JPH0232908A - Device for mounting tile products and automatic boxing system using it - Google Patents

Abstract

PURPOSE:To efficiently perform boxing without damaging products by providing a suction face of a suction conveyer above a carrier conveyer; stoppers for suction-carried products in front of the carrier conveyer and below the suction conveyer; and a mounting plate freely elevatably on the stoppers. CONSTITUTION:A tile product W is mounted in a fallen state on a carrier conveyer 5, 5a, it is pushed up onto a pushing device 7, 7a and transferred in an upside-down state by being sucked by a suction conveyer 8. Then, the front rim of the tile product W is made into contact with a stopper 14 and sucking force of a suction device for the tile product W is reduced so that the tile product W comes off from the suction conveyer 8 under its own weight and at the same time, it is dropped on a mounting plate 17, 17a. After laminating it while lowering a first laminating device 13 stepwise, it is mounted on a carrier conveyer 20. At the same time, the stopper 14 is lowered so that the front rim of the tile product W is made into contact by a next stopper 25 so that the product is peeled off from the suction conveyer 8 under its own weight.

Description

[Detailed Description of the Invention] [Object of the Invention] The present invention provides a tile product transfer device that suction transports tile products and stacks them, and a tile product transfer device that suction transports tile products and stacks them.
This invention relates to an automatic packaging system in which tile aggregates stacked together are wrapped with a cushioning material interposed therebetween, and the tile products are packed into boxes at the same time as the packaging knots are formed.

Conventionally, when stacking tile products, the bottom corners of the tile products to be stacked were not rubbed against the surface of the tile products placed in the previous stage.
This may cause damage to the surface of the tile product, resulting in a decrease in product value. During filling, cushioning material must be pushed into the adjacent edges of each tile product, complicating the equipment and process, and further making it difficult for workers to remove the required amount of tile products during construction. Therefore, all tile products must be removed from the box by inverting the box and shaking it out, resulting in damage to the tile product,
Furthermore, it causes clutter at the site, and if the tile products are stored without being wrapped, it becomes difficult to manage the tile products after the required number of tile products have been removed from the box. This has the disadvantage that the tile products come into contact with each other when the box is moved, causing damage.

The present invention aims to wrap molded tile products in an appropriate number of sheets at high speed and efficiently, without causing any damage, and furthermore to prevent damage caused by contact between tile products using a cushioning material. A tile product transfer system in which the packaging work is carried out mechanically on a single line to prevent tile products from being damaged, and tile products can be taken out in appropriate amounts without damaging the style products or cluttering the site. The present invention aims to provide a device and an automatic packaging system using the same.

[Structure of the invention]

In view of this problem, the present invention is designed to provide a glue conveyor for transporting tile products at the starting point of the packaging line, and a suction surface below the suction conveyor is placed at a position opposite to the upper part of the transport conveyor. At the same time, the suction conveyor is arranged so that the terminal end side of the suction conveyor further protrudes from the terminal end side of the conveyor, and the suction conveyor is placed at a position in front of the conveyor and below the suction conveyor. A stopper is provided that touches the front edge of the tile product, and a mounting plate that can move the tile product up and down is provided on the conveyor side of the stopper. A transport conveyor is disposed at the starting point for transporting tile products in a lying position, and a suction conveyor is arranged with the suction surface below the suction conveyor set at a position facing above the transport conveyor. A stopper is disposed in front of the transport conveyor, with the terminal end protruding, and positioned below the suction conveyor to abut against the front edge of the tile product to be suction conveyed by the suction conveyor. At the same time, a lifting plate for placing the tile product on the conveyor side of the stopper is provided, and the stacking plate receives the stacked tile aggregates. With a portion of the cushioning material attached to the top surface, the tile assembly is moved through the cushioning material to a winding position where a winding device is installed to wrap the tile assembly into a tile wrapping body. and a first inverting device for changing the tile wrapping body from the stacked and laid down state to the stacked upright state, and a means for folding the cushioning material extending upward from the inverted tile wrapping body. A folding roller for holding the tile wrapping body and a second reversing device for further laterally inverting the tile wrapping body are disposed in the means for further conveying the tile wrapping body from the wrapping position to the clamping position, and the tile wrapping body at the clamping position is A clamping and moving device is installed to clamp and move the assembly of objects to the loading position, and a packaging material supply device is installed to supply the packaging material to the loading position. During the process of lowering, the packaging material is bent and packed.
It is an object of the present invention to provide a tile product transfer device equipped with a packaging device having a mechanism for forming NN, and an automatic boxing system using the same.

