TW202305820A - Management system of isolated patients run by visualized smart system enabling the health care workers to quickly browse the status of each responsible patient to apply individually corresponding infection protective measures for each patient - Google Patents

Abstract

Disclosed is a management system of isolated patients run by visualized smart system, which relates to patients under investigation with specific targets such as infectious diseases and/or antimicrobial-resistant bacteria that require a testing result for possible and necessary infection caution control. The disclosed uses a determination module to determine whether the testing result of a patient is positive for a specific target or not, and the result of the testing target is visualized along with the patient, the ward and the hospital bed on a display by using visual content such as diagrams, colors and/or characters based on the result of determination, thereby enabling the health care workers to quickly browse the status of each responsible patient, so as to apply individually corresponding infection protective measures for each patient.

Description

A management system for isolated patients with a visual intelligence system

The present invention is related to computers, in particular to a management system for isolating patients with a visual intelligence system.

In the context of the global spread of the new coronavirus COVID-19, the importance of infection control has been highlighted, and in the related measures of infection control, patients with infectious diseases such as COVID-19 or patients with drug-resistant bacteria are isolated, Measures to avoid cross-infection in the hospital are effective means, but a series of infection control behaviors such as finding the source of infection from the test results of the patients, and then classifying, marking and isolating the infection status of the patients in the wards under the jurisdiction of the ward nursing station In the case of insufficient medical resources, a large amount of medical manpower will be consumed, resulting in crowding out of medical resources. Therefore, the isolation rate of various medical institutions is generally low, making it difficult to effectively control nosocomial infections .

Therefore, the main purpose of the present invention is to provide a management system for isolating patients with a visual intelligent system, which can assist medical staff to quickly understand the isolation situation of patients, facilitate appropriate infection control measures, and improve isolation compliance rate , to reduce the incidence of infection.

The reason is that in order to achieve the above purpose, the management system for isolating patients with a visual intelligence system provided by the present invention is based on the necessity of infection control measures for patients with specific test targets, such as infectious diseases and/or drug-resistant bacteria, etc. The test result of the patient is judged by a discrimination module about whether the specific test object exists in the test result of the patient. According to the result of the judgment, the visual content of the image, color and/or text is displayed on the patient through a display. , wards, beds, and the results of the test object are visualized, so that medical staff can quickly view the situation of each patient under their jurisdiction, and facilitate the implementation of corresponding infection control protection measures for different patients.

The determination of the specific test object by the judgment module may be based on whether the specific test object meets a first condition. For example, when the judgment module judges most patients, there are patients in the When a specific patient meets the first condition on a specific test target, it is displayed on the display so that the specific patient’s visual content about the test target is different from other patients’ visual content. Further, when the discrimination module judges that any Among the multiple patients in a ward at the same time, if the information about the specific test object does not meet the first condition at the same time and does not meet the first condition at the same time, the display module is used to display the any ward The visual content of the ward is different from the visual content of other wards that meet the first condition or do not meet the first condition at the same time.

Regarding the first condition, it may depend on the variable of the test result of the specific target, for example, when the result of the test target is a logical value, the first condition is true (True), and if the result of the specific test target is value, the first condition is a threshold.

The difference between the visual content of the specific patient and other patients in the display is that the difference is at least a first mark, or further includes a second mark, that is, the patient who meets the first condition, in its The relevant visual content contains the first mark or further contains the second mark, while the relevant visual content of other patients who do not meet the first condition does not contain the first mark or the second mark.

Wherein, the first mark and the second mark can be color blocks respectively, and convey the specific inspection target such as the type of infectious disease or drug-resistant bacteria, and the corresponding protective measures such as contact protection, air protection or droplet protection.

Further, for the any ward that does not meet the first condition and does not meet the first condition at the same time, it is displayed on the display at the position that is different from the relevant visual content of the any ward and other wards. The line includes a third mark, wherein the third mark can be a color block.

First, please refer to Fig. 1, the management system (10) provided in a preferred embodiment of the present invention for isolating patients with a visual intelligence system mainly includes a database (20) and a visual inspection system. Intelligent system (30).

The database (20) stores the electronic medical records of most patients, and records the personal identification data such as the patient's name and age for identifying people, the hospitalization data such as the ward and bed of the patient and the period of hospitalization, Regarding the patient's pathological examination data, and storing information related to a specific examination target of infectious diseases and drug-resistant bacteria, such as CRE, CRAB, CRPA, MRSA, VRE, VRSA or other types that do not belong to the above, and corresponding to different Information on different protective measures for infectious diseases and drug-resistant bacteria, such as contact protection, air protection, and droplet protection.

