Sanitary glove stacking system and sanitary glove stacking method using same

Abstract

The present invention relates to a sanitary glove stacking system and a sanitary glove stacking method using same and, more specifically, to a sanitary glove stacking system in which processes for folding and stacking sanitary gloves are automated, and a sanitary glove stacking method using same. The present invention has the following effect. That is, according to the present invention, folding and stacking of sanitary gloves are automated, and thus productivity is enhanced. Furthermore, since the folding and stacking can be performed uniformly from start to finish, there is an advantage in that the stacked sanitary gloves can be easily withdrawn one by one.

Description

Sanitary glove lamination system and sanitary glove lamination method using the same

[0001] The present invention relates to a sanitary glove lamination system and a sanitary glove lamination method using the same, and more specifically, to a sanitary glove lamination system that automates the folding and lamination processes of sanitary gloves and a sanitary glove lamination method using the same.

[0002]

[0003] Disposable gloves are widely used in various fields for hygiene purposes, to protect hands from substances such as hair dye, paint, and various chemicals, or to prevent the transmission of various bacteria and viruses, and their usage is steadily increasing.

[0004]

[0005] Disposable gloves are typically made of latex or nitrile material and are usually used as single-use gloves. When looking at how these disposable gloves are packaged or dispensed for use, it is common practice to fold several individual gloves and place them in a cardboard box or pack, then take them out one by one for use.

[0006]

[0007] Traditionally, disposable gloves were folded and stacked neatly in boxes to allow for individual dispensing. However, folding gloves manually resulted in low efficiency, reduced productivity, and anticipated cost increases. Furthermore, it was difficult to fold the gloves uniformly from start to finish, leading to quality degradation as they were not dispensed one by one in sequence.

[0008]

[0009] In order to overcome the above-mentioned problems, the applicant has researched and developed a sanitary glove lamination system that automates the folding and lamination processes of sanitary gloves, and a sanitary glove lamination method using the same.

[0010]

[0011] The problem to be solved by the present invention is as follows.

[0012] In other words, the present invention aims to provide a sanitary glove lamination system that automates the folding and lamination processes of sanitary gloves, and a sanitary glove lamination method using the same.

[0013]

[0014] In order to solve the above problems, the present invention,

[0015] A mold (100) formed in the shape of a human hand, positioned so that the finger portion (100a) faces downward, and on which a sanitary glove (10) is placed; a pair of guide rollers (200, 200') positioned vertically below the mold (100) and guiding the sanitary glove (10) removed from the mold (100) to a guide hopper (300); a guide hopper (300) positioned below the guide rollers (200, 200') and guiding the sanitary glove (10) that has passed through the guide rollers (200, 200') to a folding means (400); and a folding means (400) positioned below the guide hopper (300) and causing a plurality of sanitary gloves (10) that have passed through the guide hopper (300) to be folded and stacked. It includes a folding auxiliary rod (500) positioned at preset moments on the upper part of the folding means (400) and positioned in a direction perpendicular to the longitudinal direction of the folding means (400); wherein the guide rollers (200, 200') are positioned in contact with each other and guide the finger portion (10a) of the sanitary glove (10) pressed between them to the guide hopper (300) in an upward-facing state; wherein the guide hopper (300) is characterized by reciprocating in one direction (k1) and the other direction (k2) like a pendulum at the moment the sanitary glove (10) is inserted with the finger portion (10a) of the sanitary glove (10) facing upward and slides down, thereby guiding the sanitary glove (10) to the folding means (400) while scattering it; wherein the guide hopper (300) is formed in a conical shape with a diameter that decreases as it goes down, and on its inner side along the longitudinal direction The device is provided with guide walls (310) arranged side by side at a predetermined interval to guide the slide movement path of the sanitary glove (10), and the guide walls (310) include a first guide wall (311, 311') and a second guide wall (312, 312') positioned facing the first guide wall (311, 311'), and the folding means (400) is positioned vertically below the guide roller (200, 200') and includes a central seating portion (410) on which the finger portion (10a) of the sanitary glove (10) is seated.It includes a first folding part (420) which is arranged side by side on one side of the central seating part (410) and on which the wrist portion (10b) of the sanitary glove (10) is seated, and which rotates toward the upper part of the central seating part (410) at preset moments and then restores to fold the sanitary glove (10), and a second folding part (430) which is arranged side by side on the other side of the central seating part (410) and on which the wrist portion (10b) of the sanitary glove (10) is seated, and which rotates toward the upper part of the central seating part (410) at preset moments and then restores to fold the sanitary glove (10), and the folding assist rod (500) moves to the upper part of one side of the central seating part (410) adjacent to the first folding part (420) just before the first folding part (420) rotates and is positioned on the upper part of the sanitary glove (10). A sanitary glove stacking system characterized by including: a first folding assist rod (510) that guides folding by fixing one side of the sanitary glove (10) when the first folding part (420) rotates, and moves horizontally away from the center seating part (410) after the first folding part (420) rotates; and a second folding assist rod (520) that moves to the upper side of the center seating part (410) adjacent to the second folding part (430) just before the second folding part (430) rotates and is positioned on the upper side of the sanitary glove (10), guides folding by fixing one side of the sanitary glove (10) when the second folding part (430) rotates, and moves horizontally away from the center seating part (410) after the second folding part (430) rotates.

[0016] In a method for stacking sanitary gloves using the above sanitary glove stacking system, the method comprises: a first glove insertion step (S101) in which a first sanitary glove (11) is introduced into the guide hopper (300) while the guide hopper (300) is moved to its maximum in one direction (k1); a first glove seating step (S102) after the first glove insertion step (S101), in which, at the moment the first sanitary glove (11) travels down the guide hopper (300), the guide hopper (300) moves to the other direction (k2), causing the first sanitary glove (11) to exit the guide hopper (300) and be seated across the first folding part (420) and the center seating part (410); and after the first glove seating step (S102), in which the guide hopper (300) is moved to its maximum in the other direction (k2). A second glove insertion step (S103) in which the second sanitary glove (12) is inserted into the guide hopper (300), and after the second glove insertion step (S103), a second glove seating step (S104) in which, at the moment the second sanitary glove (12) travels down the guide hopper (300), the guide hopper (300) moves in one direction (k1) so that the second sanitary glove (12) exits the guide hopper (300) and is seated across the second folding part (430) and the center seating part (410), while the finger portion (12a) of the second sanitary glove (12) covers the finger portion (11a) of the first sanitary glove (11), and after the second glove seating step (S104), the first folding part (420) A first glove folding step (S105) in which the first sanitary glove (11) is folded as it is restored after rotating toward the upper part of the center seating portion (410) so that the wrist portion (11b) of the first sanitary glove (11) covers the finger portion (12a) of the second sanitary glove (12), and after the first glove folding step (S105), a third glove insertion step (S106) in which the third sanitary glove (13) is inserted into the guide hopper (300) while the guide hopper (300) is moved to the maximum in one direction (k1), and after the third glove insertion step (S106),At the moment the third sanitary glove (13) is moving down the guide hopper (300), the guide hopper (300) moves toward the other side (k2), and as the third sanitary glove (13) comes out of the guide hopper (300), it is seated across the first folding part (420) and the center seating part (410), and at the same time, the finger portion (13a) of the third sanitary glove (13) covers the wrist portion (11b) of the first sanitary glove (11), in a third glove seating step (S107); and after the third glove seating step (S107), as the second folding part (430) rotates toward the upper part of the center seating part (410) and is restored, the second sanitary glove (12) is folded so that the wrist portion (12b) of the second sanitary glove (12) A method for stacking sanitary gloves is presented, characterized by including a second glove folding step (S108) covering the finger portion (13a) of a third sanitary glove (13), and a repetitive stacking step (S109) in which, after the second glove folding step (S108), a new sanitary glove is introduced and the process of steps S103 to S108 is repeated until the plurality of sanitary gloves being stacked reach a predetermined thickness.

