These improvements consist in mounting stereoscopic views upon suitable lengths of silk, which are wound upon rollers fixed in cases which collapse, the rollers being operated upon by means of ivory thumbscrews. The stereoscopes are also made colapsible, and are attached to the cases containing the views. When not in use the cases, with a hundred or more views and stereoscope complete, measure only seven inches in length, three inches in width, and two inches in depth. When opened out for the exhibition of the views the cases are extended to a suitable width, the stereoscope being lifted up and adjusted to any sight. Patent completed. 297. E. WILKINS. "Improvements in drain pipes and tiles for draining and liquid manuring land." Dated Feb. 2, 1859. This consists in forming half round drain pipes with scalloped or vandyked openings or spaces along one or both of their longitudinal edges, so that when laid down upon a flat surface with their convex sides uppermost there shall be small spaces or openings for the exit or entrance of liquid, so as to serve either for draining or for distributing liquid to the subsoil of land. Patent completed. 298. R. LANCASTER. "An improved mode of ventilating coal and other mines." Dated Feb. 2, 1859. This consists in supplying heated air to any portion of the upeast shaft, by which means the air is rarefied therein, and the atmospheric air descending the downcast shaft to fill up the partial vacuum thus formed produces the requisite current of fresh air for ventilating the mine. The air is highly heated by a furnace placed at the mouth of the pit, and forced the requisite distance down the upcast shaft by a blast-engine. Patent abandoned. 299. F. F. RATEAU. "An improved steam-engine actuated by regenerated steam." Dated Feb. 2, 1859. Here the steam is generated at about three atmo spheres pressure in a boiler surrounding the fire-box, and on issuing from the boiler is conveyed into a superheating receiver placed within the fire-box. The steam superheated being thus brought almost simultaneously to a very high pressure, rushes from the receiver into the steam chest of a horizontal cylinder, where it is distributed in the usual way by a slide valve; as it escapes therefrom it is conveyed by a pipe to a second cylinder, where it expands and works in the same way; thence the steam is conveyed back to the boiler, which it enters freely after raising a valve, because its pressure is still higher than that of the steam in the boiler. The steam cylinders are in a horizontal position, their rods being in a straight line are keyed, working in suitable guides; the slide has the shape of a frame standing upright, and a special brace, in which a cranked pin or cranked shaft journal revolves, sliding up and down in the slide, so that the main shaft is caused directly to revolve by the two shiding motions without the help of a connecting rod. Patent abandoned. 300, J. R. COOPER. "Improvements in breechloading fire-arms." Dated Feb. 2, 1859. This consists in certain methods of connecting the harrels of breech-loading fire-arms with the break off of the said fire-arms, by which the charge and discharge may be rapidly effected. Patent abandoned. 301. S. TEARNE. 66 Improvements in ornamenting surfaces." Dated Feb. 2, 1859. This consists essentially in gilding, silvering, or bronzing the said surfaces on those parts to which the design is to be applied, and in afterwards transferring thereto designs printed upon transfer paper, the said transfer designs concealing certain parts of the gilded, silvered, or bronzed surface. Patent completed. 302. J. BUNCHER. "Improvements in the manufacture of eyes or fastenings for stair rods." Dated Feb. 2, 1859. This consists in manufacturing the eyes or fasten alone to come into position to support the particular | box. The sliding of the tappets is effected by an Llever, or L-levers operated by chains of pattern surfaces; and such L-levers are held between the changes of surfaces by catches or otherwise. 2. To clearing the weft when a series of rising boxes is used. For this purpose the front part of the lay cut away, the filbow is attached to the end of the lay, and the lay sword and the shuttle-boxes at the part adjoining the lay, as is also the lay, are bevilled to admit of the weft falling down out of the way of the upper shuttles. Patent completed. 305. G. LEACH. 66 Improvements in leasing yarn or thread in the hank, and in machinery for winding off the same." Dated Feb. 2, 1859. This relates, 1, to a mode of dividing the hank into given portions, and preserving such divided portions so that the thread or yarn may be correctly placed upon the swift or holding apparatus for being wound off. 2. To a novel machine for holding the yarn, &c., while being wound from the hank. Patent completed. 