An order tracking and management system for a digital disinfection supply platform

Abstract

The present invention discloses an order tracking and management system for a digital disinfection supply platform, which relates to the field of medical supply chain management. The system includes: a real-time disinfection order set acquisition module for acquiring a real-time disinfection order set; a first order acquisition module for acquiring a first order; a first preprocessing index acquisition module for evaluating and analyzing the first preprocessing information; a first traversal result acquisition module for traversing in an instrument disinfection supply database; a first historical disinfection supply data matching module for matching the first historical disinfection supply data; a first target priority index acquisition module for correcting the first priority index; and a disinfection tracking management module for disinfection tracking management. The system solves the technical problems of insufficient scientificity and rationality in the processing of disinfection orders, and poor order processing efficiency and accuracy in the existing order tracking and management, and achieves the technical effect of improving the scientificity and rationality of order processing, and improving the efficiency and accuracy of order processing.

Description

Technical Field

[0001] The present application relates to the field of medical supply chain management, and in particular to an order tracking and management system for a digital disinfection supply platform. Background Art

[0002] With the rapid development of the medical industry, the demand for disinfection supply in medical institutions is increasing, which puts higher requirements on the traceability and management of disinfection items. By establishing a digital disinfection supply platform, medical institutions can achieve real-time tracking, management and optimization of disinfection items. However, the existing digital disinfection supply platform usually adopts the following methods in order tracking and management: medical institutions submit disinfection orders through the platform, and the platform performs disinfection according to the order information. Then, the platform tracks and manages the disinfection orders through manual or simple system records. This method of processing orders according to the time sequence of order submission or simple priority rules lacks a scientific and reasonable priority evaluation and management mechanism, resulting in poor accuracy of order processing.

[0003] Among the current related technologies, order tracking and management have technical problems such as insufficient scientificity and rationality in disinfection order processing, which leads to poor efficiency and accuracy in order processing. Summary of the invention

[0004] The present application provides an order tracking and management system for a digital disinfection supply platform, which adopts real-time order acquisition, uses dot codes to track orders and evaluate pretreatment effects, uses historical disinfection supply data to evaluate order priorities, corrects the first priority index based on the pretreatment index, generates a real-time disinfection priority list and other technical means to achieve efficient and orderly order processing, achieve accurate evaluation and scientific management of orders, improve the scientificity and rationality of order processing, and thus improve the efficiency and accuracy of order processing.

[0005] The present application provides an order tracking and management system for a digital disinfection supply platform, including: A real-time disinfection order set acquisition module, the real-time disinfection order set acquisition module is used to dynamically acquire a real-time disinfection order set of a digital disinfection supply platform, the real-time disinfection order set includes multiple disinfection orders of multiple medical institutions that have established cooperative relations with the digital disinfection supply platform; a first order acquisition module, the first order acquisition module is used to acquire a first order placed at the first time among the multiple disinfection orders, the first order having a first dot matrix code; a first preprocessing index acquisition module, the first preprocessing index acquisition module is used to scan the first dot matrix code to obtain first preprocessing information, and introduce a preprocessing effect evaluation function to evaluate and analyze the first preprocessing information to obtain a first preprocessing index; a first traversal result acquisition module, the first traversal result acquisition module is used to obtain the first preprocessing information in the first preprocessing information a first instrument is traversed in an instrument disinfection and supply database to obtain a first traversal result; a first historical disinfection and supply data matching module, the first historical disinfection and supply data matching module is used to read a predetermined priority feature, and match the first historical disinfection and supply data of the first instrument in the first traversal result based on the predetermined priority feature; a first target priority index acquisition module, the first target priority index acquisition module is used to correct the first priority index obtained by analyzing the first historical disinfection and supply data based on the first preprocessing index, and obtain a first target priority index; a disinfection tracking management module, the disinfection tracking management module is used to generate a real-time disinfection priority list of the real-time disinfection order set based on the first target priority index, and perform disinfection tracking management on the multiple disinfection orders according to the real-time disinfection priority list.

[0006] In a possible implementation, the first preprocessing index acquisition module includes: A first pretreatment effect index acquisition unit, the first pretreatment effect index acquisition unit is used to perform multi-dimensional monitoring and analysis on the first device in the first order according to the pretreatment monitoring plan to obtain a first pretreatment effect index; a first process deviation acquisition unit, the first process deviation acquisition unit is used to compare the first pretreatment process parameters in the first pretreatment information with the predetermined process parameters to obtain a first process deviation; a first pretreatment index analysis unit, the first pretreatment index analysis unit is used to analyze the first pretreatment effect index and the first process deviation in combination with the pretreatment effect evaluation function to obtain the first pretreatment index.

[0007] In a possible implementation, the first preprocessing effect index obtaining unit includes: A pretreatment monitoring plan construction subunit, the pretreatment monitoring plan construction subunit is used to construct a pretreatment monitoring plan, the pretreatment monitoring plan includes a physical monitoring plan, a chemical monitoring plan and a biological monitoring plan; a disinfection effect acquisition subunit, the disinfection effect acquisition subunit is used to obtain a first physical disinfection effect of the first instrument according to the physical monitoring plan, obtain a first chemical disinfection effect of the first instrument according to the chemical monitoring plan, and obtain a first biological disinfection effect of the first instrument according to the biological monitoring plan; a first pretreatment effect index determination subunit, the first pretreatment effect index determination subunit is used to use the average of the first physical disinfection effect, the first chemical disinfection effect and the first biological disinfection effect as the first pretreatment effect index.

