An internet of things medical device and medical consumable information monitoring system and method

Abstract

The application discloses a medical equipment and medical consumable information supervision system and method of an Internet of Things, and relates to the field of intelligent management of consumables. The application collects filing information data corresponding to medical equipment and medical consumables respectively, and then generates a filing model by interacting the filing information data. The application obtains the filing information data to be used of the medical consumables corresponding to the medical equipment through the filing model, and obtains a historical filing information database of the filing information data to be used. Then, the historical filing information database is updated in the corresponding filing model. The filing model is communicated and interacted to build a real-time query subsystem. The medical equipment and medical consumables are traced through the real-time query subsystem, and the timeliness and readability of the information supervision of the medical equipment and medical consumables are effectively improved.

Description

TECHNICAL FIELD

[0001] The present application relates to the field of intelligent management of consumables, and particularly relates to a medical device and medical consumable information supervision system and method based on the Internet of Things. BACKGROUND

[0002] In the current medical field, the management of medical devices and medical consumables plays a decisive role in the quality and safety of medical services; with the rapid development of medical technology, various advanced medical devices are emerging, and the types and usage of medical consumables are also increasing sharply; however, the traditional management mode has exposed many problems in the face of such a huge and complex management task;

[0003] The management of medical devices and medical consumables is not standardized; one code per item is not implemented; data entry errors, information update lags, and lax supervision result in low readability of warehouse data; secondly, the lack of correlation between medical device and medical consumable information data makes it difficult to trace medical devices and medical consumables, and it is impossible to quickly and effectively track and monitor each link; finally, there is a lack of on-demand query for medical devices or medical consumables;

[0004] Therefore, how to improve the information supervision capability of medical devices and medical consumables has become an urgent need for the development of the medical industry; and in order to solve the above technical problems, the present application provides a medical device and medical consumable information supervision system and method based on the Internet of Things. SUMMARY

[0005] In order to solve the above technical problems, the present application provides a medical device and medical consumable information supervision system and method based on the Internet of Things;

[0006] The purpose of the present application can be achieved by the following technical solutions: a medical device and medical consumable information supervision method based on the Internet of Things, the method comprising the following steps:

[0007] Step S1: collecting the corresponding archival information data of medical devices and medical consumables, and then generating an archival model by interacting the archival information data;

[0008] Step S2: obtaining the archival information data to be used of the medical consumables corresponding to the medical devices through the archival model, and obtaining the historical archival information database of the archival information data to be used; and then updating the historical archival information database in the corresponding archival model;

[0009] Step S3: communicating and interacting the archival model to build a real-time query subsystem;

[0010] Step S4: tracing the medical devices and medical consumables through the real-time query subsystem.

[0011] Further, the process of collecting the corresponding archiving information data of the medical equipment and medical consumables respectively includes:

[0012] An archiving unit is provided, which is provided with an archiving type and an archiving identity; the archiving identity includes an associated archiving identity and a scanning time; the archiving unit is wirelessly connected with an encoding scanner for scanning production codes and personnel information two-dimensional codes;

[0013] The production code is scanned to obtain the corresponding production number and automatically collect the associated archiving identity associated with the production number; the archiving type corresponding to the production number is input into the archiving unit, and the archiving type includes personnel information, archiving quantity and remarks; the personnel information is wirelessly connected with the personnel information two-dimensional code, and the personnel information corresponding to the personnel information two-dimensional code includes at least the archiving personnel name, the archiving personnel department, the personnel type and the archiving personnel number; the personnel type includes the archiving personnel and the using personnel; the archiving unit connected with the archiving personnel number is marked as a historical archiving unit;

[0014] The encoding scanner first selects the personnel type to obtain the personnel information data by scanning the personnel information two-dimensional code, which is recorded as archiving personnel information; then the corresponding archiving unit is opened to obtain the corresponding scanning time, which is recorded as archiving time; and the production code is scanned to collect the associated archiving identity to complete the archiving unit to obtain the archiving information data of the medical equipment or medical consumables.

