Oil preparation and oil storage integrated device and fully automatic control method

Abstract

Provided in the present application are an oil preparation and oil storage integrated device and a fully automatic control method. The oil preparation and oil storage integrated device comprises an oil preparation portion and an oil storage portion, wherein the oil preparation portion comprises a first oil preparation tank, a second oil preparation tank and a gas dosing tank; a fifth liquid level switch and a sixth liquid level switch are provided on the second oil preparation tank; the oil storage portion comprises a first oil storage tank and a second oil storage tank; the second oil preparation tank is connected to each of the first oil storage tank and the second oil storage tank; a seventh liquid level switch and an eighth liquid level switch are provided on the first oil storage tank; a seventh two-way valve is provided between the second oil preparation tank and the second oil storage tank; and a ninth liquid level switch and a tenth liquid level switch are provided on the second oil storage tank. In the present application, by means of the above-described configuration, the functions of automatically preparing standard oil and automatically storing a standard oil sample are achieved; by means of pneumatically providing power, the structure is simple, and the failure rate is relatively low; a closed-loop fully automatic control process is used, and manual operation is not required; the function of automatically preparing standard oil and the function of automatically storing the standard oil are achieved; and faults of the device are automatically identified, such that the risk of malfunction and misoperation of the device can be avoided.

Description

Oil dispensing and storage integrated device and full-automatic control method TECHNICAL FIELD

[0001] The present application relates to the technical field of automatic control systems, in particular to an oil dispensing and storage integrated device and a full-automatic control method. BACKGROUND

[0002] The transformer oil chromatographic online monitoring system needs to be calibrated by standard oil samples before leaving the factory, and only when the calibration is qualified can the system leave the factory, that is, the error between the content of each component characteristic gas of the standard oil sample and the offline data of the standard oil sample is within the qualified range. The standard oil sample configuration mode mainly includes instrument oil dispensing and manual oil dispensing. The instrument oil dispensing can only dispense 30L of standard oil sample at most once, and the oil dispensing efficiency is not high, and the mechanical structure is complex and the failure rate is high. The manual oil dispensing needs to be manually operated to mix standard gas or mother oil, and cannot be quantitatively controlled, the consistency of multiple oil dispensing is not high, and the risk of misoperation introduced by human operation is large. The standard oil sample storage is to transfer the configured standard oil sample to an empty oil storage tank, and part of the standard oil sample needs to be used for cleaning before the transfer, and the entire standard oil sample storage process needs to be manually operated, which is not suitable for automatic assembly line operation mode.

[0003] A kind of oil dispensing device and its full-automatic oil dispensing method are disclosed in Chinese patent CN116500144A, which discloses an oil dispensing method, a plurality of oil pumps and gas pumps are connected to a main oil cylinder, gas is injected into the main oil cylinder, and the gas and liquid are continuously mixed by the oil pump. This oil dispensing method has many motor-driven elements and a complex mechanical structure.

[0004] A kind of oil dispensing device and its full-automatic oil dispensing method are disclosed in Chinese patent CN117524656A, which discloses a multi-component transformer oil standard oil configuration device and its oil dispensing method. The volume of mixed standard gas is controlled by a flow meter, and the volume of new oil is controlled by a liquid quantitative device. The oil and gas are mixed by a circulating pump. This oil dispensing method has many motor-driven elements and a complex mechanical structure.

[0005] A kind of oil dispensing device and its full-automatic oil dispensing method are disclosed in Chinese patent CN112619523B, which discloses a transformer standard oil preparation device and method. The device uses a mother oil dilution method to automatically dispense oil. First, the oil and gas are circulated by a circulating pump between a gas storage tank and an oil dispensing tank to prepare high-concentration mother oil from the oil in the oil dispensing tank. Then, a certain amount of mother oil is injected from the oil dispensing tank, and a certain amount of clean oil is injected from a clean oil tank into the oil storage tank. The oil storage tank is then left to stand for use. This method requires motor-driven elements, has a complex structure, cannot control the concentration of high-concentration mother oil, and the oil storage tank needs to be left to stand for a long time, which is not efficient.

[0006] Therefore, the present application is proposed. SUMMARY

[0007] In view of the defects in the prior art, the purpose of the present application is to provide an oil dispensing and storage integrated device, comprising an oil dispensing part and an oil storage part;

[0008] The oil dispensing part comprises a first oil dispensing tank, a second oil dispensing tank and a quantitative gas filling tank;

[0009] The quantitative gas filling tank is connected with the first oil dispensing tank and the second oil dispensing tank, respectively, for injecting mixed standard gas through the quantitative gas filling tank, and the first oil dispensing tank and the second oil dispensing tank reciprocally pour the tank through the quantitative gas filling tank to perform the oil dispensing process;

[0010] The second oil dispensing tank is provided with a fifth liquid level switch and a sixth liquid level switch for judging the liquid level in the second oil dispensing tank and controlling the start or stop of the oil dispensing process;

[0011] The oil storage part comprises a first oil storage tank and a second oil storage tank;

[0012] The second oil dispensing tank is connected with the first oil storage tank and the second oil storage tank, respectively, and a eighth two-way valve is arranged between the second oil dispensing tank and the first oil storage tank, and the first oil storage tank is provided with a seventh liquid level switch and an eighth liquid level switch for judging the liquid level in the first oil storage tank, and when the oil in the first oil storage tank is insufficient, the eighth two-way valve is opened to transfer the oil in the second oil dispensing tank to the first oil storage tank;

[0013] A seventh two-way valve is arranged between the second oil dispensing tank and the second oil storage tank, and the second oil storage tank is provided with a ninth liquid level switch and a tenth liquid level switch for judging the liquid level in the second oil storage tank, and when the oil in the second oil storage tank is insufficient, the seventh two-way valve is opened to transfer the oil in the second oil dispensing tank to the second oil storage tank.

[0014] Further, a fifth two-way valve is arranged between the quantitative gas filling tank and the first oil dispensing tank, and a fourth two-way valve is arranged between the quantitative gas filling tank and the second oil dispensing tank; a first three-way valve is arranged on the quantitative gas filling tank, a second three-way valve is arranged on the first oil dispensing tank, and a third three-way valve is arranged on the second oil dispensing tank, and the first three-way valve, the second three-way valve and the third three-way valve are connected with a gas filling port for controlling the corresponding valves to be opened to perform the oil dispensing process.

