Method and system for supervising operation condition of transfer station leachate treatment equipment

Abstract

The invention discloses a monitoring method and system for the operation condition of transfer station leachate treatment equipment, and relates to the technical field of leachate treatment. The method comprises the following steps: acquiring equipment state information of each leachate treatment equipment, establishing an initial three-dimensional image model and a real-time three-dimensional image model of each leachate treatment equipment according to the equipment state information, and obtaining a real-time corrosion degree according to a difference degree between the initial three-dimensional image model and the real-time three-dimensional image model; calculating a specific data change rate according to specific data before and after the percolate passes through each percolate treatment device, and establishing a treatment effect-corrosion degree relation model; establishing a plurality of process nodes according to the real-time leachate treatment data, and further establishing a leachate treatment process and an equipment association network; and the equipment association network is associated with the treatment effect-corrosion degree relation model, so that the working state and the running state of the leachate treatment equipment are judged, and intelligent supervision on the running state of the leachate treatment equipment is realized.

Description

Technical Field

[0001] The invention relates to the technical field of leachate treatment, and in particular to a method and system for supervising the operating status of leachate treatment equipment at a transfer station. Background Art

[0002] Leachate is liquid that penetrates through soil or other materials, either naturally or artificially. In environmental engineering and land use, leachate usually refers to liquid generated by waste dumps, landfills or other underground facilities, such as garbage leachate, wastewater leachate, etc. Leachate is an important issue for waste treatment, drainage management and environmental protection, because it may contain hazardous substances, causing pollution and harm to soil and groundwater.

[0003] The main problem with the current existing detection technology is that it only collects leachate treatment equipment data through a single sensor or detector, and is unable to effectively build an effective leachate treatment data association mechanism, resulting in low efficiency in the use of collected data. In addition, the monitoring range and coping situations of the existing technology are relatively low, and the response and processing of abnormal situations are sometimes not timely, which may lead to the occurrence and expansion of accidents. Therefore, a method and system for supervising the operation status of leachate treatment equipment in a transfer station are provided. Summary of the invention

[0004] In order to solve the above technical problems, the object of the present invention is to provide a method and system for supervising the operating status of leachate treatment equipment in a transfer station.

[0005] In order to achieve the above object, the present invention provides the following technical solutions:

[0006] A transfer station leachate treatment equipment operation status monitoring system, comprising a control center, wherein the control center is communicatively connected to an equipment status information collection module, an equipment status information analysis module, an equipment association network module, and an operation status monitoring module;

[0007] The equipment status information collection module is used to collect equipment status information of the leachate treatment equipment;

[0008] The equipment status information analysis module is used to establish an initial image three-dimensional image model, a real-time three-dimensional image model and a specific data change rate of each leachate treatment device according to the equipment status information, thereby obtaining the real-time corrosion degree of each leachate treatment device, and establishing a treatment effect-corrosion degree relationship model according to the corresponding relationship between the specific data change rate and each real-time corrosion degree state;

[0009] The device association network module is used to establish a leachate treatment process and a device association network according to the sequence relationship of the real-time leachate treatment data corresponding to the leachate treatment equipment of each equipment type in the equipment status information;

[0010] The operation status monitoring module is used to monitor the treatment status of the leachate treatment equipment corresponding to each treatment process according to the treatment effect-corrosion degree relationship model and the equipment association network.

[0011] Furthermore, the equipment status information collection module is provided with the same number of equipment status information collection units and is numbered according to the type and number of leachate treatment equipment in the transfer station. In addition to being provided with a camera and a pulse radar signal device, the equipment status information collection unit corresponding to each type of leachate treatment equipment is provided with different numbers but the same number of sensors according to the type of leachate treatment equipment it collects, so as to collect the leachate treatment results in real time.

[0012] Furthermore, the process of collecting the device status information includes:

[0013] Each equipment status information collection unit collects various operation data of the leachate treatment equipment it manages, and generates equipment status information and sends it to the equipment status information analysis module;

[0014] The equipment status information includes the number of the leachate treatment equipment, image data, pulse radar reflection signal spectrum and real-time leachate treatment data, wherein the leachate treatment data includes various specific data of the leachate status before and after treatment by each leachate treatment equipment, wherein the specific data is the sum of data collected by sensors of each equipment status information acquisition unit.

