KR102078195B1 - Put on disposable gloves apparatus - Google Patents

Abstract

The present invention relates to a disposable glove detachment apparatus and a casing body having a first hand opening for inserting a hand for wearing disposable gloves and a second hand opening for inserting a hand wearing disposable gloves. A glove wearing part positioned in the casing body part to open an inlet of the disposable glove so that a user's hand can be inserted therein; a glove cartridge part located in the casing body part and a plurality of disposable gloves being stacked; A glove conveying unit which catches one of the disposable gloves stacked on the glove cartridge unit and transfers it to the glove wearing unit, an operation control unit which controls the operation of the glove wearing unit and the glove transferring unit, and is positioned to protrude inwardly of the second hand opening Surgical, including glove separator with a hook positioned on the side of the disposable glove worn on the side There disposable gloves, such as handcuffs the user to wear and can easily take off in using disposable gloves to improve the ease of use, greatly reducing the time it takes to wear disposable gloves off.

Description

Disposable Glove Detachment Device {PUT ON DISPOSABLE GLOVES APPARATUS}

The present invention relates to a disposable glove detachable device, and more particularly, to a disposable glove detachable device for easily wearing and taking off disposable gloves used for single use, such as surgical gloves.

In general, disposable gloves are used to require hygiene and are made of rubber such as latex or synthetic resin such as vinyl.

Disposable gloves may be classified into surgical gloves made of rubber such as latex, synthetic gloves used for cooking, and the like.

 Disposable gloves are used to require hygiene, and it is necessary to wear them so that foreign matters do not adhere to the surface. However, foreign materials such as foreign substances on the surface frequently occur while opening the entrance side for wearing.

In particular, the surgical glove is made of a rubber material such as latex, it is difficult to wear alone, there was a need for assistance of auxiliary personnel when wearing or taking off.

In addition, in the case of a surgical glove, since the attention to the infection is particularly required, there is a risk of causing a large medical accident if the surgical glove is infected when worn and taken off.

As a related art of the present invention, Korean Utility Model Publication No. 2011-0005243 has been proposed, 'Easily removable rubber gloves and a detachable device'.

Korean Utility Model Application No. 2011-0005243 'Easily removable rubber gloves and desorption device' is used for vacuuming rubber gloves using vacuum force when wearing or removing kitchen or industrial rubber gloves using a cylindrical tube and vacuum pump. It expands in the circumferential direction to secure a space inside the hand.

However, Korean Utility Model Publication No. 2011-0005243 'Easily detachable rubber gloves and detachable devices' includes inserting kitchen or industrial rubber gloves into a tube formed in a cylindrical shape and using a vacuum force to circulate the kitchen or industrial rubber gloves in a circumferential direction. There is a limit to inflate the kitchen or industrial rubber gloves to the size that the hands can actually pass through the expansion, there was a problem that it is difficult to wear and remove smoothly in the actual application.

In addition, Korean Utility Model Publication No. 2011-0005243 'Easily removable rubber gloves and detachable devices' should be placed in a tube formed in a cylindrical shape for kitchen or industrial rubber gloves. There was a problem that can not be greatly improved, especially in the case of surgical gloves that require special attention to infection.

Prior Patent Document: Korean Utility Model Publication No. 2011-0005243 'Easily removable rubber gloves and desorption device' (published May 26, 2011)

An object of the present invention is to provide a disposable glove detachable device that allows the user to easily wear and take off disposable gloves such as surgical gloves.

Another object of the present invention is to provide a disposable glove detachment device which allows the user to wear and take off hygienically to prevent the occurrence of infection on the surface of disposable gloves such as surgical gloves.

In order to achieve the above object, an embodiment of the disposable glove detachment apparatus according to the present invention may include a first hand insertion hole capable of inserting a hand for wearing disposable gloves and a hand capable of inserting a disposable glove. (2) a casing main body having a hand inlet located at the front side, a glove wearing unit positioned in the casing main body and opening the inlet of the disposable glove so that a user's hand can be inserted therein; A glove cartridge unit which can be stacked and positioned, a glove transfer unit which catches and transfers one of the disposable gloves stacked on the glove cartridge unit to the glove wearing unit, an operation control unit which controls the operation of the glove wearing unit and the glove transfer unit, 2 Hooks protruding into the inside of the hand inlet and can be hooked to the entrance of the disposable glove worn on the end side Characterized in that it comprises a position separate the gloves.