[0015] Further, the first oil dispensing tank is further provided with a sixth two-way valve, one end of which is connected with the first oil dispensing tank and the other end of which is connected with a clean oil injection inlet, for controlling the clean oil to wash the first oil dispensing tank, the second oil dispensing tank and the quantitative gas filling tank before performing the oil dispensing process;

[0016] A first displacement sensor is arranged for controlling the oil inlet amount and real-time monitoring the liquid level of the first oil dispensing tank;

[0017] The first liquid level switch and the second liquid level switch are arranged above the first liquid level switch, and are used for judging the liquid level of the first oil distribution tank and / or whether the first displacement sensor is faulty.

[0018] Further, the quantitative gas filling tank is further provided with:

[0019] The first two-way valve is connected with the quantitative gas filling tank at one end and connected with the high-purity air injection inlet at the other end, and is used for controlling the high-purity air to clean the quantitative gas filling tank before the oil distribution process is performed.

[0020] The second two-way valve is connected with the quantitative gas filling tank at one end and connected with the mixed standard gas injection inlet at the other end, and is used for injecting a certain amount of mixed standard gas during the oil distribution process.

[0021] The third two-way valve is connected with the quantitative gas filling tank at one end and connected with the waste oil tank at the other end, and is used for controlling oil discharge or gas discharge during the oil distribution process.

[0022] The third liquid level switch and the fourth liquid level switch are arranged above the third liquid level switch, and are used for judging the gas level or the liquid level of the quantitative gas filling tank.

[0023] Further, the second oil distribution tank is further provided with a fifth liquid level switch, a sixth liquid level switch and a second displacement sensor.

[0024] The second displacement sensor is used for monitoring the liquid level of the second oil distribution tank in real time.

[0025] The sixth liquid level switch is arranged above the fifth liquid level switch, and is used for judging the liquid level in the second oil distribution tank and / or whether the second displacement sensor is faulty.

[0026] Further, the first oil storage tank is further provided with a third displacement sensor, a fourth three-way valve, a ninth two-way valve and a tenth two-way valve.

[0027] The third displacement sensor is used for monitoring the liquid level of the first oil storage tank in real time.

[0028] The ninth two-way valve is connected with the first oil storage tank at one end and connected with the oil taking port at the other end, and is used for opening the oil taking process when oil is taken.

[0029] The fourth three-way valve is connected with the first oil storage tank at one end and connected with the gas filling port at the other end, and is used for filling the first oil storage tank with gas pressure to control the downward movement of the piston.

[0030] The tenth two-way valve is connected with the first oil storage tank at one end and connected with the waste oil tank at the other end, and is used for discharging gas or waste oil.

[0031] Further, the second oil tank is provided with a fourth liquid level sensor, a fifth three-way valve, an eleventh two-way valve and a twelfth two-way valve;

[0032] The fourth displacement sensor is used for real-time monitoring of the liquid level of the second oil tank.

[0033] The eleventh two-way valve is connected to the second oil tank at one end and to the oil outlet at the other end, and is used to open during oil taking and execute the oil taking process.

[0034] The fifth three-way valve is connected to the second oil tank at one end and to the gas inlet at the other end, and is used to add gas pressure to the second oil tank and control the downward movement of the piston.

[0035] The twelfth two-way valve is connected to the second oil tank at one end and to the waste oil tank at the other end, and is used for exhaust or waste oil discharge.

[0036] The second aspect of the present application provides a full-automatic control method of the oil dispensing and storage integrated device, which comprises:

[0037] S1, judging whether the flag bit state of the first oil tank and / or the second oil tank is 1, if yes, executing the oil discharging process, if not, executing step S2;

[0038] S2, acquiring the liquid level in the second oil tank and judging whether it is in the ready-to-dispense state, if yes, executing step S3, if not, executing the oil dispensing process;

[0039] S3, judging whether the flag bit of the first oil tank is 0, if yes, controlling the eighth two-way valve and the third three-way valve 203 to open and controlling the oil in the second oil tank to be injected into the first oil tank, if not, executing step S4;

[0040] S4, judging whether the flag bit of the second oil tank is 0, if yes, controlling the seventh two-way valve and the third three-way valve to open and controlling the oil in the second oil tank to be injected into the second oil tank, if not, waiting for the oil discharging process.

[0041] Further, in S1, specifically comprising:

[0042] judging whether the flag bit state of the first oil tank is 1, if yes, controlling the fourth three-way valve and the ninth two-way valve to open and executing the oil discharging process, if not, executing step S2, and judging whether the flag bit state of the second oil tank is 1, if yes, controlling the fifth three-way valve and the tenth two-way valve to open and executing the oil discharging process, if not, executing step S2.

[0043] Further, in S2, the oil dispensing process comprises:

[0044] S21, judging whether the second oil distribution tank is in a state of being well-distributed oil, if yes, executing step S3, if not, executing step S22;

[0045] S22, controlling the oil distribution part to initialize;

[0046] S23, controlling the oil distribution part to be connected with the clean oil injection inlet, and the clean oil to clean the first oil distribution tank, the second oil distribution tank and the quantitative gas tank;

[0047] S24, after the clean oil cleaning is completed, controlling the oil distribution part to be connected with the high-purity air injection inlet, and the high-purity air to clean the quantitative gas tank;

[0048] S25, after the high-purity air cleaning is completed, controlling the clean oil to be injected into the first oil distribution tank in a quantitative manner, and controlling the mixed standard gas to be injected into the quantitative gas tank, so as to mix the mixed standard gas with the clean oil in the first oil distribution tank;

[0049] S26, controlling the oil-gas mixture in the first oil distribution tank to be poured back and forth between the first oil distribution tank and the second oil distribution tank through a set number of pouring times;

[0050] S27, after the set number of pouring times is reached, performing exhaust, and storing the oil after exhaust in the second oil distribution tank, so as to complete oil distribution.

[0051] Compared with the prior art, the present application has at least one of the following beneficial effects:

[0052] 1. The present application forms an integrated device by the oil distribution part and the oil storage part, the first oil distribution tank, the second oil distribution tank, the quantitative gas tank of the oil distribution part, and the first oil storage tank and the second oil storage tank of the oil storage part, which not only contains the function of automatically configuring standard oil, but also automatically stores the function of standard oil sample, without motor-driven components, and provides power through gas, which is simple in structure and low in failure rate, and the oil storage part is designed with main and standby oil storage tanks, which can ensure the real-time use of standard oil sample and improve the use efficiency.

[0053] 2. The present application is designed with a closed-loop automatic control process, which can realize automatic oil injection from the second oil distribution tank to the oil storage tank when the liquid level of the first oil storage tank or the second oil storage tank is low, and automatically start the oil distribution function when the liquid level of the second oil distribution tank is low, so as to realize the reciprocating pouring of the first oil distribution tank and the second oil distribution tank through the quantitative gas tank, which can make the oil storage tank have standard oil sample at all times without waiting for the oil distribution and storage process and without human operation. BRIEF DESCRIPTION OF DRAWINGS

[0054] Other features, objects and advantages of the present application will become more apparent after reading the detailed description of the non-limiting embodiments with reference to the following drawings:

[0055] Fig. 1 is a schematic diagram of an oil dispensing and storage integrated device according to an embodiment of the present application.

