KR200378207Y1 - Goods automatic packing decive of packing box - Google Patents

Abstract

The present invention relates to a packaging device for automatically packing the goods to be packaged in a flat folded paper box, and saves a lot of time and manpower in the packaging work by making the packaging work continuously through the packaging device At the same time, it is expected to increase productivity.

In order to achieve the above object of the present invention, the present invention constitutes an automatic packing device, and comprises a packaging box supply unit and a packaging box assembly and packaging unit, in which the packaging box filled in the supply container is assembled and packaged one by one. In order to be supplied sequentially to the unit, the packaging box assembly and packaging unit is to put the goods to be packed at the same time as the packaging box is assembled and packaged.

Description

Automatic packaging equipment for packaging boxes {GOODS AUTOMATIC PACKING DECIVE OF PACKING BOX}

The present invention relates to an improvement of the automatic packaging device for the packaging box for the packaging of household goods and various industrial parts while assembling the paper box folded flat in the printed state in the form of a box.

In general, products such as household goods such as soap, rubber gloves, loofah, and various industrial parts are packaged in a packing box at the final shipping stage and then distributed.

As described above, the packaging box for packaging a specific article in the packaging box is kept flat in a state in which necessary phrases such as a brand name, a mutual handling description, and efficacy of the article are printed on the outer surface of the packaging box.

Therefore, in order to pack the goods in a flat folded box as described above, most workers assemble the packing box into the shape of a cube and then put the goods to be packed in the box, and assemble the cover of the inlet to complete the packing. do.

However, the packaging means is a means of assembling the folded box in the shape of a cube and all means of putting the article into the box and then assembling the cover are done manually by the operator, which not only wastes a lot of time and manpower in the packaging work. Work efficiency was also reduced, such as was a disadvantage.

As a complement to this, a means for assembling a packaging box in a flat folded state into a hexahedron shape is provided. However, the above means are provided only as a means for assembling the packing box to open the cover of the inlet, there is a hassle to put the box in the assembled state to the separate production line again as described above, and accordingly There were disadvantages such as decreased productivity.

The present invention is a process of assembling the packaging box in a three-dimensional shape in a flat folded state in order to rectify all the disadvantages of the conventional, the process of putting the goods to be packaged in the assembled box and the final cover is assembled The process is completed continuously, which saves a lot of time and manpower in the packaging process and improves productivity.

In order to achieve the above object, the present invention provides a packaging box assembly and packaging unit consisting of a plurality of cylinders and adsorption pads on a packaging box supply unit and a turntable in constructing an automatic packaging device for a packaging box. In the flat folded state of the packing box is pulled out by the suction pad one by one, and when the withdrawal of the packing box by the suction pad is completed, the packing box is assembled into a rectangular shape, and at the same time the bottom side of the lower secondary cover Fold and fold into the body.In the above state, the turntable rotates clockwise to allow the lower cover to be folded and assembled. In the above state, turn the turntable again by 90 ° to stop, and then Folding the tank cover and, as above, while the turntable is rotated again in the same state, and so the upper lid is folded, to be assembled packaging is complete, the package is completed carton is a hayeoseo be discharged to the outside via the loading outlet means.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 is a side configuration diagram of the automatic packaging device 100 of the packing box to be provided in the present invention, Figure 2 is a plan view, the present invention is a packaging box supply unit 200 and the packaging box assembly and supply ( 300).

The packaging box supply unit 200 functions to sequentially supply the packaging box 10 folded in a printed state to the packaging box assembly and packaging unit 300 one by one, and the packaging box assembly and packaging unit 300. In the assembling the packaging box 10 supplied by the rotating turntable 310 in the shape of a cube, and at the same time to put the goods to be packaged, and performs a function of full packaging.

First, the configuration of the packing box supply unit 200 will be described in detail.

The main body 220 is installed on the pedestal 210, and the support body 221 is installed on the main body 220, and then, the supply container 230 is installed thereon, and an air cylinder is disposed on one side of the upper surface of the main body 220. 222).

The supply container 230 is provided with a bottom plate 232 through which the incision hole 231 is drilled on the bottom surface, side plates 233 are installed on both sides, and open between the bottom plate 232 and the side plate 233 on the front surface. Exit 235 is formed.

