KR100293724B1 - Automatic storage device for flat products - Google Patents

Abstract

The present invention is to intermittently supply a packaging box, and arranged in two rows of a plurality of products molded in the molding apparatus to be stored in the packaging box, while storing the packaging box by advancing by a predetermined interval, the packaging box complete the storage It can improve the work efficiency by automatically carrying out a series of processes to discharge, and also reduce the manufacturing cost due to the reduction of labor cost by eliminating the operator's input, and especially prevent the worker directly lifting heavy packing box. As a result, it is possible not only to fundamentally prevent injuries such as injuries to the waist, but also to apply and use the product regardless of the amount of increase.

Description

Automatic storage device for flat products

The present invention relates to an automatic accommodating device for a flat product, which automatically accommodates a predetermined number of packaging products into which a flat molded product is put and automatically ejects a packaging box in which a product is stored.

In more detail,

It allows the packaging box to be supplied intermittently, and gradually moves the supplied storage box to sequentially store the products conveyed by the conveying means and automatically discharges the product after the storing of the product is completed. .

SUMMARY OF THE INVENTION The present invention seeks to provide an apparatus which is generally plate-shaped and capable of receiving a product of a rather small size in a packaging box at the same time of production.

Conventionally, when a product having a flat plate is molded by a mechanical device such as a press or an injection machine, the product is collectively stored in a storage container and then taken out one by one and stored in a packing box, or when the molded product is transferred by a conveying means, a packing box It was stored directly in.

In order to store the product in the packing box by an artificial method like this, it takes a lot of work time because the worker has to store it by hand, and the work is avoided due to the simple work. There is a problem that should be considered so that the workability is reduced and the worker can perform the shift work.

Therefore, there is a problem that the manufacturing cost increases due to the addition of labor costs according to the work.

In particular, when an artificial product is stored in a packing box by an artificial method, it is not easy to store it, and the weight of the packing box becomes too heavy, making it difficult for an operator to move the packing box in which the product is stored. But also the problem of back injury in the process of moving.

It is an object of the present invention to provide an automatic storage device for a flat product that is capable of eliminating the above problems and closures.

The present invention automatically accommodates a predetermined number of products that are molded into a flat plate by a device such as a press or an injection machine in a box supplied intermittently, and a flat plate capable of automatically discharging the packaging box in which the storage of the product is completed. The purpose is to provide an automatic storage device for a molded product.

Another object of the present invention is the process of intermittently supplying the packaging box, the process of setting the supplied packaging box, the process of arranging the supplied products in two rows of a plurality of products, the products arranged in two rows Is stored in the set packing box, but repeats the step of advancing step by step when the storage is completed, and when the storage of the product is completed, put the packing box on the discharge unit, and the packing box automatically It is to provide an automatic storage device of a flat product consisting of a process to discharge to.

Another object of the present invention is to allow a series of processes to be carried out automatically to improve the work efficiency, to reduce the manufacturing cost by reducing the labor cost by eliminating the operator, and correlated with the weight according to the material of the product The present invention provides an automatic storage device for a flat product that can be easily applied and used.

The above and other objects of the present invention,

In the case where the front side and the back side of the apparatus frame 10 are equipped with the normal box supply belt conveyor 2 and the box discharge roller conveyor 3,

The apparatus frame 10 includes a guide plate 22 having an inlet 20-1 and an outlet 20-2 formed on the slide plate 21 at a diagonal, and is provided with a transverse cylinder at one front side of the inlet 20-1. A transverse pusher 24 operated by 23 is provided, and a longitudinal pusher 24 operated by a seed cylinder 26 is provided on one side of the inlet 20-1, but the front upper side of the longitudinal pusher 27 is provided. The box opening portion 20 is provided with a cover expansion plate 31 which is operated up and down by a box cover expansion cylinder 30 and whose slope edge is a downward inclined surface,

Cylinder 41 for elevating plate 41 is formed in the front of the discharge port (20-2) is a rectangular plate and divided into a discharge surface (45-2) formed with an input surface (45-1) and a distribution hole (45-3). To the side, and the folding guides (48-1, 49-1) formed on the upper side of the input surface (45-1), the back folding guides (48) (49) to the ']' And provided with a box setting portion 40,

