JPH04147835A - Supply guide pan device for tire constituent material - Google Patents

Abstract

PURPOSE:To determine a position accurately and attach a material accurately without deformation of the material by providing a guide pan consisting of a conveyor and guide plates arranged at both right/left sides in a transport direction on the conveyor, and allowing the guide plates to approach the other and move away from the other freely. CONSTITUTION:A guide pan 14 is composed of a conveyor 60 and guide plates 62, 63 arranged at both right/left sides in a transport direction on the conveyor 60. Further, the guide plates 62, 63 become close to the other and move away from the other freely. A breaker of specified size transported to the surface of the guide pan 14 is guided by the guide plates 62, 63 on the conveyor 60 and then is accurately positioned with the center of a belt forming drum 2. After that, the breaker is wound and attached to the rotating belt forming drum 2 by the start of drive of a roller conveyor 60. If the triangular front end part of the breaker comes in contact with the surface of the belt forming drum 2 due to the slight backward movement of movable auxiliary guide plates 64, 65 of the guide plates 62, 63 after the completion of a positioning process, the auxiliary guide plates are again allowed to move forward to come in contact with the lateral, end of the breaker. Thus the deformation of the triangular front end part of the breaker is prevented and the breaker is accurately supplied for attachment.

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial Application Field) The present invention provides a method for guiding and supplying tire constituent materials, such as steel breakers (hereinafter referred to as breakers), to a belt forming drum of a vehicle tire manufacturing facility, particularly a vehicle tire forming machine. This invention relates to a guide pan device for pasting.

(Prior art) Conventionally, as a device for supplying and pasting a breaker onto a belt forming drum from a direction perpendicular to the axial direction of the drum,
There is one disclosed in Japanese Patent No.-24463. This device includes a breaker feeding means for feeding the breaker from a reel;
A breaker meandering correction mechanism, a breaker transfer conveyor, a sizing cutter and sizing positioning means provided in the middle of the conveyor, and a breaker pasting conveyor (guide) with upper, middle and lower three stages that supplies and pastes the breakers to the belt forming drum. bread)
It is equipped with And the breaker attached conveyor is
A plurality of guide pan devices are each attached to a movable frame that moves toward and away from the belt forming drum so as to be able to swing up and down individually.

(Intelligence to be Solved by the Invention 8) By the way, the above-mentioned conventional guide pan device has a complicated structure, requires a considerable space including a waiting area, is troublesome to adjust, and is expensive. Therefore, there are problems such as the sizing breaker cannot be sufficiently positioned with respect to the center of the belt forming drum, and it is difficult to accurately supply the breaker.

The present invention was made in view of the above-mentioned circumstances, and
The purpose of this is to have a simple and easily adjustable structure that can accurately position, accurately guide, feed, and affix cut sized breakers and other materials without deforming them, while also being common to the upper and lower ply transfer paths. To provide a possible guide pan device.

(Means for Solving the Problems) In the present invention, the following technical measures were taken in order to achieve the above object.

That is, the present invention provides a guide pan device that guides and supplies tire constituent materials 12a and 13a to a belt forming drum 2 from a direction perpendicular to its axis 3.
consists of a conveyor 60 and guide plates 62 and 63 arranged on both left and right sides of the conveyor 60 in the transport direction, and is characterized in that the guide plates 62 and 63 can approach and move away from each other. There is.

Note that movable sub-guide plates 64, 65 are disposed at the front ends of the guide plates 62, 63 and can be driven individually.

Further, it is preferable that the guide pan 14 is attached to the entire apparatus frame 1 so as to be able to at least move up and down and swing.

(Function) According to the present invention, the fixed-sized breakers 12a and 13a transferred onto the guide pan 14 are guided by the guide plates 62 and 63 on the conveyor 60 to a predetermined position, and are guided to a predetermined position by the belt forming drum. After being accurately positioned with respect to the center of the belt forming drum 2, the roller conveyor 60 starts driving in the positioned state, and the belt forming drum 2 is supplied onto the rotating belt forming drum 2.
It is wrapped and pasted.

