Apparatus, method and system for automatic packaging of garments

Abstract

The application provides a kind of automatic clothing packaging equipment, comprising, machine cover, rack, the rack is equipped with a plurality of folding device, multi-section conveying device, clothing shoveling device, bag sealing device, bag placing device, bag pressing device, clothing blocking device, bag supporting device, control operation device.The application provides a kind of automatic clothing packaging equipment, method and system, so that most of the clothing can be automatically packaged by machine, and can improve efficiency, reduce labor costs, packaging is beautiful, convenient for sale, etc.

Description

TECHNICAL FIELD

[0001] The present application relates to the packaging technical field, especially to a clothes automatic packaging device, method and system. BACKGROUND

[0002] With the development of science and technology, in recent years, the clothing industry in China has a great development. In the clothing industry, the clothes usually need to be packaged (folded, bagged, sealed). Generally, the clothing industry basically adopts manual packaging one by one, which will cause low work efficiency, and the clothes folded by different people will inevitably be different, so that the appearance of the packaged clothes is not beautiful, and the manual labor intensity is high, which brings a lot of inconvenience to production, and increases the cost expenditure. Therefore, there is an urgent need for a clothes automatic packaging device in the market. SUMMARY

[0003] To solve the above problems, the present application provides a clothes automatic packaging device, method and system, which aims to make most of the clothes complete the automatic packaging work by the machine, and improve the efficiency, reduce the labor cost, and make the packaging beautiful.

[0004] The present application provides a clothes automatic packaging device, which comprises a machine cover and a machine frame. The machine frame is provided with a plurality of folding devices, a plurality of conveying devices, a clothes shoveling device, a bag sealing device, a bag placing device, a bag pressing device, a clothes blocking device, a bag supporting device, and a control running device.

[0005] Further, the plurality of folding devices comprises a first folding device, a second folding device, and a third folding device.

[0006] The first folding device comprises a left turning plate mechanism, a right turning plate mechanism, a plurality of cylinder mechanisms, an adjusting screw mechanism, a hand wheel mechanism, a plurality of bearing mechanisms, a plurality of guide rod mechanisms, a connecting rod mechanism, and a plurality of guide rail mechanisms. The left turning plate mechanism and the right turning plate mechanism are respectively arranged on both sides of the conveying line of the conveying device. The cylinder mechanisms are arranged below the left turning plate mechanism and the right turning plate mechanism, and are used to drive the left turning plate mechanism and the right turning plate mechanism to turn over to both sides of the first conveying line. The guide rod mechanisms are arranged between the left turning plate mechanism and the right turning plate mechanism. The guide rail mechanisms are linked between the bottom of the left turning plate mechanism and the right turning plate mechanism and the machine frame. The adjusting screw mechanism is arranged at the bottom of the left turning plate mechanism and the right turning plate mechanism. The hand wheel mechanism and the bearing mechanisms are arranged on the adjusting screw mechanism. The adjusting screw mechanism is rotated through the bearing mechanisms. The adjusting screw mechanism adjusts the distance between the turning plates and the width of the first folding device of the clothes. The left turning plate mechanism and the right turning plate mechanism are driven by the plurality of cylinder mechanisms, the connecting rod mechanism, and the guide rod mechanisms to complete the folding of the first folding device.

[0007] The two-fold device comprises a counterweight plate mechanism, a rotating shaft mechanism, a bearing mechanism, a connecting rod mechanism, a cylinder mechanism, and a two-fold turning plate mechanism. The two-fold turning plate mechanism is connected to the counterweight plate mechanism, the connecting rod mechanism, the bearing mechanism, and the cylinder mechanism by the rotating shaft mechanism. The two-fold device is installed in the same plane as the one-fold device and the one-stage conveying device. The two-fold device drives the connecting rod mechanism by the cylinder mechanism, and turns the garment upward around the rotating shaft mechanism to complete at least one fold.

[0008] The three-fold device comprises a counterweight plate mechanism, a rotating shaft mechanism, a bearing mechanism, a connecting rod mechanism, a cylinder mechanism, and a two-fold turning plate mechanism. The two-fold turning plate mechanism is connected to the counterweight plate mechanism, the connecting rod mechanism, the bearing mechanism, and the cylinder mechanism by the rotating shaft mechanism. The two-fold device is installed in the same plane as the two-stage conveying device. The two-fold device drives the connecting rod mechanism by the cylinder mechanism, and turns the garment upward around the rotating shaft mechanism to complete at least one fold.

[0009] Further, the conveying device comprises a one-stage conveying device to a three-stage conveying device.

[0010] The one-stage conveying device is driven by the motor mechanism and the belt mechanism, and the rotating wheel mechanism to convey the garment forward. The distance of multiple stages is controlled by electric induction, and the garment is conveyed to the two-stage conveying device to stop.

[0011] The two-stage conveying device is driven by the motor mechanism and the belt mechanism, and the rotating wheel mechanism to convey the garment forward. The distance of multiple stages is controlled by electric induction, and the garment is conveyed to the three-stage conveying device.

[0012] The three-stage conveying device conveys the garment to the position of the garment shoveling device. The final conveying to the tail of the machine is controlled by electric induction.

[0013] Further, the garment shoveling device comprises an upper garment shoveling plate mechanism, at least two lower garment shoveling plate mechanisms, a motor mechanism, a cylinder mechanism, a rotating wheel mechanism, a guide rod mechanism, a rotating shaft mechanism, multiple guide rail mechanisms, and a hand wheel mechanism. The upper garment shoveling plate mechanism and the lower garment shoveling plate mechanisms are installed on the machine frame. The machine frame is controlled by the motor mechanism and the belt mechanism through the rotating shaft mechanism, and the guide rail mechanisms and the guide rod mechanism control the opening and closing of the upper and lower garment shoveling plate mechanisms and the upward and downward movement of the garment shoveling into the bag. The hand wheel mechanism in the garment shoveling device can adjust the depth, and the garment shoveling device can be disassembled and adjusted in size.

[0014] Further, the sealing and cutting module comprises a plurality of cylinder mechanisms, an upper cutting knife mechanism, a lower cutting knife mechanism, a sealing strip mechanism, and a plurality of guide rail mechanisms. The sealing bag module is driven by the cylinder mechanism to move the sealing strip mechanism up and down to heat and melt the plastic film bag, and the sealing bag module is simultaneously cut by the upper cutting knife mechanism and the lower cutting knife mechanism to cut the excess part of the bag opening to make the bag opening cut neat. The sealing and cutting position is adjusted by the photoelectric sensing control three-stage conveying module.