On the side, the upper side of the rear folding guides (48) (49) is provided with a rectangular receiving frame (51) having a middle of one side as a bursting portion (51-1) and a bottom surface as a slide surface and an operating space. The product storage block 55 is provided with an open portion facing the bursting portion 51-1 and divided into first and second storage chambers 57 and 58 by a partition wall 56. The front and rear operation by the cylinder 59 for the storage block, and in the center of the opening portion 51-1 of the storage frame 51 is provided with a clearance diaphragm 61 operated by the clearance cylinder 60, The opening and closing bracket 62-1, which is operated by the opening and closing bracket cylinder 62, is provided on both sides of the closing vibration plate 61, and a belt conveyor 5 for conveying a normal product on the center of the receiving frame 51. A support base 68 having a product input basket 6 and opening and closing a lower end of the operating space 53 by a support support cylinder 67 below the operating space 53. It is provided with a support rod insertion groove 54 on the side opposite to the bursting portion (51-1) of the storage frame 51 to insert and support the product support rod 66 is operated up and down by the support rod cylinder (64) A product storage part 50 formed by forming an insertion groove 68-2 in the support base 68,

A discharge roller 71 is mounted on the lower side of the distribution hole 45-3 of the elevating plate 45, and an discharge pusher 73 operated by the discharge cylinder 72 is mounted on the inner side of the discharge roller 71. It is achieved by the accommodating device 1, characterized in that provided with a discharge portion (70).

Since the invention is as described above, when the packaging box 4, which is transported by the box supply belt conveyor 2, is introduced through the inlet 20-1 of the box inlet 20, the cross cylinder 23 The push-up plate 45 of the box setting part 40 is pushed forward of the longitudinal pusher 27 by the actuating horizontal pusher 24 and by the longitudinal pusher 27 operated by the seed cylinder 26. If the surface 45-1 is placed in a hollow, and the lifting plate 45 is lifted by the lifting plate cylinder 41, the packing box 4 is the transverse cover 4-2 on both sides and the longitudinal cover on the trailing side. (4-3) is set while being folded to the outer surface of the main body (4-1) by the side folding guide 48 and the back folding guide (49).

The product A introduced by the product conveying belt conveyor 5 and the product feeding basket 6 in a state where the packaging box 4 is set is the first and second storage chambers 57 of the product storage block 55. When a plurality of pieces are charged in the 58), the clearance vibration plate 61 is operated by the clearance cylinder 60 to organize the product A, and after the charging is completed, it is supported by the support support cylinder 67. When the support 68 is retracted, the loaded product A is dropped into the packing box 4 and stored therein. When the storing is completed, the support stand 68 is advanced and the product A is completely stored in the packing box 4. The packaging box 4 is in a state of being moved toward the discharge surface 45-2 side of the elevating plate 45.

In this state, when the elevating plate 45 is lowered, the packing box 4 is placed on the discharge roller 71 to be raised to the upper side of the distribution hole 45-3, and is settled by the discharge cylinder 72 after completion of the settling. As the discharge pusher 73 moves forward, the packing box 4 is pushed to discharge the packing box 4 to the box discharge roller conveyor 3 side.

1A to 1C are a plan view, a front view, and a side view of an automatic receiving device for a thin plate product according to the present invention.

Figures 2a and 2b is a front and side view illustrating a state in which the packaging box is put in the lower side of the cover expansion cylinder of the box opening portion in the automatic storage device of a thin product according to the present invention.

Figures 3a to 3c is a plan view showing a state in which the packaging box is put into the box setting portion in the automatic storage device of the thin-shaped product according to the present invention.

Figure 4 is an exemplary front view showing a state in which the packaging box is set in the box setting portion in the automatic storage device of a thin plate product according to the present invention.

5a to 5i is an exemplary view showing a process of receiving a thin product in a packaging box set in the box setting portion in the automatic storage device of a thin product according to the present invention.

6a and 6b is an exemplary view showing the operating state of the product support rod in the automatic storage device of the thin-shaped product according to the present invention.