The visual intelligence system (30) includes a display (31), a display module (32) and a discrimination module (33);

The display (31) is a known terminal device, such as a display device that can display specific visual content such as a liquid crystal screen or a display screen of a handheld communication device;

The display module (32) is used to determine the visual content displayed on the display (31), such as image, text or color, and other information that can be perceived by human vision;

The discriminating module (33) is used to judge the test results of a specific test object in the electronic medical records of patients within a specific range in the database (20), and determine the display according to the judgment result of the specific test target. The visual content displayed by the module (32) via the display (31).

Further, what is displayed by the display module (32) via the display (31) is aimed at the area of most wards under the jurisdiction of a nursing station, and as shown in FIG. 1. Inpatients and related facilities are physically consistent in a floor plan (321), so that medical staff can intuitively learn the overall hospitalization situation in the area under their jurisdiction.

And taking the majority of inpatients in the area under the jurisdiction of the nursing station as the scope, the discrimination module (33) is to further judge the test results of the specific test object in these inpatients, determine whether it meets a first condition, and The specific patient of the first condition, for example, the inpatient Zhong XX of the bed number 112 in Fig. 2, contains a first mark (322) different from other patients in the visual content, so as to convey the test result of the specific patient to show its There are drug-resistant bacterial infections of VRE in the condition, and what needs to be explained at the same time is that, by setting the variable of the first condition in the discrimination module (33), it can be performed for different drug-resistant bacteria or infectious diseases. Discrimination, for example, in the pattern list on the left side of Figure 2, different block patterns represent different drug-resistant bacteria or others, so that medical staff can instantly know what kind of antibiotics a patient in a ward is exposed to through the visual content of the entire ward. For the infection of drug-induced bacteria or infectious diseases, as shown in Figure 2, the patient XX Wu in bed 121 was infected with VRE, the patient Huang XX in bed 122 was infected with CRPA, and the patient Jiang XX in bed 123 was infected with CRAB was infected with CRE, Zhang XX in bed 213 was infected with VRE, Ke XX in bed 212 was infected with VRE, and bed 211 was infected with CRE.

The satisfaction of the first condition should be determined according to the variable value of the test object as the judgment object, that is, when the result of the test object is a logical value, the value of the first condition is true (True), and When the result of the specific test object is a numerical value, the value that meets the first condition is a threshold value. When the specific patient meets the first condition, different color blocks or textures will be used according to the variables that are satisfied. The block is used as a difference to convey the information of the drug-resistant bacteria as shown in Figure 2 above.

Further, for a specific patient who meets the first condition, in addition to marking with the first mark on the specific test object, a second mark (323) such as a color block, a texture block, etc. The visual content conveys the infection control measures that should be implemented. For example, for each infected patient shown in FIG. 2 , the respective second signs indicate that the infection control measures that they should receive are contact protection.

In addition to marking the patient's infection status with appropriate visual content, the visual intelligence system (30) further uses the discrimination module (33) to determine which of the multiple patients in each ward in the area under its jurisdiction Whether the information about the specific inspection object meets and does not meet the first condition at the same time, for example, in the ward 11 where the bed number 112 is located in Figure 2, the discrimination module (33) judges that most patients in the ward 11 do not meet the requirements at the same time. The first condition does not meet the first condition at the same time, that is, it is partially met, and the area of the ward 11 has a third mark different from other wards through the display module (32) ( 324), that is, as shown in Figure 2, it is displayed on the area of the ward 11 with different patterns, so that it is easy to intuitively distinguish it from other patients, and to warn the medical staff that the patient 11 has the possibility of infection, Appropriate isolation and bed transfer measures are required to avoid the occurrence of nosocomial infection. For example, in the plan view of the ward under the jurisdiction of another nursing station shown in Figure 3, the third mark exists in ward 18 and ward 6 at the same time. The infection control measures for patients in the ward are the same, so that the patients in the two wards can be transferred to each other, that is, the bed 062 and the bed 182 are exchanged, so as to avoid the infection of the patients in the bed 052 and the bed 181.

In addition to the above-mentioned infection control for patients, if the management system for isolating patients with a visual intelligence system wants to have nursing station personnel who are also infected, a fourth mark (325) can be placed in the nursing station area Visual content such as color blocks or texture blocks prominently marks the fact of infection.

With the above technology, the management system for isolating patients with a visual intelligence system can help medical staff to intuitively and quickly learn the infection status of the patients they care for when caring for patients, so as to facilitate appropriate infection control measures, thereby improving The compliance rate of isolation can reduce the occurrence of nosocomial infection and reduce the burden on medical staff, so that medical human resources will not be wasted on the collection, analysis and judgment of infection control information.

In addition, what should be specially explained is that in the above description of visual content, although only color blocks, texture blocks, etc. are used as examples, the implementation of the present invention is not limited to them. The visual content of the information is sufficient to achieve the purpose of the present invention and should be protected by the present invention. It goes without saying that complex changes above are also within the scope of protection of the present invention.

