Efficient and convenient fuel settlement system

Abstract

The utility model relates to the technical field of fuel settlement, and discloses an efficient and convenient fuel settlement system, which comprises a background processing device, and a factory data acquisition device and a fuel test device which are electrically connected with the background processing device and perform data exchange with the background processing device, wherein the factory entering data acquisition device and the fuel testing device are used for acquiring data in the whole process from factory entering to testing of fuel of each vehicle and transmitting the data to the background processing device, the background processing device receives the data, completes settlement, is comprehensive and accurate based on basic data and optimizes the settlement process, and the system is simple in structure, easy to construct and high in practicability. The operation process of the whole fuel settlement is greatly simplified, the settlement mode is flexibly optimized, the settlement efficiency is improved, the settlement accuracy is ensured, and the settlement result is flexibly and visually displayed.

Description

Technical Field

[0001] The utility model relates to the technical field of fuel settlement, and in particular to an efficient and convenient fuel settlement system. Background Art

[0002] Settlement is a key task to ensure the normal business dealings between power plants and fuel suppliers. First, the power plant signs a contract with the fuel supplier, and the supplier transports the fuel according to the contract. The power plant records the entire process of each truckload of fuel supplied by the supplier from the time it enters the plant to form fuel data, and then completes the settlement based on the fuel data and the terms of the contract.

[0003] With the development of science and technology, the current settlement work has basically achieved intelligent systematization, but there are still problems in practical applications. The existing system obtains coal intake data and test data at the front end. Due to the imperfect system construction and unreasonable equipment layout, the data acquisition process is complicated, the waiting time for transportation drivers is long, and the data correlation is weak, which makes it inconvenient to query data later; the processing path of settlement data is unreasonable, resulting in repeated settlement and missed settlement in different types of settlements, and it is impossible to perform different types of settlements on the same data, resulting in limitations in the settlement method and inability to select flexible methods; the settlement statement can only print the corresponding direct-supply coal mine settlement statement, without considering the current situation of various platform companies, supply companies, and marketing companies, and cannot distinguish the settlement statements of various coal mines supplied by the same company. Utility Model Content

[0004] The utility model aims to provide an efficient and convenient fuel settlement system to solve the technical problem of low settlement efficiency of the existing settlement system.

[0005] The basic scheme provided by the utility model is: an efficient and convenient fuel settlement system, including a data collection device for incoming coal, a fuel testing device and a background processing device connected in communication; the data collection device for incoming coal and the fuel testing device are used to respectively collect the basic data of incoming coal and the testing data of the fuel and send them to the background processing device;

[0006] The background processing device includes a communication module, an input module, a controller, a memory, an operator, a comparator and a display;

[0007] The communication module is connected to a memory, and is used to store the acquired coal input basic data and test data into the memory; the memory also stores pricing data;

[0008] The memory is connected to the input module through the controller; the input module is used to input the settlement instruction; the controller is used to receive the settlement instruction and obtain the coal input basic data, test data and pricing data corresponding to the settlement instruction in the memory according to the settlement instruction;

[0009] The controller is connected to the computing unit, and the computing unit receives the settlement instruction sent by the controller and the basic coal data, test data and pricing data corresponding to the settlement instruction, and completes the settlement to form a first settlement result; the first settlement result includes the multi-ore combined quality parameters of the fuel;

[0010] The operator is connected to a comparator, the comparator receives a first settlement result sent by the operator and a second settlement result sent by a third-party system, compares the first settlement result and the second settlement result, and forms a target settlement result;

[0011] The comparator is connected to a display, and the display is used to visually display the target settlement result;

[0012] The input module is also used to confirm the settlement according to the target settlement result and send a settlement success instruction; the controller is used to receive the settlement success instruction and mark the coal input basic data and test data corresponding to the obtained settlement instruction as settled.