[0015] Furthermore, the process of obtaining the real-time corrosion degree includes:

[0016] An external structure image module of the corresponding leachate treatment equipment is set according to the image data in the equipment status information, and an internal structure image model of the leachate treatment equipment is set according to the pulse radar reflection signal spectrum in the equipment status information, and the external structure image module and the internal structure image model are combined to obtain an initial three-dimensional image model of the corresponding leachate treatment equipment;

[0017] Whenever the corresponding leachate treatment equipment has finished treating the leachate, the initial three-dimensional image model is updated according to the real-time image data in the real-time equipment status information and the pulse radar reflection signal, and the two are mapped and compared to obtain the real-time corrosion degree of the corresponding leachate treatment equipment.

[0018] Furthermore, the process of establishing the treatment effect-corrosion degree relationship model includes:

[0019] Each equipment status information analysis unit extracts various specific data of the leachate before and after it passes through its corresponding leachate treatment equipment from the equipment status information;

[0020] Then, according to the image data of the synchronous leachate treatment equipment and the real-time corrosion degree corresponding to the pulse radar reflection spectrum, an information set of the relationship between treatment effect and corrosion degree is established;

[0021] The treatment effect-corrosion relationship information set can be expressed as W n，i ={(a n，i，1 , b n，i，2 , c n，i,3 , F n，i，1 ),……,(a n，i，k , b n，i，k , c n，i,3 , F n，i，k )};

[0022] where a n，i，k , b n，i，k 、c n，i，k Respectively represent the number s n，i The leachate treatment equipment has a real-time corrosion degree of F i，k The following corresponds to the specific data change rate, F n，i，1 、F n，i，k Respectively represent the number s n，i The real-time corrosion degree of the leachate treatment equipment is 0 and the real-time corrosion degree is equal to the corrosion degree threshold;

[0023] The formula for obtaining the specific data change rate is:

[0024]

[0025] Among them A ‘ n，i，k , B ‘ n，i，k , C ‘ n，i，k They represent the leachate after passing through the number s n，i The leachate treatment equipment corresponds to specific data after treatment, A n，i，k , B n，i，k , C n，i，k They represent the leachate passing through the n，i The leachate treatment equipment corresponds to specific data after treatment;

[0026] A multi-dimensional rectangular coordinate system is established, and the treatment effect-corrosion degree relationship information set corresponding to each leachate treatment device is mapped into the multi-dimensional rectangular coordinate system, and then according to the corresponding relationship between each specific data change rate and the real-time corrosion degree, a standard state relationship line between the specific data change rate and the real-time corrosion degree of the corresponding leachate treatment device is obtained;

[0027] The same method is used to obtain the standard state relationship lines of all types of leachate treatment equipment, and the standard state relationship lines of all types of leachate treatment equipment are integrated to obtain the treatment effect-corrosion degree relationship model.

[0028] Furthermore, the process of establishing the device association network includes:

[0029] The equipment association network module obtains the equipment status information from the equipment status information acquisition module, and then establishes the leachate treatment process according to the sequence relationship of the real-time leachate treatment data corresponding to the leachate treatment equipment of each equipment type in the equipment status information;

[0030] The equipment association network module obtains the treatment effect-corrosion degree relationship model from the equipment status information analysis module, and then according to the adjacent relationship of each process node in the leachate treatment process, three adjacent process nodes are taken as a network node, and then several network nodes are obtained. All network nodes are connected to obtain the equipment association network.

[0031] Furthermore, the supervision process of leachate treatment equipment includes:

[0032] The equipment association network is associated with the treatment effect-corrosion degree relationship model, and the specific data change rate of each specific data is obtained according to the specific data before and after the leachate passes through each leachate treatment device, and each specific data change rate is compared with the corresponding standard state relationship line, and whether the leachate treatment is normal is judged according to the comparison result;

[0033] When all process nodes are completed, the leachate treatment completion information is generated and sent to the operation status monitoring module.

