JP3131683B2 - Transfer equipment for glazing hangers for tiled terrain and glazing for tiled terrain - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a hanger for glazing (hereinafter, simply referred to as a hanger unless otherwise noted) used for glazing a tile, and a transfer device therefor.

[0002]

2. Description of the Related Art It has been known that a liquid glaze is applied to a tile base prior to commercialization of a tile. It is known that a glaze is applied while being conveyed, that is, the glaze is applied to the tile base. A large number of so-called hangers for hanging in a hanging state are hung on a trolley conveyor, and liquid glaze is applied to a suspended tile substrate in a hanging state. (Japanese Patent Publication No. Hei 7-91133).

[0003] A trolley conveyor as described in this example can generally be erected using the ceiling side of a factory where there is enough space, so that it can be installed by other equipment installed on the floor. Since there are few restrictions on the layout, the trolley conveyor has the advantage that the space on the ceiling side can be freely used and the trolley conveyor can be easily remodeled after installation.

[0004] By the way, a tile substrate suspended on a hanger of this type is generally glazed regardless of the structure and type of the hanger, with the tail side facing upward and the head side facing downward. The reason is that the glaze is relatively expensive, and in addition to the purpose of avoiding wasteful use, the quality of the tile products and the appearance of the glaze It is essential to apply the glaze, but the bottom side overlaps when roofing This is because glaze is not required because it is a hidden part.

[0005] Therefore, except for a certain part near the tail of the tile substrate, the glaze applied from the tail to the head side flows down from the tail side to the head side, so that the head side can be applied reliably, but drops of the glaze can be applied to the head part. Since it was not possible to avoid remaining on the side end face, it was necessary to fire with the glaze drops remaining, which necessitated the deterioration of the quality of the tile and the loss of aesthetics. In particular, so-called flat roof tiles, which have recently been produced in large numbers, have a large number of glaze droplets because the area of the end face on the head side is large.

Therefore, an invention for solving the problems of the quality and aesthetics of the tile product by the hanger described above is disclosed in, for example, Japanese Patent Application Laid-Open No. 55-113684. This example is a so-called ground type device in which endless chains consisting of upper and lower two stages are connected by vertical bars at regular intervals, and a slide is mounted on the vertical bars, A means for vertically moving the slide table during pivoting of the endless chain by pivotally attaching a roofing support having a vertically swingable clamping tool to a tip protruding outward from the feeding of the table, and rocking the roofing support. The provision of a means for moving and a means for opening and closing the sandwiching device allows the tile base before glazing to be held horizontally on the tile support, sandwiched and supported, and inclined to apply the glaze. It is a glazing device.

Therefore, the latter invention has the advantage that the tiled fabric can be tilted at the time of glazing. Therefore, although the former disadvantage can be expected to be eliminated, the drive sources of the endless chain and the tile support are respectively provided. Independently required, and means for moving the slide base up and down, rocking the roof tile support, and opening and closing the clamps complicate the equipment and increase the weight of the equipment. However, there is a disadvantage that the space on the ceiling side of the factory is not effectively used.

Further, when the equipment is changed from a trolley conveyor to a ground-type apparatus of this type, it is impossible to convert an existing trolley conveyor, and the layout of equipment other than this apparatus must be changed. Therefore, there is a problem that the equipment change itself becomes large-scale, and the equipment cost is extremely increased. Also,
As described above, in the ground type device, since the drive sources of the endless chain and the tile support are required independently of each other, unless the operations of both drive sources are synchronized, the drive of the tile support does not operate smoothly, Since there is a possibility that the synchronization is not performed stably, there is a problem that a means for performing the synchronization control is separately required.

Further, as another technique relating to a hanger,
For example, the invention described in Japanese Patent Publication No. 7-90541 is known. The hanger of this example is used for applying brushed soil to anthroated tiles, but is hung on a trolley conveyor, and is provided in an inclined state, although a mounting portion for mounting the tile base is fixed. Is what it is.

According to this hanger, although the head side is upward and the butt side is downward, liquid brush soil is applied to the tile material supported in an inclined state, and excessive brush soil is inclined. It can be removed from the surface of the tiled tile by natural fall.

Therefore, since the hanger is hung on the trolley conveyor, the hanger has the advantages provided by the trolley conveyor. However, since the inclined mounting portion of the hanger is fixed, the hanger is located on the bottom side of the tile. However, the problem that the drop of the brush soil remaining at the lower end cannot be eliminated still remains.