[0013] The working principle and advantages of the utility model are as follows: when the driver transports a truckload of fuel to the factory, the factory data collection device and the fuel testing device are used to respectively collect the basic coal entry data and the testing data of the fuel and send them to the background processing device, accurately and without omission, recording the entire process of the truckload of fuel arriving at the factory, storing the front-end data in the configuration unit of the background processing device, and providing a comprehensive, complete, accurate and effective basic data source for subsequent settlement work.

[0014] Through the background processing device, an accurate and efficient calculation path is built for the settlement of each vehicle's fuel. Through the input module, the settlement instructions are input. According to the settlement instructions, the controller and the operator complete the settlement. The setting of the settlement instructions can be flexible and changeable. The operator can be equipped with an algorithm model to cover all the settlement weighting methods so far, which can meet various business settlement modes and is suitable for use in various settlement scenarios. It has high versatility. Through the setting of the comparator, the settlement results of this system and the third-party system can be compared, and each settlement can be double-checked to ensure the accuracy of the settlement results. By marking the successfully settled data as settled, different types of separate settlements are achieved, duplicate settlements and missed settlements are avoided, settlement accuracy is further improved, and the flexible choice of settlement methods is also improved.

[0015] This solution is based on the comprehensive and accurate basic data and the optimization of the settlement process. The system structure is simple and easy to build, which greatly simplifies the entire fuel settlement operation process and improves settlement efficiency. At the same time, it ensures settlement accuracy and visual display of settlement results.

[0016] Furthermore, the factory entry data collection device includes a plurality of identifiers and a plurality of vehicle cards; the plurality of identifiers are numbered and are arranged in sequence at corresponding positions on the factory entry channel curve path according to the numbers, and the straight-line distance between two identifiers with adjacent numbers is not less than 100 meters.

[0017] Furthermore, the vehicle card is built with a radio frequency identification chip, and the vehicle card is connected to the identifier through the radio frequency identification chip, so that the identifier reads the identity information of the vehicle card.

[0018] Furthermore, the identifier adopts an industrial-grade industrial control integrated machine, including a first sub-communication module and a touch screen connected to the first sub-communication module, an RFID reader, an NFC card reader, a barcode scanner, a microprocessor, a voice player, an alarm and a camera.

[0019] Furthermore, the fuel testing device includes an industrial analyzer, a sulfur meter, a hydrogen meter, a calorimeter, a muffle furnace and an oven, wherein the data output by the industrial analyzer, the sulfur meter, the hydrogen meter and the calorimeter are transmitted to the background processing device through a data interface, and the data collected by the muffle furnace and the oven are input into the background processing device through an input module.

[0020] Furthermore, the background processing device includes a PC.

[0021] Furthermore, it also includes a printing device, which is communicatively connected to the background processing device and is used to print a settlement sheet according to the target settlement result.

[0022] Furthermore, it also includes a scanner, which is communicatively connected to the background processing device and is used to scan the contract and send the contract data to the storage.

[0023] Furthermore, the memory also stores a plurality of settlement form format data so that the settlement form at least displays the supplier grade, contract number and settlement instructions. BRIEF DESCRIPTION OF THE DRAWINGS

[0024] Figure 1 A schematic diagram of the structure of an efficient and convenient fuel settlement system provided by an embodiment of the utility model;

[0025] Figure 2 A schematic diagram of a factory access passage provided in an embodiment of the utility model. DETAILED DESCRIPTION

[0026] The following is a further detailed description through specific implementation methods:

[0027] The embodiment is basically as shown in the attached Figure 1As shown: an efficient and convenient fuel settlement system, a data collection device for entering the factory, a fuel testing device and a background processing device connected by communication. In this embodiment, the fuel is coal. In other embodiments, the fuel can be other fuels, and there is no limitation on the specific fuel. The data exchange can be realized by a wired communication module, such as an Ethernet communication interface, or a wireless communication module, such as a Wi-Fi communication module, a Bluetooth communication module, or a cellular network communication module.

[0028] The factory entry data collection device includes a plurality of identifiers and a plurality of vehicle cards; the plurality of identifiers are numbered and are arranged in sequence at corresponding positions on the factory entry channel curve path according to the numbers, and the straight-line distance between two identifiers with adjacent numbers is not less than 100 meters.

