JP4627166B2 - Ophthalmology information processing system - Google Patents

Description

  The present invention relates to an ophthalmologic information processing system, and particularly relates to a technique related to an ophthalmologic information input process at the time of optometry or when creating glasses.

  Conventionally, ophthalmologic information such as the result of optometry performed when creating glasses or the like (optometry information) or the shape of a spectacle frame has been described and managed in an ophthalmic prescription or a customer management card of an eyeglass store. Note that the optometry information referred to here is, for example, any test result carried out at an ophthalmological clinic or a spectacle store, such as a prescription value of an eyeglass lens, an objective value, an awareness value, a visual acuity value, an interpupillary distance, and an intraocular pressure value Means.

  The input of optometry information to a computer and the setting of initial values for ophthalmic devices such as vision testers and vision chart devices are performed manually by referring to prescriptions and customer management cards. It was. Therefore, when remaking eyeglasses, it is necessary to find a prescription for the wearer of the eyeglasses, and it is necessary to manually input or set optometry information, which is troublesome and troublesome.

  In many cases, prescriptions and customer management cards have already been discarded or lost when re-creating eyeglasses, etc., so the past information of the wearer cannot be used, and it is necessary to perform optometry again from the beginning. It was. This situation is inefficient and results in a heavy burden on the wearer.

  Since prescriptions and customer management cards are usually stored for a certain period of time, prescriptions may still be stored when making glasses at the same eyeglass store as before, but different from the previous time When making eyeglasses at an eyeglass store, it was impossible to refer to past information of the wearer.

  The above problems are concerned not only at the time of making glasses at an eyeglass store, but also at every scene where ophthalmic information such as optometry information is used, such as at the time of examinations and diagnoses at an ophthalmic clinic.

  By the way, in recent years, a technique for providing storage means in a spectacle frame and utilizing information stored in the storage means has been developed in various fields. The inventions disclosed in Patent Document 1 and Patent Document 2 below are examples of such a technique.

  In Patent Literature 1, lens processing information necessary for eyeglass lens processing is obtained based on information including a prescription value of the eyewear wearer's eye and frame shape information of the eyeglass frame selected by the eyewear wearer, and the lens processing information In the spectacles processing method for obtaining spectacles by selecting and processing spectacle lens materials based on the above, and by putting the spectacle lens obtained thereby into the spectacle frame, on the factory side, after manufacturing the spectacle frame, The frame shape information of the spectacle frame is obtained, and the information addition step of adding frame-related information including the obtained frame shape information to the spectacle frame is performed. The spectacle store side selects the wearer. The frame shape information necessary for obtaining processing information of the lens to be framed in the spectacle frame is stored in the spectacle frame. Glasses processing method as obtained by reading the frame-related information added to the over arm is described.

  The spectacle frame used in this spectacle processing method is provided with an IC chip (storage means) that stores frame shape information indicating its shape, identification information for acquiring this frame shape information from a database, and the like. . The IC chip is embedded in the spectacle frame, engraved on the surface thereof, or provided as a tag. Information stored in the IC chip is read by an information reading device and input to a lens processing device such as a lens edger, and is used when forming a lens edge.

  On the other hand, Patent Document 2 discloses a storage means for storing various personal information such as an ID code in a pad, temple or lens, a control means for controlling each circuit block, and the contents of the storage means as an external device. Personal information using a frame or temple part of glasses as an antenna of the transmission / reception device with a built-in transmission / reception device composed of transmission / reception means for transmission / reception and power generation means for generating power to drive each circuit block A reader or reader / writer is provided in the system as an external device for exchanging information with the built-in glasses and personal information built-in glasses. The reader or reader / writer is connected to a LAN via a hub, and Information management can be performed by connecting a server, database server or router to the LAN. The information processing system is described by the personal information embedded glasses.

  As a storage means built in the glasses of the system, an IC memory using a silicon chip, a special high density storage glass having a memory function, or the like is used. In addition, the storage means includes personal ID codes, financial institution PINs and deposit balances, regular use sections and valid periods, driver's license details, medical information such as health insurance cards, organ donation donor information, medical history, Health information such as blood pressure, personal photo image data, and the like are stored and used for door opening and closing, financial systems, automatic ticket gates, automatic ticket machines, and the like.

  However, even if such a conventional glasses frame with storage means is used, it is considered difficult to effectively solve the problems such as information input and initial value setting described above when re-creating glasses.

  More specifically, the method described in Patent Document 1 is configured so that the process of adding frame-related information to the spectacle frame is performed on the factory side, so that the optometry performed at the ophthalmic clinic or the spectacle store is performed. The result (optometry information) cannot be stored in the storage means. In other words, the storage means cannot be used in place of a prescription or a customer management card.

  Further, the method described in Patent Document 1 is limited to the information stored in the storage means related to the spectacle frame, and stores optometry information such as prescription values related to the lens framed in the spectacle frame. It is not configured to use it. Therefore, it is difficult to solve the above-mentioned problem using the method.

  On the other hand, in Patent Document 2, there is no description or suggestion of a configuration in which optometry information is stored in a storage unit, and the information is read to operate the ophthalmologic apparatus in a linked manner. Therefore, it can be said that it is difficult to deal with the above-mentioned problem by the system of the same literature.

  Further, the system described in Patent Document 2 is configured to register an ID code or a password in advance in a server or the like and perform a target process with reference to the ID code or password. Further, as shown in FIGS. 3 to 6 of the same document, the system is provided with a plurality of reader / writers, and is connected to a server or the like via a hub and a LAN. Therefore, in order to apply the system, it is necessary to construct a server system having a configuration in which a plurality of reader / writers are connected to a server or the like via a hub and a LAN. However, in small eyeglass stores and clinics, a single reader / writer may be sufficient, and it may be impossible to cover the introduction and operation costs of such a server system. Therefore, it is difficult to say that the system described in this document can effectively solve the above-mentioned problems in both the needs and application scope of users.

JP-A-2002-72156 (Claim 1, paragraphs [0026), [0028), [0034), FIG. 11) Japanese Patent Application Laid-Open No. 11-353444 (Claim 1, paragraphs [0010), [0012], [0015) to [0017], [0019), [0020), [0022), [0025], FIG. To Fig. 6)

  The present invention has been made in view of such circumstances, and provides an ophthalmologic information processing system that enables easy input and setting of optometry information for various ophthalmologic apparatuses used in ophthalmology, eyeglass stores, and the like. The purpose is to do.

