The Progress of Invention in the Nineteenth Century. by Edward W. Byrn

CHAPTER XXXI.

557 words  |  Chapter 90

TEXTILES. SPINNING AND WEAVING AN ANCIENT ART--HARGREAVES’ SPINNING JENNY-- ARKWRIGHT’S ROLL-DRAWING SPINNING MACHINE--CROMPTON’S MULE SPINNER--THE COTTON GIN--RING SPINNING--THE RABBETH SPINDLE--JOHN KAY’S FLYING SHUTTLE AND ROBERT KAY’S DROP BOX--CARTWRIGHT’S POWER LOOM--THE JACQUARD LOOM--CROMPTON’S FANCY LOOM--BIGELOW’S CARPET LOOMS--LYALL POSITIVE MOTION LOOM--KNITTING MACHINES--CLOTH PRESSING MACHINERY--ARTIFICIAL SILK--MERCERIZED CLOTH. Far back in the obscuring gloom of a prehistoric antiquity, man wore probably only the hirsute covering which nature gave him. As he emerged from barbarism, sentiments of modesty marked the evolution of his mind, and this, together with the need for a more sufficient protection against cold and heat, suggested an artificial covering for his body. At first he robbed the brute of his fleecy skin and wore it bodily. Later he learned to spin and weave; next to food and drink, clothing became a fundamental necessity, for without it his life could not extend outside of the limited zone of the tropics. Food and drink were to be found as nature’s free gifts, but clothing had to be made, and its manufacture constituted probably the oldest of all the living arts. The making of cloth may be said to be coeval with history. The Old Testament of the Bible is replete with references to spinning and weaving, and the cloths wrapped about the mummies of ancient Egypt, although thousands of years old, were of exceeding regularity and fineness. So old an art, and so great and continuous a need for its products necessarily must have resulted in much development and progress. When the Nineteenth Century began, the world already enjoyed the results of Hargreaves’ spinning-jenny, Arkwright’s roll-drawing spinning machine, the mule spinner, the cotton gin, and the power loom, all of which were most radical inventions, equaling in importance, perhaps, any that have followed. Prior to the invention of the _spinning-jenny_, the loose fibre was spun into yarns and thread by hand on the old-fashioned spinning wheel, each thread requiring the attention of one person. In 1763 Hargreaves invented the spinning-jenny (see Fig. 285), in which a multiplicity of spindles was employed, whereby one person could attend to the making of many threads simultaneously. For this purpose the spindles were set upright at the end of the frame, and the rovings or strips of untwisted fibre were carried on bobbins on the inclined frame. The rovings extended from these bobbins to a reciprocating “clasp” held in the left hand of the workman, and thence extended to the spindles at the end of the frame. The workman drew out the rovings by moving the clasp back and forth, and at the same time turned the crank with his right hand to rotate the spindles. Hargreaves’ machine is shown and described in his British patent, No. 962 of 1770. [Illustration: FIG. 285.--HARGREAVES’ SPINNING JENNY.] The next important step in spinning was the introduction of drawing rolls, which were a series of rolls running at different speeds for drawing out or elongating the roving as it was spun into a thread. This was mainly due to Arkwright, a contemporary of Hargreaves. The principle of the drawing rolls had been foreshadowed in the British patents of Louis Paul, No. 562, of 1738, and No. 724, of 1758, but Arkwright made the first embodiment of it in practically useful machines, which were covered by him in British patents No. 931, of 1769, and No. 1,111, of

Chapters

1. Chapter 1 2. CHAPTER I. 3. CHAPTER II. 4. CHAPTER III. 5. CHAPTER IV. 6. CHAPTER V. 7. CHAPTER VI. 8. CHAPTER VII. 9. CHAPTER VIII. 10. CHAPTER IX. 11. CHAPTER X. 12. CHAPTER XI. 13. CHAPTER XII. 14. CHAPTER XIII. 15. CHAPTER XIV. 16. CHAPTER XV. 17. CHAPTER XVI. 18. CHAPTER XVII. 19. CHAPTER XVIII. 20. CHAPTER XIX. 21. CHAPTER XX. 22. CHAPTER XXI. 23. CHAPTER XXII. 24. CHAPTER XXIII. 25. CHAPTER XXIV. 26. CHAPTER XXV. 27. CHAPTER XXVI. 28. CHAPTER XXVII. 29. CHAPTER XXVIII. 30. CHAPTER XXIX. 31. CHAPTER XXX. 32. CHAPTER XXXI. 33. CHAPTER XXXII. 34. CHAPTER XXXIII. 35. CHAPTER XXXIV. 36. CHAPTER XXXV. 37. CHAPTER I. 38. CHAPTER II. 39. CHAPTER III. 40. 1800. Galvani discovered that a frog’s legs would exhibit violent 41. CHAPTER IV. 42. CHAPTER V. 43. CHAPTER VI. 44. CHAPTER VII. 45. 1885. A struggle then began in the courts, which on October 4, 1892, 46. CHAPTER VIII. 47. CHAPTER IX. 48. CHAPTER X. 49. CHAPTER XI. 50. 1826. The Pacific Railway, the first of our half a dozen 51. CHAPTER XII. 52. 107. The same year Oliver Evans used a stern paddle wheel boat on the 53. 108. She then appeared as a side wheel steamer, whose wheels were 54. CHAPTER XIII. 55. CHAPTER XIV. 56. 140. The Caligraph uses a separate type lever and key for each letter, 57. introduction a few years ago, its growth in popularity has been very 58. CHAPTER XV. 59. introduction of the sewing machine into the shoe industry made a new era 60. CHAPTER XVI. 61. 151. McCormick’s last named patent also covered the arrangement of the 62. 1840. 1850. 1860. 1870. 1880. 63. CHAPTER XVII. 64. 1830. He dissolved the gum in spirits of turpentine and invented 65. CHAPTER XVIII. 66. CHAPTER XIX. 67. introduction of the roller mill and middlings purifier. Formerly two 68. CHAPTER XX. 69. 175. The endoscope, for looking into the urethra, and the cystoscope, 70. CHAPTER XXI. 71. 181. In 1868-’69 machines of this type went extensively into use. 72. CHAPTER XXII. 73. 1887. An illustration of the gramophone recorder is given in Fig. 193. 74. CHAPTER XXIII. 75. CHAPTER XXIV. 76. 205. The “Premo” is arranged for either snap-shot or time exposure, is 77. introduction it was not possible to reproduce cheaply in printers’ ink 78. CHAPTER XXV. 79. CHAPTER XXVI. 80. CHAPTER XXVII. 81. 1841. An early example of it is also given in Cochrane’s British patent 82. introduction of rock drills operated by compressed air, which trebled 83. 1841. When an oil well ceases to flow, it is rejuvenated by being 84. CHAPTER XXVIII. 85. 1887. The value of the steam feed was to increase the speed and 86. CHAPTER XXIX. 87. introduction of the hot air blast in forges and furnaces where bellows 88. CHAPTER XXX. 89. introduction of the percussion cap, which exploded the charge by a blow, 90. CHAPTER XXXI. 91. 1775. Arkwright’s spinning machine is shown in Fig. 286, the drawing 92. 1880. The distinguishing feature of this is that the shuttle is not 93. CHAPTER XXXII. 94. 294. A tank _a_ is filled with water to be frozen or cooled. A 95. CHAPTER XXXIII. 96. 1. Magnetism of oxygen. 2. Steel burning in liquid oxygen. 3. Frozen 97. 10. Frozen mercury. 11. Liquid oxygen in water. 12. Frozen whisky. 13. 98. CHAPTER XXXIV. 99. CHAPTER XXXV.

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