[0029] Specifically, the identifier uses an industrial-grade integrated machine, including a first sub-communication module and a touch screen connected to the first sub-communication module, an RFID reader, an NFC card reader, a barcode scanner, a microprocessor, a voice player, an alarm, and a camera. The preset positions include the queue, the sampling, the heavy weighing, the acceptance, the light weighing, and the ticket printing. Figure 1 Straight channel, can also be used Figure 2 The specific location of the curved path setting can be reasonably set according to the factory layout to ensure efficient and complete data collection when multiple vehicles enter.

[0030] Transport drivers must first apply for a vehicle card, which has a built-in radio frequency identification chip and stores identity information, including vehicle information and supplier information associated with the vehicle. Each truck license plate is unique and the supplier is fixed. When the driver transports a truck of fuel to the factory, the system recognizes the license plate and enters the coal inlet. The driver uses the vehicle card to swipe the card in turn on the identifiers at various locations to perform operations such as swiping the card to queue, swiping the card to sample, swiping the card to weigh, swiping the card to accept, swiping the card to weigh lightly, and swiping the card to print tickets. The vehicle card is connected to the identifier through the radio frequency identification chip, and the identifier reads the identity information of the vehicle card. The identifier associates the identity information with the identifier number and transmits it directly to the background processing device. The identity information of the vehicle card is also marked with the card swiping time and the identifier number. The automated and intelligent information collection makes the entire loading and unloading process less manually interfered, ensuring the accuracy of the basic data. If the basic data needs to be modified, the system has a strict modification process, which must be approved at all levels before it can be modified, ensuring the security of the data.

[0031] In order to record the entire process of the vehicle's fuel entering the factory and ensure the integrity of the data, in specific use, for example, when the driver swipes the card at a certain location, the microprocessor of the identifier determines through the continuity of the number in the vehicle card that the card has not been swiped in the previous link, and the identifier at the current card swiping location will prompt through the voice player and alarm; the camera can perform facial recognition on the driver who swipes the card, and determine the correspondence between the person and the card to avoid impersonation, thereby ensuring the accuracy and safety of fuel delivery.

[0032] The fuel testing device, after sampling each vehicle or each batch of fuel, is tested, test data is generated, and the test data is transmitted to the background processing device. The fuel testing device includes an industrial analyzer, a sulfur meter, a hydrogen meter, a calorimeter, a muffle furnace and an oven. The data output by the industrial analyzer, the sulfur meter, the hydrogen meter and the calorimeter are transmitted to the background processing device through the data interface, and the data collected by the muffle furnace and the oven are manually input into the background processing device through the input module.

[0033] Specifically, the sampled fuel coal is prepared into a test coal sample that can represent the characteristics of the original coal sample through the steps of crushing, mixing, shrinking and drying, and the fuel quality of the coal sample is tested. The internal water and ash are detected by an industrial analyzer, the volatile matter is detected by a muffle furnace, the total water is detected by an oven, the sulfur is detected by a sulfur meter, the hydrogen is detected by a hydrogen meter, and the heat of the cartridge is detected by a calorimeter; the industrial analyzer, the sulfur meter, and the calorimeter are directly connected to the system through a program, and the test data are directly imported into the system through a data interface; the volatile matter and total water data are tested and finally calculated using the national standard formula and manually input into the background processing device, or the corresponding algorithm model can be stored in the operator of the background processing device. The algorithm model is equipped with the national standard formula, and the original data is automatically calculated after input.

[0034] The background processing device includes a communication module, an input module, a controller, a memory, an arithmetic unit, a comparator and a display, and also includes a PC. The communication module is connected to the memory, and the basic data of coal input and the test data are obtained through the communication module and stored in the memory;

[0035] The memory also stores pricing data, including pricing terms of the contract, supplementary agreements associated with the pricing terms, and pricing priority marks. In special cases, after signing a coal supply and sales contract with a supplier, different supplementary agreements are often signed for a certain pricing term of the contract. The actual settlement amount is calculated based on the effective pricing terms of the contract and the supplementary agreement. This solution, while storing the contract and agreement terms, marks the pricing priority for various pricing terms, which can fully display the relationship between the contracts and agreements and complete the correct pricing of the coal payment.

