Intelligent medical supply management and control method

Abstract

The invention discloses an intelligent medical supply management and control method, and belongs to the field of intelligent medical treatment, and the method comprises the following steps: S1, storing medical supplies, building a unique binding relation between a two-dimensional code of each medical supply and an article name, a warehouse positioning serial number, a bar code positioning lamp number and a validity period, and writing the unique binding relation into a management and control database; s2, an operator initiates a search request, calls a target medical supply warehouse positioning sequence number and a bar code positioning lamp number from the management and control database, and displays the numbers; s3, generating a lamp control instruction according to the warehouse positioning serial number and the lamp number, and enabling the target bar code positioning lamp to emit light in a preset color and flicker rhythm; s4, an operator completes positioning according to the light, and the taking-out number is input and confirmed at the mobile terminal; s5, updating the inventory based on the access data and continuously recording; s6, calculating the number of remaining use days to generate validity period state data; and S7, jointly analyzing the inventory and validity period data to generate a prompt, and updating light and background display. The method has the beneficial effects that the searching efficiency and the inventory and validity period management precision are improved.

Description

Technical Field

[0001] This invention relates to the field of intelligent medical technology, and more specifically, to a method for managing intelligent medical products. Background Technology

[0002] As the variety of medical supplies in hospitals continues to increase and the level of precision in clinical diagnosis and treatment improves, the management of medical supplies has gradually evolved from manual ledger management to information-based and digital management. Initially, it relied mainly on manual registration and inventory, which, while meeting basic management needs, had limited efficiency when the variety and quantity of supplies were limited. Subsequently, barcode and QR code technologies were introduced into the field of medical supply management, enabling rapid entry and electronic statistics of item information, significantly improving the accuracy and traceability of inventory data. Building on this foundation, some hospitals have further developed warehouse management systems, achieving centralized statistics and periodic inventory checks, reducing the workload of manual statistics, and promoting the standardization and systematization of medical supply management.

[0003] However, current technologies are still mainly limited to the level of "information is searchable and data is viewable." The spatial positioning of medical supplies still relies on human experience and static labels, and medical staff still need to spend a lot of time searching during the retrieval process. Expiry date management is mainly based on back-end records and manual reminders, lacking visualization methods that directly link with on-site retrieval behavior. Inventory warnings are usually based on fixed quantity thresholds and do not fully consider changes in actual retrieval frequency. At the same time, the existing system's search method is mainly based on full name search, which is difficult to adapt to the actual clinical scenario of high-frequency and combined retrieval. As a result, even with a large variety of supplies and dispersed warehouses, there are still problems of low search efficiency and high risk of inventory omissions. Summary of the Invention

[0004] The purpose of this invention is to provide an intelligent medical supplies management method to address the problems mentioned in the background: existing technologies mainly remain at the level of "information is searchable and data is viewable," and the spatial positioning of medical supplies still relies on manual experience and static labels, requiring medical personnel to spend considerable time searching during retrieval; expiration date management is mostly based on backend records and manual reminders, lacking visualization methods that directly link with on-site retrieval behavior; inventory warnings are usually based on fixed quantity thresholds, failing to fully consider changes in actual retrieval frequency; at the same time, existing systems primarily use full name searches, which are difficult to adapt to high-frequency, combined retrieval scenarios in actual clinical settings, resulting in low search efficiency and a high risk of inventory omissions even with a wide variety of supplies and dispersed warehouses.

[0005] Technical solution: A method for managing intelligent medical supplies includes the following steps: S1. Perform warehousing initialization processing on medical supplies, establish a unique binding relationship between the QR code of each medical supply and the corresponding item name, warehouse location number, barcode location light number and expiration date, and write the unique binding relationship into the management database; S2. The operator initiates a medical supply search request on the mobile terminal by scanning a code and inputting characters. Based on the search request, the warehouse location number and barcode location light number corresponding to the target medical supply are retrieved from the management database and displayed on the mobile terminal. S3. Generate a light control command based on the warehouse location number and the barcode positioning light number, and control the barcode positioning light corresponding to the target medical product to a preset color and emit light according to a preset flashing rhythm; S4. After the operator completes the positioning of the medical supplies based on the illumination of the barcode positioning light, the operator enters the actual quantity taken out in the mobile terminal and performs the take-out confirmation to generate take-out data; S5. Based on the usage data, the inventory quantity of medical supplies is reduced and updated, and the inventory change data is continuously recorded; S6. Calculate the remaining days of use for medical supplies based on the expiration date and the current date, and generate expiration status data; S7. Perform joint analysis of inventory change data and expiration status data to generate inventory reminder data and expiration reminder data, and simultaneously update the barcode positioning light display parameters and the status displayed on the backend management terminal.

