KR100505787B1 - An automatic supply device for packing box - Google Patents

Abstract

The present invention provides a stacking transfer device fixed in a pair of upper and lower frames, both ends of which are connected to a valve and composed of a supporting rod having several locking pieces; It is installed at the lower part of the laminated conveying apparatus and is connected to the motor and the shaft, and has a conveying belt passing through the upper surface of the frame and a rotating means at the center, and a double sensing sensor is formed at one front side, and the front side is higher than the rear side by the lower leg. A rotary feeder composed of a frame formed inclinedly; A non-powered transfer device connected to the rotary feeder and configured by a lower leg, the rear side having a higher inclination than the front side, the frame having a first alignment means at the front end, and a rotatable roller between the frame; It is connected to the non-powered transfer device, the lower side is supported by the legs and has a second alignment means at the front end is connected to the frame and extending the lower motor and shaft and characterized by a transfer alignment device consisting of a transfer belt passing through the upper surface of the frame The present invention relates to an automatic packaging box supplying apparatus, which is configured by an automated line between a supplying apparatus and a folding apparatus, thereby improving productivity and improving a company's external competitiveness.

Description

An automatic supply device for packing box

The present invention relates to an automatic packing box supplying device, and more particularly, to install a device capable of rotating and automatically moving the packing box between the supplying device and the folding device to automatically transfer the packing box without passing through the operator. The present invention relates to a packaging box automatic feeding device.

Agricultural products are shipped through the packaging process for the safety of the product. Plywood, synthetic resin, and corrugated cardboard are used in consideration of the characteristics and shape of the packaging. Recently, many cardboard boxes are used.

However, the manufacturing process of the corrugated cardboard packaging box as described above requires a rotation process of inverting the printing portion of the packaging box to face downward between the printing process and the folding process.

In other words, if you look at the printing process of the packing box, it passes through the printing roller to print various characters or pictures on the packing box. At this time, the printing roller is always installed on the upper side to prevent the print feeling from flowing down. .

However, if the packaging box with the printing on the upper side goes to the folding process without going through the upside down process, when the folding box is folded due to the structure of the folding machine, the printing part is folded inside the packaging box so that the printing part of the packaging box can be identified from the outside. Can't use the box.

In general, the printing process and folding process of the packing box are mechanized, but in the process of inverting the packing box, the worker collects the packing box through the printing process, turns the packing box over, and transfers the non-powered roller to transport the packing box. Since the work process is cumbersome and does not become automated because it must be transported to the collection unit of the folding machine, there is a problem in that productivity is reduced due to deterioration of work efficiency.

The present invention has been made to solve the above problems, an object of the present invention is to form an automated line between the supply process and the folding process of the printed packaging box to prevent the labor shortage and increase productivity To provide a supply.

It is another object of the present invention to provide an automatic packing box supplying device to form an automated line so as to reduce the working space and greatly increase the space utilization of the workplace.

In order to achieve the above object, the present invention provides a stacking device comprising a support rod fixed in a pair of upper and lower frames, both ends of which are connected to a valve, and formed of a plurality of locking pieces; It is installed at the lower part of the laminated conveying apparatus and is connected to the motor and the shaft, and has a conveying belt passing through the upper surface of the frame and a rotating means at the center, and a double sensing sensor is formed at one front side, and the front side is higher than the rear side by the lower leg. A rotary feeder composed of several frames formed inclined; A non-powered transfer device connected to the rotary feeder and configured by a lower leg, the rear side having a higher inclination than the front side, the frame having a first alignment means at the front end, and a rotatable roller between the frame; It is connected to the non-powered transfer device, the lower side is supported by the legs and has a second alignment means at the front end is connected to the frame and extending the lower motor and shaft and characterized by a transfer alignment device consisting of a transfer belt passing through the upper surface of the frame The automatic packaging device supplying apparatus is a technical gist.

The rotating means is preferably composed of a rotating shaft having one end is coupled to the sprocket connected to the motor by a chain and formed with several rotating members having insertion portions on both sides.

The first alignment means is connected to the support rods formed on both sides of the outer frame and the support plate is fixed to the support rods and the guide rods are provided with a handle and a shaft and are connected to the support rods are fixed to the locking means and the fixed plate having a fixed plate It is preferable that the end is composed of a cylinder formed with an alignment plate.

