JP6333137B2 - Endoscope cleaning system - Google Patents

Description

  The present invention relates to an endoscope cleaning system that manages cleaning of an endoscope scope.

  It is preferable that the endoscope scope used for the endoscopic examination is immediately cleaned with a cleaning device and reused for another examination. A cleaning staff such as a nurse sets a used endoscope scope in a cleaning tank of a cleaning device, selects a cleaning process program, and starts cleaning. When cleaning at the end of the day, the cleaning staff selects the program that includes the scope water leakage check process and the alcohol flush process in addition to the normal cleaning process to clean the endoscope scope. When the endoscope scope is cleaned, the endoscope scope is stored in a storage.

  Patent Document 1 manages an endoscope scope by schedule information, and when the examination by the endoscope is found to be the last day, after the water leakage examination is finished, the alcohol display is processed on the button display screen. Is added, and an endoscope cleaning machine management system for displaying the exception handling mode is disclosed.

JP 2010-17411 A

  As disclosed in Patent Document 1, if the use schedule of each endoscope scope is managed, the examination may not be assigned to the endoscope scope before the endoscope scope is cleaned. As can be seen, the alcohol flush process to be performed during the final cleaning of the day can be displayed after the leak test. However, in medical facilities where multiple endoscopic scopes are used and endoscopy is performed in multiple laboratories at the same time, cleaning can be performed rather than setting schedule information for individual endoscopic scopes. It may be more efficient to reuse the endoscope scope in the order in which it was completed. For example, if the examination is longer than planned, or if the used endoscope scope is left unattended and the cleaning process is not performed promptly, the schedule set in advance will be distorted. Therefore, rather than managing the use schedule of individual endoscope scopes, there is an advantage that the inspection can be started more quickly by reusing the endoscope scopes in the order in which the cleaning is completed.

  On the other hand, if the individual endoscope scope is not scheduled to be used, the nurse will not use the endoscope scope anymore before the cleaning of the used endoscope scope begins, i.e. leakage of water. It is necessary to determine whether or not to select a cleaning program that includes a check processing step and an alcohol flush processing step, based on the progress of endoscopy in the facility on the day. For this reason, it is necessary to collect information such as confirming the examination status with another nurse, and in the latter half of the day, such a trouble is required for each cleaning.

  The present invention has been made in view of such a situation, and an object of the present invention is not to use schedule information of individual endoscope scopes, but to use endoscope scope usage conditions to clean the endoscope scope. The purpose is to provide a technique for determining the contents.

  In order to solve the above-described problems, an endoscope cleaning system according to an aspect of the present invention includes an endoscope cleaning device and a management device that determines the cleaning contents of the endoscope scope. The management apparatus includes a cleaning determination unit that determines the cleaning content of the used endoscope scope by using the planned number of endoscope examinations and the number of endoscope scopes used for the examination.

  It should be noted that any combination of the above-described constituent elements and a conversion of the expression of the present invention between a method, an apparatus, a system, a recording medium, a computer program, and the like are also effective as an aspect of the present invention.

  ADVANTAGE OF THE INVENTION According to this invention, the technique which determines the washing | cleaning content of an endoscope scope can be provided.

It is a figure which shows the structure of the endoscope washing | cleaning system concerning the Example of this invention. It is a figure which shows the status transition of an endoscope scope. It is a figure which shows the external appearance structure of a washing | cleaning apparatus. It is a figure which shows the functional block of a management apparatus. It is a flowchart which shows the detail of the cleaning content determination process by a management apparatus. It is a figure which shows the example of a message displayed on the display panel of a washing | cleaning apparatus.

  FIG. 1 is a diagram showing a configuration of an endoscope cleaning system 1 according to an embodiment of the present invention. The endoscope cleaning system 1 is a system for supporting a cleaning operation in an endoscopic examination, and includes a plurality of endoscope observation apparatuses 10a, 10b, and 10c (hereinafter referred to as “endoscopic observation unless otherwise distinguished”). Device 10 ”), a plurality of cleaning devices 12a, 12b, 12c (hereinafter referred to as“ cleaning device 12 ”unless otherwise specified), a storage 14 and a management device 20, which are connected to a LAN (local area). Network). In the present embodiment, the medical facility includes a plurality of upper endoscope scopes 16a, 16b, 16c, and 16d (hereinafter referred to as “endoscope scope 16” unless otherwise distinguished).

