. That is, after inserting the roving band between the first half-fold fabric (s1'), the second fabric (s2) is folded along the joint portion of the first half-fold fabric (s1') as in the shape of the first rear cover (2). It is joined to one side, and the third fabric (s3) is joined to the other side (opposite side) of the half-folded first fabric (s1') in the form of the second rear cover (3). At this time, the ends of the second and third fabrics s2 and s3 are joined and connected to each other, as shown in the joint portion j shown in FIG. 6.

Meanwhile, the curl prevention cover 4 according to the present invention is formed of an auxiliary sheet (not shown). In this case, the auxiliary sheet is not supplied with additional fabric, but is supplied from the second and third fabric rolls 121a and 131a. It is formed by cutting the upper part of the supplied second and third fabrics (s2, s3).

At this time, the auxiliary sheet can be formed together during the sealing process through the sealing part 190. That is, when half-folding the first fabric (s1') and sealing the second and third fabrics (s2, s3), bonding is performed at the joint area (j), and the second and third fabrics (s2, s3) are joined. The auxiliary sheet is obtained by cutting a portion spaced apart from the upper joint portion by an amount corresponding to the upper and lower width of the curl prevention cover (4). At this time, the sealing conditions (heater temperature, heater time, etc.) can be varied so that bonding occurs in some areas and cutting occurs in other areas.

Figure 18 is a front view of a medical gown according to Example 5 of the present invention, and Figure 19 is a rear view.

18 and 19, the medical gown (g5) according to Embodiment 5 of the present invention includes a front cover 41 and first and second rear covers 42 and 43, as in the embodiments. . The front cover 41 includes a torso cover (41a), an arm cover (41b), a waist band (41c), and a first wrist strap (41d).

Unlike other embodiments, the first and second rear covers 42 and 43 do not cover only the user's shoulder area, but are formed to cover the entire rear side of the user, including the shoulder and back area. In addition, a second wristband 42a is formed on the first rear cover 42, and a third wristband 43a is formed on the second rear cover 43, and other than that, they are the same as the embodiments.

The structure of the first and second rear covers (42, 43) proposed in the medical gown (g5) according to Example 5 of the present invention can be applied not only to Example 1 but also to the medical gowns of Examples 2 to 3. You can. In addition, the material applied to the KF80, KF94, or KF99 mask can be used to prevent the penetration of bacteria or viruses while passing through the structure of a structure in which non-woven fabric and vinyl are laminated to have breathability, that is, one side of the non-woven fabric is coated with vinyl. .

For example, the first and second rear covers 42 and 43 may be composed of an outer layer made of polypropylene spunbond nonwoven fabric, a filter made of one or more nonwoven fabrics laminated, and an lining made of white nonwoven fabric. These can be added or subtracted, and in addition, any mask fabric applied to the KF80, KF94 or KF99 masks, which have a bacterial and virus blocking function, can be used.

As described above, the technical idea of the present invention has been described in detail in the examples, but these examples are provided to aid understanding and are not intended to limit the invention. As such, an expert in this technical field will understand that various embodiments are possible through combination of embodiments of the present invention within the scope of the technical idea of the present invention.

g1, g2, g3, g4, g5: medical gown
1, 11, 21, 31, 41: Front cover
1a, 11a, 21a, 31a, 41a: Body covering part
1b, 11b, 21b, 31b, 41b: arm cover
1c, 11c, 21c, 31c, 41c: Waist belt
1d, 11d, 21d, 41d: 1st wristband
2, 12, 22, 32, 42: 1st rear cover
2a, 12a, 22a, 42a: second wristband
3, 13, 23, 33, 43: 2nd rear cover
3a, 13a, 23a, 43a: Third wristband
4: Curling prevention cover 21e: 1st extension
22b: 2nd expansion 23b: 3rd expansion
34: multi-stage point-shaped perforation line 100: manufacturing device
110: first fabric supply unit 111a, 121a, 131a: fabric roll
111b, 121b, 131b: transfer roller 120: second fabric supply unit
130: Third fabric supply unit 140: First processing unit
150: Vertical transfer part 160: Half fold part
170: second processing unit 180: horizontal transfer unit
190: sealing part 200: third processing part
a: neck groove b: lower border
d: perforation line j: joint area
h: Thumb insertion hole v: Vinyl
f: non-woven fabric h1, h4: first fixing hole
h2, h5: 2nd fixing hole h3, h6: 3rd fixing hole
vL: Virtual center line s1: First fabric
s2: second fabric s3: third fabric
s1': first half-fold fabric

Claims (9)