The knee plate of the present invention is a tile product formed by a production line such as a molding and drying process, which is appropriately adsorbed to a suction conveyor with the above configuration, and then peeled off from the suction conveyor by a stopper! ! The tiles are dropped onto a placing plate, and the placing plate is sequentially lowered to stack a predetermined number of tiles to form a tile assembly.

Next, the tile assembly is moved to a winding position, and the tile assembly is wrapped together with a cushioning material by a winding device to form a tile wrapping body, and then the tile wrapping body is placed in an stacked upright state. It is moved to the clamping position through a reversing process in which it is forced to move and a reversing process in which it is further inverted laterally.

After the assembly of tile wrapping bodies that has been moved to the clamping position is moved to the mounting position by the clamping and moving device, the tile products are lowered step by step by the vertically movable boxing device τ. After being packed into boxes, they are transferred to packaging equipment.

An embodiment of the present invention will be described below based on the drawings. 1 is a main body of an automatic boxing system, and the main body 1 includes a tile product transfer device 2, a tile product wrapping device 3, and a tile product wrapping device 3. It is composed of a packaging device 4.

First, the tile product transfer device 2 will be explained. 5.5a is a conveyor arranged in parallel at the starting point of the main body 1, and the conveyor 5.5a is connected to a conveyor heald 6.6.
a... are arranged in parallel with a predetermined interval, and the tile product W is transported (heel) 6.6a... is laid down on top i! The conveyor belts 6.6a and 6a are driven in circulation so that they can be conveyed sequentially or intermittently.
An appropriate lifting device 7.7a, such as a cylinder, is disposed below the gap to abut against the lower surface of the tile product W and raise the tile product W to a predetermined height.

8 is a suction conveyor, and the suction conveyor 8 has suction holes 9.
．． Endless suction bow belt 10 with perforations 9a...
In addition to creating a circulation drive, an appropriate suction device (
(not shown), and the suction conveyor 8
The suction belt 1 is placed at a position facing above the conveyor 5.5a and brought into contact with the upper surface of the tile product W which has been raised to a predetermined height by the push-up device 7.7a.
The lower suction surface 11 of the suction conveyor 8 is set and disposed, and the suction conveyor 8 is disposed so that the terminal end side of the suction conveyor 8 further protrudes from the terminal end side of the conveyor conveyor 5.5a.

12.12a is a sensor that determines the timing for raising the lifting device 7.7a and adsorbing the tile product W to the suction bell 1-10; Oshiageso 97.7
It is arranged at a position facing above a.

Reference numeral 13 designates a first stacking device disposed in front of the conveyor 5.5a and below the suction conveyor 8; A stopper 14 that comes into contact with the front edge of the W is horizontally mounted on a rod 16.16a of a cylinder 15.15a vertically disposed on both sides of the suction conveyor 8, and is disposed so as to be able to rise and fall freely. A placing plate 17.17a on which the tile product W is placed is provided on the conveyor 5.5a (jlJ).

