JP2008287627A - Maintenance management system for medical equipment - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a method for maintenance management of medical equipment, enabling confirmation of information for maintenance management on site. <P>SOLUTION: The maintenance management system for medical equipment comprises (a) an IC tag that is an RFID, (b) a PDA (personal digital assistant) provided with an RFID reader/writer, (c) a means for writing a previous periodic inspection execution date and a following periodic inspection scheduled date to the IC tag, and (d) a means for displaying a check list for inspection before and during use of medical equipment and writing check results to the IC tag. Accordingly, information such as periodic inspection or the like performed in a medical equipment maintenance management department is accurately transmitted to a patient's room or the like through the IC tag. Further, the execution state of the periodic inspection can be recognized in a use site through the IC tag. Further, a medical equipment management department can acquire the degree of use of the medical equipment rented to the use site to perform efficient management of the medical equipment. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a maintenance management system for more safely using a medical device used in a medical institution such as a hospital, in particular, a ventilator, an infusion pump, or the like whose malfunction causes a risk to a patient.

  In medical institutions such as hospitals, various medical devices are used, and in order to use them safely, it is necessary to perform appropriate maintenance and inspection management. In particular, medical devices that cause danger to the patient's life in the event of a malfunction, such as a ventilator, are regularly checked at intervals determined by the manufacturer, and are used before and after each use. Medium and post-use inspections are being conducted. In a medical institution of a certain size or more, there is a medical device management department composed of specialist engineers such as clinical engineering engineers, and is in charge of maintenance management of medical devices used in hospitals.

  Taking the case of a ventilator as an example, the ventilator is managed by the medical equipment management department, and the rooms actually used are hospital rooms and centralized management rooms. When it becomes necessary to use a ventilator at the site of use such as a hospital room, a system is often adopted in which the medical device management department lends the ventilator and returns it after use.

  This periodic check of the ventilator is carried out in the medical equipment management department or outsourced to the manufacturer. In addition, pre-use inspection is performed by a nurse in a hospital room based on a predetermined checklist, confirming a pass and starting use, and confirming that it is operating normally during use at predetermined time intervals. In many cases, the check is performed. The used ventilator is returned to the medical equipment management department, where it is inspected after use and stored in a state where it can be used at any time.

  In the medical device management department, it is common to manage a medical device to be managed with a management number. In this case, means for automatically identifying each device may be used. At present, so-called bar codes are widely used as the automatic identification means.

  Various device management support systems that perform maintenance management of medical devices using such barcodes are known. For example, as described in Non-Patent Document 1 below, many are already on the market and maintenance inspection records are stored.

  Further, Patent Document 1 below discloses a system for managing inventory by attaching an IC tag to a medical product.

  Patent Document 2 below discloses a system in which RFID is attached to a wristband of a patient, treatment instruction information is recorded, and medical careless mistakes can be prevented.

  Patent Document 3 below discloses a system that uses an RFID as a medical examination ticket.

JP 2006-215562 A Japanese Patent Laid-Open No. 2004-046582 JP 2005-259033 A Medical Instrumentation Nov. 2006, Vol. 76, Current Status and Prospect of Commercial Device Management Support Software

  In the conventional equipment management support system used for the maintenance management of medical equipment, there is no established mechanism for accurately transmitting information such as periodic inspections conducted in the maintenance department to the use site such as hospital rooms. It was difficult to easily recognize whether it was properly implemented or when the next periodic inspection was scheduled.

  In addition, the medical device management department is required to understand the operating status of medical devices and provide information on the replacement rate based on the analysis of the rate of claims and the operating rate. It was difficult to know the exact operating time of how much was actually used in hospital rooms.

  Furthermore, since the conventional device management support system used for maintenance management of medical devices is only for inspection work performed in the maintenance management department, inspection records before and during use performed at the site of use are medical In some cases, it would not be included in the maintenance management record unless a new manual entry was made in the device management department. In this case, in order to confirm with the medical device management department, it is necessary to make an inquiry to the medical device management department, and the procedure tends to be complicated.