[0056] Fig. 2 is a flow chart of a full-automatic control method of the oil dispensing and storage integrated device according to an embodiment of the present application.

[0057] Fig. 3 is a detailed flow chart of the full-automatic control method of the oil dispensing and storage integrated device according to an embodiment of the present application.

[0058] Fig. 4 is an oil dispensing flow chart according to an embodiment of the present application.

[0059] In the figures: 10, oil dispensing part; 20, oil storage part; 100, first oil dispensing tank; 101, first liquid level switch; 102, second liquid level switch; 103, second three-way valve; 104, first displacement sensor; 105, sixth two-way valve; 200, second oil dispensing tank; 201, fifth liquid level switch; 202, sixth liquid level switch; 203, third three-way valve; 204, second displacement sensor; 205, seventh two-way valve; 206, eighth two-way valve; 300, quantitative gas filling tank; 301, third liquid level switch; 302, fourth liquid level switch; 303, first three-way valve; 304, first two-way valve; 305, second two-way valve; 306, third two-way valve; 307, fourth two-way valve; 308, fifth two-way valve; 400, first oil storage tank; 401, seventh liquid level switch; 402, eighth liquid level switch; 403, fourth three-way valve; 404, third displacement sensor; 405, ninth two-way valve; 406, tenth two-way valve; 500, second oil storage tank; 501, ninth liquid level switch; 502, tenth liquid level switch; 503, fifth three-way valve; 504, fourth displacement sensor; 505, eleventh two-way valve; 506, twelfth two-way valve. DETAILED DESCRIPTION

[0060] The present application will be described in detail below with reference to specific embodiments. The following embodiments will help those skilled in the art to further understand the present application, but do not limit the present application in any form. It should be noted that, for those skilled in the art, without departing from the concept of the present application, a number of modifications and improvements can be made. These all fall within the scope of the present application.

[0061] The application forms an integrated device by the oil distribution part 10 and the oil storage part 20, the first oil distribution tank 100, the second oil distribution tank 200, the quantitative gas filling tank 300 of the oil distribution part 10, and the first oil storage tank 400 and the second oil storage tank 500 of the oil storage part 20, and the like, not only contains the automatic standard oil distribution function, but also automatically stores the standard oil sample function, does not need the motor-driven component, provides power through the pneumatic, has simple structure, low failure rate, the main and standby oil storage tanks of the oil storage part 20 can ensure the real-time of the standard oil sample oil, improve the use efficiency, adopts the closed-loop automatic control design process, does not need the manual operation, can realize the automatic standard oil distribution function and the automatic standard oil storage function, automatically identifies the device failure, and can avoid the device misoperation risk.

[0062] Referring to FIG. 1, it is an embodiment of the application, which is an oil distribution and storage integrated device, comprising an oil distribution part 10 and an oil storage part 20.

[0063] The oil distribution part 10 comprises a first oil distribution tank 100, a second oil distribution tank 200 and a quantitative gas filling tank 300.

[0064] The quantitative gas filling tank 300 is connected with the first oil distribution tank 100 and the second oil distribution tank 200 respectively, and is used for injecting mixed standard gas through the quantitative gas filling tank 300, the first oil distribution tank 100 and the second oil distribution tank 200 reciprocate the tank through the quantitative gas filling tank 300 to execute the oil distribution process; the second oil distribution tank 200 is provided with a fifth liquid level switch 201 and a sixth liquid level switch 202, which are used for judging the liquid level in the second oil distribution tank 200 and controlling the start or stop of the oil distribution process.

[0065] The first oil distribution tank 100 can control the oil volume of the clean oil, the quantitative gas filling tank 300 can control the injection amount of the mixed gas, and the second oil distribution tank 200 can store the prepared standard oil sample, the first oil distribution tank 100, the quantitative gas filling tank 300 and the second oil distribution tank 200 are used in cooperation to realize the standard oil sample distribution function.

[0066] The oil storage part 20 comprises a first oil storage tank 400 and a second oil storage tank 500, the second oil distribution tank 200 is connected with the first oil storage tank 400 and the second oil storage tank 500 respectively, an eighth two-way valve 206 is arranged between the second oil distribution tank 200 and the first oil storage tank 400, the first oil storage tank 400 is provided with a seventh liquid level switch 401 and an eighth liquid level switch 402, which are used for judging the liquid level in the first oil storage tank 400, when the oil in the first oil storage tank 400 is insufficient, the eighth two-way valve 206 is opened to transfer the oil in the second oil distribution tank 200 to the first oil storage tank 400.

[0067] The seventh two-way valve is arranged between the second oil distribution tank 200 and the second oil storage tank 500, and the ninth liquid level switch 501 and the tenth liquid level switch 502 are arranged on the second oil storage tank 500, so as to judge the liquid level in the second oil storage tank 500, and when the liquid level in the second oil storage tank 500 is insufficient, the seventh two-way valve is opened, and the oil in the second oil distribution tank 200 is transferred to the second oil storage tank 500.

[0068] The first oil storage tank 400 and the second oil storage tank 500 can realize oil injection, oil storage and oil discharge functions, and the two oil storage tanks are alternately used as a main tank and a backup tank, so that the problem of insufficient oil supply can be avoided.

[0069] The oil distribution part 10 and the oil storage part 20 are integrated into an integrated device, the first oil distribution tank 100, the second oil distribution tank 200, the quantitative gas filling tank 300 of the oil distribution part 10 and the first oil storage tank 400 and the second oil storage tank 500 of the oil storage part 20 are integrated into an integrated device, the automatic standard oil distribution function is realized, the automatic standard oil sample storage function is also realized, no motor-driven components are needed, the power is provided by gas, the structure is simple, the failure rate is low, when the liquid level of the first oil storage tank 400 or the second oil storage tank 500 is low, the second oil distribution tank 200 automatically injects oil into the oil storage tank, when the liquid level of the second oil distribution tank 200 is low, the oil distribution function is automatically started, so that the oil storage tank always has standard oil samples for use at any time, and there is no need to wait for the oil distribution and oil storage process and no need for manual operation.

