. Cyclopedia of architecture, carpentry, and building : a general reference work .... Fig. 38. Quantity. Bottom Diameterin inches. Top Diameterin inches. Height. 1 ^ Gallon. 40 TIKSMITHING 33 Fig. 39 shows the method of laying out the pattern for themeasure and lip. First draw the elevation A to the desired sizt?. 1\ I 0 J 2\ \ N /i / Fig. 39. and assume the flare of the lip B, as shown by db. From l drawa line through 7 to c which is a chosen point, and draw a line fromG to d. Draw t


. Cyclopedia of architecture, carpentry, and building : a general reference work .... Fig. 38. Quantity. Bottom Diameterin inches. Top Diameterin inches. Height. 1 ^ Gallon. 40 TIKSMITHING 33 Fig. 39 shows the method of laying out the pattern for themeasure and lip. First draw the elevation A to the desired sizt?. 1\ I 0 J 2\ \ N /i / Fig. 39. and assume the flare of the lip B, as shown by db. From l drawa line through 7 to c which is a chosen point, and draw a line fromG to d. Draw the handle C of the desired shape. ISTow extendcontour lines of the measure until they intersect at a^ and draw 41 34 TTNSMITHING the half section of the bottom of the measure as shown at I);divide this semi-circle into equal parts as shown. Now, with a asa center, and al and uT as radii, describe the arcs as any point (as 1) draw a radial line to r/, and starting at 1set off the number of spaces contained in the half section D, asshown by the small figures 1 to 7. From 7 draw a radial lineto a. Allow edges for wiring and seaming. E represents the halfpattern for the body of the measure. We find that lip B is simplyan intersected frustum of a right cone, which can be developed asshown in the pattern for conical boss of Fig. 25. There is, however, a shorter method which serves the jjurposejust as well; thi


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