An inclined surface 236 bent inwardly is formed on one side plate 233 positioned at the outlet 235, and a support surface 237 is formed at the tip of the inclined surface 236 so that the support surface ( An outlet 235 is formed between the 237 and the side plate 233, and the width of the outlet 235 is equal to the width of the packing box 10.

The inner surface of the supply cylinder 230 is provided with a mill plate 240, the mill plate 240 is connected to the shaft rod 223 of the air cylinder 222 through a connecting table 241, the spring (240) in front of the plate (240) The tungsten plate 242 is elastically installed on the 243, and the driving roller 244 is installed at the bottom of the mill 240 to smoothly travel when the mill 240 is moved back and forth by the air cylinder 222. do.

A guide rod 251 is installed between the front and rear fixing pieces 253 and 254 formed outside the side plate 233 constituting the supply container 230, and the spring 250 is elastically installed on the guide rod 251. On the front surface of the spring 250, a finger plate 252 is installed.

The configuration of the packing box assembly and the packing unit 300 installed in the front of the packing box supply unit 200 is as follows.

The rotor 311 is installed on the fixed base 310, and the driven body 312 is installed on the rotor 311, and the gear 311 is gear-coupled with the drive gear 313 of the drive motor M installed at one side. The rotating body 311 is intermittently rotated by the driving motor M, and a turntable 320 is connected to an upper surface of the rotating body 311 so that the turntable 320 is rotated according to the rotation of the rotating body 311. Also rotate.

In this case, although the driving motor M is used as a driving means for rotating the turntable, various types of driving means such as a cylinder may be used in addition to the driving motor, and the turning table may be an intermittent means.

In addition, as the means for causing the turntable 320 to rotate intermittently, the rotation and the rotation may be controlled by the sensing operation of the detection sensor.

The turntable 320 intermittently rotated by the driving motor M has a first operating portion A1, a second operating portion A2, a third operating portion A3 and a fourth operating portion A4 at intervals of 90 °. And an operation cylinder 350 are installed in each of the operation portions A1, A2, A3, and A4, and the shaft bar 351 of each operation cylinder 350 is shown in FIG. Likewise, the vacuum suction pad 352 operated by the vacuum solenoid valve is installed, so that the vacuum suction is performed or released on the vacuum suction pad 352 by the vacuum solenoid valve.

A cover 330 is installed at the front end of each of the operation cylinders 350, and an insertion part 331 is formed at the front end of the cover 330, and a shape retaining piece 332 is formed at both sides of the insertion part 331. It is.

The lower auxiliary cover assembly 340 of the packaging box 10 is formed in front of the outlet 235 formed in front of the supply box 230 of the packaging box supply unit 200, that is, the first operation unit A1, The auxiliary cover assembly 340 is configured as shown in FIG.

That is, the air cylinder 341 is installed to be inclined inwardly at both sides of the main body 220 constituting the packing box supply unit 200, and the pressing piece 343 is installed at the tip of the shaft rod 342 of the air cylinder 341. The pressing piece 343 is folded inwardly in contact with the lower auxiliary cover 14 of the packaging box 10 during the upward operation.

A lower cover assembly portion 360 is formed between the first operating portion A1 and the second operating portion A2, and the lower cover assembly portion 360 is configured as shown in FIG.

That is, the bending guide plate 362 and the pressure roller 363 is configured on the fixed body 361, the bending guide plate 362 is formed with an inclined surface 367 on one side, the bent surface 368 is formed on the other side It is.

The bending guide plate 362 has a low inlet portion 364 and the outlet portion 366 is configured to be inclined toward the rear toward the rear, and the upper surface of the pressing roller 363 configured behind the bending guide plate 360 is bent. It is comprised slightly higher than the exit part 366 of the guide plate 362.

Although not shown in the drawing, the second operation unit A2 may be provided with a separate supply port so that the articles to be packaged may be sequentially supplied one by one, or may be packaged one by one by a worker by hand.

In the third operation part A3, the upper auxiliary cover assembly part 370 configured as opposed to the lower auxiliary cover assembly part 340 configured in the first operation part A1 is configured.

