US184913A - Improvement in mechanisms for utilizing the exhaust of air-engines - Google Patents
Improvement in mechanisms for utilizing the exhaust of air-engines Download PDFInfo
- Publication number
- US184913A US184913A US184913DA US184913A US 184913 A US184913 A US 184913A US 184913D A US184913D A US 184913DA US 184913 A US184913 A US 184913A
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- United States
- Prior art keywords
- air
- exhaust
- engine
- engines
- utilizing
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- 238000010276 construction Methods 0.000 description 4
- 230000000875 corresponding Effects 0.000 description 4
- 230000000994 depressed Effects 0.000 description 2
- 230000000630 rising Effects 0.000 description 2
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Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F01—MACHINES OR ENGINES IN GENERAL; ENGINE PLANTS IN GENERAL; STEAM ENGINES
- F01L—CYCLICALLY OPERATING VALVES FOR MACHINES OR ENGINES
- F01L29/00—Reversing-gear
- F01L29/04—Reversing-gear by links or guide rods
Definitions
- the mechanism designed to illustrate the mode of applying the principle of my invention consists of an ordinary reciprocating engine run by compressed air, with which is combined a couple'of cylinders or engines provided with pistons, which are connected with a walking-beam.
- a couple'of cylinders or engines provided with pistons which are connected with a walking-beam.
- a triangular crank On the end of the walking-beam shaft is a triangular crank, to
- Figure l is a side elevation of the mechanism of my invention.
- Fig. 2 is a view of one of the cylinders, side elevation; and
- Fig. 3 is a vertical section of the same, on a line parallel to the connecting-rods.
- A represents the compressed-air receiver.
- B is the main engine, of the class known as reciprocating engines.
- the compressed air from the receiver is conveyed to the engine through the pipe at, provided with a throttle-valve, b.
- the connecting-rod of the engine is applied to the shaft d.
- auxiliary engine of which 6 0 represent the cylinders, f the pistons, and f f the pistonmods.
- the latter connect with the walking-beam g, which is fixed to the horizontal shaft h, supported in suitable bearin gs.
- the crank E On the end of the walking-beam shaft is fixed the crank E, of the form of an isosceles triangle, the part corresponding to the base of the triangle being fixed to the shaft h in the same plane as the walking-beam, while: at the apex of the triangle the connecting-rod F is pivoted.
- This connecting-rod is also pivoted to a crank, i, on the end of the shaft 01, opposite where the connecting-rod of the engine is pivoted.
- valvesockets G'G Onthe outside of the cylinders are cast or otherwise connected the valvesockets G'G, which communicate with the interior of the cylinders by passages 7'. In these sockets are placed the valves H H, provided with rods 70 k, which connect them with the levers l l.
- the levers have their fulcrums in suitable standards rising above the cylinders.
- the power ends of the levers are bifurcated, and fit around the piston-rods ff, and bear at proper stages in the movement of thewalking-beam against the collars mm fixed to the piston-rods, so that. when their ends are closed by ordinary "alve n.
- the valve is ATENT OFFICE.
- valves HH, cylinderse e, pistons f, forked levers Z l, collars mm, and the piston-rodsf"f' substantially as and for the purpose hereinbefore described 4.
- the connecting-rod F, shaft d, and walking-beam g the triangular crank E, substantially as described.
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Compressors, Vaccum Pumps And Other Relevant Systems (AREA)
Description
z sheets-sheen] F. F. SCHNAKE. MECHANISM FOR UTILIZING THE EXHAUST OF AIR-ENGINES No. 184,913. Patented Nov. 28, 187-6.
. Y -gi 2 SheetS-Sheetlg:
F. F. scnmxn, MECHANISM'FOR'UTILIZING THE EXHAUST 0F AIR-ENGINES Patented Nj'qv.-28, 1876.-
N. PETERS, FNDTO-LITHOGRAPHER, NASNINGYON. D. C.
' NITED STATES FREDERICK F. SOHNAKE, OF ST. LOUIS, MISSOURI;
IMPROVEMENT IN MECHANISMS FOR UTILIZING THE EXHAUST 0F AIR-ENGINES.-
Specification forming part of Letters Patent No. 184,913, dated November 28, 1876; application filed June 9, 1876.
. compressed air, whereby the exhaust is-utili zed to run an auxiliary engine of peculiar construction in connection with the point of application of the force or power of the main engine.
The mechanism designed to illustrate the mode of applying the principle of my invention consists of an ordinary reciprocating engine run by compressed air, with which is combined a couple'of cylinders or engines provided with pistons, which are connected with a walking-beam. On the end of the walking-beam shaft is a triangular crank, to
Y which is pivoted a connecting-rod, that is in turn connected with the driving shaft to which the connecting-rod of the main engine is likewise applied.