  In addition, the present invention makes it possible to obtain optometry information even when there is no optometry information of a spectacle wearer in a spectacle store or an ophthalmic clinic, and to efficiently create glasses or perform an ophthalmic examination. Another object is to provide an ophthalmologic information processing system that enables this.

In order to achieve the above object, the invention described in claim 1 includes a target presentation means for selectively presenting a plurality of targets to the eye to be examined, and a plurality of corrections for correcting the eye refractive power of the eye to be examined. A subjective optometry means having a lens holding means for holding a correction lens, and a drive means for driving the lens holding means to selectively place the correction lens in front of the eye of the eye to be examined, and a frame of glasses Non-volatile storage for preliminarily storing optometry information including at least one of a prescription value of the lens of the glasses, an objective value acquired by an optometry measurement performed to create the glasses, and a subjective value A storage means; a reading means for reading the optometry information stored in the storage means; and the correction lens corresponding to the read optometry information is selected and placed in front of the eye of the eye to be examined. Is a ophthalmologic information-processing system, characterized in that it comprises a control means for controlling the drive means of the formula optometry means.

Further, the invention according to claim 2 holds a target presentation means for selectively presenting a plurality of targets to the eye to be examined and a plurality of correction lenses for correcting the eye refractive power of the eye to be examined. A lens holding means; and a subjective optometry means that drives the lens holding means to selectively place the correcting lens in front of the eye of the eye to be examined. Nonvolatile storage means for preliminarily storing optometry information including at least one of a prescription value of a lens, an objective value acquired by an optometric measurement performed to create the glasses, and a subjective value, and the storage Reading means for reading the optometry information stored in the means, and control means for controlling the optotype presenting means to select and present the optotype corresponding to the read optometry information. The It is an ophthalmologic information-processing system for the butterflies.

Further, the invention according to claim 3 holds a target presentation means for selectively presenting a plurality of targets to the eye to be examined and a plurality of correction lenses for correcting the eye refractive power of the eye to be examined. A lens holding means; and a subjective optometry means that drives the lens holding means to selectively place the correcting lens in front of the eye of the eye to be examined. Nonvolatile storage means for preliminarily storing optometry information including at least one of a prescription value of a lens, an objective value acquired by an optometric measurement performed to create the glasses, and a subjective value, and the storage Reading means for reading the optometry information stored in the means, and the driving of the subjective optometry means so as to select and place the correction lens in accordance with the read optometry information in front of the eye of the eye to be examined. Controlling means, and, ophthalmologic information-processing, characterized in that it comprises a control means for controlling the optotype presenting means so as to select and present the optotype corresponding to the read the eye information was System.

The invention according to claim 4 is the ophthalmologic information processing system according to any one of claims 1 to 3, wherein the optometry is performed using the target presentation means and the subjective optometry means. Further includes a writing means for writing the measurement result in the storage means as the optometry means, wherein the writing means writes the measurement result in addition to the optometry information already stored in the storage means, thereby The history information of optometry information is formed .

  According to the ophthalmologic information processing system according to the present invention, the optometry information is automatically input to the ophthalmologic apparatus only by reading the optometry information stored in the storage means provided in the frame of the glasses by the reading means. Therefore, it becomes easy to input optometry information to the ophthalmologic apparatus.

  In addition, when a prescription or customer management card is discarded or lost, when creating glasses at a different eyeglass store, or when performing examinations at another ophthalmic clinic, etc. Even if there is no past optometry information at eyeglass stores or ophthalmologists, it is possible to obtain and refer to optometry information stored in the glasses themselves, so it is efficient to create glasses and ophthalmic examinations Can be done.

Further, according to the present invention as set forth in claims 1 to 3 , since the correcting lens and the visual target according to the optometry information read by the reading means are automatically set, the setting when performing the optometry measurement, In particular, initial values can be easily set.

  An example of a preferred embodiment of the present invention will be described in detail with reference to the drawings.

<First Embodiment>
The first embodiment of the present invention described below is applied to a system including an ophthalmologic apparatus provided with display means such as a monitor. Hereinafter, the ophthalmologic information processing system of this embodiment will be described. This system is operated in any environment that requires information on eyeglasses and their wearer's eyes, such as an ophthalmic clinic or eyeglass store (the same applies hereinafter).

[System configuration]
FIG. 1 is a block diagram showing a configuration of an ophthalmologic information processing system (sometimes simply referred to as “system”) 1 of the present embodiment. The system 1 includes a memory 11 provided in the glasses 10, a reader / writer 20 that performs reading processing and writing processing of information with respect to the memory 11, and an ophthalmic device 30 and a computer device 40 connected to the reader / writer 20. It is comprised including.

  The ophthalmologic apparatus 30 and the computer apparatus 40 are connected so as to communicate with each other. The computer device 40 is a “computer device for ophthalmic information management” according to the present invention that manages information acquired by the ophthalmic device 30 and information to be used. For example, the computer device 40 is in accordance with medical information management software or customer information management software. Operate.

  The ophthalmologic apparatus 30 and the computer apparatus 40 constitute an “ophthalmologic apparatus” according to the present invention. The ophthalmic apparatus according to the present invention may be configured by a single ophthalmic device or a computer device, or may be configured by a plurality of ophthalmic devices, or a single or a plurality of ophthalmic devices and a computer device. (Note that the third configuration is employed in this embodiment).

  Hereinafter, the configurations of the glasses 10, the reader / writer 20, the ophthalmologic apparatus 30, and the computer device 40 will be described.

[Glasses]
The glasses 10 are provided with a memory 11 as “storage means” of the present invention and an electrical contact 14 connected to the memory 11. The memory 11 stores optometry information 12 of the wearer of the glasses 10 and a wearer ID 13 for identifying the wearer of the glasses 10. The optometry information 12 and the wearer ID 13 are stored in the memory 11 at the time of an ophthalmic examination performed by the wearer at an ophthalmic clinic or a glasses store. The storage process is performed using, for example, a writing device similar to the reader / writer 20. In addition, the process by the system 1 of this embodiment is performed corresponding to the case where the optometry information 12 and the wearer ID 13 are already stored in the memory 11.

  The memory 11 is configured to include non-volatile storage means such as a flash memory (a characteristic in which stored contents are not erased even if power is not supplied), and has a sufficiently small size to be mounted on a frame of the glasses 10 described later. Has been. Further, the memory 11 is configured to repeat writing and erasing of information a plurality of times. Although not shown, the memory 11 is connected to a control circuit for controlling data input / output with an external device.