[0015] Further, the bag placing device comprises a bag placing plate mechanism, a bottom plate mechanism, an adjusting screw mechanism, a bearing mechanism, a plurality of guide rod mechanisms, a cylinder mechanism, a hand wheel mechanism, a bag pressing plate mechanism, and a limiting column. The bag placing device is controlled by the cylinder mechanism to adjust the width of the bag placing device by rotating the adjusting screw mechanism in cooperation with the guide rod mechanism. The cylinder mechanism is positioned and rises by the guide rod mechanism, and cooperates with the air blowing plate mechanism to press the bag opening. The air blowing plate mechanism cooperates with the bag opening device to open the bag.

[0016] Further, the bag pressing device comprises a plurality of guide rod mechanisms, a cylinder mechanism, an elastic mechanism, a guide rod limiting ring mechanism, a bearing mechanism, a rubber block mechanism, and a guide rod movable plate mechanism. The cylinder mechanism is arranged at the center position of the guide rod mechanism, and the guide rod mechanism is arranged on the side of the cylinder mechanism. The bearing mechanism is arranged below the guide rod mechanism, the guide rod limiting ring mechanism is arranged below the bearing mechanism, the elastic mechanism is arranged below the guide rod limiting ring mechanism, and the rubber block mechanism is arranged below the elastic mechanism. The bag pressing device is combined with the cylinder mechanism and the guide rod mechanism to press down and rise, so that the clothes shoveling device is pressed tightly by the four-stage conveying device, and the clothes shoveling device is easily returned.

[0017] Further, the clothes blocking device comprises a guide rail mechanism, a mounting plate mechanism, a plurality of cylinder mechanisms, a clothes pressing plate mechanism, a guide rod mechanism, a bearing mechanism, and a guide rod fixed seat mechanism. The cylinder mechanism is arranged at the bottom of the clothes pressing plate mechanism, the bearing mechanism is arranged on the side of the cylinder mechanism, and the guide rod mechanism is arranged on the cylinder mechanism. The mounting plate mechanism is arranged at the bottom of the guide rail mechanism. The clothes pressing device is driven by the cylinder mechanism to open, press down, and rise the clothes pressing plate mechanism, and the clothes pressing plate mechanism is fixed to the clothes to complete the folding by the three-fold device.

[0018] Further, the bag supporting device comprises a plurality of air cylinder mechanisms, a rotating shaft mechanism, a plurality of guide rail mechanisms, a bag opening pushing mechanism, a blowing plate mechanism, an adjusting screw mechanism, and a hand wheel mechanism. The air cylinder mechanism drives the bag opening pushing mechanism to rotate in opposite directions to open and close the bag. The blowing plate mechanism blows open the bag opening to facilitate the bag opening pushing mechanism to open the bag opening. The adjusting screw mechanism cooperates with the guide rail mechanism to adjust the width of the bag opening pushing mechanism.

[0019] Further, the control operation device is electrically connected to control the plurality of folding devices, the plurality of conveying devices, the clothing shoveling device, the bag sealing device, the bag placing device, the bag pressing device, the clothing blocking device, and the bag supporting device.

[0020] The present application provides a method for automatically packaging clothes, comprising,

[0021] Adjusting the folding size of the clothes;

[0022] Placing the clothes on the equipment;

[0023] Automatically folding the clothes by the equipment;

[0024] Conveying the clothes by the conveying device to the clothing pressing device;

[0025] Shoveling the clothes into the bag and sealing the bag;

[0026] Delivering to the tail of the machine to complete the operation.

[0027] The present application provides an automatic packaging and sealing system, comprising a machine cover and a machine frame, wherein the machine frame is provided with a plurality of folding modules, a plurality of conveying modules, a clothing shoveling module, a bag sealing module, a bag placing module, a bag pressing module, a clothing blocking module, a bag supporting module, and a control operation module.

[0028] The plurality of folding modules comprises a one-fold module, a two-fold module, and a three-fold module.

[0029] The one-fold module comprises a left turning plate mechanism, a right turning plate mechanism, a plurality of cylinder mechanisms, an adjusting screw mechanism, a hand wheel mechanism, a plurality of bearing mechanisms, a plurality of guide rod mechanisms, a connecting rod mechanism, and a plurality of guide rail mechanisms. The left turning plate mechanism and the right turning plate mechanism are respectively arranged on both sides of the conveying device conveying line. The cylinder mechanisms are arranged below the left turning plate mechanism and the right turning plate mechanism, and are used to drive the left turning plate mechanism and the right turning plate mechanism to turn over to both sides of the one-section conveying device conveying line. The guide rod mechanisms are arranged in the middle of the left turning plate mechanism and the right turning plate mechanism. The guide rail mechanisms are linked with the rack at the bottom of the left turning plate mechanism and the right turning plate mechanism. The adjusting screw mechanism is arranged at the bottom of the left turning plate mechanism and the right turning plate mechanism. The hand wheel mechanism and the bearing mechanism are arranged on the adjusting screw mechanism. The adjusting screw mechanism is rotated through the bearing mechanism. The adjusting screw mechanism adjusts the distance between the turning plates and the width of the one-fold device formed by the clothes. The left turning plate mechanism and the right turning plate mechanism are driven by the plurality of cylinder mechanisms, the connecting rod mechanism, and the guide rod mechanism to complete the folding of the one-fold module.

[0030] The two-fold module comprises a counterweight plate mechanism, a rotating shaft mechanism, a bearing mechanism, a connecting rod mechanism, a cylinder mechanism, and a two-fold turning plate mechanism. The two-fold turning plate mechanism is connected with the counterweight plate mechanism, the connecting rod mechanism, the bearing mechanism, and the cylinder mechanism through the rotating shaft mechanism. The two-fold module is installed in the same plane as the one-fold module and the one-section conveying module. The two-fold device drives the connecting rod mechanism through the cylinder mechanism, and turns the clothes upwards to complete at least one folding around the rotating shaft mechanism as the center.

[0031] The three-fold module comprises a counterweight plate mechanism, a rotating shaft mechanism, a bearing mechanism, a connecting rod mechanism, a cylinder mechanism, and a two-fold turning plate mechanism. The two-fold turning plate mechanism is connected with the counterweight plate mechanism, the connecting rod mechanism, the bearing mechanism, and the cylinder mechanism through the rotating shaft mechanism. The two-fold device is installed in the same plane as the two-section conveying device. The two-fold device drives the connecting rod mechanism through the cylinder mechanism, and turns the clothes upwards to complete at least one folding around the rotating shaft mechanism as the center.

[0032] The conveying module comprises a motor mechanism, a belt mechanism, a bearing mechanism, a clothing folding panel anti-pinch mechanism, a plurality of rotating wheel mechanisms, and an adjusting wheel mechanism. The conveying device further comprises a one-section conveying module to a three-section conveying module.

