|
RU2064057C1
|
|
Axial-piston engine conversion mechanism
|
|
RU2064056C1
|
|
Lever axial engine
|
|
RU2067676C1
|
|
Axial engine
|
|
RU2067677C1
|
|
Axial-piston machine
|
|
RU2067675C1
|
|
Axial-piston engine
|
|
RU2017994C1
|
|
Internal combustion engine and its piston
|
|
RU2044905C1
|
|
Opposite engine
|
|
RU2027878C1
|
|
Internal-combustion engine and method for its scavenging
|
|
RU2023191C1
|
|
Method of securing head and cylinder of piston engine
|
|
RU2019722C1
|
|
Internal combustion engine
|
|
RU2025583C1
|
|
Composed crank shaft
|
|
RU2019721C1
|
|
Linear internal combustion engine
|
|
RU2018008C1
|
|
Internal combustion engine
|
|
RU2019724C1
|
|
Float chamber for carburetor of internal combustion engine
|
|
RU2018007C1
|
|
Internal combustion engine and crank mechanism
|
|
RU2018006C1
|
|
Opposite internal combustion engine and its crankshaft
|
|
RU2095647C1
|
|
Combined crankshaft and method of manufacturing same
|
|
RU2018023C1
|
|
Method of starting internal combustion engine
|
|
RU2028479C1
|
|
Crosshead piston machine
|
|
RU2018005C1
|
|
Single-cylinder internal combustion engine
|