The extension means is inserted into the rack engaged with the pinion gear inside the frame and the pinion gear is preferably configured to be connected to the shaft connected to one side of the handle.

Hereinafter, with reference to the drawings showing a preferred embodiment of the present invention will be described in detail.

1 is an overall front view showing an embodiment according to the present invention, Figure 2 is a whole plan view except the stacking transfer apparatus showing an embodiment according to the present invention, Figure 3 is a lamination showing an embodiment according to the present invention 4 is a perspective view of a rotating device showing an embodiment according to the present invention, FIG. 5 is a perspective view of a first alignment means showing an embodiment according to the present invention, and FIG. It is a perspective view of the extension means and the 2nd sorting means which show one Embodiment.

As shown in the drawings, the present invention, the packaging box 62 transferred from the supply unit 10 by laminating a predetermined unit of the stack transfer device 20 to send to the next device, and the transport of the packing box 62 The rotary feeder 30, which flips the printing unit downward, and transfers it to the next process, the non-powered feeder 40 which feeds the packing box 62 without a force by the roller 43, and the packing box 62. Consists of a transfer sorting device 50 for transporting, aligning up to the collection unit 61, which is just before the folding device 60.

The stacking feeder 20 connected to the supply device 10 and installed on the upper side of the rotary feeder 30 is formed on the upper side of the frame 21 and has a support rod 22 installed in a pair of upper and lower sides. On the side of the support rod 22 is formed a latching piece 23 to which several packing boxes 62 are locked, and the support rod 22 is controlled by a valve 24 capable of switching by 90 ° formed at an end thereof.

The rear side of the frame 35 is formed higher than the front side by the legs 36 supporting the lower side, and the motor 37a below the frame 35 is installed on the rotary transfer apparatus 30 connected to the stacked transfer apparatus 20. ) And a transport belt 33 connected to the rotating shaft 37d are formed to pass through the upper surface of the frame 35. The center of the frame 35 is provided with a rotating means 37 and a double sensing sensor 34 at the front end thereof. ) Is formed, and the sensor (38g) is attached to a position corresponding to the rotating means (37) on the side of the frame (35).

The rotating means 37 is provided with several rotating members 37e having an insertion portion 37f on the side of the rotating shaft 37d, and one side of the rotating shaft 37d is fixed by fixing means such as a bearing and the other side thereof. It is connected to the sprocket 37c and the sprocket 37c is connected by a motor 37 and a chain 37b fixedly installed under the frame 35.

The non-powered feeder 40 connected to the rotary feeder 30 is formed with a rear side of the frame 41 higher than the front side by the legs 42 supporting the lower portion, that is, the front side of the rotary feeder 30. The rear side of the non-powered transfer device 40 should be located on the same side-by-side line without any step, so that the transfer of the packing box 62 should not be overwhelming.

Between the frame 41 is composed of several rotatable rollers 43, the first alignment means 44 for aligning the side of the packaging box 62 is formed on both sides of the frame 41.

The first alignment means 44 is formed with a support plate 44a connected to both sides of the frame 41 by the support rods 44c. The first alignment means 44 is connected to the handle 44b on one side of the support plate 44a and has an external thread formed on the outside thereof. A guide rod 44e is attached to the support rod 44c, and a locking means 44d having a fixing plate 44f downward is formed thereon, and the fixing plate 44f has a cylinder 44g having an alignment plate 44h at its tip. ) Is attached.

The transfer alignment device 50 connected to the non-powered transfer device 40 is supported by the legs 55 at the lower side thereof, and has a second alignment means 57 at the lower side thereof and an extension means 56 therein. It is connected to the frame 54 and the lower motor 51 and the shaft 52 and consists of a conveying belt 53 passing through the upper surface of the frame 54.

The second alignment means 57 has a cylinder 57a having an alignment plate 57b formed at a distal end thereof fixed to the lower side of the frame 54, and the extension means 56 has a handle 56a inside the frame 54. ) And a rack 56c which is engaged with the pinion gear 56b installed by the fixed shaft 56d is inserted.

The function by the structure of this invention is demonstrated in detail.

As shown in FIG. 1, when the packing box 62 subjected to the printing process is supplied to the stack transfer device 20 one by one through the supply device 10, the packing box 62 is caught and caught by the catching piece 23 formed on the supporting rod 22 at the bottom thereof. When the box 62 continues to be stacked and the quantity of the packing box 62 is input in advance, the valve 24 connected to the supporting rod 22 is operated to rotate the supporting rod 22 downward so that the locking piece 23 moves downward. The packing box 62 stacked as is dropped on the front end of the rotary feeder (20).