7 is a front view illustrating a state in which a thin product is completely accommodated in a packaging box in an automatic storage device of a thin product according to the present invention;

＊ Explanation of symbols on main part of drawing ＊

1: Storage device 2: Belt conveyor for box supply

3: box discharge roller conveyor 4: packing box

5: Conveyor belt for product transfer 6: Input basket for product

10 device frame 11: upper support plate

12: lower support plate 13: support pillar

20: box feeder 21: slide plate

22: guide plate 23: horizontal cylinder

26: seed cylinder 30: box cover expansion cylinder

31: cover expansion plate 32: downward slope

40: box setting portion 41: cylinder for lifting and lowering plate

42: chain fixing block 43: sprocket

44: chain 45: lifting plate

46: support 47: axis of rotation

48: side folding guide 49: rear folding guide

48-1, 49-1: Folded drawing 50: Product storage

51: storage frame 52: slide surface

53: operating space 54: support rod insertion groove

55: product storage block 56: partition wall

57: First Storage Room 58: Second Storage Room

59: cylinder for storage block 60: arrangement cylinder

61: organizing vibration plate 62: cylinder for opening and closing bracket

63: opening and closing bracket 64: support rod cylinder

65: support bracket 66: product support rod

67: support support cylinder 68: support support

69: product support surface 70: discharge part

71: discharge roller 72: discharge cylinder

73: discharge pusher

The above and other objects and features of the present invention will be more clearly understood by the following detailed description based on the accompanying drawings.

Figures 1a to 7 is an exemplary view showing a specific embodiment of the automatic storage device of the flat-type product according to the present invention.

Figures 1a to 1c is a plan view, front, side view showing the automatic storage device of the thin-shaped product according to the present invention, Figures 2a and 2b is a state diagram in which the packaging box is put into the box input, Figures 3a to 3b Figure 4b is a state diagram in which the packaging box is put into the setting portion, Figure 5a to 5i is an exemplary view showing a process of being accommodated in the packaging box set the thin-shaped product and Figure 6a and 6b is an operating state of the product support rod 7 is an exemplary view showing a state where the thin product is completely stored.

As shown in FIG. 1A, a box supply belt conveyor 2 for supplying an empty packing box 4 to a box feeding part 20 which will be described later on the front and rear sides of the storage device 1 of the thin product according to the present invention. ) And a packaging box (4) containing the product (A) is provided with a box discharge roller conveyor (3) to be transported to a predetermined place when discharged from the discharge portion (70).

The apparatus frame 10 of the storage device 1 is provided with a box feeding part 20. The box insertion section 20 fixes the slide plate 21 to the lower support plate 12 by arbitrary fixing means so as to have the same height as that when the elevating plate 45 is lowered, and the slide plate 21 is fixed to the slide plate 21. By fixing the guide plate 22 in which the inlet guide plate 22-1 and the discharge guide plate 22-4 face each other, and the front side guide plate 22-2 and the rear side guide plate 22-3 are symmetrical. The inlet 20-1 and the outlet 20-2 are formed diagonally, and the inlet guide plate 22-1 and the front horizontal guide plate 22-3 have a transverse cylinder 23 and a seed cylinder 26. Bushing having a horizontal pusher (24) and longitudinal pusher (27) operated by the guide rods 25, 28 fixed to the rear of the horizontal pusher (24) and longitudinal pusher (27) by any means The transverse pusher 24 and the longitudinal pusher 27 were moved back and forth in a straight line so as to be distributed in (25-1) and 28-1.

The front and upper side of the longitudinal pusher 27 can be lowered by the box cover expansion cylinder 30 fixed to the upper support plate 11, the cover expansion plate 31, the lower edge of which is a downward inclined surface (32). Although the cover expansion plate 31 is fixed to the rod 30-1 of the box cover expansion cylinder 30, and the guide rod 33 is fixed to the upper surface of the cover expansion plate 31 is fixed by any device Inserted into the bushing 34, the cover expansion plate 31, which is lifted and lowered by the box cover expansion cylinder 30, is lifted and lowered vertically without shaking.

The box setting part 40 was provided in front of the outlet 20-2.

As shown in FIG. 1C, the elevating plate 45 is provided on the same horizontal line as the slide plate 21, but the elevating plate 45 is lifted and lowered to a predetermined height by the elevating plate cylinder 41. In this case, the input surface 45-1 and the plurality of distribution holes 45-3 which become a plate shape are comprised by the discharge surface 45-2 with equal intervals.

