CHAPTER XXIX.
Inventions and Inveighings.—Palquam qui meruit ferat.
Writing about law makes one litigious; so I seize this opportunity for making a few observations on American claims. I am not going to open the question of the Bay of Fundy, &c., fisheries; because British liberality has resigned a right, the retention of which was a source of continual irritation to our republican neighbours. I must, however, quote a few lines from the work of their able Chancellor, Kent, to show how fully justified we were in claiming the sovereignty of the Bay of Fundy. If the Chancellor's work on the Law of Nations is consulted, it will be found that he points out to his countrymen their right to the sovereignty of lines stretching "from Cape Anne to Cape Cod, Nantucket to Montauck Point, thence to the Capes of the Delaware, and from the South Cape of Florida to the Mississippi." With such wholesale claims asserted on their part, it would require something more than modest assurance to dispute England's right to the Bay of Fundy. But my litigation with the Republic is respecting some of their claims to inventions, which they put forward in so barefaced a manner, that the unwary or the uninquiring—which two sections of the human family constitute the great majority—are constantly misled into a belief of their truth; and the citizens of the Republic would do well to remember, that by putting forward unwarrantable pretensions to some discoveries, they afford just grounds for questioning their lawful claims to others.
The first I shall mention is with reference to Fulton and steam. Mr. Charles King, the President of Columbia College, in a lecture delivered before the Mechanics' Institute, Broadway, New York, in December, 1851, claims for Fulton "the application of a known force in a new manner, and to new and before unthought-of purposes." Now what are the real facts? James Watt, in 1769, patented the double-acting engine, which was the first step by which the steam-engine was made capable of being used to propel a vessel. In 1780, James Pickard patented what is no other than the present connecting rod and crank, and a fly-wheel, the second and last great improvement in the steam-engine, which enabled it to be of service in propelling vessels.[[CI]] In 1785, William Symington took out a patent, by which he obtained, with economy of fuel, a more perfect method of condensation of steam and a more perfect vacuum.
In 1787, Mr. Miller, of Dalswinton, a gentleman who had spent a fortune of nearly 30,000l. in ship-building experiments, was urged by Mr. Taylor to try and apply the power of steam to vessels. William Symington was applied to, with the view of knowing if he could apply his engine to one of Mr. Miller's boats, which he accordingly did, and propelled a little pleasure vessel on the lake at Dalswinton, at the rate of five miles an hour, on the 14th November, 1788. In the following year, Mr. Symington made a double engine for a boat to be tried upon the Forth and Clyde Canal; and in the month of December, 1789, this trial-vessel was propelled at the rate of six and a half miles an hour. Lord Dundas, who was a large proprietor in the Forth and Clyde Canal, employed Symington to make experiments in 1801. The result of these trials was the construction of the "Charlotte Dundas," the first practical steam-boat ever built. The engines of this vessel combined the patents before mentioned of Watt, Pickard, and Symington, which combinations—made by the latter patentee—constitute the present system of steam navigation. The "Charlotte Dundas" made her trial trip in March, 1802, and so satisfactory was the trial, that the Duke of Bridgewater ordered eight boats of Symington, for the purpose of running on his canal. The Duke of Bridgewater died immediately after; and the Forth and Clyde proprietors, owing to the injury caused to the banks, discontinued the use of the boat. The foregoing observations prove that if any one individual can claim the merit of inventing the steam-engine, that man is William Symington, who, combining previous inventions with his own patent, constructed the engine as at present in use. At the same time, every credit is due to Mr. Miller, who first afforded Symington the opportunity of putting his ingenuity to the test.
HUDSON RIVER STEAMER.
Let us now look at Mr. Fulton's part in the transaction. In 1801 he visited Scotland, and was present at one of the experiments making by Symington on the canal, and from him he obtained permission to make full sketches and notes of both boat and apparatus. The fact is sworn to on oath of the presence of an American gentleman, who called himself Mr. Fulton, during the experiments; and further evidence is found in the fact that the engines he ordered of Messrs. Boulton and Watt for the "Clermont" were precisely of the same dimensions as those in the "Charlotte Dundas," with the exception of two inches more diameter in the piston; and the patent of Fulton dates from 1809—twenty years after Symington had propelled a boat by steam on Lake Dalswinton, and eight years after he had himself taken sketches of Symington's engines in the Forth and Clyde canal-boat.
