A full-process disinfection management system for gynecological care

Abstract

The present invention discloses a full-process disinfection management system for gynecological care, relates to the field of gynecological care disinfection, and comprises a management center, wherein the management center is communicatively connected with a disinfection module, a data acquisition module, a data processing module, a data analysis module and an evaluation module; a ward where gynecological care is located is disinfected, air quality data in the disinfected ward where gynecological care is located is collected, the collected air quality data in the disinfected ward where gynecological care is located is processed, a pathogenic microorganism change curve diagram, a volatile organic compound change curve diagram and an ozone change curve diagram are obtained, the obtained change curve diagrams are analyzed, the states of pathogenic microorganism sample points, volatile organic compound sample points and ozone sample points are obtained, the disinfection status of the ward where gynecological care is located is evaluated according to the analysis results, and the evaluation results are optimized.

Description

Technical Field

[0001] The invention relates to the field of gynecological nursing disinfection, and in particular to a full-process disinfection management system for gynecological nursing. Background Art

[0002] With the development of medical technology and the improvement of patients' awareness of rights protection, patients' expectations for medical quality and safety are constantly increasing. Disinfection management in gynecological care directly affects patients' safety and is an important part of medical quality. Gynecological care includes a variety of examinations, treatments and surgeries, involving sensitive areas, and patients have a high risk of infection, especially in gynecological surgery and invasive operations. The presence of any microorganisms may lead to serious consequences.

[0003] How to process and analyze the air quality data in the disinfected ward where gynecological care is located, evaluate the disinfection status of the ward where gynecological care is located based on the analysis results, and optimize the evaluation results are the problems we need to solve. To this end, a full-process disinfection management system for gynecological care is now provided. Summary of the invention

[0004] In order to solve the above technical problems, the purpose of the present invention is to provide a full-process disinfection management system for gynecological care.

[0005] The object of the present invention can be achieved by the following technical solutions: A full-process disinfection management system for gynecological care, comprising a management center, wherein the management center is communicatively connected with a disinfection module, a data acquisition module, a data processing module, a data analysis module and an evaluation module;

[0006] The disinfection module is used to disinfect the ward where gynecological care is located;

[0007] The data acquisition module is used to collect air quality data in the disinfected ward where gynecological care is located;

[0008] The data processing module is used to process the collected air quality data in the disinfected ward where the gynecological care is located to obtain a pathogenic microorganism change curve graph, a volatile organic compound change curve graph, and an ozone change curve graph;

[0009] The data analysis module is used to analyze the obtained pathogenic microorganism change curve graph, volatile organic compound change curve graph and ozone change curve graph to obtain the status of pathogenic microorganism sample points, volatile organic compound sample points and ozone sample points;

[0010] The evaluation module is used to evaluate the disinfection status of the ward where gynecological care is provided according to the status of the obtained pathogenic microorganism sample points, volatile organic compound sample points and ozone sample points.

[0011] Furthermore, the process of the disinfection module disinfecting the ward where the gynecological care is located includes:

[0012] The disinfection module is provided with a disinfection measure collection terminal, which is configured to generate a corresponding configuration channel, and the hospital's server is linked through the generated configuration channel. The disinfection measure collection terminal obtains historical disinfection measures in the hospital's server through the configuration channel;

[0013] The corresponding historical disinfection measures obtained are used to disinfect the ward where gynecological care is provided.

[0014] Furthermore, the process of the data collection module collecting the air quality data in the disinfected ward where the gynecological care is located includes:

[0015] The air quality data includes the content of pathogenic microorganisms, the content of volatile organic compounds and the content of ozone;

[0016] Divide the disinfected ward where gynecological care is provided into several ward areas;

[0017] The data collection module is composed of a pathogenic microorganism collection terminal, a volatile organic compound collection terminal and an ozone collection terminal;

[0018] The pathogenic microorganism collection terminal, the volatile organic compound collection terminal and the ozone collection terminal are installed at corresponding positions in the disinfected ward where gynecological care is located. The pathogenic microorganism collection terminal, the volatile organic compound collection terminal and the ozone collection terminal are used to obtain the content of pathogenic microorganisms, the content of volatile organic compounds and the content of ozone in each ward room.