[0070] In the above embodiment, the fifth two-way valve 308 is arranged between the quantitative gas filling tank 300 and the first oil distribution tank 100, the fourth two-way valve 307 is arranged between the quantitative gas filling tank 300 and the second oil distribution tank 200, the first three-way valve 303 is arranged on the quantitative gas filling tank 300, the second three-way valve 103 is arranged on the first oil distribution tank 100, and the third three-way valve 203 is arranged on the second oil distribution tank 200, the first three-way valve 303, the second three-way valve 103 and the third three-way valve 203 are connected with the gas filling port, and are used for controlling the corresponding valves to be opened to execute the oil distribution process.

[0071] Specifically, the fifth two-way valve 308 and the fourth two-way valve 307 are arranged between the quantitative gas filling tank 300 and the first oil distribution tank 100 and between the quantitative gas filling tank 300 and the second oil distribution tank 200, so as to realize the communication between the quantitative gas filling tank 300, the first oil distribution tank 100 and the second oil distribution tank 200, the first three-way valve 303 of the quantitative gas filling tank 300 is opened, and the fifth two-way valve 308 or the fourth two-way valve 307 is opened at the same time, so as to flow the gas or liquid in the quantitative gas filling tank 300 into the first oil distribution tank 100 or the second oil distribution tank 200, and realize the tank pouring process between each other when the oil distribution process is executed.

[0072] The liquid in the first oil tank 100 is injected into the quantitative gas tank 300 by opening the second three-way valve 103 on the first oil tank 100 and opening the fifth two-way valve 308, and then the liquid in the quantitative gas tank 300 is flowed into the second oil tank 200 by closing the second three-way valve 103 and the fifth two-way valve 308, opening the first three-way valve 303 and the fourth two-way valve 307, thereby realizing the transfer of the liquid. Similarly, the liquid in the second oil tank 200 is flowed into the quantitative gas tank 300 by opening the third three-way valve 203 and the fourth two-way valve 307 on the second oil tank 200, and then the liquid in the quantitative gas tank 300 is injected into the first oil tank 100 by closing the fourth two-way valve 307 and the third three-way valve 203, opening the first three-way valve 303 and the fifth two-way valve 308, thereby realizing the tank inversion process in the oil distribution process.

[0073] The first three-way valve 303, the second three-way valve 103 and the third three-way valve 203 are connected with the gas inlet, and the pistons in the quantitative gas tank 300, the first oil tank 100 and the second oil tank 200 are driven to move by opening the corresponding valves to apply gas pressure.

[0074] In some possible embodiments, the first oil tank 100 is further provided with a sixth two-way valve 105, a first displacement sensor 104, a first liquid level switch 101 and a second liquid level switch 102.

[0075] One end of the sixth two-way valve 105 is connected with the first oil tank 100, and the other end is connected with the clean oil injection inlet, which is used to control the clean oil to wash the first oil tank 100, the second oil tank 200 and the quantitative gas tank 300 before the oil distribution process is performed; the first displacement sensor 104 is used to control the oil intake and to monitor the liquid level of the first oil tank 100 in real time; the first liquid level switch 101 and the second liquid level switch 102, which is located above the first liquid level switch 101, are used to determine whether the first displacement sensor 104 is faulty.

[0076] Specifically, the sixth two-way valve 105 is connected with the clean oil injection inlet, the oil intake is realized by opening the sixth two-way valve 105 when the oil distribution is performed, one end of the first sensor is connected with the piston rod of the first oil tank 100, and the other end is fixed on the first oil tank 100, the oil intake of the clean oil is obtained in real time by driving the piston rod of the piston with the clean oil, and the liquid level in the first oil tank 100 is further determined in combination with the first liquid level switch 101 and the second liquid level switch 102, wherein the first liquid level switch 101 and the second liquid level switch 102 can also determine whether the first displacement sensor 104 is faulty according to the liquid level information.

[0077] In some possible embodiments, the quantitative gas filling tank 300 is further provided with a first two-way valve 304, a second two-way valve 305, a third two-way valve 306, a third liquid level switch 301 and a fourth liquid level switch 302.

[0078] The first two-way valve 304 is connected to the quantitative gas filling tank 300 at one end and connected to the high-purity air inlet at the other end, for controlling the high-purity air to clean the quantitative gas filling tank 300 before performing the oil mixing process; the second two-way valve 305 is connected to the quantitative gas filling tank 300 at one end and connected to the mixed standard gas inlet at the other end, for injecting a certain amount of mixed standard gas during the oil mixing process; the third two-way valve 306 is connected to the quantitative gas filling tank 300 at one end and connected to the waste oil tank at the other end, for controlling the oil or gas discharge during the oil mixing process; and the fourth liquid level switch 302 is located above the third liquid level switch 301, for determining the gas or liquid level of the quantitative gas filling tank 300.

[0079] By means of the first two-way valve 304 and the second two-way valve 305, the high-purity air is used to clean the quantitative gas filling tank 300 before the oil mixing process, and the mixed standard gas is used to perform the oil mixing process, and the third liquid level switch 301 and the fourth liquid level switch 302 are used to obtain the gas amount, so as to realize the quantitative gas filling. The third two-way valve 306 is connected to the waste oil tank, so as to discharge the waste gas or waste oil after cleaning into the waste oil tank.

[0080] In some possible embodiments, the second oil mixing tank 200 is further provided with a fifth liquid level switch 201, a sixth liquid level switch 202 and a second displacement sensor 204.

[0081] The second displacement sensor 204 is used to monitor the liquid level of the second oil mixing tank 200 in real time; the sixth liquid level switch 202 is located above the fifth liquid level switch 201, for determining the liquid level in the second oil mixing tank 200 and / or whether the second displacement sensor 204 is faulty.

[0082] Specifically, the oil dispensing part 10 mainly comprises a first oil dispensing tank 100, a second oil dispensing tank 200, a quantitative gas filling tank 300, a first two-way valve 304, a second two-way valve 305, a third two-way valve 306, a fourth two-way valve 307, a fifth two-way valve 308, a sixth two-way valve 105, a seventh two-way valve 205, an eighth two-way valve 206, a first three-way valve 303, a second three-way valve 103, a third three-way valve 203, a first liquid level switch 101, a second liquid level switch 102, a third liquid level switch 301, a fourth liquid level switch 302, a fifth liquid level switch 201, a sixth liquid level switch 202, a first displacement sensor 104, and a second displacement sensor 204, and the like. Based on the principle of quantitative gas filling method, the oil is dispensed by controlling the amount of mixed standard gas and clean oil, and the reciprocating tank pouring of the two oil dispensing tanks is realized by using a pneumatic method in the oil dispensing process, without using a motor driven element such as an oil pump or a gas pump, and power is provided by pneumatic, which has a simple structure and a low failure rate.