  The present invention has been made in view of the above problems, and an object of the present invention is to provide a technique capable of confirming information related to maintenance management in the field when performing maintenance management of a medical device.

  Another object of the present invention is to provide a method for easily confirming information related to maintenance management before, during, and after use performed on site in the maintenance department of medical equipment. .

  Another object of the present invention is to provide a mechanism that allows the management department to easily know how much the medical device is operating.

  The medical device maintenance management system of the present invention has been made in order to solve the above-mentioned problems, and its basic configuration is generally as follows.

(A) an IC tag which is an RFID;
(B) a PDA (personal digital assistant) equipped with an RFID reader / writer;
(C) means for writing the date of the previous periodic inspection and the scheduled date of the next periodic inspection on the IC tag;
(D) a means for displaying a check list for performing a check before and during use of the medical device on the PDA, and writing a check result on the IC tag;
Is a medical device maintenance management system.

  According to the above configuration, there is an effect that information such as periodic inspections performed in the medical equipment maintenance management department is accurately transmitted to the use site such as a hospital room via the IC tag.

  Similarly, through this IC tag, it can be easily recognized at the site of use whether or not the periodic inspection is properly performed or when the next periodic inspection is scheduled.

  In addition, the medical device management department can know the exact operating time of how much was actually used at the site of use such as a hospital room where the medical device was lent. This is because the operating time is stored in the IC tag and the PDA in the use site such as a hospital room.

  In addition, since all maintenance management records, including inspection records before and during use of medical devices performed at the site of use, are recorded on IC tags and PDAs, it is easy for medical device management departments via PDAs, etc. Can be read and saved.

  Specifically, the present invention employs the following means.

  (1) In order to solve the above-described problems, the present invention is equipped with an IC tag that is an RFID to be attached to a medical device, and an RFID reader / writer for reading / writing maintenance management data on the IC tag. A terminal device, and the terminal device uses the RFID reader / writer to write a maintenance / inspection date and / or a maintenance / inspection date, which is the maintenance management data, to the IC tag And a medical device maintenance management system.

  In addition, it is also preferable to input the scheduled maintenance / inspection date and / or the maintenance / inspection date of the medical device from the user. In this case, in addition to the above-described configuration, it is also preferable to include an input unit for inputting a maintenance / inspection date and / or a maintenance / inspection date of the medical device from the user.

  (2) Further, the present invention provides the medical device maintenance management system according to the above (1), wherein the terminal device stores a checklist for storing a checklist for performing maintenance / inspection of the medical device, Display means for displaying a check list for a user, and writing means for writing a result of checking by the user on the check list displayed by the display means into the IC tag using the RFID reader / writer And a medical equipment maintenance management system.

  (3) Further, the present invention provides the medical device maintenance management system according to (2) above, wherein the check list storage means is any one or two of the medical device before use, during use, and after use. More than one type of maintenance inspection checklist is stored, and the display means provides the user with one or more types of maintenance inspection checklists of the medical device before use, during use, and after use. The medical device maintenance management system is characterized by being displayed.

  (4) In the medical device maintenance management system according to (2), the check list storage unit stores a maintenance check list before use of the medical device, and the display unit includes: A maintenance check list prior to use of the medical device is displayed to the user, and the check result displayed by the user on the check list displayed by the display means is displayed on the RFID reader / writer. If the user checks the writing means used to write to the IC tag and the checklist displayed by the display means, the user checks whether or not the previous post-use inspection has been completed. If not, a medical device maintenance management system comprising warning means for outputting a predetermined warning to the user.

  (5) Further, the present invention provides the medical device maintenance management system according to the above (1), wherein the terminal device stores checklist storage means for storing a checklist group for performing maintenance / inspection of the medical device, From the check list storage means, a check list relating to the medical device that is the object of maintenance management is selected and retrieved, and a display means for displaying the retrieved check list for the user, and a check list displayed by the display means And a writing unit for writing the result checked by the user into the IC tag using the RFID reader / writer.

