JPH0222031B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention aims to solve the following problems.

(Field of Industrial Application) This invention relates to a tile glazing device that applies a glaze to the surface of a tile raw material. Specifically, the tile raw material that has been compression-molded by a tile press in the previous stage is placed on a conveyor and conveyed. The present invention relates to a tile glazing apparatus which applies a glaze to the tile raw material on the conveyor and then takes out the tile raw material to the next stage.

(Prior Art) Conventionally, as shown in FIG.
E is finished by a finishing device (not shown) on the conveyor 4E, and the tile raw materials 2E are conveyed in the advancing direction with a predetermined gap or in close contact with each other, and then the tile raw materials 2E are transferred to the conveyor 4E. 4
When transferred from above E to glazing conveyor 5E,
Conveyor speed V1 of conveyor 4E and glazing conveyor 5E
By setting the relationship between conveyance speed V2 as V1 < V2 and appropriately setting the relative speed between the two, the interval in the traveling direction of the tile raw material 2E on the glazing conveyor 5E can be adjusted to prevent glaze application in the subsequent process or in the sagger. I tried to make it the size necessary for taking it out. In addition, as shown in FIG.
F and push out the tile raw material 2F with the pusher 101 and transfer it onto the glazing conveyor 5F, or use the pusher 101 as a stopper and the table 100 as a slide table, and move the slide table backward to slide. Conveyor 5 for glazing the tile raw material 2F on the table
It has also been practiced to transfer the raw tile material onto the glazing conveyor F so that the green tile material on the glazing conveyor is conveyed with a gap in the direction of travel.

However, in the case of the above-mentioned conventional equipment, if the production speed of the tile blanks supplied from the tile press varies, or if the compression molding operation is interrupted for cleaning the mold, etc., the distance between the tile blanks on the glazing conveyor may change. The problem is that the number of raw tile bases required for filling the saggers becomes inconsistent when taking them out to the next stage, and the position and posture of the raw tile bases are disordered when they are transferred from the conveyor or table to the glazing conveyor. The dot was hot. Therefore, in the past, as shown in FIG. 7, after applying glaze to the surface of the tile raw material 2E on the glazing conveyor 5E using the spray nozzle 34E, the tile raw material 2E is transferred to the stopper 12E. The tile base material 2E is then stopped and the subsequent tile raw material 2E is received, and when the necessary amount for filling the sagger is gathered, the predetermined number of tile raw material 2E is transferred to the vacuum suction cup 40.
The tile raw material 2E was adsorbed by a suction tool 40aE of E, and the suction tool 40aE was moved by a lifting/transfer device (not shown) to pack the tile raw material 2E into the sagger pot 37E. However, when the tile raw material 2E after applying the glaze is caught by the stopper 12E and packed in a sagger as described above, the tile material is There was a major problem in that the end surfaces of the base material 2E rubbed against each other, and the glaze on the surface of the tile raw material was often peeled off, resulting in defective products.

(Problems to be Solved by the Invention) This invention eliminates the above-mentioned conventional problems and prevents the glaze from peeling off from the tile raw material when the tile raw material is taken out from the conveyor after glaze application. An object of the present invention is to provide a tile glazing device that can increase the yield of tiles.

The configuration of the present invention is as follows.

(Means for Solving the Problems) The present invention takes the measures as described in the claims above, and its effects are as follows.

(Function) When the tile raw materials are sequentially supplied onto the conveyor from the previous stage, the tile raw materials are conveyed by the conveyor, and then the tile raw materials are received by the stoppers and brought into close contact with each other. stored. Next, a predetermined number of tile blanks are sucked and taken out from the stored tile blanks using the suction tool of the transfer device, and the tile blanks are separated from each other in the direction of movement, and the tile blanks in the separated state are Transfer the substrate onto a conveyor.
Next, a glaze is applied by a glaze application nozzle to the tile blanks conveyed by the conveyor, and then a predetermined number of tile blanks in the spaced-apart state are taken out as they are by a take-out suction cup.