[0006] Preferably, step S1 further includes the following steps: S1-1. When medical supplies are received into the warehouse, the expiration date label on the outer packaging of the medical supplies is scanned through the back-end management terminal to collect the date data corresponding to the expiration date; S1-2. Write the date data into the expiration date field bound to the QR code of the medical product, and generate an initial expiration date status identifier corresponding to the medical product; S1-3. Establish a one-to-one mapping relationship between the initial validity period status identifier and the color parameters of the barcode positioning light, and store it in the control database.

[0007] Preferably, step S1-1 further includes the following steps: S1-1-1. Calculate the remaining number of days of use for the medical supplies based on the time difference between the current date and the expiration date; S1-1-2. Write the remaining number of days of use into the time attribute field corresponding to the medical supplies, and use it as the basis data for subsequent updates to the expiration status; S1-1-3. When the remaining days of use change, the expiration status indicator of the medical supplies shall be updated synchronously.

[0008] Preferably, the character input search in S2 further includes the following processing steps: When an operator enters one or more relevant characters in the search input box on a mobile terminal, the medical supplies name field in the management database is prefix-matched based on the characters to generate a first set of candidate medical supplies. The first set of candidate medical supplies is initially sorted according to the character matching length and then returned to the mobile terminal for display.

[0009] Preferably, the character input search further includes the following processing steps: Based on continuous usage records, the operator's high-frequency usage of medical supplies within a preset time window is statistically analyzed. The high-frequency access medical supplies are merged with the first candidate medical supplies set to generate a second candidate medical supplies set; The second set of candidate medical supplies is reordered according to usage frequency and then displayed on the mobile terminal.

[0010] Preferably, the character input search further includes the following processing steps: Based on the joint use relationship of medical supplies in the continuous use record, extract medical supplies that have a high frequency matching relationship with medical supplies in the second candidate medical supply set; The high-frequency combination medical products are added to the second candidate medical product set to generate a third candidate medical product set. The third set of candidate medical supplies is deduplicated and sorted before being displayed on the mobile terminal.

[0011] Preferably, step S5 further includes the following steps: S5-1. Calculate the cumulative number of medical supplies taken within a preset time window based on continuous usage records; S5-2. Convert the current inventory quantity with the time window corresponding to the cumulative usage quantity to obtain the number of days the inventory can support. S5-3. When the number of days the inventory can support is lower than the preset replenishment cycle threshold, generate inventory reminder data and write it to the backend management terminal.

[0012] Preferably, the expiration date reminder process in S6 further includes: The remaining usage days are compared with a preset near-expiration threshold to generate near-expiration status data; The remaining usage days are compared with a preset expiration threshold to generate expiration status data; The expiration date status identifier of the medical supplies is updated based on the near-expiration status data and the expired status data.

[0013] Preferably, S7 includes: The inventory reminder data and the expiration date reminder data are respectively bound to the barcode positioning light display parameters corresponding to the medical supplies; In the warehouse, different colors and flashing rhythms are used to distinguish between inventory reminder status and expiration date reminder status; The inventory reminder status and the expiration date reminder status are displayed simultaneously in the backend management terminal.

[0014] Compared with the prior art, the advantages of the present invention are as follows: (1) By uniquely binding the QR code and barcode of medical supplies with the warehouse location serial number, barcode location light number and expiration date, a strong coupling association between the medical supplies' identity information, spatial location and physical guidance device is achieved, avoiding the management method that relies solely on manual search and static labels.

[0015] (2) Introduce a search trigger mechanism that combines barcode scanning and character input in the medical supplies search stage, so that the location of medical supplies can be expanded from a single identification method to multiple entry triggers, thereby improving the operational efficiency in high-frequency access scenarios.

[0016] (3) By accurately matching and controlling the warehouse location serial number with the barcode location light number, the dynamic flashing display of a single physical guide light corresponding to a single medical product can be realized, reducing the location confusion caused by multiple locations coexisting in traditional warehouses.