At the same time, the engaging piece 23 formed at the upper support rod 22 is turned inward by the operation of the valve 24 connected to the support rod 22, and the packing box 62 is supplied one by one from the supply device 10 for a while. When the lower locking piece 23 is lowered by the operation of the valve 24 in the storage state, the packing box 62 is dropped by the rotary feeder 30 to be transported, and the feeding interval of the packing box 62 to some extent. When this is done, the upper locking piece 23 pours out the packing box 62 stored by the operation of the valve 24 to the lower side, and at this time, the lower locking piece 23 is already operated by the operation of the valve 24. Since it is inward, the spilled packing box 62 is received and stored again, and when the input quantity is filled again, the catching piece 23 is opened to the outside by the valve 24, and the stacked packing box 62 is rotated again. 30 to send.

This operation is repeatedly performed, and the upper and lower locking pieces 23 are operated by the operation of the valve 24 to have a predetermined time individually, the packing box 62 is stacked uniformly in a certain unit It is intended to be transported at intervals of a degree.

The packing box 62 sent to the rotary transfer device 30 is placed in the transfer belt 33 connected to the motor 31 and transferred, and then the sensor 37g arrives when the insertion part 37f of the rotary member 37e arrives. When this is detected and transmitted to the motor 37a, the sprocket 37c connected to the motor 37a by the chain 37b rotates by the operation of the motor 37a, and the rotating shaft 37d connected thereto rotates and the nature is rotated. The rotating member 37e is also rotated so that the packing box 62 which is waiting for the insertion part 37f of the rotating member 37e is transferred to the opposite side.

In other words, the printing portion of the packaging box 62 is located on the upper side is turned upside down.

On the other hand, the front end of the rotary transfer device 30 is provided with a sensing sensor 34 at a predetermined interval so that it does not matter when the packaging box 62 passing through it maintains a constant interval, but if two packaging boxes 62 are In order to prevent transportation failure of the packing box 62, since the installation interval of the sensing sensor 34 is formed larger than one vertical width of the packing box 62 and the same or less than two vertical widths when the adhesive is transported without a gap. The rear supply apparatus 10 is interrupted and stopped.

If there is no abnormality, the packing box 62 passing through the rotary transfer device 30 is transferred to the non-powered transfer device 40 through the transfer belt 33.

When the packing box 62 stacked in a predetermined unit is transferred to the non-powered feeder 40 formed at a high inclination and the front side is inclined, the rotary roller 43 is slid by the weight of the packing box 62, and the transfer sorting device 50 Will be moved to).

The first alignment means 44 for aligning the side of the packaging box 62 is formed at the front of the non-powered transfer device 40 so that the front end of the cylinder 44g when the side of the packaging box 62 is not aligned. Alignment plate 44h provided in contact with the side of the packaging box 62 by the operation of the cylinder 44g to align the packaging box 62 side.

If the width of the packing box 62 is small, when the handle 44b provided on the support plate 44a of the first alignment means 44 is rotated, the cylinder 44g is fixed to the locking means 44d connected to the support rod 44c. It is fixed to (44f), the fixing plate 44f is connected to the guide rod (44e) formed of a male screw, so that the alignment box 44h at the tip of the cylinder (44g) at intervals corresponding to the width of the packing box 62 I can move it.

In this way, when the lock is locked by the locking means 44d after the width adjustment is completed, the cylinder 44g is not fixed.

The packing box 62 passing through the non-powered conveying device 40 moves to the feed sorting device 50 and is automatically collected by the conveying belt 53 driven by the motor 51. Up to 61 are conveyed.

Meanwhile, the packing box 62 transferred to the collecting unit 61 operates the second sorting means 57 provided at the tip of the transfer sorting device 50 for rearward alignment and is formed on the second sorting means 57. As the alignment plate 57b at the tip of the cylinder 57a pushes the rear side of the packing box 62 by the operation of the cylinder 57a, the packing box 62 is aligned before being passed on to the folding device 60. Keep it.

