CN217501796U

CN217501796U - Combustion chamber circulating pulse cleaning equipment

Info

Publication number: CN217501796U
Application number: CN202221547239.7U
Authority: CN
Inventors: 李武明
Original assignee: Beijing Senkia Pan Asia Technology Co ltd
Current assignee: Beijing Senkia Pan Asia Technology Co ltd
Priority date: 2022-06-20
Filing date: 2022-06-20
Publication date: 2022-09-27
Anticipated expiration: 2032-06-20

Abstract

The utility model discloses a combustion chamber circulation pulse cleaning equipment, be provided with the control panel in the box, the control panel passes through the insurance, switch is connected with DC-12V power, solenoid valve one is connected to the J1 end of control panel, solenoid valve two is connected to the J2 end of control panel, the alarm is connected to the J3 end of control panel, 3 feet of solenoid valve one are connected with filter bowl A and filter bowl B respectively through transfer bottle, filter bowl A and cleaning valve one, cleaning valve two links to each other, cleaning valve one, cleaning valve two respectively with wash rifle one, wash rifle two links to each other, filter bowl B and cleaning valve three, cleaning valve four links to each other, cleaning valve three, cleaning valve four respectively with wash rifle three, wash rifle four links to each other. The utility model discloses a manifold cycles is washd, can use the cleaner fully to dissolve the carbon deposit in the engine combustion chamber, dissolves the decomposition with piston ring and carbon deposit on every side, resumes piston ring seal elasticity, uses the piston to resume the new feeling like car, can effectively solve machine oil and not cluster other places, prevents to burn out machine oil, and easy operation is convenient.

Description

Combustion chamber circulating pulse cleaning equipment

Technical Field

The utility model relates to a solve car jar internal carbon deposit degree of depth treatment facility, concretely relates to combustion chamber circulation pulse cleaning equipment.

Background

Most vehicles in the market at present have the phenomenon of burning engine oil after being used for a period of time due to the reasons of abrasion of an oil seal and a main bearing, abrasion of a connecting rod bearing, abrasion of a piston ring groove, bending deformation of a connecting rod and the like, and various devices for burning the engine oil in the European style vehicle in the market cannot radically hasten the characteristics of a cleaning agent and cannot effectively solve the problem of carbon deposition caused by leakage due to the reasons.

Fouling produced by the engine includes: colloid, shellac, lacquer, and carbon inevitably form combustion pollutants in the engine due to the quality difference of gasoline, incorrect driving habits, congestion in urban areas, stop and pause, poor air quality and other factors, the pollution scale is firstly generated by an oil nozzle needle valve, because the diameter of a valve port of the oil nozzle needle valve is 0.002 inch which is equivalent to the hair of human beings, once the scale forms blockage, the original atomized injection oil supply efficiency can be immediately influenced, as long as 10 percent of fuel oil quantity is limited, the oil supply and the combustion of an engine are incomplete, and the generation of carbon is increased, when carbon deposition is accumulated to a certain degree in an engine, the whole oil supply system is not smooth, the function of the engine is attenuated along with the carbon deposition, so that the acceleration is slow and the vibration is caused, the oil consumption is weak, the starting is difficult, the intermittent flameout is caused, harmful waste gas is discharged, the temperature is increased, and the driving performance is gradually lowered.

To sum up, the utility model designs a combustion chamber circulation pulse cleaning equipment, it can cooperate the car to regularly maintain and remove the carbon maintenance very much, makes the performance recovery of this car as new, starts smoothly, refuels lightly, increases the horsepower, reaches the effect of fuel-efficient and reduction air pollution.

SUMMERY OF THE UTILITY MODEL

The utility model aims to exist not enough on the prior art, the utility model aims to provide a combustion chamber circulation pulse cleaning equipment, through dedicated control panel, carry out specific circulation and wash and pumpback, make the cleaner degree of depth dissolve in the engine combustion chamber jar, in the cleaning process, through special filter bowl, demonstrate the cleaning performance, the car owner is through the visual perception in the cleaning process, can clear experience the carbon deposit of washing out from the engine in, through manifold cycles washing, can use the cleaner fully to dissolve the carbon deposit in the engine combustion chamber, dissolve the decomposition with piston ring and carbon deposit on every side, resume sealing member elasticity, use the piston to resume the new feeling like of car, can effectively solve the machine oil and not cluster into other places, prevent the piston ring from burning up machine oil, easy operation is convenient.