[0008] In a possible implementation, the first preprocessing index analysis unit includes: The preprocessing effect evaluation function construction subunit is used to construct a preprocessing effect evaluation function. The expression of the preprocessing effect evaluation function is as follows: ;in, Characterizing the First Order The first pretreatment index, Characterizes the first preprocessing information The pretreatment effect of the device, the first pretreatment information has Equipment, Characterizing the The weight coefficient of the equipment, and the weight coefficient is based on the first order The aforementioned The total number of devices represents characterizing the first process deviation, Characterize the first pretreatment process parameters process parameters, Characterize the first one of the predetermined process parameters process parameters, the first pretreatment process parameters and the predetermined process parameters both include process parameters.

[0009] In a possible implementation, the first traversal result acquisition module includes: An instrument disinfection supply database construction unit is used to construct the instrument disinfection supply database based on the historical disinfection supply records of the digital disinfection supply platform, and the predetermined priority features include instrument disinfection frequency, instrument risk level and instrument urgency.

[0010] In a possible implementation, the first historical disinfection supply data matching module includes: a first instrument disinfection frequency acquisition unit, the first instrument disinfection frequency acquisition unit is used to acquire the first instrument disinfection frequency per unit time in the first traversal result, and obtain the first instrument disinfection frequency according to the first instrument disinfection frequency; a first instrument risk level acquisition unit, the first instrument risk level acquisition unit is used to acquire the first instrument disinfection standard set for the first instrument in the first traversal result, and obtain the first instrument risk level based on the first instrument disinfection standard set; a first instrument urgency level acquisition unit, the first instrument urgency level acquisition unit is used to acquire the first average expedited level of the first instrument in the first traversal result, and obtain the first instrument urgency level according to the first average expedited level; a first historical disinfection supply data acquisition unit, the first historical disinfection supply data acquisition unit is used to form the first historical disinfection supply data with the first instrument disinfection frequency, the first instrument risk level and the first instrument urgency level.

[0011] In a possible implementation, the first order obtaining module includes: A first dot matrix code updating unit, wherein the first dot matrix code updating unit is used to obtain first disinfection information of the first order and store the first disinfection information in the first dot matrix code.

[0012] The present application also provides an order tracking and management method for a digital disinfection supply platform, including: Dynamically obtain a real-time disinfection order set of a digital disinfection supply platform, the real-time disinfection order set includes multiple disinfection orders from multiple medical institutions that have established cooperative relations with the digital disinfection supply platform; obtain the first order placed at the first time among the multiple disinfection orders, the first order having a first dot matrix code; scan the first dot matrix code to obtain first preprocessing information, and introduce a preprocessing effect evaluation function to evaluate and analyze the first preprocessing information to obtain a first preprocessing index; traverse the first instrument in the first preprocessing information in an instrument disinfection supply database to obtain a first traversal result; read a predetermined priority feature, and match the first historical disinfection supply data of the first instrument in the first traversal result based on the predetermined priority feature; correct the first priority index obtained by analyzing the first historical disinfection supply data based on the first preprocessing index to obtain a first target priority index; generate a real-time disinfection priority list of the real-time disinfection order set based on the first target priority index, and perform disinfection tracking management on the multiple disinfection orders according to the real-time disinfection priority list.

[0013] The order tracking and management system of a digital disinfection supply platform proposed in the present application is proposed. The real-time disinfection order set of the digital disinfection supply platform is dynamically acquired through the real-time disinfection order set acquisition module. The real-time disinfection order set includes multiple disinfection orders of multiple medical institutions that have established cooperative relations with the digital disinfection supply platform. The first order placed at the first time among the multiple disinfection orders is acquired through the first order acquisition module. The first order has a first dot matrix code. The first dot matrix code is scanned by the first pretreatment index acquisition module to obtain first pretreatment information, and a pretreatment effect evaluation function is introduced to evaluate and analyze the first pretreatment information to obtain a first pretreatment index. The first instrument in the first pretreatment information is stored in the instrument disinfection supply database through the first traversal result acquisition module. A first traversal is performed to obtain a first traversal result, a predetermined priority feature is read through a first historical disinfection supply data matching module, and the first historical disinfection supply data of the first instrument is matched in the first traversal result based on the predetermined priority feature, and a first priority index is corrected based on a first preprocessing index by a first target priority index acquisition module to obtain a first target priority index, and a real-time disinfection priority list of a real-time disinfection order set is generated based on the first target priority index through a disinfection tracking management module, and disinfection tracking management is performed on multiple disinfection orders according to the real-time disinfection priority list, thereby achieving a technical effect of accurately evaluating and scientifically managing orders, improving the scientificity and rationality of order processing, and thereby improving the efficiency and accuracy of order processing. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] In order to more clearly illustrate the technical solution of the embodiment of the present invention, the accompanying drawings of the embodiment of the present invention will be briefly introduced below. A flow chart is used in the present application to illustrate the operations performed by the system according to the embodiment of the present application. It should be understood that the preceding or following operations are not necessarily performed accurately in order. On the contrary, various steps can be processed in reverse order or simultaneously as needed. At the same time, other operations can also be added to these processes, or one or more operations can be removed from these processes.

[0015] Figure 1 A schematic diagram of the structure of an order tracking and management system for a digital disinfection supply platform provided in an embodiment of the present application.

[0016] Figure 2 A flowchart of an order tracking and management method for a digital disinfection supply platform provided in an embodiment of the present application.