[0019] Furthermore, the process of the data processing module processing the collected air quality data in the disinfected ward where the gynecological care is located includes:

[0020] Constructing a two-dimensional rectangular coordinate system of the content of pathogenic microorganisms in the ward area in time, mapping the obtained content of pathogenic microorganisms in the ward area to the constructed two-dimensional rectangular coordinate system of the content of pathogenic microorganisms in the ward area in time, generating corresponding pathogenic microorganism sample points, and connecting each pathogenic microorganism sample point in time order through a curve to obtain a pathogenic microorganism change curve diagram;

[0021] Constructing a two-dimensional rectangular coordinate system of the content of volatile organic compounds in the patient room area in terms of time, mapping the obtained content of volatile organic compounds in the patient room area to the constructed two-dimensional rectangular coordinate system of the content of volatile organic compounds in the patient room area in terms of time, generating corresponding volatile organic compound sample points, and connecting each volatile organic compound sample point in time order through a curve to obtain a volatile organic compound change curve diagram;

[0022] A two-dimensional rectangular coordinate system of ozone content in the ward area with respect to time is constructed, and the obtained ozone content in the ward area is mapped to the constructed two-dimensional rectangular coordinate system of ozone content in the ward area with respect to time, and corresponding ozone sample points are generated. Each ozone sample point is connected in sequence through a curve in chronological order to obtain an ozone change curve graph.

[0023] Furthermore, the process of the data analysis module analyzing the obtained pathogenic microorganism change curve graph, volatile organic compound change curve graph and ozone change curve graph includes:

[0024] Obtaining the content of pathogenic microorganisms in the ward area corresponding to all pathogenic microorganism sampling points, setting a threshold range of the content of pathogenic microorganisms according to actual conditions, and obtaining the status of the pathogenic microorganism sampling points according to the comparison results between the content of pathogenic microorganisms in the ward area corresponding to all pathogenic microorganism sampling points obtained and the set threshold range of the content of pathogenic microorganisms, wherein the status of the pathogenic microorganism sampling points includes an unqualified state, a dangerous state, a state to be judged again, and a qualified state;

[0025] Obtain the status of the last pathogenic microorganism sample point corresponding to each ward room area, and when the status of the last pathogenic microorganism sample point is in a state of waiting for secondary judgment, perform secondary judgment on the status of the last pathogenic microorganism sample point;

[0026] The same method is adopted to obtain the status of the volatile organic compound sample points and the ozone sample points, wherein the status of the volatile organic compound sample points and the ozone sample points include an unqualified status, a dangerous status, a status to be determined again, and a qualified status.

[0027] Furthermore, the process of obtaining the status of the pathogenic microorganism sample point includes:

[0028] If the content of pathogenic microorganisms in the ward area corresponding to the pathogenic microorganism sampling point is greater than or equal to the maximum value in the pathogenic microorganism content threshold range, the status of the pathogenic microorganism sampling point is an unqualified state; if the content of pathogenic microorganisms in the ward area corresponding to the pathogenic microorganism sampling point is less than or equal to the minimum value in the pathogenic microorganism content threshold range, the status of the pathogenic microorganism sampling point is a qualified state; if the content of pathogenic microorganisms in the ward area corresponding to the pathogenic microorganism sampling point is greater than the minimum value in the pathogenic microorganism content threshold range and less than the maximum value in the pathogenic microorganism content threshold range, the status of the pathogenic microorganism sampling point is a state awaiting secondary judgment.

