Method for preparing hospital drug prescription collection

Abstract

The present invention discloses a method for making a hospital drug prescription collection, which relates to the field of hospital drug prescription collection information technology. The key points of the technical solution are: S1, establishing a national prescription collection knowledge base, and associating the catalog to diseases, drugs, etc.; S2, establishing a hospital drug prescription collection database: on the basis of the national prescription collection, by checking the diseases diagnosed and treated by the hospital, and filtering out the hospital drug prescription collection catalog through the associated catalog; S3, based on the filtered hospital drug prescription collection catalog, through the associated drug catalog data table, filtering out the hospital basic drug supply catalog used by the hospital; S4, based on the filtered hospital drug prescription collection catalog, the hospital basic drug supply catalog and the accompanying contents of the two, a hospital drug prescription collection is generated. The hospital drug prescription collection made by the method of the present invention is highly standardized, convenient for medical staff to view, and convenient for use in clinical practice.

Description

Technical Field

[0001] The present invention relates to the field of hospital drug prescription collection information technology, and more particularly, to a method for preparing a hospital drug prescription collection. Background Art

[0002] Article 9 of the "Regulations on Pharmaceutical Management in Medical Institutions," titled "Responsibilities of the Pharmaceutical Management and Pharmacotherapy Committee (Group)," includes the following: formulating the institution's drug formulary and basic drug supply catalog. Clause C of the "Standards for the Evaluation of the Grades of Secondary General Hospitals" and the "Standards for the Evaluation of the Grades of Tertiary General Hospitals" stipulates, "having a drug selection system, adhering to the 'one product, two regulations' principle, and formulating the hospital's 'drug formulary' and 'basic drug supply catalog.'" Because developing a truly hospital-specific "drug formulary" is time-consuming and labor-intensive, most hospitals resort to directly reprinting the "National Formulary" or compiling their own drug instructions into a "hospital drug formulary." The typical approach for hospitals to develop a basic drug supply catalog is to create a hospital-specific basic drug supply catalog based on an existing drug supply catalog in a prescribed format, rather than formulating a basic drug supply catalog based on the hospital's spectrum of diseases.

[0003] Theoretically, the relationship between the hospital drug formulary, the hospital basic drug supply catalog, and the hospital drug procurement and supply catalog is: first, there is the hospital diagnosis and treatment disease catalog, then the hospital drug formulary. Based on the drugs involved in the hospital drug formulary, the hospital basic drug supply catalog is formulated; based on the hospital basic drug supply catalog, combined with the centralized drug bidding information, the hospital drug procurement catalog is selected. For details, please see the appendix of the manual. Figure 1 .

[0004] It can be seen from this that the production of traditional hospital drug prescriptions, hospital basic drug supply catalogs, and hospital drug procurement and supply catalogs is very irregular. Moreover, due to the limited printing quantity and inconvenient query, almost no medical staff read the printed "Hospital Drug Prescriptions", making them inconvenient to use in clinical practice. Summary of the Invention

[0005] The purpose of the present invention is to solve the problems that traditional hospital drug prescriptions, hospital basic drug supply catalogs, and hospital drug procurement and supply catalogs are very irregular in production, printed in limited quantities and inconvenient to query, and are almost not read by medical staff, making them inconvenient to use in clinical practice. A method for producing a hospital drug prescription is provided. The method of the present invention constructs a national prescription knowledge base, and establishes a hospital drug prescription database based on the constructed national prescription knowledge base, and then filters out a hospital drug prescription catalog based on the hospital drug prescription database, and then filters out the hospital basic drug supply catalog used by the hospital after associating it with a drug catalog data table, and generates a hospital drug prescription based on the hospital drug prescription catalog, the hospital basic drug supply catalog and the contents attached to the two, so that the produced hospital drug prescription is highly standardized, easy for medical staff to view, and convenient for use in clinical practice.

[0006] The above technical objectives of the present invention are achieved through the following technical solutions: A method for preparing a hospital drug prescription collection, specifically comprising the following steps:

[0007] S1. Establish a national formulary knowledge base, which includes but is not limited to a catalog data table, a disease catalog data table, a drug catalog data table, a drug information data table, and a formulary content data table, wherein the disease catalog data table and the drug catalog data table are both associated with the catalog data table;

[0008] S2. Establish a hospital drug formulary database, copy the data in the national formulary knowledge base to the hospital drug formulary database, have hospital doctors select the diseases they diagnose and treat, and filter out the hospital drug formulary catalog through the associated catalog;

[0009] S3. Based on the screened hospital drug formulary catalog, the hospital's basic drug supply catalog used by the hospital is screened through the associated drug catalog data table;

[0010] S4. Generate a hospital drug prescription collection based on the screened hospital drug prescription collection catalog, hospital basic drug supply catalog and the accompanying contents of the two.

