A test device and method for simulating a horizontal storage tank metering cheating scene

Abstract

The application discloses a kind of test device and method of simulating horizontal storage tank metering cheating scene, it is related to horizontal storage tank metering technical field, including horizontal tank body, first Y-axis scale, second Y-axis scale, X-axis scale and Z-axis scale, first Y-axis scale is set on the outer wall of left end of horizontal tank body, the center of X-axis scale is slidably connected on first Y-axis scale by sliding sleeve, second Y-axis scale is set in the inner chamber of horizontal tank body, Z-axis scale is set in the inner chamber bottom of horizontal tank body, and the length of Z-axis scale is same with the length of the inner chamber of horizontal tank body along Z-axis direction.The application can simulate horizontal storage tank metering cheating behavior in laboratory, and the scale value of cheating point is displayed by first Y-axis scale, second Y-axis scale, X-axis scale and Z-axis scale, the real liquid level height corresponding to cheating liquid level height is obtained by combining real liquid level height formula, and the profit or loss caused by related side factor cheating behavior is calculated.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of horizontal storage tank metering, and in particular to a test device and method for simulating a cheating scenario of horizontal storage tank metering. BACKGROUND

[0002] Horizontal storage tanks are widely used for storing liquid petrochemical products, and are also used in the transportation and metering processes, mainly including horizontal buried tanks in gas stations, horizontal ground tanks in production enterprises, railway tank cars, and automobile tank trucks. In order to effectively control the process or carry out trade settlement, the liquid in the horizontal storage tank must be accurately metered. In actual application, the horizontal storage tank can be used as a container and as a measuring instrument (at this time, a liquid level meter and related instruments are usually provided) to realize liquid quantity metering. As a measuring instrument, the horizontal storage tank needs to be calibrated first. This process is called metering calibration. The metering calibration is generally carried out in accordance with the metering verification regulations such as JJG 266 “Horizontal Metal Tank Capacity”, JJG 140 “Railway Tank Car Volume”, and JJG 133 “Automobile Tank Car Capacity”. However, in recent years, cheating behaviors in horizontal storage tank metering have occurred frequently, which seriously interferes with the development of metering trade and metering calibration. In order to exclude the interference of cheating behaviors, it is very important to find out the principle of cheating and take corresponding measures. However, the existing devices or methods are difficult to complete the above tasks, and the specific reasons are as follows:

[0003] 1. The cheating methods of horizontal storage tank metering are various, and the means are very concealed. For example, cheating can be achieved by changing the metering reference point and the offset of the liquid level lower end, and these cheating means are usually difficult to be found.

[0004] 2. After the cheating behavior is found, it is difficult for the existing technology to accurately know the cheating amount (profit or loss) caused by the cheating behavior of the relevant party, so as to provide reliable technical basis for the administrative or judicial organs. SUMMARY

[0005] Therefore, the present application provides a test device and method for simulating a cheating scenario of horizontal storage tank metering to solve the problems raised in the background.

[0006] The utility model provides a kind of test device of simulating horizontal storage tank metering cheating scene, including horizontal tank body, first Y axis scale, second Y axis scale, X axis scale and Z axis scale, the left end of the top of horizontal tank body is equipped with manhole, first Y axis scale is arranged on the left end outer wall of horizontal tank body, the top end of first Y axis scale is first lower scale point, located in the left side outer wall of the top center position of manhole, the bottom end of first Y axis scale is equipped with stopper, the junction point of first Y axis scale and the bottom of the inner chamber of horizontal tank body is first Y axis reference point, the center of X axis scale is slidably connected on first Y axis scale by sliding sleeve, second Y axis scale is arranged in the inner chamber of horizontal tank body, the top end of second Y axis scale is second lower scale point, located in the right side inner wall of the top center position of manhole, the bottom end of second Y axis scale is second Y axis reference point, located in the bottom of the inner chamber of horizontal tank body, Z axis scale is arranged in the bottom of the inner chamber of horizontal tank body, the length of Z axis scale is identical with the length of the inner chamber of horizontal tank body along Z axis direction.

[0007] Further, first Y axis scale is equipped with first Y axis scale on the first Y axis, the zero scale of first Y axis scale is located on the first Y axis reference point, the numerical value of first Y axis scale is increased from zero scale to both ends of first Y axis scale respectively;

[0008] X axis scale is equipped with X axis scale on the X axis scale, the zero scale of X axis scale is located in the center of X axis scale, the numerical value of X axis scale is increased from zero scale to both ends of X axis scale respectively;

[0009] Second Y axis scale is equipped with second Y axis scale on the second Y axis scale, the zero scale of second Y axis scale is located on the second Y axis reference point, the numerical value of second Y axis scale is increased from zero scale to the direction of second lower scale point;

[0010] Z axis scale is equipped with Z axis scale on the Z axis scale, the zero scale of Z axis scale is located on the second Y axis reference point, the numerical value of Z axis scale is increased from zero scale to both ends of Z axis scale respectively.

[0011] Further, the left end of horizontal tank body is equipped with sealing door one, and the right end is equipped with sealing door two, a plurality of support feet are symmetrically arranged on the bottom of horizontal tank body, leveling device is arranged on the bottom of support foot, a plurality of lifting rings are symmetrically arranged on the top of horizontal tank body, lighting device and temperature sensor are sequentially arranged on the top of the inner chamber of horizontal tank body, and a plurality of drainage openings are uniformly arranged on the bottom of the inner chamber of horizontal tank body.

[0012] Liquid pipe is arranged on the right end of the top of horizontal tank body, one end of liquid pipe communicates with the inner chamber of horizontal tank body, and the other end is sequentially equipped with liquid injection port, increment port and decrement port, liquid injection valve is arranged on liquid injection port, increment valve is arranged on increment port, and decrement valve is arranged on decrement port.

