Edison: His Life and Inventions by Frank Lewis Dyer and Thomas Commerford Martin

introduction from Mr. Jay Gould, who then controlled the Union Pacific,

674 words  |  Chapter 23

Edison was allowed to ride on the cow-catchers of the locomotives. "The different engineers gave me a small cushion, and every day I rode in this manner, from Omaha to the Sacramento Valley, except through the snow-shed on the summit of the Sierras, without dust or anything else to obstruct the view. Only once was I in danger when the locomotive struck an animal about the size of a small cub bear--which I think was a badger. This animal struck the front of the locomotive just under the headlight with great violence, and was then thrown off by the rebound. I was sitting to one side grasping the angle brace, so no harm was done." This welcome vacation lasted nearly two months; but Edison was back in his laboratory and hard at work before the end of August, gathering up many loose ends, and trying out many thoughts and ideas that had accumulated on the trip. One hot afternoon--August 30th, as shown by the document in the case--Mr. Edison was found by one of the authors of this biography employed most busily in making a mysterious series of tests on paper, using for ink acids that corrugated and blistered the paper where written upon. When interrogated as to his object, he stated that the plan was to afford blind people the means of writing directly to each other, especially if they were also deaf and could not hear a message on the phonograph. The characters which he was thus forming on the paper were high enough in relief to be legible to the delicate touch of a blind man's fingers, and with simple apparatus letters could be thus written, sent, and read. There was certainly no question as to the result obtained at the moment, which was all that was asked; but the Edison autograph thus and then written now shows the paper eaten out by the acid used, although covered with glass for many years. Mr. Edison does not remember that he ever recurred to this very interesting test. He was, however, ready for anything new or novel, and no record can ever be made or presented that would do justice to a tithe of the thoughts and fancies daily and hourly put upon the rack. The famous note-books, to which reference will be made later, were not begun as a regular series, as it was only the profusion of these ideas that suggested the vital value of such systematic registration. Then as now, the propositions brought to Edison ranged over every conceivable subject, but the years have taught him caution in grappling with them. He tells an amusing story of one dilemma into which his good-nature led him at this period: "At Menlo Park one day, a farmer came in and asked if I knew any way to kill potato-bugs. He had twenty acres of potatoes, and the vines were being destroyed. I sent men out and culled two quarts of bugs, and tried every chemical I had to destroy them. Bisulphide of carbon was found to do it instantly. I got a drum and went over to the potato farm and sprinkled it on the vines with a pot. Every bug dropped dead. The next morning the farmer came in very excited and reported that the stuff had killed the vines as well. I had to pay $300 for not experimenting properly." During this year, 1878, the phonograph made its way also to Europe, and various sums of money were paid there to secure the rights to its manufacture and exploitation. In England, for example, the Microscopic Company paid $7500 down and agreed to a royalty, while arrangements were effected also in France, Russia, and other countries. In every instance, as in this country, the commercial development had to wait several years, for in the mean time another great art had been brought into existence, demanding exclusive attention and exhaustive toil. And when the work was done the reward was a new heaven and a new earth--in the art of illumination.

Chapters

1. Chapter 1 2. INTRODUCTION 3. INTRODUCTION 4. CHAPTER I 5. CHAPTER II 6. CHAPTER III 7. CHAPTER IV 8. 1890. The expiration of the leading Bell telephone patents, five years 9. CHAPTER V 10. CHAPTER VI 11. CHAPTER VII 12. CHAPTER VIII 13. CHAPTER IX 14. introduction. There he made the acquaintance of Professor Tyndall, 15. CHAPTER X 16. 1. Letter writing and all kinds of dictation without the aid of a 17. 2. Phonographic books, which will speak to blind people without effort 18. 5. The 'Family Record'--a registry of sayings, reminiscences, etc., by 19. 7. Clocks that should announce in articulate speech the time for going 20. 8. The preservation of languages by exact reproduction of the manner of 21. 9. Educational purposes; such as preserving the explanations made by a 22. 10. Connection with the telephone, so as to make that instrument an 23. introduction from Mr. Jay Gould, who then controlled the Union Pacific, 24. CHAPTER XI 25. CHAPTER XII 26. introduction of his lighting system, when he spent a large part of his 27. CHAPTER XIII 28. CHAPTER XIV 29. 1882. Outside of Menlo Park this was the first regular station for 30. INTRODUCTION OF THE EDISON ELECTRIC LIGHT 31. CHAPTER XVI 32. CHAPTER XVII 33. CHAPTER XVIII 34. CHAPTER XIX 35. CHAPTER XX 36. introduction of some bold and revolutionary methods and devices, have 37. CHAPTER XXI 38. CHAPTER XXII 39. introduction. Nevertheless, he accepted the principle as valuable, and 40. CHAPTER XXIII 41. introduction of the underground Edison system in New York made an appeal 42. CHAPTER XXIV 43. CHAPTER XXV 44. CHAPTER XXVI 45. CHAPTER XXVII 46. CHAPTER XXVIII 47. introduction of the light was carried on with such strenuous and 48. CHAPTER XXIX 49. INTRODUCTION TO THE APPENDIX 50. Chapter XXI, it will be unnecessary to repeat it here. Suffice it to say 51. 1. As to the additional reference letters, I is a condenser J the source 52. 10. Duration on account of its dependability. 11. Its high practical

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