JPH0619984A - Medical data management system - Google Patents

Abstract

PURPOSE:To provide a medical data management system capable of easily recognizing the relation of chemicals administered to patients and the fluctuation of inspection data. CONSTITUTION:Normal inspection data are inputted periodically through an automatic inspection data input part 5 and written through an information processing part 8 in an inspection data write area. In the meantime, the dosing information of the chemicals to be administered to the patients is inputted from a console input/output part 6 and written through the information processing part 8 in a closing information write area. For the written data, the inspection data and the closing information are simultaneously displayed with time through the information processing part 8. Thus, the dosage of the chemicals and the fluctuation of the inspection data cart be confirmed on the same screen, the factor of the data fluctuation is accurately discriminated and the management relating to the chemicals of the patients can be appropriately and efficiently performed.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a medical data management system for continuously recording medical data and processing the data.

[0002]

2. Description of the Related Art Conventionally, a large amount of medical care data has been generated due to the diversification of medical care practices and medical care methods performed for each patient in a hospital. For example, in the case of a dialysis patient, various tests are performed before dialysis, and during dialysis, the weight, blood pressure, pulse, etc. of the dialysis patient are also measured.

However, these medical treatments are performed by doctors, nurses,
It is performed by an engineer or the like, and the method of collecting the generated medical care data is a manual work, so that considerable labor and time are required. In particular, since the weight, blood pressure, pulse, etc. of a dialysis patient must be continuously measured during dialysis, the number of measurement data increases.

Further, in order for doctors, nurses, technicians, etc. to accurately grasp the dialysis progress of dialysis patients, continuous medical treatment data from the past, medical treatment data before and after dialysis,
It is desired to simultaneously express changes in body weight, blood pressure, pulse, etc. of a dialysis patient during dialysis in a time series including past results.

At the request of these dialysis sites, a proposal has been made to efficiently prepare dialysis record progress data and to make it useful for appropriate medical treatment, for example, Japanese Patent Laid-Open No. 4-6726.
No. 7 gazette reads time-series information of dialysis patients using an OCR reader to reduce the work load on the site side, and uses the read information as needed for appropriate diagnosis. Proposals have been made with a focus on making them useful.

[0006]

However, in the above-mentioned proposal, when the test data is displayed, the item relating to the medication information is not touched, and even if the test data is displayed as a graph, the information relating to the administration of the drug is the same. Not displayed on screen. Therefore, it is not easy to understand how the type of drug administered to a dialysis patient and the dose of the drug affect the test data of the dialysis patient.

Further, there are various kinds of medicines for dialysis patients, and even if the same medicines are used, there are individual differences in dosage, so that it is difficult to make detailed correspondences regarding medicines to be administered to dialysis patients.

The present invention has been made in view of the above circumstances, and provides a medical data management system suitable for medical management because the relationship between a drug administered to a patient and changes in test data can be easily grasped. Is intended.

[0009]

The medical data management system of the present invention records test data recording means for recording test data over time of a patient to be treated, and drug administration information regarding drug administration to the patient. And a display unit for simultaneously displaying the inspection data and the medication information over time.

[0010]

In the present invention, in monitoring the condition of a patient, by recording the test data of the patient, the medication information regarding the drug to be administered to the patient, and displaying them at the same time,
Make it easy to understand the relationship between test data and medication.

[0011]

Embodiments of the present invention will be described below with reference to the drawings. The drawings show an embodiment of the present invention, FIG. 1 is a block diagram of a medical data management system using an optical card, and FIG. 2 is an explanatory view showing a state in which test data on an optical card and data relating to medication information are written. FIG. 3 is an explanatory diagram in which medication information is simultaneously displayed on the test data graph display screen.

In FIG. 1, a medical data management system 1
Manages medical care data of a patient by using, for example, an optical card 2 which is a write-once recording medium as a recording medium for recording data (information).

The medical data management system 1 includes an optical card read / write section 3 for reading and writing data from and to an optical card 2, a printer section 4 for printing data read from the optical card 2, and the like. A test data automatic input unit 5 for automatically inputting test data sent from a test center or the like, and a console input / output unit 6 for inputting and displaying, for example, dialysis record data of dialysis patients.
And a memory storage unit 7 that temporarily stores data and the like, and an information processing unit 8 that is connected to these units and that performs data (information) processing and management.

In this embodiment, the optical card 2 is used as a recording medium for recording dialysis data of a dialysis patient. The optical card 2 is issued for each dialysis patient and an ID code for identifying the patient is recorded. ing. And this I
The D code manages information about each dialysis patient for each dialysis patient.

In the storage area of the optical card 2, there is an area for writing information on the medical history of the dialysis patient, the dialysis start and end times for the dialysis patient, the dialysis execution time, the dialysis execution date, the treatment content, the dialysis reservation of the dialysis patient, and the like. Further, as shown in FIG. 2, a test data writing area 11 in which test data such as blood pressure, weight, pulse, and body temperature during dialysis, before and after dialysis, is written, and a drug administered to a dialysis patient The drug information writing area 12 in which the drug information such as the type of the drug and the dose of the drug is written is formed by dividing the area.

