Oblique disk mechanism mechanical-hydraulic dual power engine

Abstract

The invention relates to the technical field of energy conversion devices, in particular to an oblique disk mechanism mechanical-hydraulic dual power engine. According to the oblique disk mechanism mechanical-hydraulic dual power engine, running unevenness is low, the structure is compact, the cost is low, internal shunt can be achieved, combustion heat energy is directly converted into mechanicalenergy and hydraulic energy, and mechanical and hydraulic dual power can be output. The oblique disk mechanism mechanical-hydraulic dual power engine omits a crank linkage mechanism of a traditionalengine, the structure is compact, the energy converting and transferring route is short, the work is smooth and stable, mechanical or hydraulic powers can be output, and the oblique disk mechanism mechanical-hydraulic dual power engine has good industrialization prospect and wide application demands.

Description

technical field [0001] The invention relates to the technical field of energy conversion devices, in particular to a mechanical-hydraulic dual power engine with a swash plate mechanism. Background technique [0002] For multifunctional vehicles and equipment such as construction machinery, agricultural machinery, and military vehicles, sometimes both mechanical and fluid power are needed at the same time, and sometimes one of the two powers, mechanical and fluid, is required alternately. For a traditional engine, the combustion heat energy of the fuel is first converted into the mechanical energy of the reciprocating linear motion of the piston through the piston internal combustion engine, and then the mechanical energy of the reciprocating linear motion is converted into the mechanical energy of the crankshaft rotation by the crank connecting rod mechanism, and the power is transferred through a series of transmission components. The power is transmitted to the power distr...

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Problems solved by technology

[0005] In order to overcome the problems of long energy conversion and transmission routes, low efficiency, large running unevenness, large volume and high cost of existing internal combustion power plants, the present invention provides a small running unevenness, compact structure, low cost, and can be used in Internal split flow is realized to directly convert combustion heat energy into mechanical energy and hydraulic energy, and a swash plate mechanism mechanical-hydraulic dual power engine that can output mechanical and hydraulic dual power

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