[0017]

[0018] The present invention exhibits the following effects.

[0019] In other words, according to the present invention, the folding and stacking of sanitary gloves are automated to improve productivity, and since the folding and stacking can be done uniformly from start to finish, there is an advantage that the stacked sanitary gloves can be easily pulled out one by one.

[0020]

[0021] FIG. 1 is a flowchart of a method for laminating sanitary gloves according to a first embodiment of the present invention.

[0022] FIG. 2 is a flowchart of a method for laminating sanitary gloves according to a second embodiment of the present invention.

[0023] FIG. 3 is a flowchart of the first armor folding step according to the second embodiment of the present invention.

[0024] FIG. 4 is a flowchart of the secondary armor folding step according to the second embodiment of the present invention.

[0025] FIG. 5 is a flowchart of a method for laminating sanitary gloves according to a third embodiment of the present invention.

[0026] FIG. 6 is a flowchart of the first armor folding step according to the third embodiment of the present invention.

[0027] FIG. 7 is a flowchart of the secondary armor folding step according to the third embodiment of the present invention.

[0028] FIG. 8 is a drawing of the mold and guide roller of the sanitary glove lamination system of the present invention.

[0029] FIG. 9 is a drawing showing the first armor insertion step of the present invention.

[0030] FIG. 10 is a drawing showing the first appearance of the first armor mounting step of the present invention.

[0031] FIG. 11 is a drawing showing FIG. 10 as viewed from one side (k1).

[0032] FIG. 12 is a drawing showing the second appearance of the first armor mounting step of the present invention.

[0033] FIG. 13 is a drawing showing the final appearance of the first armor mounting step and the second armor insertion step of the present invention.

[0034] FIG. 14 is a top view of the sanitary gloves in place in FIG. 13.

[0035] FIG. 15 is a drawing showing the first appearance of the second armor mounting step of the present invention.

[0036] FIG. 16 is a drawing showing FIG. 15 as viewed from the other side (k2).

[0037] FIG. 17 is a drawing showing the second appearance of the secondary armor mounting step of the present invention.

[0038] FIG. 18 is a drawing showing the final appearance of the secondary armor mounting step of the present invention.

[0039] FIG. 19 is a top view of the sanitary gloves in place in FIG. 18.

[0040] FIG. 20 is a drawing showing the first appearance of the first armor folding step of the present invention.

[0041] FIG. 21 is a top view of the sanitary gloves folded in FIG. 20.

[0042] FIG. 22 is a drawing showing the final appearance of the first armor folding step and the third armor insertion step of the present invention.

[0043] FIG. 23 is a top view of the sanitary gloves after they have been folded in FIG. 22.

[0044] FIG. 24 is a drawing showing the first friction-increasing groove forming step and the first center-seating lowering step of the present invention in sequence.

[0045] FIG. 25 is a drawing showing the first appearance of the third armor mounting step of the present invention.

[0046] FIG. 26 is a drawing showing the final appearance of the third armor mounting step of the present invention.

[0047] FIG. 27 is a drawing showing the first appearance of the second armor folding step of the present invention.

[0048] FIG. 28 is a top view of the sanitary gloves folded in FIG. 27.

[0049] FIG. 29 is a drawing showing the final appearance of the second armor folding step of the present invention.

[0050] Figure 30 is a top view of the sanitary gloves after they have been folded in Figure 29.

[0051] FIG. 31 is a drawing showing only the appearance of the sanitary gloves in FIG. 29.

[0052] FIG. 32 is a drawing showing the secondary friction-increasing groove formation step and the secondary center-seating lowering step of the present invention in sequence.

[0053] FIG. 33 is a drawing showing a guide hopper of the sanitary glove stacking system of the present invention.

[0054] FIG. 34 is a simplified schematic diagram illustrating the folding and stacking of sanitary gloves by the sanitary glove stacking method of the present invention.

[0055]

[0056] The best mode for carrying out the invention is

[0057] A mold (100) formed in the shape of a human hand, positioned so that the finger portion (100a) faces downward, and on which a sanitary glove (10) is placed; a pair of guide rollers (200, 200') positioned vertically below the mold (100) and guiding the sanitary glove (10) removed from the mold (100) to a guide hopper (300); and a guide hopper (300) positioned below the guide rollers (200, 200') and guiding the sanitary glove (10) that has passed through the guide rollers (200, 200') to a folding means (400). The apparatus includes a folding means (400) positioned at the lower part of the guide hopper (300) and configured to fold and stack multiple sanitary gloves (10) that have passed through the guide hopper (300); wherein the guide rollers (200, 200') are positioned in contact with each other and guide the finger portion (10a) of the sanitary glove (10) pressed between them to the guide hopper (300) in an upward-facing state; wherein the guide hopper (300) is characterized by reciprocating in one direction (k1) and the other direction (k2) like a pendulum at the moment the sanitary glove (10) is inserted with the finger portion (10a) of the sanitary glove (10) facing upward and slides down, thereby guiding the sanitary glove (10) to the folding means (400) while scattering it; wherein the folding means (400) is positioned at the vertical lower part of the guide rollers (200, 200'). It is presented in a form including a central seating portion (410) on which the finger portion (10a) of the sanitary glove (10) is seated, a first folding portion (420) which is arranged side by side on one side of the central seating portion (410) and on which the wrist portion (10b) of the sanitary glove (10) is seated, and which rotates toward the upper part of the central seating portion (410) at preset moments and then restores to fold the sanitary glove (10), and a second folding portion (430) which is arranged side by side on the other side of the central seating portion (410) and on which the wrist portion (10b) of the sanitary glove (10) is seated, and which rotates toward the upper part of the central seating portion (410) at preset moments and then restores to fold the sanitary glove (10).

[0058]

[0059] Preferred embodiments of the present invention will be described below based on the attached drawings. However, the scope of the present invention must be determined by the description in the patent claims. Furthermore, descriptions of known technologies that obscure the essence of the present invention are omitted.

[0060]

[0061] However, the size and thickness of each component shown in the drawings are depicted arbitrarily for the convenience of explanation, and thus the present invention is not necessarily limited to what is shown in the drawings; the thickness has been enlarged to clearly represent various parts and regions.

[0062]

[0063] In addition, it should be noted that the directional limitations such as "up" and "down" in the description of the present invention are indicated based on the shape of FIG. 9 for the sake of understanding, and that the direction will be indicated differently if the reference line (or drawing) is changed.