[0013] A test method for simulating a horizontal storage tank metering cheating scene is realized by using any of the test devices for simulating a horizontal storage tank metering cheating scene, and comprises the following steps:

[0014] S1: According to the cheating scene, the cheating reference point, the endpoint position of the dipstick, and the true liquid level height formula are determined;

[0015] S2: The scale values of the cheating reference point on the first Y-axis scale, the second Y-axis scale, the X-axis scale, and the Z-axis scale are recorded; the cheating liquid level height, i.e., the liquid level reading of the dipstick, is set, and the above scale values are brought into the true liquid level height formula for calculation to obtain the true liquid level height corresponding to the cheating liquid level height;

[0016] S3: According to the cheating liquid level height, the true liquid level height, and the capacity table of the horizontal tank body, the cheating tank capacity value and the true tank capacity value are obtained respectively, and the theoretical cheating amount is obtained by subtracting the true tank capacity value from the cheating tank capacity value;

[0017] S4: The comparison verification experiment is performed, the first Y-axis scale, the X-axis scale, and the Z-axis scale are retracted, only the second Y-axis scale is retained, the sealing door one and the sealing door two are closed, the liquid inlet is connected to the external water source, the increment port is connected to the increment standard device, the decrement port is connected to the decrement standard device, the liquid valve is opened, water is introduced from the external water source into the inner cavity of the horizontal tank body until the liquid level reading of the dipstick reaches the cheating liquid level height set in the cheating scene, at which time the scale value of the second Y-axis scale is used to indicate the corresponding true liquid level height; the liquid valve is closed, and the increment valve or the decrement valve is opened, the water in the inner cavity of the horizontal tank body is discharged through the increment standard device or the decrement standard device until the liquid level reading displayed by the second Y-axis scale reaches the set cheating liquid level height value, and the accumulated water amount in the increment standard device or the decrement standard device is the true cheating amount; the theoretical cheating amount is compared with the true cheating amount, and after the comparison verification is completed, the water in the inner cavity of the horizontal tank body is discharged through the water outlet.

[0018] Further, in S1, the cheating scene is the first cheating scene, the cheating reference point is the first cheating reference point, the first cheating reference point is located directly above the first Y-axis reference point, one end of the dipstick is located at the first lower scale point, and the other end is located at the first cheating reference point, and the true liquid level height formula is the first true liquid level height formula;

[0019] In S2, the scale value of the first cheating reference point in the Y-axis direction displayed on the first Y-axis scale is y, the cheating liquid level height is set as h, the true liquid level height is H, and the first true liquid level height formula is:

[0020] H = h + y.

[0021] Further, the cheating scene in S1 is the second cheating scene, the cheating reference point is the second cheating reference point, the second cheating reference point is located directly below the first Y-axis reference point, one end of the dipstick is located at the first lower scale point, and the other end is located at the second cheating reference point, and the real liquid level height formula is the second real liquid level height formula;

[0022] In S2, the scale value of the second cheating reference point on the first Y-axis scale in the Y-axis direction is y, the set cheating liquid level height is h, the real liquid level height is H, and the second real liquid level height formula is:

[0023] H = h - y.

[0024] Further, the cheating scene in S1 is the third cheating scene, the cheating reference point is the third cheating reference point, the third cheating reference point is located on the inner cavity side wall of the horizontal tank body in the XY section of the first Y-axis reference point, one end of the dipstick is located at the first lower scale point, and the other end is located at the third cheating reference point, and the real liquid level height formula is the third real liquid level height formula;

[0025] In S2, the length of the first Y-axis reference point and the first lower scale point is H1, the scale value of the third cheating reference point on the X-axis scale in the X-axis direction is x, the scale value of the third cheating reference point on the first Y-axis scale in the Y-axis direction is y, the set cheating liquid level height is h, the real liquid level height is H, and the third real liquid level height formula is:

[0026]

[0027] Further, the cheating scene in S1 is the fourth cheating scene, the cheating reference point is the fourth cheating reference point, the fourth cheating reference point is located at the bottom of the inner cavity of the horizontal tank body in the YZ section of the first Y-axis reference point, one end of the dipstick is located at the second lower scale point, and the other end is located at the fourth cheating reference point, and the real liquid level height formula is the fourth real liquid level height formula;

[0028] In S2, the length of the second Y-axis reference point and the second lower scale point is H2, the scale value of the fourth cheating reference point on the Z-axis scale in the Z-axis direction is z, the set cheating liquid level height is h, the real liquid level height is H, and the fourth real liquid level height formula is:

[0029]

[0030] Further, the cheating scene in S1 is the fifth cheating scene, the cheating reference point is the fifth cheating reference point, the fifth cheating reference point is located at the bottom of the inner cavity of the horizontal tank body in the YZ section of the first Y-axis reference point, one end of the dipstick is located at the second lower scale point, and the other end is located at the fifth cheating reference point, and the dipstick is bent at the joint of the manhole and the inner cavity of the horizontal tank body, and the real liquid level height formula is the fifth real liquid level height formula.

[0031] The length of the second Y-axis reference point and the second lower scale point in S2 is H2, the height of the manhole inner wall is d, the scale value of the fifth cheating reference point in the Z-axis direction displayed on the Z-axis scale is z, the set cheating liquid level height is h, the real liquid level height is H, and the fifth real liquid level height formula is:

[0032]

[0033] Further, the cheating scene in S1 is the sixth cheating scene, the cheating reference point is the sixth cheating reference point, the sixth cheating reference point is located on the inner cavity side wall of the horizontal tank body, one end of the oil gauge is located at the second lower scale point, and the other end is located at the sixth cheating reference point, and the real liquid level height formula is the sixth real liquid level height formula.

[0034] The length of the second Y-axis reference point and the second lower scale point in S2 is H2, the scale value of the sixth cheating reference point in the X-axis direction displayed on the X-axis scale is x, the scale value of the sixth cheating reference point in the Y-axis direction displayed on the second Y-axis scale is y, the scale value of the sixth cheating reference point in the Z-axis direction displayed on the Z-axis scale is z, the set cheating liquid level height is h, the real liquid level height is H, and the sixth real liquid level height formula is:

[0035]

[0036] The beneficial effects of the present application are:

[0037] The present application can simulate the cheating behavior of horizontal storage tank metering in the laboratory, accurately restore the cheating process and principle, display the scale value of the cheating point through the first Y-axis scale, the second Y-axis scale, the X-axis scale and the Z-axis scale, obtain the real liquid level height corresponding to the cheating liquid level height combined with the real liquid level height formula, and then calculate the profit or loss caused by the cheating behavior, thereby providing reliable technical support for metering arbitration and judicial expertise. BRIEF DESCRIPTION OF DRAWINGS

[0038] In order to more clearly illustrate the technical solutions in the embodiments of the present application or the prior art, the following will briefly introduce the drawings needed to be used in the embodiment or prior art description. Obviously, the drawings in the following description are only the embodiments of the present application, and other drawings can be obtained by those skilled in the art without creating any inventive labor.