That is, as shown in Fig. 24, a pair of air cylinders 372 are inclined inwardly on the fixed body 371, and a pressing piece 374 is provided at the tip of the shaft bar 373 of the air cylinder 372, thereby providing an air cylinder. When the pressing piece 374 is raised by the operation of the 372, the pressing piece 374 causes the upper auxiliary cover 12 of the packaging box 10 to be folded inward.

The upper cover assembly 380 is configured between the third operating portion A3 and the fourth operating portion A4, but the configuration of the upper cover assembly 380 is the same as that of the lower cover assembly 360. Only the direction is turned 180 °.

That is, the bending guide plate 382 and the pressing roller 383 are configured on the fixed body 381 as shown in FIG. 27, and the bending guide plate 382 has an inclined surface 387 on one side and a bending surface on the other side. 368 is formed.

The bending guide plate 382 has a high inlet portion 384, and configured to be inclined downward toward the rear by lowering the outlet portion 386, and the lower surface of the pressing roller 383 configured behind the bending guide piece 360 is It is configured to be slightly lower than the outlet portion 386 of the bending guide plate 382.

The fourth operating part A4 is a discharge part of the packing box 10, and when the operating cylinder 350 reaches the fourth operating part A4, the suction force of the vacuum suction pad 352 operated by the vacuum solenoid valve is reduced. The packaging box 350 is to be separated while being terminated.

The packaging operation of the article using the automatic packaging device 100 of the packaging box configured as described above is as follows.

That is, as shown in Figure 1, the packaging box 10 in the folded state in the supply box 230 configured in the packaging box supply unit 200 is put up as much as necessary, but the main body side (11 ') in the folded state of the supply container ( It is positioned toward the formed inclined surface 236 of the side plate 233 of 230.

As described above, when the required amount of folded packaging box 10 is completed in the supply container 230, the air cylinder 222 installed at the lower end of the supply container 230 is operated to move the packaging box 10 forward at a constant pressure. Push to

In other words, if the shaft 223 is pulled forward by operating the air cylinder 222, the connecting rod 241 installed at the tip of the shaft 223 pulls the plate 240 forward, and thus, the supply cylinder 230 The filled packing box 10 is pushed forward at a constant pressure.

At this time, the packing box 10 located at the forefront is caught by the inclined surface 236 formed on one side plate 233 and is no longer moved forward to maintain the stopped state as shown in FIG.

Means for generating a force to pull the shaft rod 223 forward with a constant pressure through the air cylinder 222 is made by a pressure control valve connected to the air cylinder 222 as is generally used.

As described above, when the filling of the packing box 10 in the supply container 230 is completed, an operation cylinder located at the first operation part A1 of the packing box assembly and the packing part 300 configured at the front of the packing box supply part 200. The 350 is operated to form the main body 11 of the flatly folded packing box 10 in a square while drawing out one packing box 10.

The above process is described in detail.

That is, when the operation cylinder 350 located in the first operation unit A1 is operated to move the shaft rod 351 forward, the vacuum adsorption pad 352 moves forward with the shaft rod 351 to exit the supply passage 230. After passing through) is in contact with the main body 11 of the packaging box 10 located in the forefront of the supply container 230.

When the suction force is applied to the vacuum adsorption pad 352 by the vacuum solenoid valve in the above state, the packaging box 10 is vacuum adsorbed on the front surface of the vacuum adsorption pad 352, and in this state, the shaft of the operation cylinder 350 When the 351 is reversed, one packing box 10 is taken out together with the vacuum adsorption pad 352.

When one of the packing boxes 10 is pulled forward, the main body side 11 'is pushed backward by the inclined surface 236, and the rectangular packing box 10 is deformed into a rectangular cylindrical shape, and in this state, vacuum When the suction pad 352 is fully restored, the packing box 10 is fitted into the insertion portion 331 of the cover 330 while maintaining the rectangular cylindrical shape, and at the same time, the main body side 11 ′ is inserted into the insertion portion 331. In contact with the shape-retaining piece 332 constituted on both sides, the square shape is stably maintained without reversing.

In the above state, as shown in FIGS. 15 to 17, when the air cylinder 341 located at the bottom of the first operation unit A1 is operated to move the shaft bar 342 upward, the pressing piece 343 installed at the tip of the shaft bar 342. ) Will be folded up in the inward direction the lower auxiliary cover 14 configured on both sides of the packaging box (10).

