A single-piston hydraulic free-piston engine with stepless speed regulation
A piston engine and stepless speed regulation technology, applied in the field of hybrid power, can solve the problems of cumbersome conversion, reduced efficiency of hydraulic free piston engine, complex mechanism, etc., and achieve the effects of compact overall structure, shortened energy transmission chain, and simplified structure
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Embodiment 1
[0026] The hydraulic free piston engine includes: a high pressure accumulator 1, a low pressure accumulator 16, a constant power transformer 2, a control valve A3, a control valve B13, a cylinder block 6, a fuel injector 9 and a piston assembly. Wherein the cylinder block 6 is the body, the high-pressure accumulator 1 and the low-pressure accumulator 16 are energy storage devices, and the piston assembly includes a cylinder piston 10, a piston connecting rod 12 and a pump piston 14 connected in sequence. The constant power transformer 2 has three ports, namely port A, port B and port C.
[0027] Its overall connection relationship is as follows figure 1 As shown, the cylinder block 6 is a hollow cylindrical structure, providing a mounting cavity for the piston assembly. The cylinder block 6 can be divided into three sections in the axial direction according to different diameters. From left to right, there are cylindrical section A, cylindrical section B and cylindrical secti...
Embodiment 2
[0036] The hydraulic free piston engine includes: a high pressure accumulator 1, a low pressure accumulator 16, a constant power transformer 2, a control valve C18, a cylinder block 6, an injector 9 and a piston assembly. Wherein the cylinder block 6 is the body, the high-pressure accumulator 1 and the low-pressure accumulator 16 are energy storage devices, and the piston assembly includes a cylinder piston 10, a piston connecting rod 12 and a pump piston 14 connected in sequence. The constant power transformer 2 has three ports, namely port A, port B and port C.
[0037] Its overall connection relationship is as follows figure 2 As shown, the cylinder block 6 is a hollow cylindrical structure, providing a mounting cavity for the piston assembly. The cylinder block 6 can be divided into three sections in the axial direction according to different diameters. From left to right, there are cylindrical section A, cylindrical section B and cylindrical section C, wherein the diame...
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