[0064]

[0065] The present invention relates to a sanitary glove lamination system and a sanitary glove lamination method using the same, and more specifically, to a sanitary glove lamination system that automates the folding and lamination processes of sanitary gloves and a sanitary glove lamination method using the same.

[0066]

[0067] In the present invention, the sanitary gloves were described by assigning different numbers according to the order in which they are inserted. However, since it would be excessive to assign a number to each of the sanitary gloves stacked in dozens of layers, only up to four different numbers were assigned and described. That is, according to the order in which they are inserted, they were named the first sanitary glove (11), the second sanitary glove (12), the third sanitary glove (13), and the fourth sanitary glove (14). Also, when describing the common characteristics of the sanitary gloves, the sanitary glove (10) was described as a representative example.

[0068]

[0069] Also, in the above sanitary gloves (10), the finger portion was designated as 10a and the wrist portion as 10b. This is also the case for the first, second, third, and fourth sanitary gloves (11, 12, 13, 14). That is, it is noted that the finger portions of the first, second, third, and fourth sanitary gloves (11, 12, 13, 14) are 11a, 12a, 13a, and 14a, and the wrist portions are 11b, 12b, 13b, and 14b.

[0070]

[0071] FIG. 34 is a simplified schematic diagram illustrating the folding and stacking of sanitary gloves by the sanitary glove stacking method of the present invention. FIG. 34 shows the folding and stacking of four sanitary gloves (11, 12, 13, 14), but it is obvious that this process is repeated for sanitary gloves introduced thereafter.

[0072]

[0073] Below, after describing the sanitary glove lamination system according to the present invention, a sanitary glove lamination method based on this configuration is described.

[0074]

[0075] A sanitary glove lamination system according to the present invention may be configured to include a mold (100), a pair of guide rollers (200, 200'), a guide hopper (300), a folding means (400), a folding assist rod (500), and a friction-increasing groove forming rod (600).

[0076]

[0077] The mold (100) is described. The mold (100) is formed in the shape of a human hand, positioned so that the finger portion (100a) faces downward, and is the part over which the sanitary glove (10) is placed. (See FIG. 8)

[0078]

[0079] As the finger portion (100a) of the above mold (100) is positioned so that it faces downward, when the sanitary glove (10) placed over the mold (100) is removed from the mold (100), the finger portion (10a) of the sanitary glove (10) is removed with the finger portion (10b) facing upward and the wrist portion (10b) facing downward, as shown in FIG. 8.

[0080]

[0081] After creating a gap between the above mold (100) and the sanitary glove (10), the sanitary glove (10) is removed by injecting air, and during the removal process, it is pressed into the gap between the guide rollers (200, 200') described later and guided to the guide hopper (300).

[0082]

[0083] Guide rollers (200, 200') are described. Guide rollers (200, 200') are positioned vertically below the mold (100) and guide the sanitary gloves (10) removed from the mold (100) to the guide hopper (300). A pair of guide rollers are positioned in contact with each other, and guide the finger portion (10a) of the sanitary gloves (10) that are pressed between them to the guide hopper (300) in an upward-facing state.

[0084]

[0085] As shown in FIG. 9, the guide roller of 200 rotates clockwise and the guide roller of 200' rotates counterclockwise, thereby guiding the pressed sanitary glove (10) toward the guide hopper (300).

[0086]

[0087] The guide hopper (300) is described. The guide hopper (300) is positioned below the guide rollers (200, 200') and is a part that guides the sanitary gloves (10) passing through the guide rollers (200, 200') to the folding means (400).

[0088]

[0089] The above guide hopper (300) is characterized by being inserted with the finger portion (10a) of the sanitary glove (10) facing upward, and at the moment the sanitary glove (10) slides down, it reciprocates in one direction (k1) and the other direction (k2) like a pendulum to scatter the sanitary glove (10) and guide it to the folding means (400).

[0090]

[0091] Based on FIG. 9, one side direction (k1) indicates the left direction, and the other side direction (k2) indicates the right direction. However, it should be noted that if the reference line (or drawing) is different, the direction will also be indicated differently.

[0092]

[0093] The guide hopper (300) may be formed in a conical shape with a diameter that decreases as it goes downward, and may be configured to include guide walls (310) that are provided along the longitudinal direction on the inside and arranged side by side at a predetermined interval to guide the slide movement path of the sanitary gloves (10). (See FIG. 33)

[0094]

[0095] The guide wall (310) may be configured to include a first guide wall (311, 311') and a second guide wall (312, 312') positioned facing the first guide wall (311, 311'). (See FIG. 33)

[0096]

[0097] As described above, since the guide hopper (300) reciprocates in one direction (k1) and the other direction (k2) like a pendulum, the sanitary gloves may be guided along a movement path by the first guide wall (311, 311') or guided along a movement path by the second guide wall (312, 312').

[0098]

[0099] FIG. 11 shows the first sanitary glove (11) being guided by the first guide wall (311, 311'), and FIG. 16 shows the second sanitary glove (12) being guided by the second guide wall (312, 312').

[0100]

[0101] A folding means (400) is described. The folding means (400) is positioned at the bottom of the guide hopper (300) and is a part that allows a plurality of sanitary gloves (10) passing through the guide hopper (300) to be folded and stacked, and may be configured to include a center seating part (410), a first folding part (420), and a second folding part (430).

[0102]

[0103] The above-mentioned center seating portion (410) is positioned vertically below the guide roller (200, 200') and is the portion where the finger portion (10a) of the sanitary glove (10) is seated.

[0104]

[0105] The first folding part (420) is positioned side by side with the center seating part (410), and the wrist portion (10b) of the sanitary glove (10) is seated thereon. It is a part that rotates toward the upper part of the center seating part (410) at preset moments and then restores to fold the sanitary glove (10).

[0106]

[0107] The second folding part (430) is positioned parallel to the other side of the center seating part (410), and the wrist portion (10b) of the sanitary glove (10) is seated thereon. It is a part that rotates toward the upper part of the center seating part (410) at preset moments and then restores to fold the sanitary glove (10).

[0108]

[0109] At this time, it goes without saying that known touch sensors, etc., may be applied to set the rotation and restoration points of the first and second folding parts (420, 430).

[0110]

[0111] The folding assist rod (500) is described. The folding assist rod (500) is positioned at the upper portion of the folding means (400) at predetermined intervals and is a part positioned in a direction perpendicular to the longitudinal direction of the folding means (400), and may be configured to include a first folding assist rod (510) and a second folding assist rod (520).

[0112]

[0113] The first folding assist rod (510) is positioned on the upper side of the center seating portion (410) adjacent to the first folding portion (420) just before the first folding portion (420) is rotated, and guides the folding by fixing one side of the sanitary glove (10) when the first folding portion (420) is rotated, and is a part that moves horizontally away from the center seating portion (410) after the first folding portion (420) is rotated.

[0114]

[0115] The second folding assist rod (520) is positioned on the upper side of the center seating portion (410) adjacent to the second folding portion (430) just before the second folding portion (430) is rotated, and guides the folding by fixing one side of the sanitary glove (10) when the second folding portion (430) is rotated, and is a part that moves horizontally away from the center seating portion (410) after the second folding portion (430) is rotated.