And a movable sub-guide plate 64 of the guide plate 62, 63.
Or, after the positioning is completed, the breaker 65 is moved slightly backward, and when the triangular front end portions of the breakers 12a and 13a come into contact with the belt forming drum 2, the breaker 65 is moved forward again.
By bringing it into contact with the side edge of the breakers 13a and taking part of the positioning function, deformation of the triangular front end portions of the breakers 12a and 13a can be prevented, allowing for more accurate supply and pasting.

Furthermore, by at least vertically moving and swinging the guide pan 14, it can be connected to and separated from the upper and lower plural stage transfer paths 6 and 7 and moved to the standby position. Materials can be supplied.

(Example) Embodiments of the present invention will be described below based on the drawings.

Referring to the drawing, reference numeral 1 denotes a main body frame of the apparatus, which is installed on the rear side of the belt forming drum 2 perpendicularly to the drum axis 3 via front and rear #4, 5, and has breaker transfer paths 6, 7 formed in two stages, upper and lower. Ply feeding means 8, 9 consisting of two front and rear carts 8a, 9a etc. are disposed at the rear and lower part of the frame 1 so as to be freely removable and removable.

A breaker 12.13 wound together with the liner L on a reel 10.1) is placed on the reel 9a and is fed out. A guide pan 14 is attached to the front end of the frame 1 via an attachment frame 15, an elevating frame 16, and a back-and-forth movement frame 17 so as to be swingable in the vertical direction. Note that in this embodiment, forward and backward motion frames are not deleted.

The upper breaker transfer paths 6 and 7 have the same configuration, and each has a fixed size, consisting of a first conveyor 18, a second conveyor 19, a transfer belt conveyor 20, and a roller conveyor provided between the first and second conveyors 18 and 19. Breakers 12a, 13a
and separating means 21. The first and second conveyors 18 and 19 are belt conveyors, and although not shown, permanent magnets are embedded in the belt support plate at predetermined intervals.
The steel cord 22 of the breaker 12.13 is sucked through the conveyor belt so that the breaker 12.13 is transported without meandering. The transfer belt conveyor 20 is provided at the front end of the second conveyor 19 so that its conveying surface is located on an inclined plane including the tangent to the belt forming drum 2, and a guide pan 1 is provided at the front end of the conveyor 20.
Although not shown, permanent magnets are embedded in the belt support plate at predetermined intervals to prevent the sizing breakers 12a and 13a from meandering. There is.

Further, at the rear end of the first conveyor 18, there is provided a bracing centering means 25 consisting of rollers movable back and forth, left and right, for example, an omni roller 23 and a side guide roller 24, and the breaker 12, 13 is positioned at a predetermined position on the first conveyor 18. It is designed to guide you with precision. Furthermore, each first
On the conveyor 18, a breaker sizing cutter 26 is provided with a cutter running path (plate-like anvil) that can freely adjust the cutting angle.
are arranged, and the upper and lower stages are arranged in a cross shape with the inclination directions opposite to each other. Note that the sizing cutter 26 is essentially the same as conventionally known ones, so a description thereof will be omitted.

The carts 8 and 9 have the same configuration, and have cart frames 8a and 9a.
The winding roll 27 of the liner L and its drive motor 2 are shown above.
8 is placed on the roll support plate 29, and a plurality of guide rollers 30 are provided on the roll support plate 29.

As shown in FIGS. 4 to 6, the separating means 21 includes a group of long and short left and right separating rollers 31 and 32, and has a breaker cutting line 33 having a predetermined inclination angle with respect to the breaker transport direction. They are provided on both left and right sides of the substantially parallel inclined lines, parallel to and coaxially with the axis 3 of the belt forming drum 2.

