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Automobile Hot Pot From Industrial Streets Party Ridin Times Tutorial
[ For steel piston in cylindrical hot pot moving with the help of fire in 4-strokes ]

Collision-free approximate camshaft setting for piston in cylindrical pot assuming that a minor adjustment, correction will be made if the piston will collides with the valve so that it not collide with valve
Determining approximate compression ratio for a cylindrical pot
Camshaft position to measure clearance between him and valve
List for control automobile status yourself

Language version: EN

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EN Valve timing/Compression ratio/Valve Clearance
DE Ventilsteuerung/Kompressionsverhältnis/Ventilspier
FR Calage des soupapes du moteur/Taux de compression/Jeu des soupapes
ES Sincronización del motor/Relación de compresión/Holgura de válvulas
CN 氣門正時/壓縮比/汽門間隙
JP バルブタイミング/圧縮比/バルブクリアランス
SK Časovanie ventilov/Kompresný pomer/Vôľa ventilov
HU Szelepvezérlés/Tömörítési arány/Szelephézag
IT Fasatura delle valvole/Rapporto di compressione/Gioco delle valvole
List for control automobile status yourself

Benzine:
Spark on the spark plug at a specific angle relative to top piston position in work stroke
Fuel injection into the intake manifold, engine takes in fuel with air when the intake valve opens.
Diesel:
Fuel injection at a specific angle relative to top piston position in work stroke.

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Website: Payhip.com/Automobiletutorial

By AI:

The term "Automobile Hot Pot" in the context of "Industrial Streets Party Ridin Times Tutorial [ For steel piston in cylindrical hot pot moving with the help of fire in 4-strokes ]" appears to be a combination of metaphorical slang related to car/motorcycle culture and a technical description of the operating principle of a four-stroke engine. It's not a cooking manual, but rather a creative way of describing the combustion process in an internal combustion engine.

"Piston in cylindrical hot pot moving with the help of fire in 4-strokes" is a description of the engine cycle:
1. Intake Stroke: The fuel-air mixture (or air in a diesel engine) is drawn into the "cylindrical pot."
2. Compression Stroke: The steel piston moves upward, compressing the mixture.
3. Power/Combustion Stroke: The mixture ignites (or is ignited by a "fire," i.e., a spark), creating energy (explosion/combustion) that pushes the piston downward, "moving" it.
4. Exhaust Stroke: The piston moves back up, pushing exhaust gases ("hot debris") out of the cylinder.

There is no actual cooking tutorial titled "Automobile Hot Pot From Industrial Streets Party Ridin Times Tutorial" in this context; it's a fictional, technical-artistic term describing engine mechanics. Online searches yield information about the operation of pistons in internal combustion engines and general, unrelated cooking recipes (so-called "manifold cooking"), but not this specific approach.

Summary: There's no tutorial on how to cook food using a four-stroke piston engine. The description provided is a creative metaphor for how an internal combustion engine works.

Website: Payhip.com/Automobiletutorial