[0033] The first conveying module is driven by the motor mechanism, the belt mechanism and the rotating wheel mechanism to forwardly convey the garment, and the distance of the conveying is controlled by the electric induction, and the garment is conveyed to the second conveying module to stop;

[0034] The second conveying module is driven by the motor mechanism, the belt mechanism and the rotating wheel mechanism to forwardly convey the garment, and the distance of the conveying is controlled by the electric induction, and the second conveying module is connected with the third conveying module;

[0035] The third conveying module conveys the garment to the position of the garment shoveling module, and the electric induction is used to control the final conveying to the tail of the machine;

[0036] The garment shoveling module comprises an upper garment shoveling plate mechanism, at least two lower garment shoveling plate mechanisms, a motor mechanism, a cylinder mechanism, a rotating wheel mechanism, a guide rod mechanism, a rotating shaft mechanism, a plurality of guide rail mechanisms and a hand wheel mechanism, the upper garment shoveling plate mechanism and the lower garment shoveling plate mechanism are arranged on a machine frame, the machine frame is driven by the motor mechanism and the belt mechanism, the rotating shaft mechanism is used to control, and the guide rail mechanism and the guide rod mechanism are used to control the opening and closing and the up and down movement of the upper garment shoveling plate mechanism and the lower garment shoveling plate mechanism to shovel the garment into the bag, the hand wheel mechanism is used to adjust the depth of the garment shoveling device, and the garment shoveling device is detachable and adjustable in size;

[0037] The bag sealing module comprises a plurality of cylinder mechanisms, an upper cutter mechanism, a lower cutter mechanism, a sealing strip mechanism and a plurality of guide rail mechanisms, the bag sealing module is driven by the cylinder mechanism to move the sealing strip mechanism up and down to melt and seal the plastic film bag, the bag opening is cut by the upper cutter mechanism and the lower cutter mechanism to make the bag opening neat, and the sealing and cutting position is controlled by the photoelectric induction and the three-stage conveying module is adjusted to complete the sealing and cutting;

[0038] The bag placing module comprises a bag placing plate mechanism, a bottom plate mechanism, an adjusting screw mechanism, a bearing mechanism, a plurality of guide rod mechanisms, a cylinder mechanism, a hand wheel mechanism, a bag pressing plate mechanism and a limiting column, the bag placing device is controlled by the cylinder mechanism, the adjusting screw mechanism is rotated to cooperate with the guide rod mechanism to adjust the width of the bag placing, the cylinder mechanism is positioned by the guide rod mechanism to rise, and the bag opening is pressed by the air blowing plate mechanism, and the air blowing plate mechanism cooperates with the bag opening module to open the bag;

[0039] The bag pressing module comprises a plurality of guide rod mechanisms, a cylinder mechanism, an elastic mechanism, a guide rod limiting ring mechanism, a bearing mechanism, a rubber block mechanism and a guide rod movable plate mechanism, the cylinder mechanism is arranged at the center position of the guide rod mechanism, the cylinder mechanism is provided with the guide rod mechanism on the side, the bearing mechanism is arranged below the guide rod mechanism, the guide rod limiting ring mechanism is arranged below the bearing mechanism, the elastic mechanism is arranged below the guide rod limiting ring mechanism, and the rubber block mechanism is arranged below the elastic mechanism; the bag pressing module is combined with the cylinder mechanism and the guide rod mechanism to press downward and rise, so that the clothing pressing module is sent to the clothing pressing of the four-stage conveying module, and the clothing pressing module is conveniently returned.

[0040] The clothing blocking module comprises a guide rail mechanism, a mounting plate mechanism, a plurality of cylinder mechanisms, a clothing pressing plate mechanism, a guide rod mechanism, a bearing mechanism and a guide rod fixing seat mechanism, the clothing pressing plate mechanism is provided with the cylinder mechanism at the bottom, the cylinder mechanism is provided with the bearing mechanism on the side, the cylinder mechanism is provided with the guide rod mechanism on the top, the guide rail mechanism is provided with the mounting plate mechanism at the bottom, and the clothing pressing device is driven by the cylinder mechanism to open and close, press downward and rise the clothing pressing plate mechanism, so that the clothing pressing plate mechanism is fixed to complete folding in cooperation with the three-fold module.

[0041] The bag supporting module comprises a plurality of cylinder mechanisms, a rotating shaft mechanism, a plurality of guide rail mechanisms, a bag opening pushing piece mechanism, a blowing plate mechanism and an adjusting screw mechanism, the bag supporting device is the cylinder mechanism, which is linked to drive the bag opening pushing piece mechanism to rotate in the opposite direction to open and close; the blowing plate mechanism is used for blowing the bag opening to facilitate the bag opening pushing piece mechanism to support the bag opening, and the adjusting screw mechanism is used for rotating and adjusting the width of the bag opening pushing piece mechanism in cooperation with the guide rail mechanism.

[0042] The control running module is electrically connected to control the plurality of folding modules, the plurality of conveying modules, the clothing shoveling module, the bag sealing module, the bag placing module, the bag pressing module, the clothing blocking module and the bag supporting module.

[0043] The present application provides a kind of clothing automatic packaging equipment, including being suitable for clothing, cloth, food, medicine etc.

[0044] Advantages

[0045] The present application provides a kind of clothing automatic packaging equipment, method and system, most of the clothing can be completed by machine Automatic packaging work, and can improve efficiency, reduce labor costs, packaging is beautiful, convenient for sale etc. BRIEF DESCRIPTION OF DRAWINGS

[0046] Figure 1 Fig. 1 is a perspective view of the automatic clothing packaging device

[0047] Figure 2 Fig. 2 is a schematic view of the folding device of the automatic clothing packaging device

[0048] Figure 3 Fig. 3 is a schematic view of the first conveying device of the automatic clothing packaging device

[0049] Figure 4 Fig. 4 is a schematic view of the second conveying device of the automatic clothing packaging device

[0050] Figure 5 Fig. 5 is a schematic view of the clothing shoveling device of the automatic clothing packaging device

[0051] Figure 6 Fig. 6 is a schematic view of the third conveying device of the automatic clothing packaging device

[0052] Figure 7 Fig. 7 is a schematic view of the sealing and cutting device of the automatic clothing packaging device

[0053] Figure 8 Fig. 8 is a schematic view of the bag placing device of the automatic clothing packaging device

[0054] Figure 9 Fig. 9 is a schematic view of the bag pressing device of the automatic clothing packaging device

[0055] Figure 10 Fig. 10 is a schematic view of the third folding device of the automatic clothing packaging device

[0056] Figure 11 Fig. 11 is a schematic view of the second folding device of the automatic clothing packaging device