  (6) Moreover, this invention is a medical equipment maintenance management system as described in said (1), The said terminal device is the input means which inputs the scheduled use period of the said medical equipment from a user, The said input used Warning when the scheduled use end date, which is the last day of the scheduled period, is after the next maintenance check date, and / or when the scheduled use end date is close within the predetermined period from the next maintenance check date A medical device maintenance management system comprising: warning means for outputting

  (7) Further, the present invention provides the medical device maintenance management system according to the above (5), wherein the terminal device indicates a date on which the medical device was subjected to maintenance inspection before and / or during use. A maintenance inspection history storage means for storing; and a writing means for writing a date of the maintenance inspection stored in the maintenance inspection history storage means into the IC tag using the RFID reader / writer. Obtains the operating time of the medical device from the date on which the maintenance inspection was performed, obtains the operating time of the medical device from the operating time, and determines the operating time and / or the accumulated operating time for the RFID reader / writer. The medical device maintenance management system is characterized in that it is used to write in the IC tag.

  (8) Further, according to the present invention, in the medical device maintenance management system according to the above (7), the terminal device calculates the insurance reimbursement price based on the accumulated operation time, and the calculated insurance reimbursement price. A medical device maintenance management system comprising: display means for displaying

  (9) Moreover, the present invention provides the medical device maintenance management system according to any one of the above (1) to (8), wherein the IC tag uses a long wave band with a frequency of 125 to 135 kHz. This is a medical equipment maintenance management system characterized in that communication is not affected by water or the like.

  (10) Moreover, the present invention is the medical device maintenance management system according to any one of (1) to (8), wherein the IC tag is of a label type with a flexible adhesive. A medical device maintenance management system characterized by that.

  Maintenance / inspection information such as periodic inspections performed in the medical equipment maintenance management department or the like is written on the IC tag, so that the maintenance / inspection information can be accurately transmitted to the use site such as a hospital room.

  In addition, it is easy to know at the site of use through IC tags whether maintenance inspections such as periodic inspections are being carried out properly or when the next periodic inspection is scheduled. Further improvement.

  In addition, the medical device management department can know the actual operating time actually used at the site where the medical device is lent.

  Furthermore, data such as inspection records before and during use of the medical device performed at the use site can be easily stored in the medical device management department. This is because predetermined data is stored in an IC tag or the like.

  Hereinafter, preferred embodiments of the present invention will be described with reference to FIGS.

  First, as shown in FIG. 1, a medical device maintenance management system according to the present embodiment includes an IC tag 20 attached to a medical device 10, a PDA (personal digital assistant) 30 equipped with an RFID reader / writer, It has. The PDA 30 corresponds to a preferred example of the terminal device in the claims.

  In recent years, IC tags 20 for RFID have made rapid progress and are widely spread in all fields. This RFID is classified into a long wave band (below 135 kHz), a short wave band (13.56 MHz), a microwave wave (2.45 GHz), and a UHF band (915 to 950 MHz) depending on the frequency band to be used. Therefore, it is necessary to use the optimum one according to the environmental conditions to be used.

  Many of the medical devices 10 have a structure housed in a metal casing, and there are cases where distilled water or physiological saline is placed nearby, and such liquids, chemicals, etc. May fall off accidentally (eg spill). Therefore, it is generally necessary to provide water resistance, oil resistance, chemical resistance, etc. so that it can function even when wet with water or chemicals.

  In this embodiment, a long wave band RFID having a frequency of 125 to 135 kHz is employed. Therefore, the IC tag 20 for RFID in this frequency band is used. This is because the long wave band with a frequency of 125 to 135 kHz can be used in water and has the least influence by metal, and is therefore suitable for use in a maintenance management system for medical devices.

  Next, the PDA (personal digital assistant) 30 equipped with the RFID reader / writer 30a needs to be used by a nurse with one hand at a medical site such as a hospital room, and is small and light enough to be held with one hand. Is desirable.

  On the other hand, since the RFID reader / writer 30a performs inspection while looking at the inspection checklist of the medical device displayed on the screen, the RFID reader / writer 30a needs to have at least a screen large enough to see the inspection checklist. As a matter of course, the RFID reader / writer 30a needs to be able to read and write a long wave band with a frequency of 125 to 135 kHz.

Initial Setting / Preparation Next, the initial setting of the medical device maintenance management system according to the present invention will be described.

  First, the person who can use the maintenance management system is determined, and the ID number and password of each person are registered in the PDA 30 equipped with the RFID reader / writer 30a. In general, an 8-digit number is preferably used as the ID number, but other numbers may be used, and other symbols or the like (such as alphabets) are also preferably used. As the password, it is preferable to use a 4-digit number, but other numbers may be used, and it is also preferable to use other symbols (such as alphabets).

  The PDA 30 is generally composed of various processors (computers) and programs executed by the processors. Each means in the claims is composed of this processor and a program executed by the processor.

  The PDA 30 is provided with display means such as a liquid crystal display, which corresponds to a preferred example of each display means in the claims.

  The PDA 30 includes a key button for data input (see FIGS. 1 and 2), which corresponds to a preferred example of each input unit in the claims. The user can input a predetermined date or the like via this key button.

  Next, an IC tag 20 that is not affected by metal and water is attached to the medical device 10 that requires maintenance and management using a long wave band with a frequency of 125 to 135 kHz. The place of application should be as easy to see as possible on the front or side of the medical device. Use an appropriate adhesive or strong double-sided tape. The IC tag 20 is preferably pre-attached with an adhesive, and is preferably a flexible label type so that it can be attached to a curved surface without any gap.

  Since various methods for attaching an IC tag are conventionally known, various conventionally known attachment methods can also be employed in this embodiment.

  On the surface of the IC tag 20, a printing surface for printing characters and pictures is provided. On this printed surface, for example, an ISO icon mark that means "Please read the instruction manual" is printed, and "Refer to the instruction manual" that is essential for the safe use of medical devices. You can call attention.

  Next, the initial basic information is written to the IC tag 20 using the PDA 30 equipped with the RFID reader / writer 30a. Initial basic information includes “medical device name”, “manufacturer company name”, “serial number”, “JAN code”, “hospital management number”, “purchasing company name”, “sales person name”, There are “Purchase Date”, “Maintenance Manager ID”, etc., but other than these can be added as necessary.

  The PDA 30 includes means for writing data to the IC tag 20. This means includes a processor in the PDA 30 and a program executed by the processor. This program controls the RFID reader / writer 30 a and writes predetermined data to the IC tag 20. Similarly, the PDA 30 includes means for reading predetermined data from the IC tag 20. This means includes a processor in the PDA 30 and a program executed by the processor. This program controls the RFID reader / writer 30 a and reads predetermined data from the IC tag 20.

Operation Method Next, a method of using the medical device maintenance management system according to the present invention will be described.

When the power of the PDA 30 equipped with the RFID reader / writer 30a is turned on, the login screen of FIG. 2 is displayed. The user inputs the ID number of the user registered in advance and presses “ENTER”. When the ID number is authenticated, the user is asked for a password. The user inputs a password registered in advance and presses “ENTER”. When the password is recognized, the menu screen shown in FIG. 3 is displayed.

  As shown in FIG. 3, the menu screen is composed of “maintenance check”, “repair maintenance”, and “training”, and the screen shifts to a screen for inputting each job by pressing any one of them. To end, press “End”.

  Repair maintenance means repair / maintenance, and training is a menu item for training users.

  Here, an operation when “maintenance inspection” is selected will be described as an example. When the user selects this “maintenance inspection”, the maintenance inspection screen shown in FIG. 4 is displayed. The user selects an inspection item to be performed. For example, when the user selects “in-use inspection”, the reading screen of FIG. 5 is displayed.

  The PDA 30 is equipped with a terminal device as claimed in the claims, and the PDA 30 is equipped with a predetermined display means such as a liquid crystal display. The display means is provided for each display means as claimed in the claims. This corresponds to a preferred example.

