Piston-type direct-drive engine and design method for first taking force and then integrating

Abstract

The invention provides a piston-type direct-drive engine and a design method for first taking force and then integrating; symmetric pistons are arranged in an engine shell to directly drive a double-sided rack between the pistons to move back and forth; the double-sided rack drives two sets of gears to drive a transmission shaft to rotate back and forth to externally output two circuits of intermittent rotating force in opposite directions; and then a crankshaft connecting rod-type or a single gear-type power integrating mechanism integrates the two circuits of intermittent rotating force in opposite directions into continuous rotating force in a direction. The pistons are arranged in a cylinder tube and are connected with both ends of the double-sided rack; the upper side and the lower side of the double-sided rack are respectively provided with an upper transmission shaft and a lower transmission shaft; an upper transmission gear and a lower transmission gear are respectively arranged on the upper and the lower transmission shafts and are meshed with the upper sided rack and the lower sided rack of the double-side rack, and the upper and the lower transmission shafts are connected with the power integrating mechanism; the power integrating mechanism comprises an eccentric wheel, a connecting rod and a crankshaft; the eccentric wheel is connected with the ends of the upper and the lower transmission shafts; and both ends of the connecting rod are connected with the eccentric wheel and the crankshaft.

Description

technical field [0001] The invention relates to a piston direct-drive engine, in particular to a piston-type direct-drive engine and an integrated design method after first taking power. Background technique [0002] Direct-drive engines have been publicly reported in patent documents, such as "New Piston Engine, Patent No. 01120523.7"; No. 200510096455.9". The technologies disclosed in the above documents are all opposed-piston direct-drive engines, and the core issue discussed is how to take power. For example, the patent No. 01120523.7 uses two one-way gears with ratchets and a double-sided rack connected to the pistons. Engagement outputs a force in one direction of rotation. The piston engine of "Patent No. 94238030.4" uses a half-gear to mesh with the rack to take out force; The force rotating in the same direction can do work externally, but the engine cannot be started in a static state through reverse drive by external force, that is to say, the piston cannot be r...

AI Technical Summary

Problems solved by technology

The technologies disclosed in the above documents are all opposed-piston direct-drive engines, and the core issue discussed is how to take power. For example, the patent No. 01120523.7 uses two one-way gears with ratchets and a double-sided rack connected to the pistons. Engagement outputs a force in one direction of rotation. The piston engine of "Patent No. 94238030.4" uses a half-gear to mesh with the rack to take out force; The force rotating in the same direction can do work externally, but the engine cannot be started in a static state through the reverse drive of the external force, that is to say, the piston cannot be reciprocated by the external force to achieve the initial four strokes of pressure suction and explosion

Without the initial start, the engine will not work and the force output described above will not be possible

In addition, the work of the engine is often a continuous heavy load. It is unrealistic to use one-way gears and planetary gears to directly mesh with the rack, especially in the planetary gear mode. The diameter of the piston determines the movement space of the planetary gear and also determines The gear shaft cannot have greater strength, and the small parts determine the shorter service life of the engine

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