JPS62187974A - Diagnosis data managing device - Google Patents

Abstract

PURPOSE:To display the past data and present data of all patients time- sequentially in case of the 2nd diagnosis or thereafter by forming a diagnosis history table, a daily diagnosis table and a diagnosis data file in a management file of medical diagnosis data for individual patient. CONSTITUTION:At the reception of diagnosis, a history managing part 5 collates a person proposing diagnosis with a diagnosis history table 12 by using the name, birthday, sex keys or the like identifying the person. When the same key is not detected, the patient is decided as a new patient, and when the same keys exist, the patient is decided as a past patient and the current diagnosis history is added to the table 12 as the final history of the patient. A storing processing part 4 stores the history in the area of a diagnosis data file 13. A retrieval processing part 6 refers the daily diagnosis table 11 and the table 12, extracts the diagnosis data of all the patient of the day corresponding to the day and several days in the past and displays the extracted data time- sequentially.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to means for automating medical examination work in the medical field. In particular, the present invention relates to a management device for medical examination history and medical examination data.

〔overview〕

The present invention is a medical examination data management device that collects patient examination data and visually displays it, so that examination history can be displayed in chronological order, thereby allowing examination work to be carried out quickly. It is something.

[Conventional technology]

In conventional devices, various M2 devices (biochemical analyzers, blood cell counters, etc.) are connected to a computer via a protocol conversion device, and the information analyzed by the ME devices is collected by the computer and displayed visually. let This shortens the time required for a medical examination and the time it takes to obtain results, making the medical examination process more efficient.

[Problem that the invention seeks to solve]

Although such conventional devices greatly contribute to the automation of on-the-spot medical examinations, the results that are visually displayed are mainly the health status of the individual at the time of the examination, and they do not actually In order to make an appropriate diagnosis, it was necessary to repeat re-examinations and interviews in chronological order.

The present invention aims to eliminate such drawbacks, and aims to provide a medical examination data management device in which past medical examination data is visually displayed in chronological order.

[Means for solving problems]

The present invention provides medical examination data management comprising a storage means for accumulating examination data of patients, a reading means for reading examination data of a predetermined patient from the storage means, and a display means for displaying the read examination data. In the apparatus, the storage means is set with an area for accumulating past and present examination data, and the reading means reads designated examination data from among the examination data stored in the area, and reads out the designated examination data in chronological order. The present invention is characterized by comprising means for causing the display means to display the information.

[Operation] The current bone examination data of the patient and the past several examination data are stored in the storage means.

Based on the input of a signal specifying a patient, a series of medical examination data for this patient is read out from the storage means and visually displayed in chronological order on the display means.

〔Example〕

DESCRIPTION OF THE PREFERRED EMBODIMENTS A device according to an embodiment of the present invention will be explained below based on the drawings.

FIG. 1 is a block diagram showing the configuration of an apparatus according to an embodiment of the present invention. As shown in FIG.
equipment and mark card reading device 1, protocol conversion device 2, reading processing section 3, storage processing section 4, history management section 5, search processing section 6, output processing section 7, same-day consultation table 11, and , a medical examination history table 12, a medical examination data file 13, and an output device 14, of which a reading processing section 3, a storage processing section 4, a history management section 5, a search processing section 6, and an output processing section 7 is realized by software running on the central processing unit of the electronic meter Wa 31, and the same-day examination table 11, examination history table 12, and examination data file 13 are files stored on the external storage device 32. Realized. The ME device and mark card reading device l detects necessary information as a signal from blood or urine collected in a test tube 21 or the like and a medical interview form 22 filled out by the patient, and sends it to the protocol conversion device 2. Usually, M
Since a signal detected by an E device often does not match the interface of a computer, the protocol conversion device 2 is used to perform protocol conversion to match the interface, and then the signal is sent to the computer 31. The sent signal is received by the read processing section 3 and is notified to the storage processing section 4.

On the other hand, the history management section 5 performs history management by checking the examination history table 12 using keys (name, gender, date of birth) for identifying the applicant for examination at the time of reception of the examination. This operation will be explained based on FIG. first,
After setting the key to identify the individual, check the medical examination history table 12.
Check to see if the same key exists.

If the patient does not exist, it is determined that the patient is a new patient, the current medical examination history is set, and a new registration is made on the medical examination history table 12. If the patient exists, the patient has been examined in the past. It is determined that there is, and the current medical examination history is added to the medical examination history table 12 as the last history of that individual.

In either case, the date of consultation and the number for that day are set in the history information. In addition, regardless of whether the patient is a new patient or has had a medical examination in the past, the patient's information on the day, including a key to identify the individual and the number for that day, is written on the medical examination table 11, and the examination date and the current day's number are written on the medical examination data file 13. Create an area to write the current examination data including the number inside.

Now, the storage processing section 4 stores the examination data notified from the reading processing section 3 in an area on the examination data file 13 generated by the history management section 5. Next, by referring to the current examination table 11 and the examination history table 12, the search processing unit 6 is used to automatically extract the examination data for this and several past examinations for all examinees on that day from the examination data file 13. By notifying the output processing unit 7 of this, the medical examination data of all the examinees on that day can be automatically and visually displayed on the output device 14 in chronological order. In addition, the search processing unit 6 searches the same-day consultation table 1.
By directly instructing a key for identifying an individual without referring to 1, it is also possible to visually display the necessary examination data regarding the individual in chronological order on the output device 14 at any time.

〔Effect of the invention〕

As explained above, the present invention connects means for detecting medical examination data, such as multiple ME devices, to a computer and imports the data. It becomes possible to visually display the examination data of the same individual and the examination data of all the examinations in chronological order, which speeds up the examination work and allows doctors and others to make appropriate and accurate comprehensive diagnoses and improve daily life. It has the effect of enabling advice etc.

[Brief explanation of drawings]

FIG. 1 is a block configuration diagram showing the configuration of an apparatus according to an embodiment of the present invention. FIG. 2 is a conceptual diagram illustrating the operation of the history management section of FIG. 1. l...ME equipment and mark card reading device, 2...
・Protocol conversion device, 3...Reading processing unit, 4...
Storage, payment processing unit, 5... history management unit, 6... search processing unit, 7... output processing unit, 11... same day consultation table, 12... medical examination history table, 13... Medical examination data file, 21...test tube, 22...questionnaire, 3
1...Electronic computer, 32...External storage device.

Claims (1)

[Claims] (1) A medical examination data management device comprising a storage means for accumulating patient examination data, a reading means for reading out the examination data of a predetermined patient from the storage means, and a display means for displaying the read examination data. In the storage means, an area for accumulating past and present medical examination data is set, and the reading means reads specified examination data from among the examination data stored in the area, and reads the specified examination data in chronological order. Means to display on display means