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Monthly List of PatentsCommunicated by Messrs. Wm. P. Thomp

son & Co., British and International Patent and Trademark Agents and Consulting Engineers, 6, Lord Street, Liverpool, and 323, High Holborn, London, W.C.

ENGLISH (APPLICATIONS). 4633. Frank Ricardo Francis, Lawford Road, London, Engineer. “ Improvements in apparatus for ship-steering indications and other purposes."

4654. Henry Lüdecke, Peckham. “Improvements in the mode of and apparatus for indicating and registering the speed, distance, and position of vessels at sea, whether and how far deviating from their course."

4661. Alexander Friedmann, Vienna, Engineers. “Improvements in apparatus for increasing the draft in the chimneys of steamships, and in other chimneys or funnels."

4729. Wm. Bell, Messrs. W. Walker & Co.'s, Deptford Green Dockyard, London. “An improved system of longitudinal framing, combined with diagonal beams and pillars, constituting an arrangement for the construction of iron or steel vessels, the principle of which is especially applicable to vessels of extreme proportions, and to torpedo boats and river steamers where great lightness is required, as well as for all vessels wherein water-ballast tanks or water-tight partitions have to be fitted.”

4788. Wm. Jas. Damer, Peckham. “An improvement in the means of stepping leakage and of saving vessels which have suffered fracture from collision, shot, ram, or other casualty."

4802. Wm. Waring, London. “ Improvements in or additions to ships' logs."

4874. Middleton Pratt, Rood Lane, London, Engineer. “Im. provements in screw propellers, and method of driving."

4910. Isaac Blue Harris, Edinburgh. “Improvements in pontoons, constructed of textile materials."

4918. Edwin Ruthven Whitney and Horace Janson Beemer, Montreal, Canada. “Fog-horns and signals."

4919. Josiah Latimer Clark and John Standfield, Civil Engineers, Westminster. “Improvements in apparatus for and in the mode of constructing artificial breakwaters, groins, piers, and other submarine foundations."

4954. Frederic Bradley, Kidderminster, Worcester. “ Improvements in steering apparatus."

4959. Charles Ambrose McEvoy, Adelphi, Middlesex. “Improvements in torpedo apparatus.”

4987. John Louis Lay, Paris, France. “Improvements in apparatus for propelling, guiding, firing, and otherwise controlling or operating torpedo boats.”

5007. Edmund Thompson, Satton, Surrey. “Improvements in the bridges, seats, and other deck fittings of vessels to render them available as floats or rafts for saying life in case of accident, such as vessels sinking."

5042. James Long, Brighton. “Improvements in the construction of ships and vessels."

5088. James Ballantyne Hannay, Glasgow. “A new or improved chemical compound or mixture for preventing the fouling of ships' bottoms, and other submerged surfaces, part or parts whereof are adapted as a paint or varnish for protecting other surfaces."

5099. Joseph Burridge, Middlesex. “Improvements in or connected with rockets to be used for war, life-saving, and illuminating purposes."

5137. Kate Jessie Abercromby Maxwell King, Victoria Park, London. “ Improvements in apparatus for saving life from drowning.”

ABRIDGEMENTS. 1499. Frederick Charles Weir, of Clifton. “Improvements in apparatus or appliances for supporting persons in water.” The apparatus presents the appearance of a jacket, to which are attached five or more hermetically sealed cylindrical vessels, made of tin in front and a similar number at the back. They are arranged either vertically or horizontally, and the whole is secured

to the body of the wearer by means of straps. When packed the apparatus occupies a comparatively small space. It is called by the inventor the “ Seamen's Safety."

1519. Henry Schallehn, of 34, Albert Terrace, Clapham Road, Manufacturer. “ An apparatus for raising ships, anchors, chains, telegraph cables and other property sunken in the sea, or rivers, or lakes.” This apparatus may be constructed in various forms. In one it is formed in the shape of an anchor, a hammer hinged to the sbank taking the place of one of the prongs, which being operated by means of a chain forces the other prong into the object to be raised. In another form, more particularly adapted to recovering telegraph cables and the like, the shank terminates at the bottom in a curved hook at the base of which is a notched recess into which the telegraph cable or other article lodges. The shank is provided near the base with an arm turning on a swivel, to which rollers are attached to enable the apparatus to avoid any obstruction encountered. The extremities of this arm are connected by chains crossing one another to a longer bar turning on a swivel higher up the shank. The play and position of these arms is regulated by means of ropes connecting the extremities of the upper arm with the guide cable. A grappling hook, constructed with serrated teeth, to effect a more certain hold, can be used with this apparatus or alone. Another form of grappling hook, also particularly intended for raising telegraph cables, and the like, is constructed with supplementary arms acting as levers, the cable attached to which being straightened, causes serrated jaws to close over the article to be raised.