[0034] Furthermore, a method for monitoring the operation status of a transfer station leachate treatment equipment operation status monitoring system comprises the following steps:

[0035] Step 1: Set a camera and a pulse radar signal device for each leachate treatment device, and set a specific sensor and number for each leachate treatment device according to the type of leachate treatment device. When the transfer station performs leachate treatment, the device status information of the leachate treatment device is obtained through the camera and the pulse radar signal device, and the specific data before and after the leachate treatment is obtained through each specific sensor;

[0036] Step 2: establishing an initial three-dimensional image model and a real-time three-dimensional image model of each leachate treatment equipment according to the equipment status information, and obtaining the real-time corrosion degree of the corresponding leachate treatment equipment according to the difference between the initial three-dimensional image model and the real-time three-dimensional image model;

[0037] Step 3: Calculate the specific data change rate based on the specific data before and after the leachate passes through each leachate treatment device, and establish a treatment effect-corrosion relationship model based on the relationship between the specific data change rate and the real-time corrosion degree of the leachate treatment device;

[0038] Step 4: Establish multiple process nodes according to the sequence relationship of the real-time leachate treatment data corresponding to the leachate treatment equipment of each equipment type in the equipment status information, and then establish the leachate treatment process and equipment association network;

[0039] Step five, match and associate the equipment association network with the treatment effect-corrosion degree relationship model. When the transfer station treats the leachate, each time the leachate passes through a leachate treatment device of the equipment type corresponding to a process node, the specific data change rate before and after the leachate passes is obtained, and then the working status and operation status of the corresponding leachate treatment equipment are determined.

[0040] Compared with the prior art, the present invention has the following beneficial effects:

[0041] The present invention obtains equipment status information of leachate treatment equipment through a camera and a pulse radar signal device, and obtains specific data before and after leachate treatment through various specific sensors; establishes an initial three-dimensional image model and a real-time three-dimensional image model of each leachate treatment equipment according to the equipment status information, and then judges the real-time corrosion degree of the corresponding leachate treatment equipment according to the difference between the two, thereby realizing intelligent monitoring of the leachate treatment equipment and ensuring the normal leachate treatment process; calculates the specific data change rate according to the specific data before and after the leachate passes through each leachate treatment equipment, and establishes a treatment effect-corrosion degree relationship model at the same time; establishes multiple process nodes according to the real-time leachate treatment data, and then establishes a leachate treatment process and an equipment association network; associates the equipment association network with the treatment effect-corrosion degree relationship model, and then judges the working state and operation state of the leachate treatment equipment, thereby realizing the data correlation between each processing node in the leachate treatment process and improving the credibility and accuracy of the monitoring results of the leachate treatment equipment. BRIEF DESCRIPTION OF THE DRAWINGS

[0042] In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings required for use in the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments recorded in the present invention. For ordinary technicians in this field, other drawings can also be obtained based on these drawings.

[0043] Figure 1 It is a schematic diagram of the present invention. DETAILED DESCRIPTION

[0044] To make the purpose, technical solution and advantages of the present invention clearer, the technical solution of the present invention will be described in detail below. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments. Based on the embodiments of the present invention, all other implementation methods obtained by ordinary technicians in this field without making creative work belong to the scope of protection of the present invention.

[0045] like Figure 1 As shown, a transfer station leachate treatment equipment operation status monitoring system includes a control center, and the control center is communicatively connected to an equipment status information collection module, an equipment status information analysis module, an equipment association network module, and an operation status monitoring module;

[0046] The equipment status information collection module is provided with the same number of equipment status information collection units according to the type and number of leachate treatment equipment in the transfer station, such as a filter equipment status information collection unit, a membrane separation equipment status information collection unit, etc., for collecting real-time status information of the leachate treatment equipment and leachate treatment information;

[0047] According to the processing order of various types of leachate treatment equipment in the leachate treatment process in the transfer station, each equipment status information collection unit is numbered, for example, the number may be S1, S2, ..., S n , where n represents the number of equipment types in the transfer station, and n is a natural number greater than 0;

[0048] It should be noted that for the same type of leachate treatment, there can be multiple leachate treatment equipment in the transfer station at the same time, and then all leachate treatment equipment in the transfer station are numbered, for example, the number can be s 1,1 、s 1,2 ,……,s n，m , where s n，m Indicates the number is S n The mth leachate treatment equipment managed by the equipment status information collection unit;

[0049] Furthermore, in addition to being equipped with cameras and pulse radar signal devices, the equipment status information collection units corresponding to each type of leachate treatment equipment are equipped with sensors of different numbers but the same number of types according to the types of leachate treatment equipment collected, for real-time collection of leachate treatment results;

[0050] For example, the status information collection unit of the filter equipment is equipped with a suspended matter sensor, a turbidity sensor and a sedimentation tank depth meter, and the status information collection unit of the membrane separation equipment is equipped with a spectrum sensor, an ion sensor and a dissolved oxygen sensor;

[0051] Then each equipment status information collection unit collects various operation data of the leachate treatment equipment it manages, and generates equipment status information and sends it to the equipment status information analysis module;

[0052] The equipment status information includes the number of the leachate treatment equipment, image data, pulse radar reflection signal spectrum and real-time leachate treatment data, wherein the leachate treatment data includes various specific data of the leachate status before and after treatment by each leachate treatment equipment, wherein the specific data is the sum of data collected by sensors of each equipment status information acquisition unit.