[0039] Figure 1 is a front view of a test device for simulating cheating scene of horizontal storage tank metering.

[0040] Figure 2 is Figure 1 is a sectional view of A-A in the figure.

[0041] Figure 3 is Figure 2 is a sectional view of B-B in FIG. 1.

[0042] Figure 4 is a top view of a test device for simulating a cheating scene of horizontal tank metering according to the present application.

[0043] Figure 5 is a schematic diagram for simulating a first cheating scene according to the present application.

[0044] Figure 6 is a schematic diagram for simulating a second cheating scene according to the present application.

[0045] Figure 7 is a schematic diagram for simulating a third cheating scene according to the present application.

[0046] Figure 8 is a schematic diagram for simulating a fourth cheating scene according to the present application.

[0047] Figure 9 is a schematic diagram for simulating a fifth cheating scene according to the present application.

[0048] Figure 10 is a schematic diagram for simulating a sixth cheating scene according to the present application.

[0049] In the drawings:

[0050] 1, horizontal tank body; 11, sealing door one; 12, sealing door two; 13, lifting ring; 14, supporting foot; 15, leveling device; 16, lighting device; 17, temperature sensor; 18, drain port; 2, manhole; 21, rectangular hole; 22, semicircular hole; 3, first Y-axis scale; 31, first lower scale point; 32, first Y-axis reference point; 33, limiter; 4, X-axis scale; 41, sliding sleeve; 5, second Y-axis scale; 51, second lower scale point; 52, second Y-axis reference point; 6, Z-axis scale; 7, oil gauge; 71, first cheating reference point; 72, second cheating reference point; 73, third cheating reference point; 74, fourth cheating reference point; 75, fifth cheating reference point; 76, sixth cheating reference point; 8, liquid passage pipe; 81, liquid injection port; 82, increment port; 83, decrement port; 84, liquid injection valve; 85, increment valve; 86, decrement valve. DETAILED DESCRIPTION

[0051] The technical solutions in the embodiments of the present application will be described clearly and completely below. Obviously, the described embodiments are only part of the embodiments of the present application, rather than all the embodiments. Based on the embodiments in the present application, all other embodiments obtained by those skilled in the art without creative labor fall within the protection scope of the present application.

[0052] It should be noted that the terms "first", "second", and the like in the description and in the claims of the present application and above-mentioned accompanying drawings are intended to distinguish similar objects and not necessarily for describing a particular sequential or chronological order. It should be understood that the data thus used in the description can be interchanged, where appropriate, to describe the embodiments of the present application described herein. In addition, the terms "comprising" and "having" and any variations thereof are intended to cover non-exclusive inclusion, for example, a process, method, system, product or apparatus that includes a list of steps or units not necessarily limited to those clearly listed, but can include other steps or units not clearly listed or inherent to such processes, methods, products or apparatus.

[0053] In the present application, the terms "upper", "lower", "left", "right", "front", "back", "top", "bottom", "inner", "outer", "middle", "vertical", "horizontal", "lateral", "longitudinal", and the like indicate the orientation or positional relationship based on the orientation or positional relationship shown in the drawings. These terms are mainly used to better describe the present application and its embodiments, and are not intended to limit the indicated devices, elements or components to have a particular orientation, or to be constructed and operated in a particular orientation.

[0054] Also, in addition to indicating the orientation or positional relationship, the above-mentioned partial terms can also be used to indicate other meanings, for example, the term "upper" can also be used to indicate a certain dependent relationship or connection relationship in some cases. For those skilled in the art, the specific meaning of these terms in the present application can be understood according to the specific circumstances.

[0055] In addition, the terms "mounting", "setting", "provided with", "connecting", "connected", "sleeved" should be broadly understood. For example, it can be a fixed connection, a detachable connection, or a monolithic structure; it can be a mechanical connection, or an electrical connection; it can be directly connected, or indirectly connected through an intermediate medium, or internal communication between two devices, elements or components. For those skilled in the art, the specific meaning of the above-mentioned terms in the present application can be understood according to the specific circumstances.

[0056] Referring to the drawings Figures 1-4The application discloses a kind of test devices of simulating horizontal storage tank metering cheating scene, including horizontal tank 1, first Y-axis scale 3, second Y-axis scale 5, X-axis scale 4 and Z-axis scale 6, manhole 2 is equipped in the top left end of horizontal tank 1, first Y-axis scale 3 is arranged on the left end outer wall of horizontal tank 1, the top end of first Y-axis scale 3 is first lower scale point 31, is located in the top center position of the left side outer wall of manhole 2, the bottom end of first Y-axis scale 3 is equipped with stopper 33, the junction point of first Y-axis scale 3 and the bottom of the inner chamber of horizontal tank 1 is first Y-axis reference point 32, the center of X-axis scale 4 is slidably connected on first Y-axis scale 3 by sliding sleeve 41, second Y-axis scale 5 is arranged in the inner chamber of horizontal tank 1, the top end of second Y-axis scale 5 is second lower scale point 51, is located in the top center position of the right side inner wall of manhole 2, the bottom end of second Y-axis scale 5 is second Y-axis reference point 52, is located in the bottom of the inner chamber of horizontal tank 1, Z-axis scale 6 is arranged in the bottom of the inner chamber of horizontal tank 1, and the length of Z-axis scale 6 is same with the length of the inner chamber of horizontal tank 1 along Z-axis direction.

[0057] In the embodiment, the left side of manhole 2 is rectangular hole 21, and the right side is semicircular hole 22, the long side of rectangular hole 21 is equal to the diameter length of semicircular hole 22 and just coincides, so the whole manhole 2 is horseshoe-shaped, and the total length and total width of manhole are equal to the length D of long side of rectangle.