Reference numeral 18.18a denotes a lifting device that allows the mounting plate 17.17a to be raised and lowered, and the lifting device 18.18a is placed at a lower position in front of the transport conveyor 5.5a in the transport direction. A rod 21.21a is extended upwardly from between the conveyor belts 19.19a of the carry-out conveyor 20, which has two conveyor belts 19.19a perpendicular to the direction and arranged parallel to each other at a predetermined distance.
1.21a A cylinder 22.22a, on which a mounting plate 17.17a is attached, is placed on the conveyor belt of the conveyor 20 to carry out the lower surface of the tile assembly T stacked in a predetermined number on the mounting plate 17.17a. 19. It serves to make it possible to place it on top of 19a.

23.23a... are sensors that control the timing of the lifting and lowering of the stopper 14 and the lifting and lowering of the lifting device 18.18a of the first stacking device 13;
23a... is a mounting plate 17.1 inside the suction conveyor 8.
7a is a second stacking device 24 which is configured in the same manner as the first stacking device 13; The second stacking device 24 is arranged side by side with the heavy equipment 13, and there is no need to provide the stopper 14, which is arranged vertically and vertically, on the second stacking device 24, and the second stacking device 24 does not come into contact with the suction belt 10 below the suction conveyor 8. A stopper 25 is arranged and set.

In this embodiment, the tile products W are stacked and transported by the conveyor 5.5a, the first stacking device ff13, and the second stacking device 24 by two lines. However, the method is not limited to this method, and it is possible to stack and transport the tile products W on any number of lines. Reference numeral 26 is a drive motor that continuously drives the suction conveyor 8, and the drive motor 26 is connected to a drive shaft. A pulley 28 is fixed to the drive shaft 29 of the adsorption conveyor 8.
Next, the tile product winding device 3 will be explained. Reference numeral 32 is a roller conveyor connected at the end of the unloading conveyor 20, and the roller conveyor 32 is perpendicular to the conveyance direction of the discharge conveyor 20, and the conveyor belt 19.19a of the discharge conveyor 20 is aligned with the roller 33.33a.
...each roller 33.33 to pass between
A... is arranged.

34 is a tile assembly T to the terminal side of the roller conveyor 32
An extrusion device that extrudes ? 1F3
4 has a cylinder 35 disposed horizontally on the starting end side of the roller conveyor 32, and has an extrusion member 36 attached to the tip of the cylinder 35.

37 is a sliding device connected to the terminal end of the roller conveyor 32;
The sliding rollers 38, 38a...
It is arranged so as to extend in the conveying direction of 0.

39 is a pushing device for pushing the tile assembly T into the winding position A of the tile assembly T on the terminal end side of the sliding device 37, and the pushing device 'f3B is located on one side of the roller conveyor 32, that is, the unloading conveyor. A cylinder 40 is disposed horizontally on the starting end side of the sliding device F 37 to push the slider 20 in the conveying direction, and a pushing member 41 is attached to the tip of the cylinder 40.

42 is a buffer material for the tile assembly T, the width of the buffer material 42 is made smaller than the width of the tile product W, and the length is equal to the length of the tile product W and the height of the tile assembly T. The cushioning material supplying device 43 has a function of pushing out the cushioning material 42 so that it protrudes enough to cover the top surface of the tile assembly T at the winding position A.

44 is used to wrap the cushioning material 42 together with the tile assembly T pushed into the lower part of the cushioning material 42 projected from the cushioning material supply device f 43 to the upper part of the winding position A by the pushing device 39. The winding device 44 has a winding band 45 for winding the tile assembly T between the sliding rollers 38, 38a... Let it pass freely,
It is arranged at the end of the sliding device 37.

Reference numeral 46 denotes a roller conveyor connected to one side of the terminal end of the sliding device 37, and the roller conveyor 46 runs in the same direction as the roller conveyor 320, and slide rollers 38, 38a... The rollers 47, 47a...
・It is arranged.

48 is an extrusion device for extruding the tile wrapping body S to the reverse position i+js on the terminal end side of the roller conveyor 46, and the extrusion device 48 has a cylinder 49 horizontally on the other side of the terminal end side of the sliding device 37. The cylinder 49
An extrusion member 50 is attached to the tip.