  Prior to the start of the day's endoscopy, the endoscope scope 16 is stored in the storage 14, and a medical worker such as a nurse removes the endoscope scope 16 from the storage 14. It is carried to the examination room and connected to the endoscope observation apparatus 10. When the examination by the endoscope observation apparatus 10 is completed, the medical worker puts the used endoscope scope 16 into the washing tank of the washing apparatus 12 and performs washing, and the endoscope scope 16 that has been washed is again Take it to the laboratory and reuse it for a new test. In the present embodiment, the endoscope scope 16 is not set with schedule information that determines which examination is to be used next, and the medical staff can determine the endoscope scope 16 in the order in which the cleaning is completed. To the laboratory where the examination is scheduled.

  The management device 20 manages the contents of cleaning in the cleaning device 12, and the cleaning program in the cleaning device 12 is preferably set automatically by the management device 20. When the management device 20 determines that the endoscope scope 16 to be cleaned in the cleaning device 12 is to be reused, the management device 20 automatically sets the cleaning content in the cleaning device 12 to a cleaning program for performing a normal cleaning process. On the other hand, when the management device 20 determines that the endoscope scope 16 to be cleaned in the cleaning device 12 is no longer used for the inspection on the day, the cleaning content in the cleaning device 12 is added to the normal cleaning process to leak water. Automatically set to cleaning program including detection process and alcohol flush processing process. The management device 20 may automatically set the cleaning program of the cleaning device 12 according to the determination result of whether or not the endoscope scope 16 is reused, but the endoscope scope is displayed on the display screen of the cleaning device 12. A message indicating the cleaning program to be executed for 16 may be displayed. The endoscope scope 16 cleaned by the cleaning program including the water leakage detection process and the alcohol flush processing process is transported to the storage 14 and stored therein.

  The management device 20 has a function of managing the usage status of the endoscope scope 16 (hereinafter also referred to as “status information”) according to the workflow of endoscopy. In the present specification, the management apparatus 20 manages the endoscope scope 16 with five status information items of “inspection used”, “inspection used”, “cleaning”, “washed”, and “storage”. .

  FIG. 2 shows a status transition diagram of the endoscope scope. The management apparatus 20 performs “inspection in use” (ST1), “inspection used” (ST2), “in cleaning” (ST3), “cleaned” (ST4), and “in storage” for the endoscope scope 16. Management is performed with the five status information items (ST5). In FIG. 2, the managed status enables transition in the direction specified by the direction of the arrow. In another example, the endoscope scope 16 may be managed with the usage status divided into individual usage statuses, and a status such as “out-of-hospital loan” or “failed” is added. May be managed.

  “Examination in use” indicates a state in which the endoscope scope 16 is connected to the endoscope observation apparatus 10 and used. “Examination used” indicates a state in which the endoscope inspection is completed and the endoscope scope 16 is detached from the endoscope observation apparatus 10. “While cleaning” indicates that the endoscope scope 16 is attached to the cleaning tank of the cleaning device 12 and the cleaning program is started. “Cleaned” indicates a state in which the cleaning process of the endoscope scope 16 is normally completed. “In storage” indicates a state in which the cleaned endoscope scope 16 is stored in the storage 14.

  The endoscope scope 16 of the present embodiment is provided with a memory in which scope identification information (scope ID) is recorded and an RFID (Radio Frequency IDentification) tag. When the endoscope scope 16 is connected to the endoscope observation apparatus 10, the endoscope observation apparatus 10 reads the scope ID from the memory of the endoscope scope 16 and supplies the scope ID to the management apparatus 20. Thereby, the management apparatus 20 sets the status of the endoscope scope 16 to “in use of examination”. When the endoscope scope 16 is detached from the endoscope observation apparatus 10, the endoscope observation apparatus 10 notifies the management apparatus 20 of the end of the examination. Note that the endoscope observation apparatus 10 may notify the management apparatus 20 of the end of the inspection when the inspection end button is operated. When notified of the end of the examination, the management apparatus 20 sets the status of the endoscope scope 16 to “inspection used”.