Beyond the foregoing evidence, there is the testimony of Mr. Bell that, at Fulton's request, he sent him information, plans, &c., of Mr. Miller's first experiments. The long and the short of the story is clearly this:—Mr. Fulton was a shrewd and clever engineer. He came to England, copied the steam-engine which Symington had combined—one can hardly say invented—and then returned to his own country, and applied it successfully, for which the Republic ought to be thankful to him, and to honour his name; but, for a president of a college lecturing before a mechanics' society, to call Fulton the inventor "of applying a known force in a new manner and to new and before unthought-of purposes," exhibits an ignorance or an assurance, for neither of which the slightest excuse can be made.[[CJ]]
With equal accuracy Mr. King informs the mechanics that "Colonel John Stevens had clearly worked out in his own mind, long before any locomotive was constructed in Europe, the theory of such an application of steam, and the actual form in which it could be advantageously made, as well as the cost of constructing and working a railway for the use of locomotives." If this were true, how does it happen that the son of the Colonel, an able and ingenious mechanician, came over to George Stephenson, at Liverpool, to learn what he was doing, and to order engines from him; but Mr. King out-herods Herod, for he claims on behalf of the Colonel, the working of Steam expansively in 1815, for which Watt had taken out a patent thirty-five years before. If presidents of colleges in America cannot in their lectures deal more closely with facts, the instruction given within the walls of the college will come under very unfavourable suspicions.
In conclusion, I will only add a few remarks as to ocean steamers, on which subject, as on the invention of the engine, there is considerable difficulty in awarding the honours to any single individual. The Americans were the first to employ steamers along the coast, and the "Savannah," built by them in 1819, was the first vessel that crossed the ocean employing steam in any way as an assistant. But in her the steam was a very small auxiliary power, and upon the sails the vessel mainly depended. She cannot, therefore, fairly be called an ocean steamer. The "Enterprise," a vessel of 500 tons burden, with two 120 horse-power engines, started from London for Calcutta, touching at the Cape of Good Hope, about the year 1826; and may be fairly considered as the first vessel that made an ocean journey essentially dependent on steam. Subsequently the "Royal William," built at Quebec, after running between that port and Halifax from 1831 to 1833, started in the fall of the latter year for Falmouth; and to her belongs the honour of being the first bonâ fide paddle-wheel steamer that crossed the Atlantic. She was afterwards sold to the Portuguese government, and fitted up as a man-of-war steamer, under the name of the "Doña Isabella."
If, however, it be asked, where oceanic communication took its rise, unquestionably that honour belongs to Bristol and the "Great Western," a steamer of 210 feet in length, 1240 tons, fitted with two engines of 210 horse-power each. This vessel started on the 8th of March, 1838, under the command of Captain Hosken, reached New York in thirteen days ten hours, and made the return passage in fifteen days. Since that date ocean steamers and steam companies have risen up like mushrooms. England and America have established a kind of weekly Derby, Cunard entering one horse and Collins the other. Unquestionably the Americans have been pioneers in improving the build, and a rivalry has sprung up which is as useful as it is honourable.
The English boats adhere to a greater proportion of sail, in case of accidents to the engine; the Americans carry less sail than we do, for the sake of increasing the speed. As to relative comfort on board the two boats, an American gentleman, who had made several voyages, told me the only difference he ever discovered was, the same as exists between the hotels of the respective countries.—To return to litigation.