[0012]

SUMMARY OF THE INVENTION The problem to be solved by the present invention is that in a conventional hanger suspended on a trolley conveyor, an excess amount of glaze applied to the tile is located below the tile. Problems that cannot be eliminated because they remain as droplets on the roof, resulting in the generation of defective tiles.
The glaze device installed on the floor called a ground type is not only complicated but also cannot solve the problem that the advantage of the trolley conveyor is lost.

Therefore, the present invention according to claim 1 of the present invention provides a glaze having a simple structure that prevents the generation of glaze drops that cause defective tile products and does not impair the advantages of the trolley conveyor. It is an object of the present invention to provide a clothes hanger.

A second object of the present invention is to provide a glaze hanger capable of mechanically controlling the undulation of the mounting portion of the hanger in addition to the object of the first invention.

A third object of the present invention is to provide a glaze hanger transfer device capable of controlling the undulation of a hanger mounting portion in addition to the objects of the first and second inventions. And

[0016]

Means for Solving the Problems and Action / Effect To solve the above problems, a glazing hanger according to the first aspect of the present invention is a glazing hanger for a tile base suspended from a trolley conveyor, A placing section for placing a tiled body is provided so as to be able to undulate. Here, that the mounting portion for mounting the tile body is provided to be able to undulate,
It is possible to change the mounting portion from the horizontal state to the inclined state and from the inclined state to the horizontal state, and specifically, the mounting portion on which the tiled material is mounted is a support shaft provided on the mounting portion. It is possible to undulate as a fulcrum. Therefore, most of the excess glaze applied to the sloped tiles naturally falls along the slopes, and the sloped tiles is set in a horizontal state, so that excess surplus is located at the lower end of the tiles. Although the glaze remains, spontaneous fall of the applied glaze is suppressed. And although the glaze droplet still remains near the lower surface of the lower end of the tile, the droplet can be eliminated by being guided to the lower surface of the lower end by the horizontal state of the tile. From this, you can get tile products with excellent quality and aesthetics,
The advantages of the trolley conveyor, such as the effective use of the space on the ceiling side of the factory, the simplification of the entire apparatus, and the flexibility of changing the equipment are not impaired.

According to a second aspect of the present invention, there is provided a glazing hanger for hanging a glazed terrain suspended on a trolley conveyor. The undulation control means is connected to the portion. Here, the provision of the undulation control means on the mounting portion means that the control of the undulation of the mounting portion can be performed mechanically. Specifically, the hanger for glazing the tiled material is used. When the guided member is controlled by the guide member, the glazing hanger of the tile base follows the traveling of the trolley conveyor, and the guided member is guided by the guide member to form the glazing hanger of the tile base. The mounting portion is raised and lowered with the support shaft as a fulcrum, thereby enabling control of the undulation. Therefore, in addition to the operation and effect described in the first aspect, there is an effect that the undulation control of the mounting portion can be mechanically performed.

Further, according to a third aspect of the present invention, there is provided a transfer device for a glaze hanger for a tiled ground, wherein the glaze hanger for a tiled ground is suspended on a trolley conveyor. a universal type of undulations mounting portion mounting the tile matrix to the other end side of the rod, space and glazed hanger tiles green body having a guided member on the placing portion on the opposite side - the setting vignetting,
A hanger for glazing the tiled ground is provided so as to be freely conveyable through the trolley conveyor by mounting one end of the rod on the trolley conveyor, a guide member is provided along the trolley conveyor, and the guide member is provided from one side to the other. A carry-in side inclined portion inclined upward, a carry-in inclined portion connected to the carry-in inclined portion, and a carry-out side inclined portion inclined downward from the carry-in side to the carry-out side. Wherein the guided member of the glazing hanger on the tile base is controlled by the guide member.
Therefore, in addition to the functions and effects of the inventions according to claims 1 and 2, the guide member is controlled by the guide member while following the conveyance of the hanger for applying the glaze to the tile ground, so that the glaze of the tile ground is formed. The undulation control of the mounting portion of the hanger can be reliably performed via the guided member and the guide member.
Furthermore, since the glazing hanger on the tiled ground can be driven up and down by driving the glazing hanger on the trolley conveyor, the glazing hanger can follow the running of the trolley conveyor. Unlike the invention described in Japanese Patent Application Laid-Open No. 55-113684, a separate driving source for control is not required, so that the transfer device can be simplified, and a smooth undulation of the mounting portion can be expected. The mounted glaze hanger can be stably transported.