[0029] Furthermore, the process of making a secondary judgment on the status of the last pathogenic microorganism sample point includes:

[0030] Obtain the status of the last pathogenic microorganism sample point corresponding to the adjacent ward area of ​​the ward area corresponding to the last pathogenic microorganism sample point. If the status of the last pathogenic microorganism sample point corresponding to the adjacent ward area is a state to be determined again, an unqualified state, or a dangerous state, then the status of the last pathogenic microorganism sample point is recorded as a dangerous state. If the status of the last pathogenic microorganism sample point corresponding to the adjacent ward area is a qualified state, then the status of the last pathogenic microorganism sample point is recorded as a qualified state.

[0031] Furthermore, the evaluation module evaluates the disinfection status of the ward where the gynecological care is located according to the status of the obtained pathogenic microorganism sample points, volatile organic compound sample points and ozone sample points, including:

[0032] When the status of the pathogenic microorganism sample point, the volatile organic compound sample point, and the ozone sample point are all qualified, the disinfection status of the ward where the gynecological nursing is located is qualified;

[0033] When the status of the pathogenic microorganism sample point, the volatile organic compound sample point, or the ozone sample point is unqualified, the disinfection status of the ward where the gynecological care is located is unqualified;

[0034] When the status of the pathogenic microorganism sample point, the volatile organic compound sample point, or the ozone sample point is in a dangerous state, and the status of the pathogenic microorganism sample point, the volatile organic compound sample point, or the ozone sample point is not in an unqualified state, the disinfection condition of the ward where gynecological care is located is good.

[0035] Compared with the prior art, the beneficial effects of the present invention are: disinfecting the ward where gynecological care is located, collecting air quality data in the disinfected ward where gynecological care is located, processing the collected air quality data in the disinfected ward where gynecological care is located, obtaining pathogenic microorganism change curves, volatile organic compound change curves and ozone change curves, analyzing the obtained change curves, obtaining the states of pathogenic microorganism sample points, volatile organic compound sample points and ozone sample points, evaluating the disinfection status of the ward where gynecological care is located based on the analysis results, optimizing the evaluation results, and allowing medical staff to clearly understand the disinfection status of the ward where gynecological care is located. BRIEF DESCRIPTION OF THE DRAWINGS

[0036] Figure 1 It is a schematic diagram of the present invention. DETAILED DESCRIPTION

[0037] like Figure 1 As shown, a full-process disinfection management system for gynecological care includes a management center, and the management center is communicatively connected with a disinfection module, a data acquisition module, a data processing module, a data analysis module and an evaluation module;

[0038] The disinfection module is used to disinfect the ward where gynecological care is located;

[0039] It should be further explained that, in the specific implementation process, the process of the disinfection module disinfecting the ward where the gynecological care is located includes:

[0040] The disinfection module is provided with a disinfection measure collection terminal, which is configured to generate a corresponding configuration channel, and the hospital's server is linked through the generated configuration channel. The disinfection measure collection terminal obtains historical disinfection measures in the hospital's server through the configuration channel;

[0041] The corresponding historical disinfection measures obtained are used to disinfect the ward where gynecological care is provided.

[0042] The data acquisition module is used to collect air quality data in the disinfected ward where gynecological care is located;

[0043] It should be further explained that, in the specific implementation process, the process of the data acquisition module collecting the air quality data in the disinfected ward where the gynecological care is located includes:

[0044] The air quality data includes the content of pathogenic microorganisms, the content of volatile organic compounds and the content of ozone. The pathogenic microorganisms include Staphylococcus aureus, Streptococcus, respiratory viruses, etc., and the volatile organic compounds include formaldehyde, benzene, etc.;

[0045] The disinfected ward where gynecological nursing is located is divided into a number of ward areas, and the divided ward areas are labeled as i, i=1, 2, 3, ..., n, where n is a positive integer;

[0046] The data collection module is composed of a pathogenic microorganism collection terminal, a volatile organic compound collection terminal and an ozone collection terminal;

[0047] The pathogenic microorganism collection terminal is used to collect the content of pathogenic microorganisms, the volatile organic compound collection terminal is used to collect the content of volatile organic compounds, and the ozone collection terminal is used to collect the content of ozone;

[0048] The pathogenic microorganism collection terminal, the volatile organic compound collection terminal and the ozone collection terminal are installed at corresponding positions in the disinfected ward where gynecological care is located. The content of pathogenic microorganisms in each ward room is obtained through the installed pathogenic microorganism collection terminal, the content of volatile organic compounds in each ward room is obtained through the installed volatile organic compound collection terminal, and the content of ozone in each ward room is obtained through the installed ozone collection terminal.

