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Design Public Park Project : Ancient Sea Park

Design Public Park Project : Ancient Sea Park

Abstract

The Public park project : Ancient Sea Park. This's a new park in Aangsila Chonburi make for learn and travel in concept The sea in 65 million years ago.

Objective

สวนเเห่งนี้เกิดจากความรู้เกี่ยวกับสิ่งมีชีวิตในท้องทะเลเมื่อ65ล้านปีก่อน ที่คนส่วนใหญ่รู้จักเพียงไดโนเสาร์ที่อยู่บนบกแต่ไม่คุ้นเคยกับสัตว์ดึกดำบรรพ์ใต้ท้องทะเล รวมกับอ่างศิลา เป็นพื้นที่ ที่มีสถานศึกษาบริเวณรอบพื้นที่ รวมทั้งสถานที่ท่องเที่ยว จึงได้เกิดเป็นสวนสาธารณะเเห่งนี้

Other Innovations

Comparison of the efficiency of nano-type oxygen concentrators with bundle size different pump crates in sea bass nursery ponds

คณะเทคโนโลยีการเกษตร

Comparison of the efficiency of nano-type oxygen concentrators with bundle size different pump crates in sea bass nursery ponds

This research aims to evaluate the efficiency of nano-type oxygen diffusers at different pump power levels in sea bass nursery ponds. The study examines how varying power levels affect dissolved oxygen distribution in the water and their impact on the health, growth, and survival rates of sea bass. The findings indicate that pump power levels influence dissolved oxygen concentration, with the optimal power level improving oxygen distribution in the pond. This enhancement leads to higher survival and growth rates for sea bass. The results provide valuable insights for selecting appropriate oxygen diffusers and pump power levels in fish nursery pond systems. The experiment consisted of two conditions: 1. Without fish – This condition assessed the oxygenation capacity, oxygen transfer coefficient, oxygen transfer rate, and oxygen transfer efficiency of pumps at three different power levels. 2. With fish – This condition evaluated whether the oxygen supplied by pumps at three power levels was sufficient, based on the growth rate and survival rate of the fish in the pond. Blood counts were conducted to assess the immune response. The collected data were statistically analyzed using the RCBD method for the condition without fish and the CRD method for the condition with fish, employing SPSS software.

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6 Dof  Force Sensor

คณะวิศวกรรมศาสตร์

6 Dof Force Sensor

This research project focuses on the design and development of a Manual Control Robot using Load Cell technology to enhance precision and reduce the time required for robot control. The use of automation robots in industries still presents challenges due to the complexity of programming and control. Therefore, developing a manual control system that responds to force input in all directions can significantly improve the efficiency of robots, making them more suitable for tasks requiring precise and intricate control. The study integrates Load Cell sensors, an HX711 amplifier circuit, and an Arduino UNO R3 to develop a control module that translates user-applied forces into commands for an RV-7FRL-D industrial robotic arm. Additionally, MATLAB is utilized for processing Load Cell data to analyze and optimize the robot’s movement accuracy. The results demonstrate that the developed system effectively reduces robot setup time while simplifying and improving control flexibility. This project represents a crucial step in enhancing the capabilities of industrial robots, allowing for seamless human-robot interaction through a manual control system that directly responds to user-applied forces.

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LUK CHOK JELLY

คณะศิลปศาสตร์

LUK CHOK JELLY

As a value-added product of locally sourced fruits in Phang Nga, stevia-sweetened jelly offers a healthy and sustainable option for consumers seeking reduced sugar intake. This product has the potential to become a popular souvenir, promoting local agriculture and boosting the regional economy.

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