Fuel cylinder block cleaning device

Abstract

The invention discloses a fuel cylinder block cleaning device, and relates to the technical field of fuel cylinder cleaning. The fuel cylinder block cleaning device comprises a driving mechanism, a holding handle, an inflation bag, a gas transmission pipe and a cleaning mechanism; the middle part of the bottom of the holding handle is fixedly connected to the top of the driving mechanism; the inflation bag is fixedly mounted in the middle part of the top of the holding handle; an exhaust port of the inflation bag is connected with and communicates with the top end of the gas transmission pipe;the bottom end of the gas transmission pipe penetrates through the top of the driving mechanism, and extends into the driving mechanism; and the cleaning mechanism is fixedly mounted under the driving mechanism. The fuel cylinder block cleaning device discharges cleaning liquid into the cleaning mechanism through the driving mechanism, drives the cleaning mechanism to rotate through the driving mechanism to discharge the cleaning liquid, can perform rotary brushing when the cleaning liquid is uniformly coated on the walls of intake manifolds, effectively removes accumulated cartons attached in the intake manifolds, and guarantees normal use of fuel cylinders.

Description

technical field [0001] The invention relates to the technical field of fuel cylinder cleaning, in particular to a fuel cylinder cleaning device. Background technique [0002] Automobile fuel cylinders are roughly divided into in-cylinder direct injection and fuel direct injection from the working principle. The disadvantage of in-cylinder direct injection technology is that after long-term use, it will form carbon deposits in the intake manifold. After carbon deposits in the intake manifold, it will Carbon deposits are generated on the intake valve. The existence of carbon deposits will cause problems such as difficulty in starting the car, weak acceleration, idling vibration, and increased fuel consumption. The current common method is to use fuel cleaner, add it to the fuel tank when refueling, It will have a cleaning effect when it works again, but the cleaning effect of this method is poor when it is used for fuel cylinders with serious carbon deposits. The peculiarity ...

AI Technical Summary

Problems solved by technology

[0002] Automobile fuel cylinders are roughly divided into in-cylinder direct injection and fuel direct injection from the working principle. The disadvantage of in-cylinder direct injection technology is that after long-term use, it will form carbon deposits in the intake manifold. After carbon deposits in the intake manifold, it will Carbon deposits are generated on the intake valve. The existence of carbon deposits will cause problems such as difficulty in starting the car, weak acceleration, idling vibration, and increased fuel consumption. The current common method is to use fuel cleaner, add it to the fuel tank when refueling, It will have a cleaning effect when it works again, but the cleaning effect of this method is poor when it is used for fuel cylinders with serious carbon deposits. The peculiarity of the shape, simple flushing and brushing with a cleaning tool cannot adequately remove the carbon deposits on the walls of the intake manifold

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