It is formed of a first fabric, and includes a torso covering part that covers the user's torso, a pair of arm blocking parts formed on the upper left and right sides of the torso covering part and covering the front sides of both arms of the user in a worn state, and the pair of arms. a front cover formed on the left and right sides of the body covering part below the body covering part and including a pair of waist bands that tie the body covering part and fix it to the body;
It is formed of a second fabric, and an imaginary center line that divides the front cover into left and right halves to cover the rear side and back of the user's arm that is not covered by the left arm shield formed on the left side of the pair of arm shields. A first rear cover joined to the left rear side of the front cover as a boundary; and
It is formed of a third fabric, and is located on the right rear side of the front cover with the virtual center line as a boundary to cover the rear side of the user's arm and the back that is not covered by the right arm shield formed on the right side of the pair of arm shields. a second rear cover joined to the side, the left end of which is not joined to the front cover joined to the right end of the first rear cover at the virtual center line; Including,
A first wristband is formed on either the upper or lower end of the left arm blocking part and the right arm blocking part, and a first wrist band is formed on either the upper or lower end of the first rear cover. A second wristband is formed to correspond to the first wristband, and a third wristband is formed at either the upper or lower end of the second rear cover to correspond to the first wristband formed on the right arm cover,
The first wristband and the second wristband formed on the left arm cover are tied and tightened to surround the left sleeve area formed by joining the left arm cover and the first rear cover, and the right arm cover and the second wrist band are tied together. The left and right sleeves are sealed by tying and tightening the first and third wristbands formed on the right arm cover to cover the right sleeve formed by joining the rear cover,
A part of the first wristband formed on the left arm protection part is connected to the left arm protection part and the remaining part is connected with a dotted cut line so that it can be cut from the left arm protection part, and the first wristband formed on the right arm protection part Part of the wristband is connected to the right arm cover and the remaining part is connected with a dotted cut line so that it can be cut from the right arm cover, and part of the second wrist band is connected to the first rear cover and the remaining part is connected to the first rear cover. 1 It is connected with a dotted perforation line to enable it to be cut from the rear cover, and the third wrist strap is partially connected to the second rear cover and the remaining part is connected with a dotted perforation line to be able to be cut from the second rear cover.
A medical gown, characterized in that.
delete It is formed of a first fabric, and includes a torso covering part that covers the user's torso, a pair of arm blocking parts formed on the upper left and right sides of the torso covering part and covering the front sides of both arms of the user in a worn state, and the pair of arms. a front cover formed on the left and right sides of the body covering part below the body covering part and including a pair of waist bands that tie the body covering part and fix it to the body;
It is formed of a second fabric, and an imaginary center line that divides the front cover into left and right halves to cover the rear side and back of the user's arm that is not covered by the left arm shield formed on the left side of the pair of arm shields. A first rear cover joined to the left rear side of the front cover as a boundary; and
It is formed of a third fabric, and is located on the right rear side of the front cover with the virtual center line as a boundary to cover the rear side of the user's arm and the back that is not covered by the right arm shield formed on the right side of the pair of arm shields. a second rear cover joined to the side, the left end of which is not joined to the front cover joined to the right end of the first rear cover at the virtual center line; Including,
A first wristband is formed on either the upper or lower end of the left arm blocking part and the right arm blocking part, and a first wrist band is formed on either the upper or lower end of the first rear cover. A second wristband is formed to correspond to the first wristband, and a third wristband is formed at either the upper or lower end of the second rear cover to correspond to the first wristband formed on the right arm cover,
The first wristband and the second wristband formed on the left arm cover are tied and tightened to surround the left sleeve area formed by joining the left arm cover and the first rear cover, and the right arm cover and the second wrist band are tied together. The left and right sleeves are sealed by tying and tightening the first and third wristbands formed on the right arm cover to cover the right sleeve formed by joining the rear cover, and
First fixing holes are formed in the left and right arm blocking parts on opposite sides of the first wrist band, respectively, and a second fixing hole is formed in the first rear cover to be aligned with the first fixing hole formed in the left arm blocking part. A third fixing hole is formed in the second rear cover to align with the first fixing hole formed in the right arm blocking part, and the first fixing hole and the second fixing hole formed in the left arm blocking part are provided in the left arm blocking part. The first wristband and the second wristband formed in the arm blocking part are inserted through, and the first and third wristbands formed in the right arm blocking part are inserted into the first fixing hole and the third fixing hole formed in the right arm blocking part. is inserted through,
A medical gown, characterized in that.
According to claim 3,
A medical gown, characterized in that the inside of the first to third fixing holes are formed with upper and lower teeth, respectively.