In the present invention, the glove cartridge unit is located inside the bottom plate member is laminated a plurality of disposable gloves to the top, the bottom plate member may be raised and lowered by the lifting unit for lifting the gloves.

In the present invention, the glove conveying unit is a suction port is located on the lower surface of the suction inlet glove suction member for absorbing the disposable gloves stacked in the glove cartridge unit on the lower surface with suction force, gloves for moving the glove suction member up and down A first gloves linear movement actuator for moving the lifting device for transporting, the glove suction member and the lifting device for transporting the glove from the glove cartridge part to the glove wearing part and the glove wearing part to the seating position of the disposable glove. The second gloves may include an actuator for linear movement.

In the present invention, the glove wearing part is formed to correspond to the shape of the disposable glove on the upper surface of the glove seating body portion where the first glove seating groove is placed, the first glove seating groove portion is formed on the bottom surface A second glove seating groove portion is positioned and includes a glove cover body portion covering a disposable glove seated on the glove seating body portion, wherein the glove seating body portion is elevated by a first elevating portion for wearing gloves, and the glove cover The body portion is raised and lowered by a second elevating portion for wearing gloves, and the first glove seating groove is formed in an open form toward one end side of the glove seating body toward the inlet side of the disposable glove, and the second glove seating groove. The part is formed in an open shape toward one end side of the glove seating body portion facing the inlet side of the disposable glove, and the top of the glove seating groove part. Each of the second glove seating grooves includes a plurality of first glove inlets and a plurality of second glove inlets, and the glove wearing unit is connected to the first glove inlet and the second glove inlet by a vacuum hose to generate a suction force. The apparatus further includes a generator, wherein the glove seating body part includes a first seating body member, a second seating body member rotatably coupled to the first seating body member, and a first rotating device for rotating the second seating body member. And the glove cover body part may include a first cover body member, a second cover body member rotatably coupled to the first cover body member, and a second rotating device for rotating the second cover body member. .

In the present invention, the glove wearing portion may further include an air injector for injecting air to the inlet of the disposable glove between the glove seating body portion and the glove cover body portion.

In the present invention, the air injector includes an air nozzle for injecting air to the inlet of the disposable glove and a nozzle elevating unit for elevating the air nozzle, the air nozzle is a nozzle body which is elevated by the nozzle elevating unit; The nozzle body may include a movable nozzle body which is positioned to be movable before and after the nozzle body and can be inserted into the inlet side of the disposable glove.

In the present invention, the operation control unit is located on the outer side of the casing main body portion foot switch unit for applying the operation of the glove wearing portion and the glove transfer unit and the user's hand into the first hand opening by the glove wearing portion It may include a hand input notification unit for notifying the time to insert into the gaping disposable gloves.

Another embodiment of the disposable glove detachment apparatus according to the present invention is a casing body portion in which the first hand opening for inserting a hand for wearing disposable gloves is located in the front, the casing body portion and the inlet of the disposable glove Glove wearing part for opening the user's hands open, the operation control unit for controlling the operation of the glove wearing portion, wherein the glove wearing portion is formed to correspond to the shape of the disposable glove on the upper surface of the first glove A glove seating body having a glove seating body portion in which a glove seating groove is positioned, and a second glove seating recess formed in a lower surface corresponding to the first glove seating recess is positioned to cover a disposable glove seated on the glove seating body. And a glove seating body portion is lifted up and down by a first lifting portion for wearing gloves, and the glove cover body portion is a glove. Lifted up and down by a second lifting portion for wearing, wherein the first glove seating groove portion is formed in an open form toward one end side of the glove seating body portion facing the inlet side of the disposable gloves, the second glove seating groove portion is disposable gloves It is formed in an open form toward one end side of the glove seating body portion toward the inlet side of the first glove seating groove portion and the second glove seating groove portion are each provided with a plurality of first glove suction inlet and a plurality of second glove suction inlet The glove wearing unit may include a vacuum generator connected to the first glove suction port and the second glove suction port by a vacuum hose to generate a suction force; And an air injector for injecting air into the inlet of the disposable glove between the glove seating body part and the glove cover body part, wherein the glove seating body part is rotatable to the first seating body member and the first seating body member. And a first rotating device for rotating the second seating body member and the second seating body member, wherein the glove cover body portion is rotatably coupled to the first cover body member and the first cover body member. And a second rotating device for rotating the second cover body member and the second cover body member.