[0015] Further, the process of generating an archiving model by interacting the archiving information data includes:

[0016] The archiving unit, production code and personnel two-dimensional code are wirelessly connected to construct an archiving model; the archiving model is used to obtain the archiving information data of the production code through the archiving unit; the archiving unit is obtained by scanning the production code; the corresponding historical archiving unit is obtained by scanning the personnel two-dimensional code.

[0017] Further, the process of obtaining the to-be-used archiving information data of the medical consumables corresponding to the medical equipment through the archiving model, and obtaining the historical archiving information database of the to-be-used archiving information data includes:

[0018] A consumable blue corresponding to the medical equipment is set up for storing medical consumables to be used by the medical equipment; the archiving information data of all medical consumables of the consumable blue is obtained by scanning the production code of the medical consumables, the to-be-used archiving information data is marked, the corresponding scanning time is obtained, and the to-be-used archiving information data and the scanning time are connected to generate a first scanning time; and then a to-be-used archiving information database of the medical equipment is integrated and generated;

[0019] The scanning personnel information two-dimensional code selects a user to obtain a scanning time, and marks the personnel information as user information; and connects the second scanning time with the user information to generate a second scanning time;

[0020] The unit medical time of the medical equipment is obtained, and the medical consumables to be used are scanned for a third time from the consumable blue within the unit medical time, and the corresponding to-be-used archival information data is marked as used archival information data, and then the corresponding scanning time is obtained; then the used archival information data is connected with the scanning time to generate a third scanning time; and integration is performed to generate a historical archival information database of the medical equipment.

[0021] Further, the historical archival information database is updated in the corresponding archival model, and the updating process includes:

[0022] The life use cycle of the medical consumables corresponding to each production code of the historical archival information database is obtained, and the production code of the historical archival information database is mapped; the life use cycle is recorded as archival time-first scanning time-second scanning time-third scanning time; the remark of the corresponding archival unit is marked as used, and the update of the corresponding archival unit is completed; and the production code of the corresponding medical equipment is connected.

[0023] Further, the process of constructing a real-time query subsystem by communicating the archival model includes:

[0024] A query port is set; the query port is connected with the archival model to generate a query subsystem;

[0025] The query port sets a query identity authentication, and the query identity authentication includes a first identity authentication, a second identity authentication, and a third identity authentication;

[0026] The first identity authentication is used for querying the archival information data of the medical equipment or the medical consumables;

[0027] The second identity authentication is used for querying the archival information data, the historical archival information database, and the life use cycle of the medical equipment or the medical consumables;

[0028] The third identity authentication is used for querying all information of the medical equipment or the medical consumables, and has a modification authority for the basic information in the archival model.

[0029] Further, the process of tracing the medical equipment and the medical consumables through the real-time query subsystem includes:

[0030] The tracing demand of the medical equipment or the medical consumables is obtained; the corresponding query identity authentication is matched through the tracing demand, and the tracing data of the medical equipment or the medical consumables is obtained through the query subsystem according to the query identity authentication.

[0031] Further, the following modules are included:

[0032] The collection module is used for collecting the archiving information data corresponding to the medical equipment and medical consumables respectively, and then generating an archiving model by interacting the archiving information data.

[0033] The update module is used for obtaining the to-be-used archiving information data of the medical consumables corresponding to the medical equipment through the archiving model, and obtaining the historical archiving information database of the to-be-used archiving information data; and then updating the historical archiving information database in the corresponding archiving model.

[0034] The construction module is used for constructing a real-time query subsystem by communicating and interacting the archiving model.

[0035] The tracing module is used for tracing the medical equipment and medical consumables through the real-time query subsystem.

