KR200408079Y1 - Bagging machine for clothes - Google Patents

Abstract

The present invention further includes a packaging film guide for guiding the progress of the packaging film used for packaging in the garment packaging machine, separating the outside and the back side of the packaging film, and a hanger taking-out device for hanging and removing the hanger on the packaging film guide. Relates to a garment packing machine.

Garment Packing Machine, Packing, Top, Shirt, Film, Vinyl, Wrapping Film, Wrapping Vinyl, Face, Back Side, Separation, Guide, Tub Film, M Film, Hanger, Dispenser, Automatic Mounting and Ejection

Description

Garment Packing Machine {Bagging machine for clothes}

1 is an exemplary view showing an embodiment of a garment packing machine according to the present invention.

Figure 2 and Figure 3 is a perspective view of the extract packaging film guide in the garment packaging machine according to the present invention.

4a and 4b is an exemplary view showing an example of the use of the packaging film guide in the garment packaging machine according to the present invention.

Figures 5a to 5c is a detailed view and a side view showing the extracting the hanger take-out device in the clothes packing machine according to the present invention.

6a to 6c is a detailed view, a bottom view and a side view showing another embodiment of the hanger take-out device in a garment packing machine according to the present invention.

Explanation of symbols on the main parts of the drawings

1: garment packing machine 2: support stand

3: body 4: packaging film

5: guide roller 6, 7: horizontal support

8: presser 9: cutter

10: tensioning means

100: packaging film guide

21: support member 22: expansion wheel

23: hanger 24: guide plate

25: film guide 26: vertical support member

27: bracket 28, 29: shaft

30,31,32,33: Upper wheel 34: Block

35, 36: lower wheel 37: leaf spring

38, 39: support roller

200, 201, 300: coat hanger

51, 73, 74: before and after extension means 52, 56, 59: hinge

53: tip 54: holding member

55: 75, 76: vertical stretching means 57, 59: rod

58: fork 60: joint

70: rotation drive means 71: rod shaft

72: turntable

The present invention further includes a packaging film guide for guiding the progress of the packaging film used for packaging in the garment packaging machine, separating the outside and the back side of the packaging film, and a hanger taking-out device for hanging and removing the hanger on the packaging film guide. Relates to a garment packing machine.

In general, garments such as shirts or tops are packaged and marketed in a variety of designs.

Many types of packing machines for packing clothes as described above have already been proposed. For example, the clothes packing machine as described above operates an operation unit provided with a clip, and the lower side of the clothes hanging on the hanger. When the clothes are covered with a hanger and covered with a wrapping film, the heater and the cutter of the eight-shape shape are simultaneously applied so that the film cover can be bonded and thermally cut along the shoulder shape while being aligned with the shoulder shape of the hanger. It is provided with.

Therefore, the clothes to be transported in the state hanged on the hanger is covered with a wrapping film and then packaged separately to prevent foreign matter or dust from getting on the new clothes.

The packaging film used in the above-mentioned garment packaging machine is produced in the form of a tube, wound and supplied in the form of a roll, and the roll film packaging film is used by mounting the garment packaging machine.

However, the packaging film has a tendency to stick to the outside and the back side, and especially tends to stick to other objects due to the static electricity, so it does not move easily, and the packaging film is so thin that notches or edges that are not very sharp There was a closed end where the packaging film was easily torn when present in the packaging film's path.

That is, there was a serious problem that the packaging is not made smoothly at the stage of packaging the final finished clothing product, there was a need to repackaging by hand.

On the other hand, when the packaging film is guided by several guide rollers to force the face and back to separate, the packaging film is separated from the face and the back when the clothing is packaged at a high speed. A crying lung occurred.

On the other hand, while the clothes are hanged on the hangers, the clothes hanger is hanged on the clothes packing machine, and when the packing is completed, a simple repetitive operation is performed by hand.

A simple repetitive take-out operation of hanging and removing such a hanger makes a worker tired easily, and there is a problem in that productivity is reduced in places where a large amount of clothes are processed, such as a large laundry or a clothing manufacturer.

The present invention is to provide a garment packing machine that can solve the above problems.

The present invention is to separate the packaging film into the outer surface and the back of the packaging film movement path, in particular, packaging film guide, and the packaging film guide to expand by opening the packaging film folded in the M shape on the left and right sides The purpose is to provide a clothes packing machine equipped with.

