Design and Construction of the Semi-Automatic Sliced Ginger Machine
The purpose of study was to design and construction
the semi-automatic sliced ginger machine for reduce production times
in sheet and slice ginger procedure furthermore, reduced amount of
labor of slides and cutting method. Take consider into clean and safety of workers and consumers. The principle of machines, used 1
horsepower motor, rotation speed of sliced blade 967 rpm, the diameter of sliced dish 310 mm, consists of 2 blades for sheet cutting
ginger and the power from motor which transfer to rotate the sliced blade roller, rotation speed 440 rpm. The slice cutter roller was sliced
ginger from sheet ginger to line ginger. The conveyer could
adjustment level of motors, used to the beginning area that sheet
ginger was transference to the roller for sheet and sliced cutting in next process. The cover of sliced cutting had channel for 1 tuber of
ginger. The semi-automatic sliced ginger machine could produced sheet ginger 81.8 kg/h (6.2 times of labor) and line ginger 17.9 kg/h
(2.5 times of labor) compare with, labor work could produced sheet
ginger 13.2 kg/h and line ginger 7.1 kg/h, and when timekeeper, the
total times of semi auto machine 30.86 kg/h and labor 4.6 kg/h, there
for the semi auto machine was 6.7 times of labor. The semiautomatic
sliced ginger machine convenient, easy for use and
maintain, in addition to reduce fatigue of body and seriousness from
works; must be used high skill, and protection accident in slicing
procedure. Beside, machine could used with other vegetables for
example potato, carrot .etc
[1] Regional Offices of Agricultural Economics Department of Agricultural
Extension, 2008, Online: http://fic.nfi.or.th/th/thaifood/product52-condiment.asp, (13 November 2010)
[2] facilitated from vendor in complex market, Hatyai, Songkhla, Interview,
(9 October 2010)
[3] W. Anan, Design of Machine Elements (Book style). Bangkok, CA:
O.S. Printing House, 1992, pp. 1-380.
[4] P. Manukit, The mechanical design and conception (Book style).
Bangkok, CA: Duangkamol Samai, 2005, pp. 15-38.
[5] A. Warit and T. Chan, Design of mechanical No.1 (Book style). Bangkok, CA: SE-ED Ucation, 2006, pp. 68-124.
[6] K. Chana, Strength of Material (Book style). Bangkok, CA: Chouy
Printing, 1993, pp. 23-56.
[7] S. Banlang and K. Prasert, Metal Table (Book style). Bangkok, CA:
King Mongkut-s University of Technology North Bangkok, 2006, pp.1-361.
[8] Ch. Jaknarin, R.Surasit, J.Jatuporn and B.Worapong "Development
built organic fertilizer pellets (Published Conference Proceedings
style)," in Proc. IE network 2010 Conf. Industrial Engineering, Ubon
Ratchathani Thailand, 2010.
[9] R. Wanida, D.Prachot, S.Panyapol and M.Ratchapol "Design and Development of the Machine Prototype Aided Sugar Tanot Manufacturing (Published Conference Proceedings style)," in Proc. IE network 2010 Conf. Industrial Engineering, Ubon Ratchathani Thailand, 2010.
[10] R. Wanida, G.Somsak, L.Chaiwat J.Pornpan and Th.Chalisa"Process
Improvement for Mooncake Manufacturing (Published Conference Proceedings style)," in Proc. IE network 2010 Conf. Industrial
Engineering, Ubon Ratchathani Thailand, 2010.
[11] K. Natapol, P.Panupong, W.Thanasit and M.Sunean "Knife
Cut the Pineapple in Glasses Shredder Blade Rotates in the Horizontal
Direction" in Department of Agriculture and Food, The agroindustry,
Mae Jo University.
[12] S. Matee, and Ch.Thana "Development of Sliced Betel Nut" in
Department of Mechanical Technology. King Mongkut's University of
Technology.
[13] S. Aneak, "Build Banana Tree Shredder" in Rajamangala University of
Technology Lanna.
[14] P. Teerapong, "Design and Construction of Grass Slide." in Department of Agriculture. King Mongkut's Institute of Technology
Ladkrabang.