306. H. F. KEMP and W. SKEY. "An improved food for cattle." Dated Feb. 2, 1859. This relates to the manufacture of food for cattle to be used either in the form of cake or meal, from beet and other such like roots after distillation, maceration, or expression, either separately or combined with other substances. Patent abandoned. 307. T. STORER. "A new or improved funeral carriage." Dated Feb. 3, 1859. This consists of a carriage the body of which is divided by a transverse division into two compartments, entrance to one of the said compartments being by doors at the sides of the carriage, and to the other by a door at the back of the carriage, the receptacle for the coffin being situated under the floor of the carriage. Patent completed. 308. J. WOODROW. "Improvements in the manufacture of hats or coverings for the head." Dated Feb. 3, 1859. This consists in the use of a woven fabric called "Swiss tissue," as an external covering for the foundation or body of summer hats. Patent abandoned. 309. W. CLAYTON and J. GOODFELLOW. "Certain improvements in metallic pistons." Dated Feb. 3, 1859. This relates to what is known as Goodfellow's patent piston, and consists in the use of a fourth or extra ring in the form of an annular wedge, and so placed within the piston and behind the three ordinary annular springs or packing, that as the said springs lose their expansive force and become weaker, and in consequence of wear the two outer rings become of less diameter, the annular wedge-formed spring is caused to exert an outword force upon them, and thereby maintain perfect contact between the cylinder and piston. The expansive force of this wedge may be increased to any required extent by steel "set screws." Patent completed. 310. H. C.JENNINGS. "Improvements in the manu facture of paper and artificial parchment, and of gelatine applicable to the sizeing of the same, and other purposes." Dated Feb. 3, 1859. This relates to the manufacture from the fibrous parts of fish, of a paper or parchment, and of a gelatine suitable for sizeing the same. Patent completed. 311. J. PETRIE, jun., and T. WRIGLEY. Improvements in machinery or apparatus for washing rags and other materials for the manufacture of paper." Dated Feb. 3, 1859. This invention is not described apart from the drawings. Patent completed. 312. S. D. DAVISON. "Improvements in locomo. tive steam engines." Dated Feb. 3, 1859.. This relates to tank engines, and the main improvement consists in forming the sides of the tank by the required, and liberates a catch lever by which the mechanism for working the chain of tappets is brought into action. As soon as the requisite change in the position of the shuttle-box has been effected, the catch lever is again held by the lever actuated by the pegs, and the parts remain in action until another peg on the chain of lags again liberates the catch lever, and the position of the shuttle-box is then again changed according to the shape of the next link in the tappet chain When jacquard cards are used to act on the healds the inventor produces the requisite changes in the position of the shuttle-box by a needle acted upon by the jacquard card. It relates, 2, to a patent granted to W. B. Hayes 14th September, 1854, and consists in supporting the axles of the endless chain shuttle-box by a star wheel, and in machinery for stopping the loom when the shuttle fails to enter that compartment of the shuttle-box that is in a line with the shuttle rail. Patent completed. 1904. P. Salmon. Improvements in locomotives, and in apparatus for warming trains of carriages connected thereto. for the manufacture of ropes and cables, and for pay1905. W. T. Henley. Improvements in machinery ings of stair rods by piercing or drilling, and bending longitudinal side-frame plates of the engine. Patenting out and picking up submarine telegraph cables. strips or bands of rolled or drawn sheet metal, or flat or other shaped wire. Patent completed. 303. I. CLEMENTS. "A new or improved method of manufacturing curtain rings." Dated Feb. 2, 1859. This consists in manufacturing curtain rings by first cutting rings from sheet metal, and afterwards shaping the rings by suitable dies. Patent completed. 304. J. HIRST, jun., and J. HOLLINGWORTH. "Improvements in the construction of power looms." Dated Feb. 2, 1859. This relates, 1, when a series of lifting shuttle boxes is used to operating them by a series of cams or tappets capable of being slid so as to bring the particular cam or tappet into position to operate upon the connecting means to the boxes in order to asure the box required being brought into a line with the race or lay, arad at the same time operating supporting catches to such boxes to release them to the extent desired to enable the particular catches | completed: 313. A. G. POOLEY. "Improvements in preparing fish for manure, and in apparatus for the same.' Dated Feb. 3, 1859. This consists in submitting the fish to the action of steam, and subsequently to pressure. The appa ratus consists in perforated cylinders, having pistons working in them for the compression of the fish. Suitably arranged pipes convey the steam to the cylinders. Patent abandoned. 