(Example) Below, drawings showing examples of the present application will be described. In FIG. 1, reference numeral 1 denotes a tile press for molding a tile raw material 2, and 3 a conveyor for transporting the molded tile raw material 2. In the drawing, the tile material is comprised of a supply conveyor 4 and a glazing conveyor 5. As shown in FIG. 5, the supply conveyor 4 is constructed by suspending a large number of belts 6 around a pair of pulleys 7a and 7b. In addition, the glazing conveyor 5 has a wide belt 8.
is suspended around a pair of pulleys 9a and 9b. Reference numeral 11 denotes a guide fixed to a frame (not shown) so as to be positioned above the belt 6, as shown in FIG. It is set up.
These guides 11 are configured so that their widths can be adjusted in order to adjust the spacing in the direction perpendicular to the conveyance direction of the tile raw material 2. Reference numeral 12 denotes a stopper for stopping the tile raw material 2 conveyed by the supply conveyor 4 at the rear end;
It is fixed to a frame (not shown) so as to cross the transport path of the upper tile raw material 2. 50 is a detector such as a phototube for detecting that the stopper 12 has received the tile raw material 2.

Reference numeral 13 denotes a transfer device for taking out a predetermined number of tile blanks 2 stopped by the stopper 12 and transferring them onto the glazing conveyor 5, and is constructed as shown in FIGS. 2 to 4. The number and arrangement of the tile raw materials 2 transferred at one time by the transfer device 13 are made to match the number and arrangement of the tile raw materials 2 taken out at one time from the glazing conveyor 5 for filling in saggers, which will be described later. In the drawing, as shown in Figure 5, there are 3 pieces in the conveying direction and 5 pieces in the direction perpendicular to the conveying direction, totaling 15 pieces.
Individuals are transferred as a group at one time. In the transfer device 13, a transfer body 14 is horizontally movably supported by a horizontal transfer device (not shown), and is reciprocated between the rear end of the supply conveyor 4 and the front end of the glazing conveyor 5. It's like this. 15 is a fluid cylinder whose cylinder body 15a is fixed to the transfer body 14;
Reference numeral 6 designates an elevating frame fixed to the piston rod 15b of the fluid cylinder 15, and its rotation about the piston rod 15b is prevented by a guide member (not shown). Reference numeral 26 denotes a hollow fixed box fixed to the support frame 16, and on the bottom surface thereof, five suction pads 27, exemplified as suction tools, are arranged at predetermined intervals in a direction perpendicular to the transport direction, as shown in FIG. It is provided. 29a and 29b are hollow movable boxes movably attached to the support frame 16,
As shown in FIG. 4, it is arranged parallel to the fixed box 26. The movable box 29a, 2
Five suction pads 30a and 30b, exemplified as suction tools, are provided on the lower surface of 9b at positions corresponding to the suction pads 27 of the fixed box 26, respectively.

Reference numeral 80 denotes a separating device for changing the mutual spacing of the suction pads 27, 30a, and 30b in the conveying direction. In this separating device 80, reference numerals 18 and 19 are support pieces that are provided to project downwardly at both ends of the lifting frame 16, and 21a and 21b are support pieces 18 and 19, respectively.
The reduction-side stoppers 22a and 22b protruding from the elevating frame 16 between the support pieces 18 and 19 are also enlargement-side stoppers protruding from the elevating frame 16 between the support pieces 18 and 19. 23 is a fluid cylinder whose cylinder body 23a is fixed to one support piece 18;
is a rod connected to the piston rod 23b of the fluid cylinder 23, and is supported by the support piece 18 so as to be movable in the direction of conveyance of the tile blank 2 by the supply conveyor 4. Three collars 25, 25a, 25b are fixed to this rod 24 so that their positions can be adjusted. Bearings 28a and 28b are fixed to the movable boxes 29a and 29b, and are slidably fitted into the rod 24. These bearings 28a, 28b are attached to the collars 25, 25a.
The springs 51a and 51b fitted in the rod 24 between the two are biased toward the fluid cylinder 23, and when the rod 24 is positioned at the forward end as shown in FIG. When the rod 24 is positioned at the retracted end as shown in FIG. 3, it abuts against the enlargement stoppers 22a and 22b. Each of the above suction pads 27, 3
0a and 30b are arranged so that when the rod 24 is positioned at the forward end, it can face the upper surface of a predetermined number of tile blanks 2 stopped by the stopper 12, as shown in FIG. There is. Further, when the rod 24 is positioned from the forward end to the backward end, the suction pad 30a is moved away from the suction pad 27 by a dimension S2 that is the same as the mutual interval t2 in the conveyance direction of the tile raw material 2 housed in the empty pot, which will be described later. The suction pad 30b is set to be moved in the same direction as the suction pad 30a by twice the amount of movement. Note that the movable boxes 29a and 29b are prevented from rotating around the rod 24 by a guide member (not shown).

