JPH0112853B2 - - Google Patents

Description

[Detailed description of the invention]

[Industrial Application Field] The present invention provides a yarn allocating device that selects raw yarn of the same quality as the required raw yarn from among various raw yarns of different brands when manufacturing textiles. Regarding. [Conventional technology and its problems] The raw yarns used in textile manufacturing are almost the same in terms of fineness, strength, fiber length, blending rate, number of twists, etc., and are considered to be of the same rank. Brands differ due to differences and slight modifications. In cases where the fabric being manufactured is of a low grade or depending on the type of fabric, yarns of different brands that are considered to be of the same quality may be used in combination; however, if the fabric is of a high grade or Depending on the type of fabric, even the slightest difference in color cannot be tolerated when it is woven, and in such cases it is important to use yarn not only of the same brand but also from the same production lot. is required. Therefore, raw yarns are managed separately by brand, count, hue, and lot, and depending on the type and grade of the fabric, different brands of yarn that are considered to be of the same rank and grade, but with the same count and hue, are managed. Allocate or
It is necessary to use raw yarn of the same brand, count, hue, and same lot. In the past, skilled workers memorized which brands of yarn were equivalent to which brands, and based on this memory, they stocked and ordered yarn according to the type and grade of the fabric. They investigated the situation and allocated raw yarn, but this work has the disadvantage of requiring skill, and now there are so many different brands of raw yarn and types of fabrics that it takes a lot of skill to do the work. The reality is that the work is becoming increasingly difficult even for people with disabilities. Therefore, an object of the present invention is to quickly and accurately allocate stock and order quantities of raw yarn of the same quality as the required raw yarn, even if the brands are different, when manufacturing textiles. It is an object of the present invention to provide a yarn allocating device that can be used. [Means for Solving the Problems] In order to solve the above problems, in the present invention, a brand representing yarns of the same or comparable quality (this is referred to as a translation brand) is set, and this is also Allocating necessary yarn is being carried out. The configuration of the present invention will be explained using FIG. 1. Reference numeral 101 denotes a correspondence storage means, which stores a correspondence relationship by associating one translated brand with various yarn brands (hereinafter referred to as actual brands) that are considered to be equivalent or of the same rank; In particular, in the following cases, the blending rate should be set with a constant sign (“*” in Figure 1).
Instead, the translated brand is stored in correspondence with the actual brand. In other words, the blending rate part included in the actual brand and the blending rate part included in the corresponding translated brand correspond at any blending rate, and everything other than the blending rate part (hereinafter referred to as the product name part) is the same, Furthermore, if the actual brand yarn and the translated brand yarn are of the same quality, the blend rate is replaced with a constant sign "*" and the actual brand and translated brand are stored in correspondence. On the other hand, even if the actual brands have the same product name but have different blending percentages, if they correspond to different translated brands, the blending percentage portion should not be replaced with the above-mentioned constant code and the blending percentage portion should be retained. The Mamaji brand (hereinafter referred to as the mixed spinning rate exception brand) and the translated brand are stored in correspondence. 102 is an input means for inputting the actual brand;
03 is a blending rate determination means for determining whether or not a blending rate is included in the character string constituting the input actual brand, and 104 is a unit that determines in 103 that a blending rate is included. This is a mixed spinning rate exception brand discriminating means for determining whether or not the actual brand is included in the mixed spinning rate exception brand storage means 105. Reference numeral 106 denotes a code converting means for replacing the blending rate portion included in the actual brands selected by the blending rate discriminating means 103 and the blending rate exception brand discriminating means 105 into a constant code; and 107, the code converting means 106 This is a blending rate converting means that replaces the blending rate part of the actual brand which has been replaced with a constant sign with the blending rate again. Reference numeral 108 denotes a translated brand determining means, which searches the correspondence storage means 101 and inputs the input means 102.
The translated brand name corresponding to the input real brand name is determined. Reference numeral 109 is a yarn registration file in which the actual yarn brand, count, hue, lot number, translation brand corresponding to the actual brand, and the stock amount or order amount are registered for each same yarn. be. Reference numeral 110 denotes a yarn registration file search means, which searches the yarn registration file 109 based on the translated brand determined by the translated brand determining means 108 and determines the stock amount or order of yarn having the translated brand. It seeks quantity. [Operation] The operation of the present invention will be explained based on FIG. 1. The actual brand input by the input means 102 is
The blend rate determining means 103 inspects the character string constituting the actual brand and determines whether or not the character string includes the blend rate. Means for determining the blended ratio exception brand from the actual brand 1