In order to achieve the above purpose, the present invention is realized by the following technical solution: combustion chamber circulation pulse cleaning equipment, the power switch comprises a box body, a power switch, a fuse, a control panel, a first electromagnetic valve, a second electromagnetic valve, a control panel is arranged in the box body, the control panel is connected with a DC-12V power supply through the fuse, the first electromagnetic valve is connected with the J1 end of the control panel, the second electromagnetic valve is connected with the J2 end of the control panel, the alarm is connected with the J3 end of the control panel, 3 feet of the first electromagnetic valve are respectively connected with a filter cup A and a filter cup B through a transfer bottle, the filter cup A is connected with a cleaning valve I and the cleaning valve II, the first cleaning valve and the cleaning valve II are connected, the cleaning gun is connected with the cleaning gun I and the cleaning gun II, the filter cup B is connected with a cleaning valve III and the cleaning valve IV, the cleaning valve III and the cleaning valve IV are connected, and the cleaning valve IV are respectively connected with the cleaning gun III and the cleaning gun IV.

Preferably, the 2 feet of the first electromagnetic valve are connected with the second electromagnetic valve through the first vacuum emitter, the second electromagnetic valve and the cylinder cleaning valve are both connected with the second pressure regulating valve, the 1 foot of the first electromagnetic valve is connected with the first pressure regulating valve, the first pressure regulating valve and the second pressure regulating valve are both connected with a compressed air input port through a pipeline, and a pressure gauge is arranged on the pipeline; the cylinder cleaning valve is connected with a cylinder cleaning liquid bottle, the cylinder cleaning liquid bottle is connected with a cylinder cleaning control valve, the cylinder cleaning control valve is respectively connected with the cleaning pipe, the back-pumping pipe and the waste liquid bottle, the waste liquid bottle is connected with the waste liquid recovery valve through the second vacuum emitter, and the waste liquid recovery valve is further connected with the second pressure regulating valve.

The utility model discloses a power supply of switch controlgear guarantees that combustion chamber circulation pulse cleaning equipment can normally work. The control panel can ensure that the equipment carries out cleaning and pumping back in the combustion chamber cylinder according to the designed program through a circuit control system of the equipment, thereby achieving the effect of cyclic pulse cleaning. And the first electromagnetic valve controls the four cleaning guns to perform cleaning and pumping conversion. The second electromagnetic valve controls the frequency of pumping back during the circular cleaning, so that the circular cleaning and pumping back are realized together with the cleaning. And the first pressure regulating valve controls the amplitude of the cyclic pulse cleaning, and the second pressure regulating valve controls the amplitude of the cylinder cleaning. The cleaning valve I, the cleaning valve II, the cleaning valve III and the cleaning valve IV can respectively control four cleaning guns, and each cleaning gun can be independently controlled, so that single-cylinder cleaning can be realized, and multi-cylinder cleaning can be realized. The transfer bottle realizes temporary storage and turnover of the cleaning solution; the cylinder cleaning valve controls the operation of the cylinder cleaning, so that liquid can not be mixed during circulating cleaning; the cylinder cleaning liquid bottle is used for temporarily storing the cylinder cleaning liquid; the cylinder cleaning control valve can realize cylinder cleaning of the engine combustion chamber, and simultaneously timely recover waste liquid after cylinder cleaning, so that no impurities are in the cylinder of the engine combustion chamber. The waste liquid bottle is used for recovering waste liquid in the combustion chamber, so that a car owner can feel the cleaning effect visually. And the waste liquid recycling valve controls the recycling of waste liquid and timely cleans waste in the combustion chamber cylinder.

The utility model discloses following beneficial effect has:

the utility model discloses a combustion chamber circulation pulse cleaning equipment compares with other carbon removal equipment on the market, can realize that engine combustion chamber jar inner loop washs, effectively prolongs engine piston's availability factor, does not need personnel real time control equipment in the operation process, washs automatic power off after accomplishing, provides automatic alarm function, effectively reduces artifical real time control equipment's use, has improved cleaning efficiency and work efficiency.

Drawings

The present invention will be described in detail with reference to the accompanying drawings and specific embodiments;

FIG. 1 is a piping diagram of the present invention;

fig. 2 is a circuit diagram of the present invention.

Detailed Description

In order to make the technical means, creation features, achievement purposes and functions of the present invention easy to understand, the present invention is further described below with reference to the following embodiments.

