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Axle Bearing Patent by Comet Cycle Company

Developments in Steel Making, 1893
illustration  side view of the Comet Patent Bearing assembly

In the accompanying sketch is shown an illustration of a self-righting axle bearing designed, patented, and manufactured by the Comet Cycle Company of Toronto, and is adapted more particularly for bicycles and like vehicles. This patent is breifly described in this newspaper for your review.

The axle bearing consists of a bearing case and a collar formed integral with the bearing case as shown in this patent sketch. The axle bearing case is reamed out to form an opening to receive the adjusting cones provided with the surfaces for the axle bearing balls. The collar is fitted to receive the shank of the vehicle, and the collar is securely held in place by means of a set screw. By reference to the sketch it will be noticed that the bottom seat of the bearing case is movable on recount of being cut entirely through the bearing case and partially through at the other side from the opening in the collar. This construction admits of the bottom seat of the bearing case serving as a lock to prevent the unscrewing of the adjusting cones within the bearing case. This newspaper also shows the 1893 patent cutaway drawing of the bicycle axle bearing.

Developments in Steel Making, 1893
illustration  section view showing Comet Patent Bearing

The bottom seat of the bearing case is crowded against the thread at the under side of the adjusting cones by means of the pressure of the set screw. The advantages of a bicycle axle bearing of this description from 1893 is that in the event of a twist or bend to the frame of the bicycle the set screw can be loosened and the axle bearing instantaneously righted, thus relieving the axle from binding on the bicycle axle bearings. The newspaper claims that this bicycle axle patent was awarded in 1983.

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About this article

This article is a reprint of an existing article from Engineer and Inventor, April 1893. It is the intent of this website to present this article in human and machine readable form. Format and editing changes have been made. This article is provided for the purpose of enjoyment only. Statements in this article were relevant to the published period and may not be applicable in current times.