KR200385650Y1 - A sequence-control apparatus for providing a rolled textile from di-directions - Google Patents

Abstract

The present invention relates to a bidirectional feeding sequence control device capable of supplying raw materials from both left and / or right directions in inputting raw materials to a raw material supply part of a roll type textile packing device, and can flexibly implement a combination of a packing device and a two-way conveyor. It is a useful design to improve space and work efficiency.

Description

A sequence-control apparatus for providing a rolled textile from di-directions}

The present invention relates to a bidirectional feed sequence control device for a roll type fabric packaging device, and more particularly, a bidirectional feed sequence capable of supplying fabric from both left and / or right directions in putting the fabric into a fabric supply part of a roll type fabric packing device. It is about a control field.

In general, a roll-type fabric packing device is a fabric rolled in a roll form after processing is conveyed through a conveyor, wrapped with vinyl, and then bonded to a vinyl-packed fabric center using heat. And an apparatus for automatically packing by cutting and sticking by heating the vinyl on both sides with heat. Such a roll type fabric packing apparatus has been disclosed by the present inventors in the "roll type fabric packing machine" of the Republic of Korea Patent Application Publication No. 99-80549 (published: November 15, 1999), and also the heater plate and The sensor unit can detect whether the end of the fabric is stuck between the supporting plates, and if the end of the fabric is stuck, it automatically detects it and handles it so that the fabric is not obstructed. The center bonding of the roll-type fabric packaging device and the control device of the cutter and the technology thereof can be found in the Korean Patent Application Publication No. 2003-40855 (published: May 23, 2003). Center bonding and cutter control device and method thereof ".

The roll-type fabric packaging apparatus includes a conveyor belt configuration for providing the fabric to the fabric supply unit 3 in one direction, the structure of which is wound up into a roll-shaped fabric 51 after finishing the processing, as shown in FIG. The conveyor belt 52 is provided to the elevating plate 16 and is lifted by the cylinder 15, and the fabric 51 in the elevating plate 16 rolls along the inclined surface and enters the distal entrance 17. However, the conventional fabric input configuration is configured only in one direction, so that the combination of the fabric packing apparatus and the conveyor is limited, thereby reducing the flexibility of the apparatus and method.

An object of the present invention is to solve the conventional problems, to provide a bidirectional input sequence control device of the roll-type fabric packaging device capable of inputting the bi-directional fabric into the fabric supply unit.

As a means for achieving the above object, the configuration of the device of the present invention is mounted on one side of the left conveyor, the left sensor unit for detecting the supply of fabric on the left conveyor, the right side of the right conveyor is mounted on the right side of the conveyor to supply the fabric A main sensor unit mounted at both ends of the main conveyor extending between these conveyors between the right sensor unit, the left conveyor, and the right conveyor for detecting whether the main conveyor unit has one or more sensors for detecting the presence of the fabric on the main conveyor; A feeding cylinder drive unit for feeding the roll type fabric existing in the main conveyor to the roll type fabric packaging device supply unit; A left conveyor driving unit for transferring the roll-shaped fabric existing in the left conveyor to the main conveyor; A U-conveyor drive unit for transferring the roll-shaped fabric existing in the U-conveyor to the main conveyor; A main conveyor driving unit interlocked with the left or right conveyor driving unit; And a control unit for driving the left, right and main conveyors and the feeding cylinder driving unit while outputting a control signal for controlling the fabric conveying operation.

Hereinafter, in order to be described in detail so that those skilled in the art can easily implement the present invention, the most preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. . Other objects, features, and operational advantages, including the object, operation, and effect of the present invention, will become more apparent from the description of the preferred embodiment. For reference, the embodiments disclosed herein are only presented by selecting the most preferred examples to help those skilled in the art from the various possible examples, the technical spirit of the present invention is not necessarily limited or limited only by this embodiment. However, various changes, additions and changes are possible within the scope without departing from the technical spirit of the present invention, as well as other equivalent embodiments. For example, the present invention is intended to include a variant capable of introducing three or more multi-directions for a left and right bidirectional conveyor.