At this time, the degree of folding of the lower auxiliary cover 14 by the pressing piece 343 is such that the lower auxiliary cover 14 is completely folded inwardly and folded to be in contact with the inner surface of the main body side 11 '. Even if the pressing piece 343 is separated from the lower auxiliary cover 14, it is ideal to keep the state in which the lower auxiliary cover 14 is folded at least 90 degrees inward from the main body side 11 'at least.

As described above, when the shaft rod 342 and the pressing piece 343 of the air cylinder 341 are moved upward to fold the lower auxiliary cover 14, and then the pressing piece 343 is restored to the initial state, the sensor operates. The driving motor M is operated to rotate the drive gear 313 and the driven gear 312, so that the turntable 320 connected to the rotating body 311 gradually rotates in the clockwise direction.

As described above, when the packaging box 10 is rotated on the vacuum adsorption pad 352 of the operation cylinder 350 in a fixed state of adsorption, the lower cover 15 protruding from the bottom of the packaging box 10 is the lower cover. In contact with the inclined surface 367 located at the inlet portion 364 of the bending guide plate 362 of the assembly portion 360.

When the packaging box 10 continues to rotate in the clockwise direction in the above state, the lower cover 15 protruding from the bottom of the packaging box 10 as shown in FIG. 20 is inclined by the inclined surface 367 of the bending guide plate 362. When the primary box is folded and the rotation of the packing box 10 proceeds in the above state, the secondary box is folded as shown in FIG. 21 at the middle portion 365 of the bending guide plate 362, and the lower cover 15 is 2 When the rotation is performed in the folded state to reach the exit portion 366, the tip folded portion of the lower cover 15 is inserted into the main body 11 inlet of the packaging box 10 as shown in FIG. do.

When the packing box 10, which is fixed to the vacuum suction pad 352 together with the turntable 320 and the operation cylinder 350 in the above state, moves, the pressure roller positioned in front of the bending guide plate 362 as shown in FIG. 23 ( 363), the lower cover 15, which is fitted to the inlet portion of the main body 11 of the packaging box 10, is pushed upward by the pressure roller 363, and then assembled completely.

When the assembly of the lower cover 15 of the packaging box 10 is completed in the lower cover assembly 360 as described above, the operation cylinder 350 rotates to the second operation unit A2 and stops the operation. At this time, the vacuum suction force of the vacuum suction pad 352 is maintained.

When the packaging box 10 having the lower end fully assembled reaches the second operation unit A2, the packaging to be packaged in the packaging box 10 is packed in the first operation unit A1. The packing box 10 filled in the supply container 230 by another operation cylinder 350 is taken out by the vacuum suction pad 352, and the taken out packing box 10 is rotated by the turntable 320. Accordingly, while repeating the above-described operation, the lower auxiliary cover 14 and the lower cover 15 positioned at the bottom of the packing box 10 are repeatedly assembled.

When the second operation unit (A2) to put the goods to be packed in the packaging box 10, it is ideal to have a separate support plate (not shown) is installed at the bottom of the packaging box 10, which is the packaging box (10) ), But the vacuum suction pad 352 is firmly fixed to the adsorption, but to prevent the position of the packaging box 10 is changed in the process of putting the goods into the packaging box 10 to facilitate the assembly operation of the back process. It is.

In this case, as a means for injecting the goods into the packing box 10, the worker may manually put the goods into the packing box 10, and in addition to these means to configure a separate supply device and then automatically the goods in the packing box 10 It can also be put in.

However, the supply device is configured differently according to the type of the article to be packaged, for example, rubber gloves, soap, loofah, and the like.

When the input of the goods to be packaged in the packaging box 10 is completed as described above, the turntable 320 rotates to move the packaging box 10 to the third operation unit A3 and then stops, and the third operation unit ( In A3), the upper auxiliary cover 12 of the packing box 10 is folded inward.

At this time, the goods to be packaged are put in the packing box 10 located in the second operation unit A2.

The operation of folding the upper auxiliary cover 12 of the packing box 10 from the upper auxiliary cover assembly 370 in the third operation unit A3 is as follows.