[0049] The data processing module is used to process the collected air quality data in the disinfected ward where the gynecological care is located to obtain a pathogenic microorganism change curve graph, a volatile organic compound change curve graph, and an ozone change curve graph;

[0050] It should be further explained that, in the specific implementation process, the process in which the data processing module processes the collected air quality data in the disinfected ward where the gynecological care is located includes:

[0051] Constructing a two-dimensional rectangular coordinate system of the content of pathogenic microorganisms in the ward area with respect to time, mapping the obtained content of pathogenic microorganisms in the ward area to the constructed two-dimensional rectangular coordinate system of the content of pathogenic microorganisms in the ward area with respect to time, generating corresponding pathogenic microorganism sample points, labeling the generated pathogenic microorganism sample points, recording as i, i=1, 2, 3, ..., n, where n is a positive integer, and connecting each pathogenic microorganism sample point in turn through a curve in chronological order to obtain a pathogenic microorganism change curve diagram;

[0052] Constructing a two-dimensional rectangular coordinate system of the content of volatile organic compounds in the patient room area in terms of time, mapping the obtained content of volatile organic compounds in the patient room area to the constructed two-dimensional rectangular coordinate system of the content of volatile organic compounds in the patient room area in terms of time, generating corresponding volatile organic compound sample points, labeling the generated volatile organic compound sample points as i, and connecting each volatile organic compound sample point in time order through a curve to obtain a volatile organic compound change curve diagram;

[0053] A two-dimensional rectangular coordinate system of ozone content in the ward area with respect to time is constructed, the obtained ozone content in the ward area is mapped to the constructed two-dimensional rectangular coordinate system of ozone content in the ward area with respect to time, corresponding ozone sample points are generated, the generated ozone sample points are numbered as i, and each ozone sample point is connected in time sequence through a curve to obtain an ozone change curve graph.

[0054] The data analysis module is used to analyze the obtained pathogenic microorganism change curve graph, volatile organic compound change curve graph and ozone change curve graph to obtain the status of pathogenic microorganism sample points, volatile organic compound sample points and ozone sample points;

[0055] It should be further explained that, in the specific implementation process, the process of the data analysis module analyzing the obtained pathogenic microorganism change curve graph, volatile organic compound change curve graph and ozone change curve graph includes:

[0056] Obtaining the content of pathogenic microorganisms in the ward area corresponding to all pathogenic microorganism sampling points, setting a threshold range of the content of pathogenic microorganisms according to actual conditions, and obtaining the status of the pathogenic microorganism sampling points according to the comparison results between the content of pathogenic microorganisms in the ward area corresponding to all pathogenic microorganism sampling points obtained and the set threshold range of the content of pathogenic microorganisms, wherein the status of the pathogenic microorganism sampling points includes an unqualified state, a dangerous state, a state to be judged again, and a qualified state;

[0057] If the content of pathogenic microorganisms in the ward area corresponding to the pathogenic microorganism sampling point is greater than or equal to the maximum value in the threshold range of the content of pathogenic microorganisms, the state of the pathogenic microorganism sampling point is an unqualified state; if the content of pathogenic microorganisms in the ward area corresponding to the pathogenic microorganism sampling point is less than or equal to the minimum value in the threshold range of the content of pathogenic microorganisms, the state of the pathogenic microorganism sampling point is a qualified state; if the content of pathogenic microorganisms in the ward area corresponding to the pathogenic microorganism sampling point is greater than the minimum value in the threshold range of the content of pathogenic microorganisms and less than the maximum value in the threshold range of the content of pathogenic microorganisms, the state of the pathogenic microorganism sampling point is a state to be judged again;

