JPH10192242A - Ophthalmologic device and electronic memory medium - Google Patents

Abstract

PROBLEM TO BE SOLVED: To avoid an erroneous diagnosis by discriminating at least one kind of data to correspond which one of the right and left eyes based on a selection instruction inputted from an inputting means and enabling to show other kinds of data by only an identical eye. SOLUTION: An inputting means 100 transmits data of instructions by a tester, numerics, and letters to a control means 300, and a memory 200 stores various kinds of data and programs. A control means 300 executes general analysis of data by performing image analysis and overlapping visual field and eyeground image information data, etc., manages to control the whole ophthalmic analysis apparatus 1000, and takes data from an ophthalmic equipment 2000 to execute image processing. Here, the control means 300 discriminates at least one kind of data corresponds to whether right or left eye based on a selecting instruction inputted from the inputting means 100, and displays another kind of data by only an identical eye to a display means.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an ophthalmic analysis apparatus, and more particularly, to the case of performing an integrated analysis by combining visual field data and fundus data, in which an erroneous recognition of a target eye or the use of data far apart from the examination date and time is performed. The present invention relates to an ophthalmologic analysis device capable of preventing the occurrence of such problems.

[0002]

2. Description of the Related Art The present applicant has proposed a technique for performing an integrated analysis of a disease by combining visual field data and fundus data.

[0003]

However, when the analysis is performed by superimposing data of the fundus and the visual field, there is a concern that an erroneous diagnosis may be made unless the left and right of the target eye are unified.

[0004] Furthermore, when performing analysis by superimposing data of the fundus and the visual field, if the date and time difference between the date of examination of the fundus and the date of examination of the visual field is large, erroneous diagnosis is made.

[0005]

SUMMARY OF THE INVENTION The present invention has been devised in view of the above-mentioned problems, and has two or more input means for inputting a command or the like of an examiner and at least one type of eye to be inspected. Control means for capturing and calculating the data of the subject; and a memory connected to the control means for storing at least the data; and at least one type of data of the same subject, Display means capable of displaying each corresponding data in a mixed state, wherein the control means, based on a selection command input from the input means, the at least one type of data,
It is characterized in that it is determined which of the left and right eyes corresponds to the data, and the other type of data can be displayed on the display means only by the same eye.

According to the present invention, there is provided an input means for inputting a command or the like of an examiner, a control means for taking in two or more pieces of data for at least one type of an eye to be examined, and performing an arithmetic processing. Display means connected to the control means for displaying at least one type of data of the same subject and corresponding data of the left and right eyes in a mixed state, and a memory for storing at least the data; The control means selects the corresponding data when there is data corresponding to the same examination date based on the selection command input from the input means, and selects the corresponding data with respect to the display means. It is characterized in that the displayed data can be displayed.

Further, the present invention provides an input means for inputting a command or the like of an examiner, a control means for fetching two or more pieces of data for at least one type of an eye to be examined, and performing an arithmetic processing. Display means connected to the control means for displaying at least one type of data of the same subject and corresponding data of the left and right eyes in a mixed state, and a memory for storing at least the data; The control means, based on the selection command input from the input means, if there is corresponding data within a predetermined range from the inspection date, select the corresponding data,
It is characterized in that the selected data can be displayed on the display means.

According to the present invention, there is provided an input means for inputting a command or the like of an examiner, a control means for taking in two or more pieces of data for at least one type of an eye to be examined, and performing an arithmetic processing. Display means connected to the control means for displaying at least one type of data of the same subject and corresponding data of the left and right eyes in a mixed state, and a memory for storing at least the data; The control means determines the reliability of the data,
Only data having a certain degree of reliability can be displayed on the display means.

According to the present invention, there is provided an input means for inputting a command or the like of an examiner, a control means for fetching two or more data for at least one kind of an eye to be examined and performing an arithmetic processing. Display means connected to the control means for displaying at least one type of data of the same subject and corresponding data of the left and right eyes in a mixed state, and a memory for storing at least the data; Wherein the control means determines an error in the data of the left and right eyes and the like, and enables a warning to be displayed on the display means.