[0011] Furthermore, the national formulary knowledge base described in step S1 is in the form of a database, and the method for establishing the national formulary knowledge base is:

[0012] A. Enter the catalog data table and the formulary content data table based on the content of the national formulary, and enter the disease catalog data table based on the disease name index in the appendix of the national formulary. Then, associate the diseases involved in the content associated with each catalog in the national formulary with the catalog;

[0013] B. Enter the drug catalog data table according to the drug name index in the appendix of the National Formulary, and associate the drugs involved in each catalog with the catalog according to the content associated with each catalog in the National Formulary;

[0014] Among them, the content related to drugs in the prescription collection content data table is generated by formatting the fields in the drug information data table and can be modified in the interface without affecting the content of the drug information data table. The field content in the drug information data table is entered after being split according to the national prescription collection drug content.

[0015] Furthermore, the method for establishing a hospital drug prescription set in step S2 further includes:

[0016] 1) All diseases covered in the national formulary are listed and then checked by hospital doctors. The checked disease list is then compiled as the hospital's diagnosis and treatment spectrum, and the directory of the formulary associated with the hospital's diagnosis and treatment spectrum is used as the directory of the hospital's drug formulary;

[0017] 2) When the national formulary does not include the disease name in the hospital's disease spectrum, the program will automatically add a catalog and associate the disease, and then add the corresponding associated drugs;

[0018] 3) When the national prescription collection does not include the drugs needed by the hospital, the program will automatically add relevant content to the drug information table for formatting and generating content when making the hospital drug prescription collection.

[0019] Furthermore, the method for preparing the hospital basic drug supply catalog in step S3 is: check all the drugs associated with the hospital's disease spectrum, and summarize the checked drug lists as the basis for screening or further checking by relevant hospital agencies, which eventually becomes the hospital basic drug supply catalog.

[0020] Furthermore, the hospital drug prescription set generated in step S4 can be printed out using a printer, or viewed by terminal users through the web, system interface, or APP. The viewing method can be a network version or a stand-alone version.

[0021] Furthermore, the hospital's basic drug supply catalog is linked to the drug bidding information, and the hospital's drug procurement catalog is generated by checking the corresponding winning manufacturers and specifications.

[0022] Furthermore, the production process of steps S1 to S4 is performed by a hospital drug prescription collection production system, which is implemented by a programming language combined with XML. The programming language is Fox, Foxpro, Pacical, C language, C++, Delphi, .Net, JAVA, Phython or WebService. The process of producing the hospital drug prescription collection can be run in the cloud, local area network, or APP, or it can be generated by summarizing after running on each terminal stand-alone. The storage medium for the terminal user to install and run the program can be a database, disk, USB flash drive, CD, DVD-ROM, cloud, etc. The hospital drug prescription collection can be viewed by the terminal user on electronic media such as the Internet, local area network, APP, and printed / printed paper media of the hospital drug prescription collection, or it can be mounted on the hospital HIS system, OA system and other information systems or office systems for viewing.

[0023] Among them, the hospital drug formulary produced by the present invention allows the end user to quickly view specific content through links when viewing the electronic version of the formulary, including:

[0024] Quickly view the contents of the prescription book through the directory tree index;

[0025] Enter the disease name to view the formulary content of related diseases;

[0026] View drug information details by entering the drug name;

[0027] Jump to view related disease content through the link logo in the content;

[0028] View drug information details through the link logo in the content;

[0029] Quickly search the directory containing all the contents containing the input characters by entering characters;

[0030] By entering or linking identifiers, you can view information on medications for children, medications for the elderly, interaction information, liver drug-enzyme metabolism information, medications for hepatic impairment, medications for renal impairment, interactions, incompatibility, medical insurance information, national centralized procurement information, and manufacturer product information. All of this information is provided by establishing association tables.

[0031] In summary, the present invention has the following beneficial effects: the method of the present invention constructs a national prescription collection knowledge base, and establishes a hospital drug prescription collection database based on the constructed national prescription collection knowledge base, and then uses the disease name checked by the doctor as the hospital diagnosis and treatment disease spectrum, and the national prescription collection catalog associated with the hospital disease spectrum is filtered to become the hospital drug prescription collection catalog, and then the hospital basic drug supply catalog used by the hospital is screened out after associating the drug catalog data table, and the hospital drug prescription collection catalog, the hospital basic drug supply catalog and the accompanying contents of the two are collected to generate a hospital drug prescription collection, so that the prepared hospital drug prescription collection is highly standardized, easy for medical staff to view, and convenient for use in clinical practice. BRIEF DESCRIPTION OF THE DRAWINGS

[0032] Figure 1 It is a relationship diagram between the traditional hospital drug formulary, hospital basic drug supply catalog, and hospital drug procurement and supply catalog;

[0033] Figure 2 It is a flow chart in an embodiment of the present invention. DETAILED DESCRIPTION

[0034] In order to make the purpose, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below in conjunction with the embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention and are not intended to limit the present invention.

[0035] The present invention provides a method for preparing a hospital drug prescription collection, such as Figure 2 As shown, the specific steps include:

[0036] S1. Establish a national formulary knowledge base. The national formulary knowledge base includes a catalog data table, a disease catalog data table, a drug catalog data table, a drug information data table, and a formulary content data table. The disease catalog data table and the drug catalog data table are both associated with the catalog data table.

[0037] S2. Establish a hospital drug formulary database, copy the data in the national formulary knowledge base to the hospital drug formulary database, have hospital doctors select the diseases treated by the hospital and summarize them as the hospital's disease spectrum, and filter out the hospital drug formulary catalog through the associated catalog;

[0038] S3. Based on the screened hospital drug formulary catalog, the hospital's basic drug supply catalog used by the hospital is screened through the associated drug catalog data table;

[0039] S4. Generate a hospital drug prescription collection based on the screened hospital drug prescription collection catalog, hospital basic drug supply catalog and the accompanying contents of the two.

[0040] The national formulary knowledge base in step S1 is in the form of a database, and the method for establishing the national formulary knowledge base is:

[0041] A. Enter the catalog data table and the formulary content data table based on the content of the national formulary, and enter the disease catalog data table based on the disease name index in the appendix of the national formulary. Then, associate the diseases involved in the content associated with each catalog in the national formulary with the catalog;

[0042] B. Enter the drug catalog data table according to the drug name index in the appendix of the National Formulary, and associate the drugs involved in each catalog with the catalog according to the content associated with each catalog in the National Formulary;

[0043] Among them, the content related to drugs in the prescription collection content data table is generated by formatting the fields in the drug information data table and can be modified in the interface without affecting the content of the drug information data table. The field content in the drug information data table is entered after being split according to the national prescription collection drug content.

[0044] The method for establishing a hospital drug prescription set in step S2 further includes:

[0045] 1) All the diseases involved in the national formulary are listed and then checked by all doctors in the hospital. The checked disease lists are then compiled as the hospital's disease spectrum, and the directory of the formulary associated with the hospital's disease spectrum is used as the directory of the hospital's drug formulary;

[0046] 2) When the national formulary does not include the disease name in the hospital's disease spectrum, the program will automatically add a catalog and associate the disease, and then add the corresponding associated drugs;

[0047] 3) When the national prescription collection does not include the drugs needed by the hospital, the program will automatically add relevant content to the drug information table for formatting and generating content when making the hospital drug prescription collection.

[0048] Among them, the method for preparing the hospital basic drug supply catalog in step S3 is: check all the drugs related to the hospital's disease spectrum, and summarize the checked drug lists as the basis for screening or further checking by relevant hospital agencies, and finally form the hospital basic drug supply catalog.

[0049] The hospital drug prescription set generated in step S4 can be printed out using a printer, or viewed by terminal users through the web, system interface, or APP. The viewing method can be a network version or a stand-alone version.

[0050] Among them, the hospital's basic drug supply catalog is linked to the drug bidding information, and the hospital's drug procurement catalog is generated by checking the corresponding winning manufacturers and specifications.

[0051] Among them, the production process of steps S1 to S4 is produced by the on-board hospital drug prescription collection production system, and the hospital drug prescription collection production system is implemented by a programming language combined with XML, and the programming language adopts Fox, Foxpro, Pacical, C language, C++, Delphi, .Net, JAVA, Phython or WebService. The process of producing the hospital drug prescription collection can be run in the cloud, local area network, APP, or it can be generated by summarizing after running on each terminal stand-alone. The storage medium for the terminal user to install and run the program can be a database, disk, U disk, CD, DVD-ROM, cloud, etc. The terminal user can view the hospital drug prescription collection on electronic carriers such as the Internet, local area network, APP, and printed / printed paper carriers of the hospital drug prescription collection, or it can be mounted on the hospital HIS system, OA system and other information systems or office systems for viewing.