1609. Herbert Wadsworth, Geneseo, U.S. “Improvements in mechanism for effecting the movement of rudders of vessels, the steering wheels' of road wagons, shifting or reversing levers of locomotives, and various other objects.” This consists of an arrangement of a way-cock adapted to control the entrance and exit of water to or from a cylinder, operating the moving body, and in combination with a cut-off valve acted on by the tiller or moving body, and moving over the ports of the valve seat, so controlling the movements of the piston.

1696. John Colvin Thomson, Brooklyn, U.S. “Improvements

in or applicable to berths for passengers, and pens, stalls, or boxes for animals on shipboard to retain them in a level position, and to prevent sea-sickness.” Posts are fixed between the decks, and to each pair of posts is pivoted a dividing cross-bar or frame, to each side of which is pivoted or hung a berth or pen. The pivots are hung on springs, and the berths or pens are suspended above the centre of gravity, so that the weight of the occupant serves to counterbalance the apparatus.

1838. Rev. George William Garrett, of 82, Chorlton Road, Manchester. “Improvements in, and appertaining to, submarine or subaqueous boats or vessels for removing or destroying, laying, or placing torpedoes in channels and other situations, and for other purposes.” This invention relates to a new description of boat, which, on being closed, can descend and be navigated under water. The boat is caused to lose her freeboard by ballast tanks, and then her depth of submersion can be regulated with the most exact nicety by an arrangement of hydraulic ram working in a cylinder, and operated by simple gearing. Means of propulsion and steering are provided, and elastic sleeves allow the operator to grasp or manipulate objects in the water. The electric light furnishes the means of illumination. This invention was most succ

accessfully tested in the presence of a number of scientific gentlemen on August 7th last, at Birkenhead. Mr. Garrett remaining for several hours in his novel craft, chemical means affording respiration.

2770. Empson Edward Middleton, Southampton. An im . proved method of building ship, yacht, sailing boat, and other vessel, and of altering by lengthening by the stern the after hull of ship, yacht, sailing boat, or other vessel.” This consists in using a long counter, the stern post being placed at an angle instead of perpendicular. The rudder is somewhat of a shield shape, and works against said stern post. When propellers are used they can be placed above or below the rudder. The stern is constructed finely, so as not to offer much resistance to the water.

AMERICAN. 208952. Peter Boisset, New York. “Improvement in propelling vessels.” This consists in providing vessels with paddles

which are fixed to oscillating arms, operated by crank rods. The paddles are hinged to the oscillating arms, so that on the return stroke they may offer no resistance to the water. One or more paddles may be provided according to the speed required, and they may be fixed either outside the vessel, as in the ordinary manner, or in the centre, enclosed in a well. The latter arrangement protects them against injury from ice or other obstructions.

209052. Edgar Jerome, Albany, New York. “Improvements in means for indicating the water-leve! in steam-boilers, watertanks, ship-holds, and the like.” For indicating the water-level in boilers two shallow chambers are provided, one of which is fixed below the lowest water-level, and the other above the highest water-level, of the boiler. In connection with these is arranged, at any distance, an indicating tube. The water flows from the boiler into the lower chamber, and, as the height of the water in the boiler varies, so does the pressure exerted upon the compressed air in the upper portion of the chamber. This variation of the pressure of the air is conveyed and registered by means of a small tube to the indicating tube. Into the upper chamber steam is admitted, and its pressure upon the enclosed compressed air is likewise registered in the indicating tube. When this apparatus is applied to indicate the level of water in other arrangements than steam-boilers, the upper chamber may be omitted.

209200. John Blake Tarr, Fairhaven, Bristol County, State of Massachusetts. “An improved fog and alarm whistle.” This is a whistle operated by manual power. It consists of an air cylinder provided with a piston, to the rod of which is attached a handle. At the farthest end of the cylinder is fixed an ordinary whistle. The air is admitted to the cylinder through the circular opening of the whistle by pulling the piston to the extent of the cylinder and expelled through the same opening of the whistle (thereby causing the same to sound) by pushing back the piston. The whistle may be placed at either end of the cylinder so as to sound at either a pull or a push of the piston.

209267. Samuel W. Irwin, Columbia, Co. of Richland, State of South Carolina. "Improvement in propellers." This relates to submerged propellers, and is applicable to steam vessels

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