JPS63117892A - Conveyor of carpet for automobile - Google Patents

Abstract

(57) [Abstract] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] This invention relates to an automobile carpet conveying device.

[Conventional technology]

Among the conventional carpet conveyance devices, for conveying molded carpets that remain on the mold in the same shape after molding, there is a method of pulling out the ends with clamps, or a method of clamping multiple points around the mold. There is a way to lift it up and move it.

[Problems that the invention seeks to improve]

However, the conventional method has a problem in that the shape of the molded product, which is still hot immediately after molding, collapses during transportation. In addition, in the former method, there is a problem that if a cushioning material is welded to the back surface at the same time as molding, it may be rubbed off at the edges of the mold and peeled off.

[Means to solve the problem]

This invention was made by focusing on such conventional problems, and the outer surface shape of the car head in which the conveying device is molded,
In other words, the purpose is to solve the above problem by creating a mold shape using lightweight resin, etc., and installing multiple hanging points at key points to create a conveyor device that moves to the next process while maintaining the molded shape. And so.

That is, in the manufacturing process in which a heated automobile carpet is stretched and press-molded using a pair of movable dies, the molded carpet 7 that remains on the dies in the same shape is taken out and moved to the next process. In order to move the molded carpet on the mold without changing its shape, the fixed part is only a rail, and the control part, operation part, drive part, movable part, and transport mold with needle threading support part are integrated. It has the same shape as the upper mold, and has needles that can move back and forth at key points to hold the molded carpet.

[For production]

The present invention will be explained below based on the drawings.

1 to 5 are diagrams showing an embodiment of the present invention.

First, to explain the configuration, the rail 1 is temporarily fixed to the knee 3 at the weighing scales BD and ED. Inside this 2
．． The entire device is suspended using bolts numbered 5 through wheels made of number 3 and number 4. A wheel 6 contacts the lower surface of the rail 1, and is fixed by a bearing 7. 9
When a signal is sent to the motor of , the wheels of 6 rotate four times, and the entire device is moved between steps BD and ED. The stress generated on the conveyor type 18, the wheels 6, and the underside of the rail 1 is 10~
The friction between 6 and 1 is absorbed by 13 and can be adjusted by 12 actuators and eters. If the actuator signal 14 is sent to the mold B by these drive units, the transport mold 18 is moved downward to compress the molded carpet in the mold B. At this time, 1 is placed on the bottom surface of the 18 transport mold.
When the partially provided convex portion 7 strongly compresses the molded carpet, 15 actuators each having 16 needles receive a signal and move to support the molded carpet through the needles. At the same time, the signal is also sent to the 14 actuators so that the 18 transport type is also moving in one direction. These signal controls, etc. are configured in the device. The conveyance mold has the shape of a molded carpet mold and is preferably made of resin or wood, which is lightweight rather than a mold. The suspended molded carpet is set into a molded shape in a transport mold.

When the movement operation button attached to the front side of the transfer type 18 is pressed, a signal is sent to the motor 9, and the entire device moves on the underside of the rail 1 fixed between the processes. According to the pattern, movement of one section on the B pattern is performed. Similarly, other push buttons are used to lift and take out the molded carpet G on the mold. With this operation, when you press the lower button on type B, a signal is sent to the actuator number 14, and the conveyor mold 18 descends.After descending, the partial convex surface provided on the conveyor mold 18 strongly presses the molded carpet G, and the 15 A signal is sent to the actuator 14 one stitch at a time, and at the same time as the needle 16 moves, the transport mold 18 moves upward, and the molding car pair (G) is lifted together with the transport mold 18. After reaching the upper limit, press the move button and a signal will be sent to the motor 9, which will rotate the wheel 6 and move it to the top of the mold D. After stopping on mold D, when the needle return push button is pressed, a signal is sent to the actuator 15, and the molded carpet G falls onto mold D. After that, when the movement push button is pressed, a signal is sent to the motor 9, which causes the wheels 6 to rotate, move over the mold E, and stop. After that, the operations performed on the mold E are the same as those on the mold B.

〔effect〕

As explained above, according to the present invention, the conveying mold with the needle threading support part is a hollow upper mold that corresponds to the outer surface of the molded carpet, and since it is provided with a plurality of needle threading supports, when the carpet is hung. Since the molded carpet is transported with its shape set in the transport mold, there is no possibility of misalignment of the mold. Furthermore, since the part to which the transport device is fixed is limited to the rail, and the control section, operation section, drive section, movable section, and transport type with needle threading support section are integrated, transport can be carried out by one operator.

[Brief explanation of the drawing]

FIG. 1 is a perspective view of the conveyance device. FIG. 2 is a sectional view showing the operation of supporting the molded product by the conveying device. FIG. 3 is a partially enlarged perspective view of FIG. 2. FIG. 4 is a partially sectional perspective view of the conveying device, and FIG. 5 is a partially plan perspective view of FIG. 4. FIG. 6 is a side view showing the positional relationship between the conveyance device, the molding device, and the mold. In the diagram: 1...Trolley rail 2. Thrust ball bearing 3.4. Ball bearing 5-.Hanging bolt 6.Caster 7. Plummer block 8..V-belt and pulley 9-.Motor and pulley 1
0...Slide guide 11 Spring 1
2.14.15 ・Actieta-13 linear bearing 16 ・・Needle 17 ・Convex jig 18・
Transport type Other mail bag circuit A Breath cylinder B Lower molding mold C Lower mold moving trolley D Transport receiving mold E Lower molding mold (separate mold) F Upper molding mold G Carpet

Claims (1)

[Claims] (1) After a heated automobile carpet is stretched and press-formed using a pair of movable molds, the molded carpet that remains on the mold in the same shape is taken out and moved to the next process. In order to move the molded carpet on the mold that is left in the shape of も, a conveyance mold having almost the same shape as the molded upper shape is provided with a convex part so that the molded carpet is partially strongly compressed, and a convex part that is in strong contact with the molded carpet is provided. By providing a movable needle in the section, the molded carpet, which remains in its original shape, is fixed to the transport mold and lifted up, and a means for taking it out and moving it is provided by a rail that connects it to the next process and a drive section that moves in contact with the underside of the rail. An automobile carpet conveying device characterized by: