Fuel contract template management method

Abstract

The invention provides a fuel contract template management method, and relates to the technical field of contract management, and the method comprises the steps: comprehensively determining an initial fuel contract template based on a preset fuel contract standard and a fuel type, carrying out the first optimization through combining with the historical fuel contract demands of a target platform, and obtaining a first fuel contract template, obtaining a first fuel contract template set; extracting a core contract data type of each first fuel contract template, and determining a contract security level of each first fuel contract template; and encrypting the corresponding first fuel contract template based on the contract security level of each first fuel contract template, and determining the first use permission of each first fuel contract template based on an encryption result, thereby performing security management on the corresponding first fuel contract template. The first fuel contract template set is determined by combining historical fuel contract requirements, and the security level of each contract is analyzed, so that corresponding encryption is realized, and dynamic security management of the fuel contract templates is realized.

Description

Technical Field

[0001] The present invention relates to the technical field of contract management, and in particular to a management method for a fuel contract template. Background Art

[0002] At present, in the process of fuel procurement and supply, contract management is an important part of enterprise operations. The traditional contract management model has problems such as inconsistent templates, unclear terms, and cumbersome approval processes, which leads to low efficiency in contract making and easy to cause legal disputes.

[0003] Therefore, the present invention provides a method for managing fuel contract templates. Summary of the invention

[0004] The present invention provides a fuel contract template management method, which is used to solve the problems of low contract making efficiency and insufficient contract security in the prior art.

[0005] The present invention provides a method for managing a fuel contract template, comprising: Step 1: comprehensively determine the initial fuel contract template based on the preset fuel contract standard and the historical fuel type, and perform a first optimization on the initial fuel contract template in combination with the historical fuel contract requirements of the target platform to obtain the first fuel contract template, thereby obtaining the first fuel contract template set of the target platform; Step 2: extracting the core contract data type of each first fuel contract template in the first fuel contract template set, and determining the contract security level of each first fuel contract template based on the core contract data type; Step 3: Encrypting the corresponding first fuel contract template based on the contract security level of each first fuel contract template, and determining the first use authority of each first fuel contract template based on the encryption result; Step 4: Perform security management on the corresponding first fuel contract template based on the first usage permission.

[0006] The first fuel contract template set of the target platform provided by the present invention includes: Step 11: Determine the initial fuel contract template of the target platform based on the preset fuel contract standard and the historical fuel type of the target platform; Step 12: Obtain the historical fuel contracts of the target platform, thereby extracting the contract requirements of each historical fuel contract to obtain a first contract requirement set; Step 13: Perform a first optimization on the initial fuel contract template based on each first contract requirement in the first contract requirement set, thereby obtaining a first fuel contract template based on each first optimization result, thereby obtaining a first fuel contract template set of the target platform.

[0007] Determining the contract security level of each first fuel contract template according to the present invention includes: Step 21: extracting the core contract data type of each first fuel contract template in the first fuel contract template set to obtain a first data type set; Step 22: Determine a first risk level corresponding to each core contract data type based on the type-risk database; Step 23: Comprehensively determine the contract security level of the current first fuel contract template based on each first risk level of the same first fuel contract template.

[0008] According to the present invention, the method of comprehensively determining the contract security level of the current first fuel contract template based on each first risk level of the same first fuel contract template includes: Step 231: Obtain a first risk level corresponding to each core contract data type of the same first fuel contract template; Step 232: Obtaining the influence degree of the core contract data corresponding to each core contract data type on the first data of the first fuel contract template; Step 233: Combine the first data impact degree with the corresponding first risk level to comprehensively determine the contract security level of the current first fuel contract template.

[0009] Determining the first use permission of each first fuel contract template according to the present invention includes: Step 31: Determine a first encryption scheme of a corresponding level based on the contract security level of each first fuel contract template; Step 32: Encrypt the corresponding first fuel contract template based on the first encryption scheme to obtain a first encrypted template; Step 33: Determine the first usage permission corresponding to the first fuel contract template based on the first encrypted template.

[0010] According to the present invention, determining a first usage permission corresponding to a first fuel contract template based on a first encrypted template includes: Step 331: taking the fuel contract demand with the highest fuel contract demand in the first fuel contract template as the first fuel contract demand, and combining the corresponding contract data type as the first contract tag of the current first fuel contract template; Step 332: comparing the first fuel contract demand based on the first contract tag with the historical fuel contract demand of the target platform, thereby extracting the historical fuel contract demand with the highest similarity to the first fuel contract demand as the first historical fuel contract demand; Step 333: using the historical usage rights corresponding to the first historical fuel contract requirement as the initial usage rights of the first fuel contract template corresponding to the first contract tag; Step 334: Acquire the template usage frequency of the historical fuel contract template of the target platform, and extract the template usage frequency of the historical fuel template corresponding to the first historical fuel contract demand as the first contract frequency; Step 335: sorting the template usage frequencies of the historical fuel contract templates of the target platform, and determining the relative frequency value of the first contract frequency based on the frequency sorting result; Step 336: Combining the relative frequency value with the first contract frequency to obtain a first usage frequency of the first fuel contract template; Step 337: comparing the first usage frequency with the frequency-authority database to determine the authority adjustment error corresponding to the first usage frequency; Step 338: Optimize the initial usage permissions of the first fuel contract template based on the permission adjustment error, so as to obtain the first usage permissions of the current first fuel contract template.

[0011] The method of performing security management on the corresponding first fuel contract template based on the first use permission provided by the present invention includes: Step 41: Obtain a real-time ID for accessing the first fuel contract template in the target platform; Step 42: Determine the highest template usage authority of the real-time ID, and compare the highest template usage authority with the first usage authority; If the highest template usage permission is higher than the first usage permission, the real-time ID can access the template to the first fuel contract template; If the highest usage permission of the template is not higher than the first usage permission, it is determined that the real-time ID cannot access the template; Step 43: Perform security management on the corresponding first fuel contract template based on the usage authority comparison result.

[0012] After the security management of the corresponding first fuel contract template is performed according to the present invention, the method further includes: dynamically updating the first use permission of the first fuel contract template, specifically including: Step 01: Obtain the real-time usage frequency of each first fuel contract template, and compare the real-time usage frequency with the first usage frequency of the corresponding first fuel contract template; If the real-time usage frequency is not greater than the first usage frequency, there is no need to dynamically update the first usage authority corresponding to the first usage frequency; If the real-time usage frequency is greater than the first usage frequency, the first usage frequency is processed based on the real-time usage frequency to obtain a second usage frequency; Step 02: comparing the second usage frequency with the frequency-authority database to determine a second authority adjustment error corresponding to the second usage frequency; Step 03: Optimize the first usage permission of the first fuel contract template based on the second permission adjustment error, so as to achieve dynamic update of the first usage permission of the current first fuel contract template.

[0013] Compared with the prior art, the beneficial effects of the present invention are as follows: a fuel contract template management method provided by the present invention optimizes the initial fuel contract templates one by one in combination with the historical fuel contract requirements of the target platform to obtain a first fuel contract template set, and extracts the core contract data type of each first fuel contract template in the first fuel contract template set, thereby comprehensively determining the contract security level of the first fuel contract template, thereby performing security encryption, and determining the corresponding usage rights, thereby securely managing each first fuel contract template, which can make the use of the fuel contract template safer, and at the same time, can also dynamically update and optimize the usage rights of the fuel contract template based on actual usage, thereby improving usage efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] In order to more clearly illustrate the technical solutions in the present invention or the prior art, the following briefly introduces the drawings required for use in the embodiments or the description of the prior art. Obviously, the drawings described below are some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0015] Figure 1 It is a flow chart of a method for managing a fuel contract template provided by an embodiment of the present invention. DETAILED DESCRIPTION

[0016] In order to make the purpose, technical solution and advantages of the present invention clearer, the technical solution of the present invention will be clearly and completely described below in conjunction with the drawings of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0017] Embodiment 1: The embodiment of the present invention provides a method for managing a fuel contract template, such as Figure 1 As shown, including: Step 1: comprehensively determine the initial fuel contract template based on the preset fuel contract standard and the historical fuel type, and perform a first optimization on the initial fuel contract template in combination with the historical fuel contract requirements of the target platform to obtain the first fuel contract template, thereby obtaining the first fuel contract template set of the target platform; Step 2: extracting the core contract data type of each first fuel contract template in the first fuel contract template set, and determining the contract security level of each first fuel contract template based on the core contract data type; Step 3: Encrypting the corresponding first fuel contract template based on the contract security level of each first fuel contract template, and determining the first use authority of each first fuel contract template based on the encryption result; Step 4: Perform security management on the corresponding first fuel contract template based on the first usage permission.

[0018] In this embodiment, the preset fuel contract standards include information standards such as basic contract information, fuel product information, breach of contract liability information, dispute information, and fuel quality information.

[0019] In this embodiment, the historical fuel type includes the name, model, specification, transportation requirements and other types of the fuel.

[0020] In this embodiment, the initial fuel contract template is a fuel contract template that is formulated based on preset fuel contract standards and fuel types and is consistent with the fuel contract type of the target platform.

[0021] In this embodiment, the historical fuel contract requirements refer to the fuel contract requirements required by the target platform when using the historical fuel template, such as the requirements for fuel product information, the requirements for fuel quality information, etc.

[0022] In this embodiment, the first optimization refers to optimizing the initial fuel contract template according to each historical fuel contract demand, and determining a first fuel contract template based on each optimization result.

[0023] In this embodiment, the first fuel contract template refers to a fuel contract template obtained by optimizing the initial fuel contract template according to each historical fuel contract demand.

[0024] In this embodiment, the first fuel contract template set refers to a template set obtained by arranging each first fuel contract template of the target platform.

[0025] In this embodiment, the core contract data type refers to the core contract data type of each first fuel contract template in the first fuel contract template set, wherein the core contract data type includes: fuel product information type and fuel quality information type.

[0026] In this embodiment, the contract security level refers to the contract security level of each first fuel contract template determined based on the risk level of each core contract data type and the degree of influence of the core contract data type corresponding to each risk level in the corresponding first fuel contract template.

[0027] In this embodiment, encryption refers to matching a corresponding encryption scheme according to a contract security level and performing contract encryption on the corresponding first fuel contract template.

[0028] In this embodiment, the first usage permission refers to the template usage permission determined comprehensively based on the contract security level of the first fuel contract template and the usage frequency of the first fuel contract template on the target platform.

[0029] In this embodiment, security management refers to template security protection and safe use of the first fuel contract template.

[0030] The beneficial effect of the above technical solution is: by optimizing the initial fuel contract templates one by one in combination with the historical fuel contract requirements of the target platform, a first fuel contract template set is obtained, and the core contract data type of each first fuel contract template in the first fuel contract template set is extracted, so as to comprehensively determine the contract security level of the first fuel contract template, thereby performing security encryption, and determining the corresponding usage rights, so as to securely manage each first fuel contract template, which can make the use of the fuel contract template safer, and at the same time, the usage rights of the fuel contract template can be dynamically updated and optimized in real time based on actual usage, thereby improving usage efficiency.

[0031] Embodiment 2: Based on Example 1, a first fuel contract template set of the target platform is obtained, including: Step 11: Determine the initial fuel contract template of the target platform based on the preset fuel contract standard and the historical fuel type of the target platform; Step 12: Obtain the historical fuel contracts of the target platform, thereby extracting the contract requirements of each historical fuel contract to obtain a first contract requirement set; Step 13: Perform a first optimization on the initial fuel contract template based on each first contract requirement in the first contract requirement set, thereby obtaining a first fuel contract template based on each first optimization result, thereby obtaining a first fuel contract template set of the target platform.

[0032] In this embodiment, the preset fuel contract standards include information standards such as basic contract information, fuel product information, breach of contract liability information, dispute information, and fuel quality information.

[0033] In this embodiment, the historical fuel type includes the name, model, specification, transportation requirements and other types of the fuel.

[0034] In this embodiment, the initial fuel contract template is a fuel contract template that is formulated based on preset fuel contract standards and fuel types and is consistent with the fuel contract type of the target platform.

[0035] In this embodiment, the contract requirement refers to the fuel contract requirement required by the target platform when using the historical fuel template, such as the requirement for fuel product information, the requirement for fuel quality information, etc.

[0036] In this embodiment, the first optimization refers to optimizing the initial fuel contract template according to each historical fuel contract demand, and determining a first fuel contract template based on each optimization result.

[0037] In this embodiment, the first fuel contract template refers to a fuel contract template obtained by optimizing the initial fuel contract template according to each historical fuel contract demand.

[0038] In this embodiment, the first fuel contract template set refers to a template set obtained by arranging each first fuel contract template of the target platform.

[0039] The beneficial effect of the above technical solution is: by optimizing the initial fuel contract templates one by one in combination with the historical fuel contract requirements of the target platform, the optimized first fuel contract template set can better meet the needs of users of the target platform, thereby improving the efficiency of fuel contract use.

[0040] Embodiment 3: Based on Example 2, extracting the core contract data type of each first fuel contract template in the first fuel contract template set, and determining the contract security level of each first fuel contract template based on the core contract data type, including: Step 21: extracting the core contract data type of each first fuel contract template in the first fuel contract template set to obtain a first data type set; Step 22: Determine a first risk level corresponding to each core contract data type based on the type-risk database; Step 23: Comprehensively determine the contract security level of the current first fuel contract template based on each first risk level of the same first fuel contract template.

[0041] In this embodiment, the core contract data type refers to the core contract data type of each first fuel contract template in the first fuel contract template set, wherein the core contract data type includes: fuel product information type and fuel quality information type.

[0042] In this embodiment, the contract security level refers to the contract security level of each first fuel contract template determined based on the risk level of each core contract data type and the degree of influence of the core contract data type corresponding to each risk level in the corresponding first fuel contract template.

[0043] The beneficial effect of the above technical solution is: by extracting the core contract data type of each first fuel contract template in the first fuel contract template set, the contract security level of each first fuel contract template is determined, which can make the security performance of the fuel contract template higher.

[0044] Embodiment 4: Based on Example 3, the contract security level of the current first fuel contract template is comprehensively determined based on each first risk level of the same first fuel contract template, including: Step 231: Obtain a first risk level corresponding to each core contract data type of the same first fuel contract template; Step 232: Obtaining the influence degree of the core contract data corresponding to each core contract data type on the first data of the first fuel contract template; Step 233: Combine the first data impact degree with the corresponding first risk level to comprehensively determine the contract security level of the current first fuel contract template.

[0045] In this embodiment, the first risk level refers to the risk level of leakage risk existing in each core contract data type.

[0046] In this embodiment, the first data impact degree refers to the contract impact degree of the core contract data corresponding to each core contract data type on the corresponding first fuel contract. For example, the first data impact degree of product information is 0.8.

[0047] In this embodiment, the contract security level refers to the contract security level of each first fuel contract template determined based on the risk level of each core contract data type and the degree of influence of the core contract data type corresponding to each risk level in the corresponding first fuel contract template.

[0048] The beneficial effect of the above technical solution is: by extracting the core contract data type of each first fuel contract template in the first fuel contract template set, thereby determining the first risk level of each core contract data type, and thus comprehensively determining the contract security level of the first fuel contract template, the security performance of the fuel contract template can be made higher.

[0049] Embodiment 5: Based on Example 3, determining the first use permission of each first fuel contract template includes: Step 31: Determine a first encryption scheme of a corresponding level based on the contract security level of each first fuel contract template; Step 32: Encrypt the corresponding first fuel contract template based on the first encryption scheme to obtain a first encrypted template; Step 33: Determine the first usage permission corresponding to the first fuel contract template based on the first encrypted template.

[0050] In this embodiment, encryption refers to matching a corresponding encryption scheme according to a contract security level and performing contract encryption on the corresponding first fuel contract template.

[0051] In this embodiment, the first usage permission refers to the template usage permission determined comprehensively based on the contract security level of the first fuel contract template and the usage frequency of the first fuel contract template on the target platform.

[0052] The beneficial effect of the above technical solution is: by determining the use authority of the first fuel contract template, each first fuel contract template can be securely managed more accurately and effectively, making the use of the fuel contract template safer.

[0053] Embodiment 6: Based on Example 5, determining the first use permission corresponding to the first fuel contract template based on the first encrypted template includes: Step 331: taking the fuel contract demand with the highest fuel contract demand in the first fuel contract template as the first fuel contract demand, and combining the corresponding contract data type as the first contract tag of the current first fuel contract template; Step 332: comparing the first fuel contract demand based on the first contract tag with the historical fuel contract demand of the target platform, thereby extracting the historical fuel contract demand with the highest similarity to the first fuel contract demand as the first historical fuel contract demand; Step 333: using the historical usage rights corresponding to the first historical fuel contract requirement as the initial usage rights of the first fuel contract template corresponding to the first contract tag; Step 334: Acquire the template usage frequency of the historical fuel contract template of the target platform, and extract the template usage frequency of the historical fuel template corresponding to the first historical fuel contract demand as the first contract frequency; Step 335: sorting the template usage frequencies of the historical fuel contract templates of the target platform, and determining the relative frequency value of the first contract frequency based on the frequency sorting result; Step 336: Combining the relative frequency value with the first contract frequency to obtain a first usage frequency of the first fuel contract template; Step 337: comparing the first usage frequency with the frequency-authority database to determine the authority adjustment error corresponding to the first usage frequency; Step 338: Optimize the initial usage permissions of the first fuel contract template based on the permission adjustment error, so as to obtain the first usage permissions of the current first fuel contract template.

[0054] In this embodiment, the first fuel contract demand refers to the fuel contract demand among the contract demands of the first fuel contract template that is most consistent with the first fuel contract template demand. For example, fuel contract template A is applicable to fuels with fuel quality higher than the average fuel quality and fuel contracts in which the size of a single fuel is smaller than a preset size value. Among them, the fuel with fuel quality higher than the average fuel quality is more compatible with fuel contract template A, and the first fuel contract demand is the fuel with fuel quality higher than the average fuel quality.

[0055] In this embodiment, the first contract tag includes the first fuel contract requirement and the contract data type included in the corresponding fuel contract. For example, the first contract tag of the A fuel contract template is the fuel quality and the fuel with fuel quality higher than the average fuel quality.

[0056] In this embodiment, the first historical fuel contract demand refers to comparing the first fuel contract demand with the historical fuel contract demand of the target platform, thereby extracting the historical fuel contract demand with the highest demand similarity to the first fuel contract demand.

[0057] In this embodiment, the initial usage authority is to use the historical usage authority corresponding to the first historical fuel contract demand as the initial usage authority of the first fuel contract template.

[0058] In this embodiment, the template usage frequency refers to the template usage frequency of each historical fuel contract template of the target platform, wherein the template usage frequency has a value range of (0, 1).

[0059] In this embodiment, the first contract frequency refers to the template usage frequency of the historical fuel contract template corresponding to the first historical fuel demand.

[0060] In this embodiment, the relative frequency value refers to the relative position of the first contract frequency in the template usage frequency of the historical fuel contract template of the target platform, where the relative frequency value ranges from [0,1). If the relative frequency value is 0, the corresponding historical fuel contract template has not been accessed and used on the target platform.

[0061] In this embodiment, the first usage frequency refers to the usage frequency of the first fuel contract template obtained by superimposing the relative frequency value onto the first contract frequency.

[0062] In this embodiment, the frequency-authority database is a database that is predetermined based on the usage frequency of the contract template and includes the usage frequency of the contract template and the authority adjustment error.

[0063] In this embodiment, the permission adjustment error refers to an adjustment error value of the usage permission of the first fuel contract template based on the usage frequency of the first fuel contract template on the target platform.

[0064] In this embodiment, the first usage permission refers to the template usage permission determined comprehensively based on the contract security level of the first fuel contract template and the usage frequency of the first fuel contract template on the target platform.

[0065] The beneficial effect of the above technical solution is: by determining the use authority of the first fuel contract template, each first fuel contract template can be securely managed more accurately and effectively, making the use of the fuel contract template safer.

[0066] Embodiment 7: Based on Example 5, security management is performed on the corresponding first fuel contract template based on the first use permission, including: Step 41: Obtain a real-time ID for accessing the first fuel contract template in the target platform; Step 42: Determine the highest template usage authority of the real-time ID, and compare the highest template usage authority with the first usage authority; If the highest template usage permission is higher than the first usage permission, the real-time ID can access the template to the first fuel contract template; If the highest usage permission of the template is not higher than the first usage permission, it is determined that the real-time ID cannot access the template; Step 43: Perform security management on the corresponding first fuel contract template based on the usage authority comparison result.

[0067] In this embodiment, the highest template usage permission refers to the access permission of the real-time ID for the target platform to access the template. For example, the template usage permission includes: partial content editing permission, full content editing permission, content reading permission, content modification permission, etc.

[0068] In this embodiment, security management refers to template security protection and safe use of the first fuel contract template.

[0069] The beneficial effect of the above technical solution is that by performing security management on each first fuel contract template, the use of the fuel contract template can be made safer.

[0070] Embodiment 8: Based on Example 7, after the corresponding first fuel contract template is securely managed, the method further includes: dynamically updating the first use permission of the first fuel contract template, specifically including: Step 01: Obtain the real-time usage frequency of each first fuel contract template, and compare the real-time usage frequency with the first usage frequency of the corresponding first fuel contract template; If the real-time usage frequency is not greater than the first usage frequency, there is no need to dynamically update the first usage authority corresponding to the first usage frequency; If the real-time usage frequency is greater than the first usage frequency, the first usage frequency is processed based on the real-time usage frequency to obtain a second usage frequency; Step 02: comparing the second usage frequency with the frequency-authority database to determine a second authority adjustment error corresponding to the second usage frequency; Step 03: Optimize the first usage permission of the first fuel contract template based on the second permission adjustment error, so as to achieve dynamic update of the first usage permission of the current first fuel contract template.

[0071] In this embodiment, the real-time usage frequency refers to the frequency with which the real-time ID of the target platform accesses and uses the first fuel contract template.

[0072] In this embodiment, when the real-time usage frequency is greater than the first usage frequency, the second usage frequency is obtained by optimizing the first usage frequency based on the real-time usage frequency.

[0073] In this embodiment, the dynamic update of the first usage right is to update the usage right to a higher level of usage right.

[0074] The beneficial effect of the above technical solution is that by dynamically updating and optimizing the usage rights of the fuel contract template in real time in combination with actual usage, the usage efficiency can be improved to the greatest extent.

[0075] The above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit the same. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that the technical solutions described in the aforementioned embodiments may still be modified, or some of the technical features may be replaced by equivalents. However, these modifications or replacements do not deviate the essence of the corresponding technical solutions from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

1. A method for managing a fuel contract template, characterized in that: include: Step 1: comprehensively determine the initial fuel contract template based on the preset fuel contract standard and the historical fuel type, and perform a first optimization on the initial fuel contract template in combination with the historical fuel contract requirements of the target platform to obtain the first fuel contract template, thereby obtaining the first fuel contract template set of the target platform; Step 2: extracting the core contract data type of each first fuel contract template in the first fuel contract template set, and determining the contract security level of each first fuel contract template based on the core contract data type; Step 3: Encrypting the corresponding first fuel contract template based on the contract security level of each first fuel contract template, and determining the first use authority of each first fuel contract template based on the encryption result; Step 4: Perform security management on the corresponding first fuel contract template based on the first usage permission.

2. A method for managing a fuel contract template according to claim 1, characterized in that: The initial fuel contract template is comprehensively determined based on the preset fuel contract standard and fuel type, and the initial fuel contract template is first optimized in combination with the historical fuel contract requirements of the target platform to obtain the first fuel contract template, thereby obtaining the first fuel contract template set of the target platform, including: Step 11: Determine the initial fuel contract template of the target platform based on the preset fuel contract standard and the historical fuel type of the target platform; Step 12: Obtain the historical fuel contracts of the target platform, thereby extracting the contract requirements of each historical fuel contract to obtain a first contract requirement set; Step 13: Perform a first optimization on the initial fuel contract template based on each first contract requirement in the first contract requirement set, thereby obtaining a first fuel contract template based on each first optimization result, thereby obtaining a first fuel contract template set of the target platform.

3. A method for managing a fuel contract template according to claim 2, characterized in that: Extracting the core contract data type of each first fuel contract template in the first fuel contract template set, and determining the contract security level of each first fuel contract template based on the core contract data type, including: Step 21: extracting the core contract data type of each first fuel contract template in the first fuel contract template set to obtain a first data type set; Step 22: Determine a first risk level corresponding to each core contract data type based on the type-risk database; Step 23: Comprehensively determine the contract security level of the current first fuel contract template based on each first risk level of the same first fuel contract template.

4. A method for managing a fuel contract template according to claim 3, characterized in that: The contract security level of the current first fuel contract template is comprehensively determined based on each first risk level of the same first fuel contract template, including: Step 231: Obtain a first risk level corresponding to each core contract data type of the same first fuel contract template; Step 232: Obtaining the influence degree of the core contract data corresponding to each core contract data type on the first data of the first fuel contract template; Step 233: Combine the first data impact degree with the corresponding first risk level to comprehensively determine the contract security level of the current first fuel contract template.

5. A method for managing a fuel contract template according to claim 3, characterized in that: Encrypting the corresponding first fuel contract template based on the contract security level of each first fuel contract template, and determining the first use authority of each first fuel contract template based on the encryption result, including: Step 31: Determine a first encryption scheme of a corresponding level based on the contract security level of each first fuel contract template; Step 32: Encrypt the corresponding first fuel contract template based on the first encryption scheme to obtain a first encrypted template; Step 33: Determine the first usage permission corresponding to the first fuel contract template based on the first encrypted template.

6. A method for managing a fuel contract template according to claim 5, characterized in that: Determining a first use permission corresponding to the first fuel contract template based on the first encrypted template includes: Step 331: taking the fuel contract demand with the highest fuel contract demand in the first fuel contract template as the first fuel contract demand, and combining the corresponding contract data type as the first contract tag of the current first fuel contract template; Step 332: comparing the first fuel contract demand based on the first contract tag with the historical fuel contract demand of the target platform, thereby extracting the historical fuel contract demand with the highest similarity to the first fuel contract demand as the first historical fuel contract demand; Step 333: using the historical usage rights corresponding to the first historical fuel contract requirement as the initial usage rights of the first fuel contract template corresponding to the first contract tag; Step 334: Acquire the template usage frequency of the historical fuel contract template of the target platform, and extract the template usage frequency of the historical fuel template corresponding to the first historical fuel contract demand as the first contract frequency; Step 335: sorting the template usage frequencies of the historical fuel contract templates of the target platform, and determining the relative frequency value of the first contract frequency based on the frequency sorting result; Step 336: Combining the relative frequency value with the first contract frequency to obtain a first usage frequency of the first fuel contract template; Step 337: comparing the first usage frequency with the frequency-authority database to determine the authority adjustment error corresponding to the first usage frequency; Step 338: Optimize the initial usage permissions of the first fuel contract template based on the permission adjustment error, so as to obtain the first usage permissions of the current first fuel contract template.

7. A method for managing a fuel contract template according to claim 5, characterized in that: The corresponding first fuel contract template is securely managed based on the first use permission, including: Step 41: Obtain a real-time ID for accessing the first fuel contract template in the target platform; Step 42: Determine the highest template usage authority of the real-time ID, and compare the highest template usage authority with the first usage authority; If the highest template usage permission is higher than the first usage permission, the real-time ID can access the template to the first fuel contract template; If the highest usage permission of the template is not higher than the first usage permission, it is determined that the real-time ID cannot access the template; Step 43: Perform security management on the corresponding first fuel contract template based on the usage authority comparison result.

8. A method for managing a fuel contract template according to claim 7, characterized in that: After the security management of the corresponding first fuel contract template is performed, it also includes: dynamically updating the first use authority of the first fuel contract template, specifically including: Step 01: Obtain the real-time usage frequency of each first fuel contract template, and compare the real-time usage frequency with the first usage frequency of the corresponding first fuel contract template; If the real-time usage frequency is not greater than the first usage frequency, there is no need to dynamically update the first usage authority corresponding to the first usage frequency; If the real-time usage frequency is greater than the first usage frequency, the first usage frequency is processed based on the real-time usage frequency to obtain a second usage frequency; Step 02: comparing the second usage frequency with the frequency-authority database to determine a second authority adjustment error corresponding to the second usage frequency; Step 03: Optimize the first usage permission of the first fuel contract template based on the second permission adjustment error, so as to achieve dynamic update of the first usage permission of the current first fuel contract template.

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