JPS63303140A - Cheese guide apparatus of sectional warper - Google Patents

Abstract

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

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to a cheese guide device for guiding and displaying the position of a yarn-dyed cheese device in a fabric sectional warper.

[Conventional technology]

Generally, in this type of sectional warper, cheese serving as warp threads is attached to a large number of pegs arranged on the creel, but in the case of fabrics with colored patterns, each peg has a different color depending on the color pattern. It is necessary to set up dyed yarn-dyed cheese. For this reason, conventionally, a worker reads the color arrangement of a striped table prepared in advance according to the color pattern of the fabric, and manually places yarn-dyed cheese of each color onto the corresponding peg according to this color arrangement.

[Problem that the invention seeks to solve]

In the conventional work-in-process described above, if the color pattern of the fabric is complex, it is necessary to set a large number of yarn-dyed cheeses of different colors on the assigned pegs. However, since ordinary warpers often have several hundred or more pegs, it is helpful to set the cheese while checking the pegs corresponding to the relevant yarn-dyed cheese one by one on the striped table, which will reduce the work in progress. This becomes extremely troublesome and takes a long time to complete, reducing work efficiency. Furthermore, errors are likely to occur in the reading of the striped table by the operator, and the incidence of work-in-process errors also increases.

SUMMARY OF THE INVENTION An object of the present invention is to provide a cheese guiding device that facilitates the process of pre-dyed cheese and prevents errors in process.

[Means for solving problems]

The cheese guiding device of the present invention includes a large number of light emitting devices provided in one-to-one correspondence with a large number of pegs provided on a sectional cloth, and color code numbers of various dyed cheeses placed on the pegs. , a computer into which data such as the number of cheeses is inputted, and which selectively and sequentially lights up the light emitters based on this data.

[Operation] According to the above means, by inputting the color arrangement of the striped table prepared in advance into the computer, the light emitters of the pegs corresponding to each type of yarn-dyed cheese are lit, and the operator can It is only necessary to set the pre-dyed cheese on the lit peg of the vessel, which facilitates the work in progress and prevents mistakes in the process.

〔Example] Next, the present invention will be explained with reference to the drawings.

FIGS. 1 and 2 show one embodiment of the present invention, with FIG. 1 being an overall configuration diagram and FIG. 2 being a schematic perspective view of a portion thereof.

As shown in the figure, this cheese guide device includes a large number of LEDs arranged near each peg 6 in a one-to-one correspondence with a large number of pegs 6 provided on the creel of the sectional warper.
(light emitting diode) 7. Here, for half of the standard 600 pegs, that is, 300 pegs, 300 L from Nα1 to k 300 are used.
An example is shown in which ED7 are arranged corresponding to each peg 6. Each LED 7 is divided into 10 groups of 30 LEDs, and each group is divided into 10 groups from the Nαl terminal 81 to N(L
Each is connected to an IO terminal 81°.

On the other hand, the ten terminal devices 8I to 8. . For wiring 9a
, 9b connects the computer 1. In addition to the CPU 2, the computer 1 includes a ROM 3 in which integration and necessary calculation programs are stored, and a RAM 4 into which stripe division information corresponding to the color pattern of the fabric is input. By doing this, the LED
7 can be selectively and sequentially turned on or off in units of one unit.

That is, in this example, the operation board 5 has numeric keys (numeric keys) 11. Execution key 12. Repeat key 13, integration key 14. Calculation key 15. Each key of the LED test key 16, the color code display 17 and the display section of the cheese number display 18,
A printer 19 for confirming input data is provided. and,
Various data obtained from the striped table are input to each of the keys 11 to 1.
5 can be used for input.

Next, the in-process work performed by the cheese guide device described above will be explained.

As shown in the flowchart in FIG.
Input by. Subsequently, the number of cheeses is input using the numeric keypad 11 and calculation keys 15. This input operation is repeated multiple times depending on the color and pattern of the fabric, and in some cases, data such as the number of repeats (in the case of performing a repeat operation) is input using the repeat key 13. The input data is compared with the data printed out by the printer 19 to confirm correctness.

Next, by pressing the LED test key 16, all the LDEs 7 are turned on to test the LEDs 7. An LED that does not light up at this time is a defective product and should be replaced with a normal one.

Then, when the execution key 12 is pressed, a - color code number is displayed on the display section 17, and at the same time, the terminals 81 to 8. . The LED corresponding to the - color among the 300 LEDs 7 through
D7 is lit. Therefore, the operator only has to set the dyed cheese of the color corresponding to the peg 6 corresponding to the lit LED 7 in the sectional cloth.

At this time, since the number of cheeses is displayed on the display section 18, the work in progress can be confirmed.

-Run key 1 again after completing the trick for the first color
When 2 is pressed, the next color code number is displayed on the display section 17, and in response to this, the LED 7 corresponding to a peg different from the previous one is lit.

The operator only has to place dyed cheese of this color on the peg of the lit LED.

The point that the number of cheeses is confirmed on the display section 18 is the same.

Thereafter, by repeating this operation, all the necessary yarn-dyed cheese can be set on the required pegs, and the work in progress is completed.

Therefore, according to this cheese guide device, if the striped table data is inputted into the computer 1 in advance, then all that is required is to place dyed cheese of the corresponding color only on the LEDs that are lit, and the operator can There is no need to read the striped table and check the pegs each time, simplifying the work and improving work efficiency, and eliminating errors in reading or peg selection (to prevent work-in-process mistakes). Can be done.

Here, the light emitters placed corresponding to each peg are:
Elements and light bulbs other than the illustrated LED may be used. Furthermore, the number of terminals that group the LEDs can be changed as appropriate.

[Effects of the Invention] As explained above, the present invention provides a one-to-one system for a large number of pegs.
The color code number of the pre-dyed cheese is determined by a computer using a large number of corresponding light emitters.

Since the lights can be selectively and sequentially turned on based on data such as the number of cheeses, the worker only needs to set dyed cheese of the corresponding color to the LEDs to be lit, and the worker can change the stripes each time. There is no need to read the spreadsheet and check the pegs, simplifying the work and improving work efficiency, and eliminating mistakes in reading and peg selection to prevent in-process mistakes.

[Brief explanation of drawings]

FIG. 1 is an overall configuration diagram of an embodiment of the present invention, and FIG. 2 is an LE
FIG. 3 is a schematic perspective view of the D-arranged portion and is a flowchart for explaining the work process. 1...Computer, 2...CPU, 3...RO
M, 4...RAM, 5...Operation board, 6...Peg, 7...LED (light emitter), 8, ~8,,
...terminal device, 9a, 9b...wiring, 11...numeric keypad, 12...execution key, 13...repeat key,
14... Integration key, 15... Calculation key, 16...
LED test key, 17...color code display section, 18.
...Cheese number display section, Step 9...Input data confirmation printer.

Claims (2)

[Claims] (1) A large number of light emitting devices provided in one-to-one correspondence with a large number of pegs provided in the sectional warper, and color code numbers of various dyed cheeses placed on the pegs;
1. A cheese guide device for a sectional warper, comprising a computer into which data such as the number of cheeses is inputted and which selectively and sequentially drives the light emitting device based on this data. (2) The cheese guiding device for a sectional warper according to claim 1, wherein the light emitting device is constituted by an LED, and the computer is configured to be able to selectively light up these LEDs.