In addition, an extension means 56 is provided inside the front end frame 54 of the transfer alignment device 50. If the vertical width of the packing box 62 is increased, the handle 56a rotates to engage the rack 56c. As the pinion gear 56b is rotated linearly, the rack 56c inserted into the frame 54 protrudes, and the length of the transfer alignment device 50 is extended so that the packing box 62 is irrespective of the size of the packing box 62. It can be used easily.

As described above, the present invention was devised to solve the above problems, and the effect of the present invention is to reduce the working space by automating the process between the packaging box printing supply device and the packaging box folding device, thereby reducing the space utilization of the workplace. There is an advantage to greatly increase.

 The effect of the present invention has the advantage that all processes are configured in an automated line from the packaging box printing process to the final process of transporting the finished packaging box finished product to the container.

Another effect of the present invention is to prevent the labor shortage of the enterprise by the configuration of the automation line to improve the productivity can improve the external competitiveness of the company.

Although the present invention has been described in the preferred embodiment, the present invention may use various changes, modifications, and equivalents.

It is clear that the present invention can be applied in the same manner by appropriately modifying the above embodiments. Therefore, the above description does not limit the scope of the present invention as defined by the following claims.

1 is an overall front view showing an embodiment according to the present invention.

Figure 2 is an overall plan view, except for the laminated conveying apparatus showing an embodiment of the present invention.

Figure 3 is a perspective view of a stack transfer device showing an embodiment of the present invention.

4 is a perspective view of a rotating means showing an embodiment of the present invention.

Figure 5 is a perspective view of the first alignment means showing an embodiment of the present invention.

Figure 6 is a perspective view of the extension means and the second alignment means showing an embodiment of the present invention.

Explanation of symbols used in the main part of the drawing

A: Packaging box automatic feeder 10: Feeder

20: laminated conveying apparatus 21: frame

22: support rod 23: jam

24: valve 30: rotary feeder

31: motor 32: rotating shaft

33: Transfer belt 34: Detection sensor

35: Frame 36: leg

37: rotating means 37a: motor

37b: Chain 37c: Sprockets

37d: rotating shaft 37e: rotating member

37f: Insertion part 37g: Sensor

40: powerless feeder 41: frame

42: Leg 43: Roller

44: first alignment means 44a: support plate

44b: steering wheel 44c: support rod

44d: locking means 44e: guide rod

44f: Fixed plate 44 g: Cylinder

44h: alignment plate 50: feed alignment device

51: motor 52: shaft

53: Transfer belt 54: Frame

55: leg 56: extension means

56a: Handle 56b: Pinion Gear

56c: rack 56d: fixed shaft

57: second alignment means 57a: cylinder

57b: alignment plate 60: folding device

61: collecting 62: packing box

Claims (5)

A stacking feeder fixed in a pair above and below the frame, and having both ends connected to the valve, and comprising a supporting rod having several catching pieces; It is installed at the lower part of the laminated conveying apparatus and is connected to the motor and the shaft, and has a conveying belt passing through the upper surface of the frame and a rotating means at the center, and a double sensing sensor is formed at one front side, and the front side is higher than the rear side by the lower leg. A rotary feeder composed of several frames formed inclined; A non-powered transfer device connected to the rotary feeder and configured by a lower leg, the rear side having a higher inclination than the front side, the frame having a first alignment means at the front end, and a rotatable roller between the frame; It is connected to the non-powered transfer device, the lower side is supported by the legs and has a second alignment means at the front end is connected to the frame and extending the lower motor and shaft and characterized by a transfer alignment device consisting of a transfer belt passing through the upper surface of the frame Packaging box automatic feeding device. The method of claim 1, The rotating means is a packaging box automatic supply device, characterized in that the one end is composed of a rotating shaft which is coupled to the sprocket connected to the motor by a chain and has a plurality of rotating members having an insertion portion on both sides. The method of claim 1, The first alignment means is connected to the support rods formed on both sides of the outer frame and the support plate is fixed to the support rods and the guide rods are provided with a handle and a shaft and are connected to the support rods are fixed to the locking means and the fixed plate having a fixed plate Automatic packaging box characterized in that consisting of a cylinder formed with an alignment plate at the tip. The method of claim 1, The extension means is inserted into the rack engaged with the pinion gear inside the frame and the pinion gear is automatic packaging box, characterized in that the one side is connected to the shaft connected to the handle. The method of claim 1, The second alignment means is a packaging box automatic supply device, characterized in that attached to the cylinder having a alignment plate at the lower end of the frame.