Integrated control system and method for intelligent sample storage cabinet

Abstract

The present invention discloses an integrated management and control system and method for an intelligent sample storage cabinet, including an intermediate database, a fuel management system, a database and a host computer, wherein the host computer and the database are connected to the fuel management system, and the intermediate database is connected to the fuel management system and each intelligent sample storage cabinet. The system and method can avoid various problems caused by human intervention and give full play to the functions of the intelligent sample storage cabinet.

Description

Technical Field

[0001] The present invention relates to a management and control system and method, and in particular to an integrated management and control system and method for an intelligent sample storage cabinet. Background Art

[0002] With the popularization and application of intelligent sample storage equipment in various links of fuel management in power plants, intelligent sample storage cabinets are gradually becoming popular in the coal sample management of power plants. Due to the emergence of this new type of equipment, the existing fuel management system does not have a complete integration solution, resulting in low integration between the fuel management system and the intelligent sample storage cabinet, the inability to fully display intelligent functions, a high degree of human intervention, and the risk of coal sample information leakage. Real-time grasp of coal sample information in the intelligent sample storage cabinet, giving full play to the functions of the intelligent sample storage cabinet, and reducing human intervention are the core concerns of power plant managers. Summary of the invention

[0003] The purpose of the present invention is to overcome the shortcomings of the above-mentioned prior art and to provide an integrated management and control system and method for an intelligent sample storage cabinet, which can avoid various problems caused by human intervention and give full play to the functions of the intelligent sample storage cabinet.

[0004] To achieve the above-mentioned purpose, the integrated management and control system of the intelligent sample storage cabinet described in the present invention includes an intermediate database, a fuel management system, a database and a host computer, wherein the host computer and the database are connected to the fuel management system, and the intermediate database is connected to the fuel management system and each intelligent sample storage cabinet.

[0005] The integrated management and control method of the intelligent sample storage cabinet described in the present invention includes basic data maintenance, data interaction and data statistics.

[0006] The specific process of basic data maintenance is: the fuel management system writes the sample cabinet information of the intelligent sample storage cabinet into the database.

[0007] The specific process of the data interaction is: the fuel management system writes the sample storage, sample adjustment or sample discarding information into the intermediate database, the intelligent sample storage cabinet reads the sample storage, sample adjustment or sample discarding information from the intermediate database, and completes the sample storage, sample adjustment and sample discarding actions according to the sample storage, sample adjustment or sample discarding information.

[0008] When storing samples, the fuel management system generates an encrypted sample code and writes the sample code into the intermediate database. The smart sample storage cabinet reads the sample code, writes the sample code into the chip of the sample barrel, and then stores the sample barrel in the smart sample storage cabinet.

[0009] When adjusting samples, the fuel management system initiates a sample adjustment application to the upper computer. After the sample adjustment application is approved, the sample adjustment application information is written into the intermediate database. The smart sample storage cabinet reads the sample adjustment application form information from the intermediate database and displays the sample adjustment information in the operation interface of the smart sample storage cabinet. After confirming the identity of the operating user, the smart sample storage cabinet executes the sample adjustment action and takes out the sample barrel.

[0010] When discarding samples, the fuel management system generates sample discarding information based on the sample barrel storage time and storage days, writes the sample discarding information into the intermediate database, and the intelligent sample storage cabinet obtains the sample discarding information from the intermediate database and then executes the sample discarding action.

[0011] Data statistics include the status statistics of the intelligent sample storage cabinet, sample storage record statistics, sample adjustment application statistics and discarded sample statistics.

[0012] The present invention has the following beneficial effects:

[0013] The integrated management and control system and method of the intelligent sample storage cabinet described in the present invention, during specific operation, uses an intermediate database to establish a connection between the fuel management system and each intelligent sample storage cabinet, converts the sample operation information of the fuel management system into the action instructions of the intelligent sample storage cabinet, completes the sample storage and retrieval operation, avoids various problems caused by human intervention, and gives full play to the functions of the intelligent sample storage cabinet, so as to achieve a management mode in which sample operation has reasons, sample information is not leaked, and sample data can be closed-loop. At the same time, direct communication between the fuel management system and the intelligent sample storage cabinet is avoided, and the fuel management system needs to write a large number of communication interfaces for intelligent sample storage cabinets suitable for various brands due to direct communication. At the same time, it avoids the situation where problems are difficult to troubleshoot when data transmission errors occur. It should be noted that the present invention establishes an intermediate database for data transfer, and the data flow is clear, which greatly improves the efficiency of problem investigation. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1 is a system structure diagram of the present invention;

[0015] Figure 2 It is a working process diagram of the present invention.

[0016] Among them, 1 is the database, 2 is the fuel management system, 3 is the host computer, 4 is the intermediate database, and 5 is the intelligent sample storage cabinet. DETAILED DESCRIPTION

[0017] In order to enable those skilled in the art to better understand the scheme of the present invention, the technical scheme in the embodiment of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiment of the present invention. Obviously, the described embodiment is only an embodiment of a part of the present invention, not all embodiments, and is not intended to limit the scope of the present invention. In addition, in the following description, the description of well-known structures and technologies is omitted to avoid unnecessary confusion of the concepts disclosed in the present invention. Based on the embodiments in the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work should fall within the scope of protection of the present invention.

[0018] The accompanying drawings show schematic diagrams of structures according to embodiments disclosed in the present invention. These figures are not drawn to scale, and some details are magnified and some details may be omitted for the purpose of clear expression. The shapes of various regions and layers shown in the figures and the relative sizes and positional relationships therebetween are only exemplary, and may deviate in practice due to manufacturing tolerances or technical limitations, and those skilled in the art may additionally design regions / layers with different shapes, sizes, and relative positions according to actual needs.

[0019] refer to Figure 1 The integrated management and control system of the intelligent sample storage cabinet described in the present invention includes an intermediate database 4, a fuel management system 2, a database 1 and a host computer 3, wherein the host computer 3 and the database 1 are connected to the fuel management system 2, and the intermediate database 4 is connected to the fuel management system 2 and each intelligent sample storage cabinet 5.

[0020] refer to Figure 2 The integrated management and control method of the intelligent sample storage cabinet described in the present invention includes basic data maintenance, data interaction and data statistics.

[0021] Among them, basic data maintenance includes: the fuel management system 2 writes the sample cabinet information of the smart sample storage cabinet 5 into the database 1, and the sample cabinet information of the smart sample storage cabinet 5 includes the code of the smart sample storage cabinet 5, the name of the smart sample storage cabinet 5, the cabinet number and box number, the sample storage status and whether it is valid.

[0022] The specific process of data interaction is as follows:

[0023] The fuel management system 2 writes the sample storage, sample adjustment or sample abandonment information into the intermediate database 4, and the intelligent sample storage cabinet 5 reads the sample storage, sample adjustment or sample abandonment information from the intermediate database 4, and completes the sample storage, sample adjustment and sample abandonment actions according to the sample storage, sample adjustment or sample abandonment information, specifically:

[0024] When storing samples, the fuel management system 2 generates an encrypted sample code and writes the sample code into the intermediate database 4. The intelligent sample storage cabinet 5 reads the sample code and writes the sample code into the chip of the sample barrel. The sample barrel is then stored in the intelligent sample storage cabinet 5, and finally the execution completion information is sent to the intermediate database 4. The execution completion information includes the code of the intelligent sample storage cabinet 5, the operation time, the sample code and the person who deposited the sample. The fuel management system 2 reads the execution completion information of the intermediate database 4 and stores it in the database 1.

[0025] When adjusting samples, the fuel management system 2 initiates a sample adjustment application to the upper computer 3. After the sample adjustment application is approved, the sample adjustment application information is written into the intermediate database 4. The sample adjustment application form information includes the sample adjustment code, the sample adjustment applicant, the sample adjustment time and the application time. The smart sample storage cabinet 5 reads the sample adjustment application form information from the intermediate database 4 and displays the sample adjustment information in the operation interface of the smart sample storage cabinet 5. After confirming the identity of the operating user, the smart sample storage cabinet 5 executes the sample adjustment action, takes out the sample barrel, and finally writes the sample adjustment execution result information into the intermediate database 4. The fuel management system 2 reads the sample adjustment execution result information from the intermediate database 4 and writes it into the database 1.