Further, the present invention provides an input means for inputting a command or the like of an examiner, a control means for taking in two or more pieces of data for at least one kind of an eye to be examined, and performing an arithmetic processing. A memory connected to the control means, for storing at least the data, and display means for displaying at least one type of data of the same subject, the data corresponding to each of the eyes to be examined in time series; The control means, based on a specific portion of the data displayed on the display means specified by the input means, the corresponding other type of data can be displayed on the display means, I have.

The electronic storage medium used for the control means of the ophthalmologic apparatus of the present invention includes an input means for inputting a command or the like of an examiner, and two or more input means for at least one type of the eye to be inspected. Control means for capturing data and performing arithmetic processing; a memory connected to the control means for storing at least the data; and at least one type of data of the same subject; An electronic storage medium used for a control means of an ophthalmologic apparatus, comprising a display means capable of displaying the corresponding data in a mixed state, wherein the control means is configured to perform control based on a selection command input from the input means. Identifying whether the at least one type of data corresponds to the left or right eye data, and enabling the display unit to display the other type of data only with the same eye. It is characterized in Rukoto.

Further, the electronic storage medium used for the control means of the ophthalmologic apparatus of the present invention includes an input means for inputting a command or the like of an examiner, and an electronic storage medium for at least one kind of eye to be inspected.
Control means for fetching and processing more than one piece of data and performing arithmetic processing; a memory connected to the control means for storing at least the data; and at least one of the same subjects
An electronic storage medium used for a control unit of an ophthalmologic apparatus, the display unit being a type of data, and a display unit capable of displaying the corresponding data of each of the left and right eyes in a mixed state, wherein the control unit is When there is data corresponding to the same inspection date based on the selection command input from the input means, the corresponding data is selected and the selected data can be displayed on the display means. It is characterized by:

The electronic storage medium used for the control means of the ophthalmologic apparatus according to the present invention includes an input means for inputting a command or the like of an examiner, and two or more input means for at least one type of eye to be inspected. Control means for capturing data and performing arithmetic processing; a memory connected to the control means for storing at least the data; and at least one type of data of the same subject; An electronic storage medium used for a control means of an ophthalmologic apparatus, comprising a display means capable of displaying the corresponding data in a mixed state, wherein the control means is configured to perform control based on a selection command input from the input means. If there is corresponding data within a predetermined range from the inspection date, select the corresponding data,
It is characterized in that the selected data can be displayed on the display means.

[0014]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention constructed as described above
The input means inputs a command or the like of the examiner, the control means fetches two or more pieces of data for at least one type of the eye to be examined, performs an arithmetic processing, and the memory connected to the control means stores at least the data. The display means is capable of displaying at least one type of data of the same subject and corresponding data of the right and left eyes in a mixed state, and the control means is inputted from the input means. Based on the selection command, at least one type of data is identified as corresponding to either the left or right eye data,
Other types of data can be displayed only with the same eye.

Further, according to the present invention, when there is data corresponding to the same inspection date based on a selection command input from the input means, the control means selects the corresponding data, and The selected data can be displayed.

Further, according to the present invention, when there is corresponding data within a predetermined range from the inspection date, the control means selects the corresponding data based on the selection command input from the input means, and displays the data. , The selected data can be displayed.

According to the present invention, the control means determines the reliability of the data, and only the data having a certain reliability can be displayed on the display means.

Further, according to the present invention, the control means can determine an error in the data of the left and right eyes and the like, and can display a warning on the display means.

Further, according to the present invention, based on a specific portion of the data displayed on the display means specified by the input means, the control means can display other corresponding data on the display means.

The electronic storage medium used for the control means of the ophthalmologic apparatus according to the present invention is such that the input means inputs a command or the like of the examiner, and the control means comprises two control means for at least one type of the eye to be examined. A memory connected to the control means stores at least the data, and the display means is at least one type of data of the same subject, and captures and processes the data. The corresponding data can be displayed in a mixed state, and the control means identifies, based on the selection command input from the input means, whether at least one type of data corresponds to the data of the left or right eye, and displays the data. For the means, other types of data can be displayed only with the same eye.

The electronic storage medium used for the control means of the ophthalmologic apparatus according to the present invention may be arranged such that the control means is configured to store data corresponding to the same examination date based on a selection command input from the input means. , The corresponding data is selected, and the selected data can be displayed on the display means.

The electronic storage medium used for the control means of the ophthalmologic apparatus according to the present invention is such that the control means stores corresponding data within a predetermined range from the examination date based on a selection command input from the input means. In some cases, the corresponding data is selected, and the selected data can be displayed on the display means.

[0023]

【Example】

An embodiment of the present invention will be described with reference to the drawings.

The ophthalmic analyzer 1000 of this embodiment includes an input unit 100, a memory 200, a control unit 300,
And output means 400.

The input means 100 is for sending an examiner's command, numerical data, character data, and the like to the control means 300, and employs a keyboard, a mouse, and the like. Input means 10
0 is not limited to a keyboard and a mouse, and any input device can be adopted.

The memory 200 is for storing various data, programs, and the like. Therefore, the control means 3
By combining 00 and the memory 200, a database can be constructed.

The control means 300 is for performing an integrated analysis of data by executing image analysis or superimposing visual field data and fundus image information data or the like. Further, the control means 300 includes an arithmetic processing means including a CPU, and controls the overall operation of the ophthalmic analysis apparatus 1000. Note that a program for operating the control unit 300 is supplied from an electronic storage medium such as a floppy disk or a CDROM.

The control means 300 controls the ophthalmic device 20
The data from 00 is taken in and image processing and the like are executed. The ophthalmic apparatus 2000 is for inspecting the eye of the subject, and in this embodiment, the fundus camera 2
100 and a perimeter 2200.
An inspection device such as an eye refractometer, an eyesight meter, a tonometer, and a slit lamp can be added.

The output means 400 is for displaying the calculation result of the control means 300, and corresponds to a display device, a printer means, a magnetic storage device or the like. Output means 40
For 0, any device can be used as long as it can display or store the calculation result of the control means 300.

Next, the operation of this embodiment will be described. First, in step 1 (hereinafter abbreviated as S1), use is started.

Next, in S2, the user is set. That is, the user to be used is registered, and the security of the system is ensured. Note that the user setting in S2 can be omitted, and user management can also be performed using a service of an OS (operating system).

At S3, a process is selected. That is,
A desired one of the three processings of the data input processing, the patient selection processing, and the termination processing is selected.

"Data input processing"

If "data input processing" is selected in S3, the process proceeds to S4, where data transfer processing is performed. That is, the eye of the subject is inspected by the ophthalmic apparatus 2000 or the like, and the obtained data is transferred to the ophthalmic analyzer 1000 of the present embodiment. Here, the data obtained by the ophthalmic apparatus or the like corresponds to fundus image information data, visual field data, intraocular pressure data, visual acuity data, slit lamp data, and the like.

The data is transferred by operating one or both of the ophthalmic equipment 2000 and the ophthalmic analyzer 1000 or the like. Furthermore, after executing the data transfer at regular intervals, or after each of the ophthalmic instrument 2000 and the ophthalmic analyzer 1000 acquire the data,
It is also possible to adopt a configuration in which the data is automatically transferred. Further, the acquired data is stored in each of the ophthalmic apparatus 2000 and the like and the ophthalmic analysis apparatus 1000, and only the label data is transferred. 2000 etc. and ophthalmic analyzer 1
It is also possible to make a link on the data with 000.

In this embodiment, transfer using a network is employed, but a magnetic tape, a floppy disk, an MO, a CD-ROM, or the like may be used.

When the data transfer process is completed, the process proceeds to S5, where a data registration process is performed. The data registration process in S5 is for registering the data transferred to the ophthalmic analyzer 1000 in a database or the like. In S4,
When a plurality of data or a plurality of types of data have been transferred, the data registration process can be repeated a plurality of times in S5. The data to be registered may be displayed on output means 400 such as a display, and a check may be made as to whether or not to register the data in the database.

If the transferred data is insufficient or needs to be corrected, it can be manually input from the input means 100 such as a keyboard. For example, when data such as left and right eye information and examination date and time are not automatically inputted, the data can be manually inputted from the input means 100 such as a keyboard.

Further, when the patient information corresponding to the data to be registered is not registered, the data may be registered as it is without the patient information, or the data may be registered after performing a new patient registration. In this case, all the new patient registrations are manually input, or the data required for patient registration is received from the information of the data transferred from the ophthalmic equipment, etc., and the operation of the manual input is simplified. You can also.