Enter in 04. At step 104, the blended spinning rate exception brand storage means 105 is checked to determine whether or not the actual brand is a blended spinning rate exception brand, and if the actual brand is not a blended spinning rate exception brand, the blended spinning rate portion of the actual brand is converted into a code converter 106. If the actual brand is converted into a constant code and includes the constant code instead of the blending rate, and if it is a blending rate exception brand, the actual brand is further converted into a constant code by the blending rate determining means 103 to determine the blending rate. The actual brands that are determined not to be included are also input to the next translated brand determining means 108. At step 108, the correspondence storage means 101 is searched to find a translated brand that corresponds to the actual brand. The blending rate converting means 107 replaces the constant code with the blending rate only for the actual brands for which the code converting unit 106 has replaced the blending rate part with a constant code, and creates a translated brand having the blending rate part. Based on the translation brand determined in this way,
The yarn registration file 109 is searched by the yarn registration file search means 110, and the stock amount or order amount of yarn having the translated brand is determined. [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 I/O ports, etc.
Reference numeral 4 indicates an auxiliary storage device such as a magnetic disk or magnetic tape, and 5 indicates a yarn arrangement device. The above-mentioned devices are connected by an interface circuit. The auxiliary storage device 4 is composed of four areas, which are used to determine the brand, count, hue (actual brand, count, hue) of raw yarn necessary for each type of fabric, and the required amount thereof. An area in which data 4a on the required amount of yarn used in the process is stored, an area in which the correspondence between the actual brands of yarn and their corresponding translated brands are stored as a master table 4b, and an area in which the actual brands of yarn and the corresponding translated brands are stored. The area of the yarn registration file 4c where the count, hue, lot number, translated brand corresponding to the actual brand, its stock amount or order amount, etc. are registered separately for each same yarn, and the blended spinning rate exception brand. This is the area of the stored mixed spinning rate exception brand table 4d. The ROM of the microcomputer 3 mainly stores a program for determining the actual brand, count, hue, and required amount of raw yarn necessary for the fabric inputted by the input device 1, the master table 4b, and the blending rate exception brand table 4d. A program to refer to and find the translated brand corresponding to the actual brand, a program to search the yarn registration file 4c based on the translated brand, count and hue, and check the stock amount or order amount of yarn, and the necessary amount and order amount. A program is stored that instructs the yarn allocating device 5 to determine the actual brand, count, hue, and lot number of yarn to be allocated based on the inventory amount or order amount and the amount to be allocated. 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 yarn allocating device 5 receives a command from the microcomputer 3 and allocates a specified amount of yarn of a designated brand, count, and hue from the yarn registration file. Next, a method for determining equality/appropriation of yarns will be explained. There are two methods for this method, one is to compare the raw yarn in its raw state, and the other is to make a sample fabric and compare it.
The purpose is to compare the number of twists, etc. In the latter case, as shown in Figure 3, yarn A is used as the warp yarn in the left half area, yarn B is used in the right half area as the warp yarn, and yarn B is used as the weft yarn in the upper half area. A, A woven fabric is produced using yarn B in the lower half area, and the area (top left) where both the warp and weft are made of yarn A, and the area where both the warp and weft are yarn B
The area (lower right) is compared in terms of appearance, texture, drapability (roundness of bent parts), dimensional stability, etc. In this way, the equivalence and aptitude of yarns of different brands are determined, and a master table 4b shown in FIG. 4 is created which shows the correspondence between actual brands and translated brands.
The method for creating this master table will be explained below using Tables 1 and 2. First, one translated brand is made to correspond to various actual brands of yarn that are considered to be equivalent or of the same rank. Table 1 Translated symbols Actual symbols GBEK50 GBAEK50 GBEK50 GBKEK50 GBAK60 GBAEK60 GBAK60 GBKEK60 In this case, one of the actual symbols may be used as the translated symbol, or a new symbol may be used. 1st
For example, in the table, GBEK50 and GBAEK50
GBKEK50 is the same and equivalent stock, GBAK60 and
GBAEK60 and GBKEK60 are equivalent and comparable stocks, and GBEK50 and GBAK60 are used as translation stocks, respectively. As in this example, the real brand GBAEK50 with a blending rate of 50% and the real brand with a blending rate of 60%
In GBAEK60, when the character strings that make up the product name part are the same but the blending ratio part is different, the corresponding translated brands are different.
If even the character string in the product name part is different, such as GBEK50 and GBAK60, the translated brands that include the blending rate part are used, and those brands are treated as blending rate exception brands in Table 4 of blending rate exception brands.
Register on d. On the other hand, as shown in Table 2, for all blending ratios, if the blending ratio of the translated brand and the actual brand is the same, then