Another claim frequently set up in America is the invention of the telegraph. Even in the Census Report—which I suppose may be considered a Government work—I read the following:—"It is to American ingenuity that we owe the practical application of the telegraph. While the honour is due to Professor Morse for the practical application and successful prosecution of the telegraph, it is mainly owing to the researches and discoveries of Professor Henry, and other scientific Americans, that he was enabled to perfect so valuable an invention." It is difficult to conceive a more unblushing piece of effrontery than the foregoing sentence, which proclaims throughout the Union that the electric telegraph in its practical working is the invention of one American, and in its scientific details the invention of other Americans, neither of which assertions has truth for its basis, and consequently the superstructure is a fiction—the only available excuse for which would be, that the writer had never heard of what was going on in Europe. Had he taken the least trouble to inquire into the subject before he wrote, he never would—it is to be hoped—have so grossly deceived his countrymen.
He might have easily ascertained that such men as Oersted, Ampère, Arago, Sturgeon, had mastered in detail the various scientific difficulties that stood in the way of the accomplishment of the long-desired object; and he might also have known that Cooke in England and Stienhiel in Germany had both overcome the practical difficulties before Professor Morse had enlightened the Republic with his system, which—like Bain's—is simply another method of producing the same result—i.e., telegraphic communication.
Mr. Cooke took out his patent in conjunction with Professor Wheatstone, whose attention had long been turned to this subject, and whose name has been so much before the public, that not a few persons attribute the telegraph to him exclusively. There was, indeed, some dispute between them as to their respective claims, and the matter was referred to Sir I. Brunel and Professor Daniell for arbitration. The burden of their decision was, that Mr. Cooke was entitled to stand alone as the gentleman to whom Great Britain is indebted for having practically introduced and carried out the telegraph as a useful undertaking; Professor Wheatstone's profound and successful researches having already prepared the public to receive it.—So much for the justice of the American claim to the invention, which, like steam, has been the produce of many heads, and was brought into practical use first by Cooke, then by Stienhiel in Germany, and lastly by Morse in America.
Another invention of which the public have heard no little discussion lately is the reaping machine. To the American nation doubtless belongs the credit of forcing it into notice and into use; but as for any claim to the invention, it is equally certain they have none. That honour is due solely to the Rev. Patrick Bell, a Scotch minister in the presbytery of Arbroath. He first tried his reaping machine in August, 1828, at his father's farm on Lord Airlie's estate, where it has been in yearly use ever since; and in October he exhibited it at the Highland Society's meeting at Glasgow. The principle upon which his first machine was made differs in nothing from those making at this hour; and, as some of the people employed on his father's farm migrated to America, it is only reasonable to suppose they carried sufficient information with them to explain the machine. American ingenuity soon copied, and American energy soon gave an impulse to, Mr. Bell's machine, for which, though denying them the invention, we ought not to deny them our thanks.
But while I thus explain the unwarrantable claims which Americans have set forth, I must not allow John Bull to lay the flattering unction to his soul that none of his claimed discoveries are disputed on the other side of the Atlantic, I have seen a Book of Facts printed in America, which charges us with more than one geographical robbery in the Arctic Seas, in which regions, it is well known, American enterprise and sympathy have been most nobly employed. As I am incapable of balancing the respective claims, I leave that subject to the Hydrographer's office of the two countries.
The citizens of the Republic have but little idea of the injurious effects which the putting forward unwarrantable claims has upon their just claims. I have now before me a letter from a seafaring man who has spent a quarter of a century upon the borders of the United States; he is writing on the subject of their claims to the invention of steam, and he winds up in these words:—"They are with this, as they are with every other thing to which either merit or virtue is attached—the sole and only proprietors and originators, and say both the one and the other are unknown out of the universal Yankee nation." I do not endorse the sentiment, but I quote it to show the effect produced on some minds by the unfounded claims they have put forward.