[0053] The equipment status information analysis module is provided with the same number of equipment status information analysis units as the equipment status information acquisition units, and the equipment status information analysis units in the equipment status information analysis module are linearly mapped with the equipment status information acquisition units in the equipment status information acquisition module, that is, both are used to collect or process leachate treatment equipment of the same equipment type, and the equipment status information acquisition unit is provided with a number with the same subscript as its corresponding equipment status information acquisition unit, such as Y1, Y2, ..., Y n ;

[0054] After receiving the equipment status information from the equipment status information analysis module, it sends it to the corresponding equipment status information analysis unit according to the number of the leachate treatment equipment therein;

[0055] The equipment status information analysis unit establishes an external structure image module of the corresponding leachate treatment equipment according to the image data in the equipment status information, and establishes an internal structure image model of the leachate treatment equipment according to the pulse radar reflection signal spectrum in the equipment status information, and combines the external structure image module with the internal structure image model to obtain an initial three-dimensional image model of the corresponding leachate treatment equipment;

[0056] Whenever the corresponding leachate treatment equipment has finished treating the leachate, the initial three-dimensional image model is updated according to the real-time image data in the real-time equipment status information and the pulse radar reflection signal, and the two are mapped and compared to obtain the real-time corrosion degree of the corresponding leachate treatment equipment;

[0057] Set a corrosion threshold. If the real-time corrosion level is less than or equal to the corrosion level, it means that the corresponding leachate treatment equipment can still work normally.

[0058] If the real-time corrosion degree is greater than the corrosion degree, it indicates that the corresponding leachate treatment equipment cannot work normally, and sends equipment abnormality information to the operation status supervision module, where the equipment abnormality information includes the number of the leachate treatment equipment, the real-time corrosion degree, and the real-time three-dimensional image model;

[0059] Furthermore, a treatment effect-corrosion relationship model is established based on the leachate treatment results of each device and the real-time corrosion degree. The specific process includes:

[0060] Each equipment status information analysis unit extracts various specific data of the leachate before and after it passes through its corresponding leachate treatment equipment from the equipment status information;

[0061] Then, according to the image data of the synchronous leachate treatment equipment and the real-time corrosion degree corresponding to the pulse radar reflection spectrum, an information set of the relationship between treatment effect and corrosion degree is established;

[0062] The treatment effect-corrosion relationship information set can be expressed as W n，i ={(a n，i，1 , b n，i，2 , c n，i,3 , F n，i，1 ),……,(a n，i，k , b n，i，k , c n，i,3 , F n，i，k )};

[0063] where a n，i，k , b n，i，k 、c n，i，k Respectively represent the number s n，i The leachate treatment equipment has a real-time corrosion degree of F i，k The following corresponds to the specific data change rate, F n，i，1 、F n，i，k Respectively represent the number s n，i The real-time corrosion degree of the leachate treatment equipment is 0 and the real-time corrosion degree is equal to the corrosion degree threshold;

[0064] The formula for obtaining the specific data change rate is:

[0065]

[0066] Among them A ‘ n，i，k , B ‘ n，i，k , C ‘ n，i，k They represent the leachate after passing through the number s n，i The leachate treatment equipment corresponds to specific data after treatment, A n，i，k , B n，i，k , C n，i，k They represent the leachate passing through the n，i The leachate treatment equipment corresponds to specific data after treatment;

[0067] A multidimensional rectangular coordinate system is established, and the treatment effect-corrosion relationship information set corresponding to each leachate treatment device is mapped to the multidimensional rectangular coordinate system, and then according to the corresponding relationship between each specific data change rate and the real-time corrosion degree, a multidimensional linear regression equation of the specific data change rate and the real-time corrosion degree of the corresponding leachate treatment device is obtained;

[0068] Map all multidimensional linear regression equations of the same type of leachate treatment equipment to the same multidimensional rectangular coordinate axis, divide each real-time corrosion degree coordinate point into sufficiently small micro real-time corrosion degree coordinate points, and then calculate the average value of all specific data change rates corresponding to each micro real-time corrosion degree coordinate point;

[0069] All micro-real-time corrosion degree coordinate points and the average values ​​of all corresponding specific data change rates are sequentially connected to obtain a standard state relationship line;

[0070] The same method is used to obtain the standard state relationship lines of all types of leachate treatment equipment, and the standard state relationship lines of all types of leachate treatment equipment are integrated to obtain the treatment effect-corrosion degree relationship model.