  The optometry information 12 includes the measurement result of the optometry measurement performed when the glasses 10 are created, and is obtained by using an objective optometry apparatus such as a prescription value (lens power) of the glasses 10 or a refractometer. The objective value of the left and right eyes of the wearer, the subjective value obtained using a subjective optometry device such as a vision tester, the visual acuity value obtained using a visual acuity table device, the interpupillary distance of the left and right eyes, etc. And any measurement results obtained by optometry. Further, the optometry information 12 may include the date when the optometry is performed, the measurement environment (the name of the clinic, the name of the eyeglass store, the name of the examiner, etc.)

  The wearer ID 13 is the “wearer identification information” of the present invention including, for example, the patient ID of the ophthalmic clinic where the system 1 is installed and the customer ID of the glasses store. As this wearer identification information, in addition to such ID information, any form of information that enables identification of the wearer of the glasses 10 such as the name of the wearer of the glasses 10 can be applied.

  Next, an example of the configuration of the glasses 10 will be described with reference to FIG. The glasses 10 include a frame 10A and left and right lenses LL and LR attached (framed) to the frame 10A.

  The frame 10A includes a front frame 10B to which the lenses LL and LR are attached, left and right pads (nose pads) 10C and 10D attached to the front frame 10B, and left and right temples connected to the front frame 10A so as to be foldable. 10L, 10R, and modern (ear pads) 10E, 10F attached to their tips.

  For example, the memory 11 and the electrical contact 14 are provided in the left temple 10L as shown in FIG. The memory 11 and the electrical contacts 14 can be provided at arbitrary positions on the frame 10A. For example, when the frame 10A is made of metal, the memory 11 is attached to the surface of the frame 10A. When the frame 10A is made of resin such as plastic, the memory 11 is embedded inside the frame 10A. Further, the electrical contact 14 is provided on the surface of the frame 10A.

[Reader / Writer]
The reader / writer 20 constitutes “reading means” of the present invention that reads the optometry information 12 and the wearer ID 13 stored in the memory 11 of the glasses 10. The reader / writer 20 is a contact type reader / writer having a configuration similar to the conventional one, and includes an electrical contact 21 that contacts the electrical contact 14 of the glasses 10. A configuration to which a non-contact type reader / writer is applied will be described later.

  When the electrical contact 21 of the reader / writer 20 is brought into contact with the electrical contact 14 of the glasses 10, a current is supplied from the reader / writer 20 to the memory 11 side, and the above-described control circuit operates. Thereby, the optometry information 12 and the wearer ID 13 are output from the memory 11 to the reader / writer 20.

  In addition, the reader / writer 20 includes a communication interface (I / F) (not shown), and the optometric information 12 and the wearer ID 13 read from the memory 11 of the glasses 10 are transmitted to the ophthalmic device 30 and the computer device 40 via a cable or the like. Send to. Here, the optometry information 12 or the like may be transmitted to only one of the ophthalmic device 30 or the computer device 40. In that case, the optometry information 12 or the like can be transmitted from one device to which the optometry information 12 or the like is transmitted to the other device.

[Ophthalmic equipment]
The ophthalmologic apparatus 30 is an example of the “ophthalmologic apparatus” of the present invention, and measures the optical characteristics of a subjective optometry apparatus such as a vision tester and a vision chart apparatus, an objective optometry apparatus such as a refractometer, and a lens of glasses. It is configured to include any ophthalmic equipment such as a lens meter and a lens edger for grinding the lens. Further, an optometry apparatus capable of performing both subjective optometry and objective optometry at the same time, such as an optometry apparatus described in Japanese Patent Application Laid-Open No. 2004-222955 by the present applicant, can also be applied.

  Note that the subjective optometry apparatus will be described in a third embodiment. Further, the configurations of the objective optometry apparatus, the lens meter, and the lens edger (lens grinding apparatus) are disclosed in Japanese Patent Application Laid-Open Nos. 8-280623, 2004-219118, and 2004-164179 by the present applicant, respectively. Detailed in this publication.

  The ophthalmic device 30 of the system 1 includes a CPU (Central Processing Unit) 31, a memory 32 that stores a control program (not shown) and various information, a monitor 33 (display means) that displays various images, and a reader / writer. 20 (and each of the computer devices 40) and a communication I / F 34 that performs data input / output processing. Although not shown, the ophthalmic device 30 is provided with an input unit (buttons, switches, etc.) for an operator to input various data and operations.

  By executing the control program, the CPU 31 performs control processing for each part of the ophthalmic device 30 such as image display control by the monitor 33 and data processing processing such as various arithmetic processing. Details of the operation of the CPU 31 will be described later.

  The memory 32 includes, for example, a memory capable of rewriting stored contents such as an EEPROM (Electronically Erasable and Programmable Read Only Memory) such as a flash memory. Instead of the memory 32, various drive devices such as a hard disk drive may be provided.

[Computer device]
The computer device 40 constitutes an example of the “ophthalmic device” of the present invention, and is a medical information management system such as an electronic medical record management system operated in an ophthalmic clinic or the like, or a customer information management system operated in an eyeglass store or the like. It is comprised by the computer terminal or server which are contained in.

  As shown in FIG. 1, the computer device 40 includes a CPU 41, a hard disk drive (HDD) 43 having a storage unit 44 that stores a customer ID 45 and related information 46, a monitor 47, and a communication I / F 48. .

  The storage unit 44 corresponds to the “storage unit” of the present invention, and includes a directory formed in the storage area of the HDD 43. The customer ID 45 stored in the storage unit 44 is information for identifying a patient of an ophthalmologist or a customer of an eyeglass store where the system 1 is installed, and constitutes “customer identification information” of the present invention. The related information 46 is information related to the patient or customer, for example, personal information such as the patient's or customer's name, age, address, etc., a patient's electronic medical record, a photographed image, or a diagnostic result or test result such as a customer's optometry result It includes information and constitutes “customer related information” of the present invention. The customer ID 45 and the related information 46 of the customer are stored in the storage unit 44 in association with each other. In the present invention, “customer” is defined to include not only a customer of an eyeglass store but also a patient such as an ophthalmologist.

  The CPU 41 performs control processing of each part of the computer device 40 and data processing processing such as various arithmetic processing based on a control program stored in the HDD 43 or ROM (not shown). The CPU 41 constitutes “control means” of the present invention.