314. M. SMITH. "Certain improvements in looms for weaving." Dated Feb. 4, 1859. more This relates, 1, to those looms in which a jacquard or index machine is used for working the healds in combination with a box containing two or shuttles. When a chain of lags with pegs is used to act on the hooks which work the healds, the inventor makes use of a series of pegs on the same lags, which act on a lever when a change in the shuttle box is 1906. S. Boult. Improvements in the means of, or apparatus for retarding railway carriages. 1907. J. Jackson and J. Thorley. Improvements in hoists for raising and lowering weights. Allen, and W. Worby. Improvements in ploughs, 1908. J. Fowler, jun., R. Burton, D. Greig, E. E. for giving motion to the same by steam power. cultivators, or tilling implements, and in machinery boilers, and in working the same, and in safety valves, 1909. H. W. Harman. Improvements in steam and apparatus connected therewith. Dated Aug. 22, 1859. 1911. E. Hardon. Certain improvements in looms for weaving. 1912. W. Finegan. Improvements in apparatus for lubricating machinery. 1913. D. Grant. Improvements in wet gas meters. 1914. G. W. Petter and T. D. Galpin, Improve ments in printing presses. 1915. W. A. Vérel. Improvements in the preparation of bones for manure. 1916. R. A. Brooman. Improvements in apparatus for preparing and spinning fibrous materials. (A com. munication.) 1917. J. J. O. Taylor. An improvement in the separation of silex and silicious matter from iron. 1918. H. Spratt. Improvements in revolving pistols and other fire-arms. 1919. Hon. W. Talbot. An improved cigar lighter. 1920. H. Parkes. Improvements in the manufac ture of cylinders, and tubular or hollow bodies of copper, and alloys of copper or other ductile metals. 1921. E. Abbott. Improvements in ordnance and fire-arms. 1922. O. Maggs. Improvements in taps, cocks, or valves. 1923. R. S. Harvey. Improvements in apparatus for dusting vines, hops, and other plants and trees with sulphur, and other powder. Dated Aug. 23, 1859. 1925. P. F. C. de la Salle. A new method of arranging the keys on the fingerboards of pianos, organs, and other similar instruments. 1927. T. Fry. The application of enamelled slate to the new purpose of lining, panelling, or otherwise facing the internal or external walls of houses, public buildings, and edifices generally. 1929. O. Maggs. Improvements in apparatus for weaving straw, rushes, and other materials into fabrics. 1078. H. Bosshard. Motive power. 1100. D. Moore. Dressing types. 1122. H. Turner. Steam-engines. 1123. J. F. Allender and D. Rowley. Shears. 1150. R. Mushet. Puddling iron and steel. 1151. R. Mushet. Iron. 1154. W. E. Gedge. 1161. G. G. Bussey. 1182. H. Clarke. tion.) 1183. M. Henry. munication.) 1197. W. Clark. munication.) Steel. (A communication.) Carrying cartridges. Mill stones. (A communicaMariner's compass. (A comKnitting machines. (A com 1251. W. C. Cambridge. Thrashing and winnowing. 1569. N. Ardaseer. Steam boilers. 1617. W. Robinson. Cask-washing machines. 1645. H. Davies. 1661. J. Combe. Soap. 1654. T. Wright. Permanent way. Hackling fibres. 1778. E. Merrell. 1718. J. Hartley. Steam-engines. Washing and cleansing. 1808. R. T. Pattison. Dyeing fabrics. 1822. J. Cunningham. Jacquard apparatus. 1836. J. Cannon. Washing machines. (A communication.) 1856. W. White. Sociable carriage. 1860. W. De la Rue and H. Müller. Treating wax. 1909. H. W. Harman. Steam-boilers. 1944. M. J. Stark. Manure. The full titles of the patents in the above list can be ascertained by referring back to their numbers in the list of provisional protections previously published. Opposition can be entered to the granting of a patent to any of the parties in the above list who have given notice of their intention to proceed, within twenty-one days from the date of the Gazette in which the notice appears, by leaving at the Commissioners' office particulars in writing of the objection to the application. 645. C. H. Hurst. 653. W. Clark. 657. W. Robertson and J. G. Orchar. 706. W. C. Cambridge. 709. W. Hudson and C. Catlow. 721. W. A. Gilbee. 754. H. Rigby. 780. W. Mossman. 800. A. V. Newton. 818. W. E. Newton. 830. A. Paget. 935. J. Luis. 993. J. Wotton. 1060. J. Holroyd. 1410. F. Puls. 1420. F. A. T. de Beau 601. A. Booth and A. regard. Booth, jun. 603. G. Twigg. 610. J. A. Williams. 612. J. R. Nicholson. 626. R. Hellard. 1497. R. Smith. 1521. R. Hornsby, jun. 1561. L. L. Tower. 1598. J. H. and T. Nalder. LIST OF MISCELLANEOUS TENDERS IN VITED, AND ENGAGEMENTS OPEN. The tenders and vacancies which appear in this weekly list are not repeated in succeeding numbers. GAS-WORKS, Blackburn.