[0116]

[0117] The friction-increasing groove-forming rod (600) is described. The friction-increasing groove-forming rod (600) is a part that forms friction-increasing grooves (h1, h2) by applying pressure to one side of the topmost sanitary glove at preset moments when the sanitary gloves are folded and stacked. (See FIGS. 24 and 32)

[0118]

[0119] The above friction-increasing groove-forming rod (600) is preferably formed in the shape of a rod having a predetermined length so as to be able to apply pressure across the sanitary glove.

[0120]

[0121] Based on the above configuration, a method for laminating sanitary gloves according to the present invention is described.

[0122]

[0123] The method for laminating sanitary gloves according to the present invention is presented in three embodiments, and these will be described in order below.

[0124]

[0125] First embodiment of the method for laminating sanitary gloves

[0126]

[0127] A first embodiment of a sanitary glove lamination method can be performed in the order of a first glove insertion step (S101), a first glove placement step (S102), a second glove insertion step (S103), a second glove placement step (S104), a first glove folding step (S105), a third glove insertion step (S106), a third glove placement step (S107), a second glove folding step (S108), and a repetitive lamination step (S109), as shown in FIG. 1.

[0128]

[0129] The first glove insertion step (S101) is described. The first glove insertion step (S101) is a step in which the first sanitary glove (11) is inserted into the guide hopper (300) while the guide hopper (300) is moved to its maximum extent in one direction (k1). (See FIG. 9)

[0130]

[0131] The first glove seating step (S102) is described. The first glove seating step (S102) is a step in which, after the first glove insertion step (S101), the first sanitary glove (11) is seated across the first folding part (420) and the center seating part (410) as it exits the guide hopper (300) at the moment the first sanitary glove (11) travels down the guide hopper (300) and the guide hopper (300) moves to the other side (k2). (Refer to FIGS. 10 to 14)

[0132]

[0133] The second glove insertion step (S103) is described. The second glove insertion step (S103) is a step in which, after the first glove placement step (S102), the second sanitary glove (12) is inserted into the guide hopper (300) while the guide hopper (300) is moved to its maximum extent in the other direction (k2). (See FIG. 13)

[0134]

[0135] The second glove seating step (S104) is described. The second glove seating step (S104) is a step that occurs after the second glove insertion step (S103), at the moment when the second sanitary glove (12) travels down the guide hopper (300), and as the guide hopper (300) moves in one direction (k1), the second sanitary glove (12) exits the guide hopper (300) and is seated across the second folding part (430) and the center seating part (410), while the finger portion (12a) of the second sanitary glove (12) covers the finger portion (11a) of the first sanitary glove (11). (See FIGS. 15 to 19)

[0136]

[0137] The first glove folding step (S105) is described. The first glove folding step (S105) is a step in which, after the second glove seating step (S104), the first folding part (420) rotates toward the upper part of the center seating part (410) and then returns to its original position, causing the first sanitary glove (11) to be folded so that the wrist portion (11b) of the first sanitary glove (11) covers the finger portion (12a) of the second sanitary glove (12). (See FIGS. 20 to 23)

[0138]

[0139] The third glove insertion step (S106) is described. The third glove insertion step (S106) is a step in which, after the first glove folding step (S105), the third sanitary glove (13) is inserted into the guide hopper (300) while the guide hopper (300) is moved to its maximum position in one direction (k1). (See FIG. 22)

[0140]

[0141] The third glove seating step (S107) is described. The third glove seating step (S107) is a step that occurs after the third glove insertion step (S106), at the moment when the third sanitary glove (13) travels down the guide hopper (300) and the guide hopper (300) moves to the other side (k2), causing the third sanitary glove (13) to exit the guide hopper (300), at which time it is seated across the first folding part (420) and the center seating part (410), while the finger portion (13a) of the third sanitary glove (13) covers the wrist portion (11b) of the first sanitary glove (11). (See FIG. 25 and 26)

[0142]

[0143] The second glove folding step (S108) is described. The second glove folding step (S108) is a step in which, after the third glove seating step (S107), the second folding part (430) rotates toward the upper part of the center seating part (410) and then returns to its original position, causing the second sanitary glove (12) to be folded so that the wrist portion (12b) of the second sanitary glove (12) covers the finger portion (13a) of the third sanitary glove (13). (See FIGS. 27 to 30)

[0144]

[0145] The repetitive stacking step (S109) is described. The repetitive stacking step (S109) is a step in which, after the secondary glove folding step (S108), the processes of steps S103 to S108 are repeated while new sanitary gloves are introduced until the plurality of sanitary gloves being stacked reach a predetermined thickness. (See FIG. 34)

[0146]

[0147] Second embodiment of the sanitary glove lamination method

[0148]

[0149] A second embodiment of the sanitary glove lamination method can be performed in the order of a first glove insertion step (S201), a first glove placement step (S202), a second glove insertion step (S203), a second glove placement step (S204), a first glove folding step (S205), a third glove insertion step (S206), a third glove placement step (S207), a second glove folding step (S208), and a repetitive lamination step (S209), as shown in FIG. 2.

[0150]

[0151] In the second embodiment of the sanitary glove stacking method, a process of assisting folding using first and second folding assist rods (510, 520) is added to ensure that the sanitary glove is folded well in the first embodiment, and this is explained in detail in the first and second glove folding steps (S205, S208). It should be noted that it is identical to the first embodiment except for the feature of the first and second glove folding steps (S205, S208) being changed.

[0152]

[0153] The first glove insertion step (S201) is described. The first glove insertion step (S201) is a step in which the first sanitary glove (11) is inserted into the guide hopper (300) while the guide hopper (300) is moved to its maximum extent in one direction (k1). (See FIG. 9)

[0154]

[0155] The first glove seating step (S202) is described. The first glove seating step (S202) is a step in which, after the first glove insertion step (S201), the first sanitary glove (11) is seated across the first folding part (420) and the center seating part (410) as it exits the guide hopper (300) at the moment the first sanitary glove (11) travels down the guide hopper (300) and the guide hopper (300) moves to the other side (k2). (Refer to FIGS. 10 to 14)

[0156]

[0157] The second glove insertion step (S203) is described. The second glove insertion step (S203) is a step in which, after the first glove placement step (S202), the second sanitary glove (12) is inserted into the guide hopper (300) while the guide hopper (300) is moved to its maximum position in the other direction (k2). (See FIG. 13)

[0158]

[0159] The second glove seating step (S204) is described. The second glove seating step (S204) is a step that occurs after the second glove insertion step (S203), at the moment when the second sanitary glove (12) travels down the guide hopper (300), and as the guide hopper (300) moves in one direction (k1), the second sanitary glove (12) exits the guide hopper (300) and is seated across the second folding part (430) and the center seating part (410), while the finger portion (12a) of the second sanitary glove (12) covers the finger portion (11a) of the first sanitary glove (11). (See FIGS. 15 to 19)

[0160]

[0161] The first glove folding step (S205) is described. The first glove folding step (S205) is a step in which, after the second glove seating step (S204), the first sanitary glove (11) is folded so that the wrist portion (11b) of the first sanitary glove (11) covers the finger portion (12a) of the second sanitary glove (12). (See FIGS. 20 to 23)

[0162]

[0163] The above first armor folding step (S205) may be performed in the order of the first folding auxiliary rod placement step (S205-1), the first folding part rotation step (S205-2), the first folding auxiliary rod restoration step (S205-3), and the first folding part restoration step (S205-4), as shown in FIG. 3.

[0164]

[0165] The above first folding assist rod placement step (S205-1) is a step in which the first folding assist rod (510) moves to the upper side of the center seating portion (410) adjacent to the first folding portion (420) and is placed on the upper side of the second sanitary glove (12). (See FIG. 21a)

[0166]

[0167] The first folding part rotation step (S205-2) is a step in which, after the first folding auxiliary rod placement step (S205-1), the first folding part (420) is rotated toward the upper part of the center seating part (410). (See FIG. 20, 21b)

[0168]

[0169] The first folding assist rod restoration step (S205-3) is a step in which, after the first folding part rotation step (S205-2), the first folding assist rod (510) moves horizontally away from the center seating part (410). Although not illustrated, this can be understood as the first folding assist rod (510) moving in the opposite direction as shown in FIG. 21a.

[0170]

[0171] The first folding part restoration step (S205-4) is a step in which the first folding part (420) is restored after the first folding auxiliary rod restoration step (S205-3). (See FIG. 22, 23)

[0172]

[0173] The third glove insertion step (S206) is described. The third glove insertion step (S206) is a step in which, after the first glove folding step (S205), the third sanitary glove (13) is inserted into the guide hopper (300) while the guide hopper (300) is moved to its maximum position in one direction (k1). (See FIG. 22)

[0174]

[0175] The third glove seating step (S207) is described. The third glove seating step (S207) is a step that occurs after the third glove insertion step (S206), at the moment when the third sanitary glove (13) travels down the guide hopper (300) and the guide hopper (300) moves to the other side (k2), causing the third sanitary glove (13) to exit the guide hopper (300), at which time it is seated across the first folding part (420) and the center seating part (410), while the finger portion (13a) of the third sanitary glove (13) covers the wrist portion (11b) of the first sanitary glove (11). (See FIG. 25 and 26)

[0176]

[0177] The second glove folding step (S208) is described. The second glove folding step (S208) is a step in which, after the third glove seating step (S207), the second sanitary glove (12) is folded so that the wrist portion (12b) of the second sanitary glove (12) covers the finger portion (13a) of the third sanitary glove (13). (See FIGS. 27 to 30)

[0178]

[0179] The above second armor folding step (S208) may be performed in the order of the second folding auxiliary rod placement step (S208-1), the second folding part rotation step (S208-2), the second folding auxiliary rod restoration step (S208-3), and the second folding part restoration step (S208-4), as shown in FIG. 4.

[0180]

[0181] The above second folding assist rod placement step (S208-1) is a step in which the second folding assist rod (520) moves to the upper side of the center seating portion (410) adjacent to the second folding portion (430) and is placed on the upper side of the third sanitary glove (13). (See FIG. 28a)

[0182]

[0183] The second folding part rotation step (S208-2) is a step in which, after the second folding auxiliary rod placement step (S208-1), the second folding part (430) is rotated toward the upper part of the center seating part (410). (See FIG. 27, 28b)

[0184]

[0185] The second folding assist rod restoration step (S208-3) is a step in which, after the second folding part rotation step (S208-2), the second folding assist rod (520) moves horizontally away from the center seating part (410). Although not illustrated, this can be understood as the second folding assist rod (520) moving in the opposite direction as shown in FIG. 28a.

[0186]

[0187] The second folding part restoration step (S208-4) is a step in which the second folding part (430) is restored after the second folding auxiliary rod restoration step (S208-3). (See FIG. 29, 30)

[0188]

[0189] The repetitive stacking step (S209) is described. The repetitive stacking step (S209) is a step in which, after the secondary glove folding step (S208), the processes of steps S203 to S208 are repeated while new sanitary gloves are introduced until the plurality of sanitary gloves being stacked reach a predetermined thickness. (See FIG. 34)

[0190]

[0191] Third embodiment of the sanitary glove lamination method

[0192]

[0193] A third embodiment of the sanitary glove lamination method can be performed in the order of a first glove insertion step (S301), a first glove seating step (S302), a second glove insertion step (S303), a second glove seating step (S304), a first glove folding step (S305), a first friction-increasing groove formation step (S306), a first center seating downward step (S307), a third glove insertion step (S308), a third glove seating step (S309), a second glove folding step (S310), a second friction-increasing groove formation step (S311), a second center seating downward step (S312), and a repetitive lamination step (S313), as shown in FIG. 5.

[0194]

[0195] In the third embodiment of the sanitary glove stacking method, a process of forming friction-increasing grooves (h1, h2) using a friction-increasing groove-forming rod (600) is added to increase the frictional force between the sanitary gloves stacked in the second embodiment so that the sanitary gloves can be easily pulled out one by one, and this is explained in detail in the first friction-increasing groove forming step (S306), the first center-seating lowering step (S307), the second friction-increasing groove forming step (S311), and the second center-seating lowering step (S312). It should be noted that the other processes are the same as in the second embodiment.

[0196]

[0197] The first glove insertion step (S301) is described. The first glove insertion step (S301) is a step in which the first sanitary glove (11) is inserted into the guide hopper (300) while the guide hopper (300) is moved to its maximum extent in one direction (k1). (See FIG. 9)

[0198]

[0199] The first glove seating step (S302) is described. The first glove seating step (S302) is a step in which, after the first glove insertion step (S301), the first sanitary glove (11) is seated across the first folding part (420) and the center seating part (410) as it exits the guide hopper (300) at the moment the first sanitary glove (11) travels down the guide hopper (300) and the guide hopper (300) moves to the other side (k2). (Refer to FIGS. 10 to 14)

[0200]

[0201] The second glove insertion step (S303) is described. The second glove insertion step (S303) is a step in which, after the first glove placement step (S302), the second sanitary glove (12) is inserted into the guide hopper (300) while the guide hopper (300) is moved to its maximum extent in the other direction (k2). (See FIG. 13)

[0202]

[0203] The second glove seating step (S304) is described. The second glove seating step (S304) is a step that occurs after the second glove insertion step (S303), at the moment when the second sanitary glove (12) travels down the guide hopper (300), and as the guide hopper (300) moves in one direction (k1), the second sanitary glove (12) exits the guide hopper (300) and is seated across the second folding part (430) and the center seating part (410), while the finger portion (12a) of the second sanitary glove (12) covers the finger portion (11a) of the first sanitary glove (11). (See FIGS. 15 to 19)

[0204]

[0205] The first glove folding step (S305) is described. The first glove folding step (S305) is a step in which, after the second glove seating step (S304), the first sanitary glove (11) is folded so that the wrist portion (11b) of the first sanitary glove (11) covers the finger portion (12a) of the second sanitary glove (12). (See FIGS. 20 to 23)

[0206]

[0207] The above first armor folding step (S305) may be performed in the order of the first folding auxiliary rod placement step (S305-1), the first folding part rotation step (S305-2), the first folding auxiliary rod restoration step (S305-3), and the first folding part restoration step (S305-4), as shown in FIG. 6.