The cylinder 41 for elevating plate 41 is inverted and fixed to both sides of the elevating plate 45 by arbitrary means, and the chain fixing block 42 is fixed to the rod 41-1, and the lower support plate is supported by the support column 13 A pair of supports 46 are fixed to the upper support plate 11 fixed to the upper side at 12, and the support shaft 46 is a mandrel of a rotation shaft 47 having a pair of sprockets 43 fixed thereto. Fastening the chain 44 to one end 44-1 of each chain 44 on both sides of the chain fixing block 42, and the other end 44-2 of the elevating plate 45 Fixed on both sides.

When the elevating plate 45 is upward, the side-guided guide 48 and the back-folding guide 49 having folded induction slopes 48-1 and 49-1 formed inwardly downward on the input surface 45-1. ) Is fixed to the shape of ']' by any means (apparatus), and the lateral cover 4-2 and the longitudinal cover 4-3 of the packing box 4 which are lifted by the elevating plate 45 are folded induction inclined surfaces. (48-1) and (49-1) were folded to the outer surface of the main body 4-1 and fixed to a height high enough to be held by the inner vertical surface.

The upper support plate 11 on the side, the rear folding guides (48, 49) was provided with a product storage portion 50 as shown in Figures 5a and 5b.

The upper support plate 11 was made to have a rectangular through-hole 11-1 so that the support base 68, which will be described later, can be advanced back and forth.

The support base cylinder 67 is fixed to either side of the front and rear sides of the flow hole 11-1, and the support base 68 inserted into the flow hole 11-1 is fixed to the rod 67-1. . The support base 68 is formed by the vertical surface (68-1) and the product support surface (69) 'b' shape to close both sides so that the space portion (68-3) is formed inside the vertical surface (68) On the inner surface of -1), a plurality of insertion grooves 68-2 penetrating to the product receiving surface 69 were formed at equal intervals.

The rectangular housing frame 51 was fixed to the upper side of the support stand 68 by arbitrary fixing means. The bottom of the housing frame 51 closed one third by the slide surface 52 and opened two-thirds, forming a rupture portion 51-1 at the center of one side facing outward of the apparatus, On the side surface, the slide surface 52 was used as a bursting part.

The product storage block 55 is built in the working space 53 of the interior of the storage frame 51, but the product storage block 55 has one side open and the center thereof is blocked by the partition wall 56 in a plan view. The storage chamber 57 and the second storage chamber 58 are formed so that the opening part faces the bursting portion 51-1 of the storage frame 51, and the bracket is formed outside the second storage chamber 58. 55-1 was fixed, and one side of the storage frame 51 was fitted with a cylinder 59 for a storage block to fix its rod 59-1 to the bracket 55-1.

In the storage frame 51, the support rod insertion groove 54 is arranged at the inner side of the side facing the bursting portion 55-1 at equal intervals so that the product support rod 66, which will be described later, can be inserted and operated vertically. ,

The support rod cylinder 64 was fixed to the outside of the storage frame 51 by arbitrary means, and the support bracket 65 was fixed to its rod 64-1, and the above end of the support bracket 65 was A plurality of product support rods 66 inserted into the support rod insertion grooves 54 were fixed. The cover 63 in which a distribution hole 63-2 is drilled so that an input hole 63-1 through which the product A can be introduced and a product support rod 66 are distributed on the upper surface of the storage frame 51. It was provided so that it can be detached by a fixing means such as a bolt so as not to interfere with the product storage block 55 is inserted into the operating space (53) of the storage frame (51).

In addition, the upper side of the cover (63) is provided with a normal product conveying belt conveyor (5) for conveying the product (A) and the product feeding basket (6) at the end of the product conveying belt conveyor (5) The supply hole 7 has the input hole 63-1 of the cover 63 positioned on the same vertical line, and the input hole so as to sense and count the product A supplied through the supply hole 7. The sensor was provided in one side of 63-1).

The lower support plate 12 below the product conveyor belt conveyor 5 is provided with a discharge part 70. A plurality of discharge rollers 71 are installed side by side at equal intervals, but the upper side of the discharge rollers 71 are exposed to the upper side of the distribution hole 45-3 of the elevating plate 45 downward, and the discharge rollers ( On the inner side of 71), the discharge pusher 73 operated by the discharge cylinder 72 was provided.

In addition, the outer side of the discharge unit 70 is provided with a roller conveyor 3 for box discharge roller is provided with a mandrel of the usual roller (3-1) was fixed in close contact with the apparatus frame (10).