In S6, the examiner determines whether or not to end the data input processing, and when it is determined to end, returns to S3. If it is determined in S6 that the examiner does not end, the process returns to S4.

"Patient selection process"

If "patient selection processing" is selected in S3, the process proceeds to S7, where a patient list is displayed. That is, a list of patient IDs, names, birth dates, genders, diagnosis names, and the like registered in the database is displayed on the output unit 400 such as a display device. The order of display of the list contents can be determined as appropriate.

Next, in S8, a patient is selected. That is, as shown in FIG. 3, a patient is selected from the patient list in S7 using the input means 100 such as a keyboard and a mouse, and an ID and a name are selected using the input means 100 described above.
You can search for and select target patients.

Then, the selected patient's name, date of birth,
Patient information such as gender and diagnosis name is extracted. In FIG.
The example selected by the diagnosis name is shown. Note that the subsequent processing is performed on data of the selected patient unless otherwise specified.

In step S9, it is determined whether or not to newly register the patient data selected or manually input in step S8.
When newly registering, the process proceeds to S10, and new registration is performed. That is, if the patient input in the patient selection in S8 is not registered in the database, the newly registered patient in S10 is newly registered.

The new registration of a patient is for inputting patient information of a corresponding patient, and is manually input using input means 100 such as a keyboard or input using a storage medium such as an ID card, a magnetic disk, or a floppy disk. It can be performed.

When the new registration in S10 is completed,
The process proceeds to “data selection / processing selection process” from 11 to S17. If it is determined in S9 that new registration is not required,
After passing through S10, the process proceeds to “data selection / processing selection processing” of S11 to S17.

In S11, the type of data is selected.
That is, among the data, fundus image information data, visual field data, intraocular pressure data, visual acuity data, analysis result data, group data, and the like are selected. The group data is
The selected data, the result data obtained by the analysis processing, and the like correspond to each other.

It is also possible to select a list of a plurality of data types. For example, two types of lists, fundus data and visual field data, can be displayed.

"Display data list"

In S12, a list of the data selected in S11 is output. And in S13,
The user selects necessary data from the list, selects a data name or the like by using the input unit 100 such as a keyboard, and displays the selected data or attached information on the output unit 400 such as a display device.

Note that the list is a list of target data in which additional information or the like that can distinguish each data is set as a record.

For example, a list of fundus image information data registered for a patient is called, a record of data to be selected from the list is selected by the input means 100 such as a mouse and a keyboard, and the operation is performed by double-clicking or the like. Determine. Then, the output unit 400 such as a display device displays the fundus image and the attached information of the selected data. Here, the attached information corresponds to the left and right eyes, examination date and time, examination equipment name, and the like.

Further, not only the fundus image but also the visual field and other data can be displayed.

Further, a plurality of data can be selected and displayed in combination, and the combination of the selected data can be registered in the database as group data.

When displaying a list of the fundus data and the like of the target patient, if the data and the like of the target patient have not been previously selected, all the selected data are selected in the selection of the data type in S11. You can also output.
If data has already been selected, the list output from the left and right eye information or the examination date and time information of the already selected data can be limited or automatically selected.

A list that can be output simultaneously can be fixed to one list, or a plurality of lists can be output.

When a plurality of lists are selected, when data in a specific list is selected, it is possible to restrict other list data and further restrict an output list in real time. it can.

Here, the restricted output of the list will be described in detail. In addition, the following processes can be implemented combining two or more suitably.

(1) The data to be output to the list is restricted based on the left and right eye information of the previously selected data.

As shown in FIG. 4, since the previously selected fundus is the left eye, the data to be output to the list is only the left-eye field data. At this time, if there is no corresponding data, a message indicating that there is no corresponding data can be displayed.

(2) From the inspection date and time information of the previously selected data, an inspection date and time within a specific value range is output to a list.

The number of days within a specific value range can be determined as appropriate. Furthermore, from the output list, the data closest to the inspection date and time information of the previously selected data can be highlighted or held in a state selected on the list.

The display position of each record in the list is such that the preceding or succeeding data is output centering on the closest data, or the closest data is displayed at the beginning or end of the list, and the newest data or the newest data is displayed. ,
Older data, or both data, can be output in the order closest to the closest data.