  In the text, “select” is executed by an operation of “pressing” the ENTER key or a method of touching the screen with a pen (stylus pen) or a finger (this may be referred to as “press”). Various methods for selecting items in the menu on the PDA 30 have been known so far, and it is preferable to appropriately adopt these methods.

  Now, with the reading screen of FIG. 5 displayed, the user brings the PDA 30 equipped with the RFID reader / writer 30a close to the IC tag 20 attached to the medical device 10 that is the object of maintenance and inspection. Press “Read” (see FIG. 5) (touch the screen with your finger or pen, etc.).

  Then, reading of data recorded and stored in the IC tag 20 is started. When the reading is completed, the pre-inspection screen of FIG. 6 is displayed. This screen is a screen for displaying the previous inspection date and the previous repair date when inspection and repair have already been performed in the past.

  In the pre-inspection screen in FIG. 6, the user presses “scheduled use end date”, and inputs “schedule date” when the use of the medical device 10 ends. Although the input screen is not shown, it is a screen for inputting a general date. When this input is completed, the display returns to the display of FIG.

  When the input scheduled date exceeds the scheduled date for the next periodic inspection, the date display blinks in red, an alarm sounds and a warning is given to the user. Also, if the scheduled date is after 7 days before the next scheduled periodic inspection date, the date display is displayed in red to alert the user.

  In this embodiment, the warning is given by an alarm sound. However, the PDA 30 equipped with the RFID reader / writer 30a is provided with a voice function so that the next scheduled periodic inspection date has passed. It is also suitable to do. With such a voice warning, it is possible to more reliably prevent an erroneous input or an expiration date.

Inspection Operation Now, placing the screen on the screen of FIG. 6 and pressing “Start Inspection”, the in-use inspection screen of FIG. 7 is displayed, and a check sheet for inspection to be performed during use is displayed. The user inspects each item in the check sheet and presses the “inspection complete” column regarding the completed inspection item. By performing this operation for each inspection operation, it is possible to confirm that each inspection operation has been performed and to record the confirmation operation.

  The check sheet here corresponds to a preferred example of the check list in the claims. This check sheet is stored in a predetermined storage means inside the PDA 30. This storage means corresponds to a preferred example of the check list storage means in the claims. For example, a predetermined flash memory, various memory cards, a hard disk, and other various data storage means can be used.

  It is also possible to confirm that all the inspection items displayed on the screen have been completed by pressing “ALL ON” without pressing each “Inspection Complete” column individually (see FIG. 7). ).

  The confirmation work described above is stored in a predetermined storage means inside the PDA 30. The storage means preferably uses the above-described flash memory or the like. At that time, the date of inspection is also stored. This date corresponds to a preferable example of the date on which the maintenance inspection of the claims is performed. In order to know the date, the PDA 30 is preferably provided with a predetermined calendar function. Such a function can be realized by a predetermined timer / calendar IC.

  Maintenance inspections are classified into “regular inspections”, “temporary inspections”, “pre-use inspections”, “in-use inspections” and “post-use inspections” as shown in FIG. 4 described above. The item is set.

  The inspection items are set based on the items set by the manufacturer of the medical device. It is also preferable that the hospital using the medical device changes (adds) the inspection item. In general, it is also preferable to store check items of representative medical devices as a check list, and to call up and use the check list of each medical device used by each medical institution. is there.

  Standard inspection items are stored in the PDA 30 equipped with the RFID reader / writer 30a. The system administrator makes a meeting in advance with the hospital that uses the medical device management system and displays it on the screen. Check items need to be confirmed.

  Now, as described above, the user performs each inspection work while the screen of FIG. 7 is displayed. After the user completes each inspection work, when the user presses “END” on the in-use inspection screen of FIG. 7, the update screen of FIG. 8 is displayed. The user presses “Write” on this screen.