The operation relationship will be described below.

By stopping the operation of the product transport belt conveyor (5) until the packaging box (4) supplied by the box supply belt conveyor (2) is set in the box setting portion 40 to stop the supply of the product (A) Should give.

The packing box 4 at the tip of the packing box 4 transported by the box feeding belt conveyor 2 is fed onto the slide plate 21 through the inlet 20-1 of the box feeding part 20. When the stopper (21-1) is activated, the packaging box (4) that follows is prevented from being introduced.

The packaging box 4 which is introduced into the slide plate 21 through the inlet 20-1 is advanced along the inflow guide plate 22-1 to be positioned in front of the horizontal pusher 24. In this state, the transversal pusher 24 pushes the packing box 4 while the horizontal pusher 24 moves forward by the operation of the transverse cylinder 23, so that the packing box 4 moves laterally along the rear transverse guide plate 22-2. Advancing in front of the longitudinal pusher 27, the horizontal cylinder 23 is operated in reverse to return the advanced horizontal pusher 25-1 to its original state.

The box cover expansion cylinder 30 operates in a state where the packing box 4 is advanced in front of the longitudinal pusher 27 to lower the cover expansion plate 31 as shown in FIGS. 2A and 2B. The transverse cover 4-2 and the longitudinal cover 4-3 of (4) are extended outward by the downward inclined surface 32, and in this state, the seed cylinder 26 is operated to advance the longitudinal pusher 27. And supply the packing box 4 to the box setting part 40, and the seed cylinder 26 operates in reverse to return the seed pusher 27 to its original state, and at the same time, the box cover expansion cylinder 30 also reverses. The cover expansion plate 31 is returned upward. The packaging box 4 which has passed through the non-outlet 20-2 by the operation of the seed cylinder 26 and the bell pusher 27 has a box setting part 40 as shown in FIGS. 3A, 3B, and 3C. It is settled on the input surface 45-1 of the elevating plate 45 provided in the.

When the packing box 4 is placed on the input surface 45-1, as shown in FIG. 4, the lifting plate cylinder 41 operates to draw out the rod 41-1, and the chain fixing block 42 One end 44-1 of the chain 44 is lowered together and the sprocket 43, which is installed on the support base 46, moves the chain 44 while rotating, and moves up and down together with the one end 44-2. The steel plate 45 is raised to a predetermined height.

When the lifting plate 45 rises, the packing box 4 also rises. When the packing box 4 rises, the lateral cover 4-2 and the longitudinal cover 4-3 on the trailing side are lateral folding guides. Folded out by the folding induction inclined surfaces 48-1 and 49-1 of the 48 and the back folding guide 49, and the number of products as shown in Figs. The lower side of the product support rod 66 and the support base 68 of the payment unit 50 is maintained to flow into the inner front portion of the packaging box (4).

When the setting of the packing box 4 in the box setting unit 40 is completed in this way, the product conveyor belt conveyor 5 is operated to supply the product A. FIG.

The product A molded by a predetermined molding apparatus (not specifically shown) is conveyed as shown in Figs. 1A and 5A by a product conveying belt conveyor 5 which is operated.

The product A conveyed by the product conveying belt conveyor 5 falls to the product feeding basket 6 at the end of the product conveying belt conveyor 5 as shown in FIG. The silver is dropped into the first storage chamber 57 of the product storage block 55 as shown in FIGS. 5A and 5B through the supply hole 63-1 of the supply hole 7 and the lid 63. The product A introduced into the input hole 63-1 from the supply hole 7 is sensed by the sensor S. Each time the sensor A is sensed, the sensor S operates the clearance cylinder 60 after a short time to advance and retreat the clearance vibration plate 61 momentarily, and at this time, the product stored in the first storage chamber 57. (A) is arranged in order by the rearranging vibration plate 61 which moves forward and backward. When a predetermined number, for example, 10 products A are accommodated in the first storage chamber 57 by this process, the belt conveyor 5 for product transport is stopped for a long time.

The rod for which the storage block cylinder 59 is pulled out by operating the cylinder 62 for opening and closing the bracket 62-1 to close the opening and closing bracket 62-1 to detain the ordered product A from being discharged to the outside. By accommodating the 59-1, the product storage block 55 together with the bracket 55-1 is moved to the outside of the operating space 53 as shown in FIG. 5C.