That is, as shown in FIGS. 24 to 26, when the air cylinder 372 located above the third operation unit A3 is operated to move the shaft 371 downward, the pressing piece 374 provided at the tip of the shaft 373 is The upper auxiliary cover 12 configured on both sides of the packing box 10 is folded downward inward.

At this time, the upper auxiliary cover 12 by the pressing piece 374 is completely folded inwardly to be folded to contact with the inner surface of the main body side 11 ', even if the pressing piece 374 is separated from the upper auxiliary cover 12, Ideally, the auxiliary cover 12 will not be fully retracted and will remain at least 90 ° folded inward from the body side 11 '.

As described above, when the shaft bar 373 and the pressing piece 374 of the air cylinder 372 are moved downward to fold the upper auxiliary cover 12, and then the pressing piece 374 is restored to the initial state, the sensing operation of the sensor. By driving the drive motor (M) to rotate the turntable 320 in a clockwise direction.

When the packaging box 10 moves to the fourth operation unit A4 in the above state, the upper cover 13 protruding from the upper end of the packaging box 10 reaches the upper cover assembly 380 and the upper cover. The upper cover 13 is folded in the assembling unit 380 to be inserted into the packing box 10.

Referring to the above process, as shown in FIG. 29, the upper cover 13 reaches the inlet portion 384 of the bending guide plate 382 and is first folded in contact with the inclined surface 387. If continues to rotate in the clockwise direction as shown in Figure 30, the upper cover 12 protruding on the top of the packaging box 10 is second folded while reaching the middle portion 385 of the bending guide plate 382.

When the upper cover 12 is rotated in the state where the upper cover 12 is folded as described above and positioned at the outlet 386, the front end of the upper cover 12 is folded as shown in FIG. 31. (11) It is placed in the inlet part.

In the above state, when the packing box 10 adsorbed and fixed to the vacuum adsorption pad 352 together with the turntable 320 and the operation cylinder 350 moves in contact with the pressure roller 383 located in front of FIG. 32. By pressing the roller 383, the upper cover 12, which is inserted into the main body 11 of the inlet of the packaging box 10, is pressed down and completely assembled, so that the packaging of the goods in the packaging box 10 is completed.

As described above, when assembly of the upper cover 12 of the packing box 10 is completed in the upper cover assembly 380, the operation cylinder 350 rotates to the fourth operation unit A4 and stops at the same time. Since the vacuum solenoid valve of the operation cylinder 350 reaching the fourth operation unit A4 by the sensing operation of the sensor is operated to terminate the vacuum adsorption operation, the packing box 10 is separated from the vacuum adsorption pad 352. Falling down and dropping the packaging box 10 is to be loaded into the loading portion through the product discharge portion is completed automatic packaging of the article to be provided in the present invention.

At this time, the first operation unit (A1) is made of adsorption withdrawal of another packaging box 10 and the lower auxiliary cover folding of the packaging box is made, the second operation unit (A2) in the input of the goods in the packaging box (10). In the third operation part A3, the operation of folding the upper auxiliary cover 13 of the packing box 10 is repeatedly performed.

As described above, if the paper box 10 filled in the supply container 230 is reduced to a certain amount as the automatic packing operation proceeds, the sensor operates to recognize the worker, and the worker replenishes and supplies a new packing box in the supply container. .

In order to replenish the new packing box 10 in the supply container 230, the air cylinder 222 is operated to reverse the mill 240, and the packing box 10 filled in the supply container 230 is rearward. As it falls down, a means for preventing this is needed.

The means is made by the finger spring 250 and the fingerboard plate 252 installed on the side of the supply container 230.

When the above process is described, the tangy spring 250 is compressed by reversing the finger plate 252 located at the tip of the guide rod 251 before operating the air cylinder 222 to reverse the wheat plate 240. When the plate 252 is sandwiched between the packing box 10 located in the front of the wheat plate 240, the tanji board 252 is supported by the packing box 10, as shown in Figure 9 will not fall to the back.