Next, what about packaging tile products? To explain I14, 51 is a reversing position B on the terminal end side of the roller conveyor 46, and the tile wrapping body S is changed from the stacked and laid down state as shown in FIG. 5fc) to the stacked and upright state as shown in FIG. 5(dl). The -(7)th reversal value ff51 is a first reversing device for moving the tile wrapping body S to the reversing position iii', s, which is provided on both sides inward so as to be connected to the roller conveyor 46. Support plates 53, 53a are provided to support the holding rollers 52, 52a, etc., and the central axis 54 is set perpendicular to the conveying direction of the roller conveyor 46, so that the supporting plates 53, 53a are reversed 90'' forward in the conveying direction. On the central axis 54, abbreviated inversion supports 55, 55a are arranged in parallel at appropriate intervals.

56 is a transport conveyor for transporting the tile wrapping body S reversed by the first reversing device 51, and the transport conveyor 56 has a transport belt 57.57a arranged in parallel on the outside of the reversal support 55.55a, The first reversing device 51 is circularly driven around the central axis 54 of the first reversing device 51.
The cushioning material 42 is arranged on the extension of the roller conveyor 46 so that the tile wrapping body 1 becomes an intervening part, and extends upward from the inverted tile wrapping body S. In order to ensure that the tile product W is in an upright position above the intermediate position of the conveyor 56, a folding roller 58, 58a is disposed at a height equal to the height of the tile product W in an upright state plus the thickness of the cushioning material 42.

Also, further forward in the conveyance direction from the bending rollers 58.58a, rollers 47.47a of the roller conveyor 46...
The rollers 59 and 59 are parallel to each other and are in contact with the back surface of the conveyor belt 57 and 57a of the conveyor 56.
rollers 60.a for temporarily lowering the conveyor belt 57.57a are arranged below them at appropriate intervals.
60a, and the conveyor belt 57.57a is passed from the upper surface of the roller 59 to the lower surface of the roller 60.
By lowering the conveyor belt 57.
This causes a to return to its original level.

Reference numeral 61 denotes a second reversing device for causing the winding band 45 of the tile winding body S to be wound from the upper surface to the lower surface in the stacked upright state, as shown in FIG. 5(f); The second reversing device 'f61 has rollers 62.598 and 62.598 parallel to the rollers 59.
62a... are pivotally controlled, and each of the rollers 62
．． 62a...between, the tile wrapping body S is transferred to the conveyor 5
The conveyor 56 is parallel to the conveying direction of 6.
90 degrees around the rotation axis 63 which is pivotally installed on one side.
A comb-shaped and abbreviated reversing support 64 for reversing to one side of the conveyor 56 is provided and fixed to the rotating shaft 63.

Reference numeral 65 denotes a carry-in conveyor for transporting the tile wrapping body S to the clamping position C, and the carry-in conveyor 65 has a large number of conveyor belts 66, 66a... disposed in parallel at predetermined intervals, The starting end is the position where the retileable wrapping S is reversed by the device 61, and is arranged so as to be perpendicular to the conveying direction of the conveyor 56 and to be driven continuously or intermittently.

Reference numeral 67 denotes a holding and moving device that can be raised and lowered and reciprocated for holding and moving the assembly R of the tile wrapping bodies S at the holding position C;
A cylinder 70 is installed on the side of a moving body 69 that is movable on rails 68, 68a arranged parallel to the conveyance direction of the conveyor 56 above, and a clamping device 72 is attached to the tip of a rod 71. It's forcing me.

Reference numeral 73 denotes a packaging material supplying device having a function of pulling out the accumulated packaging materials 74 for storing the assembly R to the placement position of the assembly R; It is arranged in front of the direction and near the seating position WD.

