A management system and method for a Chinese medicinal material production and processing enterprise

Abstract

The present invention relates to a management system and method for a Chinese medicinal material production and processing enterprise. It solves the problem of low intelligent management level of Chinese medicinal material production and management enterprises in the prior art when producing and processing Chinese medicinal materials. It includes an integrated management platform, which is respectively connected to a traceability platform and a data management platform, and the integrated management platform includes a procurement unit, an inventory unit, a production unit, a sales unit, and an account entry and exit unit; the traceability platform includes a coding unit, a labeling unit, and a traceability verification unit; the data management platform includes a data acquisition unit, a monitoring unit, an environmental adjustment unit, and a data storage unit; the data management platform. The advantages of the present invention are: effectively improving the production efficiency of Chinese medicinal materials, ensuring product quality, enhancing the traceability of finished Chinese medicinal materials, improving the data security of pharmaceutical production, and having good production and deployment flexibility.

Description

Technical Field

[0001] The present invention relates to the technical field of Chinese medicinal material production management, and in particular to a management system and method for a Chinese medicinal material production and processing enterprise. Background Art

[0002] The Chinese herbal medicine planting base, Chinese herbal medicine slice factory and Chinese medicine pharmacy are mutually in supply and demand transaction relationship. The necessary condition for the transaction is the quality inspection report of the traded product, which is provided by the Chinese herbal medicine inspection and testing agency. The base, the manufacturer and the Chinese herbal medicine prescription are respectively supervised by the relevant government functional departments. However, there are currently information barriers between the three-party platforms, making it difficult to achieve real-time data transmission and interaction and smooth operation; in addition, the existing Chinese herbal medicine production and management enterprises have poor intelligent management level in the production and processing of Chinese herbal medicines, which affects production efficiency.

[0003] In order to solve the shortcomings of the existing technology, people have conducted long-term exploration and proposed various solutions. For example, a Chinese patent document discloses a blockchain-based Chinese herbal medicine operation platform management system [CN202410194098.2], which includes a platform operation module, a Chinese herbal medicine information module, a supply information module, a transaction information module, a detection and inspection module, a logistics and transportation module, and a traceability information module; the system is applied to the enterprise side, the service side, and the user side at the same time. Enterprise users can enter the Chinese herbal medicine operation platform as an enterprise or institution through the enterprise side, and individual users can enter the Chinese herbal medicine operation platform as an individual through the user side. The maintenance personnel of the system can manage the enterprise users and individual users who have entered the Chinese herbal medicine operation platform as administrators through the service side.

[0004] The above solution has to some extent solved the problem in the prior art that there are information barriers between the three-party platforms of traditional Chinese medicine, which makes it difficult to achieve real-time data transmission, interaction and smooth operation. However, the solution still has many shortcomings. For example, the level of intelligent management of traditional Chinese medicine production management enterprises is not good when producing and processing traditional Chinese medicines, which affects production efficiency. Summary of the invention

[0005] The purpose of the present invention is to provide a management system for Chinese herbal medicine production and processing enterprises in view of the above problems.

[0006] The purpose of the present invention is to provide a management method for a Chinese medicinal material production and processing enterprise in view of the above problems.

[0007] To achieve the above-mentioned purpose, the present invention adopts the following technical solutions: a management system for a Chinese medicinal material production and processing enterprise, including an integrated management platform, which is respectively connected to a traceability platform and a data management platform, and the integrated management platform includes a procurement unit, an inventory unit, a production unit, a sales unit, and an account entry and exit unit; the traceability platform includes a coding unit, a labeling unit, and a traceability verification unit; the data management platform includes a data acquisition unit, a monitoring unit, an environmental adjustment unit, and a data storage unit; the data management platform sends Chinese medicinal material data to the integrated management platform through a wireless unit and performs traceability data interactive verification with the traceability platform.

[0008] In the above-mentioned Chinese medicinal materials production and processing enterprise management system, the inventory unit includes a raw material warehouse management subsystem and a finished product warehouse management subsystem. The raw material warehouse management subsystem and the finished product warehouse management subsystem are respectively connected to the coding unit, and the raw material warehouse management subsystem is connected to the purchasing unit and receives Chinese medicinal materials. The finished product warehouse management subsystem is connected to the production unit and receives Chinese medicinal materials from the production unit for batch management.

[0009] According to the above-mentioned Chinese medicinal materials production and processing enterprise management system, a Chinese medicinal materials production and processing enterprise management method is provided, and the method comprises the following steps:

[0010] S1. The integrated management platform inputs production information and issues production tasks;

[0011] S2, the raw material warehouse management subsystem supplies raw materials for Chinese medicinal materials according to production tasks;

[0012] S3, the production unit schedules production according to the supply of production raw materials;

[0013] S4, the data management platform collects and adjusts the planting and growth environment data of Chinese medicinal materials, and supplies production raw materials to the raw material warehouse management subsystem as needed;

[0014] S5. The traceability platform labels and codes the finished Chinese herbal medicines throughout the entire production process and provides traceability information;

[0015] S6. The finished product warehouse management subsystem registers the finished Chinese medicinal materials after production and keeps records of the entry and exit of the finished Chinese medicinal materials.

[0016] In step S1, the production task is adjusted and deployed in real time through the integrated management platform, and the integrated management platform generates a schedule for the production task when issuing the production task, and updates and predicts it according to the production efficiency of the production unit; the production information content includes production quantity, production type, packaging information, completion date and process recipe data.

[0017] Step S2 specifically includes the following steps:

[0018] S21. The ERP system provides a list of production raw materials and generates detailed production data to the P-MES system;

[0019] S22, Web / API data interface receives production data from the ERP system and receives notifications of incoming raw materials;

[0020] S23. Inspect the raw materials and issue an inspection report. If they are found to be unqualified, they will be returned. If they are qualified, they will be put into storage and coded;

[0021] S24. Count raw material requirements according to production tasks;

[0022] In step S1, the integrated management platform encrypts and sends the process formula data and quality standard data required for the production task to the P-MES system. After receiving the process formula data, the P-MES system decrypts it using a data password or a biometric password. After decryption, the formula data required for each production process is independently sent to the corresponding process, and the quality standard data is published in each production process. When each process is in production, the production process and data are recorded and sent to the integrated management platform for storage.

[0023] Step S3 is specifically divided into the following steps:

[0024] S31, raw materials and materials are collected and classified and sent to each required production process, and the collection records are backed up. The raw material warehouse management subsystem backs up the raw material discharge records;

[0025] S32, work order allocation and task issuance for each production process;

[0026] S33, pre-processing, mixing, feeding, extraction, concentration, and paste collection of raw materials, and quality inspection after completion,

[0027] S34. The finished product warehouse management subsystem codes the finished Chinese medicinal materials through the coding unit and records them into the warehouse.

[0028] In step S4,

[0029] The monitoring of the planting and growth environment of Chinese medicinal materials includes soil environment monitoring, air environment monitoring and Chinese medicinal materials growth status monitoring. Among them, soil environment collection is realized through the collection unit, and the specific contents include:

[0030] ①Soil moisture;

[0031] ②Soil temperature;

[0032] ③Soil pH;

[0033] Air environment collection is achieved through the collection unit, and the specific contents include:

[0034] ④ Air humidity;

[0035] ⑤ Air temperature;

[0036] ⑥ Air quality;

[0037] The monitoring of the growth status of Chinese medicinal materials is achieved through the monitoring unit 32, and the specific monitoring contents include:

[0038] ⑦ Growth height of Chinese medicinal materials;

[0039] ⑧The root status of Chinese medicinal materials;

[0040] ⑨The size of leaves, stems and grains of Chinese medicinal materials corresponding to the growth period;

[0041] In the above-mentioned management method for a Chinese medicinal material production and processing enterprise, the Chinese medicinal material planting and growth environment regulation is achieved through an environmental regulation unit, specifically including soil environment regulation and air environment regulation. The Chinese medicinal material planting and growth environment monitoring data and the Chinese medicinal material growth data are compared with the standard data to determine the soil and air regulation amounts for the corresponding growth cycle, and the standard data is used to establish an initial yield estimation model. The initial yield estimation model is continuously trained through the Chinese medicinal material yields of each cycle to form a yield estimation optimization model. The yield estimation optimization model is used to estimate the actual yield of the current Chinese medicinal materials and provide the raw material warehouse management subsystem with the supply estimate of various types of Chinese medicinal materials. The raw material warehouse management subsystem sends the supply estimate of various types of Chinese medicinal materials and the existing total amount data of various types of Chinese medicinal materials to the P-MES system, and the P-MES system adjusts the production plan according to the raw material data.

[0042] In step S5, the whole process label following includes the following of planting labels, growth environment labels, growth status labels and production labels. The planting labels, growth environment labels, growth status labels and production labels correspond to the electronic data information of the planting, growth and production of the Chinese medicinal materials and are stored in the data storage unit. The information data of the planting labels, growth environment labels, growth status labels and production labels in the data storage unit are summarized and sent to the coding unit for coding. After the coding is completed, it is fed back to the integrated management platform for coding verification. After the coding verification is passed, the finished product warehouse management subsystem performs coding and pasting on the corresponding finished Chinese medicinal materials.

[0043] In step S6, the finished product warehouse management subsystem summarizes the sales records of the sales unit and the account records of the account unit and forms corresponding sales forms and account forms for encrypted storage, and sets biometric or password recognition permissions.

[0044] Compared with the existing technology, the advantages of the present invention are: it can effectively improve production efficiency, ensure product quality, enhance the traceability of finished products of Chinese medicinal materials, and improve the data security of pharmaceutical production. At the same time, by reasonably collecting the planting environment data of Chinese medicinal materials and adjusting the environment, the output of various types of Chinese medicinal materials can be estimated, so that the production situation can be adjusted in real time according to the raw material output of Chinese medicinal materials, effectively improving production efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0045] Figure 1 It is the overall structural connection block diagram of the present invention;

[0046] Figure 2 It is a production flow chart of the production unit in the present invention;

[0047] Figure 3 is a flow chart of the method in the present invention;

[0048] In the figure: integrated management platform 1, procurement unit 11, inventory unit 12, raw material warehouse management subsystem 121, finished product warehouse management subsystem 122, production unit 13, sales unit 14, account in and out unit 15, traceability platform 2, coding unit 21, labeling unit 22, traceability verification unit 23, data management platform 3, data collection unit 31, monitoring unit 32, environmental adjustment unit 33, data storage unit 34. DETAILED DESCRIPTION

[0049] The present invention is further described in detail below with reference to the accompanying drawings and specific embodiments.

[0050] like Figure 1-3 As shown, a management system for a Chinese medicinal material production and processing enterprise includes an integrated management platform 1, which is connected to a traceability platform 2 and a data management platform 3 respectively. The integrated management platform 1 includes a procurement unit 11, an inventory unit 12, a production unit 13, a sales unit 14 and an account entry and exit unit 15; the traceability platform 2 includes a coding unit 21, a label unit 22 and a traceability verification unit 23; the data management platform 3 includes a data acquisition unit 31, a monitoring unit 32, an environmental adjustment unit 33 and a data storage unit 34; the data management platform 3 sends Chinese medicinal material data to the integrated management platform 1 through a wireless unit and performs traceability data interactive verification with the traceability platform 2.

[0051] Among them, the inventory unit 12 includes a raw material warehouse management subsystem 121 and a finished product warehouse management subsystem 122. The raw material warehouse management subsystem 121 and the finished product warehouse management subsystem 122 are respectively connected to the coding unit 21, and the raw material warehouse management subsystem 121 is connected to the procurement unit 11 and receives Chinese medicinal materials. The finished product warehouse management subsystem 122 is connected to the production unit 13 and receives Chinese medicinal materials from the production unit 13 for batch management.

[0052] The raw material warehouse management subsystem 121 includes not only Chinese medicinal materials, but also the necessary auxiliary materials and packaging materials purchased by the purchasing unit 11. The finished product warehouse management subsystem 122 sets up an early warning module for the inventory of various Chinese medicinal materials. When the set minimum limit is reached, the minimum inventory alarm is automatically triggered. The production unit 13 prioritizes the production tasks and adjusts the priority queue according to the supply of Chinese medicinal materials to ensure that high-priority production tasks can be

[0053] A management method for a Chinese medicinal material production and processing enterprise, the method comprising the following steps:

[0054] S1, integrated management platform 1 inputs production information and issues production tasks;

[0055] S2, the raw material warehouse management subsystem 121 supplies raw materials for Chinese medicinal materials production according to production tasks;

[0056] S3, the production unit 13 arranges production according to the supply of production raw materials;

[0057] S4, the data management platform 3 collects and adjusts the planting and growth environment data of Chinese medicinal materials, and supplies production raw materials to the raw material warehouse management subsystem 121 as needed;

[0058] S5, traceability platform 2 labels and codes the finished Chinese herbal medicines throughout the entire process and provides traceability information;

[0059] S6. The finished product warehouse management subsystem 122 registers the finished Chinese medicinal materials after production and keeps records of the entry and exit of the finished Chinese medicinal materials.

[0060] In step S1, the production task is adjusted and deployed in real time through the integrated management platform 1, and the integrated management platform 1 generates a schedule for the production task when issuing the production task, and updates and predicts it according to the production efficiency of the production unit 13; the production information content includes production quantity, production type, packaging information, completion date and process recipe data.

[0061] The production task schedule here is estimated in real time by the production unit 13, thereby realizing the overall production efficiency evaluation, and facilitating the integrated management platform 1 to adjust and allocate production tasks in advance.

[0062] Step S2 specifically includes the following steps:

[0063] S21. The ERP system provides a list of production raw materials and generates detailed production data to the P-MES system;

[0064] S22, Web / API data interface receives production data from the ERP system and receives notifications of incoming raw materials;

[0065] S23. Inspect the raw materials and issue an inspection report. If they are found to be unqualified, they will be returned. If they are qualified, they will be put into storage and coded;

[0066] S24. Count raw material requirements according to production tasks;

[0067] In step S1, the integrated management platform 1 encrypts and sends the process formula data and quality standard data required for the production task to the P-MES system. After receiving the process formula data, the P-MES system decrypts it using a data password or a biological password. After decryption, the formula data required for each production process is independently sent to the corresponding process, and the quality standard data is published in each production process. When each process is producing, the production process and data are recorded and sent to the integrated management platform 1 for storage.

[0068] This setting can protect the security of process formula data and publish quality standard data in each production process. When the next process is processed, the quality standard of the previous process can be monitored to achieve the purpose of cutting off processing errors and reducing processing losses.

[0069] Step S3 is specifically divided into the following steps:

[0070] S31, raw materials and materials are collected and classified and sent to each required production process, and the collection records are backed up. The raw material warehouse management subsystem 121 backs up the raw material discharge records;

[0071] S32, work order allocation and task issuance for each production process;

[0072] S33, pre-processing, mixing, feeding, extraction, concentration, and paste collection of raw materials, and quality inspection after completion,

[0073] S34. The finished product warehouse management subsystem 122 codes the finished Chinese medicinal materials through the coding unit 21 and records them into the warehouse.

[0074] In step S4,

[0075] The monitoring of the planting and growth environment of Chinese medicinal materials includes soil environment monitoring, air environment monitoring and Chinese medicinal materials growth status monitoring. Among them, soil environment collection is realized through the collection unit, and the specific contents include:

[0076] ①Soil moisture;

[0077] ②Soil temperature;

[0078] ③Soil pH;

[0079] Air environment collection is achieved through the collection unit, and the specific contents include:

[0080] ④ Air humidity;

[0081] ⑤ Air temperature;

[0082] ⑥ Air quality;

[0083] The monitoring of the growth status of Chinese medicinal materials is achieved through the monitoring unit 32, and the specific monitoring contents include:

[0084] ⑦ Growth height of Chinese medicinal materials;

[0085] ⑧The root status of Chinese medicinal materials;

[0086] ⑨The size of leaves, stems and grains of Chinese medicinal materials corresponding to the growth period;

[0087] The acquisition unit includes an air humidity sensor, an air temperature sensor, an air quality monitoring module, a soil humidity sensor, a soil temperature sensor, and a soil pH detection module, and the monitoring unit includes video monitoring and infrared monitoring.

[0088] The Chinese medicinal materials planting and growth environment regulation is realized through the environment regulation unit 33, which specifically includes soil environment regulation and air environment regulation. The Chinese medicinal materials planting and growth environment monitoring data and the Chinese medicinal materials growth data are compared with the standard data to determine the soil and air regulation amounts for the corresponding growth cycle, and the standard data is used to establish an initial yield estimation model. The initial yield estimation model is continuously trained through the Chinese medicinal materials yield in each cycle to form a yield estimation optimization model. The yield estimation optimization model is used to estimate the actual yield of the Chinese medicinal materials in the current period and provide the raw material warehouse management subsystem 121 with the supply estimate of each type of Chinese medicinal materials. The raw material warehouse management subsystem 121 sends the supply estimate of each type of Chinese medicinal materials and the existing total amount data of each type of Chinese medicinal materials to the P-MES system, and the P-MES system adjusts the production plan according to the raw material data.

[0089] The standard data are pre-input pictures of Chinese medicinal materials in various growth cycles under normal growth conditions, and image comparison is used for comparison.

[0090] In step S5, the whole process label following includes following of planting label, growth environment label, growth status label and production label. The planting label, growth environment label, growth status label and production label correspond to recording the electronic data information of planting, growth and production of the Chinese medicinal materials and store them in the data storage unit 34. The information data of the planting label, growth environment label, growth status label and production label in the data storage unit 34 are summarized and sent to the coding unit 21 for coding. After the coding is completed, it is fed back to the integrated management platform 1 for coding verification. After the coding verification is passed, the finished product warehouse management subsystem 122 performs coding and pasting on the corresponding finished Chinese medicinal materials.

[0091] In step S6, the finished product warehouse management subsystem 122 summarizes the sales records of the sales unit 14 and the account records of the account unit 15 and forms corresponding sales forms and account forms and stores them in encrypted form, and sets biometric or password recognition permissions.

[0092] In summary, the principle of this embodiment is as follows: the integrated management platform 1 issues production tasks, the raw material warehouse management subsystem 121 supplies Chinese medicinal materials for production, the production unit 13 arranges production, the data management platform 3 collects and adjusts the planting and growth environment of Chinese medicinal materials, establishes a yield estimation optimization model and uses the yield estimation optimization model to estimate the actual yield of Chinese medicinal materials in the current period and provides the raw material warehouse management subsystem 121 with the supply estimated quantity of various Chinese medicinal materials, and the production unit 13 adjusts the priority of the production task in real time according to the estimated yield of various Chinese medicinal materials;

[0093] Among them, the traceability platform 2 tracks and codes the labels of Chinese medicinal materials and the entire production process, the finished product warehouse management subsystem 122 registers and verifies the finished medicinal materials after production, and the integrated management platform 1 records the sales and income and expenditure of the finished product warehouse management subsystem and summarizes them for encrypted storage.