[0019]

Embodiments of the present invention will be described below in detail with reference to the drawings. In this embodiment, a glaze hanger 20 is suspended on a track member 12 of a trolley conveyor 10.

First, the hanger 20 will be described.
A generally C-shaped rod having a void 11 as is known to make it easier to place the tile substrate W on a placement portion 38 described below and remove it from the placement portion 38 on one side when viewed from the front. An attitude control member 26 provided at one end with rocking prevention rollers 24, 24 at one end thereof is fixed at right angles to the rod 22 and horizontally (see FIGS. 2 to 2). 6
See). Although it has been described that the rod 22 is substantially C-shaped,
A U-shape or an inverted U-shape may be used, and what is necessary is to provide a space 11 for mounting the tile ground W on a hanger or making it easy to remove, and the form is a C-shape. This is for convenience of explanation.

The attitude control member 26 is provided with a first swing prevention roller in which the above-described swing prevention rollers 24, 24 are provided along the track member 12 of the trolley conveyor 10 in the transport direction of the tile W. Means 16, for example, provided rotatably on the lower surface of an elongated plate-like object, prevents swinging of the hanger 20 in the transport direction during transport (see FIGS. 1, 5 to 7).

The rod 22 near the attitude control member 26 described above.
In order to suspend the hanger 20 on the track member 12 of the trolley conveyor 10, a bracket 30 having a support hole 28 is provided upright.
A part of the drive chain 32 provided on the shaft is mounted on the shaft (see FIGS. 1, 5 to 7).

A mounting main body piece 34 for mounting the tile W in a direction perpendicular to the attitude control member 26 is connected to the other side of the rod 22 (see FIGS. 2 to 6).

Since it is difficult to support the tile body W only by the main body 34 for mounting, the space 11 of the rod 22 is perpendicular to the main body 34 for mounting and is perpendicular to the main body 34 for mounting.
The mounting auxiliary members 36, 36 are fixed to the mounting main body piece 34 one by one before and after the side, thereby forming a mounting portion 38 on which the tiled fabric W is mounted (FIGS. 2 to 6). See).

The mounting part 38 according to this embodiment shown in the drawings.
Is composed of one mounting main body piece 34 and two mounting auxiliary members 36 as described above, but the number of the mounting auxiliary members 36 is appropriately increased according to the type of tile substrate. You are free. In addition, the mounting auxiliary member 36 on one side has a function of mounting the tile substrate W, and also has a function of mounting the tile substrate W so that the tile substrate W does not fall off the mounting unit 38 when the mounting unit 38 is inclined. It also has a function to lock a hook part, which is referred to as a butt sword provided near the back of the back.

Note that the two mounting auxiliary members 3 described above are used.
Both ends of the bases 6 and 36 are slightly obliquely directed upward, but this prevents the tile base W from being displaced from the placement auxiliary members 36 and 36 when the tile base W is placed.

One end of a support shaft 40 is horizontally fixed near the other end of the rod 22 so that the mounting portion 38 can be raised and lowered, and the other end of the support shaft 40 is It penetrates the side surface of the main body piece 34 and is provided rotatably with respect to the mounting main body piece 34 (see FIGS. 2 to 6).

Therefore, the mounting portion 38 comprising the mounting main body piece 34 and the two mounting auxiliary members 36, 36
The support shaft 40 fixed to 2 is a fulcrum and can be raised and lowered freely.

The mounting portion 38 can be raised and lowered with the support shaft 40 as a fulcrum by applying a force artificially. In this embodiment, the following raising and lowering control means is used for mechanically controlling the raising and lowering. Is provided.

The main mounting piece 3 constituting the mounting section 38
A guide roller, which is an example of the guided member 42, is rotatably provided at the other end of the fourth member 4, and constitutes one of the undulation control means (see FIGS. 2 to 6).