Another object of the present invention is to provide a clothes packing machine equipped with a hanger taking-out device for automatically mounting and taking out a clothes hanger to a clothes packing machine.

Still another object of the present invention is to provide a clothes packing machine for further improving efficiency by allowing the clothes hanger to be taken out and mounted at the same time.

In order to achieve the above object, the first embodiment of the present invention provides a packaging film guided by a plurality of guide rollers and support rollers, and spreads the packaging film to cover the top of the packaging film by covering the clothing, and In the garment packaging machine to cut the joint,

A support member elongated in the longitudinal direction of the support roller; A hanger that is mounted in the middle of the support member to hang the hanger; Expansion wheels mounted on both sides of the support member; A bracket which is mounted to both sides of the support member in a vertical direction and is formed to have a width that does not deviate from the width of the expansion wheel at all times; A plurality of upper wheels mounted on the bracket with a pair of shafts having different lengths, and a plurality of upper wheels mounted on both ends of the pair of shafts to be displaced from each other in a plan view and overlapping in a side view; A block mounted on a bottom surface of the bracket and mounted on a lateral side thereof such that a pair of lower wheels are offset from each other when viewed in a plan view; And a packing film guide including a leaf spring mounted on the bottom of the block and hanging down in front and rear, and a guide roller mounted in a mandrel inside the main body of the clothes packing machine, the guide roller being in contact with the expansion wheel of the packing film guide. Provide the packing machine.

The first configuration example for effectively realizing the object of the first embodiment, the support member of the packaging film guide, the elastic guide plate in the middle is integrally mounted to be inclined outwardly, and a hanger on the inner end of the guide plate It is effective that the hinge is combined.

In a second configuration example for effectively implementing the object of the first embodiment, the leaf spring of the packaging film guide, it is effective that the edge of the material having a low coefficient of friction on the edge.

A third configuration example for effectively implementing the object of the first embodiment, the rear end is hinged to the bottom of the horizontal support and the fork is integrally formed on the rod before and after moving the fork forward and backward in the direction of the hanger of the film packaging guide Stretching means; And the bottom of the horizontal support is inverted hinge is coupled, the rod is stretched up and down stretch extension means hinged to the front and rear end of the stretching means; the hanger take-out device consisting of effective.

A fourth configuration example for effectively implementing the object of the first embodiment, the front and rear stretching means, the fixing member is integrally formed on the bottom of the horizontal support, the rear end is hinged to the lower end of the fixing member, It is effective that the upper and lower stretch means is hinged to the bottom of the horizontal support of the upper end.

A fifth configuration example for effectively realizing the object of the first embodiment, the rotary drive means inverted mounted on one side of the horizontal support; A rotating plate mounted to the rod shaft of the rotary driving means; A plurality of front and rear expansion and contraction means mounted on a bottom surface of the rotating plate, the rear end being hinged by being arranged in a radial direction about the rod axis of the rotary driving means, and having a fork integrally formed on the rod to move the fork forward and backward; And hanger take-out device consisting of a hinge coupled to the bottom surface of the rotating plate, a plurality of upper and lower extension means for the hinge is coupled to the front end of the plurality of front and rear expansion and contraction means, respectively.

Hereinafter, the present invention configured as described above will be described in detail.

1 is an exemplary view showing an embodiment of a garment packaging machine according to the present invention, Figures 2 and 3 is a perspective view showing an extract of the packaging film guide in the garment packaging machine according to the present invention, Figures 4a and 4b Figure 5a to 5c is an exemplary view showing an example of the use of the packaging film guide in the garment packaging machine according to the invention, and a detailed view and a side view showing an extracting the hanger take-out device in the garment packaging machine according to the present invention, Figures 6a to 6c Detail, bottom and side views showing another embodiment of the hanger take-out device in the garment packing machine according to the present invention.

1 is an exemplary view showing a garment packaging machine 1, the main body 3 is mounted on the support 2 as shown, the roll film packaging film 4 in the form of a roll on one side of the support 2 A mandrel is mounted, and a plurality of guide rollers 5 and support rollers 38 and 39 are mounted on a mandrel in the upper part of the mandrel, and a hanger take-off device 200 and 300 is provided on the upper side of the body 3 in front of the mandrel. ) Is mounted, and the support (2) is mounted with a tension means (10) for driving the packaging film 4 by driving in the vertical direction.