-For the erection at No. 2 station, Addison-street, of a circular Ashlar stone tank, the diameter of which to be 112 feet, and 30 feet 6 inches in depth, including also dry well, river and retaining walling in connection with same. Plans, specifications, and conditions at the Company's office, Jubilee-street. Tenders, 26th September, to C. Parkinson, Esq., Chairman to the Blackburn Gas Light Company. DIKES, Scotland.-For building about 200 roods of dikes, on the lands of Holeshiel, in the parish of Humbic, East Lothian, according to specifications with Mr. Hyslop, tenant at Hobshiel. Estimates to Messrs. Lawse and Bonar, W. S., 15 York Place, Edinburgh (who will also show the specification) September 20. TILES, Scotland.-The magistrates and town-council of Forfar require the following tiles,-70,000 pipes and collars of 14-in., 600 yards of 3-in. tile, 800 yards of 4-in., 1,400 yards of 6-in., 200 yards of 8-in., and 300 yards of 10-inch. Tenders to Mr. George Patterson, Superintendent, Forfar, September 14, with specimens. The whole to be delivered by the 1st of January next, and delivered at Forfar, or the Southmuir of Forfar. CAST-IRON WATER-PIPES, Ilfracombe.-Contract No. 1 for 200 tons of cast-iron water-pipes. Contract 2, for the supply of sluices, hydrants, &c. Contract No. 3, for excavating the ground, and laying 5,300 yards of water mains. Contract No. 4, for construction of a covered reservoir, &c. Drawings and information at offices of Mr. Langdon, Solicitor, Ilfracombe, or at the office of Mr. Whitehead, County Surveyor of Somerset, WestonSuper-Mare. Duplicate copies and forms of tender at either of the above offices on payment of 10s. 6d. for contracts No. 1 and 2, and £1 1s. for Nos. 3 and 4. Tenders to September 19th. COPPER SLIPS. India Board.-Conditions on application at the Secretariat office up to the 13th inst., where proposals before 11a.m. [SEPTEMBER 9, 1859. DRAINAGE AND WATER WORKS, Hants.-For carrying ou CHURCH, Horncastle, Lincolnshire.-For the restoration and reseating. Drawings, Mr. Nicholson, Church warden, and at office of Mr. Christian, architect, 10 Whitehallplace, London, S.W. Tenders to September 30. SEWERS, Greenwich.-Also a reservoir and pumping station, engines, machinery, &c. Plans at office of the Metropolitan Board of Works, No. 1 Greek-street, Sobo Square. No date given. RESTORING CHURCH, Lincolnshire.-For restoring and re- CHAPEL, Southport.-Drawings, office of Messrs. Hayley PARSONAGE HOUSE, Amblecote, near Stourbridge.-Plans, office of Mr. J. M. Gething, Dennis Park, Prierley-hill. Tenders to Rev. J. M. Grier, Stourbridge, to September 19th. WORKHOUSE, Swansea.-The time has been extended to the 14th inst. Whole or any part of works. Lithographed bills of quantities prepared by Messrs. Pearson and Doughney, surveyors, 9 John-street, Adelphi, London, may be obtained either at their offices or at the workhouse, Swansea. Tenders to clerk to guardians, to 5 Fisher-street, Swansea. HOTEL AND TAVERN, London.-On the Vauxhall gardens estate. Plans and particulars at the office of Mr. W. W. Munford, architect, 21 Lincoln's-inn-fields. No date given. WORKSHOPS, Dublin.-For the erection of workshops and other buildings on the premises of the North Wall Graving Dock, conformably to the specifications, &c., to be scen at the Ballast Office, of the Corporation for Preserving and Improving the Port of Dublin, where also printed forms of tender. Proposals to Mr. Wm. Lee, secretary, September 29. SCHOOL-ROOM, &c., Hants.-For the erection of a schoolroom, with quarters for schoolmaster and schoolmistress, Christchurch Barrracks, in the county of Hants. Plans, &c., Royal Engineer Office, Gosport, to September 17. Tenders, War Office, Pall Mall, September 19. DESIGN FOR GUILDHALL, Cambridge.-A premium of £200 will be given for the best, and £100 for the second best. Printed particulars at office of the town clerk, Cambridge. Designs to October 31st. PLANS, &c., FOR CEMETERY.-Including roads and approaches, two chapels, gates, lodge walls, &c., premium, £15 for the best plan, and £10 for the next, to be left at office of Mr. A. D. Bartlett, clerk to the burial board, Abingdon, to September 21st. SURVEYING, Brecon.-For making a survey and plan of the town of Brecon, on a scale of five fect to a mile, for the purposes of the Public Health Act, 1848, and of the Local Government Act, 1858. Printed terms, &c.. Mr. Kirk, surveyor to the board. Tenders, S. B. Evans, clerk to the board, September 14. IRONWORKS MANAGER.-Small ironworks. Apply by letter to Mr. R. Bewley, Stoke-on-Trent, stating salary and reference to last place. WIRE DRAWING MANAGER.