Figure 2 is a schematic configuration of the two-way fabric input conveyor of the roll-type fabric packaging device according to an embodiment of the present invention, the main conveyor 100 is located at the front end of the fabric supply unit 3 of the fabric packaging device, extending to the left and right of the main conveyor The left conveyor 200 and the right conveyor 300 is installed. The left and right conveyors may be operated by a forward and reverse rotation of the conveyor driver, not shown, as a conveyor for transferring the fabric onto the main conveyor. Position detection sensors 101 and 102 are set at both ends of the main conveyor 100 to detect whether the fabric is supplied to the main conveyor. In the present invention, preferably, the position detection sensor is positioned at both ends, and when the position detection sensors 101 and 102 are in the on state, the fabric may be determined to be supplied to the proper position on the main conveyor 100. However, a single position sensor may be installed in the middle of the main conveyor, but is not limited thereto. A separate position sensor 201 is mounted at the tip of the left conveyor 200 to detect whether the fabric is waiting on the left conveyor, and a separate position sensor 301 is attached to the tip of the right conveyor 300. Installed, it is possible to check whether the fabric is supplied on the conveyor.

3 is a block diagram showing the configuration of the original fabric bidirectional input sequence control device of the roll-type fabric packaging apparatus according to an embodiment of the present invention.

As shown in Figure 3, the configuration of the two-way feed sequence control device of the roll-type fabric packaging apparatus according to an embodiment of the present invention, mounted on one side of the left conveyor 200 to detect whether the fabric supply on the left conveyor The main sensor is extended to the conveyor between the left sensor unit 205, the right conveyor 300 is mounted on one side of the right sensor unit 305, the left conveyor and the right conveyor for detecting the supply of fabric on the right conveyor. (100) the main sensor unit 105 mounted on both ends and having one or more sensors for detecting the presence of the fabric on the main conveyor; A feeding cylinder driving unit 500 for feeding the roll type fabric existing in the main conveyor to the roll type fabric packaging apparatus supply unit; A left conveyor driver 206 for transferring the roll-shaped fabric existing in the left conveyor to the main conveyor; A U-conveyor drive unit 306 for transferring the roll type fabric existing in the U-conveyor to the main conveyor; A main conveyor driver 106 interlocked with the left or right conveyor driver; And a control unit 400 for driving the left, right and main conveyors and the feeding cylinder driving unit while outputting a control signal for controlling the fabric conveying operation. Meanwhile, the main sensors 101 and 102, the left sensor 201, and the right sensor 301 are specific embodiments of the main sensor unit 105, the left sensor 205, and the right sensor unit 305, respectively.

Figure 4 is a flow control method for controlling the fabric feed method of the roll type fabric packaging apparatus according to an embodiment of the present invention. Referring to Figure 4 the operation of the two-way feed sequence control device of the roll-type fabric packaging apparatus according to an embodiment of the present invention by the above configuration.

After the power is applied, the operation is started when the operation procedure of FIG. 4, which is programmed and stored in the internal memory of the controller 400, is executed by the controller 400 (S10).