Referring to fig. 1-2, the following technical solutions are adopted in the present embodiment: combustion chamber circulation pulse cleaning equipment, including box 1, switch 2, insurance 3, control panel 4, solenoid valve 51, solenoid valve two 52, be provided with control panel 4 in the box 1, control panel 4 passes through insurance 3, switch 2 is connected with DC 12V power, solenoid valve 51 is connected to control panel 4's J1 end, solenoid valve two 52 is connected to control panel 4's J2 end, alarm 6 is connected to control panel 4's J3 end, solenoid valve one's 51 3 feet are connected with filter bowl A and filter bowl B respectively through transfer bottle 7, filter bowl A links to each other with cleaning valve one 81, cleaning valve two 82, cleaning valve one 81, cleaning valve two 82 link to each other with cleaning gun one 91 respectively, cleaning gun two 92, filter bowl B links to each other with cleaning valve three 83, cleaning valve four 84, cleaning valve three 83, cleaning valve four 84 link to each other with cleaning gun three 93 respectively, cleaning gun four 94.

The 2 feet of the first electromagnetic valve 51 are connected with the second electromagnetic valve 52 through the first vacuum emitter 101, the second electromagnetic valve 52 and the cylinder cleaning valve 11 are both connected with the second pressure regulating valve 122, the 1 foot of the first electromagnetic valve 51 is connected with the first pressure regulating valve 121, the first pressure regulating valve 121 and the second pressure regulating valve 122 are both connected with a compressed air input port through a pipeline, and a pressure gauge P is arranged on the pipeline; the cylinder cleaning valve 11 is connected with a cylinder cleaning liquid bottle 13, the cylinder cleaning liquid bottle 13 is connected with a cylinder cleaning control valve 14, the cylinder cleaning control valve 14 is respectively connected with a cleaning pipe, a back-pumping pipe and a waste liquid bottle 15, the waste liquid bottle 15 is connected with a waste liquid recovery valve 16 through a second vacuum emitter 102, and the waste liquid recovery valve 16 is further connected with a second pressure regulating valve 122.

The box body of the specific embodiment adopts the customized special metal plate to be manufactured into a unique appearance, so that the equipment can be well insulated. The insurance guarantees the normal work of equipment, prevents that the abnormal power failure from leading to the damage of equipment. The pressure gauge visually displays the pressure of the current compressed air. Taking a cleaning gun I as an example: after the equipment is started, compressed air is added into the chamber cylinder through the cleaning gun I, a cleaning agent in the cylinder is impacted, the cleaning time is 5 seconds, after the cleaning is completed, waste liquid in the cylinder returns to the filter cup A through the cleaning gun, the recovery time is 3 seconds, and the cleaning and the recovery of one cycle are completed. The second, third and fourth cleaning guns have the same principle.

The present embodiment takes the filter bowl a as an example: the cleaning agent cleaned in the cylinder is recycled into the filter bowl A through the cleaning guns I and II, so that the effect after cleaning can be visually presented, when the recycling time is 3 seconds, the cleaning agent in the filter bowl A is pressed into the first cylinder and the second cylinder of the combustion chamber through compressed air, and the process is circulated; the working principle of the filter bowl B is the same.

The first cleaning gun is taken as an example in the specific implementation mode, and the specific operation and working principle are as follows:

1. the equipment is connected with a vehicle-mounted storage battery and is accessed with compressed air;

2. adding a special cleaning agent for the combustion chamber into four combustion chamber cylinders of the automobile respectively;

3. respectively inserting a first cleaning gun, a second cleaning gun, a third cleaning gun and a fourth cleaning gun into four combustion chamber cylinders of the automobile, and opening a valve of the first cleaning gun;

4. opening a circulating cleaning switch of the equipment, outputting high level by a control panel J1, connecting ports 1 and 2 of an electromagnetic valve at the moment, adding compressed air into a combustion chamber cylinder through a cleaning gun I through a pressure regulating valve I, ports 1 and 2 of the electromagnetic valve, a transfer bottle, a filter cup A and a cleaning valve I, starting cleaning in the combustion chamber cylinder, after 5 seconds, outputting low level by the control panel J1, connecting ports 2 and 3 of the electromagnetic valve, outputting high level by the control panel J2, connecting a second electromagnetic valve, adding the compressed air onto a first vacuum emitter through the pressure regulating valve II and the electromagnetic valve II, generating vacuum negative pressure, absorbing waste liquid in the combustion chamber cylinder by the cleaning gun, returning the waste liquid into a transfer bottle through the cleaning valve I and the filter cup A, realizing the back pumping in the combustion chamber cylinder, after 3 seconds, outputting high level by the control panel J1, outputting low level by the control panel J2, starting the next cleaning and back pumping, and after the cleaning time reaches 10 minutes, control panel J1, J2 all output low level, and the pulse circulation is washd and is accomplished, and control panel J3 output high level this moment, and the alarm begins to report to the police, reminds operating personnel, washs the completion, closes circulation washing switch.

