The Chucknuck
But the neatest thing in the way of flint and steel which has come to the writer's attention is shown by [Fig. 31]. This is a small German silver box which still contains some of the original fungus used for punk and an ancient, well-battered piece of flint. Around the box is fitted the steel in the form of a band, and the whole thing is so small that it may be carried in one's vest pocket. This was once the property of Phillip Hagner, Lieutenant, of the City of Philadelphia at the time of the Revolution, that is, custodian of city property. He took the Christ Church bells from Philadelphia to Bethlehem by ox-cart before the city was occupied by the British. Phillip Hagner came from Saxony about 1700 and settled in Germantown, Philadelphia. This silver box was presented to the National Scout Commissioner by Mr. Isaac Sutton, Scout Commissioner for Delaware and Montgomery Counties, Boy Scouts of America.
Punk Boxes
The cowhorn punk box is made by sawing off the small end and then the point of a cow's horn ([Fig. 30]). A small hole is next bored through the solid small end of the horn to connect with the natural open space further down, a strip of rawhide or whang string larger than the hole is forced through the small end and secured by a knot on the inside, which prevents it from being pulled out. The large end of the horn is closed by a piece of thick sole leather attached to the thong, by tying a hard knot in the end and pulling the thong through a hole in the center of the stopper until the knot is snug against the leather disk; this should be done before the wet leather is allowed to dry. If the thong and leather stopper are made to fit the horn tightly, the dry baked rags, the charred cotton, or whatever substance you use for punk, when placed in the horn will be perfectly protected from moisture or dampness.
Sulphur Headed Spunks and Matches
These old sulphur "spunks" were nothing more than kindling wood or tinder, because they would not ignite by rubbing but were lighted by putting the sulphur end in the flame. According to our modern ideas of convenience they appear very primitive. They were called "spunks" in England and "matches" in America, and varied in length from three to seven inches, were generally packed in bundles from a dozen to two dozen and tied together with bits of straw. Some spunks made as late as 1830 are considered rare enough to be carefully preserved in the York Museum in England ([Fig. 32½]). The ones illustrated in [Fig. 32] are a Long Island product, and were given to the author by the late John Halleran, the most noted antique collector on Long Island. These are carefully preserved among the antiquities in the writer's studio. But they are less than half the length of the ones formerly used on the Western Reserve. With the ancient matches in the studio are also two old pioneer tinder boxes with flints and steels. The tinder boxes are made of tin and contain a lot of baked rags. The inside lid acts as an extinguisher with which to cover up the punk or tinder in the box after you have lighted the candle in the tin lid of the box ([Fig. 32]).
The matches we use today are evolved from these old sulphur spunks. When the writer was a little fellow up in the Western Reserve on the shores of Lake Erie, he was intensely interested in an old lady making sulphur matches. Over the open fire she melted the sulphur in an iron kettle in which she dipped the ends of some pine slivers. The sulphur on the end of the sticks was then allowed to cool and harden. These matches were about the length of a lead pencil and could only be lighted by thrusting the sulphur into the flame. So, although having been born in the age of Lucifer matches, the writer was yet fortunate enough to see manufactured and to remember the contemporary ancestors of our present-day "safety" match.
The Real Lucifer Match
That is, the match which lights from friction, is the invention of Isaac Holden, M. P. According to the Pall Mall Gazette, Mr. Holden said, "In the morning I used to get up at 4 o'clock in order to pursue my studies, and I used at that time the flint and steel, in the use of which I found very great inconvenience. Of course, I knew, as other chemists did, the explosive material that was necessary in order to produce instantaneous light, but it was very difficult to obtain a light on wood by that explosive material, and the idea occurred to me to put sulphur under the explosive mixture. I did that and showed it in my next lecture on chemistry, a course of which I was delivering at a large academy."