[0071] The device association network module is used to establish a device association network according to the sequence relationship of each leachate treatment device in the leachate treatment process. The specific process includes:

[0072] The equipment association network module obtains the equipment status information from the equipment status information acquisition module, and then establishes the leachate treatment process according to the sequence relationship of the real-time leachate treatment data corresponding to the leachate treatment equipment of each equipment type in the equipment status information;

[0073] The leachate treatment process consists of several process nodes, each of which is marked with the name, number and relevant specific data of the corresponding leachate treatment equipment;

[0074] The equipment association network module obtains the treatment effect-corrosion degree relationship model from the equipment status information analysis module, and then, according to the adjacent relationship of each process node in the leachate treatment process, three adjacent process nodes are taken as one network node, and then several network nodes are obtained, and all network nodes are connected to obtain the equipment association network;

[0075] It should be noted that there are two identical process nodes in two adjacent network nodes, and at the same time, in the network node, specific data of three adjacent process nodes are connected in sequence.

[0076] The operation status monitoring module is used to monitor the treatment status of the leachate treatment equipment corresponding to each treatment process according to the treatment effect-corrosion degree relationship model and the equipment association network. The specific process includes:

[0077] The operation status monitoring module obtains the device association network from the device association network module, and then connects the process nodes contained in each network node in the device association network with the standard state relationship line of the leachate treatment equipment of each equipment type in the treatment effect-corrosion degree relationship model from the equipment status information module;

[0078] According to the matching results, each process node in the network node is associated with the corresponding standard state relationship line;

[0079] Before the transfer station starts to process the leachate, the operation status monitoring module sends a data sharing request to the equipment status information collection module and the equipment status information analysis module;

[0080] When the equipment status information acquisition module and the equipment status information analysis module pass the data sharing request, the operation status supervision module obtains the real-time corrosion degree of all leachate treatment equipment before treating the leachate according to the equipment status information analysis module, and then matches the corresponding process nodes and network nodes according to the equipment type of each leachate treatment equipment;

[0081] Further, when the transfer station starts to process the leachate, whenever the leachate enters or passes through the leachate treatment equipment of the equipment type corresponding to a process node in the leachate treatment process, the equipment status information collection module sends a specific data collection request to the corresponding equipment status information collection unit, and then the equipment status information collection unit collects specific data through the sensor and sends it to the operation status monitoring module synchronously;

[0082] The operation status monitoring module matches and adds specific data to the corresponding process nodes and network nodes according to the type of equipment used for leachate treatment;

[0083] Calculate the change rate of each specific data according to the specific data before and after the leachate passes through each leachate treatment device, and compare each specific data change rate with the corresponding standard state relationship line. If each specific data change rate is greater than or equal to the specific data change rate under the corresponding real-time corrosion degree in the standard state relationship line, it is judged that the leachate treatment is normal;

[0084] If the change rate of each specific data is less than the change rate of the specific data under the corresponding real-time corrosion degree in the standard state relationship line, it is judged that the leachate treatment is abnormal, and the operation state supervision sets the corresponding leachate treatment equipment and the other two leachate treatment equipment in the network node where it is located as problem equipment, and generates a secondary processing instruction at the same time, wherein the secondary guidance instruction includes the number and equipment type of the leachate treatment equipment set as the problem equipment. It should be noted that in the above network node, the corresponding leachate treatment equipment is located at the last one;

[0085] According to the secondary treatment instruction, the leachate is guided to the leachate treatment equipment of the same equipment type for secondary treatment. After the treatment is completed, it is determined whether the specific data change rate relative to the initial leachate is greater than or equal to the specific data change rate under the corresponding real-time corrosion degree in the standard state relationship line. If it is greater than or equal to, the leachate treatment of the next process node is carried out. If it is less than, the above steps are repeated;

[0086] When all process nodes are completed, the leachate treatment completion information is generated and sent to the operation status monitoring module;

[0087] Furthermore, when the operation status monitoring module receives equipment abnormality information from the equipment status information analysis module, the operation status monitoring module generates equipment maintenance information and sends it to the maintenance personnel, and then the maintenance personnel repair the corresponding leachate treatment equipment, wherein the equipment maintenance information includes the number and name of the corresponding leachate treatment equipment.