In the above state, the air cylinder 222 is operated to allow the wheat plate 240 to be reversed, and the new packing box 10 is filled in the required amount therebetween, and then the air cylinder 222 is operated to operate the air plate 222. Pushing the packing box 10 forward by pressure, and at the same time to remove the fingerboard plate 252 supported by the tangy spring 250, the packing box 10 filled in the supply container 230 is again in the wheat plate 240 Is properly pressurized to ensure normal supply.

The fingerboard plate 252 separated from the packing box 10 is located at the tip of the guide rod 251 again as in the initial state and waits for the next operation.

As described above, the present invention provides a packaging box assembly and packaging unit on the front side of the packaging box supply unit in constructing the automatic packing device for the packaging box, and the packaging boxes filled in the supply box of the packaging box supply unit one by one by a vacuum adsorption pad. The packaging box assembled and transported to the packing box assembly and packing part in sequence, and the packing box adsorbed and drawn out on the vacuum adsorption pad is completed at the lower auxiliary cover assembly part and the lower cover assembly part, and the lower part of the packing box is assembled. In the above state, a lot of time for the work of packing the goods in the packing box by automatically packing the goods by the continuous repetition of the operation to complete the assembly of the upper part of the packing box at the upper auxiliary cover assembly and the upper cover assembly again. Not only can we save money and manpower, but we can expect cost savings. It is, and will be effective, such as being able to improve the productivity.

1: Side view of the present invention

2: Plan configuration diagram of the subject innovation

3: a state diagram in which the plate is reversed in the state of FIG. 2

4 is a side configuration diagram of the packing box supply unit of the present invention

Figure 5 is a state diagram with one side plate removed in the state of Figure 4

6: side configuration diagram of the packaging box assembly and packaging unit of the present invention

7: Plan configuration diagram of the present invention packaging box assembly and packaging

8 is a plan view of the present invention packaging box supply unit

9 is a state diagram in which the plate is reversed in the state of FIG.

10: perspective view of the present invention packaging box supply portion

11 is a perspective view of the cover coupled to the vacuum suction pad portion of the operation cylinder of the present invention

12: perspective view of the present invention adsorption pad

Figure 13 is a folded state of the packaging box of the present invention

14 is a state diagram assembled in the first state in the state of FIG.

15 is a configuration diagram of the lower secondary cover assembly of the present invention packaging box

Figure 16: the state in which the pressing piece is raised in the state of Figure 15, the lower auxiliary cover first folded

FIG. 17: Secondary state of lower auxiliary cover in state of FIG. 16

18: schematic diagram of the present invention lower cover assembly

19: perspective view of the bending guide plate configured in the lower cover assembly

20 is a state in which the lower cover enters the bending guide piece in the lower cover assembly.

Figure 21: the state in which the lower cover is first folded in the state of Figure 20

22: A state in which folding is carried out in the state of FIG.

Fig. 23 is a state in which the lower cover is fully assembled by being pressed by the pressure roller in the state of Fig. 22;

24: configuration of the upper secondary cover assembly of the subject innovation

25: a state in which the upper auxiliary cover is first folded in the state of FIG. 24

FIG. 26: Secondary state in which the upper auxiliary cover is folded in the state of FIG. 25

27: Configuration diagram of the upper cover assembly of the subject innovation

28 is a perspective view of the bending guide plate configured in the upper cover assembly

29: the state in which the upper cover enters the bending guide plate in the upper cover assembly

Fig. 30 is a state diagram in which the upper cover is first folded in the state of Fig. 29;

FIG. 31: A state in which folding is performed in the state of FIG. 30 and inserted into an inlet of a packing box

32: A state in which the upper cover is fully assembled by pressing the pressure roller in the state of Figure 31

