The theory and practice of jute spinning; being a complete description of the machines used in the preparation and spinning of jute yarns .. . th. A Driving pinions, B Stud wheel, ... C Stud pinion, ... D Short shaft wheel, E Short shaft pinion, FF Faller shaft wheels, 6 Intermediate, H Draught changes, I Stripping roller pinion, J Intermediate, K Delivery roller pinion for driving strippingroller, ... LL Retaining roller pinions, M Intermediate, 30, 34 &, 38 teeth. 70 teeth. 19 teeth. 78 teeth. 34 teeth. 50 teeth. 62 teeth. 34 to 80 teeth. 26 teetti. 100 teeth. 38 teeth. Dra
The theory and practice of jute spinning; being a complete description of the machines used in the preparation and spinning of jute yarns .. . th. A Driving pinions, B Stud wheel, ... C Stud pinion, ... D Short shaft wheel, E Short shaft pinion, FF Faller shaft wheels, 6 Intermediate, H Draught changes, I Stripping roller pinion, J Intermediate, K Delivery roller pinion for driving strippingroller, ... LL Retaining roller pinions, M Intermediate, 30, 34 &, 38 teeth. 70 teeth. 19 teeth. 78 teeth. 34 teeth. 50 teeth. 62 teeth. 34 to 80 teeth. 26 teetti. 100 teeth. 38 teeth. Draft Arrangement— Hard to hard pressing rollers— (3) 2^ X 56 X 74 X 50 X 23 X 32 _ o q ^ ^^56 X 20 X 34 X 39 X 40 X Ifj (3)24 56 X 74 X .50 X 23 32 = 222-5 constant No. for draft C. P. X 20 X 34 X 39 X 40 X llj Pressing Eollers—Leather covered on a plain or a V fluted roller- 2i X 76 X 74 X 50 X 23 X 32 80 X 19 X 34 X 39 X 40 X l^ :3 3 draft 21 X 76 X 74 X 50 X 23 X 32 ^.^^ ^^.^f^ X J9 X 34 X 39 X 40 X lU PATENT SLIDE DRAWING FRAME. PATENT SLIDE DRAWING FRAME. Sectional Elevation showing Geaeing at Driving ^th 135. 3/\ H 136 PATENT PUSH OR SLIDE DRAWING FRAME. PATENT PUSH OR SLIDE DRAWING elevation showing gearing at end opposite to driving | Retaining roller wheels, B Stud wheel, ... C Stud pinion, ... D Intermediate, E Faller shaft pinion, F Stud wheel, ... G Stud pinion, ... H Brush wheel, I Drawing roller pinion, . J Intermediate, K Delivery roller pinions. 32 and 33 teeth. 23 teeth. 33 teeth. 36 teeth. 37 and 38 teeth. Arrangements of Wheels for calculation of speed of gill bars— *180 X 34 X 20 X 34 _ 20-08 revolutions of gill bar shaft upon which isgill bar wheel 17 teeth into which bars work. 56 X 74 X 50Then 17 x 20-08 = 341-36 speed of gill bars per minute. 180 X a X 20 X 34 Constant Number for gill bar shaft. 56 X 74 X 50 ° *NoTE.—Speed Pulleys 180 revolut
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Keywords: ., bookcentury1900, bookdecade1920, bookidtheorypracti, bookyear1921