[0058] Obtain the status of the last pathogenic microorganism sample point corresponding to each ward room area. When the status of the last pathogenic microorganism sample point is in a state to be determined again, obtain the status of the last pathogenic microorganism sample point corresponding to the adjacent ward room area of ​​the ward room area corresponding to the pathogenic microorganism sample point. The adjacent ward room area is a ward room area adjacent to the ward room area in the upper, lower, left, right, front and back directions. If the status of the last pathogenic microorganism sample point corresponding to the adjacent ward room area is in a state to be determined again, an unqualified state or a dangerous state, then the status of the last pathogenic microorganism sample point is recorded as a dangerous state. If the status of the last pathogenic microorganism sample point corresponding to the adjacent ward room area is in a qualified state, then the status of the last pathogenic microorganism sample point is recorded as a qualified state.

[0059] In the embodiment of the present invention, the state of the last pathogenic microorganism sample point is judged twice. This is because the air will flow. The air in the adjacent ward area of ​​the ward area flows with the air in the ward area, which may cause the content of pathogenic microorganisms in the ward area to exceed the standard. Therefore, the state of the pathogenic microorganism sample point at this time is a dangerous state, which is conducive to optimizing the subsequent evaluation results and allowing medical staff to clearly understand the disinfection status of the ward where gynecological care is located;

[0060] Obtaining the contents of volatile organic compounds in the patient room area corresponding to all volatile organic compound sample points, setting a volatile organic compound content threshold range according to actual conditions, and obtaining the status of the volatile organic compound sample points according to a comparison result between the contents of volatile organic compounds in the patient room area corresponding to all volatile organic compound sample points obtained and the set volatile organic compound content threshold range, wherein the status of the volatile organic compound sample points includes an unqualified status, a dangerous status, a status to be determined again, and a qualified status;

[0061] If the content of volatile organic compounds in the patient room area corresponding to the volatile organic compound sample point is greater than or equal to the maximum value in the volatile organic compound content threshold range, the state of the volatile organic compound sample point is an unqualified state; if the content of volatile organic compounds in the patient room area corresponding to the volatile organic compound sample point is less than or equal to the minimum value in the volatile organic compound content threshold range, the state of the volatile organic compound sample point is a qualified state; if the content of volatile organic compounds in the patient room area corresponding to the volatile organic compound sample point is greater than the minimum value in the volatile organic compound content threshold range and less than the maximum value in the volatile organic compound content threshold range, the state of the volatile organic compound sample point is a state to be judged again;

[0062] Obtain the state of the last volatile organic compound sample point corresponding to each ward room area. When the state of the last volatile organic compound sample point is a state to be determined again, obtain the state of the last volatile organic compound sample point corresponding to the adjacent ward room area of ​​the ward room area corresponding to the volatile organic compound sample point. The adjacent ward room area is a ward room area adjacent to the ward room area in the upper, lower, left, right, front and back directions. If the state of the last volatile organic compound sample point corresponding to the adjacent ward room area is a state to be determined again, an unqualified state or a dangerous state, then the state of the last volatile organic compound sample point is recorded as a dangerous state. If the state of the last volatile organic compound sample point corresponding to the adjacent ward room area is a qualified state, then the state of the last volatile organic compound sample point is recorded as a qualified state.

[0063] The same method is adopted to obtain the status of the ozone sample point, wherein the status of the ozone sample point includes an unqualified status, a dangerous status, a status to be determined again, and a qualified status.