On the other hand, a specific example of the guide member 14 that constitutes the other of the undulation control means includes a carry-in horizontal portion 50 directed from one side to the other along the trolley conveyor 10, and a transfer direction from the carry-in horizontal portion 50. A loading-side inclined portion 52 inclined upward, a relatively long horizontal inclined holding portion 54 connected to the loading-side inclined portion 52, and a low inclined downward from the inclined holding portion 54 in the unloading direction. The guide member 14 is sequentially provided with the unloading-side inclined portion 56 and the unloading-side horizontal portion 58 connected to the unloading-side inclined portion 56. However, the indispensable requirements of the undulation control means are at least the above-described carry-in side inclined portion 52, the inclination holding portion 54, and the carry-out side inclined portion 56.

The guide member 14 is controlled by fitting a guided member 42 such as a guide roller or a guide pin to the hanger 20.
The undulation control means for controlling the undulation of the mounting portion 38 is configured (see FIGS. 5 to 7).

Thus, the hanger 20 is conveyed through the driving chain 32 of the trolley conveyor 10 and
The mounting portion 38 of the hanger 20 on which the
0 during the conveyance of the guide member 14 via the guided member 42.
Following the above-described loading-side horizontal portion 50 and loading-side inclined portion 52, the tiled material W in a horizontal state gradually inclines, and the inclination holding portion 5
After 4, the horizontal state is gradually restored by following the carry-out side inclined portion 56 and the carry-out side horizontal portion 58.

That is, the horizontal portion 5 on the loading side of the guide member 14
At 0, the tile body W is held horizontally, guided by the loading-side inclined portion 52, and the placement portion 38, which has been gradually leveled, is higher on the guided member 42 side with the support shaft 40 as a fulcrum, and is opposite to the guided member 42. The inclined state is such that the side is displaced low, and this inclined state is maintained in the section of the inclined holding portion 54 of the guide member 14, and the inclined state is gradually restored to the horizontal state at the discharge side inclined section 56 of the guide member 14 (FIG. 1). And FIG. 7).

Therefore, the tile base W before being glazed is previously placed on the placement part 38, whereby the tile base W is inclined from the horizontal state, and is disposed beside the hanger 20 in the inclined state. When the glaze A is poured from the glaze nozzle 44 (see FIG. 5), the glaze A is applied to the surface of the tile base W, and the inclined state is maintained in the section of the inclined holding portion 54, and the excess glaze A is removed. It falls naturally from the tile body W (see FIGS. 1, 5 to 7).

Although an air nozzle 48 is provided beside the glaze nozzle 44, it is common that the lower end of the application surface of the tiled material W in an inclined state, generally, the head side is positioned downward, so that the glaze is applied. So, glaze A near the back of the head end
Is retained in the form of drops, so that the glaze A is blown off by the pressurized air before the glaze A is dried and solidified. It goes without saying that glaze A can be applied by spraying or spraying as a means for applying glaze A. In addition, as means for removing droplets of glaze, besides blowing off by pressurized air, removal by suction of negative pressure air, or The member made of resin or rubber may be removed by contacting the lower end of the glaze application surface of the tile base W. Then, the glaze A in the form of drops is formed by the air nozzle 48.
The blown-off tiles W are restored to a horizontal state, so that the undried glaze on the application surface of the tiles W is suppressed from flowing from the application surface to the end surface. It is designed to prevent the generation of droplets (see FIG. 6)

This is particularly effective when using a high-viscosity glaze, in that the effect of the surface tension of the glaze is suppressed and the dripping of the glaze is suppressed. It is effective to apply to tiles with relatively large area. Further, in the embodiment of the present invention, the tile substrate W
The glaze A droplets are blown off when the posture is held in an inclined state, but it is also possible to remove the glaze A droplets in a horizontal state or at an arbitrary inclination angle according to the type of glaze. is there.

The removal of the excess glaze A from the tile body W and setting it to a regular application amount depends on the inclination angle of the mounting section 38, the traveling speed of the trolley conveyor 10, and the inclination holding section 54 of the guide member 14. It is possible by adjusting the length and the like.

In this embodiment, the following points are further devised, so that the description will be continued.

The hanger 20 is suspended from the track member 12 via a bracket 30. When the hanger 20 is transported, the vertical swing in the transport direction is prevented by the first swing preventing means 1 described above.
6 is considered to be able to be suppressed.
The hanger 20 is provided below the track member 12 in order to suppress the swing in the direction perpendicular to the transport direction of the carriage 20, that is, the roll.
A pair of second swing preventing means 46 is provided so as to sandwich the bracket 30 (see FIGS. 5 to 7).