The front surface of the main body 3 is equipped with a cushioning stand and a cutter 9 coming in and out, and the upper side of the main body 3 is equipped with a mandrel 8 is a mandrel is angular movement, The presser 8 is in close contact with the buffer stand when it moves toward the front side of the main body 3.

In addition, the horizontal support (6) (7) is integrally formed on the front upper side of the main body (3) described above, and the hanger take-off device (200) (300) is attached to the horizontal support (7).

In addition, the support roller 38 and the other support rollers 39 are mandrel-mounted in a state in which the support rollers 38 and the other support rollers 39 are separated from each other in a pair, and are wrapped in the middle of the support rollers 38 and the other support rollers 39. The film guide 100 is mounted, and the hanger is suspended on the packaging film guide 100.

The packaging film roll 4 described above is packaged in the form of a tube, which is wound in a roll form, and is divided into an outer surface 4a and a rear surface 4b. In the M film, the side surface 4c is further formed. Is formed.

The above-mentioned cutter 9 is moved in and out by the internal drive device of the main body 3, and the drive of this cutter 9 uses a well-known technique, and detailed description is abbreviate | omitted.

The tension means 10 is to operate the clamp by a drive means such as a solenoid, the clamp is driven to move up and down by the lifting and lowering drive means that the packaging film (4) in the state in which the packaging film (4) is opened To catch the lower end of 4) to repeat the process of pulling down the clothes completely wrapped, this tension means 10 is a well-known technique to use a detailed description thereof will be omitted.

The configuration of the packaging film guide 100 according to the present invention will be described in detail with reference to FIGS. 2 and 3.

As shown, the support member 21 is formed long in the longitudinal direction of the support rollers 38, 39, mandrel the expansion wheel 22 on both sides of the support member 21, the expansion wheel 22 The film guide 25 is mounted on one side of the packaging film 4 so that the packaging film 4 moves smoothly without being stuck.

In the middle of the above-described support member 21, the hanger 23 is hinged and mounted to hang the clothes hanger, and the guide plate 24 rich in elasticity to the support member 21 for smooth movement of the packaging film 4. It is preferable to mount integrally inclined outward, and hinge-mount the hanger 23 on the inside of the guide plate 24.

Vertical support members 26 are mounted on both sides of the support member 21 in the vertical direction, and brackets 27 are mounted on the lower ends of the vertical support members 26. It has a width that does not deviate from the width of the expansion wheel 22 described above.

A pair of shafts 28 and 29 having different lengths are mounted on the brackets 27 and the upper wheels 30 and 31 are respectively provided at both ends of the pair of shafts 28 and 29 described above. 32 and 33 are mandrel mounted, and the upper wheels 30 and 31 mandrel mounted on one shaft 28 and the upper wheels 32 and 33 mandrel mounted on the other shaft 29 are in plan view. They are shifted from each other when viewed and overlapped and mounted when viewed from the side.

A block 34 is mounted to the lower side of the above-described bracket 27, and lower wheels 35 and 36 are mandrel-mounted on both sides of the lower end of the block 34 so as to be shifted from each other in a plan view. The bottom surface of the leaf spring 37 is mounted to hang in front and rear.

The above-described leaf spring 37 is preferably processed so that the surface and the edge is smooth and notched, and it is preferable to further form the edge 37a so as not to be torn by frictional heat while the packaging film 4 moves at high speed.

The above-mentioned edge 37a is preferably a material having a very low coefficient of friction on the surface, for example, there is a tape provided with fiber inside the film.

The above-mentioned packaging film guide 100 is mounted in an idle state between the above-described support roller 38 and the other support roller 39, and an expansion wheel 22 and one side of the inner wall of the main body 3. The guide roller 22a which abuts and makes a cloud contact is mounted with a mandrel.

The pair of support rollers 38 and 39 correspond to the block 34 of the packaging film guide 100 described above, and the support rollers 39 different from the support rollers 38 in front and rear of the block 34. The upper wheels 30, 31, 32, 33, which are mandrel mounted on the bracket 27, are in contact with the upper side of the support rollers 38, 39, and make contact with the lower wheels. 35 and 36 are in contact with the bottom of the support rollers 38 and 39 to make a cloud contact.

Therefore, the packaging film guide 100 is mounted to the support rollers 38 and 39 in an idle state, but the movement of the packaging film guide is arbitrarily limited to either of the left and right by the guide roller 22a mounted on the main body 3. In addition, it does not separate randomly up and down.