75 is a boxing device that can be raised and lowered to lower the assembly R in stages together with the packaging material 74 in order to box the assembly R transferred onto the packaging material 74 at the loading position; The outfit ff75 is! ! From between the two conveyor belts 76.76a of the unloading conveyor 77, which are placed below the loading position and parallel to the conveyance direction of the conveyor 56, and are exposed for a predetermined distance. A cylinder 80, which extends the rod 78 upward and attaches the mounting plate 79 to the tip of the door 8, is moved to the lower surface of the packaging node 81 of the assembly R on the stack 24 and the conveyor belt 76 of the conveyor 77; ? It is erected so that it can be placed on top of 6a.

In the process of lowering the packaging device 75 step by step, the packaging material 74 is bent as shown in FIG. 6 to form a packaging joint 81. A material bending device (not shown) is disposed at an appropriate position.

83 is a conveyor for conveying the package n81;
The conveyor 83 is connected to the carry-out conveyor 77, which is the terminal point of the automatic boxing system 1, and is arranged perpendicular to the conveying direction of the carry-out conveyor 77, so that the packing joint 81 is completely wrapped in the packing material at the end. A packaging device 84 is provided.

Next, the operation of the tile product transfer device and the automatic boxing system using the same according to the present invention will be explained. Shime, tile products W
The sensor 12 is conveyed onto the push-up device 7.7a.
．． 12a is activated, the tile product W is pushed up, adsorbed by the suction conveyor 8, and continuously driven so that the suction conveyor 8 suctions and transfers the tile product W in two rows at the same time in a laid-down state.Next, the stopper 14 moves the tile product W forward @ The sensor 23.23a is activated the moment the edges are brought into contact.
The suction force of the suction device W (not shown) to the tile product W is reduced, and the suction conveyor 8 is reduced due to the weight of the tile product W.
The first stacking device W13 causes the stacked tile products W to be peeled off and dropped onto the mounting plate 17.17a, and is then detected by the sensor 23.23a to maintain the upper surface of the stacked tile products W at a constant height. After stacking a predetermined number of tile products W into a state as shown in FIG. The sensor 23.23a is activated to lower the stopper 14 when the device 13 is transferred to the lowermost part of the ridge, and then the sensor 23b is activated at the moment when the stopper 25 abuts the front edge of the tile product W. , 23c is activated, and the suction device ff (not shown)
After reducing the suction force of the tile product W to the tile product W and causing the tile product W to peel off from the suction conveyor 8 due to its own weight, and going through the same process as the first stacking device 13, the sensors 23b and 23c are activated. The operation of raising the stopper 14 is performed continuously.

Next, the tile assembly T that has been transferred and transferred to the carry-out conveyor 20 is automatically transferred to the front of the extrusion device 34 on the roller conveyor 32! The extrusion device 34 pushes out the materials in the order in which they are loaded and transferred to the roller conveyor 32 and moves them to the starting end of the sliding device 37. The pushing device 39 at the starting end of the sliding device 37 pushes the cushioning material 42 directly below the cushioning material 42 bowed out at the top of iA, and at the same time the winding device 44 wraps the cushioning material into the state shown in FIG. 5 (C1). The tile assembly T is wound together with 42.

Furthermore, at the same time as the extrusion bag W48 pushes out the tile-wrapped body S wound by the winding device 44 to the reversal position B, the second reversal device 51 is operated, and the tile-wound body S
90” from the loaded and collapsed state as shown in Figure 5 FC+!
By reversing it forward in the feeding direction, it is placed in the stacked upright state as shown in FIG. 58a, the loose-cut material 42 extending upward from the tile wrapping body S is bent as shown in FIG. 5(e), and then the second reversing device 6
1, and after the predetermined number of pieces are collected, the second reversing device 6
1, the winding band 45 is brought into a state where it is wound from the upper surface to the lower surface of the tile winding body S in the stacked upright state, and then transferred to the carrying-in conveyor 65.

