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- TABLE DES MATIÈRES
- TABLE DES ILLUSTRATIONS
- RECHERCHE DANS LE DOCUMENT
- TEXTE OCÉRISÉ
- Première image
- CONTENTS (p.1027)
- TYPECASTING AND COMPOSING MACHINERY. By Mr L. A. LEGROS, Member, OF WATFORD (p.1027)
- Introductory Note (p.1030)
- History of Typography (p.1030)
- DESCRIPTION OF TYPE AND TYPEFOUNDING (p.1032)
- UNITS, LIMITS OF ACCURACY, AND SPACING (p.1037)
- TYPE FACES, SERIES, PROPORTIONS, AND WEIGHT (p.1047)
- MACHINES AND PROCESSES EMPLOYED FOR PRODUCING PUNCHES, MATRICES, AND MOULDS (p.1056)
- Punch-Cutting (p.1056)
- Striking (p.1059)
- Punch-Cutting Machine (p.1059)
- MATRICES (p.1069)
- Justifying (p.1071)
- Depth of Strike (p.1072)
- Engraving Matrices (p.1072)
- Ballou Engraving Machine for Matrices (p.1074)
- Electrotyping Matrices (p.1074)
- MOULDS (p.1075)
- Wicks Mould (p.1077)
- Assembling (p.1081)
- Linotype Mould (p.1085)
- Mould of the Lanston Monotype Machine (p.1088)
- PUMPS (p.1089)
- Wicks Rotary Typecasting Machine Pump (p.1090)
- Linotype Pump (p.1091)
- CLASSIFICATION OF TYPECASTING AND COMPOSING MACHINERY (p.1091)
- (I) MACHINES DEALING WITH ONE OPERATION ONLY (p.1093)
- (A) TYPECASTERS (p.1093)
- Simple Machine (p.1093)
- Wicks Rotary Machine (p.1094)
- Type Slicing Machine (p.1101)
- (B) TYPE-SETTING OR COMPOSING MACHINES (p.1103)
- Kastenbein Machine (p.1103)
- Wicks Machine (p.1105)
- Pulsometer Machine (p.1107)
- (C) LINE-JUSTIFYING MACHINES (p.1110)
- Compressible Spaces (p.1110)
- Stringer Machine (p.1110)
- (D) DISTRIBUTING MACHINES (p.1112)
- Pulsometer Machine (p.1112)
- Automatic Machines (p.1112)
- (II) TWO OPERATION MACHINES (p.1115)
- (A) COMPOSING AND LINE-JUSTIFYING MACHINES (p.1115)
- Empire Machine (p.1115)
- Dow Machine (p.1116)
- (B) COMPOSING AND CASTING MACHINES (p.1116)
- Lanston Monotype Machine (p.1116)
- Tachytype Machine (p.1125)
- (III) THREE OPERATION MACHINES (p.1125)
- (A) MACHINES IN WHICH TYPE IS DISTRIBUTED, COMPOSED, AND LINE-JUSTIFIED (p.1125)
- Thorne Machine (p.1125)
- Paige Machine (p.1126)
- (B) MATRIX COMPOSING MACHINES CASTING SLUGS (p.1127)
- Linotype Machine (p.1127)
- Mergenthaler Linotype (p.1134)
- Monoline Machine (p.1135)
- FOUR OPERATION MACHINES (p.1137)
- Stringertype Machine (p.1137)
- APPENDIX I. - French Type (p.1142)
- APPENDIX II. - Characters and Signs required in Scientific and other Works (p.1146)
- APPENDIX III. - Logotypes (p.1148)
- Modification of the Alphabet (p.1153)
- APPENDIX IV. - On the Methods employed in correcting the Division Plates for producing the Wicks Machine (p.1155)
- APPENDIX V. - MACHINES NOT DESCRIBED IN THE BODY OF THE PAPER (p.1163)
- APPENDIX VI. - Bibliography (p.1179)
- MACHINES DESCRIBED IN THE DISCUSSION (p.1203)
- Dernière image
- Première image
- Fig.1. Perspective view of type. Fig.2. plan of type (p.1032)
- Fig.3. Alinement of type. 25 times full size (p.1035)
- Fig.4. Body gauge for type (p.1042)
- Fig.5. Kerned type : perspective view (p.1046)
- Fig.6. Type series (p.1051)
- Fig.7. Stone-forcer for punches or jointer. Fig.8. Bad stricking metal : section (p.1058)
- Fig.9. Punch-cutting machine (Benton-Waldo). Fig.10. Enlarged view of follower stem (p.1061)
- Fig.11. Detail of sliding head of chuck (p.1062)
- Fig.12. Operation of punch-cutting (Benton-Waldo machine) (p.1063)
- Fig.13. Roughing tool for punch-cutting machine. Fig.14. Cutter for punch-cutting machine 5benton-Waldo) (p.1065)
- Fig.15. Rocker Sharpening appliance (p.1065)
- Fig.16-22. Tichener. Wicks rotary. Lanston monotype. Monocline. Linotype. Stringertype. Neddle point micrometer depth gauge, full size (p.1070)
- Fig.23. Micrometer measurer for punches and type (p.1071)
- Fig.24. Operations in machinery matrices (p.1073)
- Fig.25. Justifer's type mould (p.1076)
- Fig.26-28. Diamond square. Knife-edge straight-edge. Folding-hedge gauges for measuring type moulds (p.1078)
- Fig.29. Details of rotary typecasting machine (Wicks). Fig.30. Hard moulds. Fig.31. Angle-base moulds (p.1079)
