The development of Ikat fabric reflects the Thai Phuan identity to designing contemporary fashion products. The purpose of research divided into 3 selections 1 studying the Thai Phuan identity ‘s fabric 2 developing the weaving’s patterns of Thai Phuan fabrics 3 designing the contemporary fashion products from the fabrics based on the satisfaction of customers survey. The simple groups are the ancient pattern’s Ikat fabric and the applied pattern’s Ikat fabric. The collected equipments of the research analyzing the identification of Ikat fabric by separating the analyzed standard into 3 parts such as the characteristics outline’s pattern weaving and coloring the evaluation of pattern fabric developed for professional opinions the evaluation of satisfaction of fashion products from professional opinions. The results have found that the older Ikat pattern fabric has been inspired from nature as well as arithmetic and line. Straight line referred natural environment. The type of pattern layout from straight line using square pattern continued 2- shaft weaving has the favorite colors are red yellow green dark brown black white. The Ikat’s pattern adapted weaving has the arithmetic framework and straight line. Diagonal pattern was inspired the 4-shaft weaving the colors usually be complementary colors but the white colors would be tie-dying Ikat the popular basic tone colors would be pastel tone reducing the dark of colors by using the white. Researcher design and improve 3 Ikat pattern fabrics which inspired the identity of Thai Phuan culture three. There have found that the professionally fashion designs think the first designed Ikat fabric “Ruam Nam Chai Thai Phuan” should be mostly developed into fashion products by (xˉ= 4.56)(S.D.=0.59) And the fashion products was evaluated by the fashion professional they were satisfied with the design number.4 (unisex) by (xˉ =4.69) (S.D.= 0.40) From those results shows that the Ikat fabric presented the identity of Thai Phuan and the designs is responded the customers as well.

The development of accessories for the sewing system aims to 1) To design and develop accessories for sewing system 2) To reduce the time of taking off the bobbin inserting the bobbin filling the bobbin and increasing the efficiency in the continuous sewing process. 3) To study consumer satisfaction towards accessories for sewing system The sample group used in the study was a sewing worker Monster Screen Factor Company Limited amounting to 20 people. The instrument used to collect data was a questionnaire on the satisfaction of the consumer group towards accessories. for sewing system and prototype accessory kit For the sewing system the amount of 1 set was randomly distributed questionnaire. Data analysis uses percentage statistics. Arithmetic mean and standard deviation The results of the study of preliminary data showed that most of the samples were female. less than 25 years old marital status Monthly employment and has an average monthly income of less than 15000 baht from a study of consumer satisfaction with accessories As for the sewing system it was found that most of the samples had the highest level of satisfaction. Accessories for the sewing system that could reduce the threading time the most followed by the accessories for the sewing system. Continuous sewing efficiency are suitable for use It is necessary for the garment industry. Improves the working efficiency of the sewing machine. and accessories for sewing system There is a quick and easy work process. with mean 4.95 4.70 4.55 4.40 and 4.25 respectively

The purposes of this research were 1) to survey and analyze design potential and product 2) design and develop the products of Mudmee Silk Weaving Community Enterprise Surin Province 3) create a prototype of costume accessories and 4) increase the value of community enterprise products with production standards. The samples used in this research were people entrepreneurs and members of Mudmee Silk Weaving Community Enterprise in the area of Khwao Sinarin sub-district municipality Surin which is obtained by Purposive Sampling 20 entrepreneurs and members of Mudmee Silk Weaving Community Enterprise Ban Rae Subdistrict and 100 people in the area of Khwao Sinarin Subdistrict Municipality Surin province. The research instruments were structured interviews pre-study tests post-study tests and questionnaires. The statistical used to analyze the data were descriptive statistics that consist of a percentage average score standard deviation and quantitative statistics that consist of Independent Sample t-test One-way ANOVA Factor Analysis and Regression. The result found that Mudmee Silk Weaving Community Enterprise Ban Rae Subdistrict were lacked cognition of product design and development to meet the needs of consumer groups and popular product design trends. Therefore it focuses on designing new products and developing existing products by matching patterns and colors to suit each product. The achievement of design skills and products of Mudmee Silk Weaving Community Enterprise Ban Rae Subdistrict after post-test was higher than before with a statistically significant at 0.01 level. The product prototype was a bucket hat womens handbag and ballet shoes. Factors that influenced the decision to purchase a product prototype found that most of the sample groups were female aged 31-40 years marital status bachelors degree employed occupation income 10001-15000 baht. Factors influencing the decision to purchase silk products in each aspect were at a high level. The mean was at a high level in all aspects. Sorted by average was products followed by physical price and distribution channels. There were no differences in the testing factors influencing the purchasing decision of product prototypes classified by gender age and overall income.

Tiaxial hand waving is craftsmanship for a long history and widespread utilization. This research aims to devise a new triaxial weaving technique with a modular hexagonal triaxial weaving frame. The main structure of the modular hexagonal triaxial weaving frame is as follows: The frame is an equilateral hexagon with a side length of 50 centimeters the inner frame is a hexagonal steel rigid frame the outer frame is wood can be disassembled to the steel frame. There are two types of outer frames the first for weaving with yarn. The wood is grooved into a V-shape with 15 grooves per 10 centimeters. The second type is for weaving with stripes. The wood is flattened 7 grooves per 10 centimeters. Triaxial weaving tests with a modular hexagonal triaxial weaving frame showed that 1) triaxial fabric with basic pattern are characterized by three directions (triaxial) of yarn intersecting at 60 degree angles amounting to 15×15×15 strands per 10 entimeters This creates an open structure. 2) triaxial fabric with dice pattern modified from plain weave with two warp set (the Y and Z warp sets) and one weft set(the X weft set) amounting to 16×17×27 strands per length of 10 centimeters. 3) modified from twill weave with three sets of yarn amounting to 16×16×27 strands per length of 10 centimeters. It can be seen that modular hexagonal triaxial weaving frame as a laboursaving device enables weaver to employ complex weaving pattern in their triaxial fabric and showcase many creative possibilities that move away from the conventional fabric.

The objective of this research was to study of rotary drying of high-moisture long pepper by using a combined hot air and infrared radiation. The experiment was carried out at the drying temperatures of 80 90 and 100 °C infrared power level of 500 W hot air velocity of 2.5 m/s and rotary revolution of 3 6 and 9 rpm. In this study two patterns were examined by the different drying conditions namely 1) hot air drying and 2) combined hot air and infrared radiation drying. The effects of above drying parameters on the change in moisture content of long pepper and specific energy consumption (SEC) of the drying system were investigated. The results showed that the combined hot air and infrared radiation drying was shorter drying time than hot air drying. The lowest total SEC during drying process of 26.77 MJ/kg water when the drying temperatures of 80 °C infrared power level of 500 W hot air velocity of 2.5 m/s and rotary revolution of 3 rpm were used.