  When the used endoscope scope 16 is carried to the cleaning chamber in which the cleaning device 12 is installed and the RF reader of the cleaning device 12 reads the scope ID from the RFID tag of the endoscope scope 16, the cleaning device 12 Then, the management device 20 is notified that the cleaning process will be started. This notification is called “cleaning standby notification”. When receiving the cleaning standby notification, the management device 20 determines the cleaning content of the endoscope scope 16 and notifies the cleaning device 12 of the content. When the cleaning device 12 starts the notified cleaning program, the management device 20 is notified of the scope ID and the cleaning start. Thereby, the management apparatus 20 sets the status of the endoscope scope 16 to “being washed”. When the cleaning device 12 normally ends the cleaning program, the cleaning device 12 notifies the management device 20 of the end of cleaning. Thereby, the management apparatus 20 sets the status of the endoscope scope 16 to “washed”. If the cleaning program 12 ends abnormally, the cleaning device 12 notifies the management device 20 that the cleaning has ended abnormally. For example, when the interruption button is operated by a medical staff during cleaning, or when the cleaning apparatus 12 is automatically terminated due to a system abnormality of the cleaning apparatus 12, the cleaning apparatus 12 notifies the management apparatus 20 of the abnormal end of cleaning. At this time, the management apparatus 20 sets the status of the endoscope scope 16 to “examined”.

  When the endoscope scope 16 that has been cleaned is transported to the storage 14 and the RF reader of the storage 14 reads the scope ID from the RFID tag of the endoscope scope 16, the storage 14 sends the scope ID to the management device 20. provide. As a result, the management apparatus 20 sets the status of the endoscope scope 16 to “in storage”. As described above, the management device 20 manages the status of the endoscope scope 16.

  FIG. 3 shows an external configuration of the cleaning device 12. An RF reader 40 is provided on the left side of the upper surface of the cleaning device 12, and a medical worker brings the RFID tag of the used endoscope scope 16 close to the RF reader 40 to read the scope ID. When the lid 44 is opened, there is a cleaning tank, and a medical worker sets the endoscope scope 16 in the cleaning tank. The display panel 42 is configured as a touch screen including a touch panel, and a medical worker can operate buttons and the like displayed on the display panel 42. The display panel 42 may display a message notified from the management device 20.

  FIG. 4 shows functional blocks of the management apparatus 20. The management apparatus 20 includes an inspection management unit 22, a scope management unit 24, a cleaning determination unit 26, a notification unit 28, an inspection information storage unit 30, and a scope information storage unit 32. The inspection information storage unit 30 and the scope information storage unit 32 may be configured by a large-capacity HDD (hard disk drive) or may be configured by a flash memory.

  The configuration of the inspection management unit 22, the scope management unit 24, the cleaning determination unit 26, and the notification unit 28 can be realized by an arbitrary processor, memory, or other LSI in hardware, and loaded into the memory in software. It is realized by a program or the like, but here, functional blocks realized by their cooperation are drawn. Accordingly, those skilled in the art will understand that these functional blocks can be realized in various forms by hardware only, software only, or a combination thereof.

  The examination information storage unit 30 stores order information for endoscopic examination. The order information includes at least an examination date, an examination ID that identifies an examination, a patient ID that identifies a patient, and type information of an examination to be performed. The examination type is information that specifies whether the examination is an upper endoscopy or a lower endoscopy. In endoscopy, upper endoscopy is used in upper endoscopy, and lower endoscopy is used in lower endoscopy, so the examination type information indicates the type of scope to be used. It is also information to identify. The scope information storage unit 32 stores the scope ID of the endoscope scope 16 managed in the medical facility in association with the examination type in which the scope is used.