Next, 31 is the suction pad 2 as shown in FIG.
A vacuum generator that applies suction force to the fixed box 26 and the movable box 2.
A switching valve 32 and a flexible hose 3 are attached to 9a and 29b.
Connected via 3. 34 is a glaze application nozzle disposed above the glazing conveyor 5; 35;
A detector such as a phototube is fixed to a frame (not shown) for detecting that the glazed tile blank 2 has been conveyed at the rear end of the glazing conveyor 5. Reference numeral 36 denotes a lifter for stacking fruit saggers, which is disposed behind the rear end of the glazing conveyor 5, and is configured to lower the fruit saggers 37a one after another, as is well known. Reference numeral 38 denotes an empty sac supply conveyor, which conveys the empty sacs 37b toward the lifter 36, as is well known. Reference numeral 39 denotes an empty sagger transfer suction cup, which is moved as shown by the arrow line in FIG. It is now being transferred to . Reference numeral 40 denotes a take-out suction cup for taking out the glazed tile blank 2 from above the glazing conveyor 5 and transferring it to the hollow pot 37b on the lifter 36, as shown by the arrow line in FIG. The glazing conveyor 5 is reciprocated above the rear end of the glazing conveyor 5 and above the lifter 36. This take-out suction cup 40 is provided with a third suction cup so as to be able to take out a group of tile blanks 2 on the glazing conveyor 5 detected by the detector 35 as they are.
A predetermined number of suction pads 40a are arranged in the same manner as the suction pads 27, 30a, and 30b in the state shown in the figure.

In the case of the above structure, when a group of tile blanks 2 formed by the tile press 1 are fed onto the belt 6 of the supply conveyor 4, these tile blanks 2 are guided by guides 11 on both sides. It is conveyed in the direction of arrow A while being moved. It is assumed that the group of tile blanks 2 formed by the tile press 1 corresponds to the number and arrangement of the tile blanks 2 to be accommodated in an empty pot 37b, which will be described later. Therefore, in the drawing, a total of 15 tiles are formed as a group, three in the conveying direction and five in a direction perpendicular to the conveying direction, and these two groups are conveyed by the supply conveyor 4. The first group of tile blanks 2 conveyed by the supply conveyor 4 is then stopped by the stopper 12, and as a result, the subsequent tile blanks 2 are also stopped, and the three tile blanks in each row are stopped. The tile blanks 2 are stopped in close contact with each other. Further, the mutual spacing S1 in the direction orthogonal to the conveying direction of the group of tile green substrates 2 is set by the guide 1.
1, the optimum dimensions for glazing and filling in saggers, that is, the mutual spacing of the tile blanks 2 to be accommodated in the empty saggers 37b.
Aligned to have the same dimensions as t1. When each tile blank 2 is stopped by the stopper 12 as described above, the detector 50 detects the leading tile blank 2, and the tile blank 2 group is stopped by the stopper 12. A detection signal indicating the

On the other hand, at this point, the transfer body 14 of the transfer device 13 is located above the rear end of the supply conveyor 4, as shown in FIG. 2, and the elevating body 16 has been raised to the rising end. Also, the piston rod 23b of the fluid cylinder 23 is moved to the protruding side, moving the rod 24 to the forward end, and as a result, the collar 25
a and 25b move the bearings 28a and 28b to abut against the reduction side stoppers 21a and 21a. As a result, the movable boxes 29a and 29b are moved toward the fixed box 26, and the mutual distance between them is reduced, and the suction pads 27, 30a, 30b are
As shown in FIG. 2, they are positioned so as to face the upper surfaces of a group of tile blanks 2 that are stopped by stoppers 12, respectively.

Next, in response to the transmission of the detection signal, the piston rod 15b of the fluid cylinder 15 is projected to lower the elevating frame 16, and the switching valve 32 is opened to apply suction force to the suction pads 27, 30a, and 30b. As a result, each suction pad 27,3
0a and 30b are lowered onto the corresponding tile blanks 2 which are stopped by stoppers 12, and adsorb the upper surfaces of those tile blanks 2. Thereafter, the piston rod 15b of the fluid cylinder 15 is retracted to raise the elevating body 16, and lift up the group of tile green materials 2 all at once from above the supply conveyor 4. Thereafter, the transfer body 14 is moved above the front end of the glazing conveyor 5, and the piston rod 23b of the fluid cylinder 23 is moved to the retracting side, so that the rod 2
4 to the rear end. As a result, the bearing 28a,
28b is brought into contact with the expansion side stoppers 22a, 22b by springs 51a, 51b, whereby the movable boxes 29a, 29b are moved in the direction away from the fixed box 26, and the distance between them is expanded, and each suction pad 27 ,30a,3
The mutual spacing of 0b in each transport direction is increased by a predetermined amount S2. As a result, each suction pad 27, 30a,
Each tile substrate 2 is adsorbed by 30b
are enlarged so that the mutual spacing in the conveying direction becomes S2, as shown in FIGS. 3 and 4. Therefore, the mutual spacings S1 and S2 of the tile blanks 2 taken out from the top of the supply conveyor 4 are the optimum dimensions for glazing and sagger filling.
That is, the dimensions are the same as the mutual spacings t1 and t2 of the tile blanks 2 accommodated in the empty pot 37b.

