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CH. xxxiv.] EDUCATIONAL INSTITUTE AT CLAY CROSS. 481
tween thirty and forty pounds are yearly granted out of the rate as prizes for the best cottage garden vegetables; the competition for which is held three times a year in the Public Hall.
Such is the admirable institution now existing at Clay Cross. The number of persons employed on the works is about fifteen hundred; and the amount of good daily effected by agencies of the character thus briefly stated can be better imagined than described. Schools, with a fine public hall, and a handsome church, have been erected, at a cost of many thousand pounds, towards the expenses of which the Clay Cross Company have munificently contributed; but the main element of success in the Institution unquestionably consists in the truly philanthropic action of the manager, Mr. Binns, who was for so many years the private secretary of George Stephenson, and in whom his spirit strongly lives and nobly works.
“ The good men do, lives after them,” happily holds true quite as often as the converse maxim embodied in Shakespere's .well-known couplet.* The example and influence exercised by a good man upon his fellows, as by George Stephenson at Clay Cross during his life, is never lost; but goes on fructifying into good, long after his body has mouldered into dust.
* “ The evil that men do, lives after them ; The good is oft interred with their bones.”
WHILE thus occupied in his country house at Tapton, many persons continued to seek Mr. Stephenson's advice on subjects connected with mechanical engineering. Inventors sent their plans to him, and his approval was regarded as a passport to success. He was always ready to consider the plans thus submitted. Sometimes it was a paddle-boat for canals, or a new brake for railway trains, or a steam-gauge, or å patent axle. If his reply proved farourable, the inventor occasionally seized the opportunity of circulating or advertising it, often without asking his permission.
One gentleman requested his opinion respecting his “ antifriction wheeled carriages," to which a very civil letter was sent in reply, containing some useful hints, and offering to subscribe towards having a carriage properly constructed after a carefully prepared model, but cautioning the inventor against being over-sanguine. “If I can be the means of helping you,” said he, “ I shall be glad to do so; but I should not be justified in leading you or any other person to spen money without any chance of getting it back again." This letter was immediately published in the railway papers by the happy inventor, with a quantity of doggrel appended; but if the proposed wheel ran no smoother than the rhymes, it could not have been worth much.*
• Take the following specimen:
“I saw your son Robert, oh fie! oh fie!
He looked upon me with disdain;
Another inventor induced a mutual friend to write requesting his opinion respecting an improved steam-boat for the working of canals. He wrote in reply, commending the plan of the boat, but at the same time expressing his belief that “no boat can be made now to work against the locomotive.” When Beale's Rotatory Engine came out, although entertaining a strong opinion against it, he nevertheless subscribed a sum of money for the purpose of having it fairly tried. A boat was fitted up with the engine, and the trial came off at Yarmouth. After describing the experiment at a meeting of the Mechanical Engineers, he said, “ When the engine was put to work, we could not get the boat to move forward, and the experiment failed. We managed, indeed, to get the boat to sea, but it cost me and the party 401. to bring her back again.”
While Mr. Stephenson was in the full tide of railway business in London, these frequent applications of inventors to submit their plans for his consideration had not always been -so favourably received. They broke in upon him at a time when every moment was precious, pre-engaged by railway companies with large interests at stake. Absorbed by work, and his mind full of the business in hand, it was scarcely to be expected that he should listen with patience to plans fifty times before proposed and rejected,- to crude and wild theories believed in only by their projectors. But when he
His father could see, with half an eye,
Far more than I could explain.
Or a drawing, nor yet read my rhyme;
Which occupied half of his time." The last two lines state a fact beyond dispute. The number of inventions in connection with railways thrust upon the Messrs. Stephenson for their opinion during the railway mania, was almost beyond computation.
mara i sam tanzene miers E ric ulartet ir sam-392, mi an je piacei o äe cbn. 1 derm ve Je my nie gar: ii äe fiere warte *Pn 19 mar japonger in wri. E ma siiso de iradi are stics [ 737 naaus vierz a steam-angise sek, 3. Siniserzle Istance im se bczer. I ans mira piasi visas I base pe one of one of my **s .ne; * sme 1300 in the bouer, in anotha bruk, md wxka most bea
owag the rise and is A the strata in the most deiicate masner. The indicator is like the face of a ckck, with a printer, making one revolte tum in measuring fron llb. to 100ibs upon the square inch
of the pressure of steam; it is quite from under the control of the engineer, or any other person, so that its indications may be relied upon ; and the construction is so simple, that it is scarcely possible for it to get out of order, I might give a full explanation of the machine, but I think it best to leave that to the inventor himself. The numerous and appalling accidents which have occurred from the bursting of steam-boat boilers have induced me to give you these observations, which I think desirable to be laid before the public. I may state that I have no pecuniary interest in the scheme; but being the first person to whom it has been shown, and the first to make use of it, I feel it a duty I owe to the inventor, as well as the public, to make it as universally known as possible. The indicator is put up at Tapton colliery, near Chesterfield, and may be seen any day, by any respectable person.”
Mr. Stephenson also occupied some of his spare time, while at Tapton, in devising improvements in locomotive engines and railway carriages, still aiming at perfecting the great system which he had originated. Thus, in 1846, he brought out his design of a three-cylinder locomotive,— the two outside cylinders acting together in the same plane, the third cylinder, with a crank in the middle of the axle, acting at right angles to the plane and crank pins of the two other cylinders. The middle cylinder was double the diameter of the others; and its compensating action neutralised the tendency to oscillate, which was a defect in the long-boiler outside-cylinder engines as originally constructed. Although this new engine was very ingenious, and acted with great power, it has not come into general use, in consequence of the somewhat greater expense of its construction and working. The oscillation, also, of the outside-cylinder engines, which this invention was designed to correct, has since been obviated by an improvement in their design and structure.