JPH0112854B2 - - Google Patents

Description

[Detailed description of the invention]

[Industrial Application Field] The present invention is a method for allocating yarn that is equivalent to and of the same quality as the required yarn from among various yarns of different brands and counts when manufacturing textiles. related to equipment. [Conventional technology and its problems] Even though the raw yarns used in textile manufacturing are considered to be of the same quality with almost the same fineness, strength, fiber length, blending rate, number of twists, etc., they are made by different manufacturers. The brands and counts differ depending on the characteristics and slight modifications that have been made. In cases where the fabric being manufactured is of a low grade or depending on the type of fabric, yarns of different brands and counts may be used in combination as long as they are considered to be of the same quality or quality, but if the fabric is of a high grade Depending on the case or the type of fabric, even the slightest difference in color tone that occurs when woven is unacceptable, and in such cases, yarns that are not only of the same brand and count but also from the same production lot are used. is required to use. Therefore, raw yarn is managed in inventory by brand, count, and lot, and yarns of different brands and counts that are considered to be equivalent or of the same quality are allocated depending on the type and grade of the fabric. , it is necessary to use the same brand, yarn count, and yarn from the same lot. Conventionally, a skilled worker memorizes which yarn brands and counts are equivalent to which yarn brands and counts, and then uses this memory to select raw materials according to the type and grade of the fabric. This method used to check yarn inventory and allocate raw yarn, but this process requires skill, and in addition to this, there are now a large number of yarn brands, counts, and types of fabrics. Ori,
The reality is that the work is becoming difficult even for experienced workers. Therefore, an object of the present invention is to quickly and accurately allocate stock of raw yarn of the same quality as the required raw yarn even if the brands and counts are different when manufacturing textiles. An object of the present invention is to provide a yarn allocating device. [Means for solving the problem] In order to solve the above-mentioned problem, in the present invention, a brand/count (referred to as a translated brand/count) that represents yarns of the same quality and quality is set. Based on this, the necessary raw yarn is allocated.
The configuration of the present invention will be explained using FIG. 1. Reference numeral 101 denotes a correspondence relationship storage means, which associates one translated brand/count with various yarn brands/counts (hereinafter referred to as actual brands/counts) that are considered to be equivalent or of the same rank, and stores this correspondence relationship. In particular, in the following cases, the count is omitted and the translated brand is stored in correspondence with the actual brand. In other words, the actual brand/number and the corresponding translated brand/number.
When multiple real brands/counts with the same number and matching real brands and translated brands are combined into one group, and there is only one group containing the same real brands, is the real name for the group, or if there are multiple groups containing the same real brand, for the group that includes the largest number of real brands and numbers, omitting the actual brand and number and the corresponding translated brand and number. The translated brands are stored in correspondence with the brands. 102 is an input means for inputting the actual brand/number, and 103 is a translated brand/number determination means, which examines the correspondence storage means 101 to determine the correspondence to the actual brand/number input by the input means 102. This determines the translation brand/number to be used. Reference numeral 104 is an inventory registration file in which the actual brand and count of yarn, the corresponding translated brand and count, and the inventory amount thereof are registered for each same yarn. 105 is an inventory registration file inspection means;
Based on the translated brand and count determined by the translated brand and count determination means 103, the stock amount registration file 104 is examined to determine the inventory amount of yarn having the translated brand and count. [Operation] The operation of the present invention will be explained based on FIG. 1. When the actual brand/number is inputted to the translated brand/number determining means 103 by the input means 102, the correspondence storage means 101 is checked by the determining means 103. If the actual brand/count is stored in the correspondence storage means 101, the corresponding translated brand/count is immediately obtained; however, if the actual brand/count is not stored, the count is omitted. Test only the actual issue to find a translated issue that corresponds to the actual issue, and use this as the input actual issue/issue.
Translation brand in combination with the same count as the count.
Count. Based on the translation brand and count obtained in this way, the inventory registration file 104 is inspected by the inventory registration file inspection means 105, and the inventory quantity of yarn having the translation brand and count is checked. Desired. [Example] Hereinafter, an example of the present invention will be described based on the drawings. Figure 2 shows an overview of the device of this embodiment, where 1 is an input device such as a keyboard, 2 is a display device such as a CRT display or printer, and 3 is a CPU.
(Central Processing Unit), ROM (Read Only Memory), RAM (Random Access Memory),
A microcomputer consisting of an I/O port, etc.; 4, an auxiliary storage device such as a magnetic disk or magnetic tape; and 5, a stock yarn take-out device; each of the above devices is connected by an interface circuit. The auxiliary storage device 4 is composed of three areas, which are used to determine the brand and count (actual brand and count) of raw yarn necessary for each type of fabric and the required amount thereof. Yarn requirement data 4a
and an area where the correspondence between the actual brand and count of raw yarn and the corresponding translated brand and count are stored as a master table 4b.
Actual brand/count of raw yarn, corresponding translated brand/
This is an area of the inventory amount registration file 4c in which counts, their inventory amounts, etc. are registered separately for each yarn. The ROM of the microcomputer 3 mainly stores the master table 4b, which is a program for determining the actual brand and count of yarn required for the fabric inputted by the input device 1, and the required amount using the yarn required amount data 4a. A program to refer to and find translated brands/counts that correspond to actual brands/counts, translated brands/counts
A program to examine the stock amount registration file 4c based on the count and check the stock amount of raw yarn, the actual brand and count of the raw yarn to be taken out based on the required amount and the stock amount, and the raw yarn. A program is stored that instructs the inventory yarn take-out device 5 to take out the amount to be taken out. However, these programs do not need to be stored in the ROM, and may be stored in the auxiliary storage device 4 and loaded into the RAM before being executed. The stock yarn take-out device 5 receives a command from the microcomputer 3 and picks up the specified brand.
A designated amount of raw yarn of a certain count is taken out from an inventory raw yarn storage warehouse or the like. Next, a method for determining equality/appropriation of yarns will be explained. There are two ways to do this: one is to compare the raw yarn in its original state, and the other is to make a sample fabric and compare it.The former compares the fineness, strength, fiber length, blend ratio, number of twists, etc. in the raw yarn state. As shown in Figure 3, the latter uses yarn A in the left half area as the warp yarn, yarn B in the right half area as the warp yarn, yarn A in the upper half area as the weft yarn, and yarn B in the bottom half area as the weft yarn. A woven fabric is produced using yarn B in the area, and the appearance, texture, and drape are determined for the area where both the warp and weft are yarn A (top left) and the area where both the warp and weft are yarn B (bottom right). This is to compare properties (roundness of bent parts), dimensional stability, etc. In this way, the equivalence and parity of raw yarns of different brands and counts are determined, and the actual brand and count and the translated brand and
A master table 4b shown in FIG. 4 showing the correspondence of counts is created. The method for creating this master table 4b will be explained below using Tables 1 and 2. First, one translated brand/count is made to correspond to the actual brands/counts of various yarns that are considered to be equivalent or of the same rank. In this case, one of the actual brands and counts may be used as the translated brand and count, or a new symbol may be used. For example, in Table 1,