[0057] Figure 12 Fig. 12 is a schematic view of the clothing blocking device of the automatic clothing packaging device

[0058] Figure 13 Fig. 13 is a schematic view of the bag supporting device of the automatic clothing packaging device

[0059] BRIEF DESCRIPTION OF DRAWINGS Figure 1Machine cover 1, machine frame 2, first folding device 3, first section conveying device 4, second section conveying device 5, clothing lifting device 6, third section conveying device 7, cutting and sealing device 8, bag placing device 9, bag pressing device 10, second folding device 11, first folding device 12, clothing blocking device 13, bag supporting device 14, control operation device 15; Figure 2 Mechanism 30, mechanism 31, cylinder mechanism 33, adjusting screw mechanism 34, hand wheel mechanism 35, bearing mechanism 36, guide rod mechanism 32, connecting rod mechanism 37, guide rail mechanism 38; Figure 3 Mechanism 40, belt mechanism 41, bearing mechanism 42, rotating wheel mechanism 43, anti-pinch clothing folding panel mechanism 44; Figure 4 Mechanism 50, belt mechanism 51, bearing mechanism 52, rotating wheel mechanism 53; Figure 5 Mechanism 60, lower clothing lifting plate mechanism 61, motor mechanism 64, cylinder mechanism 65, rotating wheel mechanism 62, guide rod mechanism 67, rotating shaft mechanism 68, guide rail mechanism 66, belt mechanism 63, hand wheel mechanism 69; Figure 6 Mechanism 70, rotating wheel mechanism 71; Figure 7 Cylinder mechanism 80, upper cutting knife mechanism 81, lower cutting knife mechanism 82, sealing strip mechanism 83, guide rail mechanism 84; Figure 8 Bag placing plate mechanism 90, bottom plate mechanism 91, adjusting screw mechanism 92, bearing mechanism 93, guide rod mechanism 94, cylinder mechanism 95, hand wheel mechanism 96, bag pressing plate mechanism 97, limiting column 98; Figure 9 Guide rod mechanism 100, cylinder mechanism 101, elastic mechanism 102, guide rod limiting ring mechanism 103, bearing mechanism 104, rubber block mechanism 105, guide rod movable plate mechanism 106; Figure 10 Connecting rod mechanism 110, rotating shaft mechanism 111, bearing mechanism 112, cylinder mechanism 113, three-folded plate mechanism 114; Figure 11 Counterweight plate mechanism 120, connecting rod mechanism 121, rotating shaft mechanism 122, bearing mechanism 123, cylinder mechanism 124, two-folded plate mechanism 125; Figure 12 Guide rail mechanism 130, mounting plate mechanism 131, cylinder mechanism 132, clothing pressing plate mechanism 133, guide rod mechanism 134, bearing mechanism 135, guide rod fixed seat mechanism 136; Figure 13 Cylinder mechanism 141, rotating shaft mechanism 142, guide rail mechanism 145, bag opening pushing piece mechanism 143, air blowing plate mechanism 144, adjusting screw mechanism 140, hand wheel mechanism 146) DETAILED DESCRIPTION

[0060] In order to make the purpose, technical scheme and advantages of the present application more clear, the present application is further described in detail below in combination with specific embodiments and with reference to the drawings.

[0061] The embodiment, as shown in the embodiment, provides a clothes automatic packaging device, which comprises a cover 1, a frame 2, a plurality of folding devices, a plurality of conveying devices, a clothes shoveling device 6, a sealing and cutting device 8, a bag placing device 9, a bag pressing device 10, a clothes blocking device 13, a bag supporting device 14, and a control operation device 15. Figure 1 The embodiment, as shown in the embodiment, provides a clothes automatic packaging device, which comprises a cover 1, a frame 2, a plurality of folding devices, a plurality of conveying devices, a clothes shoveling device 6, a sealing and cutting device 8, a bag placing device 9, a bag pressing device 10, a clothes blocking device 13, a bag supporting device 14, and a control operation device 15.

[0062] The plurality of folding devices in the embodiment and the preferred embodiment comprise a one-fold device 3, a two-fold device 12, and a three-fold device 11.

[0063] The one-fold device 3 in the preferred embodiment, as shown in the embodiment, comprises a left flap mechanism 30, a right flap mechanism 31, a plurality of cylinder mechanisms 33, an adjusting screw mechanism 34, a hand wheel mechanism 35, a plurality of bearing mechanisms 36, a plurality of guide rod mechanisms 32, a connecting rod mechanism 37, and a plurality of guide rail mechanisms 38. Figure 2 The left flap mechanism 30 and the right flap mechanism 31 are respectively arranged on the two sides of the conveying line of the one-stage conveying device 4, the cylinder mechanisms 33 are arranged below the left flap mechanism 30 and the right flap mechanism 31, and are used to drive the left flap mechanism 30 and the right flap mechanism 31 to flip to the two sides of the conveying line of the one-stage conveying device 4, the guide rod mechanisms 32 are arranged in the middle of the left flap mechanism 30 and the right flap mechanism 31, the bottom of the left flap mechanism 30 and the right flap mechanism 31 is linked with the frame 2 through the guide rail mechanisms 38, the bottom of the left flap mechanism and the right flap mechanism is provided with the adjusting screw mechanism, the adjusting screw mechanism 34 is provided with the hand wheel mechanism 35 and the bearing mechanism 36, the adjusting screw mechanism 34 is rotated through the bearing mechanism 36, the adjusting screw mechanism 34 is used to adjust the distance between the flaps, and is used to adjust the width of the one-fold device 3 of the clothes, and the left flap mechanism 30 and the right flap mechanism 31 are folded through the driving of the plurality of cylinder mechanisms 33, the connecting rod mechanism 37, and the guide rod mechanisms 32.

[0064] The two-fold device 12 in the preferred embodiment, as shown in the embodiment, comprises a left flap mechanism 40, a right flap mechanism 41, a plurality of cylinder mechanisms 43, an adjusting screw mechanism 44, a hand wheel mechanism 45, a plurality of bearing mechanisms 46, a plurality of guide rod mechanisms 42, a connecting rod mechanism 47, and a plurality of guide rail mechanisms 48. Figure 11As shown, the two-fold device 12 includes a counterweight plate mechanism 120, a linkage mechanism 121, a rotating shaft mechanism 122, a bearing mechanism 123, a cylinder mechanism 124, and a two-fold flipping mechanism 125. The two-fold flipping mechanism 125 is connected to the counterweight plate mechanism 120, the linkage mechanism 121, the bearing mechanism 123, and the cylinder mechanism 124 by the rotating shaft mechanism 123. The two-fold device 12 is mounted on the same plane as the one-fold device 3 and the one-section conveying device 4. The two-fold device 3 drives the linkage mechanism 121 through the cylinder mechanism 124, and with the rotating shaft mechanism 123 as the center, flips the garment upward to complete at least one fold.