[0058] First Y-axis scale 3 is provided with first Y-axis scale, and the zero scale of first Y-axis scale is located on first Y-axis reference point 32.

[0059] X-axis scale 4 is provided with X-axis scale, and the zero scale of X-axis scale is located at the center of X-axis scale 4.

[0060] Second Y-axis scale 5 is provided with second Y-axis scale, and the zero scale of second Y-axis scale is located on second Y-axis reference point 52.

[0061] Z-axis scale 6 is provided with Z-axis scale, and the zero scale of Z-axis scale is located on second Y-axis reference point 52.

[0062] The left end of the horizontal tank body 1 is provided with a sealing door one 11, and the right end is provided with a sealing door two 12. The bottom of the horizontal tank body 1 is symmetrically provided with a plurality of supporting feet 14. The bottom of the supporting feet 14 is provided with a leveling device 15. The top of the horizontal tank body 1 is symmetrically provided with a plurality of lifting rings 13. The top of the inner cavity of the horizontal tank body 1 is sequentially provided with a lighting device 16 and a temperature sensor 17. The bottom of the inner cavity of the horizontal tank body 1 is uniformly provided with a plurality of drainage ports 18.

[0063] The right end of the top of the horizontal tank body 1 is provided with a liquid passage 8. One end of the liquid passage 8 communicates with the inner cavity of the horizontal tank body 1. The other end of the liquid passage 8 is sequentially provided with a liquid injection port 81, an increment port 82 and a decrement port 83. The liquid injection port 81 is provided with a liquid injection valve 84. The increment port 82 is provided with an increment valve 85. The decrement port 83 is provided with a decrement valve 86.

[0064] In this embodiment, the right end of the horizontal tank body 1 is detachably connected with a manhole, which facilitates personnel to enter the inner cavity of the horizontal tank body 1 from the sealing door two 12.

[0065] In this embodiment, the horizontal tank body 1 can be moved to the required test site by using the lifting equipment through the lifting ring 13.

[0066] In this embodiment, the lighting device 16 is an LED illuminating lamp, and the temperature sensor 17 is used to measure the liquid temperature in the inner cavity of the horizontal tank body 1.

[0067] In this embodiment, the horizontal tank body 1 adopts a stainless steel plate. The inner diameter of the horizontal tank body 1 is 2400mm. The length along the Z-axis direction is 6000mm. The long side of the rectangular hole 21 of the manhole 2 is 600mm. The minimum height of the side wall around the manhole 2 is 200mm.

[0068] In this embodiment, the first Y-axis scale 3, the second Y-axis scale 5, the X-axis scale 4 and the Z-axis scale 6 are all cut from a steel tape. The length of the first Y-axis scale 3 is 2800mm. The length of the second Y-axis scale 5 is 2600mm. The length of the X-axis scale 4 is 2400mm. The length of the Z-axis scale 6 is 6000mm.

[0069] A test method for simulating a cheating scene of horizontal storage tank metering is provided. The test method is realized by using a test device for simulating a cheating scene of horizontal storage tank metering. The test method comprises the following steps:

[0070] S1: According to the cheating scene, the cheating reference point, the endpoint position of the oil gauge 7 and the real liquid level height formula are determined.

[0071] S2: The scale values of the cheating reference point on the first Y-axis scale 3, the second Y-axis scale 5, the X-axis scale 4 and the Z-axis scale 6 are recorded. The cheating liquid level height, i.e. the liquid level reading of the oil gauge 7, is set. The above scale values are brought into the real liquid level height formula to calculate the real liquid level height corresponding to the cheating liquid level height.

[0072] S3: According to the cheating liquid level height, the real liquid level height and the capacity table of the horizontal tank body 1, the cheating tank capacity value and the real tank capacity value are obtained respectively, and the theoretical cheating amount is obtained by subtracting the two;

[0073] S4: Comparison verification experiment is carried out, the first Y axis scale 3, X axis scale 4 and Z axis scale 6 are collected, only the second Y axis scale 5 is reserved, the sealing door one 11 and the sealing door two 12 are closed, the liquid inlet 81 is connected with the external water source, the increment port 82 is connected with the increment standard device, the decrement port 83 is connected with the decrement standard device, the liquid valve 84 is opened, the water is introduced into the inner cavity of the horizontal tank body 1 from the external water source until the liquid level reading of the oil gauge 7 reaches the cheating liquid level height set in the cheating scene, at this time the scale value of the second Y axis scale 5 is used to indicate the corresponding real liquid level height; the liquid valve 84 is closed, the increment valve 85 or the decrement valve 86 is opened, the water in the inner cavity of the horizontal tank body 1 is discharged by the increment standard device or the decrement standard device until the liquid level reading displayed by the second Y axis scale 5 reaches the set cheating liquid level height value, the water accumulated in the increment standard device or the decrement standard device is the real cheating amount; the theoretical cheating amount is compared with the real cheating amount, the relative deviation of comparison should not exceed ±0.5%; after the comparison verification is finished, the water in the inner cavity of the horizontal tank body 1 is discharged by opening the drain port 18.

[0074] Experimental example 1:

[0075] Referring to the drawings Figure 5 , the cheating scene in S1 is the first cheating scene, the cheating reference point is the first cheating reference point 71, the first cheating reference point 71 is located directly above the first Y axis reference point 32, one end of the oil gauge 7 is located at the first lower scale point 31, and the other end is located at the first cheating reference point 71, and the real liquid level height formula is the first real liquid level height formula;

[0076] In S2, the scale value of the first cheating reference point 71 in the Y axis direction displayed on the first Y axis scale 3 is y, y=10mm, the set cheating liquid level height is h, h=1500mm, the real liquid level height is H, and the first real liquid level height formula is:

[0077] H=h+y;

[0078] H=1510m;

[0079] S3: According to the cheating liquid level height, the real liquid level height and the capacity table of the horizontal tank body 1, the cheating tank capacity value and the real tank capacity value are obtained respectively, and the theoretical cheating amount is obtained by subtracting the two;