The present invention has the effect that the user can easily wear and take off disposable gloves, such as surgical gloves to improve the convenience in using disposable gloves, and greatly reduce the time required to wear and take off disposable gloves. .

According to the present invention, the user can wear and take off disposable gloves such as surgical gloves to prevent the infection from occurring on the surface, so that the user can safely use them without fear of infection, and in particular, the surgical gloves can be safely and easily worn without external infection. Can greatly reduce the risk of infection caused by wearing surgical gloves during surgery.

In addition, the present invention has the effect that it is possible to easily wear off and take off the surgical glove alone without the help of an assistant personnel to reduce the cost and time according to the labor requirements.

1 is a perspective view showing an embodiment of a disposable glove detachment apparatus according to the present invention.
Figure 2 is a cross-sectional view showing an embodiment of a disposable glove removal apparatus according to the present invention.
Figure 3 is a perspective view showing an embodiment of a glove wearing part in one embodiment of a disposable glove removal apparatus according to the present invention.
4 and 5 is a schematic diagram showing an operation example of a glove wearing part in one embodiment of the disposable glove detachment device according to the present invention.
Figure 6 is a schematic diagram showing an example of the use of the gloves detachment unit in one embodiment of the disposable gloves detachment apparatus according to the present invention.

The present invention is explained in more detail.

When described in detail with reference to the accompanying drawings a preferred embodiment of the present invention. Prior to the description of the present invention, the terms or words used in the specification and claims described below should not be construed as being limited to the ordinary or dictionary meanings. Therefore, the embodiments described in the specification and the drawings shown in the drawings are only one of the most preferred embodiments of the present invention and do not represent all of the technical idea of the present invention, various modifications that can be replaced at the time of the present application It should be understood that there may be equivalents and variations.

1 is a perspective view showing an embodiment of a disposable glove detachment apparatus according to the present invention, Figure 2 is a cross-sectional view showing an embodiment of a disposable glove detachment apparatus according to the present invention, Figure 3 is a disposable according to the present invention In one embodiment of the glove detachment device is a perspective view showing an embodiment of a glove wearing part 200.

With reference to Figures 1 to 3 one embodiment of a disposable glove detachment device according to the present invention will be described in detail below.

Disposable gloves detachable device according to the present invention is a first hand opening 110 that can insert a hand for wearing a disposable glove 10 and a second hand opening that can insert a hand wearing a disposable glove 10. 120 includes a casing body portion 100 located at the front.

As an example, the first hand inlet 110 is formed in a pair so that both hands of the user can be input at a time.

In addition, as an example, the second hand opening 120 is positioned to be spaced apart from the first hand opening 110 and at the same height as the first hand opening 110.

Inside the second hand inlet 120 is a glove separation unit 600 is located a ring that can be caught in the inlet of the disposable gloves 10 worn on the end side.

Glove separator 600 is located in a plurality of spaced apart in the circumferential direction of the second hand inlet 120 and is positioned to face the center of the second hand inlet 120 is inserted through the second hand inlet 120 The plurality of hooks may be caught at the inlet of the disposable glove 10 worn on the body.

Inside the casing main body 100, a glove collecting box capable of collecting the used disposable gloves 10 separated from the second hand opening 120 is located on the rear side of the front where the second hand opening 120 is located. .

The glove collection box is not shown, but the glove separated from the second hand inlet 120 inside the casing main body 100 is positioned so that the glove can be freely dropped and collected. Note that the description is omitted.

In the casing body part 100, the wearer's hand is opened into the disposable glove 10 by opening an inlet of the disposable glove 10 worn on the hand inserted into the first hand opening 110 inside the first hand opening 110. There is a glove wearing part 200 to be inserted.

The glove wearing part 200 includes a glove seating body 210 in which the disposable glove 10 is seated on the upper surface, and a glove cover body 220 covering the disposable glove 10 seated in the glove seating part.

In addition, the inside of the casing body portion 100 is located a glove cartridge unit 300, where a plurality of disposable gloves 10 are stacked.

The glove cartridge unit 300 has a space in which a plurality of disposable gloves 10 can be stacked individually, and the plurality of disposable gloves 10 are sterilized and manufactured in the gloves cartridge unit 300 in its original state. Are stacked and stored.