[0065] In a preferred embodiment, such as Figure 10 As shown, the three-fold device 11 includes a linkage mechanism 110, a rotating shaft mechanism 111, a bearing mechanism 112, a cylinder mechanism 113, and a three-fold flipping mechanism 114. The three-fold flipping mechanism 114 is connected to the rotating shaft mechanism 111, the bearing mechanism 112, and the cylinder mechanism 113 by the linkage mechanism 110. The three-fold device 11 is mounted on the same plane as the two-stage conveying device 5. The three-fold device 11 drives the linkage mechanism 110 through the cylinder mechanism 113, and with the rotating shaft mechanism 111 as the center, flips the garment upward to complete at least one fold.

[0066] In this embodiment, the preferred embodiment of the multiple conveying devices includes a single conveying device 4 to a three-section conveying device 7;

[0067] In a preferred embodiment, such as Figure 3 As shown, the first-stage conveyor 4 includes a motor mechanism 40, a belt mechanism 41, a bearing mechanism 42, a wheel mechanism 43, and an anti-pinch folding panel mechanism 44. The first-stage conveyor 4 is a device in which the motor mechanism 40 drives the belt mechanism 41 and the wheel mechanism 43 to transport the garment forward. The inductive control controls multiple walking distances, and the garment stops when it reaches the second-stage conveyor 5.

[0068] In a preferred embodiment, such as Figure 4 As shown, the two-stage conveying device 5 includes a motor mechanism 50, a belt mechanism 51, a bearing mechanism 52, and a wheel mechanism 53. The two-stage conveying device 5 is driven by the motor mechanism 50 to the belt mechanism 51 and the wheel mechanism 53 to convey the garment forward. It can be multi-stage conveyed by induction control and is connected to the three-stage conveying device 7.

[0069] In a preferred embodiment, such as Figure 6 As shown, the three-section conveying device 7 delivers the garment to the position of the garment-shoveling device 6, which is controlled by induction to complete the final conveying to the tail of the machine.

[0070] As shown in the preferred embodiment, Figure 5 The shoveling device 6 comprises an upper shoveling plate mechanism 60, at least two lower shoveling plate mechanisms 61, a motor mechanism 64, a cylinder mechanism 65, a rotating wheel mechanism 62, a guide rod mechanism 67, a rotating shaft mechanism 68, a plurality of guide rail mechanisms 66, a belt mechanism 63, and a hand wheel mechanism 69. The upper shoveling plate mechanism 60 and the lower shoveling plate mechanisms 61 are arranged on a frame. The frame is controlled by the motor mechanism 64 and the belt mechanism 63 through the rotating shaft mechanism 68. The upper shoveling plate mechanism 60 and the lower shoveling plate mechanisms 61 are controlled by the guide rail mechanisms 66 and the guide rod mechanism 67 to open and close left and right, and to move up and down freely to shovel clothes into bags. The hand wheel mechanism 69 in the shoveling device 6 can adjust the depth. The shoveling device 6 is detachable and adjustable in size.

[0071] As shown in the preferred embodiment, Figure 7 The sealing and cutting device 8 comprises a plurality of cylinder mechanisms 80, an upper cutter mechanism 81, a lower cutter mechanism 82, a sealing strip mechanism 83, and a plurality of guide rail mechanisms 84. The sealing and cutting device 8 is used to move the sealing strip mechanism 83 up and down by the cylinder mechanism 80 to heat and melt the plastic film bag. At the same time, the upper cutter mechanism 81 and the lower cutter mechanism 82 cut off the excess part of the bag opening to make the bag opening cut neat. The positioning of the sealing and cutting position is adjusted by the photoelectric sensing control three-stage conveying device 7.

[0072] As shown in the preferred embodiment, Figure 8 The bag placing device 9 comprises a bag placing plate mechanism 90, a bottom plate mechanism 91, an adjusting screw mechanism 92, a bearing mechanism 93, a plurality of guide rod mechanisms 94, a cylinder mechanism 95, a hand wheel mechanism 96, a bag pressing plate mechanism 97, and a limiting column 98. The cylinder mechanism 95 controls the bag placing plate mechanism 90. The adjusting screw mechanism 92 rotates to adjust the width of the bag placing together with the guide rod mechanism 94. The cylinder mechanism 95 is positioned by the guide rod mechanism 94 to rise and press the bag opening together with the air blowing plate mechanism 144. The air blowing plate mechanism 144 opens the bag together with the bag supporting device 14.

[0073] As shown in the preferred embodiment, Figure 9As shown, the bag pressing device 10 comprises a plurality of guide rod mechanisms 100, a cylinder mechanism 101, an elastic mechanism 102, a guide rod limiting ring mechanism 103, a bearing mechanism 104, a rubber block mechanism 105, and a guide rod movable plate mechanism 106. The cylinder mechanism 101 is arranged at the center of the guide rod mechanism 100. The guide rod mechanism 100 is arranged beside the cylinder mechanism 101. The bearing mechanism 104 is arranged below the guide rod mechanism 100. The guide rod limiting ring mechanism 103 is arranged below the bearing mechanism 104. The elastic mechanism 102 is arranged below the guide rod limiting ring mechanism 103. The rubber block mechanism 105 is arranged below the elastic mechanism 102. The bag pressing device 10 is combined with the cylinder mechanism 101 and the guide rod mechanism 100 to press and lift down, so as to send the clothing pressing device 6 to the three-stage conveying device 7 for clothing pressing, and facilitate the clothing pressing device 6 to return.

[0074] As shown in the preferred embodiment, Figure 12 The clothing pressing device 13 comprises a guide rail mechanism 130, a mounting plate mechanism 131, a plurality of cylinder mechanisms 132, a clothing pressing plate mechanism 133, a guide rod mechanism 134, a bearing mechanism 135, and a guide rod fixed seat mechanism 136. The clothing pressing plate mechanism 133 is arranged at the bottom of the cylinder mechanism 132. The bearing mechanism 135 is arranged at one side of the cylinder mechanism 132. The guide rod mechanism 134 is arranged above the cylinder mechanism 132. The mounting plate mechanism 131 is arranged at the bottom of the guide rail mechanism 130. The clothing pressing device 10 is driven by the cylinder mechanism 132 to drive the clothing pressing plate mechanism 133 to open and close, press down and lift up, and fix the clothing to complete the folding by the three-fold device 11.

