KR19990023082U - Automotive mission oil and engine oil injection exchanger - Google Patents

Abstract

The present invention relates to recovering, injecting, compressing, washing, and cleaning manual and automatic mission oils, which are the power transmission devices of automobiles. However, as a device of the present invention, the whole amount can be recovered and cleaned without external exposure, and maintained in a line, contributing to the recycling of resources, and especially as waste lubricants, which are operating fluids of gear oils that are harmful to the environment, such as waste oil, leak to the outside. Concerns about the environmental disruption caused can be solved.

Description

Mission oil and engine oil injection exchanger for automobile

The present invention relates to a manual and automatic mission oil exchange device for automobiles. The AC 220V, 60Hz and 100V or DC 12V (DC24V) voltages are applied to the bottom of the automatic mission oil pan during line cleaning, compression, recovery, purification, injection and replacement. By using the controller to change the polarity by the controller periodically, it generates electromagnets such as round, square, and elliptical shape and separates and collects iron and nonferrous metals mixed in oil, and it is an oil pollutant such as aluminum, alloy, sludge, etc. Impurities are mechanical devices for manual and automatic mission oil changers for automobiles that clean oil lines, oil pans, gears, inside missions, and oil coolers without being collected in the primary and secondary filter.

In the prior art, the automatic mission oil and the filter oil have to be disposed of after a specific waste treatment. The reality is that the oil pan is dismantled (removed) and replaced to clean the automatic mission oil filter and the oil pan.

The present invention utilizes electromagnets and stators in the machinery and oil contaminants such as ferrous and non-ferrous, alloy, impurity, and moisture in the automatic line and oil pans of automobiles. The technical challenge is to develop semi-permanent use of pental and oil refining equipment so that we can all live well in a good environment without destroying the environment.

1 is a schematic view showing a vehicle mission oil and engine oil recovery exchange apparatus according to the present invention.

1---Inlet

2---connection socket

3---Oil Bottle

4---Filter

5---Manual Valve (Solenoid Valve)

6---Pump

7---Pressure gauge

8---Filter

9---Separate filter (magnetic type)

10---Oil Bottle

11---Filtha

12---Connection socket

13---Flowmeter

14---Recovery end

15---Manual 2 way valve

16---Flowmeter

17---Pressure gauge

18---Outlet

19---Manual Valve (Solenoid Valve)

20---Oil injection end

21---Pressure switch

The present invention relates to a device for compressing, washing, recovering, and replacing manual and automatic mission oils and engine oils, which are power transmission devices of automobiles. Working from the engine, the lubricating oil, which is the operating fluid for gear lubrication, is essentially used between high and low temperatures. Therefore, the automatic mission, manual mission, and engine oil have to be disposed of for only one company. Therefore, the present invention purifies the operating fluid (waste oil) of the manual and automatic mission oil and lubrication system of the automobile to achieve the above object, and cleans the lines of the mission oil lubrication system to the best state of the gear device of the mission. It has the effect of saving the cost by extending the service life and disassembling and using the controller electric electromagnet of AC (220V, 110V-50,60Hz or DC (6V, 12V, 24V) at the bottom of the vehicle's mission oil filter. Periodically operate and stop the polarity and magnetic lines according to the polluted state, collect and classify oil pollutants (iron, non-ferrous, aluminum, impurity), remove them, and increase the use time of the best manual and automatic missions and high cost due to troubleshooting It is a device that can save time and time.

1> injection process

The fourth filter is connected to the fifth valve and the sixth pump is connected in series and the seventh pressure gauge is connected in parallel to the eighth filter. The twenty-first pressure switch is connected to the 19th manual valve (solenoid valve) and is connected to the second oil inlet.

2> recovery process

The 20th injection connector is connected in series and parallel to the vehicle oil line, and the recovery process is connected in parallel and serially through the 14th recovery connector and the 13th flowmeter 12th socket by the amount of oil injection compression.

3> washing process

The fifth valve, the sixth pump, the seventh pressure gauge, and the eighth filter are connected in series through the ninth separation (magnetic type) filter. The 21st pressure switch, the 19th manual valve (solenoid valve), the 20th injection connector and the vehicle connection series (parallel) It can be cleaned by rotating the oil.

4> purification process

The oil can be separated and purified by the filter in a manner that the ninth separation filter (magnetic type) is recycled through the tenth oil container.

5> compression process

Until now, the oil was exchanged by the pressure to replenish the oil, but it is a process capable of 100% exchange by compressing a small amount of oil at low temperature by the high purity N ₂ gas of the present invention.

① recycling of resources

② Reduction of work time

③ Environmental pollution prevention

④ Noise reduction and quiet operation guarantee

⑤ Significantly reduced specific waste

The present invention is a reality that has been processing specific waste, including the filter for lubricants such as manual and automatic mission oil, the engine power of the engine, engine oil of the engine for only one company. In the reality that high cost is lost due to waste of resources and prolonged working time, the present invention recovers, compresses and washes engine oil of automobile mission oil (manual and automatic) automobile engine to restore the best oil line. The purpose is to allow quiet operation while reducing losses.

Claims (1)

1st inlet 2nd connection socket 3rd oil container 4th filter 5th manual valve (solenoid valve) 6th pump 7th pressure gauge 8th filter 9th separation filterta (magnetic type) 10th oil Cylinder 11 Filter 12 Connection Socket 13 Flow Meter 14 Recovery Connector 15 Manual 2way Valve 16 Flow Meter 17 Pressure Gauge 18 Drain Connector 19 Manual Valve (Solenoid Valve) 20 Oil Injection Connector 21 Pressure Switch It is a device for recovering, injecting, washing, purifying and replacing automobile manual and automatic mission oils.