They have ingenuity and invention enough legitimately belonging to them for any nation to be justly proud of, without plucking peacock's feathers from others, and sending them throughout the length and breadth of the Republic as the plumage of the American eagle. How many useful inventions have they not made in machinery for working wood? Is not England daily importing some new improvement therein from the American shores? Look again at their perfect and beautiful invention for the manufacture of seamless bags, by Mr. Cyrus Baldwin, and which he has at work at the Stark Mills. There are 126 looms in operation, all self-acting and each one making 47 bags daily; the bags are a little more than three and a half feet long, and chiefly used, I believe, for flour and grain. When they are finished, sewing-machines are at hand, which can hem at the rate of 650 bags each daily. This same gentleman has also adapted his looms to the making hoses for water, of which he can complete 1000 feet a day by the experimental loom now in use, and it is more than probable these hoses will entirely supersede the use of the leather ones, being little more than one-tenth the price, and not requiring any expense to keep in order.
Another and very important purpose to which their ingenuity has applied machinery is, the manufacture of fire-arms. It has long been a matter of surprise to me, why so obvious and useful an application of machinery was neglected by the Government at home. The advantages of being able to transfer all screws, springs, nipples, hammers, &c., from one musket to another, are so manifest to the most infantine comprehension, that I suppose they considered it beneath their notice; nor can I make out that they have duly inquired into the various breech-loading systems used in the States, some of which they have been testing in their Navy for years. As, however, we are beginning to copy their application of machinery, I dare say the next generation will take up the question of breech-loading arms.
A few observations on the Militia appear to follow naturally after remarks on fire-arms. According to the most reliable information which I have been able to obtain, every able-bodied male between 18 and 40 years of age is liable to militia service. Those who do not serve are subject to a fine, varying in different States, from 3s. upwards; which sum helps to pay those who do duty. The pay of a private while on duty is about 10s. a-day, and that of officers in proportion. Formerly, they only turned out two days in the year; now I believe, they generally turn out ten, and in some of the cities twenty, days annually. The persons excused from militia service, are the clergy, medical men, fire companies, and those who have held a commission for three years. Each regiment settles its own uniform; and it is a strange sight to see companies in French, German, and Highland uniforms, all marching gaily through the streets.
The day of firing at a mark is quite a fête; they parade the town, with the target untouched, on their road to the ground: there they commence firing, at 100 yards; if the bull's-eye be not sufficiently riddled, they get closer and closer, until, perforated and in shreds, it scarce hangs together as they return through the town bearing it aloft in triumph, and followed by all the washed, half-washed, and unwashed aspirants to military glory.
I believe the good sense of the people is endeavouring to break through the system of nationalizing the companies into French, German, Highland, &c., believing that keeping up such distinctions is more calculated to produce discord than harmony. How long it will be before they succeed in eradicating these separate nationalities, I cannot pretend to say.
With respect to their numbers, I cannot give any accurate information. The American Almanack—generally a very useful source of information—puts them down at 2,202,113; which is evidently a little bit of Buncombe, as those figures represent very nearly the whole able-bodied men in the Republic between the ages of 18 and 40. As they are liable to be called on, the Almanack puts them down as though regularly enrolled; their real numbers I leave to the fertility of the imagination. In the same authority, I find the officers calculated at 76,920, of which 765 are generals. These numbers, I imagine, must also go through a powerful process of subtraction before the exact truth would be arrived at, although I believe there are twice 765 citizens who enjoy the titular honour.
One fact, however, is beyond doubt; they have a large militia, accustomed to, and fond of, using fire-arms; and those who feel disposed to approach their shores with hostile intentions, will find the old Scotch motto applicable to them in its fullest sense,—
FOOTNOTES:
The Marquis de Jouffroy is said to have worked a boat by steam on the Seine in 1781; but the Revolution breaking out, he appears to have been unable to complete his invention.
The foregoing details are essentially extracted from a work by Mr. Woodcroft, professor of machinery at University College, London; who, after proving that the previous inventions of his countrymen were combined together, for the first time, in the boat engined by Symington, thus clearly and summarily disposes of the pretensions put forward in favour of Fulton:—"In fact, if these inventions separately, or as a combination, were removed out of Fulton's boat, nothing would be left but the hull; and if the hull could then be divested of that peculiarity of form, admitted to have been derived from Colonel Beaufoy's experiments, all that would remain would be the hull of a boat of ordinary construction."