Normal inspection data is sent from an inspection center (not shown), and this inspection data is automatically input to the inspection data 5
It is regularly entered via. The input inspection data is transferred to the optical card read / write unit 3 via the information processing unit 8, and the optical card read / write unit 3 writes the inspection data in the inspection data writing area 11 on the optical card 2.

On the other hand, the medication information of the drug to be administered to the dialysis patient is input from the console input / output unit 6 and the information processing unit 8
Is transferred to the optical card read / write unit 3 via the. The optical card 2 is read by the optical card read / write unit 3.
It is written in the upper medication information writing area 12.

When writing the medication information, FIG.
As shown in, write down the type of drug (drug name) at the start of dialysis, the dose of each drug, and the amount of the active ingredient of the drug called potency, and further improve by administering the drug. The inspection item code corresponding to the inspection data to be performed is also written. Then, unless there is a change in the type of drug and a change in the dose of the drug, new data of the medication information is not written to the optical card 2.
Reduce the number of medication information items.

The data written in the optical card 2 is used to monitor the physical condition of a dialysis patient for each dialysis, and is displayed on the console input / output unit 6 or a monitor screen installed outside.
The test data and the medication information can be displayed simultaneously.

The reading of the data of the optical card 2 is performed by the optical card read / write section 3, and at this time, the number of medication information is reduced, so that the reading time of the medication information is significantly shortened. Can, information processing unit 8
Also, the test data and the medication information can be promptly displayed via the memory storage unit 7.

FIG. 3 is a graph display screen of test data, showing an example in which the type of drug administered to a dialysis patient and the dose of drug are displayed on the same screen in addition to the test data.

Here, the dose of the drug is set at a certain fixed amount at the time of starting dialysis, the same amount is administered for a certain period while monitoring the physical condition of the dialysis patient, and after the end of the administration for a certain period. , If necessary, increase or decrease the dose of the drug to determine the most suitable dose for dialysis patients.

In this case, since the test data of the dialysis patient and the type and dose of the drug administered to the dialysis patient can be confirmed on the same screen and the change in the test data can be monitored, the change in the predetermined period should be prevented. Even if a dialysis patient experiences side effects during drug administration, the administration of the drug causing the side effect can be promptly stopped. When the medication is discontinued, the value on the graph is set to show 0, and it is possible to easily confirm the drug for which the administration is discontinued.

In this embodiment, since the change in the dose of the drug and the change in the test data can be confirmed on the same screen, the change in the test data can be compared to the conventional case in which the change in the test data is displayed as a graph. When showing different changes, it is possible to accurately judge the factors of the data change,
It is possible to more efficiently and appropriately manage the medicine of the dialysis patient.

In addition, in the medication information to be written on the optical card 2,
By including not only the dose of the drug itself but also the potency of the drug, the relationship between the inspection data and the dose of the drug can be grasped more accurately.

Further, by writing the code for the inspection item to be improved depending on the medicine to be administered on the optical card 2 along with the medication information, it is possible to display the meaning when the examination data and the medication information are displayed on the same screen. Certain combinations can be limited, and the correlation between test data and medication information can be confirmed promptly.

Note that this embodiment is only one example, and in the graph display screen of FIG. 3, there may be a plurality of drug graphs displayed on the same screen, and regarding the potency of the drug, the graph on the screen may be displayed. It may be displayed as numerical data as well as being displayed as a graph. Furthermore, regarding the dose of the drug,
Similar to the potency of a drug, a graph may be displayed and numerical data may be specified.

[0028]

As described above, according to the present invention, it is possible to record not only the test data of the patient but also the medication information regarding the drug administered to the patient and display them at the same time. It is possible to easily grasp the relationship between the medicine in use and changes in the inspection data, and it is possible to obtain excellent effects such as more efficient and more accurate management of the medicine for the patient.

[Brief description of drawings]

FIG. 1 is a block diagram of a medical data management system using an optical card.

FIG. 2 is an explanatory diagram showing a state in which inspection data and medication data on an optical card are written.

FIG. 3 is an explanatory diagram in which medication information is simultaneously displayed on a graph display screen of inspection data.

[Explanation of symbols]

 1 Medical Data Management System 2 Optical Card 3 Optical Card Read / Write Section 4 Printer Section 5 Test Data Automatic Input Section 6 Memory Storage Section 7 Console Input / Output Section 8 Information Processing Section 11 Test Data Writing Area 12 Medication Information Writing Area

Claims (1)

[Claims] 1. A test data recording unit for recording test data of a patient to be medically treated over time, a medication information recording unit for recording medication information regarding drug administration to the patient, the test data and the medication. A medical data management system, comprising: a display unit that simultaneously displays information and time.