[0017] Explanation of the accompanying drawings: real-time disinfection order set acquisition module 10, first order acquisition module 20, first preprocessing index acquisition module 30, first traversal result acquisition module 40, first historical disinfection supply data matching module 50, first target priority index acquisition module 60, disinfection tracking management module 70. DETAILED DESCRIPTION

[0018] The above description is only an overview of the technical solution of the present application. In order to more clearly understand the technical means of the present application, it can be implemented in accordance with the contents of the specification. In order to make the above and other purposes, features and advantages of the present application more obvious and easy to understand, the specific implementation methods of the present application are listed below.

[0019] In order to make the purpose, technical solutions and advantages of the present application clearer, the present application will be further described in detail below in conjunction with the accompanying drawings. The described embodiments should not be regarded as limiting the present application. All other embodiments obtained by ordinary technicians in the field without making creative work are within the scope of protection of this application.

[0020] In the following description, reference is made to "some embodiments", which describe a subset of all possible embodiments, but it is understood that "some embodiments" may be the same subset or different subsets of all possible embodiments, and may be combined with each other without conflict, and the terms "first\second" involved are merely to distinguish similar objects and do not represent a specific ordering of objects. The terms "including" and "having" and any variations are intended to cover non-exclusive inclusions, for example, a process, method, system, product, or server that includes a series of steps or units is not necessarily limited to those steps or units clearly listed, but may include other steps or modules that are not clearly listed or inherent to these processes, methods, products, or devices. Unless otherwise defined, all technical and scientific terms used herein have the same meaning as those generally understood by technicians in the technical field of this application. The terms used herein are for the purpose of describing the embodiments of the present application only.

[0021] The present application embodiment provides an order tracking and management system for a digital disinfection supply platform, such as Figure 1 As shown, the system comprises: A real-time disinfection order set acquisition module 10, the real-time disinfection order set acquisition module 10 is used to dynamically acquire the real-time disinfection order set of the digital disinfection supply platform, the real-time disinfection order set includes multiple disinfection orders from multiple medical institutions that have established cooperative relations with the digital disinfection supply platform. Specifically, the real-time disinfection order set acquisition module 10 is used to dynamically acquire the latest, real-time disinfection order set from the digital disinfection supply platform, wherein the real-time disinfection order set includes multiple disinfection orders submitted by multiple medical institutions that have established cooperative relations with the digital disinfection supply platform. Specifically, the real-time disinfection order set acquisition module 10 establishes a stable network connection with the digital disinfection supply platform through an API interface, WebSocket, etc., wherein the digital disinfection supply platform is a platform built on the Internet or a local area network, which is specifically used for the disinfection supply and management of medical devices between medical institutions, and provides functions such as order submission, order processing, and order tracking. After the connection is successfully established, the real-time disinfection order set acquisition module 10 monitors data update events on the digital disinfection supply platform, including the submission of new orders, changes in order status, etc. When data updates are detected, real-time disinfection order data is received from the digital disinfection supply platform, including basic order information (such as order ID, name of medical institution, submission time, etc.), order content (list of instruments that need to be disinfected, disinfection requirements, etc.), and the received real-time disinfection order data is integrated into a real-time disinfection order set, that is, a set of all pending disinfection orders on the digital disinfection supply platform at the current time point.

[0022] The first order acquisition module 20 is used to acquire the first order placed at the first time among the multiple disinfection orders, and the first order has a first dot matrix code. Specifically, the first order acquisition module 20 is used to acquire the first disinfection order placed at the earliest time (first time) from the real-time disinfection order set, that is, the first order, and the first order has a unique dot matrix code, called the first dot matrix code. Specifically, the first order acquisition module 20 acquires a real-time updated disinfection order set from the real-time disinfection order set, sorts the real-time disinfection order set in ascending order according to the order submission time, and takes the first order as the first order, wherein the first order has a unique dot matrix code, which is a tracking code, which is a data code containing pre-processing information (such as cleaning, classification, etc.) represented in the form of a graphic or matrix, and the information therein can be read by a scanning device.

[0023] In a possible implementation, the first order obtaining module 20 includes: The first dot matrix code update unit is used to obtain the first disinfection information of the first order and store the first disinfection information in the first dot matrix code. Specifically, the first dot matrix code update unit receives information related to the disinfection of the first order, that is, the first disinfection information, including the disinfection type (such as high temperature disinfection, ultraviolet disinfection, etc.), disinfection duration, disinfection standard, etc. The current state of the first dot matrix code associated with the first order is obtained. After obtaining the first disinfection information, the first disinfection information is encoded and stored in the first dot matrix code, for example, the first disinfection information is added to the reserved data area of ​​the first dot matrix code in binary or other coded forms, or a new graphic element representing the disinfection status is added to the display part of the first dot matrix code. This implementation method updates the first dot matrix code by storing the first disinfection information in the first dot matrix code, thereby realizing the rapid acquisition of all information related to the first order and achieving the technical effect of facilitating tracking and query.