The packaging film guide 100 described above separates the packaging film 4 entering and moving as shown in FIGS. 4A and 4B into an outer surface 4a and a rear surface 4b.

In particular, the M film is folded in an M shape to form a side (4c) is to be able to cover a larger garment when the folded side (4c) is expanded.

As described above, the packaging film guide 100 is mandrel-mounted to the pair of support rollers 38 and 39, and the packaging film 4 is completely covered with the packaging film guide 100. It passes between the support rollers 38 and 39.

As the packaging film 4 moves, the outer surface 4a and the rear surface 4b are naturally separated by the expansion wheel 22, and the side surface 4c is extended and developed outward, and the leaf spring 37 mounted on the lower side is provided. It is to maintain the state opened by.

In the state where the clothes hanger hangs on the hanger 23, the wrapping film 4 is pulled down by the tension means 10, and the clothes are completely wrapped.

Although not shown in detail, the press table 8 is driven by the drive of the internal body of the main body 3 afterwards, and then the outer surface 4a and the rear surface 4b of the packaging film 4 are attached and heated by a heating device. The distance is to cut the packaging film 4 by the cutter 9.

As described above, the hanging of the clothes hanger on the hanger 23 is performed by the clothes rack taking-out device 200 and 300.

A first embodiment of the clothes rack taking-off device 200 and 300 will be described with reference to FIGS. 5A to 5C.

As shown in FIGS. 5A and 5B, the front and rear stretching means 51 is hinged to the bottom of the horizontal support 7, and the rod 57 of the front and rear stretching means 51 described above toward the main body 3. Equipped with the fork 58 to move forward and backward, hinged up and down the expansion and contraction means 55 on one side of the bottom of the horizontal support (7), the rod 59 of the up and down expansion and contraction means 55 before and after The tip 53 of the expansion and contraction means 51 is hinged.

As described above, the front and rear expansion and contraction means 51, as shown in Figure 5b is formed with a separate fixing member 54 integrally on the horizontal support (6) 7 as the rear end, the lower and front and rear of the fixing member 54 The rear end of the expansion and contraction means 51 is coupled to the hinge 52, and the vertical expansion and contraction means 55 is provided with a material joint 60 at the end of the rod 59, and before and after the material joint 60 described above. It can be fixed integrally to the distal end portion 53 of the stretching means (51).

The above-mentioned front and rear expansion and contraction means 51 and the vertical expansion and contraction means 55 is such that the expansion and contraction is made quickly, it is preferable that the actuator driven by the air pressure.

In addition, the hanger take-out device 201 is hinged to the front and rear stretching means 51 by forming the hinge 52 directly without forming a separate fixing member 54 on the horizontal support (7) as shown in FIG. And hinge the lower end of the vertical stretching means 55 directly to the horizontal support 7 so that the end of the rod 59 can be hinged to the tip of the front and rear stretching means 51 described above. Do.

The operation of the above-described clothes hanger take-off device 200, 201 will be described with reference to FIG. 5B.

The front and rear elongation and stretching means 51 and the upper and lower elongation and stretching means 55 respectively hang the clothes hangers on the fork 58 while the rods 57 and 59 are stretched and stretched. The rod 57 is extended by the driving of), and the fork 58 is advanced by the rod 57 that is extended.

When the fork 58 reaches the upper side of the hanger 23, the vertical stretching means 55 is driven so that the fork 58 is lowered and the hanger caught by the fork 58 hangs on the hanger 23.

In the fork 58, the front and rear extension and stretching means 51 are stretched and driven in a state where the clothes hanger is passed to the hanger 23, and the upper and lower extension and stretch means 55 are stretched and driven to return to the initial state with a predetermined time difference.

When the hanger is removed from the hanger 23, the hanger is operated in the reverse order to the hanger to the hanger 23.

That is, when the up-and-down stretching and stretching means 55 is first driven to stretch, and then the front and rear stretching and stretching means 51 is stretched and driven, and the fork 58 reaches the bottom of the hanger 23, the up and down stretching and stretching means 55 is After stretching and stretching, the stretching unit 51 before and after stretching and stretching is to take out the hanger from the hanger 23, the clothes hanger thus removed is a state in which the wrapping on the clothing.