[Table] GB・1/20, AG・1/20 and SWAN・1/20 are equivalent/equal, and GB・1/20 is a translated brand・
It is used as a count. Next, combine a plurality of actual brands/counts that match each of the actual brands/numbers and the corresponding translated brands/counts, and where the actual brands/numbers match each other and the translated brands/numbers into one group (○ in Table 1). , ○B or ○C)
If there is only one group containing the same brand (○○ in Table 1), the actual brand/number and the corresponding translated brand/number are omitted and translated into the actual brand. Match the brands (○Ro' in Table 2),
If there are multiple groups containing the same brand (e.g. AG) (○A and ○C in Table 1),

〔Effect of the invention〕

The yarn allocating device of the present invention sets one translated brand/count that represents a plurality of yarns with different brands/counts that are considered to be equivalent/comparable, and based on this translated brand/count. You can easily check the stock amount of raw yarn of the same quality and quality, and when manufacturing textiles,
Even if the brand and count are different, it is the same as the required raw yarn.
It is possible to quickly and accurately allocate yarns of the same rank. In addition, if the actual brand/count and the translated brand/count are omitted in the storage means for the correspondence between the actual brand/count and the translated brand/count, if the translated brand corresponds to the actual brand/count, the actual brand/count and the translated brand/count may not correspond. Since it shows that all actual brands/counts other than those listed above correspond to translated brands/counts that have the same numbers, it has the effect that the memory content of correspondence relationships is extremely small. ing.

[Brief explanation of drawings]

FIG. 1 is a diagram showing the configuration of the present invention, and FIG. 2 is a diagram showing the configuration of the present invention.
Figure 3 is a diagram showing an example of the present invention, Figure 3 is a diagram showing a square sample fabric, and Figure 4 is a diagram showing the actual brand/count and translated brand/count.
Fig. 5 is a flowchart showing the procedure for obtaining translated brands and counts by referring to the master table; Fig. 6 is a diagram showing the structure of the inventory registration file. The explanatory diagram, FIG. 7, is a flowchart showing the processing performed by the microcomputer. Explanation of symbols 101... Correspondence storage means, 10
2... Input means, 103... Translation brand/count determining means, 104... Inventory quantity registration file, 105... Inventory quantity registration file checking means, 1... Input device, 2... Display device, 3... Microcomputer, 4... Auxiliary memory Device, 4a... Yarn requirement data, 4b... Master table, 4c... Inventory amount registration file, 5... Inventory yarn take-out device.

Claims (1)

[Scope of Claims] 1 a) One translated brand/count is made to correspond to various yarn brands/counts (hereinafter referred to as actual brands/counts) that are considered to be equivalent or of the same rank, and the actual brand/count is When multiple actual brands/counts whose respective numbers of translated brands/counts match and whose real brands and translated brands match are grouped together into one group, a group containing the same real brands If only one exists, for that group, the real brand/number and the corresponding translated brand/number are omitted, and the translated brand corresponds to the real brand, and if there are multiple groups containing the same real brand, For the group that includes the largest number of actual brands/numbers, the actual brand/number and the corresponding translated brand/number are omitted, and the translated brand is made to correspond to the actual brand, and a correspondence relationship is created that stores these correspondences. storage means; b) input means for inputting the actual brand/count; and c) checking the correspondence storage means to obtain a translated brand/count that corresponds to the actual brand/count input by the input means. Translation brand/count determining means; d) An inventory registration file in which the actual brand/count of yarn, the corresponding translated brand/count, and the inventory thereof are registered for each same yarn; and e) The translation. Inventory registration file checking means for checking the inventory registration file based on the translated brand and count determined by the brand and count determination means to determine the inventory amount of yarn having the translated brand and count; A yarn allocating device consisting of.