- Fig.32.Angle-base operations. Rotary typecasting machine (Wicks) (p.1080)
- Fig.33. Magnetic chuck. Fig. 34. Magnetic Angle-Blocks (p.1082)
- Fig.35. Method of planning cost-iron lapping block (p.1084)
- Fig.36. Mould and mould-wheel (Linotype machine). Fig.37. Interrupted-revolution driving gear of mould-wheel (linotype) (p.1086)
- Fig.38. Type slug as cast in machine before trimming (linotype). Fig. 39. Type slug finished (linotype). Type 40. Type slug finished (monocline). Fig. 41. Type as cast in machine (Lanston monotype). Tang and jet shown dotted. Fig.42. type (Stringertype). Fig.43. Type (Springertype). Tang broken off (p.1087)
- Fig.44. Casting machine Llanston monotype) (p.1088)
- Fig.45. Pump plunger (linotype). Half size. Fig. 46. Metal-pot mouth : section (linotype). Nearly full size (p.1091)
- Pl. 1. Fig.47. Rotary typecasting machine (Wicks). Fig.55. Type composing machine (Wicks), with automatic line-justifier (Stringer) (pl.1)
- Fig.48. Section through mould of casting point. Rotary typecaster (Wicks) (p.1097)
- Fig.49. Delivery of type from rotary typecaster (Wicks) (p.1097)
- Fig.50. Operation in machining chain-links for rotary typecaster (Wicks) (p.1099)
- Fig.51. Block of type as delivered by Rotary typecasting machine (Wicks) (p.1100)
- Fig.52. Type slicer (Wicks) (p.1102)
- Fig.53. Type-freeing mechanism for composing machine (Kastenbein) (p.1103)
- Fig.54. Keyboard of composing machine (Kastenbein) (p.1104)
- Fig.58. Type-freeing mechanism for composing machine (Wicks) (p.1106)
- Pl. 2. Fig.59. Composing machine (Pulsometer). Fig.64. Distributing machine (Pulsometer) (pl.2)
- Fig.60. Type freeing mechanism for composing machine (Pulsometer) (p.1108)
- Fig.61. Lay of lower-case (hand composition) (p.1109)
- Fig.62. Compresible space (Mackie). Twice full size. Fig.63. Compressible space (Wicks). Two and a half times full size (p.1110)
- Fig.65. Detail of separating bridges for distributing machine (Pulsometer). Fig.66. Type nicked for distributing machine (Empire). Fig.67. Method of distribution (p.1113)
- Fig.67. Wher two characters appaear on the same key, the upper is roman or italic, the lower small caps. The 30 hatched keys are colored in bleue (p.1114)
- Pl. 3. Fig.70. Keyboard composing and line-justifying machine (Lanston Monotype). Fig. 71. Casting and setting machine (Lanston Monotype) (pl.3)
- Fig.72. Plan of keyboard of composing machine (Lanston monotype) (p.1117)
- Fig.73. Counting mechanism for composing machine (Lanston monotype) (p.1119)
- Fig.74. Standard lay-out as cast in long-primer modern (p.1120)
- Fig.75. Perforated ribbon for typecaster (p.1122)
- Fig.76. Matrix grid for casting machine (p.1123)
- Pl. 4. Fig.77. Matrix composing and slug-casting machine (Linotype) (pl.4)
- Fig.78. Distributor-bar and matrices for matrix-composing machine (Linotype) (p.1128)
- Fig.79. Matrix Liberating gear for matrix composing machine (Linotype) (p.1129)
- Pl.5. Fig.80. Line of matrices composed ready for casting the slug. Fig.81. Line of two-ltter matrices casting part of the line in roman and part in italic. Fig.85. path of matrices (Linotypes) (pl.5)
- Fig.82. Linotype. Fig.83. Monoline. Fig.84. Stringertype (p.1131)
- Pl.6. Fig.86. Metal-pot, pump and mould (Linotype). Fig.87. Ejector, mould-wheel and galley (Linotype). Fig.89. Matrix composing and slug-casting machine (Monoline) (pl.6)
- Fig.88. Two-line letter (p.1134)
- Fig.90. Keyboard for matrix composing machine (Monoline) (p.1135)
- Fig.91. Arrangement of strikes on matrices (Monoline) (p.1136)
- Pl.7. Fig.92. matrix composing, Line justifying, and typecasting machine (Stringertype) (pl.7)
- Pl.8. Fig.93. The lock-up Test for accuracy of type (pl.8)
- Fig.94. First method of correcting division plate. Fig.95. Second method of correcting division plate (p.1156)
- Fig.96. Third method of correcting division plate (p.1157)
- Pl.9. Fig.98. Matrix-wheel. Fig.100. Perforated strip. Fig.101. Fisrt Machine (pl.9)