[1] Regional Offices of Agricultural Economics Department of Agricultural
Extension, 2008, Online: http://fic.nfi.or.th/th/thaifood/product52-condiment.asp, (13 November 2010)
[2] facilitated from vendor in complex market, Hatyai, Songkhla, Interview,
(9 October 2010)
[3] W. Anan, Design of Machine Elements (Book style). Bangkok, CA:
O.S. Printing House, 1992, pp. 1-380.
[4] P. Manukit, The mechanical design and conception (Book style).
Bangkok, CA: Duangkamol Samai, 2005, pp. 15-38.
[5] A. Warit and T. Chan, Design of mechanical No.1 (Book style). Bangkok, CA: SE-ED Ucation, 2006, pp. 68-124.
[6] K. Chana, Strength of Material (Book style). Bangkok, CA: Chouy
Printing, 1993, pp. 23-56.
[7] S. Banlang and K. Prasert, Metal Table (Book style). Bangkok, CA:
King Mongkut-s University of Technology North Bangkok, 2006, pp.1-361.
[8] Ch. Jaknarin, R.Surasit, J.Jatuporn and B.Worapong "Development
built organic fertilizer pellets (Published Conference Proceedings
style)," in Proc. IE network 2010 Conf. Industrial Engineering, Ubon
Ratchathani Thailand, 2010.
[9] R. Wanida, D.Prachot, S.Panyapol and M.Ratchapol "Design and Development of the Machine Prototype Aided Sugar Tanot Manufacturing (Published Conference Proceedings style)," in Proc. IE network 2010 Conf. Industrial Engineering, Ubon Ratchathani Thailand, 2010.
[10] R. Wanida, G.Somsak, L.Chaiwat J.Pornpan and Th.Chalisa"Process
Improvement for Mooncake Manufacturing (Published Conference Proceedings style)," in Proc. IE network 2010 Conf. Industrial
Engineering, Ubon Ratchathani Thailand, 2010.
[11] K. Natapol, P.Panupong, W.Thanasit and M.Sunean "Knife
Cut the Pineapple in Glasses Shredder Blade Rotates in the Horizontal
Direction" in Department of Agriculture and Food, The agroindustry,
Mae Jo University.
[12] S. Matee, and Ch.Thana "Development of Sliced Betel Nut" in
Department of Mechanical Technology. King Mongkut's University of
Technology.
[13] S. Aneak, "Build Banana Tree Shredder" in Rajamangala University of
Technology Lanna.
[14] P. Teerapong, "Design and Construction of Grass Slide." in Department of Agriculture. King Mongkut's Institute of Technology
Ladkrabang.
@article{"International Journal of Mechanical, Industrial and Aerospace Sciences:62319", author = "J. Chatthong and W. Boonchouytan and R. Burapa", title = "Design and Construction of the Semi-Automatic Sliced Ginger Machine", abstract = "The purpose of study was to design and construction
the semi-automatic sliced ginger machine for reduce production times
in sheet and slice ginger procedure furthermore, reduced amount of
labor of slides and cutting method. Take consider into clean and safety of workers and consumers. The principle of machines, used 1
horsepower motor, rotation speed of sliced blade 967 rpm, the diameter of sliced dish 310 mm, consists of 2 blades for sheet cutting
ginger and the power from motor which transfer to rotate the sliced blade roller, rotation speed 440 rpm. The slice cutter roller was sliced
ginger from sheet ginger to line ginger. The conveyer could
adjustment level of motors, used to the beginning area that sheet
ginger was transference to the roller for sheet and sliced cutting in next process. The cover of sliced cutting had channel for 1 tuber of
ginger. The semi-automatic sliced ginger machine could produced sheet ginger 81.8 kg/h (6.2 times of labor) and line ginger 17.9 kg/h
(2.5 times of labor) compare with, labor work could produced sheet
ginger 13.2 kg/h and line ginger 7.1 kg/h, and when timekeeper, the
total times of semi auto machine 30.86 kg/h and labor 4.6 kg/h, there
for the semi auto machine was 6.7 times of labor. The semiautomatic
sliced ginger machine convenient, easy for use and
maintain, in addition to reduce fatigue of body and seriousness from
works; must be used high skill, and protection accident in slicing
procedure. Beside, machine could used with other vegetables for
example potato, carrot .etc", keywords = "Sliced Machine, Sliced Ginger, Line Ginger", volume = "5", number = "12", pages = "2688-6", }