[0026] When discarding samples, the fuel management system 2 generates sample discarding information that needs to be discarded due to expiration based on the sample barrel storage time and storage days, and writes the sample discarding information into the intermediate database 4. The sample discarding information includes the sample code, sample cabinet code, storage location, sample storage date and expiration date. The intelligent sample storage cabinet 5 obtains the sample discarding information from the intermediate database 4, then executes the sample discarding action, and then writes the sample discarding execution result information into the intermediate database 4. The fuel management system 2 obtains the sample discarding execution result from the intermediate database 4 and writes it into the database 1.

[0027] The specific process of data statistics is as follows:

[0028] The fuel management system 2 performs statistical analysis on the data of stored samples, adjusted samples and discarded samples, and visually checks the current execution status of each business through the host computer 3, so as to more effectively supervise the operation steps of samples in each link.

[0029] The statistics mainly include:

[0030] Status statistics of the intelligent sample storage cabinet 5: statistics on the current sample storage status of the intelligent sample storage cabinet 5, i.e., empty or storing samples;

[0031] Sample storage record statistics: including sample storage time, storage location, sample type, sample code, expiration date and sample depositor;

[0032] Sample adjustment application statistics: including sample adjustment code, applicant, application date, sample adjustment type, sample storage type and sample adjustment status;

[0033] Abandoned sample statistics: including sample code, storage location, sample cabinet code, sample storage date, expiration date, person who abandoned the sample, and time of sample abandonment.

Claims

1. An integrated management and control method for an intelligent sample storage cabinet, characterized in that: An integrated control system based on an intelligent sample storage cabinet, the integrated control system of the intelligent sample storage cabinet comprising an intermediate database (4), a fuel management system (2), a database (1) and a host computer (3), wherein the host computer (3) and the database (1) are connected to the fuel management system (2), and the intermediate database (4) is connected to the fuel management system (2) and each intelligent sample storage cabinet (5); Including basic data maintenance, data interaction and data statistics; The specific process of data interaction is as follows: the fuel management system (2) writes the sample storage, sample adjustment or sample discarding information into the intermediate database (4); the intelligent sample storage cabinet (5) reads the sample storage, sample adjustment or sample discarding information from the intermediate database (4), and completes the sample storage, sample adjustment and sample discarding actions according to the sample storage, sample adjustment or sample discarding information; When storing samples, the fuel management system (2) generates an encrypted sample code and writes the sample code into the intermediate database (4); the intelligent sample storage cabinet (5) reads the sample code and writes the sample code into the chip of the sample barrel, and then stores the sample barrel in the intelligent sample storage cabinet (5); When adjusting the sample, the fuel management system (2) initiates an adjustment application to the upper computer (3). After the adjustment application is approved, the adjustment application information is written into the intermediate database (4). The intelligent sample storage cabinet (5) reads the adjustment application form information from the intermediate database (4) and displays the adjustment information in the operation interface of the intelligent sample storage cabinet (5). After confirming the identity of the operating user, the intelligent sample storage cabinet (5) executes the adjustment action and takes out the sample barrel. When the sample is abandoned, the fuel management system (2) generates the abandoned sample information that needs to be abandoned due to expiration according to the storage time and storage days of the sample barrel, writes the abandoned sample information into the intermediate database (4), and the intelligent sample storage cabinet (5) obtains the abandoned sample information from the intermediate database (4) and then executes the abandoned sample action; The data statistics include the status statistics of the intelligent sample storage cabinet (5), the sample storage record statistics, the sample adjustment application statistics and the abandoned sample statistics.

2. The integrated management and control method of the intelligent sample storage cabinet according to claim 1 is characterized in that: The specific process of basic data maintenance is as follows: the fuel management system (2) writes the sample cabinet information of the intelligent sample storage cabinet (5) into the database (1).

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