  The determination unit 42 of the CPU 41 constitutes “determination means” according to the present invention, and performs a process of determining whether or not the customer ID 45 identical to the wearer ID 13 read by the reader / writer 20 is stored in the storage unit 44. Do. When it is determined that the same customer ID 45 as the wearer ID 13 is stored, the CPU 41 selects the customer ID 45 (= wearer ID 13) and related information 46 associated therewith from the storage unit 44, and the ophthalmic device 30. Send to. At the same time, the CPU 41 may display the optometry information 12, the customer ID 45, the related information 45, etc. on the monitor 47 of the computer device 40.

  On the other hand, when the determination unit 42 determines that the same customer ID 45 as the wearer ID 13 is not stored, the CPU 41 sets the wearer ID 13 read by the reader / writer 20 as the customer ID 45 and associates the optometry information 12 with it. Information 46 is stored in the storage unit 44 in association with each other.

[Processing procedure]
An example of processing executed by the ophthalmologic information processing system 1 according to this embodiment having the above-described configuration will be described with reference to FIG. The flowchart shown in FIG. 3 represents an example of the operation mode of the system 1.

  The optometry information 12 and the wearer ID 13 are stored in advance in the memory 11 of the glasses 10 (S1).

  One or both of the glasses 10 and the reader / writer 20 are brought close to each other to bring the electrical contact 14 of the glasses 10 into contact with the electrical contact 21 of the reader / writer 20 (S2). Then, the reader / writer 20 reads the optometry information 12 and the wearer ID 13 stored in the memory 11 of the glasses 10 (S3), and transmits them to the ophthalmologic apparatus 30 and the computer device 40 (S4). The optometry information 12 and the wearer ID 13 transmitted from the reader / writer 20 are respectively stored in the memory 32 of the ophthalmic device 30 and the HDD 43 of the computer device 40 (S5).

  The determination unit 42 of the CPU 41 of the computer device 40 searches the storage unit 44 to determine whether the same customer ID 45 as the wearer ID 13 is stored (S6).

  When the same customer ID 45 as the wearer ID 13 is stored (S6; Y), the CPU 41 selects related information 46 associated with the customer ID 45 from the storage unit 44 and transmits it to the ophthalmologic apparatus 30 (S7). . The CPU 31 of the ophthalmologic apparatus 30 causes the monitor 33 to display the optometry information 12 and the wearer ID 13 (= customer ID 45) stored in the memory 32 in step S5 and the related information 46 from the computer device 40 (S8). Further, the CPU 41 of the computer device 40 displays the optometry information 12, the wearer ID 13, and the related information 46 on the monitor 47 (S9).

  On the other hand, when the same customer ID 45 as the wearer ID 13 is not stored (S6; N), the CPU 41 associates the wearer ID 13 with the customer ID 45 and the optometry information 12 with the related information 46, and associates them with each other. (S10).

[Action / Effect]
As described above, the ophthalmologic information processing system 1 according to the present embodiment reads the optometry information 12 stored in advance in the glasses 10 and inputs the optometry information 12 to the ophthalmic device 30 and the computer device 40. It acts to display on the monitor 47 of the computer device 40. Therefore, the optometry information 12 can be easily input to the ophthalmologic apparatus (the ophthalmologic apparatus 30 and the computer apparatus 40) simply by reading the storage contents of the memory 11 of the glasses 10 with the reader / writer 20 (that is, the optometry information 12 is manually stored). No need to enter). In addition, when the prescription or customer management card is discarded or lost, when making glasses at a different eyeglass store, or when performing examinations at another eye clinic, etc. Even when there is no past optometry information in an eyeglass store or an ophthalmology clinic, by referring to the optometry information 12 displayed on the monitor 33 or the monitor 47, it is possible to efficiently create glasses or an ophthalmic examination. .

  In addition, when the wearer ID 13 stored in the glasses 10 is read by the reader / writer 20, the ophthalmologic information processing system 1 displays related information 46 corresponding to the same customer ID 45 as the wearer ID 13 on the monitor 33 and the monitor 47. Acts like Thereby, it is possible to efficiently create glasses and perform an ophthalmic examination with reference to the patient and customer personal information, diagnosis results, examination results, and the like shown in the displayed related information 46.

  In addition, when the same customer ID 45 as the wearer ID 13 is not stored, the ophthalmologic information processing system 1 creates the customer ID 45 and related information 46 of the wearer from the read optometry information 12 and the customer ID 45. To work. Thereby, a customer ID 45 and related information 46 of a new patient / customer are automatically created, which is convenient.

[Variations]
Here, various modifications related to the ophthalmologic information processing system 1 according to the first embodiment of the present invention will be described.

[Modification 1]
FIG. 4 is an example of an ophthalmologic information processing system including a single ophthalmologic apparatus (ophthalmologic equipment). In the first embodiment, a plurality (two) of ophthalmologic apparatuses (the ophthalmologic apparatus 30 and the computer apparatus 40) are included. The effect of this modification is the same as that of the first embodiment. Of course, the single ophthalmic apparatus included in the system according to the present modification may be a computer apparatus.

  An ophthalmologic information processing system 1 ′ shown in FIG. 1 includes glasses 10, a reader / writer 20, and an ophthalmologic apparatus 30 similar to those in the first embodiment. The ophthalmic device 30 of this modification includes a determination unit 35 similar to the determination unit 42 in the first embodiment in the CPU 31, and stores a customer ID 32 </ b> A and related information 32 </ b> B similar to the customer ID 45 and related information 46. 32.

  The memory 32 of this modification is a non-volatile memory having a storage capacity sufficient to store these pieces of information related to a plurality of patients and customers. Note that various drive devices such as an HDD may be used instead of the memory 32.

  The ophthalmologic information processing system 1 ′ of this modification operates as follows. In the memory 11 of the glasses 10, optometry information 12 and a wearer ID 13 are stored in advance.

  The optometry information 12 and the wearer ID 13 stored in the memory 11 of the glasses 10 are read by the reader / writer 20 and transmitted to the ophthalmologic apparatus 30. The determination unit 35 of the CPU 31 of the ophthalmologic apparatus 30 searches the memory 32 to determine whether the same customer ID 32A as the wearer ID 13 is stored. When the same customer ID 32A is stored, the CPU 31 selects related information 32B associated with the customer ID 32A from the memory 32 and causes the monitor 33 to display it. On the other hand, if the same customer ID 32A is not stored, the acquired wearer ID 13 is stored as the customer ID 32A and the optometry information 12 is stored as the related information 32B in the memory 32 in association with each other.