Figures 6a to 6c is another second embodiment of the hanger take-out apparatus 300 according to the present invention.

As shown, the inverted mounting of the rotary drive means (70) on the horizontal support (6) (7), the rotating shaft (72) is mounted on the rod shaft 71 of the rotary drive means 70, The bottom is equipped with a plurality of front and rear stretching means 73, 74 and vertical stretching means 75, 76.

As described above, the front and rear stretching and stretching means 73 and 74 and the vertical stretching and contracting means 75 and 76 are shown in FIG. 6B in the direction of radiation from the center of the rod shaft 71 when viewed from the top or the bottom. One of the front and rear stretching means 73 and the other front and rear stretching means 74 form a predetermined angle, and the aforementioned front and rear stretching means 73 and 74 and the vertical stretching means When the means 75 and 76 are stretched or stretched, they are always driven toward the hanger 23 or toward a guide rail (not shown).

In more detail, the above-described guide rails can automatically move clothes by an automated facility, and the clothes thus moved are moved along the guide rails while being caught on hangers, and the above-described guide rails are clothes packing machines. Pass (1).

In other words, the clothes are put into one side of the clothes packing machine 1, and in the other side of the clothes packing machine 1, the clothes which have been packaged are pushed out. This automation line uses a known technique to guide rails and moving means. Detailed description thereof will be omitted.

As described above, the rotating plate 72 is provided with a plurality of front and rear stretching means 73, 74 and vertical stretching means 75, 76, and when viewed from the side as shown in Figure 6c, the rod shaft The rear and rear of the expansion and contraction means (73, 74) before and after the spaced apart from the 71 is hinged, and the vertical expansion and contraction means (75, 76) are inverted mounted on the edge of the rotating plate (72), The rods 79 of the means 75 and 76 are connected to the distal end portion 53 of the above-mentioned front and rear extension means 73 and 74 by a material joint 60, and the front and rear extension means 73 and 74. The rod 57 of the fork 58 is mounted.

The operation of the hanger take-out apparatus 300 described above will be described with reference to FIGS. 6B and 6C.

In the initial state, the front and rear extension and stretching means 73 and 74 and the vertical extension and stretch means 75 and 76 are kept in a stretched state, and the front and rear extension and stretch are positioned on the right side when viewed from the plane of the rod shaft 71 in the plane. The means 73 faces the hanger 23, and the longitudinal stretching means 74 located on the left side faces the guide rail (not shown).

In accordance with the start of operation, the longitudinal stretching means 73, 74 and the upper and lower stretching means 75, 76 are driven to extend. As an example, the longitudinal stretching means 73 positioned on the right side has completed packing. The clothes are taken out and moved to the guide rail on the discharge side, and the front and rear stretching means 74 located on the left side is to move the clothes from the guide rail to the hanger 23 of the clothes packing machine.

The above-mentioned front and rear extension means 73 is extended and driven, and the upper and lower extension means 75 are extended and driven, and the fork 58 is positioned below the hanger 23, and the upper and lower extension means 75 is expanded and driven. The hanger hooked to the hanger 23 is lifted by the fork 58, and then the front and rear stretching means 73 is stretched to draw the hanger.

On the other hand, the front and rear extension means 74, which are located on the left side, extend and drive up and down and the extension means 76 extend and drive, and the fork 58 is located below the hanger that enters the guide rail. 76 is stretched and driven to hang the hanger hanging on the guide rail to the fork 58, after which the front and rear extension means 74 is stretched to lift the hanger.

As described above, in the state of simultaneously lifting the clothes to be packaged and the clothes to be packaged, the rotary driving means 70 is driven to rotate the rotating plate 72 at a predetermined angle so that the front and rear stretching means 73 positioned on the right side is The front and rear expansion and contraction means 74 located on the left side toward the exit side of the guide rail is toward the hanger 23.

The front and rear extension and stretching means 73 located on the right side is extended and driven, and when the fork 58 reaches the guide rail on the exit side, the upper and upper extension means 75 is extended to drive the hanger on the exit side guide rail, Thereafter, the front and rear extension and stretching means 73 stretch and drive, and the vertical extension and stretch means 75 are stretch and drive at a predetermined time difference to return to the initial state.