[0075] As shown in the preferred embodiment, Figure 13 The bag supporting device 14 comprises a plurality of cylinder mechanisms 141, a rotating shaft mechanism 142, a plurality of guide rail mechanisms 145, a bag opening pushing piece mechanism 143, a blowing plate mechanism 144, an adjusting screw mechanism 140, and a hand wheel mechanism 146. The bag supporting device 14 is driven by the cylinder mechanism 141 to drive the bag opening pushing piece mechanism 143 to rotate in the opposite direction to open and close. The blowing plate mechanism 144 is used to blow open the bag opening to facilitate the bag opening pushing piece mechanism 143 to support the bag opening. The adjusting screw mechanism 140 is used to rotate and adjust the guide rail mechanism 145 to adjust the width of the bag opening supported by the bag opening pushing piece mechanism 143.

[0076] The control and operation device controls the multiple folding devices, the multiple conveying devices, the clothing scraping device 6, the bag sealing device 8, the bag placing device 9, the bag pressing device 10, the clothing blocking device 13, and the bag supporting device 14 via electrical connection.

[0077] This embodiment provides a method for automatic packaging of clothing, including,

[0078] Adjust the folding size of the garment;

[0079] Place the clothing in the equipment;

[0080] The equipment folds automatically;

[0081] The conveyor system transports the garments to the garment press;

[0082] Scrape the garments into the bag and seal it;

[0083] The delivery to the tail section is complete.

[0084] In this embodiment, as Figure 1 As shown, this embodiment provides an automatic garment packaging system, including a machine cover 1, a machine frame 2, multiple folding modules, multiple conveying modules, a garment scraping module 6, a sealing and cutting module 8, a bag placement module 9, a bag pressing module 10, a garment blocking module 13, a bag supporting module 14, and a control and operation module 15.

[0085] In this embodiment, the preferred embodiment of the multiple folding devices includes a one-fold module 3, a two-fold module 12, and a three-fold module 11;

[0086] In a preferred embodiment, such as Figure 2As shown, the single-fold module 3 includes a left flipping mechanism 30, a right flipping mechanism 31, multiple cylinder mechanisms 33, an adjusting screw mechanism 34, a handwheel mechanism 35, multiple bearing mechanisms 36, multiple guide rod mechanisms 32, a connecting rod mechanism 37, and multiple guide rail mechanisms 38. The left flipping mechanism 30 and the right flipping mechanism 31 are respectively located on both sides of the conveyor line of the first-section conveyor module 4. The cylinder mechanisms 33 are located below the left flipping mechanism 30 and the right flipping mechanism 31 and are used to drive the left flipping mechanism 30 and the right flipping mechanism 31 to flip to both sides of the conveyor line of the first-section conveyor 4. A certain... The guide rod mechanism 32, the left flip plate mechanism 30 and the right flip plate mechanism 31 are connected to the frame 2 by the guide rail mechanism 38 at the bottom, the left flip plate mechanism and the right flip plate mechanism are provided with the adjusting screw mechanism at the bottom, the adjusting screw mechanism 34 is provided with the handwheel mechanism 35 and the bearing mechanism 36, the adjusting screw mechanism 34 is rotated by the bearing mechanism 36, the adjusting screw mechanism 34 is used to adjust the distance between the flip plates, and adjust the width of the one-fold device 3 formed by the garment, the left flip plate mechanism 30 and the right flip plate mechanism 31 are driven by the multiple cylinder mechanism 33, the connecting rod mechanism 37, and the guide rod mechanism 32 to complete the one-fold module folding;

[0087] In a preferred embodiment, such as Figure 11 As shown, the two-fold module 12 in the preferred embodiment includes a counterweight plate mechanism 120, a linkage mechanism 121, a rotating shaft mechanism 122, a bearing mechanism 123, a cylinder mechanism 124, and a two-fold flipping mechanism 125. The two-fold flipping mechanism 125 is connected to the counterweight plate mechanism 120, the linkage mechanism 121, the bearing mechanism 123, and the cylinder mechanism 124 by the rotating shaft mechanism 123. The two-fold module 12 is installed on the same plane as the one-fold device 3 and the one-section conveying module 4. The two-fold module 3 drives the linkage mechanism 121 through the cylinder mechanism 124, and with the rotating shaft mechanism 123 as the center, flips the garment upward to complete at least one fold.

[0088] In a preferred embodiment, such as Figure 10As shown, the three-fold module 11 includes a connecting rod mechanism 110, a rotating shaft mechanism 111, a bearing mechanism 112, a cylinder mechanism 113, and a three-fold flap mechanism 114. The three-fold flap mechanism 114 is connected to the connecting rod mechanism 110, the rotating shaft mechanism 111, the bearing mechanism 112, and the cylinder mechanism 113. The three-fold module 11 is installed in the same plane as the two-stage conveying module 5. The three-fold module 11 drives the connecting rod mechanism 110 by the cylinder mechanism 113, and completes at least one fold of the garment by rotating the rotating shaft mechanism 111.

[0089] In the preferred embodiment, the conveying module includes a one-stage conveying module 4 to a three-stage conveying module 7.

[0090] In the preferred embodiment, as shown in Figure 3 The one-stage conveying module 4 includes a motor mechanism 40, a belt mechanism 41, a bearing mechanism 42, a rotating wheel mechanism 43, and a clothing anti-pinch folding panel mechanism 44. The one-stage conveying module 4 drives the belt mechanism 41 and the rotating wheel mechanism 43 by the motor mechanism 40 to forwardly convey the garment, and controls the multi-stage walking distance by electric induction, and then stops at the two-stage conveying module 5.

[0091] In the preferred embodiment, as shown in Figure 4 The two-stage conveying module 5 includes a motor mechanism 50, a belt mechanism 51, a bearing mechanism 52, and a rotating wheel mechanism 53. The two-stage conveying module 5 drives the belt mechanism 51 and the rotating wheel mechanism 53 by the motor mechanism 50 to forwardly convey the garment, and controls the multi-stage conveying by electric induction, and then connects with the three-stage conveying module 7.

[0092] In the preferred embodiment, as shown in Figure 6 The three-stage conveying module 7 conveys the garment to the position of the clothing shoveling module 6, and controls the final conveying to the tail of the machine by electric induction.