In the drawings forming part of this specification, Figure l is a side elevation of the mechanism of my invention. Fig. 2 is a view of one of the cylinders, side elevation; and Fig. 3 is a vertical section of the same, on a line parallel to the connecting-rods.
Similar letters of reference indicate corresponding parts in all the figures.
Referring to the drawings, A represents the compressed-air receiver. B is the main engine, of the class known as reciprocating engines. The compressed air from the receiver is conveyed to the engine through the pipe at, provided with a throttle-valve, b. The connecting-rod of the engine is applied to the shaft d.
In all essential respects the construction 7 and operation of the main engine are the same as an ordinary steam-engine, so far as applying power to the shaft d is concerned.
0 is the auxiliary engine, of which 6 0 represent the cylinders, f the pistons, and f f the pistonmods. The latter connect with the walking-beam g, which is fixed to the horizontal shaft h, supported in suitable bearin gs. On the end of the walking-beam shaft is fixed the crank E, of the form of an isosceles triangle, the part corresponding to the base of the triangle being fixed to the shaft h in the same plane as the walking-beam, while: at the apex of the triangle the connecting-rod F is pivoted. This connecting-rod is also pivoted to a crank, i, on the end of the shaft 01, opposite where the connecting-rod of the engine is pivoted. Onthe outside of the cylinders are cast or otherwise connected the valvesockets G'G, which communicate with the interior of the cylinders by passages 7'. In these sockets are placed the valves H H, provided with rods 70 k, which connect them with the levers l l. The levers have their fulcrums in suitable standards rising above the cylinders. The power ends of the levers are bifurcated, and fit around the piston-rods ff, and bear at proper stages in the movement of thewalking-beam against the collars mm fixed to the piston-rods, so that. when their ends are closed by ordinary "alve n.
These pipes convey the exhaust, from the engine to the cylinders. Suitable valves are placed at the junction of pipes I and I to direct the air into the proper pump-cylinder.
Having described the mechanism of my invention,-I will now proceed to describe its operation; Before doing so however, it is necessary to state that the position of the pistons f with relation to the engine must be such that the exhaust fromthe first stroke will be able to act on the bottom of one of the pistons; and for this end I have found that the proper position is for one of the pistons to be as far down in the'cylinder as possible, or, in other words, the connecting-rod F and walking-beam must be thirty degrees higher than the connecting-rod of the engine when it is on a dead level. Having the different parts of the apparatus properly placed,
and the receiver filled'with air, the valve is ATENT OFFICE.
opened and the engine started. The compressed air, after acting on the engine-piston, is exhausted into the pipes I I, and is led by them to the cylinders. The movement of the shaft d being communicated to the walking-beam bythe "connecting-rod F, one of the pistons, say f, is caused to rise, and this producing a vacuum below the piston, which would cause resistance, thevacuum is destroyed by the entrance of the exhaust from the engine, and this expanding under the piston exerts an upward pressure thereon, which is given back to the driving-shaft, and added to the power of the main engine. When one of the pistons moves upward the other moves downward in its cylinder, and at the same time the valve H is lifted from the seat, and the air under the piston escapes; but when the other piston is moving upward the valve H is depressed in its seat, and prevents any air from the exterior entering the cylinder beneath the piston. Owing to the peculiar form of the crank E it exerts both a pulling and pushing force upon the crank onthe shaft 01. c
Having thus described my invention, what I claim to be new, and desire to secure by Letters Patent, is-- L As an improvement in compressed-air engines the combination of the reciprocating engine B, connecting pipes, valves n, and cylinders e c, with their pistons, substantially as and for the purpose hereinbefore described. 2. The combination of the valves HH with the cylinders e0, piston-rods f" f", forked levers Z l, and collars m m, substantially as and for the purpose hereinbefore described,
3. The combination of the valves HH, cylinderse e, pistons f, forked levers Z l, collars mm, and the piston-rodsf"f'", substantially as and for the purpose hereinbefore described 4. In combination" with the connecting-rod F, shaft d, and walking-beam g the triangular crank E, substantially as described.
FREDERICK F. soHNAKE.
Witnesses:
ROBERT RonNTeEN, J OHN COBGORAN;
Publications (1)
Publication Number | Publication Date |
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US184913A true US184913A (en) | 1876-11-28 |
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US184913D Expired - Lifetime US184913A (en) | Improvement in mechanisms for utilizing the exhaust of air-engines |
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