In this embodiment, the first swing preventing means 16 and the second swing preventing means 4 described above are used.
6 is provided in a section substantially corresponding to the guide member 14, but is not intended to limit the provision thereof only in the section of the guide member 14. It is free to install as much as possible in the section where the curve is generated.

In the embodiment of the present invention, it has been described that the tiled material W after the glazing is conveyed in a horizontal state via the unloading-side horizontal portion 58 of the guide member 14. Then, the tile substrate W conveyed in the horizontal state can be transferred onto the belt 62 of the conveyer 60 for conveying to the next process while the posture is surely maintained from the mounting portion 38 of the hanger 20. Are elaborated, so that the description will be continued (see FIGS. 8 to 10).

After the control of the guide member 14 by the carry-out side horizontal portion 58 is released, the guided member 42 of the hanger 20 is released.
Become free. As a result, the mounting portion 38 of the hanger 20
Although the hanger 20 is in a horizontal state with the tiled fabric W placed thereon, the hanger 20 is easily conveyed and thus swings easily. Accordingly, it is difficult to remove the tile substrate W from the mounting portion 38 and easily transfer the tile substrate W onto the belt 62 of the transport conveyor 60 with an accurate horizontal posture.

Therefore, in the present embodiment, first, when loading and unloading the tile material W from the hanger 20, the hanger is used.
In order to stabilize the posture of the trolley 20, the descent control unit 64 of the hanger 20 in the trolley conveyor 10 (generally, the track member 12 of the trolley conveyor 10 is curved downward as shown). A guide rail 66 is also arranged (see FIG. 8).

The guide rail 66 will be described in detail below. When the guide rail 66 is lowered via the drive chain 32, a pair of rocking prevention rollers provided on both sides of the attitude control member 26 of the hanger 20 are provided. One of the guides 24, 24 is guided and released.

Therefore, the guide portion 66 on the upper side and the release portion on the lower side of the guide rail 66 are respectively spread outward, so that the swing prevention roller 24 can be easily guided and released. .

The setting position of the guide rail 66 is the descent control unit 64 of the hanger 20 in the trolley conveyor 10 as described above, but the starting end of the guide rail 66 is a section of the descent control unit 64 in the hanger. 20 is the conveyor 6
It should be a position that does not interfere with 0 and should be at least a position on the upstream side of the trolley conveyor 10 from this position.

The end of the guide rail 66 should be at the position of the hanger 20 where the tiles W are transferred to the conveyor 60, and at least at the position downstream of the trolley conveyor 10 from this position. I just need.

That is, the hanger 20 is kept horizontal from the middle of the descent control unit 64, and
There is an advantage that the swing of the hanger 20 can be suppressed until the hanger 20 is transferred to zero.

Next, the tiles W placed on the placing portion 38 of the hanger 20 can be reliably transferred while being kept horizontally on the belt 62 of the conveyor 60 located below the hanger 20. Consideration is given to this point.

Since the tile ground W is placed on the placing portion 38 of the hanger 20, if the hanger 20 is lowered toward the belt of a general transport conveyor, the placing portion 38 is inevitably placed.
Is expected to collide with the belt, and the tiles W cannot be unloaded on the belt.

Therefore, in the embodiment of the present invention, when the hanger 20 is lowered toward the conveyor 60, the mounting portion 38 of the hanger 20 does not hinder the belt 62, and The transport conveyor 60 is configured so that W can be directly transferred onto the belt 62.

The endless belt 62 of the conveyor 60
Form a pair provided parallel to each other near both sides in the width direction of the conveyor 60, and a plurality of belts 62, 62 groups are arranged in close proximity in the longitudinal direction. A gap x is provided between the groups (FIG. 1
0).

More specifically, the gap x between the front and rear divided belts 62 and 62 is provided to be wider than the width of the mounting main body piece 34 and the rod 22 of the hanger 20 described above. ing. When the hanger 20 is lowered toward the belt 62 of the conveyor 60, the belt 6
Since the gap x is provided between the groups 2 and 62, the placing main body piece 34 and the rod 22 of the hanger 20 can pass through the gap x. 22 can be prevented from obstructing the descent of the hanger 20 (see FIG. 9).

On the other hand, the front and rear two mounting auxiliary members 36, 36 arranged at right angles to the mounting main piece 34 also cause the belt 62 to hinder the descent of the hanger 20.