Furthermore, in this embodiment, on the basis of the above, the visual intelligent system (30) can further include an epidemic adjustment module (34) and an intelligent bed arrangement module (35).

The epidemic investigation module (34) can screen out from the database (20) the variables that match the same ward within the selected time variable range for the specific patient that meets the first condition, or that meet, for example, the responsible nurse Waiting for the variables that the medical staff have been in contact with, and then through the display module (32) to display text and other visual content through the display (31) as shown in Figure 6, so as to achieve the purpose of rapid and comprehensive epidemic investigation .

What should be further explained here is that the epidemic investigation module (34) can also perform inquiries on variables such as drug-resistant bacteria or protective measures, in addition to querying specific patients, hospital beds and time as variables, so as to obtain different The results of the epidemic investigation will facilitate the implementation of infection control.

The smart bed arrangement module (35) is only one ward that meets the first condition in the database (20), according to the following criteria: (1) Determine the beds that can be isolated in the same ward. (2) Judging that different wards but in the same department can be centralized isolation beds. (3) Judging that different departments in different wards can concentrate isolation beds. (4) Judgment of the same infectious disease. (5) Determine the classification of the infection strain. (6) Determine the same isolation protection level (contact/droplet/air). (7) Judging age and gender. (8) Judgment of severe or non-severe disease. (9) Judgment of other special causes

A table of bed transfer suggestions (351) as shown in FIG. 7 is generated for medical staff to perform bed transfer, which is beneficial to the implementation of isolation and infection control measures.

(10): A management system for isolating patients with a visual intelligence system (20): database (30):Visual intelligence system (31):Display (32): Display module (321): floor plan (322): the first mark (323): Second mark (324): the third mark (325): The fourth mark (33): Discrimination module (34): Epidemic adjustment module (35):Smart bed arrangement module (351):Turn Bed Suggestion Form

Fig. 1 is a block diagram of a preferred embodiment of the present invention. Fig. 2 is a plane view of a visual content of a preferred embodiment of the present invention. Fig. 3 is another plan view of visual content of a preferred embodiment of the present invention. Fig. 4 is an example of Fig. 2 . FIG. 5 is an example of FIG. 3 .

(322): the first mark

(323): Second mark

(324): the third mark

(325): The fourth mark

Claims (10)

A management system for isolating patients with a visual intelligence system, including: 1. Database, including personal identification data, hospitalization data and examination data of most patients; A visual intelligence system, which obtains the data of the database, makes judgments, and displays it through a display with a visual means that can be recognized by human vision, including a display module, which uses visual content of images, colors, and/or text , displaying on the display enough information to identify most of the wards, most of the beds, most of the patients and the information about at least one specific test object in the test data. information, and determine the visual content of the display module based on the result of the judgment; When the judgment module judges that there is a specific patient meeting a first condition among the patients on the specific test target, the display module is used to display the specific patient’s visual content related to the specific test target Visual content that differs from other patients; and When the judgment module judges that among multiple patients in any ward at the same time, the information about the specific test object does not meet the first condition at the same time and does not meet the first condition at the same time, it will make the display module The visual content used to display the any ward is different from the visual content of other wards that meet the first condition or do not meet the first condition. As described in Claim 1, a management system for isolating patients with a visual intelligence system, wherein the specific test object is related to the test of infectious diseases or drug-resistant bacteria. A management system for isolating patients with a visual intelligence system as described in claim 2, wherein the first condition is true (True) when the result of the specific test object is a logical value, and true (True) when the result of the specific test target When it is a value, it is a threshold. As described in Claim 1, the management system for isolating patients with a visual intelligence system, wherein, for a specific patient meeting the first condition, the visual intelligence system has a first mark in the difference between the relevant visual content . As described in claim 4, the management system for isolating patients with a visual intelligence system, wherein the first mark is a color block. As described in claim 4, the visual intelligence system is used to manage the isolated patients, wherein, for the specific patient meeting the first condition, the visual intelligence system has a second mark on the difference of the relevant visual content . As described in Claim 6, the management system for isolating patients with a visual intelligence system, wherein the first mark and the second mark are color blocks of different colors. As described in claim 6 or 7, the visual intelligence system is used for the management system of isolated patients, wherein the first indication is to convey the message satisfying the first condition, and the second indication is to transmit the information to the patient after the first condition is met. Information on protective measures that patients should take. The management system for isolating patients with a visual intelligence system as described in claim 1, wherein, for any ward that does not meet the first condition at the same time and does not meet the first condition at the same time, the visual intelligence system The difference of the relevant visual content is a third mark. As described in Claim 9, the management system for isolating patients with a visual intelligence system, wherein the third mark is a color block.

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