-A thoroughly practical man, well qualified to manage a wire drawing establishment. Address, T. 41, Journal office, Birmingham. THE MECHANICS' MAGAZINE. LONDON, FRIDAY, SEPTEMBER 16, 1859. THE GREAT EASTERN. MONDAY, Sept. 12, 1859. In the late passage of the Great Eastern from "Great Eastern Steamship, "Portland Harbour, 10th Sep., 1859. "Yesterday, at six p.m., an accident occurred on board the Great Eastern. The feed-water casing of the foremost chimney collapsed, owing to some neglect. Several stokers are seriously scalded; three machinery are uninjured except main cabin fittings No passengers injured. The ship and which are damaged. The working of the engines con tinued, and the ship proceeded uninterruptedly on her voyage to Portland. since dead. for letting off any steam that might be gene-issued before the company left the ship in And first, let us state that the cause of the explosion which occurred has not been correctly described, we believe, by the correspondents of the daily press. It is quite true, as has been said, that the vessel which burst was formed by the uptake or funnel on the inside and by a casing on the outside; and also that while the primary object in forming this chamber was to prevent the heating of the saloons, a further advantage was gained by feeding the boiler from the water which the chamber contained. This water, being supplied to the chamber cold, and drawn off when heated by the waste gases passing up the uptake, first had the effect of keeping the water-casing cool, and afterwards (when heated) was readily converted into steam in the boiler. So far the newspaper accounts are correct. But when they proceed to tell us that "the safety of the whole affair depends upon "the stop-cock which lets off the water into "the boilers being watched with unremitting "vigilance," and that "the neglect of this for "half-an-hour would allow steam to generate "in the casing, which would then, in plain แ terms, become a gigantic boiler, without a "ralee or any means of letting off its steam "save by blowing up"-when, we say, they tell us this, and add that it was the neglect of turning the aforesaid stop-cock that occasioned the accident, they fall into error. The fact is, the "gigantic boiler" was not without a valve The Times, Monday, Sept. 12, 1859. "J. SCOTT RUSSELL, "J. E. M'CONNELL, "R. P. BRETON, BRERETON, 11 "F. P. SMITH, "W. SMITH, "W. WOLLASTON BLAKE." The rate at which she About a And before proceeding further, let us do an act of simple justice to Mr. Scott Russell, by It is incumbent upon us to record the history preventing a misapprehension which may easily of this very ridiculous production-ridiculous arise. It is thought by some that the responsi- because while it pretends to be a professional with that gentleman, as the builder of the pad-whom are either real or pretended engineers, it bility of the arrangement above described rests document, and bears the names of men all of dle-wheel engines; the more so because a simi- does not state a single fact that was not known lar arrangement was excluded from the boilers to every soul on board the ship long before it apused for the screw-engines of Messrs. Boulton peared. The manner of its concoction will be and Watt. But this opinion is utterly false. gathered from the following statement :-Up to We have proof as positive as can be desired to the time of the explosion, the success of the effect that for the arrangement in ques- the Great Eastern was felt by all on board tion Mr. Russell is not in the remotest to be fully assured. degree responsible. It was adopted by the travelled, with engines at half-speed only-Company on the recommendation of their own engineer, and was carried out by the Company-the ease and readiness with which she her perfect steadiness in heavily-rolling seas in entire independence of Mr. Russell as the answered her helm-the absence of all vibrabuilder of the paddle-engines. We are the tion in her splendid saloons-all these things, those engines themselves-by far the largest in in all her mechanical features the vessel was a more anxious to enforce these facts, because and some others, had made it plain that existence, and for which Mr. Russell is solely complete triumph. When the explosion came, responsible--are unquestionably one of the a brief, but strong revulsion of feeling ensued. most magnificent and successful features of this In accounting for this let us state our own permagnificent and successful ship. On the whole sonal experiences in the matter. journey from Deptford to Portland, the astonish- dozen passengers, including Mr. James Nasing ease, the constant uniformity, in a word, the myth, the celebrated engineer, Mr. M'Connell, absolute perfection with which those huge the locomotive engineer, Lord Alfred Paget, machines worked, excited the unceasing admi- three or four literary gentlemen, and ourselves ration of some of the foremost engineers in the were right forward in the bow, sitting in the whole world, several of whom were on board. shelter of the topside; and having decided When this is understood, and when it is further that the ship was mechanically a success, were stood the tremendous shock of that great ex- Lord Paget was uttering the last word of a remembered that the noble hull, which with- about to discuss her commercial prospects. plosion absolutely unharmed, was also the work sentence when a loud report, and a fearful throb would be to detract from the credit of such