[0083] Among them, the first oil dispensing tank 100 can control the oil volume of the clean oil, the quantitative gas filling tank 300 can control the injection amount of the mixed gas, the second oil dispensing tank 200 can store the prepared standard oil sample, the first oil dispensing tank 100, the quantitative gas filling tank 300 and the second oil dispensing tank 200 are used in cooperation to realize the standard oil sample configuration function; the displacement sensor can monitor the liquid level of the first oil dispensing tank 100 and the second oil dispensing tank 200 in real time; the liquid level switch can judge the approximate liquid level of the first oil dispensing tank 100, the second oil dispensing tank 200 and the quantitative gas filling tank 300, and also can judge whether the displacement sensor is faulty; the three-way valve mainly plays a function of adding gas pressure or pressure relief to the tank, for example: opening the second three-way valve 103, adding gas pressure to the piston of the first oil dispensing tank 100, moving the piston downward, closing the second three-way valve 103, removing the pressure above the piston, and the piston does not act; the two-way valve mainly plays the role of pipeline on-off, for example: opening the sixth two-way valve 105, clean oil will be injected into the first oil dispensing tank 100.

[0084] In some possible embodiments, the first oil storage tank 400 is further provided with a third displacement sensor 404, a fourth three-way valve 403, a ninth two-way valve 405 and a tenth two-way valve 406.

[0085] Specifically, the third displacement sensor 404 is used to monitor the liquid level of the first oil storage tank 400 in real time; one end of the ninth two-way valve 405 is connected with the first oil storage tank 400, and the other end is connected with an oil taking port, which is used to open the oil taking process when taking oil; one end of the fourth three-way valve 403 is connected with the first oil storage tank 400, and the other end is connected with a gas filling port, which is used to add gas pressure to the first oil storage tank 400 to control the piston to move downward; one end of the tenth two-way valve 406 is connected with the first oil storage tank 400, and the other end is connected with a waste oil tank, which is used to exhaust or discharge waste oil.

[0086] The oil taking process is realized in a pneumatic mode by opening the ninth two-way valve 405 and the fourth three-way valve 403, and the seventh liquid level switch 401 and the eighth liquid level switch 402 judge the liquid level in the first oil storage tank 400. The waste oil or gas in the first oil storage tank 400 is discharged to the waste oil tank by opening the tenth two-way valve 406.

[0087] In some possible embodiments, the second oil storage tank 500 is provided with a fourth liquid level sensor, a fifth three-way valve 503, an eleventh two-way valve 505 and a twelfth two-way valve 506.

[0088] The fourth displacement sensor 504 is used to monitor the liquid level of the second oil storage tank 500 in real time. The eleventh two-way valve 505 is connected to the second oil storage tank 500 at one end and connected to an oil taking port at the other end, and is used to be opened during oil taking to perform an oil taking process. The fifth three-way valve 503 is connected to the second oil storage tank 500 at one end and connected to a gas filling port at the other end, and is used to fill gas for the second oil storage tank 500 to control the piston to move downward. The twelfth two-way valve 506 is connected to the second oil storage tank 500 at one end and connected to a waste oil tank at the other end, and is used to discharge gas or waste oil.

[0089] Specifically, the oil storage part 20 mainly comprises the first oil storage tank 400, the second oil storage tank 500, the third displacement sensor 404, the fourth displacement sensor 504, the seventh liquid level switch 401, the eighth liquid level switch 402, the ninth liquid level switch 501, the tenth liquid level switch 502, the fourth three-way valve 403, the fifth three-way valve 503, the ninth two-way valve 405, the tenth two-way valve 406, the eleventh two-way valve 505 and the twelfth two-way valve 506.

[0090] The first oil storage tank 400 and the second oil storage tank 500 can realize oil injection, oil storage and oil discharge functions, and the two oil storage tanks are used alternately as a main one and a backup one to avoid the problem of insufficient oil supply. The third displacement sensor 404 and the fourth displacement sensor 504 can monitor the liquid levels of the first oil storage tank 400 and the second oil storage tank 500 in real time. The liquid level switch can judge the approximate liquid levels of the first oil storage tank 400 and the second oil storage tank 500, and can also judge whether the displacement sensor is faulty. The three-way valve mainly functions to fill gas for the tank or to release pressure, for example, the fourth three-way valve 403 is opened to fill gas for the piston of the first oil storage tank 400, the piston moves downward, and the fourth three-way valve 403 is closed to release the pressure above the piston, and the piston does not move. The two-way valve mainly functions to connect or disconnect the pipeline, for example, the ninth two-way valve 405 is opened and the fourth three-way valve 403 is opened, and the first oil storage tank 400 performs the oil discharge function.

[0091] Referring to FIG. 2, the second aspect of the present application provides a full-automatic control method of the oil distribution and storage integrated device, which comprises the following steps:

[0092] S1, judge whether the flag bit of the first oil tank 400 and / or the second oil tank 500 is 1, if yes, execute the oil discharging process, if not, execute step S2.

[0093] The device is powered on, first read the flag bit of the first oil tank 400 and the second oil tank 500, when the oil tank is full of oil, the flag bit is 1, when the oil tank is empty, the flag bit is 0. Among them, during the oil discharging process of the oil tank, the flag bit is 1; during the oil filling process of the oil tank, the flag bit is 0.

[0094] S2, get the liquid level in the second oil tank 200, judge whether it is a good oil state, if yes, execute step S3, if not, execute the oil dispensing process.

[0095] When the liquid level in the first oil tank 400 or the second oil tank 500 is 0, first judge the state of the second oil tank 200 which stores the good oil, and then execute the oil filling process or the oil dispensing process.

[0096] Specifically, the second oil tank 200, the first oil tank 400, the second oil tank 500, through the fifth liquid level switch 201, the sixth liquid level switch 202, the second displacement sensor 204, the seventh liquid level switch 401, the eighth liquid level switch 402, the third displacement sensor 404, the ninth liquid level switch 501, the tenth liquid level switch 502, the fourth displacement sensor 504 respectively judge the state of the second oil tank 200, the first oil tank 400 and the second oil tank 500.

[0097] S3, judge whether the flag bit of the first oil tank 400 is 0, if yes, control the eighth two-way valve 206 and the third three-way valve 203 to open, control the good oil in the second oil tank 200 to be injected into the first oil tank 400; if not, execute step S4.

[0098] S4, judge whether the flag bit of the second oil tank 500 is 0, if yes, control the seventh two-way valve 205, the third three-way valve 203 to open, control the good oil in the second oil tank 200 to be injected into the second oil tank 500, if not, wait for the oil discharging process.

[0099] Specifically, after determining that the second oil tank 200 is in a good oil state, when the first oil tank 400 is empty, the oil in the second oil tank 200 is transferred to the first oil tank 400; when the second oil tank 500 is empty, the oil in the second oil tank 200 is transferred to the second oil tank 500; if the second oil tank 200 is empty, start the oil dispensing process, and when the oil dispensing is completed, it can be transferred to the oil tank for use. The whole oil dispensing and oil storage process is closed loop control, without manual operation, and can realize real-time use of standard oil sample.