[0094] The specific embodiments described herein are merely examples of the spirit of the present invention. Those skilled in the art may make various modifications or additions to the specific embodiments described or replace them in similar ways, but they will not deviate from the spirit of the present invention or exceed the scope defined by the appended claims.

[0095] Although this article uses more terms such as integrated management platform 1, procurement unit 11, inventory unit 12, raw material warehouse management subsystem 121, finished product warehouse management subsystem 122, production unit 13, sales unit 14, account entry and exit unit 15, traceability platform 2, coding unit 21, label unit 22, traceability verification unit 23, data management platform 3, data acquisition unit 31, monitoring unit 32, environmental adjustment unit 33, data storage unit 34, etc., it does not exclude the possibility of using other terms. These terms are used only to more conveniently describe and explain the essence of the present invention; interpreting them as any additional restrictions is contrary to the spirit of the present invention.

Claims

1. A management system for a Chinese herbal medicine production and processing enterprise, comprising an integrated management platform (1), characterized in that: The integrated management platform (1) is respectively connected to a traceability platform (2) and a data management platform (3), wherein the integrated management platform (1) comprises a purchasing unit (11), an inventory unit (12), a production unit (13), a sales unit (14) and an account entry and exit unit (15); the traceability platform (2) comprises a coding unit (21), a labeling unit (22) and a traceability verification unit (23); the data management platform (3) comprises a data acquisition unit (31), a monitoring unit (32), an environmental adjustment unit (33) and a data storage unit (34); the data management platform (3) sends Chinese medicinal material data to the integrated management platform (1) via a wireless unit and performs traceability data interactive verification with the traceability platform (2).

2. The Chinese herbal medicine production and processing enterprise management system according to claim 1, characterized in that: The inventory unit (12) includes a raw material warehouse management subsystem (121) and a finished product warehouse management subsystem (122). The raw material warehouse management subsystem (121) and the finished product warehouse management subsystem (122) are respectively connected to the coding unit (21), and the raw material warehouse management subsystem (121) is connected to the purchasing unit (11) and receives Chinese medicinal materials, and the finished product warehouse management subsystem (122) is connected to the production unit (13) and receives Chinese medicinal materials from the production unit (13) for batch management.

3. A management method for a Chinese medicinal material production and processing enterprise management system according to any one of claims 1-2, characterized in that: The method comprises the following steps: S1. Integrated management platform (1) Input production information and issue production tasks; S2, the raw material warehouse management subsystem (121) supplies raw materials for Chinese medicinal materials production according to production tasks; S3, the production unit (13) schedules production according to the supply of production raw materials; S4, the data management platform (3) collects and adjusts the planting and growth environment data of Chinese medicinal materials, and supplies production raw materials to the raw material warehouse management subsystem (121) as needed; S5. Traceability platform (2) labels and codes the finished Chinese herbal medicines throughout the entire production process and provides traceability information; S6. The finished product warehouse management subsystem (122) registers the finished Chinese medicinal materials after production and keeps records of the entry and exit of the finished Chinese medicinal materials.

4. A management method for a Chinese medicinal material production and processing enterprise according to claim 3, characterized in that: In step S1, the production task is adjusted and allocated in real time through the integrated management platform (1), and the integrated management platform (1) generates a schedule for the production task when issuing the production task, and updates and predicts it according to the production efficiency of the production unit (13); the production information content includes production quantity, production type, packaging information, completion date and process formula data.

5. A management method for a Chinese medicinal material production and processing enterprise according to claim 4, characterized in that: Step S2 specifically includes the following steps: S21. The ERP system provides a list of production raw materials and generates detailed production data to the P-MES system; S22, Web / API data interface receives production data from the ERP system and receives notifications of incoming raw materials; S23. Inspect the raw materials and issue an inspection report. If they are found to be unqualified, they will be returned. If they are qualified, they will be put into storage and coded; S24. Count raw material requirements according to production tasks; In step S1, the integrated management platform (1) encrypts and sends the process formula data and quality standard data required for the production task to the P-MES system. After receiving the process formula data, the P-MES system decrypts it using a data password or a biological password. After decryption, the formula data required for each production process is independently sent to the corresponding process, and the quality standard data is published in each production process. When each process is producing, the production process and data are recorded and sent to the integrated management platform (1) for storage.

6. A management method for a Chinese medicinal material production and processing enterprise according to claim 3, characterized in that: Step S3 is specifically divided into the following steps: S31, raw materials and materials are collected and classified and then sent to each required production process, and the collection records are backed up. The raw material warehouse management subsystem (121) backs up the raw material discharge records; S32, work order allocation and task issuance for each production process; S33, pre-processing, mixing, feeding, extraction, concentration, and paste collection of raw materials, and quality inspection after completion, S34. The finished product warehouse management subsystem (122) codes the finished Chinese medicinal materials through the coding unit (21) and records them in the warehouse.

7. A management method for a Chinese medicinal material production and processing enterprise according to claim 3, characterized in that: In step S4, The Chinese medicinal materials planting and growth environment monitoring includes soil environment monitoring, air environment monitoring and Chinese medicinal materials growth status monitoring, wherein soil environment collection is realized by a collection unit, and the specific contents include: ①Soil moisture; ②Soil temperature; ③Soil pH; The air environment collection is realized by a collection unit, and the specific contents include: ④ Air humidity; ⑤ Air temperature; ⑥ Air quality; The monitoring of the growth status of the Chinese medicinal materials is achieved through the monitoring unit (32), and the specific monitoring contents include: ⑦ Growth height of Chinese medicinal materials; ⑧The root status of Chinese medicinal materials; ⑨The size of leaves, stems and grains of Chinese medicinal materials fruits corresponds to the growth period.

8. A management method for a Chinese medicinal material production and processing enterprise according to claim 7, characterized in that: The Chinese medicinal material planting and growth environment regulation is achieved through an environmental regulation unit (33), which specifically includes soil environment regulation and air environment regulation. The Chinese medicinal material planting and growth environment monitoring data and the Chinese medicinal material growth data are compared with standard data to determine the soil and air regulation amounts for the corresponding growth cycle, and an initial yield estimation model is established using the standard data. The initial yield estimation model is continuously trained through the Chinese medicinal material yields of each cycle to form a yield estimation optimization model. The yield estimation optimization model is used to estimate the actual yield of the Chinese medicinal materials in the current period and provide the raw material warehouse management subsystem (121) with the supply estimation amount of various Chinese medicinal materials. The raw material warehouse management subsystem (121) sends the supply estimation amount of various Chinese medicinal materials and the existing total amount data of various Chinese medicinal materials to the P-MES system, and the P-MES system adjusts the production plan according to the raw material data.

9. A management method for a Chinese medicinal material production and processing enterprise according to claim 3, characterized in that: In step S5, the full-process label following includes the following of planting labels, growth environment labels, growth status labels and production labels. The planting labels, growth environment labels, growth status labels and production labels correspond to the electronic data information of the planting, growth and production of the Chinese medicinal materials and are stored in the data storage unit (34). The data storage unit (34) aggregates the information data of the planting labels, growth environment labels, growth status labels and production labels and sends them to the coding unit (21) for coding. After the coding is completed, it is fed back to the integrated management platform (1) for coding verification. After the coding verification is passed, the finished product warehouse management subsystem (122) performs coding and pasting on the corresponding finished Chinese medicinal materials.

10. A management method for a Chinese medicinal material production and processing enterprise according to claim 3, characterized in that: In step S6, the finished product warehouse management subsystem (122) summarizes the sales records of the sales unit (14) and the account records of the account unit (15) and forms corresponding sales forms and account forms and stores them in encrypted form, and sets biometric or password recognition permissions.

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