[0036] The memory is connected to the input module through the controller; the input module is used to input settlement instructions, wherein the settlement instructions include suppliers, mines, coal varieties, time periods and settlement types, and the settlement types include regular settlement, pre-settlement and miscellaneous fee settlement; through the input of different categories, settlement instructions of different suppliers, different mines, different varieties, different time periods and different settlement types are formed to meet the flexible adjustment of various settlement methods and have strong versatility.

[0037] The controller is used to receive settlement instructions and obtain the basic coal input data, test data and pricing data corresponding to the settlement instructions in the memory according to the settlement instructions; according to the settlement instructions, several specific coal trucks can be located, and then the corresponding basic coal input data and test data can be obtained, and the corresponding pricing data can be retrieved according to the supplier information.

[0038] The controller is connected to the operator, and the operator receives the settlement instruction sent by the controller and the basic coal data, test data and pricing data corresponding to the settlement instruction, and completes the settlement to form a first settlement result; the first settlement result includes the multi-ore combined quality parameters of the fuel; the quality parameters include calorific value and sulfur content, and the quality parameters are very critical to the subsequent settlement. In this embodiment, if the contract terms define the pricing levels of three ranges of calorific value ≥ 3800 kcal, 3799-3500 kcal, and 3499-3000 kcal, the pre-settlement unit price is defined as follows: When the weighted calorific value of the batches shipped at the time of pre-settlement is ≥3800 kcal, 90% of the unit price corresponding to 3800 kcal in the contract shall be pre-settled; when the weighted calorific value of the batches shipped at the time of pre-settlement is greater than 3799-3500 kcal, 80% of the unit price corresponding to 3500 kcal in the contract shall be pre-settled; when the weighted calorific value of the batches shipped at the time of pre-settlement is greater than 3499-3000 kcal, 70% of the unit price corresponding to 3000 kcal in the contract shall be pre-settled; when the weighted calorific value of the batches shipped is below 3000 kcal, no pre-settlement shall be made to avoid financial risks. The calculator is equipped with conventional weighted algorithm models and quality parameter calculation models corresponding to pricing data, which can realize all the weighted methods of settlement indicators so far.

[0039] The operator is connected to the comparator, and the comparator receives the first settlement result sent by the operator and the second settlement result sent by the third-party system, compares the first settlement result and the second settlement result, and forms a target settlement result; the settlement system of this scheme and the third-party system run in parallel, and each settlement can obtain the first settlement result through this system and the second settlement result through the third-party system, and the results are compared through the comparator as a verification of the settlement results to ensure accuracy.

[0040] The comparator is connected to the display, which is used to visualize the target settlement result. The target settlement result is displayed in the form of a settlement sheet. The memory also stores several settlement sheet format data so that the settlement sheet can at least display the supplier level, contract number and settlement instructions, so that the data used for this settlement can be flexibly displayed, the level is clear, and it is easy to distinguish the settlement sheets of various coal mines supplied by the same company. Various miscellaneous expenses are listed, calculated and displayed separately in the settlement terms: the original system was designed 10 years ago, with only two fixed price additions and subtractions and additional deductions. It did not take into account the classification, calculation and printing of various miscellaneous expenses. With the increase of various miscellaneous expenses for coal combustion, the original system can no longer meet the settlement needs. This solution establishes three types of increase and deduction formulas for miscellaneous expenses, namely unit price, total amount and ratio, which basically cover the calculation methods of increase and deduction of various miscellaneous expenses. Then, when the settlement sheet is printed, the calculation formulas are directly and intuitively displayed, so that relevant personnel can intuitively understand the source of the amount of various miscellaneous expenses. At the same time, the display also displays the settlement data called, and can manually check whether the calorific value, sulfur content, coal volume, number of cars, unit price of coal payment and supplier name are correct, further ensuring the accuracy of the data.