[0100] If both the first oil tank 400 and the second oil tank 500 need to be filled with oil, the oil filling process is executed in priority to the request sent first. The waiting for oil distribution state completion and the oil tank flag bit being 1 are both controlled for a fixed time, and if the time is exceeded without completion, the device is prompted to be abnormal.

[0101] Specifically, after the device is powered on, the first oil tank 400 flag bit is 0, the first oil tank 400 starts to be filled with oil (the third three-way valve 203 and the eighth two-way valve 206 are opened), and after being filled, the first oil tank 400 flag bit is 1 (the third three-way valve 203 and the eighth two-way valve 206 are closed). When the second oil tank 500 can be drained (the fifth three-way valve 503 and the tenth two-way valve 406 are opened), the second oil tank 500 is drained until the flag bit is 0 (the fifth three-way valve 503 and the tenth two-way valve 406 are closed), the second oil tank 500 sends an oil filling signal, and starts to be filled with oil (the third three-way valve 203 and the seventh two-way valve 205 are opened). After being filled, the second oil tank 500 flag bit is 1 (the third three-way valve 203 and the seventh two-way valve 205 are closed), and before oil filling, it is first determined whether the oil distribution state is completed.

[0102] Among them, when the second oil tank 500 is drained to the flag bit being 0, it can be determined whether the first oil tank 400 flag bit is 1, if the first oil tank 400 flag bit is 1, the first oil tank 400 can be drained (the fourth three-way valve 403 and the ninth two-way valve 405 are opened), and then step S2 is executed, if the first oil tank 400 flag bit is 0, it is in a state of waiting for the first oil tank 400 flag bit to be 1, and step S2 is executed.

[0103] In some possible embodiments, in S1, specifically comprising:

[0104] It is determined whether the first oil tank 400 flag bit state is 1, if yes, the fourth three-way valve 403 and the ninth two-way valve 405 are controlled to be opened, and the oil draining process is executed, if not, step S2 is executed, and it is determined whether the second oil tank 500 flag bit state is 1, if yes, the fifth three-way valve 503 and the tenth two-way valve 406 are controlled to be opened, and the oil draining process is executed, if not, step S2 is executed.

[0105] Referring to Fig. 3, specifically, if the first oil tank 400 flag bit is 1, the first oil tank 400 can be discharged (the fourth three-way valve 403 and the ninth two-way valve 405 are opened), and when the first oil tank 400 flag bit is 0, the second oil tank 500 can be discharged (the fourth three-way valve 403 and the ninth two-way valve 405 are closed, and the fifth three-way valve 503 and the tenth two-way valve 406 are opened); at the same time, the first oil tank 400 starts to be filled (the third three-way valve 203 and the eighth two-way valve 206 are opened), and after being filled, the first oil tank 400 flag bit is 1 (the third three-way valve 203 and the eighth two-way valve 206 are closed), and before filling, it is first determined whether the oil distribution state is completed.

[0106] When the second oil tank 500 is discharged to the flag bit 0, the second oil tank 500 starts to be filled (the third three-way valve 203 and the seventh two-way valve 205 are opened), and after being filled, the second oil tank 500 flag bit is 1 (the third three-way valve 203 and the seventh two-way valve 205 are closed), and before filling, it is first determined whether the oil distribution state is completed; at the same time, it is determined whether the first oil tank 400 flag bit is 1, if the first oil tank 400 flag bit is 1, the first oil tank 400 can be discharged (the fourth three-way valve 403 and the ninth two-way valve 405 are opened), if the first oil tank 400 flag bit is 0, it is in a state of waiting for the first oil tank 400 flag bit to be 1, and the step S2 process is repeated to form a closed loop, without manual operation.

[0107] Referring to Fig. 4, in the above embodiment, in S2, the oil distribution process includes:

[0108] S21, it is determined whether the second oil tank 200 is in a state of being well distributed with oil, if yes, step S3 is executed, and if no, step S22 is executed.

[0109] It is first determined whether the second oil tank 200 is in a state of being well distributed with oil, if yes, it is placed for standby; if no, the oil distribution system initialization is executed.

[0110] S22, the oil distribution part 10 is initialized, and the pistons in the first oil tank 100, the second oil tank 200 and the quantitative gas filling tank 300 are placed at the bottom of the tank.

[0111] Specifically, the second three-way valve 103, the third three-way valve 203, the third two-way valve 306, the fourth two-way valve 307 and the fifth two-way valve 308 are opened, the pistons in the first oil tank 100 and the second oil tank 200 are placed at the bottom of the tank, and the related valves are closed; the first three-way valve 303 and the third two-way valve are opened, the piston in the quantitative gas filling tank 300 is placed at the bottom of the tank, and the related valves are closed.

[0112] S23, control the oil distribution part 10 and the clean oil injection port is connected, clean oil cleaning first oil tank 100, second oil tank 200 and quantitative gas tank 300.

[0113] Specifically, the first oil tank 100, the second oil tank 200 and the quantitative gas tank 300 are washed with clean oil, the sixth two-way valve 105 is opened, the clean oil is injected into the first oil tank 100, after 20L is injected, the sixth two-way valve 105 is closed; the second three-way valve 103, the fourth two-way valve 307 and the fifth two-way valve 308 are opened, the oil in the first oil tank 100 is injected into the second oil tank 200 and the quantitative gas tank 300, and the relevant valves are closed; the third three-way valve 203, the fourth two-way valve 307 and the fifth two-way valve 308 are opened, and then the oil in the second oil tank 200 is injected into the first oil tank 100 and the quantitative gas tank 300, and the cycle is repeated for several times; then the oil discharge operation is performed, that is, the third three-way valve 203, the third three-way valve 203, the third two-way valve 306, the fourth two-way valve 307 and the fifth two-way valve 308 are opened, the piston position of the first oil tank 100 and the second oil tank 200 is at the bottom of the tank, and the relevant valves are closed; the first three-way valve 303 and the third two-way valve are opened, and the piston position of the quantitative gas tank 300 is at the bottom of the tank, and the relevant valves are closed.

[0114] Among them, the injection amount of clean oil washing is 20L, which can be changed according to demand.

[0115] S24, after the clean oil washing is completed, the oil distribution part 10 is connected with the high-purity air injection port, and the high-purity air is used to wash the quantitative gas tank 300.

