This research study design coloring kits. For ADHD. The study of the technique. Equipment in new ways and be suitable for children with ADHD to encourage attention to focus on fun activities and art. Also known as art therapy (Art Therapy) to promote imagination creativity meditationemotional stress not the children well and encourage children. The development and subsequent The results of the study and analysis of data found in equipment design and coloring. Development of meditation can help children with ADHD. Trainers are designed for children art activities art therapy and equipment that was. The activities were divided into three events as well as three other studies that have analyzed the data. A great extent. The average was 4.21 in the experiment. Training activities include the development of a painting on the low side. Test results a practice that is in a great extent. An average of 4.37 to 2 is training with the development of color geometry three-layer stack test results with an average of 3.92 to 2 3 training development and coloring on the high side. Test 3 is in training activities to a great extent. The average value of 4.34 for the training activities. For children aged 6 years with moderate learning is learning to listen to the instructions of the instructor. I have to tell me the steps. Slowly and the process must be easy to test most of each child to pay attention to the storage device creating the vivid colors. There are so many colors in the equipment. The children were interested in developing skills of perception. Curious When children are trained to paint. Show me a happy child. When handling the device. While the practice of painting. I enjoy teaching my children the opportunity for children to create their own imagination by selecting a color you like. Select the device. To be used by itself. These materials have a variety of sizes and shapes of paper that is embossed with different geometries. Children are learning a different surface. As a result the paint must concentrate on learning the low altitude of different shapes. Children it is intended. The complete painting is the work that parents can be proud of. In handling equipment for children with attention Experiments have been made to make your own. The teachers have not had to order the work and the paint can. Development of small muscles. Press the fingers of the hands when handling the coordination of movements of the body. The training activities. To promote meditation meditation and concentrate kids still have a longer than normal. The results of the study design for this painting. Can be used as teaching materials. Art activities using a variety of devices. Is intuitive and easy. Creating shapes and patterns that are very appealing. To allow children to use properly. Training activities art must be practiced consistently and frequently played as a childs toy. In order to make a preference. And can convey the emotions of their own imagination out. The study found that fully. In the design of the coloring kit. Can develop in different ways. Has many benefits for children with disabilities and society.

The study researches the effects of pulp and fiber crops that affect the printing surface through For packaging. The purpose of the study of plant fiber pulp.Compare the quality of the pulp fiber of plants that affect the printing surface throughThe data can be used in the design of appropriate packaging. And to compare the effects of the packaging structure of plant fiber pulp. Population and sample used in the study include the printing surface through Pulp and paper plants 5 types of equipment used in fiber research. The pulp and fiber crops. By manufacturers or those with knowledge of print. A uniform test. Clarity and completeness of the printing sector. Spec with a photometer in a satisfactory printing on pulp fibers through the plant by the manufacturers or those with knowledge of print. And the satisfaction of the pulp fiber packaging plant. By manufacturers or those with knowledge of the packaging. The research concluded that. Comparison of pulp fibers from plant samples 40 of them are featured on pulp paper suitable for printing in the most average of 4.6. The analysis compared the print quality of the pulp through a fiber plant. The test is simple and consistent. Clarity and completeness of the printing sector. The colors that appear on printed material including five kinds of color have always been smooth with differences not exceeding 5 shows the results in a value that can be seen as well. Comparison of satisfaction on the pulp paper and printing through the most appropriate. Is satisfactory in most average 4.65. Comparison of satisfaction packaging pulp paper plant fiber 5 and found that the packaging 1 and Type 3 are the scores remained level. The packaging is an average of 4.08 and packaging Type 3 has an average of 4.04. This research concluded that Pulp paper and print quality on the most appropriate.Is satisfactory in most The properties of the pulp. Print quality. As well as satisfaction with the quality printing. While pulp and pineapple pulp the elephant has a surface that is not strong. I withdrew the paper fibers of the time. Should improve the quality of pre-printed paper surface. While pulp and pulp of banana skin healthy grass.

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 concerned with the fiber separation and non-woven preparation form sugar canes leaves. The separation process was carried out by chemical pulping method at 100 degree Celsius. In order to study the suitable condition for separation process the concentration of sodium hydroxide ranging from 0 -20 grams per liter and boiling time 15 30 45 60 75 90 105 and 120 minutes were performed. Web formation process was performed by wet laid method and polyvinyl alcohol was selected as binder in web bonding process. in order to study the suitable amount of binder in bonding process concentration of polyvinyl alcohol ranging from 1 2 4 6 8 and 10 % w/v coated on web surface and cured at 120 degree Celsius. Bursting strength as well as physical properties evaluation of non-woven fabrics was performed. For antimicrobial finishing process was performed by spray method and pad method. The finishing result was evaluated by MTCC test method 147-1998 (Qualitative) and 100 -1999 (Quantitative) The result was found that appropriate condition for fiber separation was recommended as follows: the amount of sodium hydroxide of 10 grams per liter and boiling time 60 minutes. The suitable amount of polyvinyl alcohol for web bonding process was 2 % w/v. Bursting strength of non-woven fabric was 53 kN/m 3 and padding method was a suitable method for antimicrobial finishing (antimicrobial area 0.3 millimeters )