[Modification 2]
This modification relates to an example of a data transmission / reception method between glasses and a reader / writer. In the first embodiment, both the eyeglasses and the reader / writer are provided with electrical contacts, which are contacted to exchange data (optometry information, wearer ID). In contrast to this, this modification is a non-contact data transmission / reception.

  FIG. 5 shows the configuration of the glasses 10 ′ and the reader / writer 20 ′ of the present modification. An IC tag 15 is provided on the glasses 10 '. The IC tag 15 is provided with an IC chip 16 that stores the optometry information 12 and the wearer ID 13, and a coiled antenna 17 connected to the IC chip 15. Further, the reader / writer 20 ′ is provided with a coiled antenna 22 for performing radio communication by radio waves with the antenna 17 of the IC tag 15. The reader / writer 20 'is supplied with power by a battery (not shown) or by an ophthalmologic apparatus. The IC tag 15 is not provided with a power source such as a battery.

  When the reader / writer 20 ′ is brought close to the glasses 10 ′ (for example, about several tens of centimeters), power is supplied to the IC chip 15 by radio waves transmitted from the antenna 22 of the reader / writer 20 ′. The IC chip 15 wirelessly transmits the optometry information 12 and the wearer ID 13 from the antenna 17 using the power. The antenna 22 of the reader / writer 20 ′ receives radio waves from the IC chip 15. Thereby, the optometry information 12 and the wearer ID 13 are transmitted to the reader / writer 20 ′. The reader / writer 20 ′ transmits the optometry information 12 and the like read from the glasses 10 ′ side to the ophthalmologic apparatus. The ophthalmologic apparatus displays the optometry information 12 and the like on the monitor in the same manner as in the first embodiment.

  According to this modification, the optometry information 12 and the like held in the glasses 10 'can be easily input to the ophthalmic apparatus simply by bringing the reader / writer 20' close to the glasses 10 'or the glasses 10' close to the reader / writer 20 '. can do.

[Modification 3]
FIG. 6 is a flowchart illustrating a modification of the process performed by the ophthalmologic information processing system 1 according to the first embodiment. The process described in the first embodiment is to transmit the optometry information 12 and the like read by the reader / writer 20 to both the ophthalmic apparatus 30 and the computer apparatus 40. In the present modification, an example of processing when the read optometry information 12 or the like is transmitted only to the computer device 40 is provided. The same processing is performed when the read information is transmitted only to the ophthalmologic apparatus 30.

  The optometry information 12 and the wearer ID 13 are stored in advance in the memory 11 of the glasses 10 (S11). The electrical contact 14 of the glasses 10 and the electrical contact 21 of the reader / writer 20 are brought into contact (S12), and the optometry information 12 and the wearer ID 13 stored in the memory 11 of the glasses 10 are read by the reader / writer 20 (S13). The read optometry information 12 and the wearer ID 13 are transmitted to the computer device 40 (S14) and stored in the HDD 43 of the computer device 40 (S15).

  The determination unit 42 of the CPU 41 of the computer device 40 searches the storage unit 44 to determine whether the same customer ID 45 as the wearer ID 13 is stored (S16).

  When the same customer ID 45 is stored (S16; Y), the CPU 41 selects related information 46 associated with the customer ID 45 from the storage unit 44 (S17). Next, the CPU 41 transmits the optometry information 12 and the wearer ID 13 stored in step S15 and the related information 46 selected from the storage unit 44 to the ophthalmologic apparatus 30 (S18). The CPU 31 of the ophthalmologic apparatus 30 displays the optometry information 12, the wearer ID 13, and the related information 46 transmitted from the computer device 40 on the monitor 33 (S19). In addition, the CPU 41 of the computer device 40 displays the optometry information 12, the wearer ID 13, and the related information 46 on the monitor 47 (S20).

  On the other hand, when the same customer ID 45 as the wearer ID 13 is not stored (S16; N), the CPU 41 associates the wearer ID 13 with the customer ID 45 and the optometry information 12 with the related information 46, and stores them in association with each other. (S21).

  Thus, even when a system configuration including a plurality of ophthalmologic apparatuses is employed, it is not necessary to transmit the optometry information 12 and the like from the reader / writer to all the ophthalmologic apparatuses.

[Other variations]
In the first embodiment, the optometry information 12, the wearer ID 13, and the related information 46 are configured to be displayed on the monitor 33 of the ophthalmologic apparatus 30 and the monitor 47 of the computer device 40. However, the present invention is not limited thereto. It is not a thing. For example, it is possible to display only information (for example, only optometry information 12) necessary for an examination to be performed from now on. The information to be displayed may be set by default, or information selectively input from a console such as operation buttons and keys of the ophthalmic device 30 and the computer device 40 may be selectively displayed.

  The display of the optometry information 12 or the like may be performed only on the monitor 33 of the ophthalmic device 30 or only on the monitor 47 of the computer device 40.

  In the description of the first embodiment, it has been described that an objective optometry apparatus such as a refractometer, a lens meter, and a lens edger (lens grinding apparatus) can be used as the ophthalmic device 30 of the system 1. Here, an example of processing when each of these devices is used as the ophthalmic device 30 will be described.

  As shown in FIG. 6 and paragraph [0043] of the above-mentioned Japanese Patent Application Laid-Open No. 8-280623, the objective optometry apparatus (autorefractometer) is provided with a monitor (display means). Further, as shown in FIG. 1 and paragraph [0009] of the specification of Japanese Patent Application Laid-Open No. 2004-219118, the lens meter is provided with a liquid crystal display (display means). Further, as shown in FIG. 5 and paragraph [0012] of Japanese Patent Application Laid-Open No. 2004-164179, the lens edger is provided with a liquid crystal display (display means). The optometry information 12 and the like transmitted from the reader / writer 20 and the computer device 40 to the ophthalmologic apparatus 30 are displayed on these display means. Even when an ophthalmic device other than these (limited to those equipped with display means) is used, the optometry information 12 and the like can be displayed in the same manner. As the display means, a display device mounted on an ophthalmic device may be used, or an external display means may be connected and used.

  When a plurality of display means are provided, such as when a plurality of ophthalmologic apparatuses are provided in the system, the optometry information 12 or the like may be displayed on all of the display means, or specific display means You may make it display only. In addition, a function for selecting a display means for displaying the optometry information 12 or the like (a button or a key for performing a selection operation) may be provided.

<Second Embodiment>
A second embodiment of the ophthalmologic information processing system according to the present invention will be described. A second embodiment of the present invention described below is applied to a system including an ophthalmologic apparatus provided with an information storage unit for storing information held in glasses.