Next, the predetermined number of tile-wound bodies S transferred to the carry-in conveyor 65 are gathered at the clamping position C, and the assembly R of the tile-wound bodies S is moved to the loading position by the clamping and moving device 67. On the packaging material 74 on the mounting plate 79,
As shown in FIG. 6F, in the process of transferring and lowering the packaging device 75, there are two steps: initially, as shown in FIG.
86a... are bent and glued to the glue margin members 86.86a... by the gluing device 82, and then the short side members 87.87a are folded as shown in FIG. 6 (C1). The packing section 81 is formed by bending and packing the assembly R, and is transferred to the carrying out conveyor 77, and the packing section 81 carried by the carrying out conveyor 77 is transferred to the conveying conveyor 83, and the packing section 81 is transferred to the conveying conveyor 83. A packing device 84 disposed at the end of the container is used to completely pack the container and transport it.

〔Effect of the invention〕

In short, the present invention disposes a conveyor 5.5a at the starting point of the packaging line for conveying the tile products W upside down,
A suction surface 11 below the suction conveyor 8 is set and arranged at a position facing above the conveyor 5.5a, and is arranged so that the terminal end of the suction conveyor 8 further protrudes from the terminal end of the transport conveyor 5.5a. A stopper 14 is provided at a front position of the conveyor 5.5a and below the suction conveyor 8, and is brought into contact with the front edge of the tile product W to be suctioned and conveyed by the suction conveyor 8.
At the same time, a mounting plate 17.17a which can be raised and lowered to place the tile products W on the conveyor 5.5a side of the stopper 14 is provided, so that when loading the tile products W, the suction conveyor 8 for suction conveyance,
At the same time as the stopper 14.23 comes into contact with the front edge of the tile product W, the sensors 23.23a... are activated to reduce the adsorption force of the suction device (not shown) to the tile product W. As a result, the tile products W are peeled off from the adsorption conveyor 8 and fall in a collapsed shape, so that they can be loaded at high speed without damaging the tile products W.
Further, two rows of tile products W on the conveyor 5.5a are simultaneously suction conveyed by the suction conveyor 8, and the first stacking device 13 and the second stacking device 24 are operated alternately and without interruption. This makes it possible to stack a large number of tile products W in a short time.

Further, a conveyor 5.5a for conveying the tile products W in an inverted manner is provided at the starting point of the packaging line, and a suction conveyor 8
The lower suction surface 11 of the suction conveyor 8 is set and disposed at a position facing above the conveyor 5.5a, and the terminal end of the suction conveyor 8 is further protruded from the terminal end of the conveyor 5.5a. A stopper 14 is disposed at the front of the conveyor 5.5a and below the suction conveyor 8 to come into contact with the front edge of the tile product W being sucked and conveyed by the suction conveyor 8. -14 conveyor 5.
A mounting plate 17.17a which can be raised and lowered on which the tile product W is placed is disposed on the side of tile product W, and the mounting plate 17.
17a receives the stacked tile assembly T, and with a part of the cushioning material 42 attached to the top surface of the tile assembly T, the tile assembly T is wrapped through the cushioning material 42. At least a means is provided for moving the winding device 44 forming the tile winding body S to the winding position A where the winding device 44 is disposed, and a first means for moving the tile winding body S from the stacked and laid down state to the stacked and upright state is provided. A reversing device Ff 51, a bending roller 58, 58a that bends the cushioning material 42 extending upward from the inverted tile wrapping body S, and a second folding roller 58, 58a that bends the buffer material 42 extending upward from the inverted tile wrapping body S; A reversing device f61 is disposed in the means for further conveying from the winding position IA to the clamping position C, and also clamps and moves the assembly R of the tile winding bodies S at the clamping position C to the loading position. A clamping and moving device 67 is disposed to feed the packaging material 74 to the loading position ffD. 7
Since the packaging device 84 is provided with a mechanism for bending the tile products W to form the packaging joints 81, the tile products W can be stacked at high speed without being damaged in the same manner as described above. - The reversing device 51 and the second reversing device 61 reverse the wound band 45 twice as shown in
As shown in l! By making the tile wrapping body S in a 4-ply upright state rolled from the top surface to the bottom surface, the tile wrapping body S can be easily taken out by holding the winding band 45 of the tile wrapping body S during construction. The assembly R of the tile wrapping bodies S is held and moved by the clamping and moving device 67 by making the cushioning material 42 which has been tightened and further bent come into contact with the side surface of the tile wrapping bodies S in the stacked upright state. This prevents the tile wrapping bodies S from coming into contact with each other during packaging and prevents damage to the tile products W.In addition, by wrapping the tile products W in appropriate amounts using the wrapping m'44, the worker Since each person can take out the required amount from the box, it is possible to avoid cluttering the site, and by lowering the packaging device 75 in stages during the packaging process of tile products W! Figure 6 Fold the packaging material 74 as shown in
By automatically forming the packaging 1fi 81,
The process of forming the packing knot 81 in advance can be omitted,
Therefore, the process from loading to unloading can be automated without requiring any human labor, and the practical effects are enormous, such as speeding up the boxing and packaging work of tile products W and reducing costs. It is.

