DIGITAL DESIGN + FABRICATION SM1, 2015 M1 JOURNAL IDEATION JIA YUN KE
Michelle Emma James
(621409) Seminar1(6)
1
Measured Drawings
SUBJECT Egg Cutter-Square
OPENED OBJECT
DIMENSION Length of the whole egg cutterbase, 2103mm Cutter-square, max, height, 257mm, min, height, 220mm. METHOD OF TAKING MEASUREMENT I have used series of methods to take the measurement. The best precise way to do it is to photocopy the object in plan view and trace it at the scale of 1:1. I took two copies with the object at two circumstances, one is in opened status, the other is in closed status. In which, different length of the object occurs. The max length is 2103mm, and the mim length is 1018mm. However, this method was not applicable to measure the spherical and volumetric parts. For the elevation and section, I used steel ruler to take the other measurements such as the diametr of the blade and the depth of the cutter-central square to draw it in AutoCAD in the scale of 1:1. 2
CLOSED OBJECT
PLAN AND ELEVATION
NORTH ELEVATION
WEST OBSERVATION
EAST ELEVATION PLAN SCALE 1:1
SOUTH ELEVATION
Unit: Millimeter 3
Analysis MATERIAL - Body: Polypropylene (Gold / Heat Resistant Temperature -20 degree~120 degree) - Blade: Stainless steel
MOVEMENT OF THE STEEL BLADE
0째-180째 The ability of the steel blade is to transform and change the angle to increase its functionality. As the curved gap is designed to set the egg in there, the egg is able to be cut in slices efficiently. 4
Unit: Millimeter
PARTS AND JOINTS The rotation of the joint alllows the stainless steel blade to move from 0째 to 180째 as the transformation of the blade enables the steel wire to cut the egg in pieces.
X2
X2 X2
Unit: Millimeter
X8
5
DIMENSIONAL DRAWING ISOMETRIC DRAWING
30째
6
SECTION