[Constitution]
FIG. 7 shows an example of an ophthalmologic information processing system according to this embodiment. A system 100 shown in the figure includes a single ophthalmologic apparatus (ophthalmologic apparatus) as in the first modification of the first embodiment.

  An ophthalmologic information processing system 100 illustrated in FIG. 7 includes the same glasses 10, a reader / writer 20, and an ophthalmologic apparatus 30 as in the first embodiment. Further, the ophthalmic apparatus 30 according to the present embodiment includes a CPU 31 (control means), a memory 32, a monitor 33, and a communication I / F 34.

  The memory 32 of this embodiment is a readable / writable nonvolatile memory such as a flash (registered trademark) memory. In the memory 32, an information storage unit 32a (information storage means) including a predetermined directory is set. Instead of the memory 32, various drive devices such as an HDD may be used.

[Processing procedure]
The ophthalmologic information processing system 100 of the present embodiment operates as follows (see the flowchart of FIG. 8). Note that the optometry information 12 and the wearer ID 13 are stored in advance in the memory 11 of the glasses 10 (S21).

  One or both of the glasses 10 and the reader / writer 20 are brought close to each other to bring the electrical contact 14 of the glasses 10 into contact with the electrical contact 21 of the reader / writer 20 (S22). Then, the reader / writer 20 reads the optometry information 12 and the wearer ID 13 stored in the memory 11 of the glasses 10 (S23) and transmits them to the ophthalmologic apparatus 30 (S24). The CPU 31 of the ophthalmologic apparatus 30 associates the optometric information 12 and the wearer ID 13 transmitted from the reader / writer 20 with each other and stores them in the information storage unit 32a of the memory 32 (S25). The stored optometry information 12 and the like are displayed on a display means such as the monitor 33 in response to a request from an operation unit (button, key, etc.) (not shown) of the ophthalmologic apparatus 30 or the like.

[Action / Effect]
According to the system 100 of the present embodiment, the optometry information 12 can be easily input to the ophthalmologic apparatus 30 and stored simply by reading the storage content of the memory 11 of the glasses 10 with the reader / writer 20. In addition, when the prescription or customer management card is discarded or lost, when making glasses at a different eyeglass store, or when performing examinations at another eye clinic, etc. Even when there is no past optometry information at a spectacle store or an ophthalmologist, the stored optometry information 12 or the like can be displayed on the monitor 33 and referenced to efficiently create glasses or perform an ophthalmic examination. it can.

[Modification]
In the case where information related to a patient or a customer (customer ID and related information in the first embodiment) is stored and managed in the memory 32, for example, the following configuration can be adopted. First, the CPU 31 is provided with a “determination unit” similar to that of the first embodiment for determining whether or not a customer ID identical to the read wearer ID is stored in the information storage unit 32a. Then, when the same customer ID as the wearer ID is stored, the CPU 31 stores the read optometry information 12 in addition to the related information corresponding to the customer ID. On the other hand, when the same customer ID is not stored, the acquired wearer ID is stored as the customer ID (new registration) of the wearer, and the optometry information 12 is related information related to the customer ID. Is stored.

<Third Embodiment>
A third embodiment of the ophthalmologic information processing system according to the present invention will be described. The system of this embodiment is for smoothly performing optometry when re-creating glasses, and includes a visual acuity table device that presents a target for optometry and a subjective optometry device such as a vision tester. It is configured.

[Constitution]
FIG. 9 shows an example of the configuration of the ophthalmologic information processing system according to the present embodiment. An ophthalmologic information processing system 1000 shown in the figure is installed in an ophthalmic clinic or an eyeglass store, and performs subjective optometry measurement on patients and customers (subjects).

  The system 1000 includes a memory 11 and a reader / writer 20 of the glasses 10 similar to those of the first and second embodiments, a vision tester 120 disposed in front of the subject's eyes, and a predetermined set for the vision tester 120. It includes a vision table device 130 installed via a distance (distance vision measurement distance; 3 meters, 5 meters, etc.) and a computer device 140 used as a console for the vision tester 120, the vision table device 130, etc. The The vision tester 120 and the visual acuity table device 130 are each connected to the computer device 140.

  The vision tester 120, the vision chart device 130, and the computer device 140 are configured in substantially the same manner as a conventional device as disclosed in, for example, Japanese Patent Application Laid-Open No. 8-215148 by the present applicant. The system 1000 may further include an objective optometry apparatus such as a refractometer.

  The vision tester 120 constitutes the “subjective optometry means” of the present invention, and includes the left and right measurement units for performing the subjective optometry of the subject's eye (the subject's eye) as in the prior art. ing. The vision tester 120 is supported in a state of being suspended from above, for example, and at the time of measurement, the optometry window of each measurement unit is arranged in front of the left and right eyes.

  The vision tester 120 is provided with a control unit 121 including a control circuit such as a CPU for controlling each unit. Each of the left and right measurement units has a built-in turret plate 122 (lens holding means) provided with a plurality of correction lenses 122-1 to 122-N. Although not shown, each measurement unit has a turret plate having a correction lens for correcting the sphericity of the subject's eye, a turret plate having a correction lens for correcting the cylindrical degree, and a prism degree. A plurality of turret plates such as a turret plate provided with a correction lens are provided. Each measurement unit has a built-in drive unit 123 (drive means) such as a stepping motor that drives (rotates) each turret plate 122 to selectively place the correcting lens on the optometry window.

  The visual acuity table device 130 constitutes the “target presentation means” of the present invention, and in the same way as in the prior art, a control unit 131 including a control circuit such as a CPU for controlling each unit, and in response to an instruction from the control unit 131 An optotype presenting unit 132 that selectively presents an optometrist such as a Landolt ring is provided. The target presentation unit 132 includes, for example, a target plate provided with a plurality of targets corresponding to various visual acuity values, and an illumination light source that selectively illuminates each target on the target plate from behind. Consists of including.

  The computer device 140 includes a CPU 141 (control means) for controlling each part of the system 1000, a memory 142 storing a control program executed by the CPU 141, a monitor 143 such as a liquid crystal display, and the operation of the system 1000. An input unit 144 including an input device such as a keyboard and a mouse used, and a communication I / F 145 for transmitting and receiving data to and from the reader / writer 20 are provided. Various operation screens, measurement result display screens, and the like are displayed on the monitor 143 by the CPU 141. The CPU 141 controls the vision tester 120 and the visual acuity table device 130 in response to a request from the input unit 144 and the like, and controls the selection of the correction lenses 122-1 to 122-N provided to the eye to be examined. The control of the selection of the target to be presented is performed.