[0080] S4: Perform comparison verification experiment, retract the first Y-axis scale 3, X-axis scale 4 and Z-axis scale 6, only keep the second Y-axis scale 5, close the sealing door one 11 and the sealing door two 12, make the liquid injection port 81 connect with the external water source, make the increment port 82 connect with the increment standard device, make the decrement port 83 connect with the decrement standard device, open the liquid injection valve 84, introduce water from the external water source into the inner cavity of the horizontal tank body 1, until the liquid level reading of the oil gauge 7 reaches the set cheating liquid level height of 1500m in the cheating scene, at this time the scale value of the second Y-axis scale 5 is used to indicate that the corresponding real liquid level height is about 1510mm; close the liquid injection valve 84, open the decrement valve 86, and the water in the inner cavity of the horizontal tank body 1 is discharged by the decrement standard device until the liquid level reading displayed by the second Y-axis scale 5 reaches the set cheating liquid level height value of 1500mm, and the decrement water accumulated in the decrement standard device is-159.0L, which is the real cheating amount; compare the theoretical cheating amount with the real cheating amount, and the comparison relative deviation is-0.44%; after the comparison verification is completed, open the drain port 18 to discharge the water in the inner cavity of the horizontal tank body 1.

[0081] Experimental example 2:

[0082] Refer to the accompanying Figure 6 , the cheating scene in S1 is the second cheating scene, and the second cheating reference point 72 is located directly below the first Y-axis reference point 32. One end of the oil gauge 7 is located at the first lower scale point 31, and the other end is located at the second cheating reference point 72. The real liquid level height formula is the second real liquid level height formula.

[0083] In S2, the scale value of the second cheating reference point 72 in the Y-axis direction on the first Y-axis scale 3 is y, y=15mm, the set cheating liquid level height is h, h=1500mm, and the real liquid level height is H. The second real liquid level height formula is:

[0084] H=h-y;

[0085] H=1485mm;

[0086] S3: According to the cheating liquid level height, the real liquid level height and the capacity table of the horizontal tank body 1, the cheating tank capacity value and the real tank capacity value are obtained respectively. The cheating tank capacity value is 19910.2L, and the real tank capacity value is 19671.4L. The difference between the two is the theoretical cheating amount, which is 238.8L;

[0087] S4: Perform comparison verification experiment, retract the first Y-axis scale 3, the X-axis scale 4 and the Z-axis scale 6, only keep the second Y-axis scale 5, close the sealing door one 11 and the sealing door two 12, make the liquid injection port 81 connect with the external water source, make the increment port 82 connect with the increment standard device, make the decrement port 83 connect with the decrement standard device, open the liquid injection valve 84, introduce water from the external water source into the inner cavity of the horizontal tank body 1 until the liquid level reading of the oil gauge 7 reaches the set cheating liquid level height of 1500m in the cheating scene, at this time, the scale value of the second Y-axis scale 5 is used to indicate that the corresponding real liquid level height is about 1485mm; close the liquid injection valve 84, open the increment valve 85, incrementally discharge water into the inner cavity of the horizontal tank body 1 through the increment standard device until the liquid level reading displayed by the second Y-axis scale 5 reaches the set cheating liquid level height value of 1500mm, and the increment water accumulated by the increment standard device is the real cheating amount of 237.9L; compare the theoretical cheating amount with the real cheating amount, and the comparison relative deviation is +0.38%; after the comparison verification is completed, open the water outlet 18 to discharge the water in the inner cavity of the horizontal tank body 1.

[0088] Experimental example 3:

[0089] Refer to the accompanying drawings Figure 7 , the cheating scene in S1 is the third cheating scene, the cheating reference point is the third cheating reference point 73, the third cheating reference point 73 is located on the inner cavity side wall of the horizontal tank body 1 in the XY section of the first Y-axis reference point 32, one end of the oil gauge 7 is located at the first lower scale point 31, and the other end is located at the third cheating reference point 73, and the real liquid level height formula is the third real liquid level height formula;

[0090] The length of the first Y-axis reference point 32 and the first lower scale point 31 in S2 is H1, H1=2600mm, the scale value of the third cheating reference point 73 in the X-axis direction displayed on the X-axis scale 4 is x, x=218.2mm, the scale value of the third cheating reference point 73 in the Y-axis direction displayed on the first Y-axis scale 3 is y, y=20mm, the set cheating liquid level height is h, h=1500m, the real liquid level height is H, and the third real liquid level height formula is:

[0091]

[0092] H=1514.7mm;

[0093] S3: According to the cheating liquid level height, the real liquid level height and the capacity table of the horizontal tank body 1, the cheating tank capacity value and the real tank capacity value are obtained respectively, the cheating tank capacity value is 19910.2L, the real tank capacity value is 20146.5L, and the difference between the two is the theoretical cheating amount, which is -236.3L;

[0094] S4: Perform comparison verification experiment, retract the first Y-axis scale 3, the X-axis scale 4 and the Z-axis scale 6, only keep the second Y-axis scale 5, close the sealing door one 11 and the sealing door two 12, make the liquid injection port 81 connect with the external water source, make the increment port 82 connect with the increment standard device, make the decrement port 83 connect with the decrement standard device, open the liquid injection valve 84, introduce water from the external water source into the inner cavity of the horizontal tank body 1 until the liquid level reading of the oil gauge 7 reaches the set cheating liquid level height of 1500m in the cheating scene, at this time the scale value of the second Y-axis scale 5 is used to indicate that the corresponding real liquid level height is about 1514.7mm; close the liquid injection valve 84, open the decrement valve 86, and the water in the inner cavity of the horizontal tank body 1 is discharged by the decrement standard device until the liquid level reading displayed by the second Y-axis scale 5 reaches the set cheating liquid level height value of 1500mm, and the water accumulated in the decrement standard device is the real cheating amount of-237.0L; compare the theoretical cheating amount with the real cheating amount, and the comparison relative deviation is-0.30%; after the comparison verification is completed, open the drain port 18 to discharge the water in the inner cavity of the horizontal tank body 1.