As shown in FIGS. 7 to 10, the guide pan 14 includes a roller shaft 58 mounted parallel to each other at intervals between left and right frames 56 and 56 via bearings 57, and each shaft 58.
It is equipped with a roller conveyor 60 constituted by an omni roller 59 fixed to the frame 56, 56
In between, centering guide plates 62, 63 and movable sub-guide plates 64, 65 are located on the omni roller 59 and are disposed facing each other so as to be able to approach and separate from each other via a plurality of guide rods 61. We are prepared.

A swing shaft 66 is fixed to both the left and right frames 56 toward the rear of the center, and the back and forth frame 17
The left and right frames 56 are attached to the lower end of the frame so as to be able to swing up and down via the swing shaft 66.
8.69.

At the left outer end of each of the roller shafts 58, a toothed boot I is provided.
A timing belt 74 is wound around the toothed pulley 73 which is fixed to the output shaft 72 of the servo motor 71 attached to the lower surface of the connecting member 69, and the upper side of the toothed pulley 70 of each shaft 58. All the omni rollers 59 are driven to rotate. Note that a timing belt pressing roller 7 is mounted on the left frame 56.
5 are rotatably attached at appropriate intervals.

76.77 is a pulley with idle teeth, and the timing belt 74
This is a change in direction.

Further, between the leading ends of both the left and right frames 56, an omni roller 78 and a conveyor roller 79, which are freely rotatable, are pivotally supported.

The guide plates 62 and 63 each have a linear bearing 80.
It is supported via a guide rod 61 via a NAND member 83 and attached to two screw shafts 82 rotatably supported between the left and right frames 56 via bearings 81. The screw shaft 82 is connected at the center by a compression ring 82c, and the left side is a left-handed shaft portion 82.
a, and the right side is a right-handed shaft portion 82b, and the rotation of the screw shaft 82 causes the left and right guide plates 62, 63 to approach each other.
It is designed to be driven apart. In addition, the guide plate 62
．． 63 is provided with a vertically long rectangular through hole 84 at a suitable location, and a pin 85 and a bearing 8 whose axis is perpendicular to the straight line connecting the centers of the respective roller shafts 58 are inserted into the hole 84.
A breaker guide roller 87 is rotatably supported via the guide plate 6 so as to project slightly from the opposing surfaces of the guide plates 62 and 63 (see FIG. 10).

A toothed pulley 88 is fixed to the outer end of the right-handed shaft portion 82b of the screw shaft 82, and a toothed pulley 91 is fixed to the output shaft 90 of a servo motor 89 attached to the lower surface of the connecting member 68. A timing belt 92 is wound between the
Both screw shafts 82 simultaneously rotate synchronously, and both guide plates 62 .
63 approaches and separates while maintaining a parallel state. Note that 93 is a tension pulley.

The auxiliary guide plates 64.65 are movable in the left-right direction parallel to the brackets 94.95 fixed to the upper surface of the front end of each guide plate 62.63 via guide shoes 96.97 and guide bars 98.99. The air cylinders 100 and 101 allow the breaker 12a to move in and out of the opposing inner surface of the guide plate 62 and 63.
It retreats only when passing the front triangular portion of the sizing breakers 12a, 13a, so as not to apply resistance to the front triangular portions of the sizing breakers 12a, 13a, thereby preventing the sizing breakers 12a, 13a from meandering.

The breaker positioning means of the guide pan 14 includes a group of omni rollers 59, guide plates 62 and 63, and a sub-guide plate 64.
．． 65.

The mounting frame 15 includes left and right side plates 102.102,
The rear end plate 105 consists of a front end plate 103, a connecting member 104 that connects the rear ends of the side plates 102, and a rear end plate 105 and a reinforcing member 106 fixed to the rear ends of the left and right side plates 102.
is fixed to the front end of the device main body frame 1. Guide rails 107 are fixed to both front ends of the front end plate 103, and a servo motor 108 for driving the lifting frame is mounted above the front end via a mounting plate 109 so that the output shaft 1)0 faces upward. attached, and further includes a front end plate 103
At the center upper end of the screw shaft 1) 1 for vertical drive is a bearing 1)
2 and is vertically and rotatably mounted.