suc- turned all our eyes aft. They were so turned of the same man, all will feel how unfair it through the ship beneath us, in an instant cesses by any error on the point in question. only to behold the foremost funnel fly upward, followed by a cloud of steam driving the wreck of the grand saloon before it. Our first impression was that the boiler itself had burst, but something in the sound of the report made us think that the bottom of the ship had successfully resisted the shock. Of this we could able time had elapsed. Being situated before not, of course, assure ourselves until considerthe scene of the explosion, with a high wind driving aft, there was nothing to prevent our rushing at once to the spot. This we accordingly did, in sufficient time to hear the first cries of agony, and of fire also, from below. Steps were at once taken to rescue the firemen from the stokehole; but ere more than two or (in a condition which we need not describe three of the unfortunate men were brought up sive activity at the ship's side. This arose here) our attention was called off by an excesmaking to lower a boat-whether to save a from an attempt which some of the riggers were frightened nobleman, as some say, or to rescu? a man who had leaped overboard, as others say, we cannot positively state. But we at once saw that the paddle-wheels were still going, and that the boat was being lowered immediately in front of them. One word whispered in the car of Captain Harrison sufficed to have this monstrous folly checked, and the boat restored Nor let us be content with doing justice to one individual. Let us do it also to the Company's engineer, by saying that nothing within of the late accident upon him. The arrangeour present knowledge places the responsibility ment of water-casing described may be, and we be observed, the thing itself was not in this believe is, a bad and dangerous one; but, let it instance the cause of the disaster. It was either the unwise adoption or the bad management of a mere detail the valve or tap-that caused the explosion, and no evidence has yet been produced to show who was guilty of that unwise adoption or that bad management. This board the ship after the accident, but without we laboriously endeavoured to ascertain on avail. Clearly, however, the Company's engineer At the same time, as other dangers attend the may be entirely free from blame in the matter. altogether done away with in the Great Eastern use of the feed-water casing, we hope it will be for the future. And now, before we turn from this subject of the explosion, let us advert to certain circumstances which followed that event, and which reflect great discredit upon some few of the passengers who are pleased to call themselves engineers. Some of the morning papers have printed the following document, which was to its place. The removal of the hysterical wife of a director, who was rushing wildly in the thick of the turmoil screaming for her son, with the restoration of both son and husband to her, and other circumstances of the kind, varied the business of the moment, but need no record here. A considerable time-nearly a quarter of an hour-elapsed before either the Captain, Mr. Russell, the Chairman of the Company, or any other official person of note on board, became positively assured that there was nothing to apprehend from fire. There was no panic, or anything of the kind, so far as we observed-no considerable fear, even; but that further danger was supposed to exist for the time we have named is, we believe, quite true. Moreover, until it became known that there were no less than three medical men on board many thought it the duty of those in charge to take the ship into the nearest port; but after this was known, we heard nothing more upon the subject-except from the gentlemen of the press, who naturally enough would have been glad of an early opportunity of making the occurrence known to their respective journals. Now, from what we have said, as well as from what the newspaper correspondents have said before us, it will be seen that a disastrous "blow-up" occurred. Evidences of the force by which that blow-up was effected were to be seen as soon as the excitement had subsided; first, in the utterly crushed-up condition of the up-take or lower piece of funnel within the casing, and, secondly, in the fact that this mass of metal, weighing a ton or two, had been blown bodily up from below. Equally strong evidences were to be seen in the lower parts of the ship. That the delight which pervaded the minds of all on board up to the moment of the explosion was now succeeded by a general gloom will be readily believed; and it will also be readily understood that none felt really more depressed than the Directors of the Company, to whom the commercial success of the vessel was of the greatest moment; but, like men of business, they-and especially Mr. Campbell, the Chairman-at once set about considering