[0052] Among them, the hospital drug formulary produced by the present invention allows the end user to quickly view specific content through links when viewing the electronic version of the formulary, including:

[0053] Quickly view the contents of the prescription book through the directory tree index;

[0054] Enter the disease name to view the formulary content of related diseases;

[0055] View drug information details by entering the drug name;

[0056] Jump to view related disease content through the link logo in the content;

[0057] View drug information details through the link logo in the content;

[0058] Quickly search the directory containing all the contents containing the input characters by entering characters;

[0059] By entering or linking identifiers, you can view information on medications for children, medications for the elderly, interaction information, liver drug-enzyme metabolism information, medications for hepatic impairment, medications for renal impairment, interactions, incompatibility, medical insurance information, national centralized procurement information, and manufacturer product information. All of this information is provided by establishing association tables.

[0060] Example 1

[0061] Establish table field content and maintenance instance of national formulary knowledge base table.

[0062] The data tables involved in the national formulary include at least: catalog data table, disease catalog data table, drug catalog data table, drug information data table, and formulary content data table.

[0063] The catalog data table contains at least the catalog name (node name), node code, parent node code, node order, node type, associated diseases, associated drugs, ID, and parent node ID. The catalog name, also known as the node name, belongs to the display layer and is a fundamental component of formulary generation. Node types include "normal node," "chapter node," "subsection node," and "drug node," and are related to the node code. Node codes are character-type with numbers and can be "one, two, three," or "chapter one, chapter two, chapter three," depending on the node type. When adding a new node, the node code increments according to a regular pattern based on the node type. Node order refers to the order of nodes within the same parent node and is used for display and order adjustment. Associated diseases are selected from the disease catalog and are used by hospitals to select disease names and associate them with the catalog. Associated drugs are selected from the drug catalog and are used by hospitals to select their basic drug supply catalog after formulary catalog generation, as well as to display the corresponding drug content under a node. The ID is used to associate the catalog name (node name) with the associated fields of child nodes. The parent node ID is related to the catalog display order and position.

[0064] Disease catalog data table: can be entered from the "Disease Name Index" in the formulary appendix, or from ICD-10, or can be associated according to disease diagnosis name conventions or other diagnosis data tables.

[0065] Drug catalog data table: You can enter the data from the "Drug Name Index" in the appendix, select from other drug tables, or enter it yourself (for example, enter hospital preparations).

[0066] Drug Information Datasheet: This table should contain at least the following fields: drug name, route of administration, indications, contraindications, precautions, adverse reactions, usage and dosage, formulation, and strength. The data source for this table can be information on relevant drugs from the National Formulary or self-entered. In addition to formatting and generating drug content, the table also allows for direct query of specific or all drug information via hyperlinks.

[0067] Formulary content data table: This table contains at least the following fields: catalog name, node ID, and content. The content portion is a string or note type, or a URL containing the content. The data source can be directly entered from the national formulary, or generated by formatting the drug information table (content can be modified after generation, but the drug information table will not be modified).

[0068] Example 2

[0069] An example of a method for selecting the diseases treated by a hospital as the hospital's disease spectrum, and then filtering the hospital's drug formulary catalog by the diseases in the associated catalog.

[0070] Before establishing a hospital drug formulary, authorize or install the hospital formulary and copy all the data in the national formulary to the local computer.

[0071] Through the disease catalog screening program / system, a designated group of people (usually all the doctors in the hospital) select all the diseases they diagnose and treat from the prescription disease catalog. All the diseases selected by all people serve as the disease spectrum diagnosed and treated by this hospital.

[0072] The disease spectrum diagnosed and treated by this hospital is linked to the national prescription collection catalog and all catalogs containing the hospital's disease spectrum are selected as the catalog of the hospital's drug prescription collection.

[0073] Example 3

[0074] An example of a method for screening a hospital's essential drug supply catalog through a hospital formulary catalog.

[0075] The hospital drug formulary catalog established in Example 2, along with the drugs associated with the catalog in the national formulary knowledge base, serves as the basic data for screening the hospital's basic drug supply catalog. Using a basic drug supply catalog screening program / system, a designated group of personnel (usually members of the hospital pharmacy committee or experts) selects the names of drugs and their routes of administration suitable for hospital-wide use from the basic drug supply catalog. The drugs and their routes of administration that meet the selection criteria are statistically analyzed and used as the hospital's basic drug supply catalog.

[0076] Example 4

[0077] The hospital drug formulary catalog, the hospital basic drug supply catalog and the accompanying contents screened by the hospital are collected to form a method example of the hospital drug formulary method.

[0078] After the completion of Example 3 and Example 4, the hospital drug formulary directory and the drugs involved in the hospital formulary are complete. The contents and drugs associated with the national formulary directory retained by the hospital become the prototype of the hospital drug formulary.

[0079] Since the catalog has been associated with ID, node number, serial number, superior node number, etc. when the national prescription set was established, when the hospital drug prescription set is generated, as the number of catalogs decreases, the corresponding node number, serial number and associated superior node number will be automatically adjusted through the program without the need for manual renumbering.

[0080] Example 5

[0081] Examples of methods for further improving the content of the hospital drug formulary based on the prototype. Similar to the maintenance method of the national formulary knowledge base database, hospitals can designate personnel to improve the content of the hospital drug formulary. Specific methods include:

[0082] If the diseases treated by the hospital are not included in the national prescription collection, you can add a directory through the program, set the corresponding parent node, node type, node code, associated diseases, etc. of the directory, adjust the position or order of the directory on the interface, and then enter the content of the node.

[0083] If a hospital needs to add a drug not included in the national formulary (such as a hospital-made preparation), it should first add the drug name to the drug catalog. Then, under the parent node of the drug node to be added, it should add the drug name and its route of administration. In the interface, enter the drug information, such as indications, contraindications, precautions, adverse reactions, usage and dosage, and formulation specifications. After saving, the content can be formatted to generate the drug node content. At the same time, the newly added drug is directly added to the hospital's basic drug supply catalog.

[0084] If the hospital is not satisfied with the content of the generated prescription set (such as diagnosis and treatment methods, medication, etc.), it can modify the content directly on the interface. It can also adjust the display order of the hospital's drug prescription set by adjusting the node order.

[0085] Example 6

[0086] An example of how to create a hospital drug procurement catalog based on the hospital's basic drug supply catalog.

[0087] The basic drug supply catalog is linked to the drug tender and procurement catalog. Drug varieties that meet the basic drug supply catalog (including dosage forms, specifications, manufacturers, and other information) are screened from the tender and procurement catalog as a selection catalog for hospitals to choose from. Through the drug selection catalog program / system, a designated group of personnel (usually members of the hospital pharmacy committee or experts) selects drug varieties suitable for hospital use from the drug selection catalog. After statistical analysis, the drug varieties that meet the selection criteria are selected for the hospital's drug procurement catalog.

[0088] Example 7

[0089] An example of a method for programmatically generating documents for printing or display based on a hospital drug formulary system.

[0090] The hospital drug formulary generated according to Examples 1, 2, 3, 4, and 5 can be generated by a program in a document format (e.g., Word, PDF, etc.), and then printed or printed as a paper version of the "Hospital Drug Formulary" after modification by personnel. The hospital drug formulary can also be viewed by end users through the web, system interface, APP, etc.; the viewing method can be a network version, a stand-alone version, or mounted on an information system or office system such as a hospital HIS system or OA system for viewing.

[0091] Example 8

[0092] An example of a method for quickly finding content that needs to be viewed based on a generated electronic version of a drug formulary through a directory tree, quick search, links, etc.

[0093] When end users view the electronic formulary, they can quickly access specific content through links, including:

[0094] Quickly view the contents of the prescription book through the directory tree index;

[0095] Enter the disease name to view the formulary content of related diseases;

[0096] View drug information details by entering the drug name;

[0097] Jump to view related disease content through the link logo in the content;

[0098] View drug information details through the link logo in the content;

[0099] Quickly search the directory containing all the contents containing the input characters by entering characters;

[0100] By entering or linking identifiers, you can view information on medications for children, medications for the elderly, interaction information, liver drug-enzyme metabolism information, medications for hepatic impairment, medications for renal impairment, interactions, incompatibility, medical insurance information, national centralized procurement information, and manufacturer product information. All of this information is provided by establishing association tables.

[0101] In the above-mentioned embodiment of the present invention, the method of the present invention constructs a national prescription collection knowledge base, and establishes a hospital drug prescription collection database based on the constructed national prescription collection knowledge base, and then filters out a hospital drug prescription collection catalog based on the hospital drug prescription collection database, and then filters out the hospital basic drug supply catalog used by the hospital after associating the drug catalog data table, and generates a hospital drug prescription collection based on the hospital drug prescription collection catalog, the hospital basic drug supply catalog and the contents attached to the two, so that the prepared hospital drug prescription collection is highly standardized, easy for medical staff to view, and convenient for use in clinical practice.