After the operation is started, the controller 400 sets the flag INPUT_L and INPUT_R values to 0 (S20), and determines the signal of the main sensor unit 105 (S30). When the main sensors 101 and 102 are on, the fabric is present in the main conveyor 100, and thus, the fabric is supplied to the fabric supplying unit 3 of the packaging device 1 by driving the fabric feeding cylinder. When the main sensors 101 and 102 are off, there is no fabric supplied to the main conveyor 100, so that the fabric is supplied from the left or right conveyor, and the present invention is designed to preferentially process the fabric supply from the left conveyor. The left sensor 201 determines the signal (S40), if it is on, the far end is present in the left conveyor 200, and the right sensor 301 is continuously determined (S50), if on, the flag INPUT_L value If the flag value is 0 (S60), the flag INPUT_L value is set to 1 (S70), and the left conveyor driver 206 and the main conveyor driver 106 are driven (S80) to be placed on the left conveyor. The fabric is transferred onto the main conveyor 100. If the flag INPUT_L = 1 in step S60, since the far-end on the left conveyor is transferred in all cycles, the flag INPUT_L value is set to 0 (S70 ') for alternating, and the U conveyor driver 306 and the main conveyor driver are replaced. Driving the 106 (S80 ') is placed on the main conveyor 100 is conveyed onto the main conveyor (100). The fabric conveyed from the left or right conveyor drives the fabric feeding cylinder driver 500 to provide the fabric to the packaging device fabric supply unit 3 (S90). When the far end transfer from the main conveyor 100 to the supply unit is completed, one cycle is completed, and control is returned to the left sensor signal determination step (S40). While performing the same procedure, the fabrics provided on the left or right conveyors are alternately supplied on the main conveyors, and can be continuously administered to the fabric supply unit mounted on the front end of the packaging apparatus so that alternating administration is possible. (S40) In other words, when the left sensor is off, if there is no far-end supplied to the left conveyor, the control determines the right sensor 301 signal, if the right sensor 301 signal is off, left and right Since there is no fabric administered to the conveyor, the operation is terminated. However, if the right sensor signal is on, that is, there is no fabric in the left conveyor, but the fabric is administered on the right conveyor, control passes to (S80 ') to drive the u-conveyor and the main conveyor and to continuously drive the fabric feeding cylinder. To provide the fabric to the fabric supply. On the other hand, (S50) step, that is, if the left sensor is on, but the right sensor is off, when the far-end is administered only on the left conveyor, control is passed to (S80) to drive the left conveyor and the main conveyor, and continuously The fabric is provided to the fabric supply unit (S90). The bidirectional far-end fabric supply control device or method according to the present invention is terminated when the signals at both sides of the left sensor 201 and the right sensor 301 are off, that is, if no fabric is present on both conveyors 200 and 300.

In the embodiment of the present invention, as described above, by the roll-type fabric wrapping device of the two-way feed sequence control device, it is possible to flexibly implement the packaging device and the two-way conveyor combination, it is possible to improve the space and work efficiency, in the future It can provide an opportunity to develop into a system that can package and sort different fabrics. This effect of the present invention can be used in a variety of applications within the scope of the technical spirit of the present invention in the field of textile processing.

1 is a partial schematic view of the original one-way feed conveyor of the conventional roll-type packaging device.

Figure 2 is a schematic configuration of the two-way fabric input conveyor of the roll-type fabric packaging apparatus according to an embodiment of the present invention.

3 is a block diagram showing the configuration of the original fabric bidirectional input sequence control device of the roll-type fabric packaging apparatus according to an embodiment of the present invention.

4 is a flow chart illustrating the operation of the far-end bidirectional input sequence control device of the roll-type fabric packing apparatus according to an embodiment of the present invention.

Explanation of symbols on main parts of the drawing

1: roll type fabric packing device 3: fabric supply part 15: cylinder

16: lifting plate 17: fabric entrance port 51: fabric

52: conveyor belt 55: feeding roller 56: vinyl roll 57: supporting roller

100: main conveyor 200: left conveyor 300: Ucon conveyor

101, 102: main sensor 201: left sensor 301: right sensor

105: main sensor unit 205: left sensor unit 305: right sensor unit

106: main conveyor driving unit 206: left conveyor driving unit 306: right conveyor driving unit

400 control unit 500 fabric feed cylinder drive unit

Claims (1)

Left sensor unit 205 mounted on one side of the left conveyor 200 for detecting the supply of fabric on the left conveyor, right sensor unit for detecting the supply of fabric on the right conveyor mounted on the right side of the right conveyor 300. 305, the main sensor unit 105 mounted on both ends of the main conveyor 100 extending between these conveyors and the left conveyor and the main conveyor 100 having one or more sensors for detecting the presence of the fabric on the main conveyor. ; Feeding cylinder drive unit 500 for feeding the raw material present in the main conveyor to the roll-type fabric packaging device supply unit; A left conveyor driving unit 206 for transferring the original fabric existing in the left conveyor to the main conveyor; A U-conveyor driving unit 306 for transferring the fabric existing in the U-conveyor to the main conveyor; A main conveyor driver 106 interlocked with the left or right conveyor driver; And a control unit 400 for driving the left, right and main conveyors and the feeding cylinder driving unit while outputting a control signal for controlling the fabric conveying operation.