UV sterilization lamp is positioned on the upper portion of the glove cartridge unit 300 is located on the top layer of the plurality of disposable gloves 10 stacked, that is, can be sterilized by irradiating the surface of the disposable gloves 10 waiting for use. Make sure

Glove cartridge unit 300 is the bottom plate member 310 is a plurality of disposable gloves 10 are stacked in the upper portion, the bottom plate member 310 is raised and lowered by the lifting unit 320 for pulling out gloves Can be.

The lifting unit for pulling out the gloves 320 includes a variety of known mechanisms such as a pneumatic cylinder, a gear structure of a rack and pinion for converting the rotational force of the rotary motor into linear movement, and a linear actuator structure of a ball screw structure for converting the rotational force of the rotary motor into linear movement. It should be noted that various modifications can be carried out using a linear structure.

The lifting unit 320 for lifting the gloves lifts and lowers the bottom plate member 310 on which the plurality of disposable gloves 10 are stacked, so that the position of the stacked disposable gloves 10 may be transferred by the gloves transfer unit 400. Positioning or lowering the elevated bottom plate member 310 to be laminated to fill a plurality of disposable gloves 10 back to the upper side of the bottom plate member 310.

Disposable gloves 10 located in the glove cartridge unit 300 is transferred to the upper surface of the glove wearing unit 200, that is, the glove seating body 210 by the glove transfer unit 400.

The glove wearing unit 200, the glove cartridge unit 300, and the glove transferring unit 400 are respectively located inside the pair of first hand openings 110, respectively, on both hands of the wearer introduced through the first hand openings 110, respectively. Note that the same disposable gloves 10 can be worn.

Glove conveyance unit 400 is a suction port is located on the lower surface suction glove suction member 410, the glove suction member 410 to grab the disposable glove 10 on the lower surface with suction force to move the gloves up, down The lifting device 420, the glove suction member 410 and the lifting device 420 for transporting the glove may include a first glove linear movement actuator 430 for moving to the upper portion of the glove seating body portion 210 have.

In addition, the first glove linear movement actuator 430 is positioned horizontally inside the casing body portion 100 to the first glove linear movement actuator 430 to linearly reciprocate the lifting device 420 for glove transfer. It may include.

Since the glove suction member 410 is connected to the lifting device for lifting gloves 420, the lifting device 420 is positioned so that the lifting device for lifting gloves 420 moves linearly by the first gloves linear movement actuator 430. It moves with the lifting device 420 for transportation.

The gloves conveyance unit 400 may further include a second gloves linear movement actuator 440 for linearly moving the glove seating body 210.

The first glove linear movement actuator 430 and the second glove linear movement actuator 440 convert the rotational force of the pneumatic cylinder and the rotary motor into linear movement, the gear structure of the rack and pinion, and the rotational force of the rotary motor into linear movement. It will be understood that various modifications can be made using various known linear movement structures, such as a linear actuator structure of a ball screw structure and a traveling structure including a driving wheel that can be rotated by a small motor and move along a straight rail.

Since the space in the casing body part 100 is limited, the glove suction member 410 is linearly reciprocated by the first glove linear movement actuator 430, and the glove seating body portion 210 by the second glove linear movement actuator 440. By linearly reciprocating to move the disposable glove 10 in the glove cartridge unit 300 to the upper portion of the glove seating body 210 efficiently.

The first glove linear movement actuator 430 is a linear reciprocating glove suction member 410 between the upper side of the glove cartridge unit 300 and the predetermined glove seating position for seating the glove to the top of the glove seating body portion 210 The second glove linear movement actuator 440 is operated to move, the glove seating body portion between the wearing position of the disposable glove 10 and a predetermined glove seating position for seating the glove to the top of the glove seating body portion 210. 210 operates to linearly reciprocate.

In the glove seating position, the glove suction member 410 is positioned on the upper side of the glove seating body 210, and is lowered by the glove transporting elevating device 420 to inhale the disposable glove 10 which is sucked into the glove seating body part ( It is seated on the upper surface of 210.

That is, the glove suction member 410 is lowered from the upper side of the glove cartridge unit 300, the suction of one of the stacked disposable gloves 10 attached to the lower surface and then elevated again, the first glove linear movement actuator ( 430 is moved to the glove seating position.

