Patent EA-003820-B1 (EA)
Title: Multiple induction energy-driven engine
Inventor: BEAUDOIN NORMAND
IPC: F04C23/00
Filed: 2001-03-14
Abstract: 1. A machine such as a compressor or an engine comprising: - a machine housing comprising a cylinder into which a blade is inserted adapted for semi-rotation, - a support steering pivot installed enabling to rotate in the machine housing and each end of which is provided with an induction means such as an induction axis, - the induction means of power transfer, such as induction axes disposed so that each end of the support steering pivot rotates at which an induction toothed wheel is engaged, - the induction toothed wheels to which the blade will be connected either directly or using a certain means and which will be engaged with support toothed wheels, - the support toothed wheel of the same size as induction toothed wheels rigidly fixed in the machine so that the induction toothed wheels are engaged with support toothed wheel, the induction toothed wheels have a means on their diameter for attachment to the blade, - the blade which is attached directly or by a certain means to the toothed wheels arranged on the induction axes and inserted into a machine cylinder adapted for semi-rotation. 2. The machine according to claim 1, the induction toothed wheels of which have the diameter two times less the diameter of the support toothed wheel, and consequently the piston of which is a triangular in form, and the cylinder of is in the form of eight. 3. The machine according to claim 1, the induction toothed wheels of which have the diameter three times less the diameter of the support toothed wheel, and consequently the piston of which is a blade in form, and the cylinder of is in the form of trefoil. 4. The machine according to any of claims 1 to 3, comprising a plurality of explosion systems. 5. The machine according to any of claims 1 to 3, the induction axis of which is rigidly connected to the induction toothed wheels and inserted so that rotatable into the ends of the support steering pivot. 6. A machine such as a compressor or an engine comprising: - a machine housing comprising a cylinder into which a blade is inserted adapted for semi-rotation, - a support steering pivot installed enabling to rotate in the machine housing and each end of which is provided with means of power transfer such as an induction axis, - the induction means of power transfer, such as induction axes disposed so that at each end of the support steering pivot and at which rotatable induction toothed wheels are engaged, - the induction toothed wheels the circumference of which is 3/4 of the circumference of the support toothed wheels and which are connected to the blade either directly or using a certain means and are engaged with the support toothed wheel and are provided with a means on their diameter for attachment to the blade, - the support toothed wheel with an internal engagement rigidly fixed in the machine, - the blade which is attached directly or by a certain means to the toothed wheels arranged on the induction axes and inserted into a machine cylinder adapted for semi-rotation, - a most circular cylinder in which almost rotative movement of the blade is performed. 7. The machine according to claim 4, the induction toothed wheels of which have the diameter two times less the diameter of the support toothed wheel and the induction axis of which, performing rectilinear movement is attached to conventional systems by certain means, such as a connecting rod. 8. The machine according to claim 4, the induction toothed wheels of which have the diameter three times less the diameter of the support toothed wheel and the blade of which inserted into the cylinder of almost triangular form, performs the movement along almost triangular trajectory. 9. A machine such as a compressor or an engine comprising: - a machine housing comprising a cylinder into which a rotatable eccentric crank is inserted; a support steering pivot, rigidly fixed on the crank shaft and preferably passing in the opposite direction relative to eccentric on the crank shaft designed to comprise an induction means of power transfer, such as an induction axis, - an induction means of power transfer, such as induction axis, rotatably disposed in the induction axis and provided with induction toothed wheel at each end, - induction toothed wheels at each end of the induction axis, one of them is engaged with toothed wheels serving as engine support, while the other with toothed wheels serving as the blade support, - an induction toothed wheel, rigidly fixed in the machine housing and engaged with the induction toothed wheels beyond the induction axis, - support toothed wheels rigidly fixed on the blade side and engaged with toothed wheels with internal engagement, - the support toothed wheels with an internal engagement rigidly fixed in the machine, - the blade which is attached directly or by a certain means to the toothed wheels arranged on the induction axes and inserted into a machine cylinder adapted for semi-rotation, - a most circular cylinder in which almost rotative movement of the blade is performed. 10. The machine according to claim 9, the piston of which is triangular in form and the cylinder of which is eight-shaped. 11. A machine such as a compressor or an engine comprising: - a machine housing comprising a cylinder into which a rotatable eccentric crank is inserted; a support steering pivot, rigidly fixed on the crank shaft and preferably passing in the opposite direction relative to eccentric on the crank shaft designed to comprise an induction means of power transfer, such as an induction axis, - an induction means of power transfer, such as induction axis, rotatably disposed in the induction axis and the end of which provided with induction toothed wheel, - the induction toothed wheel, which is two times less than the induction toothed wheel of the blade and engages with the support toothed wheel, - the support toothed disposed rotatively in the machine housing and engaged with induction toothed wheel on the induction axis from one side and with induction toothed wheel with internal engagement on the blade side from the other side, - the induction toothed wheel with internal engagement rigidly fixed on the blade side, - the blade disposed for semi-rotation in the motor engine, into which an eccentric of the crank shaft is inserted and induction toothed wheels which are engaged with support toothed wheels, - the support toothed wheels with internal engagement rigidly fixed in the engine, - the blade which is attached directly or by a certain means to the toothed wheels arranged on the induction axes and inserted into a machine cylinder adapted for semi-rotation, - a most circular cylinder in which almost rotative movement of the blade is performed. 12. The machine according to claim 11, in which the size of induction toothed wheels of the crank shaft comprises only one third of the size of the blade induction toothed wheels with the internal engagement, and the cylinder is triangular in form. 13. A machine such as a compressor or an engine comprising: - a machine housing comprising two built-in systems which are moved in the opposite directions, having: a first crank shaft mounted rotatably in the machine housing with an eccentric and with induction toothed wheel, said crank shaft is provided with a hole passing from one end of the shaft to the other end for creating a clearing hole for the second crank shaft, - an initial blade disposed rotatably in the machine engine and connected to the eccentric of the first crank shaft from one side, and the induction toothed wheels of which being rigidly fixed on the blade side are engaged with the induction toothed wheels of the second crank shaft from the other side, - a second crank shaft passing through the first crank shaft having an eccentric to which a second blade is coupled and also with induction toothed wheel engaged with the toothed wheel of the first blade provided with internal engagement, - a second blade rotatably mounted in the second cylinder of the engine rotatably mounted on the eccentric of the second crank shaft, wherein said blade is engaged via its induction toothed wheel with the internal engagement with induction toothed wheel of the first crank shaft. 14. The machine according to claims 1, 4 and 9, the movement of which is convex. 15. The machine according to claims 1, 4 and 9, the movement of which is concave. 16. The machine transferring the power via a plurality of induction elements, the power is further transferred through a shaft coupled to the steering pivot. 17. The machine transferring the power via a plurality of induction elements, the power is further transferred through a crank shaft. 18. The machine transferring the power via a plurality of induction elements, the power is further transferred through internal induction toothed wheels connected to a transverse shaft. 19. A machine, a blade or a piston of which have cuts to open the eccentric surface of the crank shaft thus exposing it to direct effects of explosion.