Thickening agent is a substance when it was using to increase viscosity of an aqueous solution but other properties were not substantially modifying. it had major roles in textile printing process via adjust the print paste viscosity. transfer dye and auxiliaries into fabric. Thickening agent type starch had used in textile printing but it was a troublesome production also high cost. In this research had and feasible study to placement of dry Dioscorea hispida Dennst for textile printing processes such as direct dye and reactive dye printing on cotton woven fabric acid dye printing on nylon woven fabric and disperse dye on polyester woven fabric. The results found dry Dioscorea hispida Dennst successfully applied used as thickening agent stable time to collected as 3 days. The textile printing quality and viscosity propertied equivalent as the industrial thickener at 10% of weight print paste (owp). The steam fixation applied for direct dye and reactive dye printing at 100c for 10 minutes and gor flue fixation foracid dye and disperses dye and disperses dye printing at 150c for 5 minutes. The printed quality was good at rubbing fastness true color appearance. Theresidual paste was removed completely in washing off process.

Dye effluent treatment with photocatalytic technique and adsorption process had an objective for studying the combination process between Titanium dioxide and activated carbon from dye effluent. The dye effluents were prepared from the direct dye reactive dye acid dye disperse dye and basic dye. The effluent dyes from the completely dyeing process at 1 % owf initially. All of dye structures were azo. From the study direct dye and reactive were successfully using combination process between photocatalytic technique and adsorption process whereas disperse dye favored in adsorption process. However acid dye and basic were ignored in this experiment cause of they were a bit of dye concentration in their effluent. The optimum condition for direct dye was 10g/l Titanium dioxide for 6 hours and 5 g/l activated carbon for 6 hours continuously. Reactive dye was performed in continuous condition as 10g/l Titanium dioxide for 6 hours and 10 g/l activated carbon for 6 hours. Disperse dye was the particular process in adsorption by activated carbon 15 g/l for 4 hours. It was summarized that the treatment of photocatalytic technique and adsorption process were upon on the type of dye.

This research was designed and development of learning and teaching’ s desk for disable child in kindergarten. It has been studied to provide a consistent and suitable for disability children. There are three activities this study such as extra experience creative and educational games activities. From all three activities as mentioned the disability children need to use with learning’ s desk. But the form of learning’ s desk in the present can not support three groups of disability children or example the disability children who used them mouth foot and hand for writing. This research was planned to create the concept of design to product the table which used for the children in kindergarten. Who have problem in physical and movement dissability. It is designed to take advantage of utilization pattern color and material which were according to a product design and also suitable for children who are disabilities. The results showed that there is satisfaction to the table which can adjusted the level for the utilization. In additional there are bag at the table for storage of stationary book and also there are slot for pencil and palette. There are humeral symbol Thai and English font on the table. This table is a safe material disassemble and light weight. There are the wheels at below of a table for easy mobility. The bag can remove and washable. Table structure and size were appropriate modern suitable for the learning activities Leg of table made of stainless material and other parts made of high strength materials.

The purport of this research was to design and develop the garment pattern from Surin silk and relay the pattern action training in Technology. This research was the developmental research The tolls of the research were compose of tJ. categories g) patterns in one category the total was (O)tJ. patterns for example : women clothes men clothes skirts trousers and dresses. The questionnaire the opinion assessment the work evaluation the procedure training assessment the samples of this research were the group of g)oo interested persons and 1sltJ. trainees of community groups in Khwgosinrin district Surin province. The statistics were frequency value percentage value the standard deviation. The result of this research was the assessment of garment products from Surin silk for tJ. categories (O)tJ. patterns from the group of interested persons. There were g)(O)-do years old of female in government officers bachelors degree and incomes were (O)ooo(O)-(O)tJ.ooo baht. The thought that the garment products from Surin silk were A-men patterns B-women patterns C-skirt patterns were the most suitability in the pattern the design and the color. The generalization was d.tJ.~ d.db and d.dtJ. The procedure training assessment the trainee majority groups was g)(O)-do years old of female the occupation were farmers elementary education level and lower income tJ.ooo baht. Before training they had the knowledge and the ability in design cut and sew and decorate garments from silk garments in low level. After training they had the knowledge and the ability in design for g) mains in high level and they required to train in the next time in the most level and the work evaluation was succeed in practicing work of the trainees. The result of the trainees were succeed in taking design and cut and sew the garments from Surin silk was d.(O)tJ. in the excellent level. The garment patterns from Surin silk brought in original products that could apply the advantage effectively by the analysis in tJ. categories Q) patterns in one category in (O)tJ. patterns from Surin silk. Choosing tJ. design from the research project of design and development design and color of Surin silk.

The development vetiver grass Product style. The product development were 2 categories Mean office implement 5 patterns and home implement 5 patterns. Engage in prototype product and relay the pattern action training in technology for community groups in Cha-am sub district Cha-am district Petchaburi province. The tolls of research were compost of product prototype The questionnaire and the work evaluation. The result of this research was assessment of vetiver grass products for 10 categories There were female 7 4.5% 31- 40 years old 46% the occupation were government officers 30% bachelors degree 51% and the average income 10001- 15000 baht 41%. The thought of vetiver grass product in the kind of office implement. B4 pattern were the most suitability in the pattern the design the size the decorative the color the advantage usage and the generalization was 4.61 4.704.65 4.59 and 4.60. The thought of vetiver grass product in the kind of home implement. B4 pattern were the most suitability in the pattern the design the size the decorative the color the advantage usage and the generalization was 4.684.604.65 4.70 and 4.71. The training assessment the trainee majority groups was 31 - 40 years old of female the Occupation were farmers and the lower income 5000 baht. Before training they had the knowledge in The development vetiver grass product weave and modify in low level After training they had the opinion assessment about the development vetiver grass product decorative the advantage for themselves and community groups in the excellent level average value was 4.494.38 and 4.42. They required to train in the next time in the excellent level vas 4.73