  When the user presses “write”, the write processing screen shown in FIG. 9 is displayed. In a state where this screen is displayed, the user brings the PDA 30 equipped with the RFID reader / writer 30a close to the IC tag 20 attached to the medical device for maintenance and inspection, and starts “writing” on the screen of FIG. When is pressed (see FIG. 9), writing to the IC tag 20 is started.

Inspection and maintenance inspections before use are classified into “periodic inspection”, “temporary inspection”, “pre-use inspection”, “in-use inspection” and “post-use inspection” as shown in FIG. It was explained above that inspection items are set for each.

  Among these, when the pre-use inspection is selected by the user and the user checks an inspection item, the PDA 30 inspects whether or not the medical device is inspected after use at the previous use. When the post-use inspection is not performed (when the post-use inspection check item is not checked), a predetermined warning is output to the user. For example, a voice message such as “No inspection after previous use” has been preferable.

  Such an operation is executed by a program in the PDA 30 and a processor (computer) that executes the program.

  The warning means in the claims comprises such a program and a processor (computer).

Writing to the IC tag 20 The data written here is at least a record of a pre-use inspection and an in-use inspection performed at the site of use. Specifically, it is the user, the check item and whether or not to check it, the check date, and the like. It is also preferable to store the operation time data. Of course, the matter to be recorded according to the characteristics of each medical device 10 should be appropriate data as appropriate. Depending on the medical device 10, it is preferable to record appropriate data according to the amount of travel, such as voltage, application time, cumulative application time, flowing current value and time, patient blood type, and the like.

  When the writing of these data to the IC tag 20 is completed, the “previous inspection date” (see the screen shown in FIG. 8 and FIG. 6) is updated to today's date, and the inspection result is loaded with the RFID reader / writer 30a. The data is saved in the PDA 30 and the menu screen of FIG. 3 is displayed again.

  The record of the operating time is accumulated as appropriate, and the accumulated operating time is calculated. This accumulated operation time is also recorded in the IC tag 20 and the PDA 30 together with the above data. The PDA 30 is loaded with a program for calculating the insurance reimbursement price from this accumulated operating time. This program and the processor that executes this program correspond to a suitable example of calculation means for calculating the insurance reimbursement price in the claims.

  The calculated insurance reimbursement price is displayed on a display means such as a liquid crystal display and is shown to the user.

  When it is desired to store the record stored in the IC tag 20 separately from the IC tag 20 and the PDA 30, the PDA 30 equipped with the RFID reader / writer 30a is connected via the connection cable 31 or by a predetermined wireless communication means. The record can be printed by the printer 50 and is preferably stored separately.

  Now, when the use of the medical device 10, such as a ventilator, is completed at the site of use such as a hospital room, the ventilator is returned to the medical device management department. The medical device management department can obtain records of pre-use inspections and in-use inspections performed at the site of use and operating time data by reading the IC tag 20 attached to the returned ventilator. it can. Specifically, the data can be transferred into the personal computer 40 by connecting the USB cable 31 to the personal computer 40. In this way, inspection data regarding the medical device 10 can be stored in the personal computer 40.

Inspection in medical equipment management department The medical equipment management department performs post-use inspection using the PDA 30 equipped with the RFID reader / writer 30a.

  The result of this inspection can be transferred not only to the IC tag 20 but also to the personal computer 40 in the same manner as the above-mentioned inspection during use.

  As described above, in the medical equipment management department, all maintenance inspection records classified into periodic inspection, pre-use inspection, in-use inspection, and post-use inspection can be collectively stored.

  In addition, by acquiring and accumulating the operation time written in the IC tag 20, it is also possible to provide information related to replacement of the medical device based on the analysis of the claim occurrence rate and the operation rate.

  The present invention is applied to a maintenance management system for safely using a medical device used in a medical institution such as a hospital, in particular, a ventilator or the like whose malfunction causes a risk to a patient's life.