It is formed of a first fabric, and includes a torso covering part that covers the user's torso, a pair of arm blocking parts formed on the upper left and right sides of the torso covering part and covering the front sides of both arms of the user in a worn state, and the pair of arms. a front cover formed on the left and right sides of the body covering part below the body covering part and including a pair of waist bands that tie the body covering part and fix it to the body;
It is formed of a second fabric, and an imaginary center line that divides the front cover into left and right halves to cover the rear side and back of the user's arm that is not covered by the left arm shield formed on the left side of the pair of arm shields. A first rear cover joined to the left rear side of the front cover as a boundary; and
It is formed of a third fabric, and is located on the right rear side of the front cover with the virtual center line as a boundary to cover the rear side of the user's arm and the back that is not covered by the right arm shield formed on the right side of the pair of arm shields. a second rear cover joined to the side, the left end of which is not joined to the front cover joined to the right end of the first rear cover at the virtual center line; Including,
A first wristband is formed on either the upper or lower end of the left arm blocking part and the right arm blocking part, and a first wrist band is formed on either the upper or lower end of the first rear cover. A second wristband is formed to correspond to the first wristband, and a third wristband is formed at either the upper or lower end of the second rear cover to correspond to the first wristband formed on the right arm cover,
The first wristband and the second wristband formed on the left arm cover are tied and tightened to surround the left sleeve area formed by joining the left arm cover and the first rear cover, and the right arm cover and the second wrist band are tied together. The left and right sleeves are sealed by tying and tightening the first and third wristbands formed on the right arm cover to cover the right sleeve formed by joining the rear cover, and
The left arm shield and the first rear cover, and the right arm shield and the second rear cover each have multi-stage dot-shaped perforations for adjusting the width of the wrist area in multiple stages to ensure airtightness according to the thickness of the user's arm. It is formed up and down, and the multi-stage dotted cutting line is made up of a plurality of dotted cutting lines whose width becomes narrower from the center of the front cover to the wrist area,
A medical gown, characterized in that.
According to claim 1,
A medical gown further comprising an anti-rolling cover on an inner surface of the torso covering portion, which adds weight to the torso covering portion and prevents the torso covering portion from rolling up.
According to claim 1,
The front cover and the first and second rear covers are each made of a fabric coated with vinyl on one side of a non-woven fabric, or the front cover is made of a fabric coated with vinyl on one side of a non-woven fabric and the first and second rear covers are each made of a fabric coated with vinyl on one side of a non-woven fabric. A medical gown characterized in that the cover is made of mask fabric applied to a KF80, KF94, or KF99 mask to prevent bacteria and viruses from penetrating while being breathable.
In the apparatus for manufacturing a medical gown according to any one of claims 1, 3, 4, 5, 6, or 7,
A first fabric supply unit that supplies a single sheet of first fabric;
a first processing unit forming a thumb insertion hole in the first fabric supplied from the first fabric supply unit;
a vertical transfer unit that vertically arranges and transfers the first fabric supplied from the first fabric supply unit;
A half-fold part that folds the first fabric transferred through the vertical transfer part in half about an imaginary center line;
a second processing unit that separates the half-folded first fabric, which is folded in half by the half-fold unit, from the first fabric continuously supplied from the first fabric supply unit;
a horizontal transfer unit that horizontally arranges and transfers the half-folded first fabric;
a second fabric supply unit that supplies a single sheet of second fabric to one side of the first fabric in an unfolded state;
A third fabric supply unit that supplies a third piece of fabric in an unfolded state to the other side of the first fabric;
A sealing part that performs a sealing process using a heat fusion method to join the second and third fabrics to both sides of the half-folded first fabric to have the shapes of first and second rear covers; and
A front cover made of the first half-fold fabric by cutting the first half-fold fabric and the second and third fabrics joined by the sealing portion, and the first and third fabrics made of the second and third fabrics 2 a third processing unit to complete the medical gown including the rear cover;
A medical gown manufacturing device comprising:
In the method of manufacturing a medical gown according to any one of claims 1, 3, 4, 5, 6, or 7,
A process of supplying a single sheet of first fabric;
Forming a thumb insertion hole in the first fabric;
A process of vertically placing and transferring the first fabric;
A process of folding the first fabric in half around an imaginary center line;
A process of cutting and separating the half-folded first fabric from the continuously supplied first fabric;
A process of horizontally placing and transferring the half-folded first fabric separated from the continuously supplied first fabric;
A process of supplying a single sheet of second fabric in an unfolded state to one side of the half-folded first fabric;
A process of supplying a third piece of fabric in an unfolded state to the other side of the half-folded first fabric;
A process of bonding the second and third fabrics to both sides of the half-folded first fabric to form first and second rear covers by performing a sealing process using a heat fusion method; and
A front cover made of the first half-fold fabric by cutting the first half-fold fabric and the second and third fabrics joined by a sealing portion, and the first and second fabrics made of the second and third fabrics Process of completing a medical gown including a posterior cover;
A method of manufacturing a medical gown comprising: