A high-pressure hydrogen rapid filling system

Abstract

The present invention discloses a high-pressure hydrogen rapid filling system, which comprises: a high-pressure hydrogen information collection unit, the output end of which is connected to a filling model construction unit, and the output end of which is connected to a high-pressure hydrogen management numerical model calculation unit, the output end of which is respectively connected to a high-pressure hydrogen storage unit, a high-pressure hydrogen abnormal filling monitoring numerical warning unit and a high-pressure hydrogen filling monitoring numerical standard preset unit; a high-pressure hydrogen filling monitoring numerical signal transmission unit, which is connected to the output end of the high-pressure hydrogen abnormal filling monitoring numerical warning unit. The system monitors the filling monitoring numerical process in real time through the high-pressure hydrogen filling monitoring numerical standard preset unit, and monitors and displays the information through the filling monitoring numerical artificial intelligence display unit.

Description

Technical Field

[0001] The present invention relates to the field of high-pressure hydrogen filling monitoring, and in particular to a high-pressure hydrogen rapid filling system. Background Art

[0002] At normal temperature and pressure, hydrogen is a highly flammable, colorless, transparent, odorless and insoluble gas. Hydrogen is the smallest known gas in the world. Its density is only 1 / 14 of that of air, that is, at 0C and a standard atmospheric pressure, its density is 0.0899g / L. Therefore, hydrogen can be used as a filling gas for airships and hydrogen balloons. Hydrogen is a substance with the smallest relative molecular mass and is mainly used as a reducing agent. In the processing and production process, hydrogen filling equipment is a commonly used device. The existing hydrogen filling system usually cannot monitor the hydrogen filling process well. At the same time, the transfer method during filling is not safe enough and is prone to danger. Summary of the invention

[0003] In order to overcome the shortcomings and deficiencies of the prior art, the present invention provides a high-pressure hydrogen rapid filling system. The system includes:

[0004] A high-pressure hydrogen information collection unit, wherein the output end of the high-pressure hydrogen information collection unit is connected to a filling model construction unit, and the output end of the high-pressure hydrogen management numerical model calculation unit is connected to a high-pressure hydrogen storage unit, a high-pressure hydrogen abnormal filling monitoring value warning unit and a high-pressure hydrogen filling monitoring value standard preset unit;

[0005] A high-pressure hydrogen filling monitoring value signal transmission unit, which is connected to the output end of the high-pressure hydrogen abnormal filling monitoring value warning unit, and the output end of the high-pressure hydrogen filling monitoring value signal transmission unit is respectively connected to a high-pressure hydrogen filling data real-time update unit and a filling monitoring value setting unit;

[0006] A high-pressure hydrogen filling monitoring value specified value management unit is connected to the output end of the high-pressure hydrogen filling monitoring value standard preset unit, the output end of the high-pressure hydrogen filling monitoring value specified value management unit is connected to a filling monitoring value artificial intelligence display unit, and the output end of the filling monitoring value artificial intelligence display unit is connected to a system integrated management unit, the output end of the system integrated management unit is connected to a filling monitoring value real-time tracking unit, and the output end of the filling monitoring value real-time tracking unit is connected to a filling monitoring value table visualization unit.

[0007] Furthermore, the high-pressure hydrogen information collection unit, the filling model construction unit and the high-pressure hydrogen management numerical model calculation unit are connected in series, and the high-pressure hydrogen management numerical model calculation unit is connected to the filling model construction unit.

[0008] Furthermore, the high-pressure hydrogen management numerical model calculation unit is connected to the high-pressure hydrogen storage unit, and the high-pressure hydrogen management numerical model calculation unit, the high-pressure hydrogen abnormal filling monitoring numerical warning unit and the high-pressure hydrogen filling monitoring numerical signal transmission unit are connected in series.

[0009] Furthermore, the high-pressure hydrogen filling monitoring numerical signal transmission unit and the high-pressure hydrogen filling data real-time updating unit are connected in series, and the high-pressure hydrogen filling data real-time updating unit is connected to the high-pressure hydrogen storage unit.

[0010] Furthermore, the high-pressure hydrogen management numerical model calculation unit, the high-pressure hydrogen filling monitoring numerical standard preset unit, the high-pressure hydrogen filling monitoring numerical prescribed value management unit and the filling monitoring numerical artificial intelligence display unit are connected in series.

[0011] Furthermore, the filling monitoring value artificial intelligence display unit, the system integrated management unit, the filling monitoring value real-time tracking unit and the filling monitoring value table visualization unit are connected in series, and the system integrated management unit, the high-pressure hydrogen filling monitoring value signal transmission unit and the filling monitoring value setting unit are connected in series.

[0012] Furthermore, the high-pressure hydrogen management numerical model calculation unit is also provided with:

[0013] A management value periodic updating unit is connected to the output end of the high-pressure hydrogen management numerical model calculation unit, and the output end of the management value periodic updating unit is connected to a filling monitoring value rationality judgment unit.

[0014] Furthermore, the high-pressure hydrogen management numerical model calculation unit, the management value periodic update unit and the filling monitoring value rationality judgment unit are connected in series.

[0015] Furthermore, the high-pressure hydrogen storage unit is also provided with:

[0016] A filling monitoring value compression management unit is connected to the output end of the high-pressure hydrogen storage unit, the high-pressure hydrogen management numerical model calculation unit, the high-pressure hydrogen storage unit and the filling monitoring value compression management unit are connected in series, and the filling monitoring value rationality judgment unit is connected to the filling monitoring value compression management unit.

[0017] Furthermore, the high-pressure hydrogen filling monitoring numerical signal transmission unit is also provided with:

[0018] A filling monitoring value specified value abnormal prompt unit is connected to the output end of the high-pressure hydrogen filling monitoring value signal transmission unit, and the high-pressure hydrogen filling monitoring value signal transmission unit is connected to the filling monitoring value specified value abnormal prompt unit.

[0019] A high-pressure hydrogen rapid filling system comprises the following steps:

[0020] Step S1: The dynamic information is stored and compared through the high-pressure hydrogen storage unit, and the platform filling monitoring value is detected through the high-pressure hydrogen information collection unit;

[0021] Step S2: when the input of the platform filling monitoring value is detected, the filling model building unit controls the high-pressure hydrogen management numerical model calculation unit to review the filling monitoring value qualifications of both parties of the filling monitoring value. At this time, if there is no filling monitoring value information in the high-pressure hydrogen storage unit, it means that the filling monitoring value is a new filling monitoring value. At this time, the new filling monitoring value is registered through the management value periodic update unit. After registration, the information of the new filling monitoring value is extracted and reviewed by the filling monitoring value rationality judgment unit;

[0022] Step S3: If the filling monitoring value is an existing filling monitoring value, the filling monitoring value information is directly extracted from the high-pressure hydrogen storage unit, and then the filling monitoring value compression management unit is used to judge the accuracy of the filling monitoring value through the extracted new filling monitoring value information and the characteristic information of the existing filling monitoring value in the high-pressure hydrogen storage unit, and the setting level of the filling monitoring value is judged. At this time, if it is found that the accuracy of the filling monitoring value is unqualified and does not have the filling monitoring value qualification, a high-pressure hydrogen abnormal filling monitoring value warning unit is used to prompt, so as to facilitate the comparison of the characteristic information of the filling monitoring value and confirm whether the characteristic information is consistent. If it is still not qualified for the filling monitoring value after confirmation, the filling monitoring value is terminated through the high-pressure hydrogen filling monitoring value signal transmission unit;

[0023] Step S4: The filling monitoring value information that does not meet the filling monitoring value qualification is transmitted to the high-pressure hydrogen storage unit through the high-pressure hydrogen filling data real-time update unit for storage, so as to facilitate direct comparison when the filling monitoring value appears in the future. When the filling monitoring value accuracy is found to be qualified, the normal filling monitoring value process is carried out. At this time, the high-pressure hydrogen filling monitoring value standard preset unit monitors the filling monitoring value process in real time, and prompts the filling monitoring value setting through the high-pressure hydrogen filling monitoring value specified value management unit;

[0024] Step S5: The information is monitored and displayed through the filling monitoring value artificial intelligence display unit, and at this time, the system integrated management unit performs personnel identification and authentication on the user management personnel again;

[0025] Step S6: After the administrator's identity is authenticated, the platform will transfer the administrator's identity to the administrator's account, and then generate a filling monitoring value table through the filling monitoring value table visualization unit as a credential for the filling monitoring value. If the accuracy of the administrator's identity authentication fails again, the administrator's identity will be returned to the login interface through the filling monitoring value setting unit, and the filling monitoring value will be terminated. At the same time, when the filling monitoring value compression management unit determines that the filling monitoring value setting level is very poor, and that false filling monitoring values ​​or malicious filling monitoring values ​​have appeared, a warning will be directly issued through the filling monitoring value specified value abnormal prompt unit.

[0026] Compared with the prior art, the present invention provides a high-pressure hydrogen rapid filling system, which has the following beneficial effects: the high-pressure hydrogen rapid filling system can monitor the filling monitoring value process in real time through the high-pressure hydrogen filling monitoring value standard preset unit, monitor and display the information through the filling monitoring value artificial intelligence display unit, the system comprehensive management unit can re-identify and authenticate the user management personnel, the filling monitoring value real-time tracking unit can transfer the user management personnel to the user management personnel account after the user management personnel is authenticated, and the filling monitoring value table visualization unit can generate a filling monitoring value table as a certificate of the filling monitoring value.

[0027] 1. The present invention can detect the input of the platform filling monitoring value through the high-pressure hydrogen information acquisition unit, and can control the high-pressure hydrogen management numerical model calculation unit to review the filling monitoring value qualifications of the filling monitoring values ​​of both parties of the filling monitoring value through the filling model construction unit when the filling monitoring value is input. The high-pressure hydrogen storage unit can store information data of dynamic information, so as to facilitate direct review and comparison. The high-pressure hydrogen abnormal filling monitoring value warning unit can prompt when the filling monitoring value does not have the filling monitoring value qualification at the audit place, so as to facilitate the comparison of characteristic information of the filling monitoring value and confirm whether the characteristic information is consistent. When it still does not have the filling monitoring value qualification after confirmation, the filling monitoring value can be terminated through the high-pressure hydrogen filling monitoring value signal transmission unit. The filling monitoring value information that does not have the filling monitoring value qualification can be transmitted to the high-pressure hydrogen storage unit through the high-pressure hydrogen filling data real-time update unit for storage, so as to facilitate direct comparison when this filling monitoring value appears in the future;

[0028] 2. The present invention can monitor the filling monitoring value process in real time through the high-pressure hydrogen filling monitoring value standard preset unit, the high-pressure hydrogen filling monitoring value specified value management unit can prompt the filling monitoring value setting after the audit office has the filling monitoring value qualification, the information is monitored and displayed through the filling monitoring value artificial intelligence display unit, the system comprehensive management unit can re-identify the user management personnel, the filling monitoring value real-time tracking unit can transfer the user management personnel to the user management personnel account after the user management personnel is qualified, and the filling monitoring value table visualization unit can generate a filling monitoring value table as a voucher for the filling monitoring value;

[0029] 3. The present invention facilitates the registration of new filling monitoring values ​​by managing the value periodic update unit. The filling monitoring value rationality judgment unit can extract and review the information of the new filling monitoring value after the new filling monitoring value is registered. The filling monitoring value compression management unit can judge the accuracy of the filling monitoring value through the extracted new filling monitoring value information and the characteristic information of the existing filling monitoring value in the high-pressure hydrogen storage unit, thereby judging the setting level of the filling monitoring value. If the accuracy is qualified, the filling monitoring value is normal. If the accuracy is unqualified, the filling monitoring value is terminated. If the setting level is very poor, or false filling monitoring values ​​or malicious filling monitoring values ​​have appeared, the filling monitoring value specified value abnormal prompt unit can directly issue a warning to avoid the occurrence of risky filling monitoring values, thereby solving the problem that the existing filling monitoring value process platform based on high-pressure hydrogen information management technology lacks a complete monitoring platform, thereby causing risky filling monitoring values ​​or even malicious filling monitoring values ​​to appear in the filling monitoring value process, disrupting the filling monitoring value process, and seriously affecting the security of the filling monitoring value platform. BRIEF DESCRIPTION OF THE DRAWINGS

[0030] Figure 1 It is a schematic diagram of the platform structure of the present invention;

[0031] Figure 2 The present invention is a flow chart of the platform usage.

[0032] In the figure: 1. High-pressure hydrogen information collection unit; 2. Filling model construction unit; 3. High-pressure hydrogen management numerical model calculation unit; 4. High-pressure hydrogen storage unit; 5. High-pressure hydrogen abnormal filling monitoring value warning unit; 6. High-pressure hydrogen filling monitoring value signal transmission unit; 7. High-pressure hydrogen filling data real-time update unit; 8. High-pressure hydrogen filling monitoring value standard preset unit; 9. High-pressure hydrogen filling monitoring value specified value management unit; 10. Filling monitoring value artificial intelligence display unit; 11. System comprehensive management unit; 12. Filling monitoring value real-time tracking unit; 13. Filling monitoring value table visualization unit; 14. Filling monitoring value setting unit; 15. Management value regular update unit; 16. Filling monitoring value rationality judgment unit; 17. Filling monitoring value compression management unit; 18. Filling monitoring value specified value abnormal prompt unit. DETAILED DESCRIPTION

[0033] It should be noted that, in the absence of conflict, the embodiments and features in the embodiments of the present application may be combined with each other. The present application is further described in detail below in conjunction with the accompanying drawings and specific embodiments.

[0034] like Figure 1 As shown, a high-pressure hydrogen rapid filling system,

[0035] The system comprises: a high-pressure hydrogen information collection unit 1, the output end of the high-pressure hydrogen information collection unit 1 is connected to a filling model construction unit 2, and the output end is connected to a high-pressure hydrogen management numerical model calculation unit 3, the high-pressure hydrogen information collection unit 1, the filling model construction unit 2 and the high-pressure hydrogen management numerical model calculation unit 3 are connected in series, and the high-pressure hydrogen management numerical model calculation unit 3 is connected to the filling model construction unit 2;

[0036] The high-pressure hydrogen information collection unit 1 can detect the input of the platform filling monitoring value, and the filling model construction unit 2 can control the high-pressure hydrogen management numerical model calculation unit 3 to review the filling monitoring value qualifications of both parties of the filling monitoring value when the filling monitoring value is input;

[0037] The output end of the high-pressure hydrogen management numerical model calculation unit 3 is respectively connected to the high-pressure hydrogen storage unit 4, the high-pressure hydrogen abnormal filling monitoring value warning unit 5 and the high-pressure hydrogen filling monitoring value standard preset unit 8; the high-pressure hydrogen filling monitoring value signal transmission unit 6 is connected to the output end of the high-pressure hydrogen abnormal filling monitoring value warning unit 5, and the output end of the high-pressure hydrogen filling monitoring value signal transmission unit 6 is respectively connected to the high-pressure hydrogen filling data real-time update unit 7 and the filling monitoring value setting unit 14;

[0038] The high-pressure hydrogen management numerical model calculation unit 3 is connected to the high-pressure hydrogen storage unit 4, and the high-pressure hydrogen management numerical model calculation unit 3, the high-pressure hydrogen abnormal filling monitoring value warning unit 5 and the high-pressure hydrogen filling monitoring value signal transmission unit 6 are connected in series; the high-pressure hydrogen storage unit 4 can store information data of dynamic information, so as to facilitate direct review and comparison, and the high-pressure hydrogen abnormal filling monitoring value warning unit 5 can prompt when the filling monitoring value does not have the filling monitoring value qualification at the review place, so as to facilitate the filling monitoring value to compare the characteristic information, confirm whether the characteristic information is consistent, and when it still does not have the filling monitoring value qualification after confirmation, the filling monitoring value can be terminated through the high-pressure hydrogen filling monitoring value signal transmission unit 6; the high-pressure hydrogen filling monitoring value signal transmission unit 6 and the high-pressure hydrogen filling data real-time update unit 7 are connected in series, and the high-pressure hydrogen filling data real-time update unit 7 is connected to the high-pressure hydrogen storage unit 4;

[0039] The filling monitoring value information that does not meet the filling monitoring value qualification can be transmitted to the high-pressure hydrogen storage unit 4 for storage through the high-pressure hydrogen filling data real-time update unit 7, so as to facilitate direct comparison when the filling monitoring value appears in the future; the high-pressure hydrogen filling monitoring value prescribed value management unit 9 is connected to the output end of the high-pressure hydrogen filling monitoring value standard preset unit 8, the output end of the high-pressure hydrogen filling monitoring value prescribed value management unit 9 is connected to the filling monitoring value artificial intelligence display unit 10, and the output end of the filling monitoring value artificial intelligence display unit 10 is connected to the system comprehensive management unit 11, the high-pressure hydrogen management numerical model calculation unit 3, the high-pressure hydrogen filling monitoring value standard preset unit 8, the high-pressure hydrogen filling monitoring value prescribed value management unit 9 and the filling monitoring value artificial intelligence display unit 10 are connected in series;

[0040] The high-pressure hydrogen filling monitoring value standard preset unit 8 can monitor the filling monitoring value process in real time, and the high-pressure hydrogen filling monitoring value specified value management unit 9 can provide a prompt for filling monitoring value setting after the audit office has the filling monitoring value qualification, and the information is monitored and displayed through the filling monitoring value artificial intelligence display unit 10; the output end of the system comprehensive management unit 11 is connected to the filling monitoring value real-time tracking unit 12, and the output end of the filling monitoring value real-time tracking unit 12 is connected to the filling monitoring value table visualization unit 13;

[0041] The filling monitoring value artificial intelligence display unit 10, the system integrated management unit 11, the filling monitoring value real-time tracking unit 12 and the filling monitoring value table visualization unit 13 are connected in series, and the system integrated management unit 11, the high-pressure hydrogen filling monitoring value signal transmission unit 6 and the filling monitoring value setting unit 14 are connected in series; the system integrated management unit 11 can perform re-personnel identification and authentication on the user management personnel, the filling monitoring value real-time tracking unit 12 can transfer the user management personnel's identity to the user management personnel's account after the user management personnel's identity authentication is qualified, and the filling monitoring value table visualization unit 13 can generate a filling monitoring value table as a certificate of the filling monitoring value.

[0042] A high-pressure hydrogen rapid filling system, comprising: a management value periodic updating unit 15, which is connected to the output end of the high-pressure hydrogen management numerical model calculation unit 3, and the output end of the management value periodic updating unit 15 is connected to a filling monitoring value rationality judgment unit 16;

[0043] The high-pressure hydrogen management numerical model calculation unit 3, the management value periodic update unit 15 and the filling monitoring value rationality judgment unit 16 are connected in series. The management value periodic update unit 15 facilitates the registration of new filling monitoring values, and the filling monitoring value rationality judgment unit 16 can extract and review the information of the new filling monitoring values ​​after the new filling monitoring values ​​are registered;

[0044] The filling monitoring value compression management unit 17 is connected to the output end of the high-pressure hydrogen storage unit 4, the high-pressure hydrogen management numerical model calculation unit 3, the high-pressure hydrogen storage unit 4 and the filling monitoring value compression management unit 17 are connected in series, and the filling monitoring value rationality judgment unit 16 is connected to the filling monitoring value compression management unit 17;

[0045] The filling monitoring value compression management unit 17 can judge the accuracy of the filling monitoring value through the extracted new filling monitoring value information and the characteristic information of the existing filling monitoring value in the high-pressure hydrogen storage unit 4, so as to judge the setting level of the filling monitoring value. If the accuracy is qualified, the filling monitoring value is normally filled. If the accuracy is unqualified, the filling monitoring value is terminated. If the setting level is very poor, and there have been false filling monitoring values ​​or malicious filling monitoring values, etc.;

[0046] The filling monitoring value specified value abnormal prompt unit 18 is connected to the output end of the high-pressure hydrogen filling monitoring value signal transmission unit 6, and the high-pressure hydrogen filling monitoring value signal transmission unit 6 is connected to the filling monitoring value specified value abnormal prompt unit 18;

[0047] The filling monitoring value specified value abnormal prompt unit 18 can directly issue a warning to avoid the occurrence of risky filling monitoring values, thereby solving the problem that the existing filling monitoring value process platform based on high-pressure hydrogen information management technology lacks a complete monitoring platform, thereby causing risky filling monitoring values ​​or even malicious filling monitoring values ​​to appear in the filling monitoring value process, disrupting the filling monitoring value process and seriously affecting the security of the filling monitoring value platform.

[0048] like Figure 2 As shown, a high-pressure hydrogen rapid filling system comprises the following steps:

[0049] Step S1: The dynamic information is stored and compared through the high-pressure hydrogen storage unit 4, and the platform filling monitoring value is detected through the high-pressure hydrogen information collection unit 1;

[0050] Step S2: when the input of the platform filling monitoring value is detected, the filling model building unit 2 controls the high-pressure hydrogen management numerical model calculation unit 3 to review the filling monitoring value qualifications of both parties of the filling monitoring value. At this time, if there is no filling monitoring value information in the high-pressure hydrogen storage unit 4, it means that the filling monitoring value is a new filling monitoring value. At this time, the new filling monitoring value is registered through the management value periodic update unit 15. After registration, the information of the new filling monitoring value is extracted and reviewed through the filling monitoring value rationality judgment unit 16;

[0051] Step S3: If the filling monitoring value is an existing filling monitoring value, the filling monitoring value information is directly extracted from the high-pressure hydrogen storage unit 4, and then the filling monitoring value compression management unit 17 uses the extracted new filling monitoring value information and the characteristic information of the existing filling monitoring value in the high-pressure hydrogen storage unit 4 to judge the accuracy of the filling monitoring value and judge the setting level of the filling monitoring value. At this time, if it is found that the accuracy of the filling monitoring value is unqualified and does not have the filling monitoring value qualification, the high-pressure hydrogen abnormal filling monitoring value warning unit 5 is used to prompt, so as to facilitate the comparison of the characteristic information of the filling monitoring value and confirm whether the characteristic information is consistent. If it is still not qualified for the filling monitoring value after confirmation, the filling monitoring value is terminated through the high-pressure hydrogen filling monitoring value signal transmission unit 6;

[0052] Step S4: The filling monitoring value information that does not meet the filling monitoring value qualification is transmitted to the high-pressure hydrogen storage unit 4 through the high-pressure hydrogen filling data real-time updating unit 7 for storage, so as to facilitate direct comparison when the filling monitoring value appears in the future. When the filling monitoring value accuracy is found to be qualified, the normal filling monitoring value process is carried out. At this time, the high-pressure hydrogen filling monitoring value standard preset unit 8 monitors the filling monitoring value process in real time, and the high-pressure hydrogen filling monitoring value specified value management unit 9 provides a prompt for the filling monitoring value setting;

[0053] Step S5: The filling monitoring value artificial intelligence display unit 10 monitors and displays the information, and at this time the system integrated management unit 11 performs another personnel identification and authentication on the user management personnel;

[0054] Step S6: After the administrator's identity is authenticated, the platform will transfer the administrator's identity to the administrator's account, and then generate a filling monitoring value table through the filling monitoring value table visualization unit 13 as a credential for the filling monitoring value. If the accuracy of the administrator's identity authentication fails again, the administrator's identity will be returned to the login interface through the filling monitoring value setting unit 14, and the filling monitoring value will be terminated. At the same time, when the filling monitoring value compression management unit 17 determines that the filling monitoring value setting level is very poor, and false filling monitoring values ​​or malicious filling monitoring values ​​have appeared, a warning will be directly issued through the filling monitoring value specified value abnormal prompt unit 18.

[0055] Working principle: When using this kind of high-pressure hydrogen fast filling system, firstly, the high-pressure hydrogen storage unit 4 is used to store the information data of the existing filling monitoring values ​​that have been previously filled and monitored on the high-pressure hydrogen information management platform, so as to facilitate direct review and comparison, and the platform filling monitoring value is detected by the high-pressure hydrogen information acquisition unit 1. When the input of the platform filling monitoring value is detected, the filling model construction unit 2 controls the high-pressure hydrogen management numerical model calculation unit 3 to review the filling monitoring value qualifications of both parties of the filling monitoring value. At this time, if there is no filling monitoring value information in the high-pressure hydrogen storage unit 4, it means that the filling monitoring value is a new filling monitoring value. At this time, the new filling monitoring value is registered through the management value periodic update unit 15. After registration, the information of the new filling monitoring value is extracted and reviewed through the filling monitoring value rationality judgment unit 16;

[0056] Secondly, if the filling monitoring value is an existing filling monitoring value, the filling monitoring value information is directly extracted from the high-pressure hydrogen storage unit 4, and then the filling monitoring value compression management unit 17 uses the extracted new filling monitoring value information and the characteristic information of the existing filling monitoring value in the high-pressure hydrogen storage unit 4 to judge the accuracy of the filling monitoring value and judge the setting level of the filling monitoring value. At this time, if it is found that the accuracy of the filling monitoring value is unqualified and does not have the filling monitoring value qualification, the high-pressure hydrogen abnormal filling monitoring value warning unit 5 is used to prompt, so as to facilitate the comparison of the characteristic information of the filling monitoring value and confirm whether the characteristic information is consistent. If it is still not qualified for the filling monitoring value after confirmation, the filling monitoring value is terminated through the high-pressure hydrogen filling monitoring value signal transmission unit 6;

[0057] Then, the filling monitoring value information that does not meet the filling monitoring value qualification is transmitted to the high-pressure hydrogen storage unit 4 through the high-pressure hydrogen filling data real-time update unit 7 for storage, so as to facilitate direct comparison when the filling monitoring value appears in the future. When the filling monitoring value accuracy is found to be qualified, the normal filling monitoring value process is carried out. At this time, the high-pressure hydrogen filling monitoring value standard preset unit 8 monitors the filling monitoring value process in real time, and prompts the filling monitoring value setting through the high-pressure hydrogen filling monitoring value specified value management unit 9, and then the information is monitored and displayed through the filling monitoring value artificial intelligence display unit 10. At this time, the system comprehensive management unit 11 performs personnel identification and authentication on the user management personnel again;

[0058] Finally, after the administrator's identity is authenticated, the platform will transfer the administrator's identity to the administrator's account, and then the filling monitoring value table visualization unit 13 can generate a filling monitoring value table as a credential for the filling monitoring value. If the accuracy of the administrator's identity authentication is unqualified again, the filling monitoring value setting unit 14 will return the administrator's identity to the login interface, and the filling monitoring value will be terminated. At the same time, when the filling monitoring value compression management unit 17 determines that the filling monitoring value setting level is very poor, and there have been false filling monitoring values ​​or malicious filling monitoring values, the filling monitoring value specified value abnormal prompt unit 18 will directly issue a warning to avoid the occurrence of risky filling monitoring values, disrupt the filling monitoring value process, and affect the security of the high-pressure hydrogen information management filling monitoring value platform. This is the working principle of this high-pressure hydrogen fast filling system.

[0059] In the description of the present invention, it should be noted that, unless otherwise clearly specified and limited, the terms "set", "install", "connect", "connect", and "fix" should be understood in a broad sense, for example, it can be a fixed connection, a detachable connection, or an integral connection; it can be a mechanical connection or an electrical connection; it can be a direct connection, or it can be indirectly connected through an intermediate medium, or it can be the internal communication of two elements. For ordinary technicians in this field, the specific meanings of the above terms in the present invention can be understood by specific circumstances.

[0060] Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various equivalent changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A high-pressure hydrogen rapid filling system, characterized in that: The filling system includes: A high-pressure hydrogen information collection unit, wherein the output end of the high-pressure hydrogen information collection unit is connected to a filling model construction unit, and the output end is connected to a high-pressure hydrogen management numerical model calculation unit, and the output end of the high-pressure hydrogen management numerical model calculation unit is respectively connected to a high-pressure hydrogen storage unit, a high-pressure hydrogen abnormal filling monitoring value warning unit and a high-pressure hydrogen filling monitoring value standard preset unit; A high-pressure hydrogen filling monitoring value signal transmission unit, which is connected to the output end of the high-pressure hydrogen abnormal filling monitoring value warning unit, and the output end of the high-pressure hydrogen filling monitoring value signal transmission unit is respectively connected to a high-pressure hydrogen filling data real-time update unit and a filling monitoring value setting unit; A high-pressure hydrogen filling monitoring value prescribed value management unit, which is connected to the output end of the high-pressure hydrogen filling monitoring value standard preset unit, the output end of the high-pressure hydrogen filling monitoring value prescribed value management unit is connected to a filling monitoring value artificial intelligence display unit, and the output end of the filling monitoring value artificial intelligence display unit is connected to a system comprehensive management unit, the output end of the system comprehensive management unit is connected to a filling monitoring value real-time tracking unit, and the output end of the filling monitoring value real-time tracking unit is connected to a filling monitoring value table visualization unit; The operation steps of the filling system include: Step S1: The dynamic information is stored and compared through the high-pressure hydrogen storage unit, and the platform filling monitoring value is detected through the high-pressure hydrogen information collection unit; Step S2: when the input of the platform filling monitoring value is detected, the filling model building unit controls the high-pressure hydrogen management numerical model calculation unit to review the filling monitoring value qualifications of both parties of the filling monitoring value. At this time, if there is no filling monitoring value information in the high-pressure hydrogen storage unit, it means that the filling monitoring value is a new filling monitoring value. At this time, the new filling monitoring value is registered through the management value periodic update unit. After registration, the information of the new filling monitoring value is extracted and reviewed by the filling monitoring value rationality judgment unit; Step S3: If the filling monitoring value is an existing filling monitoring value, the filling monitoring value information is directly extracted from the high-pressure hydrogen storage unit, and then the filling monitoring value compression management unit is used to judge the accuracy of the filling monitoring value through the extracted new filling monitoring value information and the characteristic information of the existing filling monitoring value in the high-pressure hydrogen storage unit, and the setting level of the filling monitoring value is judged. At this time, if it is found that the accuracy of the filling monitoring value is unqualified and does not have the filling monitoring value qualification, a high-pressure hydrogen abnormal filling monitoring value warning unit is used to prompt, so as to facilitate the comparison of the characteristic information of the filling monitoring value and confirm whether the characteristic information is consistent. If it is still not qualified for the filling monitoring value after confirmation, the filling monitoring value is terminated through the high-pressure hydrogen filling monitoring value signal transmission unit; Step S4: The filling monitoring value information that does not meet the filling monitoring value qualification is transmitted to the high-pressure hydrogen storage unit through the high-pressure hydrogen filling data real-time update unit for storage, so as to facilitate direct comparison when the filling monitoring value appears in the future. When the filling monitoring value accuracy is found to be qualified, the normal filling monitoring value process is carried out. At this time, the high-pressure hydrogen filling monitoring value standard preset unit monitors the filling monitoring value process in real time, and prompts the filling monitoring value setting through the high-pressure hydrogen filling monitoring value specified value management unit; Step S5: The information is monitored and displayed through the filling monitoring value artificial intelligence display unit, and at this time, the system integrated management unit performs personnel identification and authentication on the user management personnel again; Step S6: After the administrator's identity is authenticated, the platform will transfer the administrator's identity to the administrator's account, and then generate a filling monitoring value table through the filling monitoring value table visualization unit as a credential for the filling monitoring value. If the accuracy of the administrator's identity authentication fails again, the administrator's identity will be returned to the login interface through the filling monitoring value setting unit, and the filling monitoring value will be terminated. At the same time, when the filling monitoring value compression management unit determines that the filling monitoring value setting level is very poor, and that false filling monitoring values ​​or malicious filling monitoring values ​​have appeared, a warning will be directly issued through the filling monitoring value specified value abnormal prompt unit.

2. A high-pressure hydrogen rapid filling system according to claim 1, characterized in that: The high-pressure hydrogen information collection unit, the filling model construction unit and the high-pressure hydrogen management numerical model calculation unit are connected in series, and the high-pressure hydrogen management numerical model calculation unit is connected to the filling model construction unit.

3. A high-pressure hydrogen rapid filling system according to claim 1, characterized in that: The high-pressure hydrogen management numerical model calculation unit is connected to the high-pressure hydrogen storage unit, and the high-pressure hydrogen management numerical model calculation unit, the high-pressure hydrogen abnormal filling monitoring numerical warning unit and the high-pressure hydrogen filling monitoring numerical signal transmission unit are connected in series.

4. A high-pressure hydrogen rapid filling system according to claim 1, characterized in that: The high-pressure hydrogen filling monitoring numerical signal transmission unit and the high-pressure hydrogen filling data real-time updating unit are connected in series, and the high-pressure hydrogen filling data real-time updating unit is connected to the high-pressure hydrogen storage unit.

5. A high-pressure hydrogen rapid filling system according to claim 1, characterized in that: The high-pressure hydrogen management numerical model calculation unit, the high-pressure hydrogen filling monitoring numerical standard preset unit, the high-pressure hydrogen filling monitoring numerical prescribed value management unit and the filling monitoring numerical artificial intelligence display unit are connected in series.

6. A high-pressure hydrogen rapid filling system according to claim 1, characterized in that: The filling monitoring value artificial intelligence display unit, the system integrated management unit, the filling monitoring value real-time tracking unit and the filling monitoring value table visualization unit are connected in series, and the system integrated management unit, the high-pressure hydrogen filling monitoring value signal transmission unit and the filling monitoring value setting unit are connected in series.

7. A high-pressure hydrogen rapid filling system according to claim 1, characterized in that: The high-pressure hydrogen management numerical model calculation unit is also provided with: a management value periodic update unit, which is connected to the output end of the high-pressure hydrogen management numerical model calculation unit, and the output end of the management value periodic update unit is connected to a filling monitoring value rationality judgment unit, and the high-pressure hydrogen management numerical model calculation unit, the management value periodic update unit and the filling monitoring value rationality judgment unit are connected in series.

8. A high-pressure hydrogen rapid filling system according to claim 7, characterized in that: The high-pressure hydrogen storage unit is also provided with: a filling monitoring value compression management unit, which is connected to the output end of the high-pressure hydrogen storage unit, the high-pressure hydrogen management numerical model calculation unit, the high-pressure hydrogen storage unit and the filling monitoring value compression management unit are connected in series, and the filling monitoring value rationality judgment unit is connected to the filling monitoring value compression management unit.

9. A high-pressure hydrogen rapid filling system according to claim 1, characterized in that: The high-pressure hydrogen filling monitoring numerical signal transmission unit is also provided with: a filling monitoring numerical specified value abnormal prompt unit, which is connected to the output end of the high-pressure hydrogen filling monitoring numerical signal transmission unit, and the high-pressure hydrogen filling monitoring numerical signal transmission unit is connected to the filling monitoring numerical specified value abnormal prompt unit.

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