In the example shown in FIG. 5, since the fundus is the left eye and the examination date is June 6, 1995, it is the left eye that is displayed in the intraocular pressure list and the examination date Is 19
Highlighting is centered on June 6, 1995, and output to the output means in a state selected on the list. Also,
If you want to select other data on the list, you can select other data.

(3) The same eye data within a specific value range or on the same examination date is automatically output from the left / right eye information and examination date / time information of the previously selected data.

For example, as shown in FIG. 6, when the fundus is selected, the visual field data and the like of the same eye and on the same examination day can be automatically output.

As for the timing of outputting other data, the first data is selected, the remaining data not selected is immediately output, or after selecting the first data, the type of the target data is selected. It can be set as appropriate, such as outputting when it is done.

Furthermore, when there are a plurality of data of the same eye on the same examination date, a plurality of data can be selected to be selected. For example, it is possible to set conditions such as obtained data with near date and time, old data, program name (for example, quick screening, threshold value inspection, etc.), previously specified data, etc., singly or in combination. . Note that input means 100 such as a keyboard and a mouse
Can be selected manually.

Further, for data having reliability, the reliability can be used as a parameter for automatic selection.
For example, as shown in FIG. 7, even if there is data with the same eye on the same examination date as the selected data, if the reliability is low, the data is not selected and the other data is selected. It is possible to select data with a high degree of reliability among the inspection dates close to the given data.

As an index of the reliability, there is a method of presenting an index to the Marriott blind spot and, when there is a response, determining that the fixation is poor and calculating the fixation defect rate. Furthermore, the reliability is as follows: a false positive with a response even if there is no index presentation only with the operation sound of the machine, a false negative with no response despite showing a high-brightness index that should be clearly visible, the same measurement point It can also be obtained by measuring short-term fluctuations and the like, which are variations in the reaction when measured twice.

(4) It is also possible to display all data of the target patient without restricting the output list.

In this case, when the previously selected data and the data with different left and right eyes are selected, an appropriate alarm can be issued from the output means 400 as shown in FIG. Similarly, if the difference between the examination dates and times is equal to or greater than the set value, a similar warning can be issued.

(5) In the case of intraocular pressure, as shown in FIG. 9, the intraocular pressure data on the side corresponding to the left and right eye information selected in the "data selection" in S13 is displayed as graph data.

The range of data to be displayed can be set to all the patients to be treated or to a specific designated range. Note that the graph can also specify a line, a bar graph, or the like.

In the intraocular pressure graph, as shown in FIG. 9, it is possible to clearly display a portion corresponding to data that is selected and displayed. For example, by changing the color or pointing with an arrow,
It is also possible to display what data is being displayed.

When the intraocular pressure is selected first, the processing can be performed in the same manner as other data. Furthermore, in the case of intraocular pressure, only the left and right eyes are selected. Here, the selection of the left and right eyes can be made by the input means 100 such as a button, or by the left and right eye information of the intraocular pressure data selected from the displayed intraocular pressure data list.

Further, the intraocular pressure of the selected eye can be output to a table or a graph, and by selecting data on the table or the graph, the same examination date of the data or a near examination date of the data can be selected. Other types of data can be selected automatically or manually. For example, as shown in FIG.
By selecting an abnormal part in the graph, it is possible to automatically select a fundus image, a visual field, or the like, which is another type of data, or output a highlighted list. For example, data can be selected on a fundus graph and a fundus image can be automatically selected.

It is to be noted that numerical data such as visual acuity can be used in addition to the intraocular pressure data.

At S13, data is selected from the displayed list, or a data name or the like is selected by input means 100 such as a keyboard. If this process is automatically selected in the previous process, the process can be omitted.

Next, in step S14, the selected data, attached information and the like are displayed on the output means 400 such as a display device. Further, the selection list can be executed as it is output or in a closed state.

Further, in S15, it is determined whether or not to end the data selection. In S15, if it is selected to end, the process proceeds to S16. If it is selected not to end, S is executed.
It is configured to return to 11.

Then, in S16, it is determined whether or not to perform the analysis. When it is determined that the analysis is not performed in S16, the process returns to S7, and when it is determined that the analysis is performed in S16, the process proceeds to S17.

"Analysis processing"

When the examiner selects "analysis processing" in S16, the process proceeds to S17, where the analysis processing is executed.