[0208]

[0209] The above first folding assist rod placement step (S305-1) is a step in which the first folding assist rod (510) moves to the upper side of the center seating portion (410) adjacent to the first folding portion (420) and is placed in an orthogonal direction on the upper side of the second sanitary glove (12). (See FIG. 21a)

[0210]

[0211] The first folding part rotation step (S305-2) is a step in which, after the first folding auxiliary rod placement step (S305-1), the first folding part (420) is rotated toward the upper part of the center seating part (410). (See FIG. 20, 21b)

[0212]

[0213] The first folding assist rod restoration step (S305-3) is a step in which, after the first folding part rotation step (S305-2), the first folding assist rod (510) moves horizontally away from the center seating part (410). Although not illustrated, this can be understood as the first folding assist rod (510) moving in the opposite direction as shown in FIG. 21a.

[0214]

[0215] The first folding part restoration step (S305-4) is a step in which the first folding part (420) is restored after the first folding auxiliary rod restoration step (S205-3). (See FIG. 22, 23)

[0216]

[0217] The first friction-increasing groove formation step (S306) is described. The first friction-increasing groove formation step (S306) is a step of forming a first friction-increasing groove (h1) by applying pressure to one side (11b') of the wrist portion (11b) of the first sanitary glove (11) after the first glove folding step (S305). (Refer to FIG. 24a, 24b, 24c)

[0218]

[0219] The above first friction-increasing groove forming step (S306) is characterized by the fact that one side (12a') of the finger portion (12a) of the second sanitary glove (12) corresponding to one side (11b') of the wrist portion (11b) of the first sanitary glove (11) and one side (11a') of the finger portion (11a) of the first sanitary glove (11) are pressed simultaneously to form a first friction-increasing groove (h1) and simultaneously compress each other to increase frictional force.

[0220]

[0221] The first center-seating lowering step (S307) is described. The first center-seating lowering step (S307) is a step in which the center-seating part (410) vertically lowers by a predetermined height after the first friction-increasing groove forming step (S306). (See FIG. 24d)

[0222]

[0223] The third glove insertion step (S308) is described. The third glove insertion step (S308) is a step in which, after the first center-seating lowering step (S307), the third sanitary glove (13) is inserted into the guide hopper (300) while the guide hopper (300) is moved to its maximum position in one direction (k1). (See FIG. 22)

[0224]

[0225] The third glove seating step (S309) is described. The third glove seating step (S309) is a step that occurs after the third glove insertion step (S308), at the moment when the third sanitary glove (13) travels down the guide hopper (300) and the guide hopper (300) moves to the other side (k2), causing the third sanitary glove (13) to exit the guide hopper (300), at which time it is seated across the first folding part (420) and the center seating part (410), while the finger portion (13a) of the third sanitary glove (13) covers the wrist portion (11b) of the first sanitary glove (11). (See FIG. 25 and 26)

[0226]

[0227] The second glove folding step (S310) is described. The second glove folding step (S310) is a step in which, after the third glove seating step (S309), the second sanitary glove (12) is folded so that the wrist portion (12b) of the second sanitary glove (12) covers the finger portion (13a) of the third sanitary glove (13).

[0228]

[0229] The above second armor folding step (S310) may be performed in the order of the second folding auxiliary rod placement step (S310-1), the second folding part rotation step (S310-2), the second folding auxiliary rod restoration step (S310-3), and the second folding part restoration step (S310-4), as shown in FIG. 7.

[0230]

[0231] The above second folding assist rod placement step (S310-1) is a step in which the second folding assist rod (520) moves to the upper side of the center seating portion (410) adjacent to the second folding portion (430) and is placed in an orthogonal direction on the upper side of the third sanitary glove (13). (See FIG. 28a)

[0232]

[0233] The second folding part rotation step (S310-2) is a step in which, after the second folding auxiliary rod placement step (S310-1), the second folding part (430) is rotated toward the upper part of the center seating part (410). (See FIG. 27, 28b)

[0234]

[0235] The second folding assist rod restoration step (S310-3) is a step in which, after the second folding part rotation step (S310-2), the second folding assist rod (520) moves horizontally away from the center seating part (410). Although not illustrated, this can be understood as the second folding assist rod (520) moving in the opposite direction as shown in FIG. 28a.

[0236]

[0237] The second folding part restoration step (S310-4) is a step in which the second folding part (430) is restored after the second folding auxiliary rod restoration step (S310-3). (See FIG. 29, 30)

[0238]

[0239] The second friction-increasing groove formation step (S311) is described. The second friction-increasing groove formation step (S311) is a step of forming a second friction-increasing groove (h2) by applying pressure to one side (12b') of the wrist portion (12b) of the second sanitary glove (12) after the second glove folding step (S310). (See FIG. 32a, 32b, 32c)

[0240]

[0241] The above second friction-increasing groove formation step (S311) is characterized by the fact that one side (13a') of the finger portion (13a) of the third sanitary glove (13), corresponding to one side (12b') of the wrist portion (12b) of the second sanitary glove (12), is pressed simultaneously to form a second friction-increasing groove (h2) and simultaneously compress them together to increase frictional force.

[0242]

[0243] The second center-seating lowering step (S312) is described. The second center-seating lowering step (S312) is a step in which the center-seating part (410) vertically lowers by a predetermined height after the second friction-increasing groove forming step (S311). (See FIG. 32d)

[0244]

[0245] The repetitive stacking step (S313) is described. The repetitive stacking step (S313) is a step in which, after the secondary center-seating lowering step (S312), the process of steps S303 to S312 is repeated while new sanitary gloves are introduced until the plurality of sanitary gloves being stacked reach a predetermined thickness. (See FIG. 34)

[0246]

[0247] According to the present invention, the folding and stacking of sanitary gloves are automated to improve productivity, and since the folding and stacking can be done uniformly from start to finish, there is an advantage that the stacked sanitary gloves can be easily pulled out one by one.

[0248]

[0249] The present invention described above is not limited by the aforementioned embodiments and attached drawings, and it will be obvious to those skilled in the art that various substitutions, modifications, and changes are possible within the scope of the technical concept of the present invention.

[0250]

[0251] The present invention relates to a sanitary glove lamination system that automates the folding and lamination processes of sanitary gloves and a sanitary glove lamination method using the same. According to the present invention, the folding and lamination of sanitary gloves are automated, thereby improving productivity, and since the folding and lamination can be performed uniformly from beginning to end, the lamination of sanitary gloves can be easily drawn out one by one.