Thereafter, the piston rod 15b of the fluid cylinder 15 is projected again to lower the elevating frame 16, and then the switching valve 32 is closed and the suction pad 2
The suction force of 7, 30a, 30b is eliminated. As a result, each suction pad 27, 30a, 30b releases the tile green material 2 that has been adsorbed onto the belt 8 of the glazing conveyor 5, and a group of tile green material 2 is transferred onto the glazing conveyor 5. External dimensions L1 and W1 of the two groups of tile raw materials placed on this glazing conveyor 5
As shown in Figure 5, when the dimensions representing the effective space of the sagger are L2 and W2, generally considering the dimensional accuracy of the sagger and tile conveyance accuracy, W2≧W1+10mm,
It is set to about L2≧L2+10mm, and the above mutual spacing S1,
S2 is preset to meet those conditions. Thereafter, the two groups of tile blanks placed on the glazing conveyor 5 in a separated state as described above are conveyed in the direction of arrow B in a separated state as shown in FIG. The tile blanks 2 conveyed by the glazing conveyor 5 are glazed with a glaze spray nozzle 34, and the glaze is applied to the surface of each tile blank 2. The above glaze is applied to each tile raw material 2.
are best done spaced apart from each other.

Thereafter, the two groups of green tile substrates after glazing are detected by a detector 35 at the rear end of the glazing conveyor 5, and in response to a signal from the detector 35, a take-out suction cup 40 is moved to remove the green tile substrates on the glazing conveyor 5. It is lowered onto the second group and sucks the two groups of tile raw materials in the same arrangement state, and then the take-out suction cup 40 is moved onto the empty pot 37b on the lifter 36 and each tile material material 2 is kept in the same arrangement state. empty pot 37
Release within b. When filling the saggers, the glazed tile bases 2 do not come into contact with each other, so
Peeling and chipping of the glaze on the tile raw material 2 can be prevented and the yield of the product can be improved.

In the above embodiment, a case has been described in which the quantity of a group of tile blanks 2 stopped by the stopper 12 and the quantity of tile blanks 2 accommodated in the empty pot 37b match, but if they do not match, the stopper It is necessary to store the tile blanks 2 so that the number of tile blanks 2 stopped at step 12 becomes the required number, and to transfer the required number of tile blanks 2 from the stored tile blanks 2. However, as shown in FIG. 6, if the stopper 12 stops more tile blanks 2 than the number of tile blanks 2 to be transferred by the transfer device 13, the supply conveyor 4
When the belt 11 runs continuously, the excess tile material 2 is pressed onto the tile material 2 which is attracted by the suction pads 27, 30a, 30b. As a result, when the adsorption pads 27, 30a, and 30b lift up the tile material 2, the excess tile material 2 is lifted by the contact portions at their tips, and the excess tile material 2 is turned inside out. This may cause problems such as overlapping with other subsequent tile substrates 2. Therefore, in FIG. 6, a separating device 60 is provided on the front side of the stopper 12 in order to solve the above-mentioned problem.

Next, this separation device 60 will be explained. 6
Reference numeral 1 denotes a support arm pivotally attached to a frame (not shown) via a fulcrum shaft 62, which swings between a lowered position shown by a phantom line and a raised position shown by a solid line by a swinging drive device (not shown). It is designed so that it will be done.
Reference numeral 63 denotes a vacuum suction cup fixed to the support arm 61, and a required number of suction pads 64a, 64b, and 64c (collectively referred to as 64) are provided on the bottom surface as examples of suction devices.
is installed. The suction pad 64 is placed before the group of tile blanks 2a to be taken out by the transfer device 13, and is applied to a total of 15 tile blanks 2b, 3 in the conveying direction and 5 in the direction perpendicular to the conveying direction. are arranged to face each other. Among the suction pads 64, the suction pad 6 closest to the stopper
The amount of rotation of the tile raw material 2b when it is lifted by the tile material 4a is set to a magnitude that causes the tile raw material 2b to be separated from the transfer locus of the tile raw material 2a by the transfer device 13, The amount of rotation when the tile green material 2b adsorbed by the side suction pad 64c rises is large enough to position the tile green material 2b within the conveyance trajectory of the tile green material 2 conveyed by the supply conveyor 4. It is set to