  The examination management unit 22 acquires the scheduled number of examinations for each examination type based on the order information for the day stored in the examination information storage unit 30 before the start of the daily endoscopic examination work in the medical facility. To do. The reason why the scheduled number of examinations is acquired for each examination type is that the type of endoscope scope 16 to be used for each examination type is determined, and the examination management unit 22 determines the number of upper endoscopic examinations for that day. Then, the number of lower endoscopy is derived and passed to the cleaning determination unit 26. For example, when there is a change in the order information of the day, for example, when one scheduled inspection is canceled, it is determined that one inspection has been canceled at the time of cancellation. Notify the unit 26. In the following embodiment, a case where the cleaning contents of the endoscope scope 16 used in the upper endoscopy is managed will be described. However, the cleaning contents of the endoscope scope 16 used in the lower endoscopy are similarly described. Managed.

  The scope management unit 24 manages the status of the endoscope scope 16 in the upper endoscopy. Prior to the start of the inspection work, all the endoscope scopes 16 are stored in the storage 14, and therefore the scope management unit 24 manages the statuses of all the endoscope scopes 16 as “in storage”. Yes. Prior to the start of the examination, when a medical worker takes out the endoscope scope 16 from the storage 14 and carries it to the examination room to connect to the endoscope observation apparatus 10, the endoscope observation apparatus 10 stores the memory of the endoscope scope 16. The scope ID is read from the information and provided to the management apparatus 20. When receiving the scope ID from the endoscope observation apparatus 10, the scope management unit 24 detects that it has been used for the examination, and sets the status of the endoscope scope 16 to “in use of examination”.

  The cleaning determination unit 26 acquires the scheduled number of inspections per day for the upper endoscopy from the inspection management unit 22. Here, it is assumed that the scheduled number of inspections per day is “10”. The cleaning determination unit 26 determines the content of cleaning of the used endoscope scope 16 by using the planned number of upper endoscopy and the number of endoscope scopes 16 used for the inspection. Specifically, the cleaning determination unit 26 derives the “remaining cleaning number” of the endoscope scope 16 from the planned number of upper endoscopy. Here, “the number of remaining cleanings” means the number of times the endoscope scope 16 used in the upper endoscopy is cleaned before the end of the inspection work for one day. Since one endoscope scope 16 is used in one examination, the number of endoscope scopes 16 to be cleaned is one. Therefore, before the start of inspection work, the scheduled number of inspections per day is equal to the number of remaining cleanings per day. Thereafter, when the endoscope scope 16 is used for inspection and cleaning is performed, the remaining cleaning number is decremented by “1”. Therefore, before the start of the inspection work, the cleaning determination unit 26 sets the remaining cleaning number to “10”, and then when one endoscope scope 16 is cleaned, the remaining cleaning number is set to “9” and one more cleaning is performed. When the endoscope scope 16 is cleaned, the remaining cleaning number is set to “8”. If the remaining number of cleanings is “0”, there is no uncleaned used endoscope scope 16.

  When the cleaning number of the endoscope scope 16 is set, the cleaning determination unit 26 determines the cleaning content based on the relationship between the set remaining cleaning number and the number of endoscope scopes 16 used for the examination. . Here, the number of endoscope scopes 16 used for the inspection means the number of endoscope scopes 16 taken out from the storage 14 and connected to the endoscope observation apparatus 10.

  In this embodiment, at least two cleaning programs are prepared for the endoscope scope 16. The first is a “first program” for performing a normal cleaning process, and the second is a “second program” that includes a water leakage detection process and an alcohol flush processing process in addition to the normal cleaning process. It is. The first program is applied to the endoscope scope 16 that is reused for examination after cleaning. Since the endoscope scope 16 is used repeatedly during the inspection work for one day, the first program is often used during cleaning. On the other hand, the second program is applied to the endoscope scope 16 that is not scheduled to be used that day. Therefore, the endoscope scope 16 cleaned by the second program is not used for the inspection, but is transported to the storage 14 and stored therein.

  The cleaning determination unit 26 determines whether to apply the first program or the second program when cleaning the endoscope scope 16 in the cleaning device 12, and the notification unit 28 stores the determined program in the cleaning device 12. Notify In the present embodiment, the cleaning determination unit 26 determines that the endoscope scope 16 to be cleaned from now on when the remaining number of cleanings is equal to or less than the number of endoscope scopes 16 to be used (the number of remaining cleanings ≦ the number of scopes used) It is determined that it will not be reused for subsequent inspections, and it is decided to clean with the second program. On the other hand, in other cases (the number of remaining cleanings> the number of scopes used), the cleaning determination unit 26 determines that the endoscope scope 16 to be cleaned will be reused for subsequent examinations, and the first program Decide to wash.

  FIG. 5 is a flowchart showing details of the cleaning content determination process by the management apparatus 20. Below, the process which determines the washing | cleaning content of the endoscope scope 16 used by an upper endoscopy is demonstrated.

  The examination management unit 22 derives the scheduled number (“10”) of the upper endoscopy for the day and notifies the cleaning determination unit 26 of it. When the cleaning determination unit 26 obtains the planned number of inspections (S10), the remaining number of cleanings is set to “10”, which is the same as the planned number of inspections (S12). Thereafter, when the endoscope scope 16 is removed from the storage 14 and connected to the endoscope observation apparatus 10, the scope management unit 24 sets the status of the endoscope scope 16 to “in use of examination”. . The scope management unit 24 notifies the cleaning determination unit 26 of the number of upper endoscope scopes 16 having a status other than “in storage”, and the cleaning determination unit 26 determines the number of scopes other than “in storage”. Is acquired (S14). The endoscope scope 16 in which a status other than “in storage” is set corresponds to a scope used for examination.

  The cleaning determination unit 26 waits for a cleaning standby notification from the cleaning device 12 (N in S16). Here, the three endoscope scopes 16a, 16b, and 16c are connected to any one of the endoscope observation apparatuses 10a, 10b, and 10c, and the cleaning determination unit 26 uses the endoscope scope 16 used for the inspection. An example in which the number is acquired as “3” will be described. Note that the endoscope scope 16d is stored in the storage 14, and the status remains “in storage”.

  When the RF reader 40 of the cleaning device 12 reads the scope ID of the used endoscope scope 16, the cleaning device 12 transmits a cleaning standby notification to the management device 20. When the cleaning determination unit 26 receives a cleaning standby notification from the cleaning device 12 (Y in S16), it is determined whether or not a reuse condition of (the number of remaining cleanings> the number of used scopes) is satisfied (S18). When this reuse condition is satisfied (Y in S18), the cleaning determination unit 26 determines that the endoscope scope 16 is reused, and sets the first program as a cleaning program (S20). The notification unit 28 notifies the cleaning device 12 that the first program has been set (S24), and the cleaning device 12 automatically executes the cleaning process using the notified first program. When the first program is started, the cleaning device 12 notifies the management device 20 of the start of cleaning. When the scope management unit 24 receives the cleaning start notification (S26), the cleaning device 12 detects that the cleaning has started, and the cleaning determination unit. 26 decreases the remaining washing number by “1” (S28). Therefore, the remaining number of washings at this time is 9 (= 10-1).

  When the cleaning program ends normally in the cleaning device 12, the cleaning device 12 notifies the management device 20 of the end of cleaning (Y in S30). On the other hand, when the cleaning program ends abnormally in the cleaning device 12, the cleaning device 12 notifies the management device 20 that the cleaning has ended abnormally (N in S30). At this time, since the endoscope scope 16 needs to be cleaned once again, when the scope management unit 24 detects that the cleaning has ended abnormally, the cleaning determination unit 26 determines the number of remaining cleanings. Is increased by "1" (S32). Therefore, the remaining number of washings at this time is 10 (= 9 + 1). Note that the status of the endoscope scope 16 is set to “examined”. The cleaning determination unit 26 determines whether or not the remaining number of cleanings is “0” (S34), and if it is not 0 (N in S34), the process returns to S14.