[0064] The evaluation module is used to evaluate the disinfection status of the ward where gynecological care is located based on the status of the obtained pathogenic microorganism sample points, volatile organic compound sample points and ozone sample points;

[0065] It should be further explained that, in the specific implementation process, the evaluation module evaluates the disinfection status of the ward where the gynecological care is located according to the status of the obtained pathogenic microorganism sample points, volatile organic compound sample points and ozone sample points, and the process includes:

[0066] When the status of the pathogenic microorganism sample point, the volatile organic compound sample point, and the ozone sample point are all qualified, the disinfection status of the ward where the gynecological nursing is located is qualified;

[0067] When the status of the pathogenic microorganism sample point, the volatile organic compound sample point, or the ozone sample point is unqualified, the disinfection status of the ward where the gynecological care is located is unqualified;

[0068] When the status of the pathogenic microorganism sample point, the volatile organic compound sample point, or the ozone sample point is in a dangerous state, and the status of the pathogenic microorganism sample point, the volatile organic compound sample point, or the ozone sample point is not in an unqualified state, the disinfection condition of the ward where gynecological care is located is good.

[0069] The above embodiments are only used to illustrate the technical method of the present invention rather than to limit it. Although the present invention 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 invention may be modified or replaced by equivalents without departing from the spirit and scope of the technical method of the present invention.

Claims

1. A full-process disinfection management system for gynecological care, including a management center, characterized in that: The management center is communicatively connected with a disinfection module, a data acquisition module, a data processing module, a data analysis module and an evaluation module; The disinfection module is used to disinfect the ward where gynecological care is located; The data acquisition module is used to collect air quality data in the disinfected ward where gynecological care is located; The air quality data includes the content of pathogenic microorganisms, the content of volatile organic compounds and the content of ozone; Divide the disinfected ward where gynecological care is provided into several ward areas; The data collection module is composed of a pathogenic microorganism collection terminal, a volatile organic compound collection terminal and an ozone collection terminal; The pathogenic microorganism collection terminal, the volatile organic compound collection terminal and the ozone collection terminal are installed at corresponding positions in the disinfected ward where the gynecological care is located, and the content of pathogenic microorganisms, the content of volatile organic compounds and the content of ozone in each ward area are obtained through the installed pathogenic microorganism collection terminal, the volatile organic compound collection terminal and the ozone collection terminal; The data processing module is used to process the collected air quality data in the disinfected ward where the gynecological care is located to obtain a pathogenic microorganism change curve graph, a volatile organic compound change curve graph, and an ozone change curve graph; Constructing a two-dimensional rectangular coordinate system of the content of pathogenic microorganisms in the ward area in time, mapping the obtained content of pathogenic microorganisms in the ward area to the constructed two-dimensional rectangular coordinate system of the content of pathogenic microorganisms in the ward area in time, generating corresponding pathogenic microorganism sample points, and connecting each pathogenic microorganism sample point in time order through a curve to obtain a pathogenic microorganism change curve diagram; Constructing a two-dimensional rectangular coordinate system of the content of volatile organic compounds in the patient room area in terms of time, mapping the obtained content of volatile organic compounds in the patient room area to the constructed two-dimensional rectangular coordinate system of the content of volatile organic compounds in the patient room area in terms of time, generating corresponding volatile organic compound sample points, and connecting each volatile organic compound sample point in time order through a curve to obtain a volatile organic compound change curve diagram; Constructing a two-dimensional rectangular coordinate system of ozone content in the ward area with respect to time, mapping the obtained ozone content in the ward area to the constructed two-dimensional rectangular coordinate system of ozone content in the ward area with respect to time, generating corresponding ozone sample points, and connecting each ozone sample point in sequence through a curve in chronological order to obtain an ozone change curve graph; The data analysis module is used to analyze the obtained pathogenic microorganism change curve graph, volatile organic compound change curve graph and ozone change curve graph to obtain the status of pathogenic microorganism sample points, volatile organic compound sample points and ozone sample points; Obtaining the content of pathogenic microorganisms in the ward area corresponding to all pathogenic microorganism sampling points, setting a threshold range of the content of pathogenic microorganisms according to actual conditions, and obtaining the status of the pathogenic microorganism sampling points according to the comparison results between the content of pathogenic microorganisms in the ward area corresponding to all pathogenic microorganism sampling points obtained and the set threshold range of the content of pathogenic microorganisms, wherein the status of the pathogenic microorganism sampling points includes an unqualified state, a dangerous state, a state to be judged again, and a qualified state; Obtain the status of the last pathogenic microorganism sample point corresponding to each ward room area, and when the status of the last pathogenic microorganism sample point is in a state of waiting for secondary judgment, perform secondary judgment on the status of the last pathogenic microorganism sample point; Using the same method, the states of the volatile organic compound sample points and the ozone sample points are obtained, wherein the states of the volatile organic compound sample points and the ozone sample points include an unqualified state, a dangerous state, a state to be judged again, and a qualified state; The process of obtaining the status of pathogenic microorganism sample points includes: If the content of pathogenic microorganisms in the ward area corresponding to the pathogenic microorganism sampling point is greater than or equal to the maximum value in the threshold range of the content of pathogenic microorganisms, the state of the pathogenic microorganism sampling point is an unqualified state; if the content of pathogenic microorganisms in the ward area corresponding to the pathogenic microorganism sampling point is less than or equal to the minimum value in the threshold range of the content of pathogenic microorganisms, the state of the pathogenic microorganism sampling point is a qualified state; if the content of pathogenic microorganisms in the ward area corresponding to the pathogenic microorganism sampling point is greater than the minimum value in the threshold range of the content of pathogenic microorganisms and less than the maximum value in the threshold range of the content of pathogenic microorganisms, the state of the pathogenic microorganism sampling point is a state to be judged again; The process of making a secondary judgment on the status of the last pathogenic microorganism sample point includes: Obtain the status of the last pathogenic microorganism sample point corresponding to the adjacent ward area of ​​the ward area corresponding to the last pathogenic microorganism sample point; if the status of the last pathogenic microorganism sample point corresponding to the adjacent ward area is a state to be determined again, an unqualified state, or a dangerous state, then the status of the last pathogenic microorganism sample point is recorded as a dangerous state; if the status of the last pathogenic microorganism sample point corresponding to the adjacent ward area is a qualified state, then the status of the last pathogenic microorganism sample point is recorded as a qualified state; The evaluation module is used to evaluate the disinfection status of the ward where gynecological care is provided according to the status of the obtained pathogenic microorganism sample points, volatile organic compound sample points and ozone sample points.

