US947061A - Motor. - Google Patents

Description

M. R. GUTTLER.

MOTOR.

APPLICATION FILED JUNE 23, 1908.

Patented Jan. 18,1910.

2 SHEETS-SHEET 1.

M..R. GUTTLER. MOTOR.

APPLIOATION IILED JUNE 23, 1908.

2SHBETS-SHEET 2.

Patented J an. 18, 1910.

"UNITED s'rarrns Flaw (lance.

Mars: nicnaan comma, or WEIFA, when nansnnn, GEE/MANY.

MOTOR.

Specification of Letters Patent.

Patented Jan. 18, 1910.

Application. filed June 23, 1902. Serial No. 440,001. i

To all whom it may concern:

Be it known that I, Max RICHARD Gii'rr of the drum and there is exploded and trans mitted along the spiral grooves formed on the circumference of the drum and in a similar manner to that in the known turbine in which the impact acts on the oblique sides of the grooves so as to cause the piston to rot-ate. An explosion turbine of this kind has for many forms of working considerable advantages over motors of the reciprocating type, for example a greater number of revolutions, uhiform action, the dispensing withI reciprocated parts, less wear, less requirement in space and so on and by the exact calculation of the number of the grmves, the pitch thereof and the course of their curve a possibility of economy inthe c0nsumption of gas is afforded. Finally with this arrangement it is possible to employ favorable tandem combinations of the explosion turbine by arranging a number of drums of the same or of different sizes one behind the other, which if necessary'may be on the same shaft and with their piston grooves arranged opposite one another in different planes.

The invention is illustrated in the accompanying drawings in which Figure l of Sheet l is a diagran'm'iatic representation of the general arrangement in elevation with the cylinder or casing and the gas and air pumps in longitudinal section, Fig. 2 illustrates the main drum or rotor in elevation with two differentforms of the grooves, Figs. Sand l are cross sectional illustrations of two tandem combined drums with grooves in different relative planes. Fig. 5 on Sheet II is a longitudinal section of the cylinder explosion chamber with the valve arrangement and means for introducing the mixture of gas into the cylinderv Fig. 6 is an elevation showing the means for o eratin the exhaust. Fi 6? is a cross sectional view of the reciprocating slide piece by means of which the exhaust; regulating devices are actuated. Fi 7 is a back view of the motor cylinder with the valve plates. cylinder explosion chamber with the air sup ply pipes, Fig. 9 is an end elevation of Fig.

-8 seen from the interior of the explosion chamber. 'Fig. 10 is an elevation of the W' P longitudinal section and Fig. 11 1s a side elevation of the pump driving gear.

In the motor cylinder or casing 1 av drum 3 connected with the main shaft 2 is rotatively mounted. The drum or rotor 3is furnished with oblique or helical grooves 4 that run around the circumference thereof, and in which the mixture of air and gas introduced into the explosion chamber 5 in front of the-cylinder and there exploded exercises its impact againstthe sides of the grooves and thereby as 111 water and steam turbines imparts to the drum a rotary motion in a direction corresponding to the" course of the grooves 4, from the exhaust auxiliary shaft 6. This pump is operated by two spur wheels 8 and 9 seated on the shafts 2 and 6 respectively (Fig. 10) the number of teeth on which is such that the shaft .6 runs with one half the number of revolutions of the main shaft 2, and consequently the piston of the pump 7 completes its stroke in one direction during one revolution of the shaft 2 and completes its stroke in an opposite direction during the next successive revolution of the shaft 9.. The pump 7 is connected on one side with, the supply pipe 10 that runs to the motor cylinder or casing and on the other side to the supply pipe 11 running from the carburetor and has two valves one of which via, the valve 12 is 00 arranged in the supply pipe 11 and is opened by the suction stroke of the pump, While at the same time the other valve 13 arranged in thesupply pipe 10, is closed in the direction of the motor cylinder, whereas onthe other 05 hand when the piston of the pum 7 descends the valve 13 is opened in the irection of the motor cylinder while the valve 12 in Fig. 8 is an elevation of the 60 arrangement with pump cylinders i1i-66 ber is further divided by the plate valve which is under spring influence.

In order that the gas may be conveyed into the explosion chamber at the moment when it is under the greatest pressure, viz., when the piston of the pump 7 is at its highest point, the spindle 16 of the valve 15 is connected with a two arm lever 17 againstthe free end 18 of which a tappet 19 seated on the auxiliary shaft 6 strikes and opens the valve 15 at the moment when thepiston of the pump 7 is at its highest point. In precisely similar manner the igniting device which is not shown in the drawing can be provided by means of a. tappet seated in the shaft 6 and which may actuate a sliding contact in the known ma er. The ignition must be effected at th moment when the opened admission valve 15 has returned to its position of rest. For the purpose of producing the explosive mixture two further air pumps 20 and 21 (Figs. 1 and 11) are provided adjoining the gas pump 7. These are operated by eccentrics 22 arranged on the shaft 6 in such a manner that one of the two pumps always effects the suction stroke when the other forces the air into the pipe 23 that leads to the motor cylinder. The object of this is to enable air to be conveyed without interruption into the feed pipe 23. In

' other respects the pumps 20 and 21 are similar to the gas pump 7 each having two valves 26, '27, and 28, 29, the valves 27 and 29 being inserted in the air suction pipe 24: and the valves 26 and 28 being inserted in the feed pipe 23 that leads to the motor pylinder and being arranged adjacently in formfor the purpose of better utilizing the space (Fig. 11).