In the case of the above structure, the suction pads 27, 30a, 30b of the transfer device 13 are lowered, and the support arm 61 is rotated downward, so that the suction pads 64
is lowered to the lowered position, so that each suction pad 6
4 attracts the tile raw material 2b by the action of a vacuum mechanism (not shown). Thereafter, the support arm 61 is rotated upward to raise each suction pad 64 to the raised position, and then the suction pad of the transfer device 13 is raised to take out the tile base material 2a. In this case, since the tile blank 2b being lifted by the suction pad 64a is separated from the transfer locus of the tile blank 2a being taken out by the transfer device 13,
The tile raw material 2a can be taken out favorably by the transfer device 13. In addition, the suction pad 64
Since the tile green material 2b being lifted by the tile material 2b lifted by the tile material 2b is located within the conveyance locus of the tile green material 2 by the supply conveyor 4, even when the tile green material 2 is conveyed one after another by the supply conveyor 4, These tile green bodies 2 can be stopped in their lifted state. Although the number of suction pads 64 and the number of extra tile blanks 2b stopped by the stopper 12 do not necessarily match, the suction ability of each suction pad 64 can be maintained by appropriately selecting the vacuum mechanism. Can be done. The suction pads 64 attached to the vacuum suction cup 63 may be arranged in one row.

Next, the separation device shown in FIGS. 9 and 10 is
In a different embodiment from the one shown in the figure, 70 is a table for lifting two or more excess tile blanks 2, and is designed to protrude from between the conveyors 3 onto the conveyor. It is supported by a retractable guide rod 72 supported by a bearing 71 and a pneumatic cylinder 73, and can be moved up and down by the pneumatic cylinder 73. The table 70 moves slightly diagonally as shown by arrow C (as the tile raw material 2 moves toward the previous stage (in the direction of arrow D) and floats up from the conveyor 3, the part marked N slightly moves. It is adjusted so that it moves just enough. Further, the operation is performed at the same time as the tile base material 2c being lifted up by a suction tool (not shown).

(Effects of the Invention) As described above, in the present invention, when applying a glaze to the surface of the tile raw material 2, when the tile raw material 2 is sequentially supplied and conveyed from the previous stage onto the conveyor 3, the conveyor The stopper 12 receives the tile blanks 2 conveyed by the tile blanks 2 and fixes the plurality of tile blanks 2 in a state where they are adhered to each other in the conveyance direction, and from the held tile blanks 2, a predetermined number of tile blanks are 2 can be sucked and taken out by suction tools 27, 30a, and 30b of the transfer device 13, respectively, and then transferred onto the conveyor 3 on the next stage from the stopper 12. Even if the supply of tile raw material 2 is temporarily interrupted or the supply interval becomes uneven,
A predetermined number of tile blanks 2 corresponding to the number of tile blanks to be taken out to the next stage can be accurately supplied onto the conveyor 3 on the next stage side from the stopper 12 at predetermined time intervals. As a result, the glaze can be efficiently applied onto the tile raw material by the glaze application nozzle 34, and when the tile raw material 2 is taken out from the conveyor 3 to the next stage after the glaze application, the tiles conveyed by the conveyor 3 It is possible to take out a predetermined number of tile raw materials 2 in groups without having to catch the green tile materials 2 with a stopper and adjust the quantities, and it is possible to prevent peeling or chipping of the glaze when taking out the tile raw materials 2, thereby improving the product yield. It has the effect of increasing the Further, even if a predetermined number of tile blanks 2 are taken out from a plurality of tile blanks 2 that are received by the stoppers 12 and are in close contact with each other as described above and transferred onto the conveyor 3, the conveyor 3 When transferring the above predetermined number of tile blanks 2 by the transfer device 13, each suction tool 27, 30 of the transfer device 13
Since the mutual spacing between a and 30b is changed so that a predetermined number of tile blanks 2 taken out by each suction tool are separated from each other by a predetermined amount in the transport direction, a predetermined number of tiles separated from each other in the transport direction are The green tile substrates 2 can be conveyed below the glaze application nozzle 34, thereby making it possible to apply glaze to the tile substrates 2 that are spaced apart from each other, and uniformly applying the glaze to the upper surface and circumferential surface of each tile substrate 2. It can be applied to many areas and has the effect of maintaining high product quality.