  Here, the CPU 141 of the computer device 140 may be configured to directly control the vision tester 121 and / or the vision table device 130. That is, the control unit 121 of the vision tester 120 and the control unit 131 of the visual acuity table device 130 are not provided, and the driving unit 123 and the visual target presentation unit 132 can be directly controlled by the CPU 141.

  When a system configuration that does not include the computer device 140 is employed, the control unit 121 of the vision tester 120 and the control unit 131 of the visual acuity table device 130 constitute the control means of the present invention.

[Processing procedure]
FIG. 10 shows an example of processing executed by the system 1000 of the present embodiment. The optometry information 12 and the wearer ID 13 are stored in advance in the memory 11 of the glasses 10 (S31).

  The optometry information 12 includes at least one of the prescription values of the left and right lenses of the glasses 10, the objective value and the subjective value of the left and right eyes acquired by the optometry measurement performed to create the glasses 10 (hereinafter referred to as the optometry information 12). , Referred to as initial correction value). This initial correction value includes sphericity S, cylindrical degree A, cylindrical axial direction A, prism degree P, and the like. Further, the optometry information 12 includes the visual acuity values of the left and right eyes (for example, L (left); 0.3, R (right); 0.5) acquired by the optometry measurement performed to create the glasses 10. Etc .: hereinafter referred to as initial visual acuity values).

  One or both of the glasses 10 and the reader / writer 20 are brought close to each other, and the electrical contact 14 of the glasses 10 and the electrical contact 21 of the reader / writer 20 are brought into contact (S32). Then, the reader / writer 20 reads the optometry information 12 and the wearer ID 13 stored in the memory 11 of the glasses 10 (S33) and transmits them to the computer device 140 (S34). The CPU 141 of the computer device 140 stores the optometry information 12 and the wearer ID 13 in the memory 142 (S35).

  The CPU 141 of the computer device 140 instructs the vision tester 120 to set a correction lens (that is, placement in the optometry window) of the power (spherical power, cylindrical power, prism power, etc.) indicated in the initial correction value of the optometry information 12. A control signal to be transmitted is transmitted (S36). Based on this control signal, the control unit 121 of the vision tester 120 controls each drive unit 123 in the left and right measurement units to drive each turret plate 122, and the correction lens having the power indicated by the initial correction value is set to the initial stage of optometry. The value is set (S37).

  Further, the CPU 141 of the computer device 140 transmits a control signal for presenting a visual target corresponding to the visual acuity value indicated by the initial visual acuity value of the optometry information 12 to the visual acuity table device 130 (S38). The control unit 131 of the visual acuity table device 130 controls the visual target presenting unit 132 based on this control signal to present a visual target corresponding to the visual acuity value indicated by the initial visual acuity value (S39). When a plurality of targets corresponding to the visual acuity value are provided, any target among them is presented. For example, when a plurality of targets corresponding to the target are arranged on the left and right, control is performed so as to present the leftmost target as viewed from the subject.

  The examiner uses the frequency set in the vision tester 120 in step S37 and the visual target presented to the visual acuity table device 130 in step S39 to start (subjective) optometry measurement for the eye to be examined (S40). . The examiner measures the visual acuity values of the left and right eyes while changing the power of the correction lens and the target to be presented according to the response content of the subject (S41).

[Action / Effect]
According to the ophthalmologic information processing system 1000 of this embodiment, when the optometry information 12 stored in advance in the memory 11 of the glasses 10 is read, the power applied to the eye to be examined by the vision tester 120 becomes the initial correction value of the optometry information 12. Since the automatic setting is performed, the initial value of the vision tester 120 can be easily set, and the efficiency of the subjective optometry can be improved.

  According to the ophthalmologic information processing system 1000 of this embodiment, when the optometry information 12 stored in advance in the memory 11 of the glasses 10 is read, a visual target with an appropriate visual acuity value is automatically presented by the visual acuity table device 130. Therefore, it is possible to easily select the target to be presented first by the visual acuity table device 130, and to improve the efficiency of the subjective optometry measurement.

  Also, if the prescription or customer management card that records the initial correction value or initial visual acuity value of the wearer is discarded or lost, or if the eyeglasses are created at a different eyeglass store, or if the eyeglasses are different Even if there is no spectacle optician's past optometry information at the eyeglass store or ophthalmology clinic, such as when performing examinations at the clinic, the initial value of the vision tester 120 and the first target by the eye chart device 130 are automatically Since it is set, subjective optometry can be performed efficiently.

[Modification]
A modification of this embodiment will be described. This modification has a configuration in which the visual acuity value acquired in step S41 of FIG. 10 described above, a new prescription value acquired in optometry, a subjective value, and the like are written in the memory 11 of the glasses 10.

  For this purpose, first, the CPU 140 of the computer apparatus 140 transmits the left and right visual acuity values of the subject eye acquired in step S41 to the reader / writer 20 via the communication I / F 145. Here, the measurement result of the visual acuity value may be input by the examiner from the input unit 144, or automatically obtained based on the visual acuity value of the visual target presented stepwise by the visual acuity table device 140. You may do it. In the latter case, the CPU 141 obtains a measurement result according to a predetermined program.

  Next, the electrical contact 14 of the glasses 10 and the electrical contact 21 of the reader / writer 20 are brought into contact with each other, and the measurement result of the visual acuity value is transmitted from the reader / writer 20 side to the glasses 10 side. The above-described control circuit provided in the glasses 10 writes the measurement result of the visual acuity value received from the reader / writer 20 in the optometry information 12.

  At this time, it is preferable to store the measurement result of the visual acuity value together with the already stored initial visual acuity value. That is, it is preferable to form the history information of the visual acuity value of the eye to be examined by writing the measurement result in addition to the initial visual acuity value that has already been stored. When reading the optometry information 12 at the time of the subsequent measurement or the like, only the latest measurement result of the history information may be read, or the measurement results of all (generally plural) visual acuity values in the history information may be read. You may make it read. In particular, when the latter is adopted, it is convenient because a change in the visual acuity value of the eye to be examined can be grasped.

  New prescription values and awareness values acquired in the optometry can be stored in the memory 11 of the glasses 10 in the same manner as described above. Similarly, when an objective optometry apparatus such as a refractometer is provided in the system 1 of the present embodiment (described above), the acquired objective value of the eye to be examined is stored in the memory 11 of the glasses 10. It is possible to memorize.