2. A full-process disinfection management system for gynecological care according to claim 1, characterized in that: The process of the disinfection module disinfecting the ward where the gynecological care is located includes: The disinfection module is provided with a disinfection measure collection terminal, which is configured to generate a corresponding configuration channel, and the hospital's server is linked through the generated configuration channel. The disinfection measure collection terminal obtains historical disinfection measures in the hospital's server through the configuration channel; The corresponding historical disinfection measures obtained are used to disinfect the ward where gynecological care is provided.

3. A full-process disinfection management system for gynecological care according to claim 2, characterized in that: The process of the evaluation module evaluating the disinfection status of the ward where the gynecological care is located according to the status of the obtained pathogenic microorganism sample points, volatile organic compound sample points and ozone sample points includes: When the status of the pathogenic microorganism sample point, the volatile organic compound sample point, and the ozone sample point are all qualified, the disinfection status of the ward where the gynecological nursing is located is qualified; When the status of the pathogenic microorganism sample point, the volatile organic compound sample point, or the ozone sample point is unqualified, the disinfection status of the ward where the gynecological care is located is unqualified; When the status of the pathogenic microorganism sample point, the volatile organic compound sample point, or the ozone sample point is in a dangerous state, and the status of the pathogenic microorganism sample point, the volatile organic compound sample point, or the ozone sample point is not in an unqualified state, the disinfection condition of the ward where gynecological care is located is good.

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