〔Effect of the invention〕

The yarn allocating device of the present invention sets one translated brand representing a plurality of yarns of different brands that are considered to be equivalent or of the same rank, and based on this translated brand, The stock amount or order amount of yarn can be easily checked, and raw yarn of the same quality as the required raw yarn can be quickly and accurately allocated even if the brands are different when manufacturing textiles. In addition, if the blending ratio is omitted in the storage means for the correspondence between the actual brand and the translated brand, and the actual brand corresponds to the translated brand, the actual brand and the translated brand are the same or the same origin in all blending ratios. Since it indicates that it is a thread, it has the effect that the stored contents of the correspondence relationship can be very small.

[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.
Figures showing examples of the present invention; Figure 3 is a diagram showing a square sample fabric; Figure 4 is a diagram showing a master table displaying the correspondence between actual brands and translated brands; Figure 5 is a diagram showing a blended spinning ratio. FIG. 6 is a flowchart showing a procedure for obtaining a translated brand by referring to the master table and the mixed spinning rate exception brand table, which stores exceptional brands;
FIG. 7 is a diagram explaining the structure of the yarn registration file, and FIG. 8 is a flowchart showing the processing performed by the microcomputer. Explanation of symbols 1...Input device, 2...Display device, 3
...Microcomputer, 4...Auxiliary storage device, 4
a... Yarn requirement data, 4b... Master table, 4c... Yarn registration file, 4d... Blend rate exception brand table, 5... Yarn allocation device.

Claims (1)

[Scope of Claims] 1 (a) One translation brand corresponds to various yarn brands (hereinafter referred to as actual brands) that are considered to be equivalent and of the same rank, and the actual brand and its corresponding translated brand If a number indicating the blending rate of the raw yarn is included in the character group that makes up The blend ratio part is replaced with a certain code to correspond to the actual brand, and if the product name part is different and corresponds to a certain blend ratio, a brand with a character structure that includes the blend ratio part as is (hereinafter referred to as a blend ratio exception brand) (b) a blending rate exception brand storage unit storing the blending rate exception brand, and (c) an input for inputting the actual brand. (d) blending rate determining means for determining whether or not the actual brand input by the input means includes a blending rate; and (e) the actual brand determined by the blending rate determining means to include a blending rate. (f) a mixed spinning rate exception brand determining means for determining whether or not a brand is a mixed spinning rate exception brand; (g) searching the correspondence storage means and the mixed spinning rate exception stock storage means to find the actual brand input by the input means; (h) if the translated brand found by the correspondence search means includes the code, the translated brand determines the translated brand corresponding to the translated brand; (i) A yarn registration file in which actual brands of raw yarn, corresponding translated brands, and their stock quantities are registered for each same yarn, (j) Yarn registration file search means for searching the yarn registration file based on the translated brand determined by the translated brand determining means to obtain the stock amount of yarn having the translated brand; Allocation device.