Part, §

 1 Int    |          patent for "A certain new machine or engine, which by the
 2 Int    |           which have now made this machine so complete that scarcely
 3 Pre,  5|               The cylinder of this machine measured 21 inches in diameter,
 4 Pre,  5|            hogsheads; besides, the machine delivered at every rise
 5 Pre,  6|   constructing a similar wonderful machine, came from all parts of
 6 Pre,  6|       comparison to the Dannemora) machine was able to produce.~ ~
 7 Pre,  9|            whatsoever about such a machine, though I, however, as soon
 8 Pre,  9|      however, as soon as I saw the machine at work, conceived a more
 9 Pre, 10|          to demand a more powerful machine than the biggest one which
10 Pre, 10|            Ridley, thinking that a machine with such a big cylinder
11 Pre, 10|       found that the boiler of the machine with the 28 inches cylinder
12 Pre, 10|      easily seen from the Stafford machine, the boiler of which they
13 Pre, 10|        know offered to construct a machine with a cylinder 33 inches
14 Pre, 12|           which have now made this machine so complete that scarcely
15 Exp    |         the entire movement of the machine, which regulation takes
16 Exp    |           too strong, and when the machine is stopped.~ ~I.K.A valve,
17 Exp    |        same at every stroke of the machine -- very much like a fountain.~ ~
18 Exp    |            by the movements of the machine.~ ~P. The balance which
19 Exp    |       valve at every stroke of the machine, and a vacuum is created.~ ~
20 Exp    |           or water-tank, which the machine constantly keeps filled
21 Exp    |            the water, drawn by the machine from the mine, into the
22 Exp    |             the durability of this machine compared to all other artifices.~ ~
23   I,  2|       constitutes the power of the machine).~ ~
24   I,  6|        down at every stroke of the machine with a weight of 53 skeppund,
25   I, 11|           air is derived which the machine seems to demand when it
26   I, 11|        bear upon the piston of the machine with a force equal to a
27   I, 11|           half of the power of the machine has been used.~ ~
28   I, 12|   altogether 107 fathoms deep, the machine will still be powerful enough
29  II    |         recent test made with this machine.~ ~
30  II, 14|          14.~ ~The cylinder of the machine is 9 feet long and 36 inches
31  II, 14|          diameter; the lift of the machine when the springs within
32  II, 14|          strong, the effect of the machine will have to be put down
33  II, 14|          feet lift, and though the machine in reality makes 14, 15,
34  II, 14|           the effectiveness of our machine, I have brought with me
35  II, 15| demonstrated how the effect of the machine may be calculated.~ ~The
36  II, 15|      calculated.~ ~The lift of the machine takes 6 feet~ ~every foot
37  II, 15|                36 kannor~ ~ ~ ~The machine makes 14 strokes a 14~ ~
38  II, 16|            and weights, 1773.) the machine will consequently draw 189000
39  II, 16|           of water in an hour. The machine delivers 30240 kannor every
40  II, 18|       quantity of water, which the machine draws from the mine in 24
41  II, 18|        twenty-four hours which the machine is able to draw.~ ~And if
42  II, 18|      weight of the water which the machine draws from the mine every
43  II, 18|          weight of water which the machine is able to deliver every
44  II, 20|         and expensive.~ ~"The fire machine at Königsberg has a cylinder,
45  II, 20|         The depth out of which the machine has to draw water is 30
46  II, 20|            water in an hour. (This machine, which is little more than
47  II, 20|            hour than the Dannemora machine.) As, however, a certain
48  II, 20|         wasser Ross-Geipel") (or a machine for pumping-up water from
49  II, 21|            Königsberg of Hungarian machine.~ ~ ~ ~The Hungarian machine
50  II, 21|       machine.~ ~ ~ ~The Hungarian machine has a cylinder 7 1/2 feet
51  II, 21|      skålpund.~ ~ ~ ~The Dannemora machine again has a cylinder 9 feet
52  II, 21|          powerful as the Hungarian machine.~ ~ ~ ~The pump-tubes are
53  II, 21|     skålpund, v. weight.~ ~ ~ ~The machine delivers 78 feet water per
54  II, 21|            contains 6 kannor . The machine is consequently delivering
55  II, 21|       water per minute.~ ~ ~ ~This machine draws 117600 skålpund per
56  II, 21|         hours.~ ~ ~ ~The Dannemora machine is doing as much work in
57  II, 22|        quantity of water which the machine is able to draw in 24 hours
58 III, 26|           useful and saving such a machine is, when made to draw water
59 III, 26|           account of the Hungarian machine. For although Mr Potter
60 III, 28|         same, for I have found the machine in Hungary, which is only
61 III, 30|            for daily use, and this machine thus forms, as it were,
62 III, 30|            reservoir, to which the machine supplies water by means
63 III, 31|               Although this London machine is only 1/3 of the Dannemora
64 III, 35|           as 8 or 12 hours and the machine made to draw about 9000
65 III, 35|          mine, it follows that the machine, instead of drawing water
66 III, 35|           however the power of the machine is twice its weight, it
67 III, 35|             it follows that if the machine is allowed to utilize its
68 III, 35|     marcker remains.~ ~So that the machine could work 14 nine-inch
69 III, 35|        water per hour.~ ~If such a machine were installed in the big
70 III, 38|               38.~ ~In case such a machine were installed as the Söder
71 III, 39|           reservoir.) to which the machine would supply water and keep
72 III, 41|            the installation of any machine, a jet d' eau or a fountain
73 III, 43|          the advantages which this machine possesses before all other
74 III, 43|            be considered that this machine differs from all the other
75 III, 46|           The size or power of the machine can always be accommodated
76 III, 46|           12 marker; and where one machine is not enough, two or more
77 III, 46|          cylinder the power of the machine will be correspondingly
78 III, 46|         increased which quality no machine or artifice which this world
79 III, 48|          to the durability of this machine it certainly possesses no
80 III, 48|           the noblest parts of the machine are made of metal, copper,
81 III, 49|             49.~ ~The whole of the machine is encase in, and well covered