[0017] (4) Convert the expiry date into the remaining days of use and further generate expiry status data, so that the expiry management is upgraded from a static recording method to a state-based control process that evolves automatically over time.

[0018] (5) The expiration status data is directly bound to the color parameters of the barcode positioning light, so that the expiration information of medical supplies is presented in real time in a visual way on the warehouse site, rather than just existing in the background system.

[0019] (6) Calculate the number of days the inventory can support based on continuous retrieval records, and generate inventory reminder data accordingly, so that the replenishment decision is changed from being triggered by a fixed threshold to a dynamic judgment based on the actual retrieval speed.

[0020] (7) Perform joint analysis on inventory reminder data and expiration reminder data, and synchronously drive the barcode positioning light display parameters to achieve parallel presentation of inventory status and expiration status on the same physical guide carrier.

[0021] (8) Construct a multi-layered candidate medical supplies set in the mobile terminal based on character prefix matching, high-frequency access records and joint access relationships to form a quick search mechanism oriented towards actual usage habits, which is different from the traditional search method based only on name matching.

[0022] (9) By continuously recording the data on the use, inventory changes and expiration status, a complete medical supplies circulation data chain is formed, providing a continuous and traceable data foundation for subsequent management and analysis. Attached Figure Description

[0023] Figure 1 This is a schematic diagram of the overall process of an intelligent medical supplies management method according to the present invention. Detailed Implementation

[0024] For examples, please refer to Figure 1 A method for managing intelligent medical supplies includes the following steps: S1. Perform initialization processing for medical supplies upon entry into the warehouse, establish a unique binding relationship between the QR code of each medical supply and the corresponding item name, warehouse location serial number, barcode location light number and expiration date, and write the unique binding relationship into the management database; S2. The operator initiates a medical supply search request on the mobile terminal by scanning a code and inputting characters. Based on the search request, the warehouse location number and barcode location light number corresponding to the target medical supply are retrieved from the control database and displayed on the mobile terminal. S3. Generate a light control instruction based on the warehouse location serial number and the barcode location light number, and control the barcode location light corresponding to the target medical product to a preset color and illuminate according to a preset flashing rhythm; Specifically, in step S3, the light control instruction is a control data frame used to drive the barcode positioning light to display its status. Its components include at least: a barcode positioning light number that is mapped one-to-one with the warehouse positioning serial number; a color parameter that represents the status of the target medical product, the color parameter being used to distinguish at least the status of normal availability, near-expiration reminder, and expired warning; and a flashing rhythm parameter that represents the display mode.

[0025] The implementation methods of the flicker rhythm parameters include, but are not limited to, any one of the following and combinations thereof: Alternating light and dark displays can be achieved by setting the light emission duty cycle; The flashing frequency per unit time is controlled by setting the flashing period parameter; By controlling the on / off state of the barcode positioning light in different time periods through a preset time sequence, a recognizable rhythmic pattern can be formed.

[0026] After generating the light control command, the mobile terminal and the back-end management terminal send the light control command to the barcode positioning light through the communication module. The communication process includes: The mobile terminal and the back-end management terminal send the light control command to the control node corresponding to the barcode positioning light through the local area network gateway and control module; After parsing the light control command, the control node drives and controls the target barcode positioning light according to the barcode positioning light number, color parameters, and flashing rhythm parameters.

[0027] The above methods provide intuitive guidance on the location of target medical supplies, avoiding manual searching, improving retrieval efficiency, and providing a unified lighting control basis for subsequent expiration status indications.

[0028] S4. After the operator completes the positioning of medical supplies based on the illumination of the barcode positioning light, the operator enters the actual quantity taken out in the mobile terminal and executes the confirmation of use, generating the use data; S5. Based on the usage data, the inventory quantity of medical supplies is reduced and updated, and the inventory change data is continuously recorded; S6. Calculate the remaining days of use for medical supplies based on the expiration date and the current date, and generate expiration status data; S7. Perform joint analysis of inventory change data and expiration status data to generate inventory reminder data and expiration reminder data, and simultaneously update the barcode positioning light display parameters and the status displayed on the backend management terminal.

[0029] S1 further includes the following steps: S1-1. When medical supplies are received into the warehouse, the expiration date label on the outer packaging of the medical supplies is scanned through the back-end management terminal to collect the date data corresponding to the expiration date; S1-2. Write the date data into the expiration date field bound to the medical product's QR code, and generate an initial expiration date status identifier corresponding to the medical product; S1-3. Establish a one-to-one mapping relationship between the initial validity period status identifier and the color parameters of the barcode positioning light, and store it in the management and control database.

