 | John Henry Barr - Machinery, Kinematics of - 1899 - 280 pages
...cutters, covering all wheels from a pinion of 12 teeth to a rack. INVOLUTE SYSTEM. Eight Cutters are made for each pitch, as follows : No. 1 will cut wheels from 135 teeth to a nick. " 2 " " " 3 " " " 4 " " " 5 " " EPICYCLOIDAL SYSTEM. Twenty -four Cutters for each pitch. Cutter... | |
 | John Henry Barr - Machinery - 1899 - 282 pages
...covering all wheels from a pinion of 12 teeth to a rack. INVOLUTE SYSTEM. Eight Cutters are made fur each pitch, as follows: No. 1 will cut wheels from 135 teeth to a nick. EPICYCLOIDAL SYSTEM. Twenty-four Cuttenfor each pitch. Cutter A cuts 12 teeth. Cutter M cuts... | |
 | Machinery - 1904 - 502 pages
...of the tooth on the pitch line. PATENT INVOLUTE CUTTERS For Teeth of Gear Wheels. Hlght Cutters are made for each pitch, as follows: No. 1 will cut wheels from 135 teeth to a rack. 134 teeth. 64 34 25 20 16 13 We lire prepare,l to furnish to ordcr tienr Cutters from 2 to 8 pitch... | |
 | Charles C. Stutz - Gearing - 1905 - 174 pages
...3.5 = 35 T No. 3 curve. The eight cutters which are made in the involute system for each pitch are as follows : No. 1 will cut wheels from 135 teeth to a rack. 2 3 4 6 7 8 - 55 35 26 134 teeth. 54 34 21 25 l7 14 12 20 16 13 45 PART II. — DETERMINE THlCKNESS... | |
 | Calvin Franklin Swingle, Frederick John Prior - Air-brakes - 1906 - 676 pages
...what the distance of the centers of two wheels running together is correct relative to the diameters. No. 1 will cut wheels from 135 teeth to a rack. No. 2 will cat wheels from 55 teeth to 134 teeth No. 3 will eat wheels from 35 teeth to 54 teeth No. 4 will eat... | |
 | Joseph Gregory Horner - Engineering - 1909 - 560 pages
...corresponding difference made in the diameters of the cutters. INVOLUTE CUTTERS. Eight cutters are made for each pitch, as follows : — No. 1 will cut wheels from 135 teeth to a rack. 55 35 26 21 17 14 12 134 teeth. 54 34 25 20 16 13 Half numbers are supplied as follows : — No. of... | |
 | Fred Herbert Colvin, Frank Arthur Stanley - Machine-shop practice - 1910 - 166 pages
...set up on their arbor and never removed except for grinding. Gear Cutter (Involute) — (Fig. 114). In the Brown & Sharpe system of involute gear cutters,...are regularly made for each pitch, as follows: No. i will cut wheels from 135 teeth to a rack. No. 2 will cut wheels from 55 teeth to 134 teeth. No. 3... | |
 | James Alfred Pratt - Machine-shop practice - 1921 - 388 pages
...of teeth is allowed for each of these numbers, as follows: Involute Cutters. — Eight cutters are made for each pitch, as follows: No. 1 will cut wheels from 135 teeth to a rack. " 2 " " " " 55 " " 134 teeth. " 3 " " " " 35 " " 54 " tt A tI it tI Ii no " " Q4 " tt c ii n it it... | |
 | Calvin Dodge Albert - Machine design - 1923 - 340 pages
...t "2 S 1.475 ,S ' other proportions as above. Patent Involute Cutters (From Brown & Sharpe Catalog) No. 1 will cut wheels from 135 teeth to a rack; No. 1| " " 80 " " 134 teeth. No. 2 " " 55 " " 79 " No. 1\ " " 42 " " 54 " No. 3 " " 35 " " 41 " No. 3|... | |
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Sharpe system of involute gear cutters, eight cutters are regularly made for each pitch, as follows: No. 1 will cut wheels from 135 teeth to a rack. No. 