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The purpose of this study is to change the traditional Awkeotsang seed production that process with time-saving work and enhance the degree of mechanization. The first stage of the traditional Awkeotsang seed production process by Artificial peeling, the second stage is that Awkeotsang achenes will be exposure for two to three days in the sunlight and then turn the peel over manually and continue exposure. Finally, the exposure of the Awkeotsang achenes separate the seeds and shell using artificial scraping way that achieve seed removal. The drying process of emerging processes using mechanical peeling operations to replace the traditional manual peeling method. The cutting mechanism and the peeling machine are integrated into a Awkeotsang seed machine, and Awkeotsang achenes cut finished will be dried in a constant temperature oven. The aim is to shorten the time required by conventional drying and not be affected by the weather. The Awkeotsang achenes dry completed processes seed removal operations in the drum using beat the way in development of the seeding machine. Finally, the comparison between the new process and the traditional process of Awkeotsang seed and use physical property analyzer puncture Awkeotsang pectin test. In addition, after the peeling and cutting machine test, that improves the fluency of the work to be modified for machine, and software rendering parts and with the 3D printing technology for finished parts for replacement and testing. The Awkeotsang fresh fruit origin in Taiwan Yunlin and Taichung East potential. The Awkeotsang fruit divided into four batches and process mechanical performance test. The drying conditions were 40 ° C for 73 hours crossing peeling, drying after cutting. After the drying operation refrigerated at 5 ℃. Awkeotsang seed moisture content forced air oven for 105 hours 24 hours to completely dry and calculate the wet moisture content. The control group uses the traditional process of making Awkeotsang seed that wet moisture content of 10.8%. The wet moisture content of experimental group was 9.0%, 14.6%, 11.0% and 10.5%. The seed weight percentage of seeds was 13.3%, 9.0% and 11.9% respectively. The Awkeotsang seed coagulation test processes after scrubbing and standing for solidification with the ratio of seed to water 1: 100 and 1: 128 and punctures Awkeotsang cold using physical properties analyzers, and obtains maximum puncture force and force constant. The results of this experiment, the new process drying time required to shorten the traditional process compared with 95 hours, the degree of drying with the traditional process quite. Compare the hardness of physical puncture, the new system to produce Awkeotsang cold that maximum puncture force about 39.6 ~ 46.0 grams, and the traditional process of Awkeotsang cold that maximum puncture force of about 44.6 ~ 49.2 grams, the force is similar degree of hard and soft.
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