[0095] Experimental Example 4:

[0096] Refer to the accompanying drawings Figure 8 , the cheating scene in S1 is the fourth cheating scene, the cheating reference point is the fourth cheating reference point 74, the fourth cheating reference point 74 is located at the bottom of the inner cavity of the horizontal tank body 1 in the YZ section of the first Y-axis reference point 32, one end of the oil gauge 7 is located at the second lower scale point 51, and the other end is located at the fourth cheating reference point 74, and the real liquid level height formula is the fourth real liquid level height formula;

[0097] The length of the second Y-axis reference point 52 and the second lower scale point 51 in S2 is H2, H2=2600mm, the scale value of the fourth cheating reference point 74 in the Z-axis direction on the Z-axis scale 6 is z, z=200mm, the set cheating liquid level height is h, h=1500mm, the real liquid level height is H, and the fourth real liquid level height formula is:

[0098]

[0099] H=1495.6mm;

[0100] S3: According to the cheating liquid level height, the real liquid level height and the capacity table of the horizontal tank body 1, the cheating tank capacity value and the real tank capacity value are obtained respectively, the cheating tank capacity value is 19910.2L, the real tank capacity value is 19840.1L, and the difference between the two is the theoretical cheating amount, which is 70.1L;

[0101] S4: Perform comparison verification experiment, retract the first Y-axis scale 3, the X-axis scale 4 and the Z-axis scale 6, only keep the second Y-axis scale 5, close the sealing door one 11 and the sealing door two 12, make the liquid injection port 81 communicate with the external water source, make the increment port 82 communicate with the increment standard device, make the decrement port 83 communicate with the decrement standard device, open the liquid injection valve 84, introduce water from the external water source into the inner cavity of the horizontal tank body 1 until the liquid level reading of the oil gauge 7 reaches the set cheating liquid level height of 1500m in the cheating scene, at this time the scale value of the second Y-axis scale 5 is used to indicate that the corresponding real liquid level height is about 1495.6mm; close the liquid injection valve 84, open the increment valve 85, incrementally discharge water into the inner cavity of the horizontal tank body 1 through the increment standard device until the liquid level reading displayed by the second Y-axis scale 5 reaches the set cheating liquid level height value of 1500mm, and the accumulated water amount in the increment standard device is the real cheating amount of 70.3L; compare the theoretical cheating amount with the real cheating amount, and the comparison relative deviation is-0.28%; after the comparison verification is completed, open the drain port 18 to drain the water in the inner cavity of the horizontal tank body 1.

[0102] Experimental Example 5

[0103] Refer to the accompanying drawings Figure 9 , the cheating scene in S1 is the fifth cheating scene, the cheating reference point is the fifth cheating reference point 75, the fifth cheating reference point 75 is located at the bottom of the inner cavity of the horizontal tank body 1 in the YZ section of the first Y-axis reference point 32, one end of the oil gauge 7 is located at the second lower scale point 51, the other end is located at the fifth cheating reference point 75, and the oil gauge 7 is bent at the joint of the manhole 2 and the inner cavity of the horizontal tank body 1, and the real liquid level height formula is the fifth real liquid level height formula;

[0104] The length of the second Y-axis reference point 52 and the second lower scale point 51 in S2 is H2, H2=2600mm, the height of the inner wall of the manhole 2 is d, d=200mm, the scale value of the fifth cheating reference point 75 in the Z-axis direction displayed on the Z-axis scale 6 is z, z=200mm, the set cheating liquid level height is h, h=1500mm, the real liquid level height is H, and the fifth real liquid level height formula is:

[0105]

[0106] H=1494.8mm;

[0107] S3: According to the cheating liquid level height, the real liquid level height and the capacity table of the horizontal tank body 1, the cheating tank capacity value and the real tank capacity value are obtained respectively, the cheating tank capacity value is 19910.2L, the real tank capacity value is 19830.6L, and the difference between the two is the theoretical cheating amount, which is 79.6L;

[0108] S4: Perform comparison verification experiment, retract the first Y-axis scale 3, X-axis scale 4 and Z-axis scale 6, only keep the second Y-axis scale 5, close the sealing door one 11 and the sealing door two 12, make the liquid injection port 81 connect with the external water source, make the increment port 82 connect with the increment standard device, make the decrement port 83 connect with the decrement standard device, open the liquid injection valve 84, introduce water from the external water source into the inner cavity of the horizontal tank body 1, until the liquid level reading of the oil gauge 7 reaches the set cheating liquid level height of 1500m in the cheating scene, at this time the scale value of the second Y-axis scale 5 is used to indicate that the corresponding real liquid level height is about 1494.8mm; close the liquid injection valve 84, open the increment valve 85, incrementally discharge water into the inner cavity of the horizontal tank body 1 through the increment standard device, until the liquid level reading displayed by the second Y-axis scale 5 reaches the set cheating liquid level height value of 1500mm, and the accumulated water amount in the increment standard device is the real cheating amount of 79.3L; compare the theoretical cheating amount with the real cheating amount, and the comparison relative deviation is 0.38%; after the comparison verification is completed, open the water outlet 18 to discharge the water in the inner cavity of the horizontal tank body 1.

[0109] Experimental example 6:

[0110] Refer to the accompanying Figure 10 , the cheating scene in S1 is the sixth cheating scene, the cheating reference point is the sixth cheating reference point 76, the sixth cheating reference point 76 is located on the inner cavity side wall of the horizontal tank body 1, one end of the oil gauge 7 is located at the second lower scale point 51, and the other end is located at the sixth cheating reference point 76, and the real liquid level height formula is the sixth real liquid level height formula;

[0111] The length of the second Y-axis reference point 52 and the second lower scale point 51 in S2 is H2, H2=2600mm, the scale value of the sixth cheating reference point 76 in the X-axis direction displayed on the X-axis scale 4 is x, x=218.2mm, the scale value of the sixth cheating reference point 76 in the Y-axis direction displayed on the second Y-axis scale 3 is y, y=20mm, the scale value of the sixth cheating reference point 76 in the Z-axis direction displayed on the Z-axis scale 6 is z, z=200mm, the set cheating liquid level height is h, h=1500mm, the real liquid level height is H, and the sixth real liquid level height formula is:

[0112]