In addition, the glove seating body 210 is moved from the glove wearing position to the glove seating position by the second glove linear movement actuator 440 to stand by.

The glove suction member 410 is lowered by the operation of the lifting unit for lifting the gloves at the gloves mounting position, and the disposable gloves 10 mounted on the gloves seating body 210 are lifted by the lifting unit for lifting the gloves. It moves to the opposite direction by the 1st gloves linear movement actuator 430, and returns to the upper side of the glove cartridge part 300 which is a home position.

On the other hand, the glove seating body portion 210 is located on the lower side of the glove cover body portion 220 at the position where the glove wearing position, that is, the disposable glove 10 is opened and the wearer's hand is inserted into the disposable glove 10.

The glove seating body 210 is elevated by the first lifting unit 230 for wearing gloves, the glove cover body 220 is raised and lowered by the second lifting unit 240 for wearing gloves.

The second glove linear movement actuator 440 is to linearly reciprocate the first lifting portion 230 for wearing gloves between the glove seating position and the glove wearing position, the glove seating body portion 210 is the first lifting Connected to the steel portion 230 is located so as to move up and down so that the first elevating unit 230 for wearing gloves moves with the first elevating device for wearing gloves when moving linearly by the second gloves linear movement actuator 440. do.

The disposable glove 10 is seated on the glove seating body 210 so that the open inlet side faces the first hand inlet 110 side so that the wearer's hand can be inserted therein.

The disposable glove 10 is further known as a disposable glove 10 which is provided with five finger inserts into which five fingers can be inserted respectively, and an opening for wearing is formed on one side of a wrist wearing portion surrounding a portion of the wrist. Detailed description is omitted.

Disposable gloves 10 may be a surgical glove made of a rubber material, such as latex, it may be noted that the disposable disposable glove 10 may be made of a synthetic resin material such as vinyl.

The first glove seating groove 210a is formed on the upper surface of the glove seating body 210 to correspond to the shape of the disposable glove 10 to which the disposable glove 10 is seated, and the first glove seating groove 210a. ) Is formed in a form in which one end side of the glove seating body portion 210 toward the inlet side of the disposable glove 10 is open.

In addition, a second glove seating groove 220a is formed on the bottom surface of the glove cover body 220 to correspond to the first glove seating groove 210a, and the second glove seating groove 220a is the first glove. In the same manner as the seating groove 210a, one end of the glove seating body 210 facing the inlet side of the disposable glove 10 is formed in an open form.

The first glove seating groove 210a and the second glove seating groove 220a are each provided with a plurality of first gloves inlets and a plurality of second gloves inlets, and the plurality of first gloves inlets are a lower portion of the disposable glove 10. The entire surface is disposed to closely contact the first glove seating groove 210a, and the plurality of second glove inlets are disposed such that the entire upper surface of the disposable glove 10 is evenly contacted to the second glove seating groove 220a.

The glove wearing unit 200 may further include a vacuum generator 250 connected to the first glove inlet and the second glove inlet by a vacuum hose to generate a suction force.

The vacuum generator 250 is connected to the first glove inlet and the second glove inlet through a vacuum hose, respectively, so that the suction force is generated at the first glove inlet and the second glove inlet, respectively.

In addition, the vacuum generator 250 is connected to the glove suction member 410 through a vacuum hose so that the suction force can be generated in the suction port located on the lower surface of the glove suction member 410.

The glove seating body 210 rotates the second seating body member 212 and the second seating body member 212 rotatably coupled to the first seating body member 211 and the first seating body member 211. A first rotary device 213 to be included.

On the upper surface of the first seating body member 211, a portion including a portion in which the five finger inserts are positioned in the disposable glove 10 of the first glove seating recess 210a is located, and the second seating body member 212 is located. The remaining portion including the wrist wearing portion of the first glove seating groove 210a is located on the upper surface of the).

In addition, the glove cover body 220 is the second cover body member 222, the second cover body member 222 rotatably coupled to the first cover body member 221 and the first cover body member 221. It includes a second rotary device 223 to rotate.

The first rotary device 213 and the second rotary device 223 are positioned in a position where one end side is opened by rotating the second seating body member 212 and the second cover body member 222 in opposite directions, respectively. To widen the inlet of the disposable glove 10.

On the upper surface of the first cover body member 221, a portion including a portion where the five finger inserts are positioned in the disposable glove 10 of the second glove seating recess 220a is located, and the second cover body member 222 is located. The remaining portion including the wrist wearing portion of the second glove seating groove (220a) is located on the upper surface.