[0041] The input module is also used to confirm the settlement according to the target settlement result and send a settlement success instruction; the controller is used to receive the settlement success instruction and mark the basic coal data and test data corresponding to the obtained settlement instruction as settled. Because the basic coal data is unique, in order to avoid repeated settlement, the original system removes the settled data from the settlement library, resulting in the inability to settle freight and coal payment separately. This solution marks the called settlement data with a joint mark of settled and settlement type, such as "settled coal payment" and "settled freight". At the same time, the pricing terms separate the coal payment settlement terms and freight settlement terms. The contract number, supplier, settlement method, printing format, etc. are set separately through the bill printing setting module. In this way, the coal payment and freight are settled and printed separately without interfering with each other.

[0042] The input module is also used to input spot check instructions for the target fuel, such as entering the supplier, mine site, coal type, time, selecting the target vehicle fuel, retrieving and displaying the basic coal input data and test data corresponding to the target fuel for verification, comparing computer calculations with manual calculations, and reviewing the final results of the data to ensure the correctness of the data import process.

[0043] The settlement system of this solution also includes a printing device, which is connected to the background processing device for printing a settlement sheet according to the target settlement result, and a scanner, which is connected to the background processing device for scanning the contract and sending the contract data to the storage.

[0044] The background processing device also includes a data calling unit. The new settlement program is redesigned using C#. It only needs to call other system basic databases to be separated from other systems and run the new settlement system simply and quickly.

[0045] The present embodiment provides an efficient and convenient fuel settlement system. When the driver transports a truckload of fuel to the factory, the vehicle card is used to interact with the identifiers installed at various preset positions in turn to record the process of the vehicle's fuel entering the factory, and the acquired data is transmitted to the background processing device; after each truckload or each batch of fuel is sampled, it is tested by a fuel testing device, and the test data is directly transmitted to the background processing device; this solution improves the efficiency of each truckload of fuel entering the factory and reduces the driver's waiting time through the reasonable setting of the factory entry data collection device and the fuel testing device, while accurately and without omission recording the entire process of a truckload of fuel arriving at the factory, providing comprehensive, complete, accurate and effective settlement data for subsequent settlement work, and at the same time reducing the unqualified rate due to data omissions and non-collection in data spot checks.

[0046] Through the background processing device, the contract, transport vehicle, supplier, mine site, coal type, time, coal quality and basic data are fully associated to build an accurate and efficient calculation path for the settlement of each truck of fuel. Through the input module, the settlement instruction is input, and according to the settlement instruction, the controller and the operator complete the settlement. The setting of the settlement instruction can be flexible and changeable. The operator can use the algorithm model equipped with the operator to cover all the settlement weighting methods so far, which can meet various business settlement modes and is suitable for various settlement scenarios. It has high versatility; through the setting of the comparator, the settlement results of this system and the third-party system can be compared, and each settlement is double-checked to ensure the accuracy of the settlement results; by marking the successfully settled data as settled, different types of separate settlements are realized, repeated settlements and missed settlements are avoided, settlement accuracy is further improved, and the flexible choice of settlement methods is also improved; according to the different settlement form formats stored, the corresponding suppliers at all levels, contract numbers, related instructions, etc. can be flexibly displayed and printed during settlement, so that the various data and their associations in this settlement are clear at a glance, which is convenient for suppliers to check and view.

[0047] This solution is based on the comprehensive and accurate basic data and the optimization of the settlement process. The system structure is simple and easy to build, which greatly simplifies the entire fuel settlement operation process and improves settlement efficiency. At the same time, it ensures settlement accuracy and visual display of settlement results.