[0113] H=1510.2mm;

[0114] S3: According to the cheating liquid level height, the real liquid level height and the capacity table of the horizontal tank body 1, the cheating tank capacity value and the real tank capacity value are obtained respectively, the cheating tank capacity value is 19910.2L, the real tank capacity value is 20068.5L, and the difference between the two is the theoretical cheating amount, which is-158.3L;

[0115] S4: Perform comparison verification experiment, retract the first Y-axis scale 3, X-axis scale 4 and Z-axis scale 6, only keep the second Y-axis scale 5, close the sealing door one 11 and the sealing door two 12, make the liquid injection port 81 communicate with the external water source, make the increment port 82 communicate with the increment standard device, make the decrement port 83 communicate with the decrement standard device, open the liquid injection valve 84, introduce water from the external water source into the inner cavity of the horizontal tank body 1, until the liquid level reading of the oil gauge 7 reaches the set cheating liquid level height of 1500m in the cheating scene, at this time the scale value of the second Y-axis scale 5 is used to indicate that the corresponding real liquid level height is about 1510.2mm; close the liquid injection valve 84, open the decrement valve 86, discharge the water in the inner cavity of the horizontal tank body 1 through the decrement standard device, until the liquid level reading displayed by the second Y-axis scale 5 reaches the set cheating liquid level height value of 1500mm, the water accumulated in the decrement standard device is the real cheating amount, which is-157.9L; compare the theoretical cheating amount with the real cheating amount, the comparison relative deviation is 0.25%; after the comparison verification is finished, open the drain port 18 to discharge the water in the inner cavity of the horizontal tank body 1.

[0116] The above only is the preferred embodiment of the present application, and is not used to limit the present application, for the person skilled in the art, the present application can have various changes and changes. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present application shall be included in the protection scope of the present application.

Claims

1. A test device for simulating a tampering scenario for horizontal storage tank metering, characterized in that, Including horizontal tank body (1), first Y axis scale (3), second Y axis scale (5), X axis scale (4) and Z axis scale (6), the left end of the top of the horizontal tank body (1) is provided with a manhole (2), the first Y axis scale (3) is arranged on the left end outer wall of the horizontal tank body (1), the top end of the first Y axis scale (3) is the first lower scale point (31), which is located at the top center position of the left side outer wall of the manhole (2), the bottom end of the first Y axis scale (3) is provided with a limiter (33), the intersection point of the first Y axis scale (3) and the bottom of the inner cavity of the horizontal tank body (1) is the first Y axis reference point (32), the center of the X axis scale (4) is slidably connected to the first Y axis scale (3) through a sliding sleeve (41), the second Y axis scale (5) is arranged in the inner cavity of the horizontal tank body (1), the top end of the second Y axis scale (5) is the second lower scale point (51), which is located at the top center position of the right side inner wall of the manhole (2), the bottom end of the second Y axis scale (5) is the second Y axis reference point (52), which is located at the bottom of the inner cavity of the horizontal tank body (1), the Z axis scale (6) is arranged at the bottom of the inner cavity of the horizontal tank body (1), and the length of the Z axis scale (6) is the same as the length of the inner cavity of the horizontal tank body (1) along the Z axis direction.

2. The test device for simulating the cheating scenario of horizontal storage tank metering according to claim 1, characterized in that, The first Y axis scale (3) is provided with a first Y axis scale, and the zero scale of the first Y axis scale is located on the first Y axis reference point (32), and the numerical value of the first Y axis scale is increased from the zero scale to the two ends of the first Y axis scale (3) respectively; The X axis scale (4) is provided with an X axis scale, and the zero scale of the X axis scale is located at the center of the X axis scale (4), and the numerical value of the X axis scale is increased from the zero scale to the two ends of the X axis scale (4) respectively; The second Y axis scale (5) is provided with a second Y axis scale, and the zero scale of the second Y axis scale is located on the second Y axis reference point (52), and the numerical value of the second Y axis scale is increased from the zero scale to the second lower scale point (51); The Z axis scale (6) is provided with a Z axis scale, and the zero scale of the Z axis scale is located on the second Y axis reference point (52), and the numerical value of the Z axis scale is increased from the zero scale to the two ends of the Z axis scale (6) respectively.

3. The test device for simulating the cheating scenario of horizontal storage tank metering according to claim 2, characterized in that, The left end of the horizontal tank body (1) is provided with a sealing door one (11), the right end is provided with a sealing door two (12), the bottom of the horizontal tank body (1) is symmetrically provided with a plurality of supporting legs (14), the bottom of the supporting leg (14) is provided with a leveling device (15), the top of the horizontal tank body (1) is symmetrically provided with a plurality of lifting rings (13), the top of the inner cavity of the horizontal tank body (1) is sequentially provided with an illuminating device (16) and a temperature sensor (17), and the bottom of the inner cavity of the horizontal tank body (1) is uniformly provided with a plurality of drainage openings (18). The horizontal tank body (1) is provided with a liquid passage (8) at the top right end, one end of the liquid passage (8) communicates with the inner cavity of the horizontal tank body (1), the other end is sequentially provided with a liquid injection port (81), an increment port (82) and a decrement port (83), the liquid injection port (81) is provided with a liquid injection valve (84), the increment port (82) is provided with an increment valve (85), and the decrement port (83) is provided with a decrement valve (86).