[0024] The first pretreatment index acquisition module 30 is used to scan the first dot matrix code to obtain the first pretreatment information, and introduce the pretreatment effect evaluation function to evaluate and analyze the first pretreatment information to obtain the first pretreatment index. Specifically, the first pretreatment index acquisition module 30 is used to scan the first dot matrix code on the first order, obtain the first pretreatment information therefrom, and apply the pretreatment effect evaluation function to evaluate and analyze the first pretreatment information to obtain the first pretreatment index, which is used as a quantitative indicator to measure the pretreatment effect before disinfection. Specifically, the first pretreatment index acquisition module 30 scans the first dot matrix code on the first order through a dot matrix code scanning device (such as a dedicated scanning gun or a mobile device with a scanning function, etc.), converts the information in the first dot matrix code into a computer-recognizable data format (such as a number or a string), parses the scanned dot matrix code data, and extracts the first pretreatment information contained therein, wherein the first pretreatment information is information related to pretreatment before disinfection, including instrument type, pretreatment method, pretreatment time, pretreatment temperature, etc. The first preprocessing index acquisition module 30 introduces a predefined preprocessing effect evaluation function, which is a function used to quantitatively evaluate the preprocessing effect. According to known preprocessing requirements and best practices, the parsed first preprocessing information is compared with a preset standard or threshold, and according to preset rules and algorithms, the input first preprocessing information is evaluated and calculated to generate a numerical result (i.e., the first preprocessing index).

[0025] In a possible implementation, the first preprocessing index acquisition module 30 includes: The first pretreatment effect index acquisition unit is used to perform multi-dimensional monitoring and analysis on the first device in the first order according to the pretreatment monitoring plan to obtain the first pretreatment effect index. Specifically, the first pretreatment effect index acquisition unit reads the pretreatment monitoring plan, which is a pretreatment monitoring plan and standard formulated for different types of devices or disinfection requirements. According to the pretreatment monitoring plan, the pretreatment process of the first device is monitored and analyzed in multiple dimensions, including monitoring pretreatment time, temperature, humidity, pressure and other parameters. According to the monitoring and analysis results, combined with the evaluation criteria in the pretreatment monitoring plan, the first pretreatment effect index is calculated and obtained. The first process deviation acquisition unit is used to compare the first pretreatment process parameters in the first pretreatment information with the predetermined process parameters to obtain the first process deviation. Specifically, the first process deviation acquisition unit extracts the first pretreatment process parameters in the first pretreatment information, such as the temperature setting value, the processing time, etc., compares the first pretreatment process parameters with the predetermined process parameters (the process parameter standards that should be achieved or followed during the pretreatment process), and calculates the deviation between the pretreatment process parameters, that is, the first process deviation, which reflects the difference or degree of deviation between the first pretreatment process parameters and the predetermined process parameters. The first pretreatment index analysis unit, the first pretreatment index analysis unit is used to analyze the first pretreatment effect index and the first process deviation in combination with the pretreatment effect evaluation function to obtain the first pretreatment index. Specifically, the first pretreatment index analysis unit reads the pretreatment effect evaluation function, determines the evaluation logic and weight distribution of the pretreatment effect evaluation function, takes the first pretreatment effect index and the first process deviation as input parameters, applies the pretreatment effect evaluation function for calculation, and obtains a comprehensive evaluation result, that is, the first pretreatment index. This implementation method combines the pretreatment effect index and the process deviation to give a comprehensive pretreatment index, thereby achieving a comprehensive and accurate evaluation of the technical effect of the pretreatment process.

[0026] In a possible implementation manner, the first preprocessing effect index obtaining unit includes: A pre-treatment monitoring plan construction subunit, the pre-treatment monitoring plan construction subunit is used to construct a pre-treatment monitoring plan, the pre-treatment monitoring plan includes a physical monitoring plan, a chemical monitoring plan and a biological monitoring plan. Specifically, the pre-treatment monitoring plan construction subunit is used to analyze the material, structure and disinfection requirements of the first device, determine the key parameters and indicators of monitoring, and construct a physical monitoring plan, a chemical monitoring plan and a biological monitoring plan based on the analysis results and in combination with existing monitoring resources. Among them, the physical monitoring plan may include monitoring plans for physical parameters such as temperature, humidity, and pressure; the chemical monitoring plan may include monitoring plans for chemical parameters such as disinfectant concentration and pH value; and the biological monitoring plan may include monitoring plans for biological indicators such as bacteria and viruses. A disinfection effect acquisition subunit, the disinfection effect acquisition subunit is used to obtain a first physical disinfection effect of the first device according to the physical monitoring plan, obtain a first chemical disinfection effect of the first device according to the chemical monitoring plan, and obtain a first biological disinfection effect of the first device according to the biological monitoring plan. Specifically, the disinfection effect acquisition subunit extracts data related to the physical disinfection effect from the first pretreatment information according to the physical monitoring plan, such as the temperature and humidity change curves, and calculates the first physical disinfection effect; analyzes the concentration change, pH value and other data of the disinfectant according to the chemical monitoring plan, and calculates the first chemical disinfection effect; obtains the biological indicator data on the first device according to the biological monitoring plan, and calculates the first biological disinfection effect. Among them, the first physical disinfection effect reflects the effect achieved by disinfecting the first device by physical means (such as temperature, humidity, etc.), the first chemical disinfection effect reflects the effect achieved by disinfecting the first device using chemical disinfectants, and the first biological disinfection effect reflects the degree of reduction in the number of microorganisms on the first device evaluated by microbial culture, detection and other methods. The first pretreatment effect index determination subunit is used to take the average of the first physical disinfection effect, the first chemical disinfection effect and the first biological disinfection effect as the first pretreatment effect index. Specifically, the first pretreatment effect index determination subunit standardizes the three disinfection effects so that they can be compared under the same dimension, calculates the mean of the three disinfection effects, and obtains the first pretreatment effect index, which comprehensively reflects the physical, chemical and biological disinfection effects of the first device during the pretreatment process. This implementation method monitors and analyzes the disinfection effect from three dimensions: physical, chemical and biological, comprehensively reflects the disinfection effect of the first device, and achieves the technical effect of improving the accuracy and reliability of the evaluation.

[0027] In a possible implementation, the first preprocessing index analysis unit includes: The preprocessing effect evaluation function construction subunit is used to construct a preprocessing effect evaluation function. The expression of the preprocessing effect evaluation function is as follows: ;in, Characterizing the First Order The first pretreatment index, Characterizes the first preprocessing information The pretreatment effect of the device, the first pretreatment information has Equipment, Characterizing the The weight coefficient of the equipment, and the weight coefficient is based on the first order The aforementioned The total number of devices represents characterizing the first process deviation, Characterize the first pretreatment process parameters process parameters, Characterize the first of the predetermined process parameters process parameters, the first pretreatment process parameters and the predetermined process parameters both include This implementation method constructs a function for quantitatively evaluating the pretreatment effect, which not only reflects the pretreatment effect of each device, but also reflects the priority differences between different devices and the deviation between the actual process and the expected process, providing a comprehensive and comprehensive evaluation perspective, and achieving an objective and scientific evaluation of the technical effect of the pretreatment process of the first order.

[0028] The first traversal result acquisition module 40 is used to traverse the first instrument in the first preprocessing information in the instrument disinfection supply database to obtain a first traversal result. Specifically, the first traversal result acquisition module 40 is used to traverse the first instrument in the first preprocessing information in the instrument disinfection supply database to obtain a first traversal result, wherein the first instrument is any medical instrument in the first preprocessing information. Specifically, the first traversal result acquisition module 40 establishes a connection with the instrument disinfection supply database, which stores information such as supply, disinfection, and inventory of medical instruments, including detailed information of various instruments, such as name, model, quantity, disinfection status, supply status, inventory location, etc. According to the extracted information of the first instrument, a query operation is performed in the instrument disinfection supply database to obtain historical data and attributes related to the first instrument to obtain a first traversal result.

[0029] In a possible implementation, the first traversal result acquisition module 40 includes: The instrument disinfection supply database construction unit is used for the instrument disinfection supply database to be constructed based on the historical disinfection supply records of the digital disinfection supply platform, and the predetermined priority features include the frequency of instrument disinfection, the risk level of the instrument, and the urgency of the instrument. Specifically, the instrument disinfection supply database construction unit is used to construct and update the instrument disinfection supply database based on the historical disinfection supply records of the digital disinfection supply platform, and the instrument disinfection supply database is the basis for traversing and querying instrument information. The instrument disinfection supply database construction unit collects historical disinfection supply records from the digital disinfection supply platform (recording the whole process data of medical devices from storage to delivery, from disinfection to use), including detailed information, usage status, circulation process, etc. of medical devices, cleans and organizes the collected historical disinfection supply records, removes duplicate, erroneous or invalid data, ensures the accuracy and consistency of the data, and classifies and organizes the cleaned data according to different dimensions, such as according to the type of instrument, the user unit, the disinfection method, etc., and constructs the instrument disinfection supply database based on the classified and organized data. As new data is generated, the instrument disinfection supply database is updated regularly or in real time to ensure the timeliness and accuracy of the data. The predetermined priority feature is a screening condition or ranking basis used in the query and matching process, including the frequency of instrument disinfection, the degree of risk of the instrument, and the degree of urgency of the instrument. Among them, the frequency of instrument disinfection refers to the number of times or frequency of disinfection of medical instruments within a certain period of time, reflecting the frequency of use of the instrument; the degree of risk of the instrument refers to the degree of risk or harm that the medical instrument may bring in the medical process, which is related to factors such as the type, purpose, and use environment of the instrument; the degree of urgency of the instrument refers to the urgency of the demand for medical instruments in the current or future period of time, reflecting the importance and urgency of the instrument in the medical process. This implementation method ensures that the required instrument information can be obtained accurately and efficiently by constructing and maintaining an instrument disinfection supply database. By setting the predetermined priority feature, the instrument information that meets the requirements can be more accurately screened out during the query and matching process, thereby improving the efficiency and accuracy of the query.

[0030] The first historical disinfection supply data matching module 50 is used to read the predetermined priority feature, and match the first historical disinfection supply data of the first device in the first traversal result based on the predetermined priority feature. Specifically, the first historical disinfection supply data matching module 50 is used to read the predetermined priority feature, and in the first traversal result, find the first historical disinfection supply data about the first device that matches the predetermined priority feature. Specifically, the first historical disinfection supply data matching module 50 reads the predetermined priority feature, and the predetermined priority feature is a set of preset screening conditions or sorting criteria, which is used to guide how to screen and sort the historical disinfection supply data during the matching process. Receive the first traversal result, the first traversal result contains information related to the first device, such as the code, name, type, etc. of the device, based on the read predetermined priority feature, find the matching historical disinfection supply data in the first traversal result, sort or screen the matched historical disinfection supply data according to the priority of the predetermined priority feature, and obtain the first historical disinfection supply data, which is the historical disinfection and supply data related to the first device, including but not limited to the disinfection time, disinfection method, supply times, usage unit, etc.

[0031] In a possible implementation, the first historical disinfection supply data matching module 50 includes: The first instrument disinfection frequency acquisition unit is used to acquire the disinfection frequency of the first instrument per unit time in the first traversal result, and obtain the first instrument disinfection frequency according to the first instrument disinfection frequency. Specifically, the first instrument disinfection frequency acquisition unit extracts all disinfection records related to the first instrument from the first traversal result, determines a time range (such as the last month, a quarter, etc.), calculates the number of disinfection times of the first instrument within the time range, divides the number of disinfection times by the number of days or hours in the time range, and obtains the first instrument disinfection frequency, which reflects the frequency of use of the first instrument. The first instrument risk level acquisition unit is used to acquire the first instrument disinfection standard set of the first instrument in the first traversal result, and obtains the first instrument risk level based on the first instrument disinfection standard set. Specifically, the first device risk level acquisition unit extracts the disinfection standard set of the first device (a set of disinfection standards and specifications related to the first device) from the first traversal result, analyzes the disinfection standard set, determines the risk level corresponding to each standard, calculates the comprehensive score of the risk level according to the disinfection standard actually followed by the first device, converts the comprehensive score into a risk level, and obtains the first device risk level, which evaluates the risk or harm level that the first device may bring. The first device urgency acquisition unit, the first device urgency acquisition unit is used to obtain the first average expedited level of the first device in the first traversal result, and obtain the first device urgency based on the first average expedited level. Specifically, the first device urgency acquisition unit extracts all expedited records related to the first device from the first traversal result, calculates the average expedited level of these expedited records (the level of demand for expedited processing of the device), converts the average expedited level into an urgency level, and obtains the first device urgency, which reflects the urgency of the demand for the first device in the current or future period. The first historical disinfection supply data acquisition unit is used to form the first historical disinfection supply data based on the first instrument disinfection frequency, the first instrument risk level and the first instrument urgency level. Specifically, the first historical disinfection supply data acquisition unit receives the outputs of the first instrument disinfection frequency acquisition unit, the first instrument risk level acquisition unit and the first instrument urgency level acquisition unit, combines these data according to a preset format or structure, and generates the first historical disinfection supply data. This implementation method evaluates and calculates the historical disinfection supply data of the first instrument from different angles, and finally combines them into the first historical disinfection supply data, achieving the technical effect of comprehensively and accurately acquiring and evaluating the historical disinfection supply data related to the first instrument.

[0032] The first target priority index acquisition module 60 is used to correct the first priority index obtained by analyzing the first historical disinfection supply data based on the first pretreatment index to obtain the first target priority index. Specifically, the first target priority index acquisition module 60 is used to correct the first priority index obtained by analyzing the first historical disinfection supply data based on the first pretreatment index to obtain a more accurate first target priority index that meets actual needs. Specifically, the first target priority index acquisition module 60 receives the first priority index obtained based on the analysis of the first historical disinfection supply data. The first priority index is a preliminary priority index obtained based on the analysis of the first historical disinfection supply data, reflecting multiple dimensional information of the first instrument. The first pretreatment index is obtained, and the first pretreatment index is used to correct the first priority index. The specific method of correction may include weighting, adjusting, and other operations on the first priority index. After correction, the first target priority index is output. The first target priority index is an instrument disinfection priority index that combines the pretreatment effect and the historical disinfection supply data.

[0033] The disinfection tracking management module 70 is used to generate a real-time disinfection priority list of the real-time disinfection order set based on the first target priority index, and disinfect the multiple disinfection orders according to the real-time disinfection priority list. Specifically, the disinfection tracking management module 70 is used to generate a priority list of the real-time disinfection order set based on the first target priority index, and disinfect the multiple disinfection orders according to the real-time disinfection priority list. Tracking management. Specifically, the disinfection tracking management module 70 receives the first target priority index, generates a priority list of the real-time disinfection order set based on the received first target priority index, and sorts the disinfection orders in the order of priority in the real-time disinfection priority list. According to the real-time disinfection priority list, the corresponding disinfection resources, such as disinfection equipment, staff, etc., are allocated to disinfection orders with higher priority. The disinfection tracking management module 70 monitors the execution of the disinfection order in real time, including disinfection progress, completion time, disinfection quality, etc. At the same time, it records and updates various information related to the disinfection order, such as the status of the disinfection equipment, etc., and generates a disinfection tracking management report, including the execution of the disinfection order, resource usage, exception handling records and other information. The embodiment of the present application adopts technical means such as real-time order acquisition, tracking orders and pretreatment effect evaluation using dot codes, priority evaluation of orders using historical disinfection supply data, correction of the first priority index based on the pretreatment index, and generation of a real-time disinfection priority list, to achieve efficient and orderly order processing, achieve accurate evaluation and scientific management of orders, improve the scientificity and rationality of order processing, and thereby improve the efficiency and accuracy of order processing.

[0034] In the above, refer to Figure 1 The order tracking and management system of a digital disinfection supply platform according to an embodiment of the present invention is described in detail. Figure 2 An order tracking and management method for a digital disinfection supply platform according to an embodiment of the present invention is described.

[0035] According to an embodiment of the present invention, an order tracking and management method for a digital disinfection supply platform is used to solve the technical problem that the existing order tracking and management lacks the scientificity and rationality of disinfection order processing, resulting in poor efficiency and accuracy of order processing, so as to achieve the technical effect of accurately evaluating and scientifically managing orders, improving the scientificity and rationality of order processing, and thus improving the efficiency and accuracy of order processing. An order tracking and management method for a digital disinfection supply platform includes: Dynamically obtain a real-time disinfection order set of a digital disinfection supply platform, the real-time disinfection order set includes multiple disinfection orders from multiple medical institutions that have established cooperative relations with the digital disinfection supply platform; obtain the first order placed at the first time among the multiple disinfection orders, the first order having a first dot matrix code; scan the first dot matrix code to obtain first preprocessing information, and introduce a preprocessing effect evaluation function to evaluate and analyze the first preprocessing information to obtain a first preprocessing index; traverse the first instrument in the first preprocessing information in an instrument disinfection supply database to obtain a first traversal result; read a predetermined priority feature, and match the first historical disinfection supply data of the first instrument in the first traversal result based on the predetermined priority feature; correct the first priority index obtained by analyzing the first historical disinfection supply data based on the first preprocessing index to obtain a first target priority index; generate a real-time disinfection priority list of the real-time disinfection order set based on the first target priority index, and perform disinfection tracking management on the multiple disinfection orders according to the real-time disinfection priority list.

[0036] In a possible implementation, the first preprocessing index is obtained, and the following processing is performed: According to the pretreatment monitoring plan, a multi-dimensional monitoring and analysis is performed on the first device in the first order to obtain a first pretreatment effect index; the first pretreatment process parameters in the first pretreatment information are compared with the predetermined process parameters to obtain a first process deviation; and the first pretreatment effect index and the first process deviation are analyzed in combination with the pretreatment effect evaluation function to obtain the first pretreatment index.

[0037] In a possible implementation, a first preprocessing effect index is obtained, and the following processing is performed: The pretreatment monitoring plan includes a physical monitoring plan, a chemical monitoring plan and a biological monitoring plan; the first physical disinfection effect of the first instrument is obtained according to the physical monitoring plan; the first chemical disinfection effect of the first instrument is obtained according to the chemical monitoring plan; the first biological disinfection effect of the first instrument is obtained according to the biological monitoring plan; the average of the first physical disinfection effect, the first chemical disinfection effect and the first biological disinfection effect is used as the first pretreatment effect index.

[0038] In a possible implementation, the following processing is performed: The expression of the preprocessing effect evaluation function is as follows: ;in, Characterizing the First Order The first pretreatment index, Characterizes the first preprocessing information The pretreatment effect of the device, the first pretreatment information has Equipment, Characterizing the The weight coefficient of the equipment, and the weight coefficient is based on the first order The aforementioned The total number of devices represents characterizing the first process deviation, Characterize the first pretreatment process parameters process parameters, Characterize the first one of the predetermined process parameters process parameters, the first pretreatment process parameters and the predetermined process parameters both include process parameters.

[0039] In a possible implementation, the following processing is performed: The instrument disinfection supply database is constructed based on the historical disinfection supply records of the digital disinfection supply platform, and the predetermined priority features include instrument disinfection frequency, instrument risk level and instrument urgency.

[0040] In a possible implementation, the following processing is performed: The first instrument disinfection frequency per unit time is obtained in the first traversal result, and the first instrument disinfection frequency is obtained according to the first instrument disinfection frequency; the first instrument disinfection standard set of the first instrument is obtained in the first traversal result, and the first instrument risk level is obtained based on the first instrument disinfection standard set; the first average expedited level of the first instrument is obtained in the first traversal result, and the first instrument urgency level is obtained according to the first average expedited level; the first instrument disinfection frequency, the first instrument risk level and the first instrument urgency level constitute the first historical disinfection supply data.

[0041] In a possible implementation, the following processing is performed: The first disinfection information of the first order is obtained, and the first disinfection information is stored in the first dot matrix code.

[0042] An order tracking and management system for a digital disinfection supply platform provided by an embodiment of the present invention can execute an order tracking and management method for a digital disinfection supply platform provided by any embodiment of the present invention, and has functional modules and beneficial effects corresponding to the execution method.

[0043] Although the present application makes various references to certain modules in the system according to the embodiments of the present application, any number of different modules may be used and run on the user terminal and / or server, and the various units and modules included are only divided according to functional logic, but are not limited to the above division, as long as the corresponding functions can be achieved; in addition, the specific names of the functional units are only for the convenience of distinguishing each other, and are not used to limit the scope of protection of the present invention.

[0044] The above specific implementation manner does not constitute a limitation to the protection scope of the present application. It should be understood by those skilled in the art that various modifications, combinations and substitutions can be made according to design requirements and other factors. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present application should be included in the protection scope of the present application. In some cases, the actions or steps recorded in the present application can be performed in an order different from that in the embodiment and can still achieve the desired results. In addition, the process depicted in the accompanying drawings does not necessarily require the specific order or continuous order shown to achieve the desired results. In some embodiments, multitasking and parallel processing are also possible or may be advantageous.

Claims

1. An order tracking and management system for a digital disinfection supply platform, characterized in that: include: A real-time disinfection order set acquisition module, the real-time disinfection order set acquisition module is used to dynamically acquire a real-time disinfection order set of a digital disinfection supply platform, the real-time disinfection order set includes multiple disinfection orders of multiple medical institutions that have established cooperative relations with the digital disinfection supply platform; A first order acquisition module, the first order acquisition module is used to acquire a first order placed at a first time among the multiple disinfection orders, the first order having a first dot matrix code; A first preprocessing index acquisition module, the first preprocessing index acquisition module is used to scan the first dot matrix code to obtain first preprocessing information, and introduce a preprocessing effect evaluation function to evaluate and analyze the first preprocessing information to obtain a first preprocessing index; A first traversal result acquisition module, the first traversal result acquisition module is used to traverse the first instrument in the first preprocessing information in the instrument disinfection supply database to obtain a first traversal result; a first historical sterilization supply data matching module, the first historical sterilization supply data matching module being used to read a predetermined priority feature and match the first historical sterilization supply data of the first instrument in the first traversal result based on the predetermined priority feature; A first target priority index acquisition module, the first target priority index acquisition module is used to correct the first priority index obtained by analyzing the first historical disinfection supply data based on the first pretreatment index to obtain a first target priority index; A disinfection tracking management module is used to generate a real-time disinfection priority list of the real-time disinfection order set based on the first target priority index, and perform disinfection tracking management on the multiple disinfection orders according to the real-time disinfection priority list.