On the other hand, the front and rear extension and stretching means 74 located on the left side is extended and driven, and when the fork 58 reaches the upper side of the hanger 23, the up and down extension and stretching means 76 is driven to hang the hanger caught on the fork 58. Is placed on the hanger 23, and the front and rear extension and stretching means 74 are stretched and driven, and the upper and lower extension and stretch means 76 are stretched and driven by a predetermined time difference to return to the initial state.

As described above, when the plurality of front and rear stretching means 73, 74 and the vertical stretching means 75, 76 return to the initial state, the rotation driving means 70 is driven in reverse rotation to reverse the rotating plate 72. Rotate to return to the original state.

That is, as described above, the rotary drive means 70, the plurality of front and rear stretching means 73, 74 and the vertical stretching means 75, 76 are driven by a predetermined time difference, so that the garment packaging automation line The clothes hangers installed on the hangers are automatically moved one by one to be mounted on the clothes packing machine, and the finished clothes are moved to the guide rails which automatically advance.

Although the present invention has been described in detail only with respect to the specific examples described, it will be apparent to those skilled in the art that various changes and modifications are possible within the technical scope of the present invention, and such modifications and modifications belong to the appended utility model registration claims. .

The garment packaging machine according to the present invention can be smoothly opened regardless of whether it is a cylindrical packaging film or an M-shaped packaging film by a packaging film guide, and in particular, it is widely spread by a leaf spring to smoothly spread the packaging film on clothing. It can be covered.

On the other hand, the clothes hanger can be automatically attached to the clothes packing machine by the hanger take-off device, and the finished clothes can be taken out automatically. Clothing packaging is possible.

In addition, clothes can be automatically installed and removed from the clothes packing machine, which can be installed on an automated line to package clothes more quickly and safely.

Claims (6)

In the clothes packing machine for guiding the packaging film by a plurality of guide rollers and supporting rollers and spreading the wrapping film on the garment to adhere the top of the packaging film, and cutting the junction of the packaging film by the cutter, A support member elongated in the longitudinal direction of the support roller; A hanger that is mounted in the middle of the support member to hang the hanger; Expansion wheels mounted on both sides of the support member; A bracket which is mounted to both sides of the support member in a vertical direction and is formed to have a width not to deviate from the width of the expansion wheel at all times; A plurality of upper wheels mounted on the bracket with a pair of shafts having different lengths, and a plurality of upper wheels mounted on both ends of the pair of shafts to be displaced from each other in a plan view and overlapping in a side view; A block mounted on a bottom surface of the bracket and mounted on both sides thereof with a pair of lower wheels to be offset from each other in plan view; And packaging film guide consisting of a leaf spring mounted on the bottom surface of the block hanging down in front and rear, Garment packaging machine including a guide roller is mounted on the inside of the main body of the garment packaging machine in contact with the expansion wheel of the packaging film guide in contact with the cloud. The method of claim 1, The support member of the packaging film guide, the clothes packing machine, characterized in that the elastic guide plate in the middle is integrally mounted to the outside, the hanger is hinged to the inner end of the guide plate. The method of claim 1, The leaf spring of the packaging film guide, the clothing wrapping machine, characterized in that the edge of the material with a low friction coefficient. The method of claim 1, The garment packaging machine, A rear end hinge coupled to the bottom of the horizontal support, and a fork integrally formed on the rod to move the fork forward and backward in the direction of the hanger of the film wrapping guide; And The bottom of the horizontal support is inverted and hinged, the rod further comprises a clothes hanger take-out device consisting of; up and down stretch stretching means hinged to the front end of the front and rear stretching means. The method of claim 4, wherein The front and rear stretching means, the fixing member is integrally formed on the bottom of the horizontal support, the rear end is hinged to the lower end of the fixing member, The upper and lower stretch stretching means is a garment packing machine comprising a hinge coupled to the bottom of the horizontal support of the upper end The method of claim 1, The garment packaging machine, Rotary drive means inverted mounted on one side of the horizontal support; A rotating plate mounted to the rod shaft of the rotary driving means; A plurality of front and rear expansion and contraction means mounted on a bottom surface of the rotating plate, the rear end being hinged by being arranged in a radial direction about the rod axis of the rotary driving means, and having a fork integrally formed on the rod to move the fork forward and backward; And The clothes wrapping machine further comprises a hanger take-out device comprising a hinge coupled to the bottom surface of the rotating plate, the rod is a plurality of vertical stretching means each hinged to the front end of the plurality of front and rear stretching means.

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