3D scan images have been successfully applied in ergonomic product design. Features of human body parts (e.g., landmarks, measurements, curvatures, surfaces, volumes) extracted from 3D body scan images can be used to analyze variations of the size and shape of human bodies. The information of size and shape variations can be applied in product design to support technical ideas regarding accommodation, tolerance, and adjustability. This study is aimed to briefly introduce a few analysis methods of body shape variation using 3D facial scan images of Dutch children in order to acquire useful features for the design of a children’s facial mask.
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References
1.
AllenB.CurlessB.PopovićZ.2003. The space of human body shapes: reconstruction and parameterization from range scans. Acm T Graphic22(3), 587-594.
2.
BallR.ShuC.XiP.RiouxM.LuximonY.MolenbroekJ.F.M.2010. A comparison between Chinese and Caucasian head shapes. Appl Ergon41(6), 832-839.
3.
BallR.M.2009. 3-D design tools from the SizeChina project. Ergonomics in Design17(3), 8-13.
4.
ChangC.-C.LiZ.CaiX.DempseyP.2007. Error control and calibration in three-dimensional anthropometric measurement of the hand by laser scanning with glass support. Measurement40(1), 21-27.
5.
ChenW.ZhuangZ.BensonS.DuL.YuD.LandsittelD.WangL.ViscusiD.ShafferR.E.2009. New respirator fit test panels representing the current Chinese civilian workers. Ann Occup Hyg53(3), 297-305.
6.
GotoL.LeeW.SongY.MolenbroekJ.F.M.GoossensR.H.M.2015. Analysis of a 3D anthropometric data set of children for design applications, 19th Triennial Congress of the International Ergonomics Association (IEA), Melbourne, Australia.
7.
JacobsonA.BaranI.PopovićJ.Sorkine-HornungO.2014. Bounded biharmonic weights for real-time deformation. Communications of the Acm57(4), 99-106.
8.
JungK.KwonO.YouH.2010. Evaluation of the multivariate accommodation performance of the grid method. Appl Ergon42(1), 156-161.
9.
LeeB.JungK.YouH.2013a. Development of a distributed representative human model (DRHM) generation and analysis system for multiple-size product design, Human Factors and Ergonomics Society 57th Annual Meeting. The Human Factors and Ergonomics Society, San Diego, CA.
10.
LeeW.JeongJ.ParkJ.JeonE.KimH.JungD.ParkS.YouH.2013b. Analysis of the facial measurements of Korean Air Force pilots for oxygen mask design. Ergonomics56(9), 1451-1464.
11.
LeeW.JungD.ParkS.KimH.YouH.2014. Ergonomic design and evaluation of a pilot oxygen mask for Korea Air Force pilots, 5th International Conference on 3D Body Scanning Technologies, Lugano, Switzerland.
12.
LeeW.LeeB.KimS.JungH.JeonE.ChoiT.YouH.2015. 3D scan to product design: Methods, techniques, and cases, 6th International Conference on 3D Body Scanning Technologies, Lugano, Switzerland.
13.
LeeW.YangX.JungH.YouH.GotoL.MolenbroekJ.F.M.GoossensR.H.M.2016. Application of massive 3D head and facial scan datasets in ergonomic head-product design. The International Journal of the Digital Human1(4), 344-360.
14.
LeeW.YoonS.YouH.2011. Development of a 3D semi- automatic measurement protocol for hand anthropometric measurement. IE Interfaces24(2), 105-111.
15.
LuximonY.BallR.JusticeL.2012. The 3D Chinese head and face modeling. Comput Aided Design44(1), 40-47.
16.
TsoliA.LoperM.BlackM.J.2014. Model-based anthropometry: Predicting measurements from 3D human scans in multiple poses, IEEE Winter Conference on Applications of Computer Vision (WACV).
17.
WeinbergS.M.ScottN.M.NeiswangerK.BrandonC.A.MarazitaM.L.2004. Digital three-dimensional photogrammetry: Evaluation of anthropometric precision and accuracy using a Genex 3D camera system. Cleft Palate-Craniofacial Journal41(5), 507-518.
18.
XiP.ShuC.2009. Consistent parameterization and statistical analysis of human head scans. Visual Computer25(9), 863-871.
19.
ZhuangZ.BensonS.ViscusiD.2010. Digital 3-D headforms with facial features representative of the current U.S. workforce. Ergonomics53(5), 661-671.
20.
ZhuangZ.BradtmillerB.ShafferR.E.2007. New respirator fit test panels representing the current U.S. civilian work force. J Occup Environ Hyg4(9), 647-659.
21.
ZhuangZ.ShuC.XiP.BergmanM.JosephM.2013. Head-and-face shape variations of U.S. civilian workers. Appl Ergon44(5), 775-784.