how the best of a bad thing was to be made. The persons with respect to whom they of course became deeply solicitous were the "gentlemen of the press "-chiefly those of the daily press. We had representatives of the Times and half-a-dozen other daily papers on board, and as the despatch of telegrams announcing the accident to the world, and also of papers describing it to the world, rested with these gentlemen, very much depended upon the impressions produced upon their minds. In order to modify those impressions in so far, at least, as an accurate statement of the facts of the case in a scientific manner could modify them-the Chairman and his colleagues determined upon appealing to a scientific man to make such a statement. Accordingly Mr. M'Connell, the locomotive engineer, was requested to prepare himself for the purpose. This he did, and at 11 o'clock on Friday night-five hours after the accident the representatives of the press were assembled in the Chairman's cabin to receive his state ment. Now, Mr. M'Connell's duty in the matter should have been plain enough to him. It was, undoubtedly, to have stated as accurately as he could the nature of the apparatus which had produced the mischief, and to have shown, as nearly as he was able, the cause of its failure. He might then with truth have said that the apparatus which had burst formed no integral or necessary part of the ship-that there was but one other of a like nature on board, and this could readily be removed-that the bottom | Eastern, or lessens the success which her But Mr. M'Connell-with whom, for someject. Several of those writers for the daily press who have most admired the steadiness of the ship on her last week's voyage, seem to imagine that when, by the breaking of the steering lines, command of her was temporarily lost off Beachy Head, she rolled and pitched very heavily. This was not so. A real and manifest motion was undoubtedly imparted to her when she fell off from the wind, but it was so slight that it would scarcely have been noticed at all in any other vessel. For our part we are quite convinced, from the experience of last week, that the Great Eastern, if properly handled, will disappoint no one in the matter of steadiness in a seaway. Our meals were taken throughout the journey down Channel without our being once reminded, by any movement of the service, that we were on board a Having disposed of these scientific (!) pro- ship at all,—and yet we were really in the ceedings, let us now remind our readers that midst of high winds and turbulent seas. We the disaster of Friday evening last in no way must add to all this the perfect ease and readidetracts from the intrinsic merits of the Greatness with which this huge monster steers, in men. We should say this had we been entirely unsupported in our opinions; but we say it all the more readily because the really scientific men who were on board are looking to us for a firm protest on the subject. WEDNESDAY, Sept. 14. order to fully appreciate her qualities as a sea- | paper"-the Morning Star, which has reported In the evidence given at the inquest on 39 It would also appear from the evidence given by one of the witnesses on Monday last that Mr. Scott Russell had charge of the boilers at the time of the accident. If he had, it cannot be supposed that an engineer taking temporarily the general control of a ship's boilers is to be held responsible for the condition of a tap which was boxed up or cased in many days before, and which, as a matter of course, should have been open, and afforded no sort of indication that it was not so. But we believe it to be altogether a mistake to suppose that Mr. Russell had anything whatever to do with the charge of the boilers on the trip. What he took upon himself-in our own hearing, in the first instance, as it happens-was the duty of communicating between the pilot or captain and the engine-rooms, in order that no bungling or risk might happen in consequence of imperfect or contradictory instructions reaching the engineers in charge of the paddle-wheel engine and the screw engine respectively. For this purpose he took his station upon the paddle-bridge, and stuck to it-incessantly from London to the Nore, and all but as incessantly from the Nore to the Downs, all the while the ship was under weigh. How it is possible for any one to suppose that a gentleman stationed there, and having charge of the telegraphs to both enginerooms, can have been at the same time responsible for the details of the various boilers also, passes our understanding. We believe the witnesses must have been altogether mistaken on this head, and look anxiously for further intelligence on the subject. A Juryman: Mr. Scott Russell I suppose is aware that the imputation is that the man who lengthened the stand-pipe screwed in the tap of the water-casing, and so left it. Mr. S. Russell: Yes; but think it will be shown In reply to another question from a