Beyond the purpose of continuous working mentioned above the doubling of the pumps has the further important purpose of producing overpressure in the explosion chamber, in order thereby to force the consumed mixture out of the motor cylinder at the given moment. For this purpose the air supply pipes 23 are formed in a special manner in the part where they open into theexplosion chamber (Figs. 8 and 9)., The air supply pipe 23 opens in fact into the explosion chamber in the form of a number of pipes seated in the form of a star around the motor shaft 2 and with their pointed end 30 directed toward said shaft. By this arrangementan adequate'cooling of the motor shaft 2 in the interior of the explosion chamber is likewise elfected. Moreover special valves are dispensedwith, as under this arrangement the explosion gases are prevented from striking back into the air supply pipe.

In order to enable the consumed gases to escape a number of (in this case three) exhaust valves 31 are arran ed in the end of such a manner that the exhaust valves must open once at every two revolutions of the motor shaft 2, the motor therefor having a sequence of operation analogousto that of a four stroke cycle reciprocating motor. This controlling action from the main shaft is of fected in the following manner. On the main shaft 2 is a star shape slide piece 32 (Fig. 6 and vFig. 6) which is movable and has as many radial extensions 33 as there are valves to be operated. The reciprocati'n motion of the slide piece on the motor sha is eifccted'by means of a bevel wheel 34:

seated on the shaft and engaging in a larger bevel wheel 35 which reciprocates a connecting rod 36 connected with the slide piece 32 and thereby the slide piece itself on the motor shaft. The slide piece strikes with each of its extensions 33 against a twd. arm lever 37 the outer arm of which has a spherical end 38, which presses against the valve 39 that 13 under spring pressure and each time an extension 33 strikes against the valve stems the levers 37 open the valves 31 seated in casings 40 attached tothe ends of the cylinder and projecting in the axial direction of the cylinder. The sequence of operations having the analogy previously re. erredto is effected by suitable calculation of the number of teeth-on the two bevel wheels 34 The opening of these.

and 35 of which the larger viz., the wheel 35 has twice as many teeth as the smaller tions and to purposes of economy. In case of a number of drums being arranged tandem wise on one and the same. shaft the grooves i are arranged at the be mnm in different relative planes in the di erent' front ends of the drums, (Figs. 3 and 4) for the purpose of insuringas uniform a motion of the drums as POSSlblB; In this case each single drum would have its special ex losion chamber. The cooling is provided or in a manner suited to the present case and this provision may be in the form of a water jacket for the.

Figsxfand 2.

reception of the cooling water arran ed around the motor cylinder as illustrate in- 30 Having now particularly described and.

ascertained the nature of my said inven tion and in what manner the same is to be performed, I declare that What I claim is 1. In a gas engine, the combination with a cylinder and helically grooved drum therein of means for supplying gas to the cylinder, an air pipe having angularly extending branches projecting radially into one end of the cylinder and having reduced discharge ends, and an air pump communicating with said pipe.

. 2. In a gas engine, the combination with a cylinder and a lielicallygrooved drum therein of means for-supplying gas to the cylinder. an air ipe having a plurality of angularly exten in branches projecting radially into the cy indef and each having an inwardly pointed reduced discharge end and an air pump communicating with said air pipe.

a lever directly controlling the movements In a gas engine, the combination With- ,a cylinder and a helically grooved drum therein of meansfor supplying gas to the of the exhaust valve,v a slidable part which operates the lever and a link connectlng the slldable part and the crank pin.

4. In a gas engine, the combination with a cylinder and a helically grooved drum therein, the cylinder having a combustion space at one side of the drum, of means for supplying gas to, the combustion space, means for supplying air to the combustion space, exhaust valves located at the end of the cylinder opposite the combustion space and means for operating the exhaust valves.

5. In a gas engine. the combination with a cylinder and a helically grooved drum therein, the cylinder having a combustion space at one side of the drum, of a valveto control the admission of gas to the combustion space, means for supplying gas to the combustion space, independent means for supplying air to the combustion space, exhaust valves located at the end of the cylinder opposite the combustion space and means for operating the exhaust valves.

In testimony whereof I have hereunto set my hand in presence of two subscribing witnesses.

MAX Brennan GUTTLER.

Witnesses:

PAUL Alums, WILHELM SCHMIDT.

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