After the movement of the product storage block 55 is completed, the cylinder 62 for the opening and closing bracket operates in reverse to return the advanced opening and closing bracket 62-1 to its original state and simultaneously operates the product conveyer belt conveyor 5. The product (A) is supplied again. The products A to be supplied are arranged in order by the arrangement cylinder 60 and the arrangement vibration tube 61 while being accommodated in the second storage chamber 58.

When the predetermined number of products A is completely stored in the second storage chamber 58, the operation of the product conveyor belt conveyor 5 is stopped to stop the transfer of the products A and at the same time the cylinder for the opening and closing bracket 62 To close the opening of the second storage chamber 58 by the opening and closing bracket 62-1.

The supporting support cylinder 67 is operated in a state where the opening of the second storage compartment 58 is closed by the opening and closing bracket 62-1, and the supporting support together with the rod 67-1 as shown in FIG. 5D. (68) It moves, and when the support stand 68 is moved backwards, the lower end of the product storage block 55 is opened, and at the same time the product (A) arranged on the product support surface 69 is a packaging box ( 4) Dropping flows into the inner leading part of 4).

When the product A is dropped into the packing box 4, the supporting support cylinder 67 reversely operates to advance the supporting support 68 as shown in FIG. 5E. The molten cylinder 64 is operated to raise the support bracket 65 and the product support rod 66 together with the rod 64-1, while the product support rod 66 is deviated to the upper side of the packaging box 4. The support support cylinder 67 is operated again to advance the support support 68 as shown in FIG. 5F to advance the product A and the packing box 4 stored together with the support support 68 by the distance D. FIG. In this case, the product A is inserted into the space portion 68-3 and supported by the inner surface of the vertical surface 68-1.

When the support rod cylinder 64 is reversed and the product support rod 66 is lowered as shown in FIG. 6B after the advancement is completed, the product support rod 66 is the support rod insertion groove of the storage frame 51. 54 is inserted into the insertion groove 68-2 of the vertical surface 68-1 of the support support 68, the product support rod 66 is inserted into the insertion groove 68-2 of the support support 68. When the product (A) flowing into the space portion 68-3 is supported by the inner surface of the vertical surface 68-1, the insertion groove 68 in the inner surface of the vertical surface 68-1 of the product support rod 66 Since it is inserted into the inside of -2), it is easily inserted without interference of the product A to maintain the state as shown in FIG. 6A.

At the same time, the storage block cylinder 59 reversely operates to return the empty product storage block 55 to its original state as shown in FIG. 5B.

As such, the state in which the product support rod 66 is inserted into the insertion groove 68-2 of the support base 68 is defined by the rear surface of the product support surface 69 as shown in FIG. 5F. Bottom surfaces of the first storage chamber 57 and the second storage chamber 58 are kept closed.

On the other hand, the opening and closing bracket cylinder 62 is operated in reverse to retract the opening and closing bracket 62-1, thereby opening the front of the rearranging vibration plate 61, that is, the first storage chamber 57.

Thereafter, the product conveyor belt conveyor 5 is operated to supply the product A, and the above-described series of processes are repeatedly performed. Each time the process is performed, the packing box 4 is spaced by the interval D. You will gradually move forward.

As a result of the repetitive embodiment of the above-described process, as shown in FIG. 5H, the state in which the products A are stored in two rows of the first and second storage chambers 57 and 58 of the product storage block 55 is shown. The packaging box 4 maintains a state in which a space for finally storing the product A of the storage compartment is secured.

In this state, when the support base cylinder 67 is operated as shown in Figure 5i, the aligned product (A) falls and is stored in the empty space of the packing box (4) to fill the packing box (4). In this case, the packing box 4 is maintained on the discharge surface 45-2 through which the distribution hole 45-3 is drilled, as shown in FIG. 7, and the lifting plate cylinder 41 is in this state. When the retracted rod 41-1 is recovered by reversing operation, one end 44-1 of the chain 44 rises together with the chain fixing block 42 which is downward, so that the chain 44 is sprocketed. The other end 44-2 is lowered together with the elevating plate 45 while revolving by the rotation of 43.