It is a composition conceptual diagram of the medical equipment maintenance management system concerning this embodiment. It is a login screen displayed on PDA of the medical device maintenance management system of FIG. It is a menu screen displayed on PDA of the medical device maintenance management system of FIG. It is a maintenance inspection menu screen displayed on PDA of the medical device maintenance management system of FIG. It is a reading screen displayed on PDA of the medical device maintenance management system of FIG. 2 is a pre-inspection screen displayed on the PDA of the medical device maintenance management system of FIG. 1. It is a check screen in use displayed on PDA of the medical device maintenance management system of FIG. It is an update screen displayed on PDA of the medical device maintenance management system of FIG. It is a writing screen displayed on PDA of the medical device maintenance management system of FIG.

Explanation of symbols

10 Medical device 20 IC tag 30 PDA equipped with RFID reader / writer
30a RFID reader / writer
31 Connection cable (USB cable)
40 Personal computer 50 Printer

Claims (10)

An IC tag that is an RFID to be attached to a medical device, and a terminal device equipped with an RFID reader / writer for reading and writing maintenance management data to the IC tag;
The terminal device comprises:
Write means for writing the maintenance / inspection date and / or maintenance / inspection date, which is the maintenance management data, into the IC tag using the RFID reader / writer,
A medical device maintenance management system comprising: The medical device maintenance management system according to claim 1,
The terminal device
Checklist storage means for storing a checklist for performing maintenance / inspection of the medical device;
Display means for displaying the checklist to the user;
Write means for writing the result checked by the user against the check list displayed by the display means into the IC tag using the RFID reader / writer;
A medical device maintenance management system comprising: In the medical device maintenance management system according to claim 2,
The check list storage means stores one or more types of maintenance check lists before, during, and after use of the medical device,
The display means displays, to the user, one or more types of maintenance checklists of the medical device before use, during use, and after use. Maintenance management system. In the medical device maintenance management system according to claim 2,
The check list storage means stores a maintenance check list before use of the medical device,
The display means displays a maintenance check list before use of the medical device for the user,
Write means for writing the result checked by the user against the check list displayed by the display means into the IC tag using the RFID reader / writer;
When the user checks the check list displayed by the display unit, the user checks whether or not the previous post-use inspection is completed. If the user does not complete the check list, a predetermined warning is given to the user. Warning means to output for
A medical device maintenance management system comprising: The medical device maintenance management system according to claim 1,
The terminal device
Checklist storage means for storing a checklist group for performing maintenance / inspection of medical devices;
From the checklist storage means, select and take out a checklist for the medical device that is the object of maintenance management, and display means for displaying the taken out checklist to the user;
Write means for writing the result checked by the user against the check list displayed by the display means into the IC tag using the RFID reader / writer;
A medical device maintenance management system comprising: The medical device maintenance management system according to claim 1,
The terminal device
An input means for inputting a scheduled use period of the medical device from a user;
The scheduled use end date that is the last day of the input scheduled use period is after the next maintenance check date, and / or the scheduled use end date is close to the next maintenance check date within a predetermined period. A warning means for outputting a warning if
A medical device maintenance management system comprising: In the medical equipment maintenance management system according to claim 5,
The terminal device
Maintenance inspection history storage means for storing a date of performing maintenance inspection before and / or during use of the medical device;
A writing unit for writing a date on which the maintenance inspection stored in the maintenance inspection history storage unit is performed to the IC tag using the RFID reader / writer;
With
The writing means obtains the operation time of the medical device from the date when the maintenance inspection is performed, obtains the operation time of the medical device from the operation time, and calculates the operation time and / or the accumulated operation time as the RFID reset time. -A medical device maintenance management system, wherein the IC tag is written using a writer. The medical device maintenance management system according to claim 7,
The terminal device
A calculation means for calculating a reimbursement price based on the cumulative operating time;
Display means for displaying the calculated insurance reimbursement price;
A medical device maintenance management system comprising: In the medical equipment maintenance management system according to any one of claims 1 to 8,
The IC tag uses a long wave band with a frequency of 125 to 135 kHz so that communication is not affected by metal, water, or the like. In the medical equipment maintenance management system according to any one of claims 1 to 8,
The medical device maintenance management system, wherein the IC tag is of a label type with a flexible adhesive.

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