  When the above steps are repeated, the remaining number of cleanings decreases by “1” every time cleaning is normally completed. When one scheduled inspection is canceled, the cleaning determination unit 26 recognizes that the number of times of cleaning the endoscope scope 16 has decreased by one, and decreases the remaining cleaning number by “1”.

  When the remaining cleaning number is “3”, when the scope ID of the endoscope scope 16a is read by the cleaning device 12 and the cleaning determination unit 26 receives a cleaning standby notification (Y in S16), the remaining cleaning is performed. Since the number “3” and the use scope number “3” are equal (N in S18), the cleaning determination unit 26 determines that the reuse condition is not satisfied. At this time, the cleaning determination unit 26 determines that the endoscope scope 16a is not reused for the subsequent examination, and sets the second program as a cleaning program (S22). The notification unit 28 notifies the cleaning device 12 that the second program has been set (S24), and the cleaning device 12 automatically executes the cleaning process using the notified second program. When the second program is started, the cleaning device 12 notifies the management device 20 of the start of cleaning. When the scope management unit 24 receives the cleaning start notification (S26), the cleaning determination unit 26 sets the remaining cleaning number to “1”. "Reduce (S28). Therefore, the remaining number of washings at this time is 2 (= 3-1).

  When the remaining cleaning number is “2”, when the scope ID of the endoscope scope 16b is read by the cleaning device 12 and the cleaning determination unit 26 receives a cleaning standby notification (Y in S16), the remaining cleaning is performed. Since the number (“2”) <the number of scopes used (“3”) (N in S18), the cleaning determination unit 26 determines that the reuse condition is not satisfied. Note that the endoscope scope 16a cleaned by the second program is already stored in the storage 14, and the scope management unit 24 sets the number of used scopes “2 (= 3-1)” to the cleaning determination unit 26. Even in the case of notification, since the remaining number of cleanings (“2”) = the number of used scopes (“2”) (N in S18), the cleaning determination unit 26 determines that the reuse condition is not satisfied. . Thus, in this embodiment, when the scope management unit 24 receives the cleaning start notification, the cleaning determination unit 26 reduces the remaining cleaning number by “1”. Unless the number of special cases increases, non-use of the reuse condition is maintained.

  The cleaning determination unit 26 determines that the endoscope scope 16b is not reused for the subsequent examination due to the failure of the reuse condition, and sets the second program as the cleaning program (S22). The notification unit 28 notifies the cleaning device 12 that the second program has been set (S24), and the cleaning device 12 automatically executes the cleaning process using the notified second program. When the second program is started, the cleaning device 12 notifies the management device 20 of the start of cleaning, and when the scope management unit 24 receives the cleaning start notification (S26), the cleaning determination unit 26 reduces the number of remaining cleanings by “1”. (S28). Therefore, the remaining number of cleanings is 1 (= 2-1).

  Then, when the scope ID of the endoscope scope 16c is read by the cleaning device 12 and the cleaning determination unit 26 receives the cleaning standby notification (Y in S16), the cleaning determination unit 26 confirms that the reuse condition is not satisfied. Determination is made and it is determined that the endoscope scope 16c is not reused for the subsequent examination, and the second program is set as the cleaning program (S22). The notification unit 28 notifies the cleaning device 12 that the second program has been set (S24), and the cleaning device 12 automatically executes the cleaning process using the notified second program. When the second program is started, the cleaning device 12 notifies the management device 20 of the start of cleaning, and when the scope management unit 24 receives the cleaning start notification (S26), the cleaning determination unit 26 reduces the number of remaining cleanings by “1”. (S28). Therefore, the remaining number of cleanings is 0 (= 1-1).

  As described above, when this algorithm is used, the endoscope scope 16 to be cleaned is compared with the number of remaining scopes to be used and the number of scopes to be used without setting schedule information for each of the endoscope scopes 16. It can be determined whether it is reused after washing or not.