The glove wearing unit 200 may further include an air injector 260 for injecting air into the inlet of the disposable glove 10 between the glove seating body 210 and the glove cover body 220.

 The air injector 260 may include an air nozzle 261 for injecting air into the inlet of the disposable glove 10, and a nozzle lifting unit 262 for elevating the air nozzle 261.

The nozzle lifting unit 262 is an example of a pneumatic cylinder, and besides, a linear actuator structure of a rack and pinion gear structure for converting the rotational force of the rotary motor to linear movement, and a ball screw structure for converting the rotational force of the rotary motor to linear movement. It turns out that it can carry out various deformation using various well-known linear structures.

The air nozzle 261 is positioned so as to be moved forwards and backwards in the nozzle body 261a and the nozzle body 261a, which are lifted up and down by the nozzle lifting unit 262, and can be inserted into the inlet side of the disposable glove 10. The nozzle body 261b may be included.

The air injector 260 is seated on the glove seating body 210 and the disposable glove by injecting air to the inlet side of the disposable glove 10 that occurs between the glove seating body 210 and the glove cover body 220 Allow (10) to expand.

In addition, the air injector 260 may be positioned such that the nozzle body 261a is moved up and down to the nozzle raising and lowering portion 262 so as not to be caught by the hand introduced through the first hand inlet 110.

The nozzle body is positioned between the one end side of the glove seating body part 210 and the glove cover body part 220 and the first hand inlet 110 to move up and down so that the glove seating body part 210 and the glove cover body part ( It is positioned between the 220, it can be lowered so as not to catch the hand that is introduced from the first hand inlet 110.

In addition, the air injector 260 advances the moving nozzle body 261b toward the disposable glove 10 positioned between the glove seating body 210 and the glove cover body 220. By inserting the end into the gaping inlet, the air is more smoothly sprayed into the disposable glove 10 so that the disposable glove 10 can be quickly inflated.

The glove wearing unit 200 and the glove transferring unit 400 are controlled by the operation control unit 500, and the operation control unit 500 includes a foot switch unit 510 positioned outside the casing body unit 100. And, for example, applying the operation of the glove wearing unit 200 and the glove transfer unit 400 through the foot switch unit 510.

In addition, the operation control unit 500 may further include a hand input notifying unit 520 for notifying a time point for inserting the wearer's hand into the first hand inlet 110 to be inserted into the disposable glove 10.

The hand input notification unit 520 is an example of including a notification lamp unit for notifying the wearer of the hand by emitting light to the wearer, but not shown, it may be found that it may include a speaker unit for voice notification.

The foot switch unit 510 is a foot switch known in the art to apply the operation, when the foot is released to the original position to return to its original position to stop the operation will be clear that more detailed description will be omitted.

That is, when the wearer presses the foot switch, the glove transferring unit 400 and the glove wearing unit 200 are operated to open the inlet of the disposable glove 10 in the first hand opening 110, and the glove transferring unit 400 is opened. The glove wearing unit 200 may be operated to inject the wearer's hand into the first hand opening 110 while the inlet of the disposable glove 10 is opened, and insert the inserted hand into the disposable glove 10 having the inlet open. Will be.

When the foot of the foot switch unit 510 stepped in the state where the hand of the wearer is placed in the disposable glove 10, the operation of the glove wearing unit 200 is stopped and the disposable glove 10 is worn on the wearer's hand. .

4 and 5 is a schematic diagram showing an example of the operation of the glove wearing part 200 in one embodiment of the disposable gloves detachable device according to the present invention, by the glove wearing part 200 with reference to FIGS. An example that allows the wearer's hand to be inserted into the disposable glove 10 as it is expanded and the inlet is opened is described below.

When the wearer steps on the foot switch unit 510, the disposable gloves 10 in the glove cartridge unit 300 are transferred by the glove transferring unit 400 to be inserted into the first glove seating groove 210a of the glove seating body 210. It is settled down.

 When the glove seating body 210 is positioned at a glove wearing position with the disposable glove 10 seated in the first glove seating groove 210a, the glove cover body 220 is lowered to allow the glove seating body 210 to be seated. It is seated on the phase.