[0093] In the preferred embodiment, as shown in Figure 5As shown, the clothing shoveling module 6 includes an upper clothing shoveling plate mechanism 60, at least two lower clothing shoveling plate mechanisms 61, a motor mechanism 64, a cylinder mechanism 65, a rotating wheel mechanism 62, a guide rod mechanism 67, a rotating shaft mechanism 68, a plurality of guide rail mechanisms 66, a belt mechanism 63, and a hand wheel mechanism 69. The upper clothing shoveling plate mechanism 60 and the lower clothing shoveling plate mechanisms 61 are arranged on a rack. The rack is controlled by the motor mechanism 64 and the belt mechanism 63 through the rotating shaft mechanism 68. The upper clothing shoveling plate mechanism 60 and the lower clothing shoveling plate mechanisms 61 are controlled by the guide rail mechanisms 66 and the guide rod mechanism 67 to open and close left and right, and to move up and down freely to shovel clothing into a bag. The hand wheel mechanism 69 in the clothing shoveling module 6 can adjust the depth. The clothing shoveling module 6 is detachable and adjustable in size.

[0094] In a preferred embodiment, as shown in Figure 7 The sealing and cutting module 8 includes a plurality of cylinder mechanisms 80, an upper cutter mechanism 81, a lower cutter mechanism 82, a sealing strip mechanism 83, and a plurality of guide rail mechanisms 84. The sealing and cutting device 8 is used to move the sealing strip mechanism 83 up and down by the cylinder mechanism 80 to heat and melt a plastic film bag. The bag opening is cut by the upper cutter mechanism 81 and the lower cutter mechanism 82 to make the bag opening neat. The sealing and cutting position is adjusted by the photoelectric sensing control three-stage conveying module 7.

[0095] In a preferred embodiment, as shown in Figure 8 The bag placing module 9 includes a bag placing plate mechanism 90, a bottom plate mechanism 91, an adjusting screw mechanism 92, a bearing mechanism 93, a plurality of guide rod mechanisms 94, a cylinder mechanism 95, a hand wheel mechanism 96, a bag pressing plate mechanism 97, and a limiting column 98. The cylinder mechanism 95 controls the bag placing plate mechanism 90. The adjusting screw mechanism 92 rotates to adjust the width of the bag placing plate mechanism 94. The cylinder mechanism 95 is positioned by the guide rod mechanism 94 to rise and press the bag opening by the blowing plate mechanism 144. The blowing plate mechanism 144 opens the bag with the bag supporting module 14.

[0096] In a preferred embodiment, as shown in Figure 9As shown, the bag pressing module 10 comprises a plurality of guide rod mechanisms 100, a cylinder mechanism 101, an elastic mechanism 102, a guide rod limiting ring mechanism 103, a bearing mechanism 104, a rubber block mechanism 105, and a guide rod movable plate mechanism 106. The cylinder mechanism 101 is arranged at the center of the guide rod mechanism 100. The guide rod mechanism 100 is arranged beside the cylinder mechanism 101. The bearing mechanism 104 is arranged below the guide rod mechanism 100. The guide rod limiting ring mechanism 103 is arranged below the bearing mechanism 104. The elastic mechanism 102 is arranged below the guide rod limiting ring mechanism 103. The rubber block mechanism 105 is arranged below the elastic mechanism 102. The bag pressing module 10 is a combination of the cylinder mechanism 101 and the guide rod mechanism 100, which can press and lift the clothing pressing module 6 to the clothing pressing module 7, so as to facilitate the clothing pressing module 6 to return.

[0097] As shown in the preferred embodiment, Figure 12 The clothing pressing module 13 comprises a guide rail mechanism 130, a mounting plate mechanism 131, a plurality of cylinder mechanisms 132, a clothing pressing plate mechanism 133, a guide rod mechanism 134, a bearing mechanism 135, and a guide rod fixed seat mechanism 136. The clothing pressing plate mechanism 133 is arranged at the bottom of the cylinder mechanism 132. The bearing mechanism 135 is arranged at one side of the cylinder mechanism 132. The guide rod mechanism 134 is arranged above the cylinder mechanism 132. The mounting plate mechanism 131 is arranged at the bottom of the guide rail mechanism 130. The clothing pressing device 10 is driven by the cylinder mechanism 132 to open and close, press and lift the clothing pressing plate mechanism 133, so as to fix the clothing and complete the folding by the three-fold module 11.

[0098] As shown in the preferred embodiment, Figure 13 The bag opening module 14 comprises a plurality of cylinder mechanisms 141, a rotating shaft mechanism 142, a plurality of guide rail mechanisms 145, a bag opening pushing piece mechanism 143, a blowing plate mechanism 144, an adjusting screw mechanism 140, and a hand wheel mechanism 146. The bag opening device 14 is driven by the cylinder mechanism 141 to rotate in the opposite direction to open and close the bag opening pushing piece mechanism 143 through the rotating shaft mechanism 142. The blowing plate mechanism 144 is used to blow open the bag opening to facilitate the bag opening pushing piece mechanism 143 to open the bag opening. The adjusting screw mechanism 140 is used to rotate and adjust the width of the bag opening pushing piece mechanism 143.

[0099] The embodiment provides an automatic clothing packaging device, which is suitable for clothing, cloth, food, medicine, etc.

[0100] The above description has broad application. For example, although embodiments disclosed herein can focus on an apparatus, method, and system for automatic garment packaging, it should be appreciated that the concepts disclosed herein are equally applicable to other fields. Similarly, although various embodiments can be discussed in connection with an apparatus, method, and system for automatic garment packaging, any individual feature or combination of features described in connection with an apparatus, method, and system for automatic garment packaging can be used alone or in combination with others. Thus, the discussion of any embodiment is intended for illustrating the present disclosure and is not intended to limit the scope of the disclosure (including the claims) to these examples.

