Upslope booster for turbocharging diesel car

Abstract

The invention discloses an upslope booster for a turbocharging diesel car. The upslope booster comprises a supercharging compensator, a connecting air inlet pipe, an engine body, a supercharging air pipe and a boosting supercharging device. The supercharging compensator is closely connected with one end of the connecting air inlet pipe in a penetrating mode. The engine body is connected with the other end of the connecting air inlet pipe. One end of the supercharging air pipe is embedded in the connecting air inlet pipe and is fixed in a screwed mode by a connecting flange. The boosting supercharging device is connected with the supercharging air pipe in a screwed mode by a connecting hole with threads. The boosting supercharging device consists of a contact starting device, an electromagnetic coil device, a gear transmission device, a protection shell, a switch connecting mechanism and a supercharging pump device. According to the upslope booster for the turbocharging diesel car, theboosting supercharging device is arranged to enable the turbocharging diesel car to increase air pressure in the connecting air inlet pipe when the car climbs a slope, diesel supply volume of the supercharging compensator is increased; finally, power of the car is increased, a boosting function is conducted on the car, so that the upslope ability of the car is improved.

Description

technical field [0001] The invention relates to the field of turbocharged boosters, in particular to an uphill booster for turbocharged diesel vehicles. Background technique [0002] Driven by power, non-track-bearing vehicles with 4 or more wheels are mainly used for: carrying people or goods. The basic structure of a car includes the engine, which is the power plant of the car and consists of 2 major mechanisms and 5 major systems: the crank connecting rod mechanism, the gas distribution mechanism, the cooling system, the fuel supply system, the lubrication system, the ignition system, and the starting system. A diesel engine has one less ignition system than a gasoline engine; chassis: the chassis is composed of a transmission system, a driving system, a steering system and a braking system. The power of the engine makes the car move to ensure normal driving. The chassis is composed of five parts: transmission system, driving system, steering system, suspension system a...

AI Technical Summary

Problems solved by technology

However, when the car climbs uphill with a load, the speed drops, the air pressure in the intake pipe is small, and the fuel supply of the booster compensator is small, which makes it insufficient at low speed and difficult to climb. The air pressure in the trachea cannot increase quickly, and the oil supply and pressure of the booster compensator are small, making it insufficient in power, so that the car's ability to start uphill is not enough

Images