In addition, the air injector 260 is positioned between the glove seating body 210 and the glove cover body 220, the air nozzle 261, and then sprays air from the air nozzle 261, the first glove seating groove Disposable gloves 10 are inflated within 210a and the second glove seating groove 220a.

When the disposable glove 10 is inflated and brought into close contact with the first glove seating groove 210a and the second glove seating groove 220a, the vacuum generator 250 operates to operate the plurality of first glove inlets and the plurality of second glove inlets. Through the lower surface and the upper surface of the disposable glove 10 is inflated, respectively, it is adsorbed to the inner surface and the second glove seating groove portion 220a of the first glove seating groove 210a.

In addition, the inlet of the disposable glove 10 is opened by rotating the second seating body member 212 and the second cover body member 222 with the first rotating device 213 and the second rotating device 223, respectively. At the same time, the gloves seating body 210 is lowered by the first elevating unit 230 for wearing gloves and the second elevating unit 240 for wearing gloves, and the gloves cover body unit 220 is lifted and disposable gloves 10 are lifted. To inflate as much as possible.

The air nozzle 261 is sprayed with air into the disposable glove 10 to fully inflate the disposable glove 10, and then is lowered by the nozzle raising and lowering part 262 to be positioned at the lower side of the first hand inlet 110.

At this time, the hand input notification unit 520 operates to notify the wearer to put the hand into the first hand opening 110, and the wearer expands the hand through the first hand opening 110 and the disposable glove 10. Will be inserted into

When the wearer inserts his hand into the inflated disposable glove 10 and releases his foot from the footswitch 510 that is stepped on, the inflated disposable glove 10 is stopped while the operation of the vacuum generator 250 is stopped. Close to the wear is complete.

Figure 6 is a schematic diagram showing an example of the use of the glove separation unit 600 in one embodiment of the disposable gloves detachment apparatus according to the present invention, referring to Figure 6 the glove separation unit 600 is a second hand opening 120 It is positioned to be rotated inwardly of the casing body portion 100 by the hinge portion 610 in the inner side of the casing body portion 100 in the outward direction of the casing body portion 100 is positioned so as to limit the rotation. .

The second hand inlet 120 is formed in a circular hole, the glove separation unit 600 is located in a plurality of spaced apart in the circumferential direction of the second hand inlet 120 to face the center of the second hand inlet 120 It is formed to a length that can be rotated inward to catch the hand that is placed and put.

At the end of the glove separation unit 600 is a ring bent to face the inner side of the casing body portion (100).

In addition, the hinge part 610 returns the glove separating part 600 to its original position, that is, one end side connected to the hinge part 610 to a position where a part is in close contact with the inner surface of the casing body part 100. A spring is provided.

Although not shown, the return spring is mounted on the hinge shaft and may be variously modified and implemented by using a known spring structure for repositioning the rotating object.

When the hand wearing the disposable glove 10 is inserted into the second hand input hole 120, the plurality of gloves separating parts 600 are pushed by the input hand and rotated to the inside of the casing body part 100 and positioned at the end side. The hook is naturally caught by the inlet of the disposable glove 10 located on the wrist side.

When the wearer removes his or her hand from the second hand inlet 120 while the hook of the glove separation unit 600 is caught at the inlet of the disposable glove 10, the disposable glove 10 is naturally separated from the wearer's hand.

The present invention, the user can easily wear and take off the disposable glove 10, such as surgical gloves to improve the convenience in using the disposable glove 10, the time required to wear and take off the disposable glove 10 Can be greatly shortened.

According to the present invention, the user can wear and take off the disposable gloves 10 such as surgical gloves to prevent the infection from occurring on the surface, so that they can be safely used without fear of infection, and in particular, the surgical gloves are safe without external infection. It can be easily worn, greatly reducing the risk of infection caused by wearing surgical gloves during surgery.

In addition, the present invention can be easily worn and taken off the surgeon glove alone without the help of assistant personnel, it is possible to reduce the cost and time according to the manpower requirements.

The present invention is not limited to the above-described embodiments, but can be modified and practiced in various ways without departing from the spirit of the present invention, which is understood to be included in the configuration of the present invention.