Claims

1. A mold (100) formed in the shape of a human hand, positioned so that the finger portion (100a) faces downward, and on which a sanitary glove (10) is placed; A pair of guide rollers (200, 200') positioned at the vertical bottom of the above mold (100) and guiding the sanitary gloves (10) removed from the mold (100) to the guide hopper (300); A guide hopper (300) positioned below the guide rollers (200, 200') and guiding the sanitary gloves (10) that have passed through the guide rollers (200, 200') to the folding means (400); A folding means (400) positioned at the bottom of the guide hopper (300) to allow a plurality of sanitary gloves (10) passing through the guide hopper (300) to be folded and stacked; It includes a folding auxiliary rod (500) positioned at each predetermined moment on the upper part of the folding means (400), positioned in a direction perpendicular to the longitudinal direction of the folding means (400). The above guide roller (200, 200') It is characterized by guiding the finger portion (10a) of the sanitary glove (10), which is placed in contact with each other and pressed between them, to the guide hopper (300) in an upward-facing state. The above guide hopper (300) The sanitary glove (10) is inserted with the finger portion (10a) facing upward, and at the moment the sanitary glove (10) slides down, it reciprocates in one direction (k1) and the other direction (k2) like a pendulum, thereby guiding the sanitary glove (10) to the folding means (400) while scattering it. The above guide hopper (300) It is formed in a conical shape with a diameter that decreases as it goes down, and includes guide walls (310) that are provided along the longitudinal direction on the inside and arranged side by side at a predetermined interval to guide the slide movement path of the sanitary gloves (10). The above guide wall (310) is The first guide wall (311,311') and, It includes a second guide wall (312, 312') positioned facing the first guide wall (311, 311'), and The above folding means (400) is A central seating portion (410) positioned at the vertical lower part of the guide roller (200, 200') and on which the finger portion (10a) of the sanitary glove (10) is seated, and A first folding part (420) that is positioned side by side on one side of the above-mentioned central seating part (410), on which the wrist portion (10b) of the sanitary glove (10) is seated, and which rotates toward the upper part of the central seating part (410) at preset moments and then restores to fold the sanitary glove (10), and It includes a second folding part (430) which is positioned parallel to the other side of the central seating part (410), on which the wrist portion (10b) of the sanitary glove (10) is seated, and which rotates toward the upper part of the central seating part (410) at preset moments and then restores to fold the sanitary glove (10). The above folding support rod (500) is A first folding auxiliary rod (510) that moves to the upper side of the center mounting part (410) adjacent to the first folding part (420) just before the first folding part (420) is rotated and is positioned on the upper side of the sanitary glove (10), fixes one side of the sanitary glove (10) to guide the folding when the first folding part (420) is rotated, and moves horizontally away from the center mounting part (410) after the first folding part (420) is rotated, and The second folding part (430) is characterized by including a second folding assist rod (520) that moves to the upper side of the center seating part (410) adjacent to the second folding part (430) just before the second folding part (430) is rotated, is positioned on the upper side of the sanitary glove (10), fixes one side of the sanitary glove (10) to guide the folding when the second folding part (430) is rotated, and moves horizontally away from the center seating part (410) after the second folding part (430) is rotated. Disposable glove lamination system.

2. In a method for laminating sanitary gloves using the sanitary glove laminating system of claim 1, A first glove insertion step (S101) in which the first sanitary glove (11) is inserted into the guide hopper (300) while the guide hopper (300) is moved to the maximum in one direction (k1), and After the first glove insertion step (S101) above, at the moment the first sanitary glove (11) travels down the guide hopper (300), the guide hopper (300) moves toward the other side (k2), and as the first sanitary glove (11) exits the guide hopper (300), the first glove is seated across the first folding part (420) and the center seating part (410) in a first glove seating step (S102); After the above first glove placement step (S102), a second glove insertion step (S103) in which the second sanitary glove (12) is inserted into the guide hopper (300) while the guide hopper (300) is moved to the maximum extent in the other direction (k2), and After the above second glove insertion step (S103), at the moment the second sanitary glove (12) travels down the guide hopper (300), the guide hopper (300) moves in one direction (k1), and as the second sanitary glove (12) exits the guide hopper (300), it is seated across the second folding part (430) and the center seating part (410), and at the same time, the finger portion (12a) of the second sanitary glove (12) covers the finger portion (11a) of the first sanitary glove (11), in a second glove seating step (S104); After the above second glove seating step (S104), as the first folding part (420) rotates toward the upper part of the center seating part (410) and is restored, the first sanitary glove (11) is folded so that the wrist portion (11b) of the first sanitary glove (11) covers the finger portion (12a) of the second sanitary glove (12), and a first glove folding step (S105). After the above first glove folding step (S105), a third glove insertion step (S106) in which the third sanitary glove (13) is inserted into the guide hopper (300) while the guide hopper (300) is moved to the maximum in one direction (k1), and After the third glove insertion step (S106) above, at the moment the third sanitary glove (13) travels down the guide hopper (300), the guide hopper (300) moves toward the other side (k2), and as the third sanitary glove (13) exits the guide hopper (300), it is seated across the first folding part (420) and the center seating part (410), and at the same time, the finger portion (13a) of the third sanitary glove (13) covers the wrist portion (11b) of the first sanitary glove (11), in a third glove seating step (S107); After the above third glove seating step (S107), a second glove folding step (S108) is performed in which the second folding part (430) is restored after rotating toward the upper part of the center seating part (410), so that the second sanitary glove (12) is folded and the wrist portion (12b) of the second sanitary glove (12) covers the finger portion (13a) of the third sanitary glove (13), and The method is characterized by including a repetitive stacking step (S109) in which, after the second glove folding step (S108), new sanitary gloves are introduced and the process of steps S103 to S108 is repeated until the plurality of stacked sanitary gloves reach a predetermined thickness. Method for stacking disposable gloves.

3. A method for laminating sanitary gloves using the sanitary glove laminating system of claim 1, A first glove insertion step (S201) in which the first sanitary glove (11) is inserted into the guide hopper (300) while the guide hopper (300) is moved to the maximum in one direction (k1), and After the first glove insertion step (S201) above, at the moment the first sanitary glove (11) travels down the guide hopper (300), the guide hopper (300) moves toward the other side (k2), and as the first sanitary glove (11) exits the guide hopper (300), the first glove is seated across the first folding part (420) and the center seating part (410) in a first glove seating step (S202); After the above first glove placement step (S202), a second glove insertion step (S203) in which the second sanitary glove (12) is inserted into the guide hopper (300) while the guide hopper (300) is moved to the maximum extent in the other direction (k2), and After the second glove insertion step (S203) above, at the moment the second sanitary glove (12) travels down the guide hopper (300), the guide hopper (300) moves in one direction (k1), and as the second sanitary glove (12) exits the guide hopper (300), it is seated across the second folding part (430) and the center seating part (410), and at the same time, the finger portion (12a) of the second sanitary glove (12) covers the finger portion (11a) of the first sanitary glove (11), in a second glove seating step (S204); After the above second glove seating step (S204), a first glove folding step (S205) in which the first sanitary glove (11) is folded so that the wrist portion (11b) of the first sanitary glove (11) covers the finger portion (12a) of the second sanitary glove (12), and After the above first glove folding step (S205), a third glove insertion step (S206) in which the third sanitary glove (13) is inserted into the guide hopper (300) while the guide hopper (300) is moved to the maximum in one direction (k1), and After the third glove insertion step (S206), at the moment the third sanitary glove (13) travels down the guide hopper (300), the guide hopper (300) moves toward the other side (k2), and as the third sanitary glove (13) exits the guide hopper (300), it is seated across the first folding part (420) and the center seating part (410), and at the same time, the finger portion (13a) of the third sanitary glove (13) covers the wrist portion (11b) of the first sanitary glove (11), in a third glove seating step (S207); After the above third glove seating step (S207), a second glove folding step (S208) in which the second sanitary glove (12) is folded so that the wrist portion (12b) of the second sanitary glove (12) covers the finger portion (13a) of the third sanitary glove (13), and After the second glove folding step (S208), the method includes a repetitive stacking step (S209) in which new sanitary gloves are introduced and the process of steps S203 to S208 is repeated until the plurality of stacked sanitary gloves reach a predetermined thickness. The above first glove folding step (S205) is A first folding assist rod placement step (S205-1) in which the first folding assist rod (510) moves to the upper side of the center seating portion (410) adjacent to the first folding portion (420) and is placed on the upper side of the second sanitary glove (12), and After the first folding auxiliary rod placement step (S205-1) above, a first folding part rotation step (S205-2) in which the first folding part (420) rotates toward the upper part of the center seating part (410), and After the first folding part rotation step (S205-2) above, a first folding assist rod restoration step (S205-3) in which the first folding assist rod (510) moves horizontally away from the center seating part (410), and After the first folding auxiliary rod restoration step (S205-3) above, the method includes a first folding part restoration step (S205-4) in which the first folding part (420) is restored, and The above second armor folding step (S208) is A second folding assist rod placement step (S208-1) in which the second folding assist rod (520) moves to the upper side of the center seating portion (410) adjacent to the second folding portion (430) and is placed on the upper side of the third sanitary glove (13), and After the second folding auxiliary rod placement step (S208-1) above, a second folding part rotation step (S208-2) in which the second folding part (430) rotates toward the upper part of the center seating part (410), and After the second folding part rotation step (S208-2) above, a second folding assist rod restoration step (S208-3) in which the second folding assist rod (520) moves horizontally away from the center seating part (410), and Characterized by including a second folding part restoration step (S208-4) in which the second folding part (430) is restored after the second folding auxiliary rod restoration step (S208-3) above. Method for stacking disposable gloves.