[0088] The present invention also discloses a method for supervising the operation status of a transfer station leachate treatment equipment operation status supervision system, comprising the following steps:

[0089] Step 1: Set a camera and a pulse radar signal device for each leachate treatment device, and set a specific sensor and number for each leachate treatment device according to the type of leachate treatment device. When the transfer station performs leachate treatment, the device status information of the leachate treatment device is obtained through the camera and the pulse radar signal device, and the specific data before and after the leachate treatment is obtained through each specific sensor;

[0090] Step 2: establishing an initial three-dimensional image model and a real-time three-dimensional image model of each leachate treatment equipment according to the equipment status information, and obtaining the real-time corrosion degree of the corresponding leachate treatment equipment according to the difference between the initial three-dimensional image model and the real-time three-dimensional image model;

[0091] Step 3: Calculate the specific data change rate based on the specific data before and after the leachate passes through each leachate treatment device, and establish a treatment effect-corrosion relationship model based on the relationship between the specific data change rate and the real-time corrosion degree of the leachate treatment device;

[0092] Step 4: Establish multiple process nodes according to the sequence relationship of the real-time leachate treatment data corresponding to the leachate treatment equipment of each equipment type in the equipment status information, and then establish the leachate treatment process and equipment association network;

[0093] Step five, match and associate the equipment association network with the treatment effect-corrosion degree relationship model. When the transfer station treats the leachate, each time the leachate passes through a leachate treatment device of the equipment type corresponding to a process node, the specific data change rate before and after the leachate passes is obtained, and then the working status and operation status of the corresponding leachate treatment equipment are determined.

[0094] The above embodiments are only used to illustrate the technical method of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical method of the present invention may be modified or replaced by equivalents without departing from the spirit and scope of the technical method of the present invention.

Claims

1. A transfer station leachate treatment equipment operation status monitoring system, including a control center, characterized in that: The control center is communicatively connected to a device status information collection module, a device status information analysis module, a device association network module, and an operation status supervision module; The equipment status information collection module is used to collect equipment status information of the leachate treatment equipment; The equipment status information analysis module is used to establish an initial image three-dimensional image model, a real-time three-dimensional image model and a specific data change rate of each leachate treatment device according to the equipment status information, thereby obtaining the real-time corrosion degree of each leachate treatment device, and establishing a treatment effect-corrosion degree relationship model according to the corresponding relationship between the specific data change rate and each real-time corrosion degree state; The device association network module is used to establish a leachate treatment process and a device association network according to the sequence relationship of the real-time leachate treatment data corresponding to the leachate treatment equipment of each equipment type in the equipment status information; The operation status monitoring module is used to monitor the treatment status of the leachate treatment equipment corresponding to each treatment process according to the treatment effect-corrosion degree relationship model and the equipment association network.

2. A transfer station leachate treatment equipment operation status monitoring system according to claim 1, characterized in that: The equipment status information collection module is provided with the same number of equipment status information collection units and is numbered according to the types and number of leachate treatment equipment in the transfer station. In addition to being provided with cameras and pulse radar signal devices, the equipment status information collection units corresponding to each type of leachate treatment equipment are provided with sensors of different numbers but the same number of types according to the types of leachate treatment equipment they collect, which are used to collect specific data after leachate treatment in real time, wherein the specific data is the sum of data collected by the sensors of each equipment status information collection unit.

3. A transfer station leachate treatment equipment operation status monitoring system according to claim 2, characterized in that: The process of collecting the device status information includes: Each equipment status information collection unit collects various operation data of the leachate treatment equipment it manages, and generates equipment status information and sends it to the equipment status information analysis module; The equipment status information includes the number of the leachate treatment equipment, image data, pulse radar reflection signal spectrum and real-time leachate treatment data, wherein the leachate treatment data includes various specific data of the leachate status before and after treatment by each leachate treatment equipment, wherein the specific data is the sum of data collected by sensors of each equipment status information acquisition unit.