Further, as described above, when transferring a predetermined number of tile blanks 2 onto the conveyor 3, the predetermined number of tile blanks 2 are spaced apart by a predetermined distance from each other, and the glaze is applied to the tile blanks 2 in the spaced apart state. Therefore, when the tile raw materials 2 on the conveyor 3 are taken out to the next stage, the tile raw materials 2 in a separated state can be reliably taken out in the separated state. This has the effect of preventing peeling and chipping of the glaze and increasing the yield of products.

Further, in the present invention, when a predetermined number of tile blanks 2 are taken out by the transfer device 13 from a plurality of tile blanks 2 received and stored by the stopper,
The excess tile raw material 2 located on the previous stage side than the taken-out tile raw material 2 is moved by the separating device 60, and the next end of the tile raw material 2 is transferred to the tile raw material 2 by the transfer device 13. Since the tile green material 2 to be taken out by the transfer device 13 is moved away from the transfer trajectory of the tile green material 2,
The tile blank 2 can be completely separated from the tile blank 2 located on the previous stage side, and this has the effect that even if the tile blank 2 is relatively small, a predetermined number of tile blanks 2 can be smoothly taken out without malfunction.

[Brief explanation of drawings]

The drawings show an embodiment of the present application, and Fig. 1 is a side view showing the whole, Fig. 2 is a sectional view of the transfer device, Fig. 3 is a sectional view showing the operating state of the transfer device, and Fig. 4 is a suction An explanatory diagram showing the relationship between the ingredients and the tile material, FIG. 5 is a plan view showing the conveyance state of the tile material, FIG. 6 is a sectional view showing the separation device, and FIGS. 7 and 8 show conventional examples. The side view, FIG. 9, and FIG. 10 show different examples, and FIG. 9 is a cross-sectional view taken along the line -- in FIG. 10, and FIG. 10 is a cross-sectional view taken along the line --- in FIG. 2... Tile raw material, 3... Conveyor, 1
2...stopper, 13...transfer device, 27,3
0a, 30b... Suction pad (suction tool), 34...
...Glaze application nozzle, 40...Take-out suction cup, 60...
Separation device, 80... Separation device.

Claims (1)

[Scope of Claims] 1. A conveyor that is designed to sequentially convey tile raw material supplied from the previous stage toward the next stage has a mechanism that temporarily stops the progress of the tile raw material being conveyed by the conveyor. A plurality of suction tools each capable of suctioning and gripping the upper surface of the tile raw material are installed above the expected position of the tile raw material to be stopped by the stopper. The transfer device is configured to be able to move the tile green material located at the stage before the stopper to the rear stage beyond the stopper, and the transfer device includes the plurality of tile raw materials in the moving process. A separation attachment is provided to separate the suction tools from each other, and above the conveyor on the downstream side of the stopper, a glaze is applied to the tile raw material being conveyed by the conveyor. A tile glazing device characterized in that a glaze application nozzle is disposed so as to glaze. 2. The conveyor, which is designed to sequentially convey the tile blanks supplied from the previous stage toward the next stage, is equipped with a mechanism that temporarily blocks the progress of the tile blanks being conveyed by the conveyor. A method for transferring tile substrates, in which a stopper is attached and a plurality of suction tools are provided above the expected position of the tile substrate to be stopped by the stopper, each of which is capable of suctioning and gripping the upper surface of the tile substrate. In addition, the transfer device is configured to be able to move the tile raw material located before the stopper to the subsequent step beyond the stopper, and the transfer device includes a device that moves between the plurality of suction tools during the movement process. A separation mounting is provided so that the glaze can be separated, and a glaze is provided above the conveyor on the downstream side of the stopper, and the glaze is applied to the tile raw material conveyed by the conveyor. A tile substrate is provided with a coating nozzle, and is located further upstream of the stopper and immediately ahead of the expected location of the plurality of tile substrates to be lifted by the suction device of the transfer device. A tile glazing device characterized in that a separating device is disposed at a location where the tile green material is to be present, so as to move the tile green material toward the previous stage in a slightly lifted state. 3. A patent characterized in that the separation device is normally located below the conveyor, and is movable up and down so that when the suction device in the transfer device is raised, it rises and lifts the tile base material on the conveyor. A tile glazing device according to claim 2.