Toothed pulleys 1) 3, 1) 4 are fixed to the upper end of the screw shaft 1) 1 and the output shaft 1) 0, respectively, and a timing belt 1) is disposed between both pulleys 1) 3, 1) 4. 5 is wrapped around it. In addition, near the rear end of both the left and right reinforcing members 106 at the bottom, a suspension bolt 1) 6 for the transfer belt conveyor 20 is attached with a nut 1) 7 so as to be vertically adjustable.
A stopper 1) 8 is fixed to the lower end of the guide rail 107. In addition, on the right edge of the front end plate 103,
A proximity switch 1) 9 for detecting the upper and lower limits of the lifting frame is installed in an adjustable position (same arrangement as in FIG. 15).

The elevating frame 16 has a substantially box-like shape with a bottom, and the rear end plate 1
Guide shoes 121 that fit into the guide rail 107 are fixed to the rear surface of the screw shaft 20 on the left, right, upper and lower sides, and a ball nut 122 is fixed to the center of the front surface of the rear end plate 120. are rotatably screwed together. Note that a kicker 124 of the proximity switch 1) 9 is attached to the rear end of the right side plate 123 (first
5), the front end plate 125 of the lifting frame 16 is equipped with a servo motor 126 that drives the longitudinally moving frame 17.
is attached with the output shaft 127 facing forward, and a toothed boot 28 is fixed to the output shaft 127. Two guide rails 130 on the left and right sides are fixed to the bottom of the bottom plate 129 of the lifting frame 16 in parallel with each other in the front and back direction, and a bearing 131 is fixed to the front end of the center of the bottom surface. A screw shaft 132 is rotatably supported, and a toothed boot 33 is fixed to the front end of the screw shaft 132, and the timing belt 13 is connected between the toothed pulley 12B and the toothed pulley 12B.
4 is wrapped around it. Further, as shown in FIG. 15, a proximity switch 135 for detecting the limit of forward and backward movement is attached to the lower end of the right side plate 123 of the lifting frame 16 via a belt plate 136.

The longitudinal motion frame 17 has left and right side plates 137 and 138.
The distance between the guide shoes 14 is the same as the width of the elevating frame 16, and the guide shoes 14 are located at the front and rear ends of the top plate 139 at both left and right ends of the top plate 139 and fit into the guide rails 130.
A ball nuff 141 to which the screw shaft 132 is rotatably screwed is fixed to the center front end of the lower surface of the top plate 139. Both ends of a swing shaft 66 of the guide pan 14 are rotatably supported at the centers of the upper ends of the left and right side plates 137 and 138 via bearings 142, and the left outer end of the swing shaft 66 is rotatably supported through bearings 142. is the output shaft of the worm reducer 143. The speed reducer 143 is mounted on a vertical piece 144a of an L-shaped mounting plate 144 attached to the outer surface of the left side plate 137.
The output shaft 1 of the servo motor 145 for driving the swing shaft is fixed to the upper surface of the horizontal piece 144b of the mounting plate 144.
46 via a camp ring 147. Further, a kicker 148 of the proximity swing 135 is attached to the upper end of the right side plate 138 of the longitudinally movable frame 17 (
(See Fig. 15) At the bottom, as shown in Fig. 14, there are proximity switches 149 and 150 for upper and lower standby positioning.
．． 151 are mounted and located on the same circle centered on the swing axis 66, and the proximity switches 149 to 151
A key 7i-152 is fixed to the end of the swing shaft 66.

Next, the case of supplying and pasting the breakers 12 and 13 to the belt forming drum 2 using the above-described apparatus will be explained in detail.