[0048] The above is only an embodiment of the utility model. The common sense such as the known specific structure and characteristics in the scheme is not described in detail here. The ordinary technicians in the relevant field are aware of all the common technical knowledge in the technical field of the utility model before the application date or priority date, can obtain all the existing technologies in the field, and have the ability to apply the conventional experimental means before that date. The ordinary technicians in the relevant field can improve and implement the scheme in combination with their own abilities under the enlightenment given by this application. Some typical known structures or known methods should not become obstacles for ordinary technicians in the relevant field to implement this application. It should be pointed out that for the technicians in this field, without departing from the structure of the utility model, several deformations and improvements can be made, which should also be regarded as the protection scope of the utility model, and these will not affect the effect of the implementation of the utility model and the practicality of the patent.

Claims

1. An efficient and convenient fuel settlement system, characterized in that: It includes a data collection device for incoming coal, a fuel testing device and a background processing device connected in communication; the data collection device for incoming coal and the fuel testing device are used to respectively collect the basic data of incoming coal and the testing data of the fuel and send them to the background processing device; The plant entry data collection device includes a plurality of identifiers and a plurality of vehicle cards; the plurality of identifiers are numbered and arranged in sequence at corresponding positions on the plant entry channel curve path according to the numbers, and the straight-line distance between two identifiers with adjacent numbers is not less than 100 meters; the positions include the queuing place, the sampling place, the heavy weighing place, the acceptance place, the light weighing place and the ticket printing place; The vehicle card is built with a radio frequency identification chip, and the vehicle card is connected to the identifier through the radio frequency identification chip, so that the identifier reads the identity information of the vehicle card; The identifier adopts an industrial-grade industrial control integrated machine, including a first sub-communication module and a touch screen connected to the first sub-communication module, an RFID reader, an NFC card reader, a barcode scanner, a microprocessor, a voice player, an alarm and a camera; The background processing device includes a communication module, an input module, a controller, a memory, an operator, a comparator and a display; The communication module is connected to a memory, and is used to store the acquired coal input basic data and test data into the memory; the memory also stores pricing data; The memory is connected to the input module through the controller; the input module is used to input the settlement instruction; the controller is used to receive the settlement instruction and obtain the coal input basic data, test data and pricing data corresponding to the settlement instruction in the memory according to the settlement instruction; The controller is connected to the computing unit, the computing unit receives the settlement instruction sent by the controller and the basic coal data, test data and pricing data corresponding to the settlement instruction, completes the settlement, and forms a first settlement result; the first settlement result includes the multi-ore combined quality parameter of the fuel; the computing unit is connected to the comparator, the comparator receives the first settlement result sent by the computing unit and the second settlement result sent by the third-party system, compares the first settlement result and the second settlement result, and forms a target settlement result; The comparator is connected to a display, and the display is used to visually display the target settlement result; The input module is also used to confirm the settlement according to the target settlement result and send a settlement success instruction; The controller is used to receive a settlement success instruction and mark the coal-feeding basic data and test data corresponding to the acquired settlement instruction as settled.

2. An efficient and convenient fuel settlement system according to claim 1, characterized in that: The fuel testing device comprises an industrial analyzer, a sulfur meter, a hydrogen meter, a calorimeter, a muffle furnace and an oven, wherein the data output by the industrial analyzer, the sulfur meter, the hydrogen meter and the calorimeter are transmitted to a background processing device through a data interface, and the data collected by the muffle furnace and the oven are input into the background processing device through an input module.

3. An efficient and convenient fuel settlement system according to claim 1, characterized in that: The background processing device includes a PC.

4. An efficient and convenient fuel settlement system according to claim 1, characterized in that: It also includes a printing device, which is communicatively connected to the background processing device and is used to print a settlement sheet according to the target settlement result.

5. An efficient and convenient fuel settlement system according to claim 1, characterized in that: It also includes a scanner, which is communicatively connected with the background processing device and is used for scanning the contract and sending the contract data to the storage.

6. An efficient and convenient fuel settlement system according to claim 1, characterized in that: The memory also stores a plurality of settlement form format data so that the settlement form at least displays the supplier level, contract number and settlement instructions.

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