10: disposable gloves 100: casing body portion
110: first hand opening 120: second hand opening
200: wearing gloves 210: glove seating body
210a: first glove seating groove 211: first seating body member
212: second seating body member 213: first rotating device
220: armor cover body portion 220a: second glove seating groove
221: first cover body member 222: second cover body member
223: second rotary device 230: first lifting unit for wearing gloves
240: second raising and lowering portion for wearing gloves 250: vacuum generator
260: air injector 261: air nozzle
261a: nozzle body 261b: moving nozzle body
262: nozzle raising and lowering portion 300: armored cartridge portion
310: bottom plate member 320: lifting portion for pulling out gloves
400: gloves transfer unit 410: gloves suction member
420: lifting device for conveying gloves
430: first gloves linear actuator
440: Actuator for linear movement of the second glove
500: operation control unit 510: foot switch unit
520: Hand input notification unit 600: Glove separation unit
610: hinge part

Claims (8)

A casing main body having a first hand opening for inserting a hand for wearing disposable gloves and a second hand opening for inserting a hand wearing disposable gloves;
A glove wearing part positioned in the casing body part to open an inlet of the disposable glove so that a user's hand can be inserted;
A glove cartridge part positioned in the casing body part and in which a plurality of disposable gloves are stacked and positioned;
A glove transfer unit which catches one of the disposable gloves stacked on the glove cartridge unit and transfers it to the glove wearing unit;
An operation control unit controlling an operation of the glove wearing unit and the glove transferring unit; And
And a glove separating part positioned to protrude inwardly of the second hand-entry opening and having a ring that can be caught by an inlet of a disposable glove worn on an end side,
The glove wearing unit,
A glove seating body part formed on the upper surface to correspond to the shape of the disposable glove and having a first glove seating groove in which the disposable glove is seated;
A second glove seating groove is formed on the lower surface corresponding to the first glove seating groove portion, and includes a glove cover body portion covering a disposable glove seated on the glove seating body portion.
The glove seating body portion is raised and lowered by the first elevating portion for wearing gloves, the glove cover body portion is elevated by the second elevating portion for wearing gloves,
The first glove seating groove is formed in an open form toward one end of the glove seating body portion facing the inlet side of the disposable glove,
The second glove seating groove is formed in an open form toward one end of the glove seating body portion facing the inlet side of the disposable glove,
The first glove seating groove and the second glove seating groove are each provided with a plurality of first gloves inlet and a plurality of second gloves inlet,
The glove wearing part further includes a vacuum generator connected to the first glove suction port and the second glove suction port by a vacuum hose to generate a suction force.
The glove seating body portion,
A first seating body member;
A second seating body member rotatably coupled to the first seating body member; And
It includes a first rotary device for rotating the second seating body member,
The glove cover body portion,
A first cover body member;
A second cover body member rotatably coupled to the first cover body member; And
Disposable gloves detachable device comprising a second rotary device for rotating the second cover body member.
The method according to claim 1,
The glove cartridge unit is located inside the bottom plate member is laminated a plurality of disposable gloves,
Disposable gloves detachable device, characterized in that the bottom plate member is raised and lowered by the lifting unit for pulling out gloves.
The method according to claim 1,
The glove transfer unit,
A glove suction member having an inlet for suctioning air on a lower surface thereof to suck disposable gloves stacked in the glove cartridge part on the lower surface with suction force;
Lifting device for transporting gloves to move the gloves suction member up, down;
A first glove linear movement actuator for moving the glove suction member and the glove transportation lifting device from the glove cartridge part to the glove wearing part; And
Disposable gloves detachable device comprising a second glove linear movement actuator for moving the glove wearing portion to the seating position of the disposable glove.
delete The method according to claim 1,
The glove wearing unit further comprises an air injector for injecting air to the inlet of the disposable glove between the glove seating body portion and the glove cover body portion.
The method according to claim 5,
The air injector,
An air nozzle for injecting air into the inlet of the disposable glove; And
It includes a nozzle lifting unit for raising and lowering the air nozzle,
The air nozzle,
A nozzle body lifted by the nozzle lifter; And
Disposable gloves detachable device, characterized in that it comprises a moving nozzle body which is positioned to be movable before, after the nozzle body can be inserted into the inlet side of the disposable glove.
The method according to claim 1,
The operation control unit,
A foot switch unit positioned outside the casing main unit to apply an operation of the glove wearing unit and the glove transferring unit; And
Disposable gloves detachable device, characterized in that it comprises a hand input notification unit for notifying the time to insert the user's hand into the first hand opening to insert into the disposable gloves opened by the glove wearing unit.
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