Based on automatic detection of the nipple or macula in the analysis processing, or input of the position data of the nipple or macula by manual input, etc., the apology of the selection of the left and right eyes is recognized, and an alarm is issued as in FIG. You can also.

The analysis processing in S17 is for performing an integrated analysis of data by executing image analysis or superimposing visual field data and fundus image information data.

The analysis process can be performed on a plurality of data of the same patient, and can also be performed on data of another patient, and the respective data can be compared at the same time.

The combination of the data analyzed in S17 and the analysis result shown in FIG. 11, for example, can be stored in the database as group data.

In the case of "Analysis is required" in S16, if the data to be analyzed has not been selected, the selection of "Analysis processing" in S17 can be limited to impossible. Furthermore, when certain data is selected, an option can be added so that other data cannot be selected.

Next, in S18, the examiner determines whether or not to end the "data selection / processing selection process", and if so, proceeds to S3 to end the "data selection / processing selection process". . If the examiner determines in S18 that the “data selection / process selection process” is not to be ended, the process returns to “process selection” in S11.

If the examiner determines in S3 "selection of processing" that the whole is to be ended, the flow proceeds to S19 to perform end processing. This end processing is configured to be selectable in any of the processing steps. The end processing of S19 performs a backup operation of the system and data, and ends.

[0094]

According to the present invention, the input means for inputting a command or the like of the examiner and two or more data for at least one type of the eye to be inspected are obtained and processed. Control means, a memory connected to the control means for storing at least the data, and a state in which at least one type of data of the same subject and corresponding data of the left and right eyes are mixed. The control means, based on a selection command input from the input means, identifies whether the at least one type of data corresponds to either the left or right eye data, Since the other type of data can be displayed on the display means only with the same eye, erroneous diagnosis can be prevented.

Further, the control means of the present invention can collectively output a plurality of pieces of test data whose test dates are close to each other and output them from the output means, thereby preventing erroneous diagnosis.

Further, according to the present invention, when the inspection date of a plurality of inspection data is longer than a certain number of days, the control unit can output a warning from the output unit, thereby preventing erroneous diagnosis. There is an outstanding effect that it can be done.

[0097]

[Brief description of the drawings]

FIG. 1 is a diagram showing an electrical configuration of an ophthalmologic analyzer 1000 according to an embodiment of the present invention.

FIG. 2 is a diagram illustrating the operation of the ophthalmic analysis apparatus 1000 according to the present embodiment.

FIG. 3 is a diagram illustrating a list.

FIG. 4A is a diagram illustrating a list.

FIG. 4B is a diagram illustrating a list.

FIG. 5A is a diagram illustrating a list.

FIG. 5B is a diagram illustrating a list.

FIG. 6A is a diagram illustrating a list.

FIG. 6B is a diagram illustrating a list.

FIG. 7A is a diagram illustrating a list.

FIG. 7B is a diagram illustrating a list.

FIG. 8A is a diagram illustrating a list.

FIG. 8B is a diagram illustrating a list.

FIG. 9A is a diagram illustrating a list.

FIG. 9B is a diagram illustrating a list.

FIG. 10A is a diagram illustrating a list.

FIG. 10B is a diagram illustrating a list.

FIG. 11 is a diagram showing an analysis result.

[Explanation of symbols]

 1000 Ophthalmic analysis device 100 Input means 200 Memory 300 Control means 400 Output means

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[Procedure amendment]

[Submission date] March 24, 1998

[Procedure amendment 1]

[Document name to be amended] Drawing

[Correction target item name] All figures

[Correction method] Change

[Correction contents]

[Fig. 1]

[Fig. 3]

FIG. 4 (a)

FIG. 4 (b)

FIG. 9 (a)

FIG. 10 (a)

FIG. 2

FIG. 5 (a)

FIG. 5 (b)

FIG. 6 (a)

FIG. 7 (a)

FIG. 11

FIG. 6 (b)

FIG. 7 (b)

FIG. 8 (b)

FIG. 8 (a)

FIG. 9 (b)

FIG. 10 (b)

Claims (9)