4. A method for laminating sanitary gloves using the sanitary glove laminating system of claim 1, A first glove insertion step (S301) in which the first sanitary glove (11) is inserted into the guide hopper (300) while the guide hopper (300) is moved to the maximum in one direction (k1), and After the first glove insertion step (S301) above, at the moment the first sanitary glove (11) travels down the guide hopper (300), the guide hopper (300) moves toward the other side (k2), and as the first sanitary glove (11) exits the guide hopper (300), the first glove is seated across the first folding part (420) and the center seating part (410) in a first glove seating step (S302); After the above first glove placement step (S302), a second glove insertion step (S303) in which the second sanitary glove (12) is inserted into the guide hopper (300) while the guide hopper (300) is moved to the maximum extent in the other direction (k2), and After the above second glove insertion step (S303), at the moment the second sanitary glove (12) travels down the guide hopper (300), the guide hopper (300) moves in one direction (k1), and as the second sanitary glove (12) exits the guide hopper (300), it is seated across the second folding part (430) and the center seating part (410), and at the same time, the finger portion (12a) of the second sanitary glove (12) covers the finger portion (11a) of the first sanitary glove (11), in a second glove seating step (S304); After the above second glove seating step (S304), a first glove folding step (S305) in which the first sanitary glove (11) is folded so that the wrist portion (11b) of the first sanitary glove (11) covers the finger portion (12a) of the second sanitary glove (12), and After the above first glove folding step (S305), a first friction-increasing groove forming step (S306) in which one side portion (11b') of the wrist portion (11b) of the first sanitary glove (11) is pressed to form a first friction-increasing groove (h1), and After the above first friction-increasing groove forming step (S306), a first center seating lowering step (S307) in which the center seating part (410) is vertically lowered by a predetermined height, and After the above first center-seating lowering step (S307), a third glove insertion step (S308) in which the third sanitary glove (13) is inserted into the guide hopper (300) while the guide hopper (300) is moved to the maximum in one direction (k1), and After the above third glove insertion step (S308), at the moment the third sanitary glove (13) travels down the guide hopper (300), the guide hopper (300) moves toward the other side (k2), and as the third sanitary glove (13) exits the guide hopper (300), it is seated across the first folding part (420) and the center seating part (410), and at the same time, the finger portion (13a) of the third sanitary glove (13) covers the wrist portion (11b) of the first sanitary glove (11), in a third glove seating step (S309); After the above third glove seating step (S309), a second glove folding step (S310) in which the second sanitary glove (12) is folded so that the wrist portion (12b) of the second sanitary glove (12) covers the finger portion (13a) of the third sanitary glove (13), and After the above second glove folding step (S310), a second friction-increasing groove forming step (S311) in which one side portion (12b') of the wrist portion (12b) of the second sanitary glove (12) is pressed to form a second friction-increasing groove (h2), and After the above secondary friction-increasing groove forming step (S311), a secondary center seating lowering step (S312) in which the center seating part (410) is vertically lowered by a predetermined height, and After the second center-seating lowering step (S312), the method includes a repetitive stacking step (S313) in which new sanitary gloves are introduced and the process of steps S303 to S312 is repeated until the plurality of sanitary gloves being stacked reach a predetermined thickness. The above first armor folding step (S305) is A first folding assist rod placement step (S305-1) in which the first folding assist rod (510) moves to the upper side of the center seating portion (410) adjacent to the first folding portion (420) and is positioned in an orthogonal direction on the upper side of the second sanitary glove (12), and After the first folding auxiliary rod placement step (S305-1) above, a first folding part rotation step (S305-2) in which the first folding part (420) rotates toward the upper part of the center seating part (410), and After the first folding part rotation step (S305-2) above, a first folding assist rod restoration step (S305-3) in which the first folding assist rod (510) moves horizontally away from the center seating part (410), and After the first folding assist rod restoration step (S305-3) above, the method includes a first folding part restoration step (S305-4) in which the first folding part (420) is restored, and The above first friction-increasing groove forming step (S306) is The first friction-increasing groove (h1) is formed and the friction force is increased by simultaneously pressing one side (12a') of the finger portion (12a) of the second sanitary glove (12) corresponding to one side (11b') of the wrist portion (11b) of the first sanitary glove (11) and one side (11a') of the finger portion (11a) of the first sanitary glove (11). The above second armor folding step (S310) is A second folding assist rod placement step (S310-1) in which the second folding assist rod (520) moves to the upper side of the center seating portion (410) adjacent to the second folding portion (430) and is positioned in an orthogonal direction on the upper side of the third sanitary glove (13), and After the second folding auxiliary rod placement step (S310-1) above, a second folding part rotation step (S310-2) in which the second folding part (430) rotates toward the upper part of the center seating part (410), and After the second folding part rotation step (S310-2) above, a second folding assist rod restoration step (S310-3) in which the second folding assist rod (520) moves horizontally away from the center seating part (410), and After the second folding assist rod restoration step (S310-3) above, a second folding part restoration step (S310-4) is included in which the second folding part (430) is restored, and The above secondary friction-increasing groove formation step (S311) is The second sanitary glove (12) is characterized by the fact that one side (13a') of the finger portion (13a) of the third sanitary glove (13), corresponding to one side (12b') of the wrist portion (12b) of the second sanitary glove (12), is simultaneously pressed to form a second friction-increasing groove (h2) and simultaneously compressed with one another to increase frictional force. Method for stacking disposable gloves.

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