First, the position of the side guide roller 24 of the breaker positioning means 25 is adjusted according to the breaker width, and the rear end of the guide pan 14 is connected to the elevating frame 16 and the longitudinally moving frame 1.
7 and the swing shaft 66, the front end of the guide pan 14 is connected to the front end of the upper transfer belt conveyor 20 and brought close to the top of the belt forming drum 2, as shown in FIG. Note that the positioning means for the guide pan 14 is such that the guide plates 62 and 63 are driven in advance by a servo motor 89 via a screw shaft 82, etc., and the opposing interval is adjusted to match the width of the breaker, and the movable sub-guide Board 64.6
5 is also parallel to and flush with the guide plates 62 and 63, and is spaced apart and retracted by a set amount.

The first and second breakers 12 and 13 are unwound from the reel, transferred onto the first conveyor 18 and second conveyor 19, cut to size, pulled apart, and then transferred to the second conveyor 1.
9 resumes driving, the tip of the sizing breaker 12a moves to the second position.
When the guide pan 14 is placed on the rear end of the guide pan 14 through the conveyor 19 or the transfer belt conveyor 20, both guide plates 62 and 63 automatically synchronize with each other and move toward each other inward by a set amount to set the size. It comes into contact with both widthwise edges of the breaker 12a and is positioned relative to the center of the belt forming drum 2. Next, when the triangular front end portion of the sizing breaker 12a reaches the front end of the guide plate 63, it is detected by an optical sensor (not shown), and the detection signal activates the right air cylinder 101 to move the right movable secondary. The guide plate 65 is moved back a little so that it does not come into contact with the sizing breaker 12a, and the front end portion of the sizing breaker 12a is prevented from deforming. Then, at the same time that the front end portion of the sizing breaker 12a contacts the rotating belt forming drum 2 and winding starts, the movable sub-guide plate 65 moves forward and comes into contact with the edge of the sizing breaker 12a. Responsible for part of the positioning function.

In this way, when the supply and attachment of the first first sizing breaker 12a to the rotating belt forming drum 2 is completed, the guide plates 62 and 63 of the guide pan 14 are moved back by a set amount, and the next Wait for the sizing breaker 13a to be transferred. At the same time, the screw shaft 1) 1 of the lifting frame 16 is rotated and lowered by the start of the servo motor 108, and then stopped at the set position. On the other hand, when the servo motor 126 is started, the screw shaft 132 of the longitudinally movable frame 17 rotates and moves backward, and stops at the set position. Further, the swing shaft 66 of the guide pan 14 is rotated by starting the servo motor 145, and the rear end thereof is lowered and stopped at the set position. This kind of behavior is
At the same time, the rear end of the guide pan 14 is connected to the front end of the lower transfer conveyor 20, and the guide pan 14
The tip conveyor roller 79 is close to the belt forming drum 2, and the upper surface of the roller conveyor 60 is close to the belt forming drum 2.
is located on the tangent line.

Next, the process moves on to supplying the second second breaker 13. The second breaker 13, which has been prepared for cutting to size, is transferred by driving the first and second conveyors 18 and 19 of the lower transfer path 7. , by the same operation as the first breaker 12, the fixed-length breaker 13a is cut to a fixed length, and the fixed-length breaker 13a is separated by the separating means 21.
It is temporarily kept on standby on the conveyor 19, transferred onto the guide pan 14, positioned, and supplied onto the belt forming drum 2, where it is wound and pasted. In addition, since the triangular front end portion of the second sizing breaker 13a is on the left side as shown in FIG. 3, the movable sub-guide plate 64 on the left side is driven.

In this way, when the supply and pasting of the second sizing breaker 13a is completed, the servo motor 145 is started and the swing shaft 66 is rotated in the direction shown by the arrow (b) in the first) figure. The front end of the pan 14 swings upward and separates upward from the belt forming drum 2.1. The servo motor 145 stops at the set position. On the other hand, the elevating frame 16 rises and stops at the upper limit position, and the longitudinally movable frame 17 also moves forward and stops at the forward limit, and the guide pan 14 moves along the two-dot chain line 14A in FIG.
It is moved to the standby position indicated by .