[0030] S1-1 further includes the following steps: S1-1-1. Calculate the remaining days of use for medical supplies based on the time difference between the current date and the expiration date; S1-1-2. Write the remaining usage days into the time attribute field corresponding to the medical supplies, and use it as the basis for subsequent validity period status updates; S1-1-3. When the remaining days of use change, the expiration status of medical supplies shall be updated synchronously.

[0031] The character input lookup in S2 further includes the following processing steps: When the operator enters one or more relevant characters in the search input box on the mobile terminal, the medical supplies name field in the management database is matched with prefixes based on the characters to generate the first candidate medical supplies set. The first set of candidate medical supplies is initially sorted according to the length of the character matching and then returned to the mobile terminal for display.

[0032] Character input lookup further includes the following processing steps: Based on continuous usage records, the operator's high-frequency usage of medical supplies within a preset time window is statistically analyzed. The frequently used medical supplies are merged with the first candidate medical supplies set to generate the second candidate medical supplies set; The second set of candidate medical supplies is reordered according to usage frequency and then displayed on the mobile terminal.

[0033] Character input lookup further includes the following processing steps: Based on the joint use relationship of medical supplies in the continuous use record, extract medical supplies that have a high frequency of matching relationship with medical supplies in the second candidate medical supply set; Highly frequently used medical supplies are added to the second set of candidate medical supplies to generate a third set of candidate medical supplies. The third set of candidate medical supplies is deduplicated and sorted before being displayed on the mobile device.

[0034] Specifically, during the character input search process, the continuously retrieved records are medical supply operation logs stored in the control database, and their record structure includes at least the following fields: Operator identification: used to distinguish different medical personnel; Medical supply identification: QR codes and barcodes used to uniquely identify each medical supply; Time of retrieval: Record the specific date and time when the medical supplies were retrieved by the user; Optional fields include quantity used and department used, which are used to assist in statistics and analysis.

[0035] The methods for generating "joint access relationships" include: Using a preset time window as the unit of analysis, the system counts pairs of medical supplies that are simultaneously and continuously used by the same operator within the same time window; for each pair of medical supplies, the system counts the number of occurrences, and identifies medical supply pairs with an occurrence frequency higher than a preset threshold as high-frequency joint use relationships; the high-frequency joint use relationships are stored in the database for candidate set expansion.

[0036] In this embodiment, the order in which the candidate medical supplies set is formed is shown below: First candidate medical supplies set: After the operator enters characters on the mobile terminal, the medical supplies name field is generated by prefix matching based on the characters, and then initially sorted according to the matching length; Second candidate medical supplies set: Based on the first candidate set, the medical supplies that the operator frequently uses within a preset time window are merged and reordered according to the frequency of use; The third candidate medical supplies set: Based on the second candidate set, medical supplies that have a high frequency of joint use relationship with the medical supplies in the second candidate set are added to the set, and the set is deduplicated and sorted, and finally returned to the mobile terminal for display.

[0037] S5 further includes the following steps: S5-1. Calculate the cumulative number of medical supplies taken within a preset time window based on continuous usage records; S5-2. Convert the current inventory quantity with the time window corresponding to the cumulative usage quantity to obtain the number of days the inventory can support. S5-3. When the number of days the inventory can support is lower than the preset replenishment cycle threshold, generate inventory reminder data and write it to the backend management terminal.

[0038] Specifically, the "preset time window" is set daily, weekly, or by a fixed time length according to the warehouse management strategy and configured in the backend management terminal. For example, the preset time window can be set to the last 7 days, the last 30 days, or a custom consecutive number of days, used to count the cumulative quantity of medical supplies taken within that time period.

[0039] The "replenishment cycle threshold" is pre-configured by the warehouse administrator in the back-end management system and stored in the control database. It can also be set individually for different categories, specifications, and departments of medical supplies. The replenishment cycle threshold is used to determine whether the current inventory can meet the usage needs for a future period of time. For example, it can be set to 5 days, 10 days, or a custom number of days.

[0040] The following is an example of how to calculate the number of days inventory can support usage: Let Q be the cumulative quantity of a certain medical supply used within a preset time window, and I be the current inventory quantity. Then, the number of days inventory can support usage, D, is calculated using the following formula: D= Where T is the number of days in the preset time window. Based on the calculation results, if D is less than the replenishment cycle threshold, inventory reminder data is generated and written to the backend management terminal. At the same time, the display parameters of the barcode positioning light corresponding to the medical supplies can be updated synchronously to provide intuitive prompts on-site in the warehouse.

[0041] The expiration reminder processing in S6 further includes: Compare the remaining days of use with the preset near-expiration threshold to generate near-expiration status data; Compare the remaining usage days with the preset expiration threshold to generate expiration status data; Update the expiration status label of medical supplies based on near-expiration status data and expired status data.

[0042] Specifically, in S6, the near-expiration threshold and the expiration threshold are pre-configured by the warehouse administrator in the backend management terminal and stored in the corresponding expiration date management field of the control database. The thresholds can be set individually according to different medical product categories, specifications, and batches. For example, the near-expiration threshold can be set to 30 days remaining, and the expiration threshold can be set to 0 days remaining.

[0043] The expiration date status is a status attribute corresponding to medical supplies, and the number of statuses includes, but is not limited to, three: normal status, near-expiration status, and expired status. The status switching condition is: When the remaining days of use for medical supplies are less than or equal to the near-expiration threshold and greater than the expired threshold, the status switches to near-expiration status; when the remaining days of use are less than or equal to the expired threshold, the status switches to expired status; when the remaining days of use are greater than the near-expiration threshold, the status is normal.

[0044] The expiration status update can be triggered in two ways: daily scheduled calculation and calculation triggered when medical supplies are taken out. Daily scheduled calculation can be automatically executed by scheduling tasks through the backend management terminal, while calculation triggered when taken out can update the expiration status of the corresponding medical supplies immediately after the taking out data is recorded on the mobile terminal.

[0045] S7 includes: Bind the inventory reminder data and the expiration date reminder data to the corresponding barcode positioning light display parameters of the medical supplies; In the warehouse, different colors and flashing rhythms are used to distinguish between inventory reminder status and expiration date reminder status; The inventory reminder status and expiration reminder status are displayed synchronously in the back-end management terminal.

[0046] Specifically, in S7, the synchronization triggering mechanism between the warehouse site barcode positioning light display parameters and the status displayed on the back-end management terminal includes: When inventory and expiration date reminder data are updated, the control database sends the data change as a trigger signal to the backend management terminal and mobile terminal. The backend management terminal updates the display parameters corresponding to the barcode positioning lights based on the trigger signal and sends the updated display parameters to the control nodes in the warehouse via the communication module. After parsing the display parameters, the control nodes immediately adjust the color and flashing rhythm of the corresponding barcode positioning lights to synchronize the on-site display with the backend status. When inventory and expiration date reminder statuses exist simultaneously, the barcode positioning light display parameters use a combined display rule: for color priority, the color of the expired status is displayed before the color of the near-expiration status, and the color of the near-expiration status is displayed before the normal status; for flashing rhythm priority, different flashing frequencies are set according to the status level, for example, the flashing cycle of the expired status is the shortest, the flashing cycle of the near-expiration status is moderate, and the flashing cycle of the inventory reminder status is longer; for different statuses existing simultaneously, they are distinguished by a combination of color and flashing rhythm, for example, high-frequency red flashing indicates expired and insufficient inventory, medium-frequency yellow flashing indicates near-expiration but normal inventory, and solid green indicates sufficient inventory and normal expiration date.

[0047] The foregoing has shown and described the basic principles, main features, and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited to the above embodiments. The embodiments and descriptions in the specification are merely preferred examples and are not intended to limit the invention. Various changes and modifications can be made to the invention without departing from its spirit and scope, and all such changes and modifications fall within the scope of the present invention as claimed. The scope of protection of the present invention is defined by the appended claims and their equivalents.

Claims

1. A method for controlling intelligent medical supplies, characterized in that, The intelligent medical product management method includes the following steps: S1. Perform warehousing initialization processing on medical supplies, establish a unique binding relationship between the QR code of each medical supply and the corresponding item name, warehouse location number, barcode location light number and expiration date, and write the unique binding relationship into the management database; S2. The operator initiates a medical supply search request on the mobile terminal by scanning a code and inputting characters. Based on the search request, the warehouse location number and barcode location light number corresponding to the target medical supply are retrieved from the management database and displayed on the mobile terminal. S3. Generate a light control command based on the warehouse location number and the barcode positioning light number, and control the barcode positioning light corresponding to the target medical product to a preset color and emit light according to a preset flashing rhythm; S4. After the operator completes the positioning of the medical supplies based on the illumination of the barcode positioning light, the operator enters the actual quantity taken out in the mobile terminal and performs the take-out confirmation to generate take-out data; S5. Based on the usage data, the inventory quantity of medical supplies is reduced and updated, and the inventory change data is continuously recorded; S6. Calculate the remaining days of use for medical supplies based on the expiration date and the current date, and generate expiration status data; S7. Perform joint analysis of inventory change data and expiration status data to generate inventory reminder data and expiration reminder data, and simultaneously update the barcode positioning light display parameters and the status displayed on the backend management terminal.

2. The intelligent medical supplies management method according to claim 1, characterized in that, S1 further includes the following steps: S1-1. When medical supplies are received into the warehouse, the expiration date label on the outer packaging of the medical supplies is scanned through the back-end management terminal to collect the date data corresponding to the expiration date; S1-2. Write the date data into the expiration date field bound to the QR code of the medical product, and generate an initial expiration date status identifier corresponding to the medical product; S1-3. Establish a one-to-one mapping relationship between the initial validity period status identifier and the color parameters of the barcode positioning light, and store it in the control database.

3. The intelligent medical supplies management method according to claim 2, characterized in that, S1-1 further includes the following steps: S1-1-1. Calculate the remaining number of days of use for the medical supplies based on the time difference between the current date and the expiration date; S1-1-2. Write the remaining number of days of use into the time attribute field corresponding to the medical supplies, and use it as the basis data for subsequent updates to the expiration status; S1-1-3. When the remaining days of use change, the expiration status indicator of the medical supplies shall be updated synchronously.

4. The intelligent medical supplies management method according to claim 1, characterized in that, The character input search in S2 further includes the following processing steps: When an operator enters one or more relevant characters in the search input box on a mobile terminal, the medical supplies name field in the management database is prefix-matched based on the characters to generate a first set of candidate medical supplies. The first set of candidate medical supplies is initially sorted according to the character matching length and then returned to the mobile terminal for display.

5. The intelligent medical supplies management method according to claim 4, characterized in that, The character input search further includes the following processing steps: Based on continuous usage records, the operator's high-frequency usage of medical supplies within a preset time window is statistically analyzed. The high-frequency access medical supplies are merged with the first candidate medical supplies set to generate a second candidate medical supplies set; The second set of candidate medical supplies is reordered according to usage frequency and then displayed on the mobile terminal.

6. The intelligent medical supplies management method according to claim 5, characterized in that, The character input search further includes the following processing steps: Based on the joint use relationship of medical supplies in the continuous use record, extract medical supplies that have a high frequency matching relationship with medical supplies in the second candidate medical supply set; The high-frequency combination medical products are added to the second candidate medical product set to generate a third candidate medical product set. The third set of candidate medical supplies is deduplicated and sorted before being displayed on the mobile terminal.

7. The intelligent medical supplies management method according to claim 1, characterized in that, S5 further includes the following steps: S5-1. Calculate the cumulative number of medical supplies taken within a preset time window based on continuous usage records; S5-2. Convert the current inventory quantity with the time window corresponding to the cumulative usage quantity to obtain the number of days the inventory can support. S5-3. When the number of days the inventory can support is lower than the preset replenishment cycle threshold, generate inventory reminder data and write it to the backend management terminal.

8. The intelligent medical supplies management method according to claim 1, characterized in that, The expiration date reminder process in S6 further includes: The remaining usage days are compared with a preset near-expiration threshold to generate near-expiration status data; The remaining usage days are compared with a preset expiration threshold to generate expiration status data; The expiration date status identifier of the medical supplies is updated based on the near-expiration status data and the expired status data.

9. The intelligent medical supplies management method according to claim 1, characterized in that, S7 includes: The inventory reminder data and the expiration date reminder data are respectively bound to the barcode positioning light display parameters corresponding to the medical supplies; In the warehouse, different colors and flashing rhythms are used to distinguish between inventory reminder status and expiration date reminder status; The inventory reminder status and the expiration date reminder status are displayed simultaneously in the backend management terminal.

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