[0102] This specific embodiment is merely an explanation of the present invention and is not intended to limit the present invention. After reading this specification, those skilled in the art may make non-creative modifications to this embodiment as needed. However, as long as such modifications are within the scope of the claims of the present invention, they are protected by patent law.

Claims

1. A method for preparing a hospital drug formulary, characterized by: The specific steps include: S1. Establishing a national formulary knowledge base, the national formulary knowledge base includes a catalog data table, a disease catalog data table, a drug catalog data table, a drug information data table, and a formulary content data table, wherein the disease catalog data table and the drug catalog data table are both associated with the catalog data table; S2. Establish a hospital drug formulary database, copy the data in the national formulary knowledge base to the hospital drug formulary database, have hospital doctors select the diseases they diagnose and treat, and filter out the hospital drug formulary catalog through the associated catalog; S3. Based on the screened hospital drug formulary catalog, the hospital's basic drug supply catalog used by the hospital is screened through the associated drug catalog data table; S4, generating a hospital drug formulary based on the screened hospital drug formulary catalog, the hospital basic drug supply catalog, and the accompanying contents of the two; The national formulary knowledge base described in step S1 is in the form of a database. The method for establishing the national formulary knowledge base is as follows: A. Enter the catalog data table and the formulary content data table based on the content of the national formulary, and enter the disease catalog data table based on the disease name index in the appendix of the national formulary. Then, associate the diseases involved in the content associated with each catalog in the national formulary with the catalog; B. Enter the drug catalog data table according to the drug name index in the appendix of the National Formulary, and associate the drugs involved in each catalog with the catalog according to the content associated with each catalog in the National Formulary; Among them, the content related to drugs in the prescription collection content data table is generated by formatting the fields in the drug information data table and can be modified in the interface without affecting the content of the drug information data table. The field content in the drug information data table is entered after being split according to the national prescription collection drug content.

2. The method for preparing a hospital drug prescription collection according to claim 1, characterized in that: The method for establishing a hospital drug prescription set in step S2 further includes: 1) All diseases covered in the national formulary are listed and then checked by hospital doctors. The checked disease list is then compiled as the hospital's diagnosis and treatment spectrum, and the directory of the formulary associated with the hospital's diagnosis and treatment spectrum is used as the directory of the hospital's drug formulary; 2) When the national formulary does not include the disease name in the hospital's disease spectrum, the program will automatically add a catalog and associate the disease, and then add the corresponding associated drugs; 3) When the national prescription collection does not include the drugs needed by the hospital, the program will automatically add relevant content to the drug information table for formatting and generating content when making the hospital drug prescription collection.

3. The method for preparing a hospital drug prescription collection according to claim 1, wherein: The method for preparing the hospital basic drug supply catalog in step S3 is: check all the drugs related to the hospital's disease spectrum, and summarize the checked drug lists as the basis for screening or further checking by relevant hospital agencies, which eventually becomes the hospital basic drug supply catalog.

4. The method for preparing a hospital drug prescription collection according to claim 1, wherein: The hospital drug prescription set generated in step S4 can be printed out using a printer, or viewed by terminal users through the web, system interface, or APP.

5. The method for preparing a hospital drug prescription collection according to claim 1, wherein: include: The hospital's basic drug supply catalog is linked to the drug bidding information, and the hospital's drug procurement catalog is generated by checking the corresponding winning manufacturers and specifications.

6. The method for preparing a hospital drug prescription collection according to any one of claims 1 to 5, further comprising: Automatically search for drug names and disease names in the prescription collection content and create hyperlinks. When viewing, you can quickly search and view relevant content about the disease or drug through the links.

7. The method for preparing a hospital drug prescription collection according to any one of claims 1 to 5, characterized in that: The production process of step S1 to step S4 is produced by the onboard hospital drug prescription collection production system, and the hospital drug prescription collection production system is implemented by a programming language combined with XML, and the programming language adopts Fox, Foxpro, Pacical, C language, C++, Delphi, .Net, JAVA, Phython or WebService; the terminal user can view the hospital drug prescription collection on the Internet, local area network, APP and printed / printed hospital drug prescription collection paper carrier, and can also be mounted on the hospital HIS system, OA system or office system for viewing.

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