When the supply of the first sizing breaker 12a is started again,
First, the servo motor 145 is started to move the oscillation -66 to the first position.
) Rotate it in the direction shown by the arrow (c) in the figure, and then
4 is lowered to bring the conveyor roller 7 close to the top of the belt forming drum 2, as shown in FIG. The state shown by the solid line is set, and the sizing breakers 12a and 13 are
a is supplied and pasted.

The operation control of each device in the above embodiment is automatically performed by program control using a computer.

According to the above embodiment, since the positioning means 25 uses the rollers 23 which are movable back and forth and left and right, positioning can be performed reliably.

Furthermore, in the above embodiment, the first and second conveyors 18.
Since the breaker separating means 21 is provided between the breaker 19 and the breaker 19, the breaker 12a and 13B are separated.
Since this can be done smoothly without causing the triangular rear end portions of a and 13a to slip, the fixed size can be maintained without stretching or deforming.

It should be noted that the present invention is not limited to the above-mentioned embodiments. For example, the transfer path 6.7 can be constructed in three or four stages, and the transfer roller conveyor 20 can be replaced with a second one.
The conveyor 19 can be an extension. Further, the movable sub-guide plates 64, 65 can be moved forward and backward simultaneously in left and right synchronization. Furthermore, in another embodiment, in order to make the guide pan 14 only movable up and down and swingable, extend two brackets from the elevating frame 16, and pass the shaft through each bracket so that they form both ends. The guide pan 14 can be made swingable around its axis.

(Effects of the Invention) As described above, the method of the present invention provides the belt forming drum 2 with
Tire constituent material 12a from the direction perpendicular to the axis 3,
13a, the guide pan 14 includes a conveyor 60, and guide plates 62 and 63 disposed on both sides of the conveyor 6 in the transfer direction.
The guide plates 62 and 63 are characterized in that they can approach and separate from each other, so that the cut materials of the sizing breakers 12a, 13a, etc. can be accurately cut without deforming them. Position the molding drum 2 with precision.
It can be supplied and attached to the machine, has a simple structure, and is easy to adjust.

Further, by disposing movable sub-guide plates 64 and 65 at the front ends of the guide plates 62 and 63, deformation and meandering of the triangular front end portion of the material can be prevented, and supply and pasting can be performed with high precision. .

Furthermore, by configuring the guide pan 14 so that it can at least move up and down and swing freely on the overall device frame 1, the structure is simpler, the space required can be reduced, and adjustment is easy. The guide pan device can be connected to and separated from the guide pan device, and one guide pan device can be used for feeding multiple types of materials, making the device compact and inexpensive.

[Brief explanation of drawings]

