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Document Max. Freq Min. Freq
Benson J. Lossing, Pictorial Field Book of the Civil War. Volume 1. 197 7 Browse Search
Harper's Encyclopedia of United States History (ed. Benson Lossing) 111 21 Browse Search
Col. O. M. Roberts, Confederate Military History, a library of Confederate States Military History: Volume 12.1, Alabama (ed. Clement Anselm Evans) 97 5 Browse Search
Rebellion Record: a Diary of American Events: Documents and Narratives, Volume 11. (ed. Frank Moore) 91 7 Browse Search
Rebellion Record: a Diary of American Events: Documents and Narratives, Volume 1. (ed. Frank Moore) 71 7 Browse Search
Rebellion Record: a Diary of American Events, Diary from December 17, 1860 - April 30, 1864 (ed. Frank Moore) 68 12 Browse Search
Thomas C. DeLeon, Four years in Rebel capitals: an inside view of life in the southern confederacy, from birth to death. 62 0 Browse Search
Jefferson Davis, The Rise and Fall of the Confederate Government 60 4 Browse Search
Hon. J. L. M. Curry , LL.D., William Robertson Garrett , A. M. , Ph.D., Confederate Military History, a library of Confederate States Military History: Volume 1.1, Legal Justification of the South in secession, The South as a factor in the territorial expansion of the United States (ed. Clement Anselm Evans) 57 3 Browse Search
Alfred Roman, The military operations of General Beauregard in the war between the states, 1861 to 1865 56 26 Browse Search
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Browsing named entities in Knight's Mechanical Encyclopedia (ed. Knight). You can also browse the collection for Montgomery (Alabama, United States) or search for Montgomery (Alabama, United States) in all documents.

Your search returned 6 results in 4 document sections:

ders of vulcanized rubber placed perpendicularly to the casings, the whole being bolted together. Babbitt's armor-plating. Brady's method of Affixing defensive armorplates, March 3, 1863, is by attaching them edgewise to the object to be protected, and securing them by means of bolts, whose ends pass into cavities in the inner edges of the plates, and are made fast by being enlarged therein, or by being intersected by transverse apertures through which pins or keys may be passed. Montgomery's armor. Brady's armor-plating. Wappich's armor. In Wappich's system, March 3, 1863, the outer plates have projections passing through the hull and interior plating, where they are keyed; each outer plate has also projections or lugs k, entering the casing d to a certain distance, and receiving the bolts l, which are keyed to the interior plate: it has also notched flanges, or bent ends, passing into the casing; these are employed to bind the ends of the plates together, and increa
om the upward currents; the down flow of solid water is between the shell and the insulating cylinder, and the up flow of foam is among and around the tubes. Montgomery's boiler (Fig. 5630) has a series of vertical tubes Montgomery's boiler. a a passing through the central longitudinal flue b, and connecting the upper and lowMontgomery's boiler. a a passing through the central longitudinal flue b, and connecting the upper and lower water-spaces c c; a diaphragm d, through which the tubes pass, serves to divide their length into two portions, the flame in its hottest condition coming in contact with the portion of the tubes above the diaphragm; on reaching the back part of the flue the flames are reverted, and pass under the diaphragm to the front of the bteam. The platforms counterbalance each other, so that the work of the engine is confined to lifting the weight of their contents and overcoming friction. Montgomery's (Fig. 5700) is mounted on a carriage, and is selfpropel-ling; its arrangements are such as to enable it to be used for hoisting, pumping, etc., and also as a
51, was the first machine to sew tubular goods, such as shirtsleeves, boot-legs, etc.; and in 1865 it was estimated that 50,000 sewing-machines, embracing one or the other of the features of this improvement, were in use. Tubular rail. Tub′u-lar rail. A railway-rail having a continuous longitudinal opening which serves as A duct for water; Woodhouse English patent, 1803; or A steam-pipe to prevent the accretion of ice or snow upon the track; Grimes's English patent, 1831. Montgomery's tubular rail has its upper and lower faces alike, so that it may be reversed when injured by wear. It is held on one side by a rabbet in the longitudinal sill upon which it is laid, and on the other by locking plates secured by bolts pass- ing through the sills and ties. A number of other forms might be mentioned. Tub′u-lar rein. One in which an additional or safety rein slips through the other rein, which is hollow. See the following patents: — 13,306. Goddard, July 24, 18<
ns daily to each person. Cleveland40 gallons daily to each person. Columbus30 gallons daily to each person. Montreal, Canada55 gallons daily to each person. Toronto77 gallons daily to each person. London, England29 gallons daily to each person. Liverpool23 gallons daily to each person. Glasgow50 gallons daily to each person. Edinburgh38 gallons daily to each person. Dublin25 gallons daily to each person. Paris28 gallons daily to each person. Turin22 gallons daily to each person. Toulouse26 gallons daily to each person. Lyons20 gallons daily to each person. Leghorn30 gallons daily to each person. Berlin20 gallons daily to each person. Hamburg33 gallons daily to each person. The first water-works in the United States were planned and constructed by Mr. John Christopher Christensen, at Bethlehem, Pa., in 1762. The machinery consisted of three singleacting force-pumps, of 4-inch caliber and 18-inch stroke, and worked by a triple crank, and geared to the shaft of an und