  When the cleaning of the last endoscope scope 16c is normally completed (Y in S30), the cleaning determination unit 26 determines that the remaining number of cleanings is 0 (Y in S34), and ends this flow.

  In the above, this invention was demonstrated based on the Example. This embodiment is an exemplification, and it will be understood by those skilled in the art that various modifications can be made to the combination of each component and each processing process, and such modifications are also within the scope of the present invention. .

  In the embodiment, it has been described that the program set by the cleaning determination unit 26 is automatically executed in the cleaning device 12. However, the notification unit 28 sends a message informing the cleaning device 12 of the program set by the cleaning determination unit 26. You may be notified.

  FIG. 6 shows an example of a message displayed on the display panel 42 of the cleaning device 12. On the display panel 42, a button 46a for selecting the first program and a button 46b for selecting the second program are displayed so as to be operable. In the message area 48, a message regarding the program set by the cleaning determination unit 26 is displayed. The message shown in FIG. 6 includes information indicating that the second program has been set. By looking at the message displayed in the message area 48, the medical staff can select the second program by operating the button 46b without having to make a judgment by himself / herself. When the cleaning determination unit 26 sets the first program, for example, a message “This scope will be reused in a later inspection. Select and clean the first program.” May be displayed in the message area 48.

DESCRIPTION OF SYMBOLS 1 ... Endoscope cleaning system, 2 ... Network, 10 ... Endoscope observation apparatus, 12 ... Cleaning apparatus, 14 ... Storage, 16 ... Endoscope scope, 20 ... Management device, 22 ... Inspection management section, 24 ... Scope management section, 26 ... Cleaning decision section, 28 ... Notification section, 30 ... Inspection information storage section, 32 ... Scope information storage unit, 40 ... RF reader, 42 ... display panel, 44 ... lid, 46 ... button.

Claims (10)

An endoscope cleaning system comprising an endoscope cleaning device and a management device that determines the cleaning content of the endoscope,
The management device derives the number of remaining endoscopes from the planned number of endoscopy, and compares the number of endoscopes used for the endoscopy with the number of remaining cleanings. An endoscope cleaning system comprising a cleaning determination unit that determines the cleaning content of the endoscope used based on the comparison result . The cleaning determination unit determines the first cleaning content as the cleaning content of the endoscope if the remaining cleaning number is greater than the used number, and when the remaining cleaning number becomes equal to or less than the used number, The endoscope cleaning system according to claim 1, wherein the second cleaning content is determined as the cleaning content of the endoscope. The endoscope cleaning system according to claim 1, wherein the cleaning determination unit sets the remaining cleaning number based on a planned number of the endoscopy. The management device further includes a scope management unit that acquires status information that is the usage status of the endoscope,
When detecting that the scope manager cleaning of the endoscope is started, endoscopic according to any one of claims 1-3, wherein the cleaning determination portion and wherein the one less the number of remaining washing Mirror cleaning system. When detecting that the scope manager cleaning of the endoscope is abnormally terminated, the endoscope cleaning system according to claim 4, wherein the cleaning determination portion and wherein the increase by one the number of remaining wash. 5. The cleaning determining unit acquires the number of endoscopes set to the status of being used for inspection, used for inspection, being cleaned, or cleaned, as the number of endoscopes used. The endoscope cleaning system described in 1. The endoscope according to any one of claims 1 to 6, wherein the cleaning determination unit decreases the remaining cleaning number by one when one scheduled endoscopic examination is canceled. Cleaning system. The second cleaning content includes a water leakage detection step and an alcohol flush processing step, while the first cleaning content does not include a water leakage detection step and an alcohol flash processing step. 2. The endoscope cleaning system according to 2. The endoscope cleaning system according to any one of claims 1 to 8, wherein the management device manages cleaning contents for each type of endoscope corresponding to an examination type. The said washing | cleaning determination part derives | leads-out the said remaining washing | cleaning number of the day in the said medical facility from the scheduled number of the endoscopy of the day in a medical facility, The one in any one of Claim 1 to 9 characterized by the above-mentioned. The endoscope cleaning system described.

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