Category: Engineering & Technology

The Modern Bicycle and Its Accessories

The Year 1898 a Memorable One in Its History; Improvement in Quality, Reduction in Price, the Reincarnation of the Chainless, and the Abolition of the National Cycle Show—Tendencies Toward Fixity, and Reversion to Type—The Earliest Creations in Bicycle Construction and the Ste...

Chapters

19. CHAPTER II.

“Sans Chaine sans Gêne,” literally “without Chains without Care,” or even “Chainless and Careless,” is the happy motto chosen by an English maker of chainless bicycles; some thi...

21. CHAPTER IV.

It is a trite but true remark that the modern bicycle is a marvel of mechanical construction, and certainly no part of it has received more attention during the past decade than...

20. CHAPTER III.

The possible changes in the future of cycling involve the shape of the cycle as well as the mode of driving it. Indeed, the mode of applying the power has influenced the shape o...

25. CHAPTER VIII.

At all times through the history of the art of cycle construction distinct efforts were made to decrease the vibration and to increase the velocity, and none of these efforts we...

30. CHAPTER XIII.

“Mehr Licht,” Goethe’s last words, seem to express the unfilled want of the touring wheelmen at night, but this want bids fair to be fulfilled at last. Some differences of opini...

18. CHAPTER I.

“The nothing of the day is a machine called the Velocipede. It is a wheel carriage to ride cock-horse upon, sitting astride and pushing it along with the toes, a rudder wheel in...

23. CHAPTER VI.

There are few, if any, parts of the modern bicycle that have played a more important rôle in its development, than has the chain, and yet it is safe to say that there is no part...

28. CHAPTER XI.

Naturally, the saddle for the steel horse followed that long used on the living one. It began as a pear-shaped sheet metal plate, inclosed between two pieces of pigskin, sometim...

24. CHAPTER VII.

The wheels of the 1898 bicycle do not present any very remarkable or striking novelties in construction. The old style of slender cylinder hub with broad flanges has, however, d...

26. CHAPTER IX.

Friction gives us a grip on the earth, and is indispensable for propulsion, but it is not in the least wanted in cycle bearings or in any other bearings, and one of the problems...

27. CHAPTER X.

Second only in importance to the bearings, sprockets and chain of the modern bicycle, as affecting the smooth running qualities of the machine, are the axles, cranks and pedals....

32. CHAPTER XV

Some one has defined a rebellion as a revolution which has not succeeded. Similarly, the freakishness or non-freakishness of an idea in cycle construction may be deemed to turn...

33. CHAPTER XVI.

The word “tandem” is of Latin derivation, and means at length, and, like a great deal of our cycle nomenclature, it was taken from the horse and carriage trade, where the word w...

31. CHAPTER XIV.

The cyclometers first in memory of the oldtimer were about two and a half inches in diameter and one and three-quarter inches thick, and were attached by a clamp to the axle of...

34. CHAPTER XVII.

To conclude this series of articles without reference to the long-continued efforts of inventors to create a successful motor bicycle would be to omit what will doubtless prove...

29. CHAPTER XII.

The old-time handlebar was almost invariably passed directly through projecting lugs on the “head,” made for the purpose of holding it. For a number of years it was straight and...

22. CHAPTER V.

All through the preceding articles of this series the words “gear case” appear here and there, and with good reason, too, for the year 1898 marks the beginning of the era in thi...

17. CHAPTER XVII.

THE BICYCLE—EARLY AND MODERN TYPES. Page. Draisine in action—1818 2 “Boneshaker”—1868 3 The “Ordinary”—1878 3 Rear Driver—1893 5 The “Rover”—1878 6 Chainless type, 1898 (bevel-g...

1. CHAPTER I.

The Year 1898 a Memorable One in Its History; Improvement in Quality, Reduction in Price, the Reincarnation of the Chainless, and the Abolition of the National Cycle Show—Tenden...

3. CHAPTER III.

The Advantages Claimed for Each Compared—Summary of Early Attempts in “Safety” Types—Modes of Power Transmission—Demands Upon Chainless Construction—The Problems of End-Thrust a...

6. CHAPTER VI.

A Greater Knowledge and Care of Chains Desirable—Evolution and Operation—Attempts to Reduce Chain Friction—Roller Sprockets and Roller Chains—Various Points and Kinds of Frictio...

2. CHAPTER II.

Its Advent Upon the American Market, After Long and Costly Experiments—The Various Methods Employed to Transmit Power—A Single Successful Foreign Wheel of This Type—The Bevel Ge...

10. CHAPTER X.

The Early and Modern Hub—The Divided-Axle Mania—“One-Piece” Construction—Crank Throw and Variable Gear—Gear Ratio—Crank Drop—Shapes of Crank and Sprocket—Evolution of the Pedal...

8. CHAPTER VIII.

The Tire from 1888 to 1898—Solid, Cushion, Inner-Tube and “Hose-Pipe”—The Various Makes of Tire and Rim—Early Methods of Repair—Modern Repair Methods and Kits—Plugs, Patching, S...

7. CHAPTER VII.

Improvements in Construction—The Suspension Wheel Described—Construction of Hubs and Spokes—The Strains to Which They Are Subjected—The Different Styles in Use—The Wood Wheel—St...

4. CHAPTER IV.

The Frame, Essentially a “Bridge Upon Wheels”—Evolution of Shape in Frames—Drop Forgings and Stampings—Flush Joints—Drop Frames—Juveniles—Styles of Forks and Crowns—How Tubing I...

11. CHAPTER XI.

Until Late Years a Knotty Problem for Makers and Riders—Some Recent Improvements—Saddles and “Seats”—Use and Misuse of Springs—A Strictly Universal Saddle Impossible—Various Typ...

9. CHAPTER IX.

The Great Improvement in Bicycle Bearings—Points of Contact—The Evil Results of Careless Construction and Assembling—Ballmaking—The Cup Adjustment and Its Advantages—Lubrication...

12. CHAPTER XII.

14. CHAPTER XIV.

15. CHAPTER XV.

13. CHAPTER XIII.

5. CHAPTER V.

16. CHAPTER XVI.