5. After the cleaning is finished, opening a waste liquid recovery valve, adding compressed air to a second vacuum emitter through the waste liquid recovery valve to generate negative pressure, inserting a back-pumping pipe into a combustion chamber cylinder, and pumping waste liquid in the cylinder back into a waste liquid bottle through the back-pumping pipe and a cylinder cleaning control valve to realize the back-pumping of the waste liquid;

6. the working principle of the second cleaning gun, the third cleaning gun and the fourth cleaning gun is the same as that of the first cleaning gun.

The cylinder cleaning operation and the working principle of the specific embodiment are as follows:

1. after the four combustion chambers of the automobile are cleaned, pouring cylinder cleaning liquid into the cylinder cleaning liquid bottle;

2. opening a cylinder cleaning valve and a waste liquid recovery valve, pressing a switch on the cylinder cleaning control valve, adding compressed air to a cylinder cleaning liquid bottle through a pressure regulating valve II and the cylinder cleaning valve, adding the cylinder cleaning liquid in the cylinder cleaning liquid bottle to the wall of the combustion chamber through a cylinder cleaning control valve and a cleaning pipe, realizing cylinder cleaning, meanwhile, adding the compressed air to a vacuum emission valve II through the compressed air recovery waste liquid valve to generate negative pressure, pumping the waste liquid in the cylinder back to the waste liquid bottle through a pumping-back pipe and the cylinder cleaning control valve, repeating the operation, realizing the cylinder cleaning of the combustion chamber of the engine, realizing temporary storage of the waste liquid, and opening the waste liquid valve to discharge the waste liquid to the outside of the equipment when the waste liquid in the waste liquid bottle reaches a safe value.

The foregoing shows and describes the basic principles and principal features of the invention, together with the advantages thereof. It will be understood by those skilled in the art that the present invention is not limited to the above embodiments, and that the foregoing embodiments and descriptions are provided only to illustrate the principles of the present invention without departing from the spirit and scope of the present invention. The scope of the invention is defined by the appended claims and equivalents thereof.

Claims

1. The circulating pulse cleaning equipment for the combustion chamber is characterized by comprising a box body (1), a power switch (2), a safety (3), a control panel (4), a first electromagnetic valve (51) and a second electromagnetic valve (52), wherein the control panel (4) is arranged in the box body (1), the control panel (4) is connected with a DC-12V power supply through the safety (3) and the power switch (2), the J1 end of the control panel (4) is connected with the first electromagnetic valve (51), the J2 end of the control panel (4) is connected with the second electromagnetic valve (52), the J3 end of the control panel (4) is connected with an alarm (6), 3 feet of the first electromagnetic valve (51) are respectively connected with a filter cup A and a filter cup B through a transfer bottle (7), the filter cup A is connected with a first cleaning valve (81) and a second cleaning valve (82), the first cleaning valve (81) and the second cleaning valve (82) are respectively connected with a first cleaning gun (91) and a second cleaning gun (92), the filter bowl B is connected with a third cleaning valve (83) and a fourth cleaning valve (84), and the third cleaning valve (83) and the fourth cleaning valve (84) are respectively connected with a third cleaning gun (93) and a fourth cleaning gun (94).

2. The combustion chamber cyclic pulse cleaning equipment as claimed in claim 1, characterized in that 2 feet of the first electromagnetic valve (51) are connected with the second electromagnetic valve (52) through the first vacuum emitter (101), the second electromagnetic valve (52) and the cylinder cleaning valve (11) are both connected with the second pressure regulating valve (122), 1 foot of the first electromagnetic valve (51) is connected with the first pressure regulating valve (121), the first pressure regulating valve (121) and the second pressure regulating valve (122) are both connected with a compressed air input port through a pipeline, and a pressure gauge (P) is arranged on the pipeline; the cylinder cleaning valve (11) is connected with a cylinder cleaning liquid bottle (13), the cylinder cleaning liquid bottle (13) is connected with a cylinder cleaning control valve (14), the cylinder cleaning control valve (14) is respectively connected with the cleaning pipe, the back-pumping pipe and the waste liquid bottle (15), the waste liquid bottle (15) is connected with the waste liquid recovery valve (16) through a second vacuum emitter (102), and the waste liquid recovery valve (16) is also connected with a second pressure regulating valve (122).