- Fig.99. Arrangement of moulds for typecaster (Pinel dyotype) (p.1164)
- Pl.10. Fig 102. Double Magazine. Matrix composing and Slug-casting Machine (Linotype) (pl.10)
- Pl.11. Fig.103. Arrangement of escapements and shift key (pl.11)
- Pl. 12. Fig. 105. Normal (composing) position of upper part. Fig.106. Distribution position showing upper portion tilled back. Fig. 107. Line of two-letter matrices composed and line-justified (pl.12)
- Fig.108-110. Matrix composing and slug-casting machine (Typograph). Single-letter matrix. Double-letter matrix. Space disk (p.1170)
- Fig.111. Assembly channel filled with single-letter matrices and vice-jaw closed ready for line-justification. Fig.112. Line of single-letter matrices justified ready for casting (p.1171)
- Fig.113-116. Mould, tany-plate, and ejector. Type-slug as cast. Section through a space. Type-slug trimmed and tang cleared off. Type-slug finishes (p.1173)
- Fig.117.Keyboard of matrix composing machine (Typograph). Fig.118. escapement for matrix composing machine (Typograph) (p.1074)
- Pl.13. Fig. 119. Assembly channel empty. Fig. 120. Assembly channel filled with line of two-letter matrices (pl.13)
- Pl.14. Fig.121. Vice-jaw closed but line not yet justified. Fig 122. Line-justified ready for casting (pl.14)
- Fig.123. height-to-paper gauge. Fig.124. Turning gauge (p.1202)
- Fig.125. Perfored ribbon for typecaster (Goodson Graphotype) (p.1204)
- Fig.126. Typecasting machine : graphotype (p.1205)
- Pl.15. Fig.127. Unitype type distributing, composing, and line-justifying machine (Thorne). Fig.128. Thorne Machine (pl.15)
- Fig.129. The saving effected by reforming the alphabet (p.1217)
- Dernière image
1027
E C
€
BIBLIOT
DU CONSERVAT
I des ARTS
TYPECASTING AND COMPOSING MACHINERY.
BY MR. L. A. LEGROS, Member, of Watford.
CONTENTS.
PAGE
Introductory Note . 1030
History of Typography......................1030
Description of Type and Typefounding :— Type. .......... .1032 Type Founding .......... 1033 Founts of Type ......... .1035
Units, Limits of Accuracy, and Spacing:— Units 1037 Limits of Accuracy ......... 1039 Spacing .......... . 1043 Kerned Type and Italics . 1045
Type Faces, Series, Proportions, and Weight :— Variety of Faces .......... 1047
Series. .......... . 1049 Series of Type Faces ......... 1050 Proportions in which Type is usually supplied : Bill of Fount . . 1056
MACHINES and Processes employed for producing Punches, Matrices, AND Moulds :—
Punch-Cutting ......... .1056
Striking .......... . 1059
Punch-Cutting Machine . 1059
Le texte affiché peut comporter un certain nombre d'erreurs. En effet, le mode texte de ce document a été généré de façon automatique par un programme de reconnaissance optique de caractères (OCR). Le taux de reconnaissance estimé pour cette page est de 85,71 %.
La langue de reconnaissance de l'OCR est l'Anglais.
E C
€
BIBLIOT
DU CONSERVAT
I des ARTS
TYPECASTING AND COMPOSING MACHINERY.
BY MR. L. A. LEGROS, Member, of Watford.
CONTENTS.
PAGE
Introductory Note . 1030
History of Typography......................1030
Description of Type and Typefounding :— Type. .......... .1032 Type Founding .......... 1033 Founts of Type ......... .1035
Units, Limits of Accuracy, and Spacing:— Units 1037 Limits of Accuracy ......... 1039 Spacing .......... . 1043 Kerned Type and Italics . 1045
Type Faces, Series, Proportions, and Weight :— Variety of Faces .......... 1047
Series. .......... . 1049 Series of Type Faces ......... 1050 Proportions in which Type is usually supplied : Bill of Fount . . 1056
MACHINES and Processes employed for producing Punches, Matrices, AND Moulds :—
Punch-Cutting ......... .1056
Striking .......... . 1059
Punch-Cutting Machine . 1059
Le texte affiché peut comporter un certain nombre d'erreurs. En effet, le mode texte de ce document a été généré de façon automatique par un programme de reconnaissance optique de caractères (OCR). Le taux de reconnaissance estimé pour cette page est de 85,71 %.
La langue de reconnaissance de l'OCR est l'Anglais.