[0116] Specifically, the quantitative gas tank 300 is washed with high-purity air, the first two-way valve 304 is opened, and when the fourth liquid level switch 302 is triggered, the first two-way valve 304 is closed; the first three-way valve 303 and the third two-way valve 306 are opened, and the piston position of the quantitative gas tank 300 is at the bottom of the tank, and the relevant valves are closed.

[0117] S25, after the high-purity air washing is completed, the clean oil is injected into the first oil tank 100, and the quantitative mixed standard gas is injected into the quantitative gas tank 300, and the mixed standard gas is mixed with the clean oil in the first oil tank 100.

[0118] Specifically, a certain amount of clean oil is injected into the first oil tank 100, the sixth two-way valve 105 is opened, and the oil injection amount is controlled by the first displacement sensor 104. A certain amount of mixed standard gas is injected into the quantitative gas tank 300, the second two-way valve 305 is opened, and when the fourth liquid level switch 302 is triggered, the second two-way valve 305 is closed; then the third two-way valve 306 is opened, and after 2 seconds, the third two-way valve 306 is closed, forming a certain amount of mixed standard gas.

[0119] Wherein, due to the gas is easy to compress, by normal pressure air each time gasification amount; or by flow meter, quantitative tube and other ways to control the sample amount.

[0120] S26, control the oil gas mixture in the first oil tank 100, through the set of tank times, control the oil gas mixture between the first oil tank 100, second oil tank 200 back and forth tank.

[0121] Specifically, the oil and gas mixed oil distribution process, open the first three way valve 303 and the fifth two way valve 308, when the third liquid level switch 301 triggers, close the relevant valve; through the set of tank times to execute the tank process, open the second three way valve 103, fourth two way valve 307, fifth two way valve 308, the oil in the first oil tank 100 is injected into the second oil tank 200 and quantitative gas tank 300, close the relevant valve, open the first three way valve 303 and the fourth two way valve 307, when the third liquid level switch 301 triggers, close the relevant valve, record once tank process; open the third three way valve 203, fourth two way valve 307, fifth two way valve 308, and then again the oil in the second oil tank 200 is injected into the first oil tank 100 and quantitative gas tank 300, close the relevant valve; open the first three way valve 303 and the fifth two way valve 308, when the third liquid level switch 301 triggers, close the relevant valve, record twice tank process; through the comparison of the recorded tank times and the set of tank times, after reaching the set of tank times, stop the tank process operation.

[0122] S27, after reaching the set of tank times, carry out exhaust, and store the oil after exhaust in the second oil tank 200, complete the oil distribution.

[0123] Specifically, one of the specific embodiments is: exhaust gas flow process executes different exhaust gas flow processes through the set of tank times, if the oil and gas tank times is odd, open the third three way valve 203, fourth two way valve 307, fifth two way valve 308, and then again the oil in the second oil tank 200 is injected into the first oil tank 100 and quantitative gas tank 300, close the relevant valve; open the first three way valve 303 and the third two way valve 306, when the third liquid level switch 301 triggers, close the relevant valve; open the second three way valve 103, fourth two way valve 307, fifth two way valve 308, the oil in the first oil tank 100 is injected into the second oil tank 200 and quantitative gas tank 300, close the relevant valve, open the first three way valve 303 and the third two way valve 306, when the third liquid level switch 301 triggers, close the relevant valve, exhaust is completed.

[0124] In the above embodiment, another specific embodiment is that if the number of times of pouring oil and gas is even, the second three-way valve 103, the fourth two-way valve 307, and the fifth two-way valve 308 are opened, the oil in the first oil tank 100 is injected into the second oil tank 200 and the quantitative gas tank 300, the relevant valves are closed, the first three-way valve 303 and the third two-way valve 306 are opened, and when the third liquid level switch 301 triggers, the relevant valves are closed; the third three-way valve 203, the fourth two-way valve 307, and the fifth two-way valve 308 are opened, and then the oil in the second oil tank 200 is injected into the first oil tank 100 and the quantitative gas tank 300, the relevant valves are closed; the first three-way valve 303 and the third two-way valve 306 are opened, and when the third liquid level switch 301 triggers, the relevant valves are closed; and the gas is discharged.

[0125] Finally, the prepared oil is stored in the second oil tank 200, if the number of times of pouring oil and gas is odd, the second oil tank 200 is in a stationary state; if the number of times of pouring oil and gas is even, the second three-way valve 103, the fourth two-way valve 307, and the fifth two-way valve 308 are opened, the oil in the first oil tank 100 is injected into the second oil tank 200 and the quantitative gas tank 300, the relevant valves are closed, the first three-way valve 303 and the fourth two-way valve 307 are opened, and when the third liquid level switch 301 triggers, the relevant valves are closed, the oil in the quantitative gas tank 300 is injected into the second oil tank 200, so that the second oil tank 200 is in a stationary state, the oil preparation process is realized, the whole process adopts a closed-loop automatic control design process, does not need human operation, can realize the functions of automatic preparation of standard oil and automatic storage of standard oil, can automatically identify device faults, and can avoid device misoperation risks.

[0126] The specific embodiments of the application are described above. It needs to be understood that the application is not limited to the above specific embodiments, and various modifications or changes can be made by those skilled in the art within the scope of the claims, which does not affect the essential content of the application. The above preferred features can be combined in any manner without conflict.

Claims

1. An integrated oil mixing and storage device, characterized in that, The utility model relates to a kind of oil distribution system, including: Oil distribution part and oil storage part; The oil distribution part includes: first oil distribution tank, second oil distribution tank and quantitative gas filling tank; The quantitative gas filling tank is connected with the first oil distribution tank and the second oil distribution tank respectively, for injecting mixed standard gas through quantitative gas filling tank, and the first oil distribution tank and the second oil distribution tank reciprocate tank through quantitative gas filling tank to execute oil distribution process; The second oil distribution tank is equipped with the fifth liquid level switch and the sixth liquid level switch, for judging the liquid level in the second oil distribution tank, and controlling the start or stop of oil distribution process; The oil storage part includes: first oil storage tank, second oil storage tank; The second oil distribution tank is connected with the first oil storage tank and the second oil storage tank respectively, and the eighth two-way valve is arranged between the second oil distribution tank and the first oil storage tank, the seventh liquid level switch and the eighth liquid level switch are arranged on the first oil storage tank, for judging the liquid level in the first oil storage tank, and when the oil in the first oil storage tank is insufficient, the eighth two-way valve is opened, and the oil in the second oil distribution tank is transferred to the first oil storage tank; The seventh two-way valve is arranged between the second oil distribution tank and the second oil storage tank, and the ninth liquid level switch and the tenth liquid level switch are arranged on the second oil storage tank, for judging the liquid level in the second oil storage tank, and when the second oil storage tank is insufficient, the seventh two-way valve is opened, and the oil in the second oil distribution tank is transferred to the second oil storage tank.