juryman, on Saturday. The Coroner: Have you many witnesses to call, Mr. Leverson: As the case at present stands, it The Coroner: On the part of the court I can inform you that the first witness I shall think it necessary to call is Mr M'Lennan. Mr. Leverson explained that he was quite ready to produce any witnesses whom the coroner and jury thought ought to be examined. All that he meant to say was, that he did not intend to volunteer any evidence. He had endeavoured, and should endea Tour, to show that the company were in no way responsible for this deplorable accident. The Coroner: And I presume that Mr. Scott Russell elicit the whole facts of the case. Mr. Russell: All that we wish to know is, who was In point of fact we think it time the "Comhad given up their personal interference pany' in the ship-time that the captain took charge THURSDAY, Sept. 15. of her, and held himself and his officers responWe have already guarded our readers against sible for all that transpires in her. No confiaccepting the statements made by the witnesses dence will be felt by the public at large until at the inquest on Monday (supposing them to this is done. Meanwhile we may look to the be correctly reported in the Times) as altogether resumption of the inquest for interesting inforfair and true. As matters advance, the neces-mation. What we suspect will be found out is, sity for caution in this respect appears to increase; and we begin further to fear that we must look to other newspapers rather than to the Times for full, and even for fair, reports of what transpires at Weymouth. In confirmation of this we would remind our readers that, in the absence of Mr. Scott Russell on Monday, the witnesses spoke and the Times reporter reported in such a manner as to indirectly but seriously implicate that gentleman. In the Times report of to-day not a word appears to counteract the impression thus produced; nor is Mr. Russell, although present yesterday, represented as expressing any dissatisfaction with Monday's proceedings. But when we turn to a "penny | Chronicle and other papers. that Mr. Russell, as we before said, took charge But whoever had general charge of the The inquest was commenced on Monday morning on the bodies of five men, all of whom lost their lives by the late explosion. It was held at the Town-hall, at Weymouth, before Mr. Henry Lock, the Coroner for Dorset. the bodies, the junior engineer of the paddle-engine depart- The first witness examined was James Briscoe, under their direction. He was told not to meddle with or make himself responsible for any of the cocks or valves. The duty assigned to him on the morning of the explosion was to attend the boilers and keep a proper supply of water in them. He had charge of the donkey-engine which pumped into the boiler; it was out of order, and did not perform its duty satisfactorily. He stood by one of the donkey-engines in No. 1 stokehole all day to keep it doing its work. That was on the starboard side of the ship. The donkey-engine on the port side of the ship in the forward stokehole had broken down. One minute before the explosion Mr. M'Lennan, the chief engineer of the ship, Mr. came down to witness, and looked to the saturation of the water in the boilers, and said, on leaving, that everything seemed right, and again cautioned witness not to meddle with any of the cocks or valves unless told by the engineer in charge of the paddle-engine department. M'Lennan left the place, and witness resumed his place by the donkey-engine. Shortly after the explosion took place, filling the stokehole with hot air and steam, witness came up the fore stokehole ladder. Noticed, while on the lower deck, that the inner and outer casings of the funnels were burst asunder, and that the whole of the cabins were destroyed on the lower saloon. Knew that the bursting of the water-heater round the forward funnel caused the explosion. Mr. M'Lennan calling the engineers and stokers Examined by Mr. Leverson.-He remembered together on Tuesday last. Mr. M'Lennan told witness not to meddle with the engines or boiler, but to obey the orders of the engineer in charge of the paddle-department; that the engines were in Mr. Scott Russell's hands, and that he had supplied the engineers to attend them himself. Mr. Dickson, Mr. Russell's foreman, assumed control in the paddle-department; the explosion was confined to the funnel casing, which was for heating the water before going into the boilers, and also for keeping the saloon cool. The boiler would under ordinary circumstances be fed with water from the water-casing. At the time of the explosion, the boilers were not being fed from the casing, which was evident from the low temperaceased to feed the boilers from the water-casing, ture of the water going into the boiler. They had he believed, to get a greater amount of water into the boiler. If the water-casing had been regularly kept supplied with water, and a continual |