When the raising and lowering plate 45 is lowered, the upper surface of the discharge roller 71 is exposed to the upper side through the distribution hole 45-3 of the discharge surface 45-2, and the packaging box on the discharge surface 45-2 ( 4) Lift it up.

The discharge cylinder 72 is operated to advance the discharge pusher 73 while the packing box 4 is placed on the discharge roller 71 of the discharge part 70, and the discharge pusher 73 is advanced. Since the 4 is pushed, the packing box 4 moves to the roller 3-1 side of the box discharge roller conveyor 3 and is transported by the box discharge roller conveyor 3 in a predetermined process.

In particular, when the product A is sequentially stored in the packaging box 4 in the product storage unit 50 as described above, the stopper 21-1 reversely operates in the box input unit 20 so that the preceding packaging box is operated. (4) is inserted into the inlet 20-1 of the box input portion 20 and the transverse cylinder 23 is operated to move the packing box 4 in front of the longitudinal pusher 27 to stand by do.

The packing box 4 containing the product A is discharged from the discharge part 70 to the box discharge roller conveyor 3, and at the same time, the seed cylinder 26 is operated to produce the packing box as a longitudinal pusher 27 ( 4) is put on the input surface (45-1) of the upper and lower steel plate 45 of the box setting portion 40 and the process as described above is carried out.

The present invention is to repeat the above process while storing the thin product (A) in the packaging box 4 and to discharge the packaging box (4) containing the product (A).

As described above, according to the present invention,

Supply the packaging box intermittently, arrange the products manifested in the molding machine in two rows and store them in the packaging box, but keep the packaging box moving forward at regular intervals and discharge the packaging box. It can improve the work efficiency by automatically carrying out a series of processes, and also reduce the manufacturing cost due to the reduction of labor cost by eliminating the operator's input. Not only can you be injured or injured, you can use it regardless of the increase of the product.

Claims (1)

In the case where the front side and the back side of the apparatus frame 10 are equipped with the normal box supply belt conveyor 2 and the box discharge roller conveyor 3, The apparatus frame 10 is provided with a guide plate 22 on which the inlet 20-1 and the outlet 20-2 are formed diagonally on the slide plate 21, so that the transverse cylinder is located at one front side of the inlet 20-1. It is provided with a horizontal pusher (24) operated by the (23) and a longitudinal pusher (24) operated by the seed cylinder 26 on one side of the inlet (20-1), the front upper side of the longitudinal pusher (27) The box opening portion 20 is provided with a cover expansion plate 31 which is operated up and down by a box cover expansion cylinder 3 and whose slope is a downward slope, Cylinder 41 for elevating plate 41 is formed in the front of the discharge port (20-2) is a rectangular plate and divided into a discharge surface (45-2) formed with an input surface (45-1) and a distribution hole (45-3). Side and back folding guides (48) (49) are formed in the form of ']'. And provided with a box setting portion 40, On the side, the upper side of the rear folding guides (48) (49) is provided with a rectangular receiving frame (51) having a middle of one side as a bursting portion (51-1) and a bottom surface as a slide surface and an operating space. The product storage block 55 is provided with an open portion facing the bursting portion 51-1 and divided into first and second storage chambers 57 and 58 by a partition wall 56. The front and rear operation by the cylinder for the storage block 59, and in the center of the opening portion 51-1 of the storage frame 51 is provided with a clearance vibration plate 61 operated by the clearance cylinder 60 The opening and closing bracket 62-1, which is operated by the opening and closing bracket cylinder 62, is provided on both sides of the closing vibration plate 61, and a belt conveyor 5 for conveying a normal product on the center of the receiving frame 51. A support base 68 having a product input basket 6 and opening and closing a lower end of the operating space 53 by a support support cylinder 67 below the operating space 53. It is provided with a support rod insertion groove 54 on the side opposite to the bursting portion (51-1) of the housing frame 51 to insert and support the product support rod 66 which is operated up and down by the support rod cylinder (64) A product storage part 50 formed by forming an insertion groove 68-2 in the support base 68, A discharge roller 71 is mounted on the lower side of the distribution hole 45-3 of the elevating plate 45, and a discharge pusher 73 operated by the discharge cylinder 72 is mounted on the inner side of the discharge roller 71. Automatic storage device for a flat-type product, characterized in that provided with a discharge portion (70).