2. The oil dispensing and storing integrated device according to claim 1, wherein The fifth two-way valve is arranged between the quantitative gas filling tank and the first oil distribution tank, and the fourth two-way valve is arranged between the quantitative gas filling tank and the second oil distribution tank;The first three-way valve is arranged on the quantitative gas filling tank, the second three-way valve is arranged on the first oil distribution tank, and the third three-way valve is arranged on the second oil distribution tank, and the first three-way valve, the second three-way valve and the third three-way valve are connected with the gas inlet, for controlling the corresponding valve to open to execute oil distribution process.

3. The oil dispensing and storing integrated device according to claim 2, wherein, The sixth two-way valve is further arranged on the first oil distribution tank, one end of which is connected with the first oil distribution tank, and the other end is connected with the clean oil injection inlet, for controlling the clean oil to wash the first oil distribution tank, the second oil distribution tank and the quantitative gas filling tank before executing oil distribution process; The first displacement sensor is used for controlling the oil inlet amount and monitoring the liquid level of the first oil distribution tank in real time; The first liquid level switch and the second liquid level switch are arranged on the first liquid level switch, for judging the liquid level of the first oil distribution tank and / or whether the first displacement sensor is faulty.

4. The oil dispensing and storing integrated device according to claim 1, wherein, The first two-way valve is further arranged on the quantitative gas filling tank, one end of which is connected with the quantitative gas filling tank, and the other end is connected with the high-purity air injection inlet, for controlling the high-purity air to wash the quantitative gas filling tank before executing oil distribution process; The second two-way valve is further arranged on the quantitative gas filling tank, one end of which is connected with the quantitative gas filling tank, and the other end is connected with the mixed standard gas injection inlet, for injecting a certain amount of mixed standard gas when executing oil distribution process; The third two-way valve is further arranged on the quantitative gas filling tank, one end of which is connected with the quantitative gas filling tank, and the other end is connected with the waste oil tank, for controlling oil discharge or air discharge when executing oil distribution process; The third liquid level switch and the fourth liquid level switch are arranged on the third liquid level switch, for judging the gas level or liquid level of the quantitative gas filling tank. The fifth liquid level switch, the sixth liquid level switch and the second displacement sensor are further arranged on the second oil distribution tank; 5. The oil dispensing and storing integrated device according to claim 1, wherein, The second displacement sensor is used for monitoring the liquid level of the second oil distribution tank in real time. ​ The sixth liquid level switch is located above the fifth liquid level switch, and is used for judging the liquid level in the second oil distribution tank and / or whether the second displacement sensor is faulty.

6. The oil dispensing and storing integrated device according to claim 1, wherein, The first oil storage tank is further provided with a third displacement sensor, a fourth three-way valve, a ninth two-way valve and a tenth two-way valve. The third displacement sensor is used for monitoring the liquid level of the first oil storage tank in real time. The ninth two-way valve is connected with the first oil storage tank at one end and connected with the oil taking port at the other end, and is used for opening the oil taking process when oil is taken. The fourth three-way valve is connected with the first oil storage tank at one end and connected with the gas filling port at the other end, and is used for gas filling pressure of the first oil storage tank, and controls the piston to move downward. The tenth two-way valve is connected with the first oil storage tank at one end and connected with the waste oil tank at the other end, and is used for exhaust or waste oil discharge.

7. The oil dispensing and storing integrated device according to claim 1, wherein, The second oil storage tank is provided with a fourth liquid level sensor, a fifth three-way valve, an eleventh two-way valve and a twelfth two-way valve. The fourth displacement sensor is used for monitoring the liquid level of the second oil storage tank in real time. The eleventh two-way valve is connected with the second oil storage tank at one end and connected with the oil taking port at the other end, and is used for opening when oil is taken, and executing the oil taking process. The fifth three-way valve is connected with the second oil storage tank at one end and connected with the gas filling port at the other end, and is used for gas filling pressure of the second oil storage tank, and controls the piston to move downward. The twelfth two-way valve is connected with the second oil storage tank at one end and connected with the waste oil tank at the other end, and is used for exhaust or waste oil discharge.

8. A full-automatic control method of the oil distribution and storage integrated device according to any one of claims 1-7, characterized in that, The method comprises: S1, judging whether the flag bit state of the first oil storage tank and / or the second oil storage tank is 1, if yes, executing the oil discharging process, if no, executing step S2; S2, acquiring the liquid level in the second oil distribution tank, judging whether it is in the oil distribution state, if yes, executing step S3, if no, executing the oil distribution process; S3, judging whether the flag bit of the first oil storage tank is 0, if yes, controlling the eighth two-way valve and the third three-way valve 203 to open, and controlling the oil distributed in the second oil distribution tank to be injected into the first oil storage tank, if no, executing step S4; S4, judging whether the flag bit of the second oil storage tank is 0, if yes, controlling the seventh two-way valve and the third three-way valve to open, and controlling the oil distributed in the second oil distribution tank to be injected into the second oil storage tank, if no, waiting for the oil discharging process.

9. The fully automatic control method according to claim 8, characterized in that, In S1, specifically comprising: judging whether the flag bit state of the first oil storage tank is 1, if yes, controlling the fourth three-way valve and the ninth two-way valve to open, and executing the oil discharging process, if no, executing step S2, and judging whether the flag bit state of the second oil storage tank is 1, if yes, controlling the fifth three-way valve and the tenth two-way valve to open, and executing the oil discharging process, if no, executing step S2.

10. The fully automatic control method according to claim 8, characterized in that, In S2, the oil distribution process comprises: S21, judging whether the second oil distribution tank is in the oil distribution state, if yes, executing step S3, if no, executing step S22; S22, controlling the oil distribution part to be initialized; S23, controlling the oil distribution part to be connected with the clean oil injection port, and cleaning the first oil distribution tank, the second oil distribution tank and the quantitative gas filling tank by clean oil; S24, after the clean oil cleaning is completed, controlling the oil distribution part to be connected with the high-purity air injection port, and cleaning the quantitative gas filling tank by high-purity air; S25, after the high-purity air cleaning is completed, the control oil is injected into the first oil tank, the mixed standard gas is injected into the quantitative gas tank, and the mixed standard gas is mixed with the clean oil in the first oil tank; S26, the oil gas mixture in the first oil tank is controlled to pass through the set number of times of tank inversion, and the oil gas mixture is controlled to be inverted between the first oil tank and the second oil tank; S27, after reaching the set number of times of tank inversion, the exhaust is performed, and the oil after the exhaust is stored in the second oil tank, and the oil distribution is completed.

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