2. The order tracking and management system of a digital disinfection supply platform according to claim 1, characterized in that: The first preprocessing index acquisition module includes: A first pretreatment effect index acquisition unit, the first pretreatment effect index acquisition unit is used to perform multi-dimensional monitoring and analysis on the first device in the first order according to the pretreatment monitoring plan to obtain a first pretreatment effect index; A first process deviation acquisition unit, the first process deviation acquisition unit is used to compare the first preprocessing process parameter in the first preprocessing information with the predetermined process parameter to obtain a first process deviation; A first pretreatment index analysis unit is used to analyze the first pretreatment effect index and the first process deviation in combination with the pretreatment effect evaluation function to obtain the first pretreatment index.

3. The order tracking and management system of a digital disinfection supply platform according to claim 2, characterized in that: The first pretreatment effect index obtaining unit includes: A pre-processing monitoring plan construction sub-unit, wherein the pre-processing monitoring plan construction sub-unit is used to construct a pre-processing monitoring plan, wherein the pre-processing monitoring plan includes a physical monitoring plan, a chemical monitoring plan and a biological monitoring plan; a disinfection effect acquisition subunit, the disinfection effect acquisition subunit being used to obtain a first physical disinfection effect of the first device according to the physical monitoring plan, to obtain a first chemical disinfection effect of the first device according to the chemical monitoring plan, and to obtain a first biological disinfection effect of the first device according to the biological monitoring plan; The first pretreatment effect index determination subunit is used to take the average of the first physical disinfection effect, the first chemical disinfection effect and the first biological disinfection effect as the first pretreatment effect index.

4. The order tracking and management system of a digital disinfection supply platform according to claim 2, characterized in that: The first preprocessing index analysis unit comprises: The preprocessing effect evaluation function construction subunit is used to construct a preprocessing effect evaluation function. The expression of the preprocessing effect evaluation function is as follows: ; in, Characterizing the First Order The first pretreatment index, Characterizes the first preprocessing information The pretreatment effect of the device, the first pretreatment information has Equipment, Characterizing the The weight coefficient of the equipment, and the weight coefficient is based on the first order The aforementioned The total number of devices represents characterizing the first process deviation, Characterize the first pretreatment process parameters process parameters, Characterize the first of the predetermined process parameters process parameters, the first pretreatment process parameters and the predetermined process parameters both include process parameters.

5. The order tracking and management system of a digital disinfection supply platform according to claim 1, characterized in that: The first traversal result acquisition module includes: An instrument disinfection supply database construction unit is used to construct the instrument disinfection supply database based on the historical disinfection supply records of the digital disinfection supply platform, and the predetermined priority features include instrument disinfection frequency, instrument risk level and instrument urgency.

6. The order tracking and management system of a digital disinfection supply platform according to claim 5, characterized in that: The first historical disinfection supply data matching module includes: a first instrument disinfection frequency acquisition unit, the first instrument disinfection frequency acquisition unit being used to acquire the first instrument disinfection frequency within a unit time from the first traversal result, and obtain the first instrument disinfection frequency according to the first instrument disinfection frequency; a first device risk level acquisition unit, the first device risk level acquisition unit being used to acquire a first device disinfection standard set of the first device in the first traversal result, and obtain a first device risk level based on the first device disinfection standard set; A first equipment urgency level acquisition unit, the first equipment urgency level acquisition unit is used to acquire a first average urgency level of the first equipment in the first traversal result, and obtain a first equipment urgency level according to the first average urgency level; The first historical disinfection supply data acquisition unit is used for the first instrument disinfection frequency, the first instrument risk level and the first instrument urgency level to form the first historical disinfection supply data.

7. The order tracking and management system of a digital disinfection supply platform according to claim 1, characterized in that: The first order acquisition module includes: A first dot matrix code updating unit, wherein the first dot matrix code updating unit is used to obtain first disinfection information of the first order and store the first disinfection information in the first dot matrix code.

8. A method for tracking and managing orders for a digital disinfection supply platform, characterized in that: The method is implemented by an order tracking and management system of a digital disinfection supply platform according to any one of claims 1 to 7, and the method comprises: Dynamically obtain a real-time disinfection order set of a digital disinfection supply platform, wherein the real-time disinfection order set includes multiple disinfection orders from multiple medical institutions that have established cooperative relations with the digital disinfection supply platform; Obtaining a first order placed at a first time among the multiple disinfection orders, wherein the first order has a first dot matrix code; Scanning the first dot matrix code to obtain first preprocessing information, and introducing a preprocessing effect evaluation function to evaluate and analyze the first preprocessing information to obtain a first preprocessing index; Traversing the first instrument in the first preprocessing information in an instrument disinfection supply database to obtain a first traversal result; Reading a predetermined priority feature, and matching first historical sterilization supply data of the first instrument in the first traversal result based on the predetermined priority feature; Correcting a first priority index obtained by analyzing the first historical disinfection supply data based on the first pretreatment index to obtain a first target priority index; A real-time disinfection priority list of the real-time disinfection order set is generated based on the first target priority index, and disinfection tracking management is performed on the multiple disinfection orders according to the real-time disinfection priority list.

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