4. A test method for simulating a tampering scenario for horizontal storage tank metering, characterized in that, The test device for simulating the cheating scene of horizontal tank metering is realized by using any one of claims 1-3, comprising the following steps: S1: according to the cheating scene, determine the cheating reference point, the endpoint position of the oil gauge (7) and the true liquid level height formula; S2: record the scale value of the cheating reference point on the first Y-axis scale (3), the second Y-axis scale (5), the X-axis scale (4) and the Z-axis scale (6); set the cheating liquid level height, that is, the liquid level reading of the oil gauge (7), and calculate the true liquid level height corresponding to the cheating liquid level height by combining the scale value and the true liquid level height formula; S3: according to the cheating liquid level height, the true liquid level height and the capacity table of the horizontal tank body (1), the cheating tank capacity value and the true tank capacity value are obtained respectively, and the theoretical cheating amount is obtained by subtracting the two; S4: comparison verification experiment, retract the first Y-axis scale (3), X-axis scale (4) and Z-axis scale (6), only keep the second Y-axis scale (5), close the sealing door one (11) and the sealing door two (12), make the liquid injection port (81) communicate with the external water source, the increment port (82) communicates with the increment standard device, the decrement port (83) communicates with the decrement standard device, open the liquid injection valve (84), introduce water from the external water source into the inner cavity of the horizontal tank body (1), until the liquid level reading of the oil gauge (7) reaches the cheating liquid level height set in the cheating scene, at this time the scale value of the second Y-axis scale (5) is used to indicate the corresponding true liquid level height; close the liquid injection valve (84), open the increment valve (85) or the decrement valve (86), and the water in the inner cavity of the horizontal tank body (1) is discharged through the increment standard device or the decrement standard device, until the liquid level reading displayed by the second Y-axis scale (5) reaches the set cheating liquid level height value, the accumulated water amount in the increment standard device or the decrement standard device is the true cheating amount; compare the theoretical cheating amount with the true cheating amount, after the comparison verification is finished, open the drain port (18), and drain the water in the inner cavity of the horizontal tank body (1).

5. The test method of simulating the cheating scenario of horizontal storage tank metering according to claim 4, characterized in that, In S1, the cheating scene is the first cheating scene, the cheating reference point is the first cheating reference point (71), the first cheating reference point (71) is located directly above the first Y-axis reference point (32), one end of the oil gauge (7) is located at the first lower scale point (31), and the other end is located at the first cheating reference point (71), and the true liquid level height formula is the first true liquid level height formula; In S2, the scale value of the first cheating reference point (71) in the Y-axis direction displayed on the first Y-axis scale (3) is y, the cheating liquid level height is h, the true liquid level height is H, and the first true liquid level height formula is: H = h + y. ​ 6. The test method of simulating the cheating scenario of horizontal storage tank metering according to claim 4, characterized in that, The cheating scene in S1 is the second cheating scene, the cheating reference point is the second cheating reference point (72), the second cheating reference point (72) is located directly below the first Y-axis reference point (32), one end of the dipstick (7) is located at the first lower scale point (31), and the other end is located at the second cheating reference point (72), and the real liquid level height formula is the second real liquid level height formula; In S2, the scale value of the second cheating reference point (72) on the first Y-axis scale (3) in the Y-axis direction is y, the set cheating liquid level height is h, the real liquid level height is H, and the second real liquid level height formula is: H = h - y.

7. The method of claim 4, wherein the method comprises: The cheating scene in S1 is the third cheating scene, the cheating reference point is the third cheating reference point (73), the third cheating reference point (73) is located on the inner cavity side wall of the horizontal tank body (1) in the XY section of the first Y-axis reference point (32), one end of the dipstick (7) is located at the first lower scale point (31), and the other end is located at the third cheating reference point (73), and the real liquid level height formula is the third real liquid level height formula; In S2, the length of the first Y-axis reference point (32) and the first lower scale point (31) is H1, the scale value of the third cheating reference point (73) on the X-axis scale (4) in the X-axis direction is x, the scale value of the third cheating reference point (73) on the first Y-axis scale (3) in the Y-axis direction is y, the set cheating liquid level height is h, the real liquid level height is H, and the third real liquid level height formula is:

8. The method of claim 4, wherein the method is for simulating a scenario of cheating in a metering of a horizontal storage tank, and The cheating scene in S1 is the fourth cheating scene, the cheating reference point is the fourth cheating reference point (74), the fourth cheating reference point (74) is located at the bottom of the inner cavity of the horizontal tank body (1) in the YZ section of the first Y-axis reference point (32), one end of the dipstick (7) is located at the second lower scale point (51), and the other end is located at the fourth cheating reference point (74), and the real liquid level height formula is the fourth real liquid level height formula; The length of the second Y-axis reference point (52) and the second lower scale point (51) in S2 is H2, the scale value of the fourth cheating reference point (74) on the Z-axis scale (6) in the Z-axis direction is z, the set cheating liquid level height is h, the real liquid level height is H, and the fourth real liquid level height formula is 9. The method of claim 4, wherein the method is for simulating a scenario of cheating in a metering of a horizontal storage tank, and The cheating scene in S1 is the fifth cheating scene, the cheating reference point is the fifth cheating reference point (75), the fifth cheating reference point (75) is located at the bottom of the inner cavity of the horizontal tank body (1) in the YZ section of the first Y-axis reference point (32), one end of the dipstick (7) is located at the second lower scale point (51), and the other end is located at the fifth cheating reference point (75), and the dipstick (7) is bent at the junction of the manhole (2) and the inner cavity of the horizontal tank body (1), and the real liquid level height formula is the fifth real liquid level height formula; In S2, the length of the second Y-axis reference point (52) and the second lower scale point (51) is H2, the height of the inner wall of the manhole (2) is d, the scale value of the fifth cheating reference point (75) on the Z-axis scale (6) in the Z-axis direction is z, the set cheating liquid level height is h, the real liquid level height is H, and the fifth real liquid level height formula is:

10. The method of claim 4, wherein the method is for simulating a scenario of cheating in a metering of a horizontal storage tank, and The cheating scene in S1 is the sixth cheating scene, the cheating reference point is the sixth cheating reference point (76), the sixth cheating reference point (76) is located on the inner cavity side wall of the horizontal tank body (1), one end of the dipstick (7) is located at the second lower scale point (51), and the other end is located at the sixth cheating reference point (76), and the real liquid level height formula is the sixth real liquid level height formula; The length of the second Y-axis reference point (52) and the second lower scale point (51) in S2 is H2, the scale value of the sixth cheating reference point (76) in the X-axis direction on the X-axis scale (4) is x, the scale value of the sixth cheating reference point (76) in the Y-axis direction on the second Y-axis scale (5) is y, the scale value of the sixth cheating reference point (76) in the Z-axis direction on the Z-axis scale (6) is z, the set cheating liquid level height is h, the real liquid level height is H, and the sixth real liquid level height formula is:

Images