  In the present embodiment, the initial settings of both the vision tester 120 and the vision table device 130 are configured based on the optometry information 12 read from the glasses 10 side, but only one of these initial settings is performed. You may make it perform. When only the initial setting of the vision tester 120 is performed, it is sufficient that only the initial correction value is stored in the optometry information 12 in advance. When only the initial setting of the visual acuity table device 130 is performed, it is sufficient that only the initial visual acuity value is stored in the optometry information 12 in advance.

  Instead of the vision tester and the eye chart device in the present embodiment, an optometry apparatus capable of performing both the subjective optometry and the objective optometry described in JP-A-2004-222955 described above can be used.

<Other variations>
The configuration described in detail above is merely an example for implementing the ophthalmologic information processing system according to the present invention. Therefore, arbitrary modifications within the scope of the present invention can be made.

  For example, when adopting a configuration that does not refer to the wearer ID 13 for identifying the wearer of the glasses 10, only the optometry information 12 may be stored in the memory 11 of the glasses 10. For example, in the first embodiment, when the read optometry information 12 is displayed as it is, in the second embodiment, when the read optometry information 12 is stored as it is, or in the third embodiment, the read optometry When the initial correction value or the initial visual acuity value of the information 12 is set as it is, it is not necessary to store the wearer ID 13 in the glasses 10 side in advance.

  Further, the configuration for reading the optometry information 12 and the like stored in the memory 11 is not limited to the configuration shown in FIGS. 1 and 5, and any configuration can be used.

  In each of the above embodiments, a reader / writer capable of reading and writing information stored on the glasses side is used. However, when there is no need for writing processing, a reader (reading means) capable of only reading is used. ) May be used.

  An ophthalmologic information processing system in which the features of the first to third embodiments are arbitrarily combined can also be configured.

1 is a block diagram illustrating a schematic configuration of a first embodiment of an ophthalmologic information processing system according to the present invention. 1 is a perspective view illustrating a schematic configuration of glasses shown in a first embodiment of an ophthalmologic information processing system according to the present invention. It is a flowchart showing the process performed by 1st Embodiment of the ophthalmologic information processing system which concerns on this invention. It is a block diagram showing schematic structure of the modification of 1st Embodiment of the ophthalmologic information processing system which concerns on this invention. It is a block diagram showing schematic structure of the modification of 1st Embodiment of the ophthalmologic information processing system which concerns on this invention. It is a flowchart showing the process performed by the modification of 1st Embodiment of the ophthalmologic information processing system which concerns on this invention. It is a block diagram showing schematic structure of 2nd Embodiment of the ophthalmologic information processing system which concerns on this invention. It is a flowchart showing the process performed by 2nd Embodiment of the ophthalmologic information processing system which concerns on this invention. It is a block diagram showing schematic structure of 3rd Embodiment of the ophthalmologic information processing system which concerns on this invention. It is a flowchart showing the process performed by 3rd Embodiment of the ophthalmologic information processing system which concerns on this invention.

Explanation of symbols

1, 1 ', 100, 1000 Ophthalmic information processing system 10 Glasses 11 Memory 12 Optometry information 13 Wearer ID
DESCRIPTION OF SYMBOLS 14 Electrical contact 15 IC tag 16 IC chip 17 Antenna 20 Reader / writer 21 Electrical contact 22 Antenna 30 Ophthalmic equipment 31 CPU
32 memory 32A customer ID
32B Related Information 32a Information Storage Unit 33 Monitor 34 Communication Interface (I / F)
35 Judgment part 40,140 Computer apparatus 41,141 CPU
42 Judgment Unit 43 Hard Disk Drive (HDD)
44 Storage 45 Customer ID
46 Related Information 47, 143 Monitor 48, 145 Communication Interface (I / F)
142 memory 144 input unit 120 vision tester 121 control unit 122 turret plate 122-1 to 122-N correction lens 123 drive unit 130 visual acuity table device 131 control unit 132 target presentation unit

Claims (4)

A target presentation means for selectively presenting a plurality of targets for the eye to be examined;
Lens holding means for holding a plurality of correction lenses for correcting the eye refractive power of the eye to be examined; drive means for driving the lens holding means to selectively place the correction lens in front of the eye of the eye to be examined; A subjective optometry means having:
Preliminarily storing optometry information provided on a frame of the glasses and including at least one of a prescription value of the lens of the glasses, an objective value acquired by an optometry measurement performed to create the glasses, and a subjective value Non-volatile storage means,
Reading means for reading the optometry information stored in the storage means;
Control means for controlling the driving means of the subjective optometry means so as to select the correcting lens according to the read optometry information and place it in front of the eye of the eye to be examined;
An ophthalmologic information processing system comprising: A target presentation means for selectively presenting a plurality of targets for the eye to be examined;
A lens holding means for holding a plurality of correction lenses for correcting the eye refractive power of the eye to be examined;
The lens holding means is driven to selectively place the correcting lens in front of the eye to be examined
A subjective optometry means having a drive means;
Preliminarily storing optometry information provided on a frame of the glasses and including at least one of a prescription value of the lens of the glasses, an objective value acquired by an optometry measurement performed to create the glasses, and a subjective value Non-volatile storage means,
Reading means for reading the optometry information stored in the storage means;
Control means for controlling the optotype presenting means so as to select and present the optotype corresponding to the read optometry information;
An ophthalmologic information processing system comprising: A target presentation means for selectively presenting a plurality of targets for the eye to be examined;
Lens holding means for holding a plurality of correction lenses for correcting the eye refractive power of the eye to be examined; drive means for driving the lens holding means to selectively place the correction lens in front of the eye of the eye to be examined; A subjective optometry means having:
Preliminarily storing optometry information provided on a frame of the glasses and including at least one of a prescription value of the lens of the glasses, an objective value acquired by an optometry measurement performed to create the glasses, and a subjective value Non-volatile storage means,
Reading means for reading the optometry information stored in the storage means;
The driving means of the subjective optometry means is controlled so that the correction lens corresponding to the read optometry information is selected and placed in front of the eye of the eye to be examined, and the read optometry information is Control means for controlling the target presentation means to select and present the target according to
An ophthalmologic information processing system comprising: A writing means for writing the measurement result of the optometry using the optotype presenting means and the subjective optometry means into the storage means as the optometry means;
The writing means forms history information of the optometry information by writing the measurement result in addition to the optometry information already stored in the storage means. The ophthalmologic information processing system according to claim 3.

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