The hydroponic plants care robots

Main Article Content

หทัยเทพ วงศ์สุวรรณ

Abstract

This research has been developing to learn about automation. Design the Robot that can use for Agriculture. Especially the plants are grown within hydroponics by applying knowledge in programming to make an image processing system to analyze the growth of plants in hydroponic plots. In addition, we can use appropriate design capabilities, take a low cost, durable, easy to maintain, and spare parts that can be easy to purchase.


We have collected data to analyze growth by comparing the percentage per area that a camera can capture. Including considers about worthiness when replacing with human labor. The hydroponic plants care robots are able to work 24 hours per day to support the labor shortage that makes them decrease every year. This may cause for agricultural products lack of market and low-standard quality. Therefore, the agriculture price is high, because it eliminated.


The results showed that the working speed of the robot was slower than human labor at 29.55%. (Compared with humans walking around plants) But it can take care of plants more thoroughly. By experimenting with the plants on the rails only 3 positions, running round trip, the total distance is 0.65 meters. So it can process the rate of plant growth precisely 86.67% on average. (Test in Kale) The robot can moves on rails in the laboratory with an average time of 3 minutes 19 seconds or speed 0.392 meters/minute.

Article Details

Section
Original Articles

References

ศุภกานต์ จันทร์เสรีวิทยา, ปิยวัฒน์ ปาระมี, ศุภณัฐ เอี่ยม

ผ่องใส(2562), หุ่นยนต์เก็บเกี่ยวผักไฮโดรโปนิค

อัตโนมัติ, วารสารสมาคมวิศวกรรมเกษตรแห่ง

ประเทศไทย, ปีที่ 25 ฉบับที่ 1 (2562) หน้า 56-63.

Iron Ox ผุดไอเดียล้ำ ใช้หุ่นยนต์ทำฟาร์ม รับเกษตรกรรม

ยุคใหม่. [ออนไลน์, จาก

https://www.smethailandclub.com/technology-

-id.html

PimDeed. (2562). การ contours โดยใช้ python colab.

[ออนไลน์] , จาก

https://medium.com/@phimwadi0033/%E0%B8%81%E0%B8%B2%E0%B8%A3-contours-%E0%B9%82%E0%B8%94%E0%B8%A2%E0%B9%83%E0%B8%8A%E0%B9%89-python-colab-81240a1af3e1

เริ่มต้นปลูกผักไฮโดรโปนิกส์ ต้องรู้จักระบบน้ำกัน

หน่อย(2563) [ออนไลน์] , จาก

https://www.baanlaesuan.com/100198/ideas/garden-ideas/hydroponics#)

F. Jaimes, B. Collazos, E. Arce and M. Chauca.

(2019), Hydroponic System with Automated

Hydrolysis Using Renewable Energy Self-

Sustainable, MATEC Web of Conferences 256, 0

(2019), 6 pp.

I. L. Alejandro, M. M. Julia and R. Humberto (2019),

Automation and Robotics Used in

Hydroponic System, In book: Hydrocultural

and Hydroponics Systems, December 2019,

IntechOpen,

J. Bourcier, O. Barais, N. Harrand, A. Rio , B.

Combemale (2018), Farmbot, a Small Scale

Autonomous Farming Machine: Software

Challenges, Computational Methods in Water

Resources XXII Bridging gaps between data,

models, and predictions, June 3-7, 2018, Saint-

Malo, France , 2p.

M. Mehra, S. Saxena, S. Sankaranarayanan, R. J.

Tom and M. Veeramanikandan(2018), IoT based

hydroponics system using Deep Neural

Networks, Computers and Electronics in

Agriculture, Vol. 155, December 2018, Pages

-486

Niels T., Guoming A. L., Dhruv A., Abhinav V. and

George A. K.(2012), Automation of

Hydroponic Installations using a Robot with

Position Based Visual Feedback, Proceedings

of 3rd International Conference of Agricultural

Engineering (CIGR '12), July, 2012, 6 pp.

P. Hemalatha K, Dhanalakshmi, S. Matilda and M.

Bala Anand(2018), Farmbot-a Smart Agriculture

Assistor Using Internet of Things, International

Journal of Pure and Applied Mathematics, Volume

No. 10 2018, 557-566.