However, the belts 62, 62 forming a pair in parallel near both sides in the width direction of the first conveyor 60 described above.
Is provided between them, so that the mounting auxiliary member 36 located in front of the two front and rear mounting auxiliary members 36, 36 passes through the space y when the hanger 20 descends. Since the placement auxiliary member 36 located at the rear is lowered outside the conveyor 60, the conveyor 60 is not obstructed.

Thus, the tile substrate W placed on the placing portion 38 of the hanger 20 while maintaining the horizontal state is the guide rail 6.
6, it is possible to load and unload on the belt 62 without swinging while securely maintaining the horizontal posture.

In the embodiment of the present invention, the hanger 20
The guide rail 66 is provided in the descent control unit 64 as a means for controlling the loading and unloading of the tile W for controlling the attitude of the tile W. However, the lifting of the hanger 20 when loading the hanger 20 is described. Although not shown in the control section 72 as loading control means, the loading and unloading of the guide rails and the conveyors are provided symmetrically with the loading and unloading control means and the transport conveyor 60 on the loading and unloading control side, so that the loading of the tile W can be performed. Stability can be achieved. The transfer conveyor 60 can intermittently transfer the tiled fabric W transferred on the belt 62 toward the next process.

[Brief description of the drawings]

FIG. 1 is a side view of a transfer device for a hanger for glazing a tile base.

FIG. 2 is a perspective view of a hanger for glazing a tile body.

FIG. 3 is a perspective view showing a horizontal state and an inclined state of the hanger for glazing the tile base.

FIG. 4 is a perspective view of a hanger for glazing the tile ground, showing a state where the tile ground is placed on the mounting portion in a horizontal state.

FIG. 5 is a front view showing a state in which the tile material in a horizontal state is inclined, and a glaze is applied to the tile material in the inclined state.

FIG. 6 is a front view showing a state in which excess glaze remaining on the edge of the tile body is blown off by air.

FIG. 7: Hanger for glazing the guide member of the trolley conveyor
FIG. 5 is a schematic perspective view showing a state in which the guided members are joined.

FIG. 8 is a side view showing a step of loading and unloading tiles placed on a hanger of a trolley conveyor on a transport conveyor of a next process side.

FIG. 9 is a schematic front view taken along line AA of FIG. 8;

FIG. 10 is a schematic plan view of FIG.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 10 Trolley conveyor 11 Rod space 12 Track member 14 Guide member 20 Glazing hanger for tiled base 22 Rod 38 Placing part 42 Guided member 50 Carrying side horizontal part 52 Carrying side inclined part 54 Incline holding part 56 Slanting side inclined Part 58 Unloading side horizontal part W

──────────────────────────────────────────────────続 き Continuation of the front page (56) References JP-A-64-76980 (JP, A) JP-A-4-338186 (JP, A) JP-A-4-21133 (JP, U) JP-A-2-21133 75410 (JP, U) Actually open 63-131733 (JP, U) (58) Fields investigated (Int. Cl. ⁷ , DB name) B28B 11/00-11/22 C04B 41/86 B05C 3/00- 3/20

Claims (3)

(57) [Claims] A glazing hanger for a tile base suspended on a trolley conveyor, wherein a mounting portion for mounting the tile base is provided so as to be able to rise and fall freely. 2. A glazing hanger for a tiled material suspended on a trolley conveyor, wherein a placing portion for placing the tiled material is provided so as to be capable of being raised and lowered, and the placing portion is coupled with an up-and-down control means. Hangers for glazing of tiles. 3. A conveying device in which a glazing hanger for tiled ground is suspended on a trolley conveyor, wherein a mounting portion for placing the tiled ground near the other end of a substantially C-shaped rod having an empty space is free to rise and fall. there are, cavity opposite the mounting of the tile base material having a guided member to part glazed hanger - is set vignetting, via the trolley conveyor by near one end of the rod is attached to the trolley conveyor tile A hanger for glazing the base material is provided so as to be transportable, and a guide member is provided along the trolley conveyor, and the guide member is provided on a loading-side inclined portion inclined upward from one side to the other, and the carrying-side inclined portion. It is provided with a continuously provided inclined holding portion, and an unloading-side inclined portion inclined downward from the inclined holding portion to the unloading side, wherein a guided member of a hanger for glazing a tiled substrate is a guide. Being controlled by members Glazed hanger of tile matrix, wherein - the transport device.