[Claims] 1. An input means for inputting a command or the like of an examiner, a control means for taking in two or more pieces of data for at least one type of an eye to be examined, and performing an arithmetic processing, and A memory for storing at least the data, and display means capable of displaying at least one type of data of the same subject and corresponding data of the left and right eyes in a mixed state. Based on a selection command input from the input unit, the control unit identifies whether the at least one type of data corresponds to either the left or right eye data, Ophthalmic apparatus characterized in that data of the following types can be displayed only by the same eye. 2. An input means for inputting a command or the like of an examiner, a control means for taking in two or more pieces of data for at least one type of an eye to be examined, and performing arithmetic processing, A memory for storing at least the data, and display means capable of displaying at least one type of data of the same subject and corresponding data of the left and right eyes in a mixed state. The control means, based on the selection command input from the input means, if there is data corresponding to the same inspection date,
An ophthalmologic apparatus, wherein corresponding data is selected, and the selected data can be displayed on the display means. 3. An input means for inputting a command or the like of an examiner, a control means for taking in two or more pieces of data for at least one kind of an eye to be examined, and performing an arithmetic processing, and A memory for storing at least the data, and display means capable of displaying at least one type of data of the same subject and corresponding data of the left and right eyes in a mixed state. The control means, based on the selection command input from the input means, if there is corresponding data within a predetermined range from the inspection date, select the corresponding data, for the display means, An ophthalmologic apparatus capable of displaying selected data. 4. An input means for inputting a command or the like of an examiner, a control means for taking in two or more pieces of data for at least one type of an eye to be examined, and performing arithmetic processing, A memory for storing at least the data, and display means capable of displaying at least one type of data of the same subject and corresponding data of the left and right eyes in a mixed state. An ophthalmologic apparatus, wherein the control means determines the reliability of the data, and enables only the data having a certain reliability to be displayed on the display means. 5. An input means for inputting a command or the like of an examiner, a control means for taking in two or more pieces of data for at least one kind of an eye to be examined, and performing an arithmetic processing, and the control means. A memory for storing at least the data, and display means capable of displaying at least one type of data of the same subject and corresponding data of the left and right eyes in a mixed state. An ophthalmologic apparatus, wherein the control means determines an error or the like in data of the left and right eyes and enables a warning to be displayed on the display means. 6. An input means for inputting a command or the like of an examiner, a control means for taking in two or more pieces of data for at least one type of an eye to be examined, and performing an arithmetic processing, A memory for storing at least the data, and display means for displaying at least one type of data of the same subject, and corresponding data of each of the subject's eyes in chronological order, An ophthalmologic apparatus, wherein the control means is capable of displaying another type of corresponding data on the display means based on a specific portion of the data displayed on the display means specified by the input means. . 7. An input means for inputting a command or the like of an examiner, a control means for taking in two or more pieces of data for at least one type of an eye to be inspected, and performing an arithmetic processing; A memory for storing at least the data, and display means for displaying at least one type of data of the same subject and corresponding data of the left and right eyes in a mixed state. An electronic storage medium used for control means of an ophthalmologic apparatus, wherein the control means converts the at least one type of data into data of one of right and left eyes based on a selection command input from the input means. An electronic storage medium used for a control unit of an ophthalmologic apparatus for identifying whether or not the data corresponds, and enabling the display unit to display the other type of data only with the same eye. 8. An input means for inputting a command or the like of an examiner, a control means for taking in two or more pieces of data for at least one type of an eye to be examined, and performing an arithmetic processing, and A memory for storing at least the data, and display means for displaying at least one type of data of the same subject and corresponding data of the left and right eyes in a mixed state. An electronic storage medium used for a control unit of an ophthalmologic apparatus, wherein the control unit, when there is data corresponding to the same examination date, based on a selection command input from the input unit, Select data, and for the display means,
An electronic storage medium used for a control unit of an ophthalmologic apparatus for enabling display of selected data. 9. An input means for inputting a command or the like of an examiner, a control means for taking in two or more pieces of data for at least one type of an eye to be inspected, and performing an arithmetic processing; A memory for storing at least the data, and display means for displaying at least one type of data of the same subject and corresponding data of the left and right eyes in a mixed state. An electronic storage medium used for control means of an ophthalmologic apparatus, wherein the control means, based on a selection command input from the input means, has corresponding data within a predetermined range from an examination date. Is an electronic storage medium used for a control unit of an ophthalmologic apparatus for selecting corresponding data and enabling the display unit to display the selected data.