4. A transfer station leachate treatment equipment operation status monitoring system according to claim 3, characterized in that: The process of obtaining the real-time corrosion degree includes: An external structure image module of the corresponding leachate treatment equipment is set according to the image data in the equipment status information, and an internal structure image model of the leachate treatment equipment is set according to the pulse radar reflection signal spectrum in the equipment status information, and the external structure image module and the internal structure image model are combined to obtain an initial three-dimensional image model of the corresponding leachate treatment equipment; Whenever the corresponding leachate treatment equipment has finished treating the leachate, the initial three-dimensional image model is updated to obtain a real-time three-dimensional image model based on the real-time image data in the real-time equipment status information and the pulse radar reflection signal, and the two are mapped and compared to obtain the real-time corrosion degree of the corresponding leachate treatment equipment.

5. A transfer station leachate treatment equipment operation status monitoring system according to claim 4, characterized in that: The process of establishing the treatment effect-corrosion degree relationship model includes: Each equipment status information analysis unit extracts various specific data of the leachate before and after it passes through its corresponding leachate treatment equipment from the equipment status information; Then, according to the image data of the synchronous leachate treatment equipment and the real-time corrosion degree corresponding to the pulse radar reflection spectrum, an information set of the relationship between treatment effect and corrosion degree is established; A multi-dimensional rectangular coordinate system is established, and the treatment effect-corrosion degree relationship information set corresponding to each leachate treatment device is mapped into the multi-dimensional rectangular coordinate system, and then according to the corresponding relationship between each specific data change rate and the real-time corrosion degree, a standard state relationship line between the specific data change rate and the real-time corrosion degree of the corresponding leachate treatment device is obtained; The same method is used to obtain the standard state relationship lines of all types of leachate treatment equipment, and the standard state relationship lines of all types of leachate treatment equipment are integrated to obtain the treatment effect-corrosion degree relationship model.

6. A transfer station leachate treatment equipment operation status monitoring system according to claim 3, characterized in that: The process of establishing the device association network includes: The equipment association network module obtains the equipment status information from the equipment status information acquisition module, and then establishes the leachate treatment process according to the sequence relationship of the real-time leachate treatment data corresponding to the leachate treatment equipment of each equipment type in the equipment status information; The equipment association network module obtains the treatment effect-corrosion degree relationship model from the equipment status information analysis module, and then according to the adjacent relationship of each process node in the leachate treatment process, three adjacent process nodes are taken as a network node, and then several network nodes are obtained. All network nodes are connected to obtain the equipment association network.

7. The transfer station leachate treatment equipment operation status monitoring system according to claim 1 is characterized in that: The supervision process of leachate treatment equipment includes: The equipment association network is associated with the treatment effect-corrosion degree relationship model, and the specific data change rate of each specific data is obtained according to the specific data before and after the leachate passes through each leachate treatment device, and each specific data change rate is compared with the corresponding standard state relationship line, and whether the leachate treatment is normal is judged according to the comparison result; When all process nodes are completed, the leachate treatment completion information is generated and sent to the operation status monitoring module.

8. The method for monitoring the operating status of the transfer station leachate treatment equipment operating status monitoring system according to claims 1 to 7, characterized in that: The following steps are involved: Step 1: Set a camera and a pulse radar signal device for each leachate treatment device, and set a specific sensor and number for each leachate treatment device according to the type of leachate treatment device. When the transfer station performs leachate treatment, the device status information of the leachate treatment device is obtained through the camera and the pulse radar signal device, and the specific data before and after the leachate treatment is obtained through each specific sensor; Step 2: establishing an initial three-dimensional image model and a real-time three-dimensional image model of each leachate treatment equipment according to the equipment status information, and obtaining the real-time corrosion degree of the corresponding leachate treatment equipment according to the difference between the initial three-dimensional image model and the real-time three-dimensional image model; Step 3: Calculate the specific data change rate based on the specific data before and after the leachate passes through each leachate treatment device, and establish a treatment effect-corrosion relationship model based on the relationship between the specific data change rate and the real-time corrosion degree of the leachate treatment device; Step 4: Establish multiple process nodes according to the sequence relationship of the real-time leachate treatment data corresponding to the leachate treatment equipment of each equipment type in the equipment status information, and then establish the leachate treatment process and equipment association network; Step five, match and associate the equipment association network with the treatment effect-corrosion degree relationship model. When the transfer station treats the leachate, each time the leachate passes through a leachate treatment device of the equipment type corresponding to a process node, the specific data change rate before and after the leachate passes is obtained, and then the working status and operation status of the corresponding leachate treatment equipment are determined.

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