The drawings show an embodiment of the present invention; Fig. 1 is an overall side view, Fig. 2 is a plan view of the same, Fig. 3 is a plan view of the steel breaker, and Fig. 4 is an enlarged view of the upper breaker separating means. A plan view, FIG. 5 is a sectional view taken along line A-A'41A in FIG. 4, FIG. 6 is an enlarged cross-sectional view taken along line B-B in FIG. 4, FIG. Partially cutaway side view of guide pan, No. 9
The figure is a sectional view taken along D-Di in Figure 7, and Figure 10 is a cross-sectional view taken along E-Di in Figure 8.
E-line enlarged cross-sectional view, Figure 1) is a partially broken enlarged side view of the guide pan support structure, Figure 12 is a plan view of Figure 1), Figure 13 is
The figure is the right side view of figure 1), and figure 14 is F-F of figure 13.
15 is an enlarged view taken along arrow G in FIG. 13. DESCRIPTION OF SYMBOLS 1... Equipment main body frame, 2... Held forming, shaping drum, 3... Axis line, 12.13... Steel breaker, 12a, 13a... Sizing steel breaker, 14
...Guide pan, 15...Mounting frame, 16...
・Lifting frame, 17... Back and forth movement frame, 59...
・Omniroller, 60... Roller conveyor, 62, 6
3...Guide plate, 64.65...Movable sub-guide plate,
66... Swing axis. Patent applicant Agent: Sumitomo Rubber Industries, Ltd.
Person Patent Attorney Yasu 1) Satoshi Toshio 1991 Ra Month 2”
Day 1. Indication of the case 1990 Patent Application No. 274008 2 Name of the invention Tire constituent material supply guide pan device 3 Person making the amendment Relationship to the case Patent applicant Sumitomo Rubber Industries, Ltd. 4 Agent 8577 Address Osaka 10-3 Mikuriya, Futo-Osaka City, Showa Year, Month, Day (Voluntary) 6. Number of claims increased due to amendment: 17.
Subject of amendment/Claims column 8 of the specification, contents of the amendment (1) The scope of claims column of the specification attached to the application will be amended as shown in the attached sheet. (2) On page 4, line 14 of the same specification, the statement "also mentioned above" is corrected to "the present invention also relates to the above". (3) On page 4, line 16 of the circular, it is written that ``It is preferable.J
A certain statement has been corrected to read, "It is characterized by." (4) In line 13 of page 5 of the same book, the statement ``Also, a guide'' is corrected to ``Also, according to the present invention, a guide.'' (5) On page 20, line 15 of the same book, the statement ``The method of the present invention is'' is corrected to ``The present invention is''. (6) In line 1 of page 21 of the same book, the statement "Furthermore, the guide pan 14" is corrected to "Furthermore, the present invention provides the guide pan 14." (7) On page 21, line 13 of the same book, “By doing so,
'' will be corrected to ``because it is characterized by...''. 2. Claims (1) Tire constituent materials (12a) (13a) are applied to the belt forming drum (2) from a direction perpendicular to its axis (3).
In the guide pan device that guides and supplies the guide pan (
14) includes a conveyor (60) and guide plates (62) disposed on both left and right sides of the conveyor (60) in the transport direction.
(63), wherein the guide plates (62) and (63) are movable toward and away from each other. (2) The tire constituent material supply guide pan device according to claim (1), wherein movable sub-guide plates (64) (65) are disposed at the front end portions of the guide plates (62) (63). (3) The guide pan (14) is connected to the entire device frame (1
2. The tire constituent material supply guide pan device according to claim 1, wherein the tire constituent material supply guide pan device is attached to the tire component supply guide pan device according to claim 1 or 2, wherein the tire component supply guide pan device is attached to the tire component supply guide pan device so as to be able to at least move up and down and swing freely. (4) The guide pan (14) is attached to the mounting frame (15).
), the lifting frame (16), and the swing shaft (66) are attached to the entire device frame (1).
1) The tire constituent material supply guide pan device according to (2) or (3). (5) Tire constituent materials (12a) <13a' are applied to the belt forming drum (2) from a direction perpendicular to its axis (3).
), wherein the kite pan (14) is attached to the entire device frame (1) so as to be able to at least move up and down and swing.

Claims (4)

[Claims] (1) In a guide pan device that guides and supplies tire constituent materials (12a) (13a) to a belt forming drum (2) from a direction perpendicular to its axis (3), the guide pan (14) is connected to a conveyor (60). and guide plates (62) (63) arranged on the left and right sides of the conveyor (60) in the conveyor direction.
63) A tire constituent material supply guide pan device characterized in that the guide pans are capable of approaching and separating from each other. (2) Claim (1) wherein movable sub guide plates (64) (65) are disposed at the front end portions of the guide plates (62) (63).
) The tire constituent material supply guide pan device described in ). (3) The guide pan (14) is connected to the entire device frame (1
2. The tire constituent material supply guide pan device according to claim 1, wherein the tire constituent material supply guide pan device is attached to the tire component supply guide pan device according to claim 1, wherein the tire component supply guide pan device is attached to the tire component supply guide pan device at least in a vertically movable and swingable manner. (4) The guide pan (14) is attached to the mounting frame (15).
), the lifting frame (16), and the swing shaft (66) are attached to the entire apparatus frame (1).
The tire constituent material supply guide pan device according to 1), (2) or (3).