[Brief explanation of the drawing]

The figures show one embodiment of the present invention, and FIG. 1 is a plan view of the main part of the tile product packaging system according to the present invention, FIG. 2 is a front view of the main part of the same, and FIG. FIG. 4 is a schematic perspective view of the first reversing device and the second reversing device,
Figures 5(a) to 5(f) are perspective views showing the state of the tile product in each process, and Figures 6f81 to 6TC) are perspective views showing the folding process of the packaging material. It is. 1 Main body 5.5a Transport conveyor 11 Suction surface 17.17a Placement plate 43 Winding device 53.53a Bending roller 63 Clamping and moving device 69 Packing material 2 Tile product transfer device 8 Suction conveyor 14 Stopper 41 Cushioning material 49 First Reversing device one 57 second reversing device 681! I packaging material supply device 76 packaging sections or more

Claims (2)

[Claims] (1) A transport conveyor for transporting tile products in an inverted position is provided at the starting point of the packaging line, and a suction surface below the suction conveyor is set and placed at a position facing above the transport conveyor, and at the end of the transport conveyor. A stopper is disposed so that the end side of the suction conveyor further protrudes from the top, and is positioned in front of the conveyor and is placed below the suction conveyor and comes into contact with the front edge of the tile product to be suction conveyed by the suction conveyor. What is claimed is: 1. A tile product transfer device, characterized in that a tile product transfer device is provided with a movable up/down placement plate for placing tile products on the conveyor side of the stopper. (2) At the starting point of the packaging line, a conveyor for conveying tile products in an inverted manner is provided, and a suction conveyor is placed at a position facing above the conveyor with the suction surface below the suction conveyor set, and The terminal end side of the suction conveyor is further protruded from the terminal end side, and is positioned in front of the conveyor, and is brought into contact with the front edge of the tile product to be suction conveyed by the suction conveyor below the suction conveyor. A stopper is provided, and a placing plate that can be raised and lowered to place the tile product on the conveyor side of the stopper is provided, and the stacked tile aggregate is received on the placing plate, A winding device is provided for wrapping the tile assembly through the cushioning material with a part of the cushioning material attached to the upper surface of the tile assembly to form a tile wrapping body. a first reversing device for moving the tile wrapping body to the stacked upright position from the stacked lying down state; and a first reversing device for bending the cushioning material extending upward from the inverted tile wrapping body. A folding roller and a second reversing device for further laterally reversing the tile-wound body are disposed in the means for further conveying the tile-wound body from the winding position to the clamping position; A clamping and moving device is installed to hold and move the assembly to a loading position, and a packaging material supply device is installed to supply packaging materials to the loading position, and the process of lowering the packaging materials step by step is carried out. 1. An automatic boxing system characterized by being provided with a packing device having a function of bending packing material to form packing knots.