[0036] Compared with the prior art, the beneficial effects of the present application are as follows: the present application collects the archiving information data corresponding to the medical equipment and medical consumables respectively, and then generates an archiving model by interacting the archiving information data; obtains the to-be-used archiving information data of the medical consumables corresponding to the medical equipment through the archiving model, and obtains the historical archiving information database of the to-be-used archiving information data; and then updates the historical archiving information database in the corresponding archiving model; constructs a real-time query subsystem by communicating and interacting the archiving model; and traces the medical equipment and medical consumables through the real-time query subsystem; effectively improves the timeliness and readability of the information supervision of the medical equipment and medical consumables. BRIEF DESCRIPTION OF DRAWINGS

[0037] In order to more clearly illustrate the technical solutions in the embodiments of the present application or the prior art, the following will briefly introduce the drawings needed in the embodiments. Obviously, the drawings described below are only some embodiments of the present application, and other drawings can also be obtained by those skilled in the art based on these drawings.

[0038] Figure 1 The flowchart of the present application. DETAILED DESCRIPTION

[0039] The technical solutions in the embodiments of the present application will be described clearly and completely below with reference to the drawings in the embodiments of the present application. Obviously, the described embodiments are only some embodiments of the present application, not all embodiments. Based on the embodiments in the present application, all other embodiments obtained by those skilled in the art without creative labor are within the scope of protection of the present application.

[0040] As Figure 1As shown, a medical device and medical consumable information monitoring system and method of the Internet of Things, the method comprising the following steps:

[0041] Step S1: Collecting the corresponding archival information data of medical devices and medical consumables, and then generating an archival model by interacting the archival information data;

[0042] Step S2: Obtain the archival information data to be used of medical consumables corresponding to medical devices through the archival model, and obtain the historical archival information database of the archival information data to be used; and then update the historical archival information database in the corresponding archival model;

[0043] Step S3: Communicate and interact the archival model to build a real-time query subsystem;

[0044] Step S4: Trace the medical devices and medical consumables through the real-time query subsystem.

[0045] For step S1, the process of collecting the corresponding archival information data of medical devices and medical consumables includes:

[0046] An archival unit is provided, which is provided with an archival type and an archival identity; the archival identity includes an associated archival identity and a scanning time; the archival unit is wirelessly connected to a code scanning machine for scanning production codes and personnel information two-dimensional codes; the production number is used as the unique identifier of the medical device or medical consumable; and the personnel information two-dimensional code is used as the unique identifier of the personnel information;

[0047] The production code is scanned to obtain the corresponding production number and automatically collect the associated archival identity associated with the production number; the associated archival identity includes at least name, specification, production batch number, expiration date, function, and precautions;

[0048] The archival type corresponding to the production number is input into the archival unit, and the archival type includes personnel information, archival quantity, and remarks; the personnel information is wirelessly connected to the personnel information two-dimensional code, and the personnel information corresponding to the personnel information two-dimensional code includes at least the archival personnel name, the archival personnel department, the personnel type, and the archival personnel number; the personnel type includes the archival personnel and the user; and the archival unit connected to the archival personnel number is marked as a historical archival unit;

[0049] The code scanning machine first selects the personnel type to obtain personnel information data by scanning the personnel information two-dimensional code, which is recorded as archival personnel information; then opens the corresponding archival unit to obtain the corresponding scanning time, which is recorded as archival time; and then scans the production code to collect the associated archival identity to complete the archival information data of the medical device or medical consumable obtained by the archival unit.

[0050] In the above embodiment, it needs to be further explained that each medical device or each medical consumable has a production code in the production process, wherein the production code is associated with an associated archival identity, which generally includes a production number and a name; if the entire associated archival identity is not obtained through the production code, it needs to be obtained manually; each medical device or medical consumable in the above has a corresponding function and matters needing attention; the archival quantity is used to represent the archival quantity of medical devices or medical consumables with the same name but different production numbers; the remarks are used to represent the matters needing attention in the archival process and the like;

[0051] It needs to be further explained that the process of generating an archival model by interacting the archival information data includes:

[0052] The archival unit, the production code and the personnel two-dimensional code are wirelessly connected to build an archival model; the archival model obtains the archival information data of the production code through the archival unit; the archival unit is obtained by scanning the production code; the corresponding historical archival unit is obtained by scanning the personnel two-dimensional code.