Claims

1. An automatic garment packaging device, characterized in that, This includes a machine cover and a frame, on which are installed multiple folding devices, multi-section conveying devices, garment scraping devices, bag sealing devices, bag placing devices, bag pressing devices, garment blocking devices, bag supporting devices, and control and operation devices. The plurality of folding devices include a single-fold device, a double-fold device, and a triple-fold device; The aforementioned folding device includes a left flipping mechanism, a right flipping mechanism, multiple cylinder mechanisms, an adjusting screw mechanism, a handwheel mechanism, multiple bearing mechanisms, multiple guide rod mechanisms, a connecting rod mechanism, and multiple guide rail mechanisms. The left and right flipping mechanisms are respectively located on both sides of the conveyor line. The cylinder mechanisms are located below the left and right flipping mechanisms and are used to drive the left and right flipping mechanisms to flip to both sides of a section of the conveyor line. The guide rod mechanism is located between the left and right flipping mechanisms. The bottom of the left and right flip-plate mechanisms is connected to the frame by the guide rail mechanism. The bottom of the left and right flip-plate mechanisms is provided with the adjusting screw mechanism. The adjusting screw mechanism is provided with the handwheel mechanism and the bearing mechanism. The adjusting screw mechanism is rotated by the bearing mechanism to adjust the distance between the flip plates and adjust the width of the garment forming device. The left and right flip-plate mechanisms are driven by the multiple cylinder mechanism, the connecting rod mechanism and the guide rod mechanism to complete the folding of the garment. The two-fold device includes a counterweight plate mechanism, a rotating shaft mechanism, a bearing mechanism, a connecting rod mechanism, a cylinder mechanism, and a two-fold flip-up mechanism. The two-fold flip-up mechanism is connected to the counterweight plate mechanism, the connecting rod mechanism, the bearing mechanism, and the cylinder mechanism by the rotating shaft mechanism. The two-fold device is mounted on the same plane as the one-fold device and the first-section conveying device. The two-fold device drives the connecting rod mechanism through the cylinder mechanism, and with the rotating shaft mechanism as the center, flips the garment upward to complete at least one fold. The three-fold device includes a counterweight plate mechanism, a rotating shaft mechanism, a bearing mechanism, a linkage mechanism, a cylinder mechanism, and a two-fold flipping mechanism. The two-fold flipping mechanism is connected to the counterweight plate mechanism, the linkage mechanism, the bearing mechanism, and the cylinder mechanism by the rotating shaft mechanism. The two-fold device is mounted on the same plane as the two-stage conveyor device. The two-fold device drives the linkage mechanism through the cylinder mechanism, and with the rotating shaft mechanism as the center, flips the garment upward to complete at least one fold.

2. The automatic garment packaging equipment as described in claim 1, characterized in that, The multi-segment conveying device includes a single-segment conveying device, a two-segment conveying device, and a three-segment conveying device; The first-stage conveyor consists of a motor mechanism driving a belt mechanism and a pulley mechanism to transport the garment forward. The inductive control controls multiple walking distances, and the garment stops when it reaches the second-stage conveyor. The two-stage conveyor device, driven by the motor mechanism, belt mechanism, and pulley mechanism, conveys the garments forward. It is controlled by induction and can be conveyed in multiple stages, connecting with the three-stage conveyor device. The three-section conveying device delivers the garment to the position of the garment-shoveling device, which is controlled by induction, and then finally conveys it to the tail of the machine.

3. The automatic garment packaging equipment as described in claim 2, characterized in that, The garment scraping device includes an upper scraping plate mechanism, at least two lower scraping plate mechanisms, a motor mechanism, a cylinder mechanism, a rotating wheel mechanism, a guide rod mechanism, a rotating shaft mechanism, multiple guide rail mechanisms, and a handwheel mechanism. The upper and lower scraping plate mechanisms are mounted on a frame. The frame is controlled by the motor mechanism and the belt mechanism, and the rotating shaft mechanism controls the upper and lower scraping plate mechanisms to open and close left and right, and move freely up and down to scrape garments into bags. The handwheel mechanism in the garment scraping device can adjust the depth, and the garment scraping device can be disassembled and its size adjusted.

4. The automatic garment packaging equipment as described in claim 2, characterized in that, The bag sealing device includes multiple cylinder mechanisms, an upper cutting mechanism, a lower cutting mechanism, a sealing strip mechanism, and multiple guide rail mechanisms. The bag sealing device uses the cylinder mechanisms to drive the sealing strip mechanism to move up and down to heat-seal the plastic film bag. At the same time, the upper and lower cutting mechanisms cut off the excess part of the bag opening to make the bag opening neat. The sealing and cutting position is adjusted by a photoelectric induction-controlled three-stage conveying device.

5. The automatic garment packaging equipment as described in claim 1, characterized in that, The bag-laying device includes a bag-laying plate mechanism, a bottom plate mechanism, an adjusting screw mechanism, a bearing mechanism, multiple guide rod mechanisms, a cylinder mechanism, a handwheel mechanism, a bag-pressing plate mechanism, and a limiting post. The bag-laying device is controlled by the cylinder mechanism, which controls the bag-laying plate mechanism. The adjusting screw mechanism rotates in conjunction with the guide rod mechanism to adjust the width of the bag. The cylinder mechanism is positioned and raised by the guide rod mechanism, and works with the air-blowing plate mechanism to press the bag opening. The air-blowing plate mechanism works with the bag-supporting device to open the bag.

6. The automatic garment packaging equipment as described in claim 1, characterized in that, The bag-pressing device includes multiple guide rod mechanisms, a cylinder mechanism, an elastic mechanism, a guide rod limiting ring mechanism, a bearing mechanism, a rubber block mechanism, and a guide rod movable plate mechanism. The cylinder mechanism is located at the center of the guide rod mechanism, and the guide rod mechanism is located next to the cylinder mechanism. The bearing mechanism is located below the guide rod mechanism, and the guide rod limiting ring mechanism is located below the bearing mechanism. The elastic mechanism is located below the guide rod limiting ring mechanism, and the rubber block mechanism is located below the elastic mechanism. The bag-pressing device combines the cylinder mechanism and the guide rod mechanism to press down and rise, pressing the garments delivered by the garment-scraping device to the four-section conveyor device, facilitating the retraction of the garment-scraping device.

7. The automatic garment packaging equipment as described in claim 1, characterized in that, The garment-pressing device includes a guide rail mechanism, a mounting plate mechanism, multiple cylinder mechanisms, a garment-pressing plate mechanism, a guide rod mechanism, a bearing mechanism, and a guide rod fixing seat mechanism. The garment-pressing plate mechanism has the cylinder mechanism at its bottom and the bearing mechanism on one side. The guide rod mechanism is located on the cylinder mechanism. The mounting plate mechanism is located at the bottom of the guide rail mechanism. The garment-pressing device is driven by the cylinder mechanism to open, close, press down, and rise the garment-pressing plate mechanism. The garment-pressing plate mechanism fixes the garment in place and works with the three-fold device to complete the folding.

8. The automatic garment packaging equipment as described in claim 1, characterized in that, The bag-opening device includes multiple cylinder mechanisms, a rotating shaft mechanism, multiple guide rail mechanisms, a bag-opening lever mechanism, an air-blowing plate mechanism, an adjusting screw mechanism, and a handwheel mechanism. The cylinder mechanism drives the bag-opening lever mechanism to rotate in the opposite direction to open and close the bag through the rotating shaft mechanism. The air-blowing plate mechanism blows open the bag opening to facilitate the bag-opening lever mechanism in opening the bag. The adjusting screw mechanism works in conjunction with the guide rail mechanism to adjust the width of the bag-opening lever mechanism.

9. The automatic garment packaging equipment as described in claim 1, characterized in that, The control and operation device controls the multiple folding devices, the multi-segment conveying device, the clothing scraping device, the bag sealing device, the bag placing device, the bag pressing device, the clothing blocking device, and the bag supporting device via electrical connection.

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