<Description of the symbols for the main parts of the drawings>

(A1)-First operating part (A2)-Second operating part

(A3)-Third Actuator (A4)-Fourth Actuator

(10)-Packaging Box (11)-Body

(11 ')-Main Body Side (12)-Upper Side Cover

(13)-top cover (14)-bottom cover

(15)-Lower Cover (100)-Automatic Packaging Machine

(200)-packaging box supply (210)-base

(221)-Between (222)-Air Cylinder

(223)-Shaft (230)-Supply Bin

(231)-Incision (232)-Bottom

(233)-Side Plate (235)-Exit

(236)-Slope (237)-Ground

(240)-Sheet (241)-Connection

(242)-Tanjipan (243)-Spring

(244)-Drive Roller (250)-Tangji Spring

(251)-Guide Rod (252)-Tanji Plate

(253)-Front Batten (254)-Rear Batten

(300)-Packaging box assembly and packing department

(310)-Fixing Base (311)-Rotating Body

(312)-driven gears (313)-driven gears

(320)-turntable (330)-cover

(331)-Insert (332)-Shape Retention

(340)-Lower Auxiliary Cover Assembly (341)-Air Cylinder

(342)-Axes (343)-Push

(350)-Operating Cylinder (351)-Shaft

(360)-Lower Cover Assembly (361)-Retaining Body

(362)-Bending Guides (363)-Pressure Rollers

(364)-Inlet (365)-Intermediate

(366)-Outlet (367)-Slope

(368)-Bent Surface (370)-Upper Subcover Assembly

(371)-fixation (372)-air cylinder

(373)-Axes (374)-Push

(380)-Top Cover Assembly (381)-Retaining Body

(382)-Bending Guide (383)-Pressure Roller

(384)-Inlet (385)-Intermediate

(386)-Outlet (387)-Slope

(388)-Bent Surface

Claims (7)

In constructing a packaging device for automatically packaging the necessary items in the packaging box, comprising a packaging box supply unit and packaging box assembly and packaging unit, the packaging box supply unit is a supply container filled with a flat folded packaging box, the supply container The filled packing box is pressed forward by a pressing plate pressed by an air cylinder, and the front side of the supply container constitutes an outlet having an inclined surface so that the main body of the packing box is formed in a square shape while the packing box is drawn out, The box assembly and packaging unit is installed intermittently to rotate the turntable with a plurality of operation cylinders, it is divided into a first operation unit and a second operation unit, the third operation unit and the fourth operation unit, the operation cylinder on the turntable Install a vacuum suction pad on the shaft of each working cylinder, and insert the insertion part at the tip of the working cylinder. And a cover having a shape retaining piece formed thereon, the lower auxiliary cover assembly being formed at the bottom of the first operating part, the lower cover assembly being formed between the first operating part and the second operating part, and the upper part being the third operating part. And an auxiliary cover assembly, and an upper cover assembly configured between the third and fourth operation parts. The apparatus of claim 1, wherein a guide rod is installed at one side of the supply container, and the guide rod is elastically installed with a finger spring and a finger plate. According to claim 1, wherein the lower auxiliary cover assembly is formed on the lower side of the first operating portion is installed a pair of air cylinders inclined upward, the pressing piece is installed on the shaft end of the air cylinder by pressing the pressing piece when the shaft of the air cylinder is advanced Automatic packing device of the packing box, characterized in that the lower auxiliary cover located at the bottom of the packing box to be folded inward. According to claim 1, wherein the lower cover assembly located between the first operating portion and the second operating portion is provided with a bending guide plate consisting of the inclined surface and the bent surface, the inclined surface and bending of the bending guide plate by installing a pressure roller in front of the bending guide plate The lower lid is folded step by step so that the folded end of the lower lid is fitted to the bottom of the packaging box, and at the same time it is pressed by the pressure roller to be assembled to the packaging box, characterized in that the lower cover. According to claim 1, wherein the upper auxiliary cover assembly configured above the third operating portion is installed in a pair of air cylinders downward, the air cylinder shaft rod end is provided with a pressing piece, the upper auxiliary cover of the packaging box in the inward direction Automatic packaging device for packaging boxes, characterized in that the folding. The upper cover assembly of claim 1, wherein the upper cover assembly portion formed between the third operation portion and the fourth operation portion is provided with a bending guide plate composed of an inclined surface and a bending surface, and a pressure roller is installed in front of the bending guide plate. Automatic packaging device for packaging boxes characterized in that it is folded in multiple stages so as to be fitted to the top of the packing box, and at the same time the top cover is assembled while being pressed once more by the pressure roller. The turntable of claim 1, wherein a rotary body is installed at the lower end of the turntable, a driven gear is installed on the outer surface of the rotary table, and the driven gear is intermittently coupled with the drive gear of the driving motor to cause the turntable to rotate intermittently. Automatic packaging equipment for packaging boxes.