[0053] In the above embodiment, it needs to be further explained that the code scanning machine, the production code and the archival unit are wirelessly connected to each other; the production number of the medical device or the medical consumable is obtained through the code scanning machine, the corresponding archival unit is opened through the production number, and the associated archival identity associated with the production number is automatically collected, and then the other archival identities of the archival unit are manually collected; after all the acquisition is completed, the archival information data corresponding to the medical device or the medical consumable is generated, and the archival unit, the production code and the personnel two-dimensional code are wirelessly connected to build an archival model; the purpose is to interact information among the archival unit, the production code and the personnel two-dimensional code, and improve the convenience of real-time updating of information data.

[0054] For step S2, it needs to be further limited that the archival model obtains the to-be-used archival information data of the medical consumable corresponding to the medical device, and the process of obtaining the historical archival information database of the to-be-used archival information data includes:

[0055] The consumable blue corresponding to the medical device is set for storing the medical consumable to be used by the medical device; the archival information data of all medical consumables of the consumable blue is obtained by scanning the production code of the medical consumable, the to-be-used archival information data is marked, the corresponding scanning time is obtained, and the to-be-used archival information data and the scanning time are connected to generate a first scanning time; then the to-be-used archival information database of the medical device is integrated and generated;

[0056] The personnel information two-dimensional code is scanned to select the user to obtain the scanning time, and the personnel information is marked as the user information; then the second scanning time and the user information are connected to generate a second scanning time;

[0057] The unit medical time of the medical equipment is obtained, the third scanning of the medical consumables to be used is performed from the consumable blue during the unit medical time, and the corresponding to-be-used archive information data is marked as used archive information data, and then the corresponding scanning time is obtained; then the used archive information data is connected with the scanning time to generate the third scanning time; and the integration is performed to generate a historical archive information database of the medical equipment;

[0058] In the above embodiment, it needs to be further explained that the unit medical time is used to represent the time from the opening time point to the closing time point of the medical equipment; the time of each use of the medical equipment; the second scanning is performed from the consumable blue to the use process, and the purpose is to record the life cycle of the use of the medical consumables; and the accuracy of the management of the medical consumables is improved.

[0059] It needs to be further explained that the process of updating the historical archive information database in the corresponding archive model includes:

[0060] The life use cycle of the medical consumables corresponding to each production code of the historical archive information database is obtained, and the production code of the historical archive information database is mapped; the life use cycle is recorded as archive time-first scanning time-second scanning time-third scanning time; the remark of the corresponding archive unit is marked as used, and the update of the corresponding archive unit is completed; and the production code of the corresponding medical equipment is connected;

[0061] In the above embodiment, it needs to be further explained that each time corresponding to the entire life use cycle of the medical consumables is connected with the personnel information, the to-be-used archive information data or the used archive information data; the use of the medical equipment and the medical consumables is updated in real time through the scanning of the production code; the change information of the personnel in the use process is updated in real time through the front and rear sequence of the personnel information and the information data of the medical equipment or the medical consumables; the archiving personnel and the use personnel are distinguished; and the real-time update of the production code can better improve the real-time performance and readability of the data.

[0062] For step S3, it needs to be further limited that the process of constructing a real-time query subsystem through the communication interaction of the archive model includes:

[0063] A query port is set; the query port is connected with the archive model to generate a query subsystem;

[0064] The query port sets a query identity authentication, and the query identity authentication includes a first identity authentication, a second identity authentication and a third identity authentication;

[0065] The first-level authentication is used to query the archival information data of the medical equipment or medical consumables;

[0066] The second-level authentication is used to query the archival information data, historical archival information database and life cycle of the medical equipment or medical consumables;

[0067] The third-level authentication is used to query all information of the medical equipment or medical consumables, and has the modification authority of the basic information in the archival model;

[0068] In the above embodiment, it needs to be further explained that the basic information data is used to represent the information error which does not affect the unique identification, core use record, safety correlation and traceability process of the medical equipment / medical consumables; for example, the remark information error: such as the error, unclear expression or repetition of the supplementary explanation (such as "temporary storage location", "slight appearance wear" and the like) filled in the archiving, which does not affect the core information data of the equipment or consumables after correction; for another example, the department information of the archiving personnel (due to temporary transfer leading to filling error), contact information (not for system login verification) and the like, which does not affect the unique identification of the operation person identity (the key identity information such as the archiving personnel number is unchanged); in this way, the non-key information error can be corrected in time, the data specification and accuracy can be maintained, the information confusion can be avoided to affect the query efficiency; at the same time, through the permission grading, the core information can be prevented from being modified by mistake, the system data security and traceability reliability can be ensured, the management flexibility and information seriousness can be considered, and the practicality of the supervision system is improved.

[0069] For step S4, it needs to be further limited that the traceability process of the medical equipment and medical consumables by the real-time query subsystem includes:

[0070] Obtaining the traceability demand of the medical equipment or medical consumables; matching the corresponding query identity authentication through the traceability demand, and querying the traceability data of the medical equipment or medical consumables by the query subsystem according to the query identity authentication.

[0071] In the above embodiments, it needs to be further explained that if the traceability appeal is to query the archival information data of a certain medical device or medical consumable, the first-level authentication is matched to enter the query subsystem, the corresponding archival information data is obtained through the production code of the medical device or medical consumable, and is marked as the traceability data of the medical device or medical consumable; secondly, if the traceability appeal is to query the historical use of the medical consumable of the medical device, the second-level authentication or the third-level authentication is matched to enter the query subsystem to obtain the corresponding traceability data; the traceability data is obtained through the production code of the medical consumable to obtain the use life cycle, and then to obtain the archival personnel information, the use personnel information, the to-be-used archival information data, the used archival information data or the corresponding archival information data of the medical device; and to obtain the historical archival information database of the medical consumable corresponding to the medical device; secondly, if the traceability data is to modify the basic information, the third-level authentication is matched to modify the basic information.

[0072] The features and exemplary embodiments of various aspects of the present application will be described in detail above, in order to make the purposes, technical solutions and advantages of the present application more clear and apparent, the present application will be further described in detail above in combination with the drawings and specific embodiments; it should be understood that the specific embodiments described herein are only intended to explain the present application, but not to limit the present application; for those skilled in the art, the present application can be implemented without some of the specific details; the above description of the embodiments is only to provide a better understanding of the present application by showing examples of the present application.

[0073] The above embodiments are only used to illustrate the technical method of the present application and not to limit it, although the present application has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical method of the present application can be modified or replaced equivalently without departing from the spirit and scope of the technical method of the present application.

Claims

1. A medical device and medical consumable information monitoring method for an Internet of Things, characterized by, The method comprises the following steps: Step S1: Collecting the archiving information data corresponding to the medical equipment and medical consumables respectively, and then generating an archiving model by interacting the archiving information data; Step S2: Obtaining the to-be-used archiving information data of the medical consumables corresponding to the medical equipment through the archiving model, and obtaining the historical archiving information database of the to-be-used archiving information data; and then updating the historical archiving information database in the corresponding archiving model; Step S3: Communicating and interacting the archiving model to build a real-time query subsystem; Step S4: Tracing the medical equipment and medical consumables through the real-time query subsystem; The process of collecting the archiving information data corresponding to the medical equipment and medical consumables respectively comprises: An archiving unit is provided, which is provided with an archiving type and an archiving identity; the archiving identity comprises an associated archiving identity and a scanning time; the archiving unit is wirelessly connected with a code scanning machine for scanning production codes and personnel information two-dimensional codes; The production codes are scanned to obtain corresponding production numbers and automatically collect the associated archiving identities associated with the production numbers; the archiving type corresponding to the production number is input into the archiving unit, and the archiving type comprises personnel information, archiving quantity and remarks; the personnel information is wirelessly connected with a personnel information two-dimensional code, and the personnel information corresponding to the personnel information two-dimensional code comprises at least archiving personnel name, archiving personnel department, personnel type and archiving personnel number; the personnel type comprises archiving personnel and using personnel; the archiving unit connected with the archiving personnel number is marked as a historical archiving unit; The code scanning machine first selects the personnel type to obtain personnel information data by scanning the personnel information two-dimensional code, which is recorded as archiving personnel information; then the corresponding archiving unit is opened to obtain the corresponding scanning time, which is recorded as archiving time; and then the production codes are scanned to collect the associated archiving identities to complete the archiving unit to obtain the archiving information data of the medical equipment or medical consumables; The process of generating an archiving model by interacting the archiving information data comprises: The archiving unit, production codes and personnel two-dimensional codes are wirelessly connected to build an archiving model; the archiving model is used to obtain the archiving information data of the production codes through the archiving unit; the archiving unit is obtained by scanning the production codes; and the corresponding historical archiving unit is obtained by scanning the personnel two-dimensional codes; The process of obtaining the to-be-used archiving information data of the medical consumables corresponding to the medical equipment through the archiving model, and obtaining the historical archiving information database of the to-be-used archiving information data comprises: A consumable blue corresponding to the medical equipment is set up for storing the medical consumables to be used by the medical equipment; the archiving information data of all the medical consumables of the consumable blue is obtained by scanning the production codes of the medical consumables, the to-be-used archiving information data is marked, the corresponding scanning time is obtained, and the to-be-used archiving information data and the scanning time are connected to generate a first scanning time; and then a to-be-used archiving information database of the medical equipment is integrated and generated; The scanning time is obtained by scanning the personnel information two-dimensional code to select the using personnel, and the personnel information is marked as using personnel information; and the scanning time and the using personnel information are connected to generate a second scanning time; The unit medical time of the medical equipment is obtained, the third scanning of the medical consumables to be used is performed from the consumable blue within the unit medical time, and the corresponding to-be-used archive information data is marked as used archive information data, and then the corresponding scanning time is obtained; then the used archive information data is connected with the scanning time to generate the third scanning time; and integration is performed to generate a historical archive information database of the medical equipment; The process of updating the historical archive information database in the corresponding archive model includes: The life use cycle of the medical consumables corresponding to each production code of the historical archive information database is obtained, and the production code of the historical archive information database is mapped; the life use cycle is recorded as archive time-first scanning time-second scanning time-third scanning time; the remark of the corresponding archive unit is marked as used, and the update of the corresponding archive unit is completed; and the production code of the corresponding medical equipment is connected; The process of constructing a real-time query subsystem by communicating the archive model includes: A query port is set; the query port is connected with the archive model to generate a query subsystem; The query port sets a query identity authentication, and the query identity authentication includes a first-level identity authentication, a second-level identity authentication, and a third-level identity authentication; The first-level identity authentication is used for querying the archive information data of the medical equipment or the medical consumables; The second-level identity authentication is used for querying the archive information data, the historical archive information database, and the life use cycle of the medical equipment or the medical consumables; The third-level identity authentication is used for querying all information of the medical equipment or the medical consumables, and has the modification authority of the basic information in the archive model; The process of tracing the medical equipment and the medical consumables through the real-time query subsystem includes: The tracing demand of the medical equipment or the medical consumables is obtained; the corresponding query identity authentication is matched through the tracing demand, and the tracing data of the medical equipment or the medical consumables is obtained through the query of the query subsystem according to the query identity authentication.

2. The medical device and medical consumable information monitoring system of the Internet of Things, applied to the medical device and medical consumable information monitoring method of the Internet of Things as claimed in claim 1, characterized in that, The following modules are included: A collection module is used for collecting the archive information data corresponding to the medical equipment and the medical consumables respectively, and then the archive information data is interacted to generate an archive model; An update module is used for obtaining the to-be-used archive information data of the medical consumables corresponding to the medical equipment through the archive model, and obtaining the historical archive information database of the to-be-used archive information data; and then updating the historical archive information database in the corresponding archive model; A construction module is used for constructing a real-time query subsystem by communicating the archive model; A tracing module is used for tracing the medical equipment and the medical consumables through the real-time query subsystem.

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