JP2007226064A - Display control method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a display control method for maintaining the normal conditions of an apparatus, without causing convenience to deteriorate. <P>SOLUTION: The photograph processing apparatus 10 includes a controller 16, and a display section 22 for displaying various screens, in accordance with the instructions given by the controller 16. In closing check composed of a plurality of operations, an operation guidance screen 50 is shown on the display section 22. The operation guidance screen 50 includes a display column 52 showing information about each of the operations constituting the closing check; YES buttons 54 for receiving the execution of the operations; and NO buttons 56 for receiving suspension of the operations. When a certain operation has been suspended by a predetermined number of times, the NO button 56, corresponding to the certain operation, is removed from the guidance screen 50. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a display control method, and more particularly, to a display control method for a guidance screen that displays information related to work constituting maintenance.

  Normally, maintenance of a photo processing apparatus or the like is constituted by a plurality of operations, and is completed by performing all the operations. However, since it is inconvenient that the maintenance cannot be completed unless all the operations are performed, there is a demand to end the maintenance even if there is an unimplemented operation. In other words, there was a request to finish the maintenance halfway. In view of this, the maintenance has been terminated in the middle, and the work that was not performed in the current maintenance is carried over to the next maintenance. As described above, by suspending the work constituting the maintenance, the maintenance can be finished at an arbitrary timing, and the convenience can be improved.

  However, there is a problem that if a certain work constituting maintenance is repeatedly suspended, the apparatus may not be maintained in a normal state.

  Therefore, a main object of the present invention is to provide a display control method capable of maintaining the apparatus in a normal state without reducing convenience.

  In order to achieve the above object, a display control method according to claim 1 is a display control method for a guidance screen that displays information related to work constituting maintenance and accepts an instruction to hold the work. A first step for determining whether or not the number of times work has been suspended has reached a predetermined number of times, and a guidance screen is set so that an instruction cannot be accepted when the number of times a work has been suspended has reached a predetermined number of times The 2nd process to be provided is provided.

  The display control method according to claim 2 is a display control method of a guidance screen for displaying information relating to work constituting maintenance, and determines whether or not the number of times a certain work is suspended has reached a predetermined number. A first step and a second step of displaying information prompting the operator to perform a certain operation on the guidance screen when the number of times that the certain operation is suspended has reached a predetermined number.

  In the display control method according to the first aspect, the guidance screen is set so that the certain work cannot be suspended when the number of times that the certain work constituting the maintenance is suspended reaches a predetermined number. Thus, by limiting the number of times work can be suspended, the apparatus can be maintained in a normal state. In addition, since the work can be suspended until the number of times that it can be suspended reaches a predetermined number of times, the convenience is not reduced.

  In the display control method according to claim 2, when the number of times that a certain work constituting maintenance is suspended has reached a predetermined number, information prompting the operator to perform the certain work is displayed on the guidance screen. The Thus, by urging the operator to perform the work according to the number of times of suspension, the apparatus can be maintained in a normal state without reducing convenience.

  According to the present invention, the apparatus can be maintained in a normal state without reducing convenience.

Embodiments of the present invention will be described below with reference to the drawings.
With reference to FIG. 1, this embodiment demonstrates the case where the display control method of this invention is applied to the photo processing apparatus 10. FIG. The photographic processing apparatus 10 is installed in a laboratory (development laboratory) or the like, and exposes (prints) a photographic print on the silver salt photographic paper P by forming an image based on image data obtained by scanning a photographic film or the like. Make it.

  As shown in FIG. 1, a photographic processing apparatus 10 includes a printing unit 12 that performs exposure processing on silver salt photographic paper (hereinafter simply referred to as photographic paper) P, and a processor unit 14 that performs development processing and drying processing on the photographic paper P. , A controller 16 for controlling the operation of the photographic processing apparatus 10, a scanner 18 for scanning photographic film, an input unit 20 for an operator to input data and give instructions, a GUI (Graphical User Interface), a message to the operator, etc. Is included.

  The print unit 12 includes a paper magazine 24 that stores a long photographic paper P. The photographic paper P stored in the paper magazine 24 is pulled out along a predetermined transport path (indicated by a two-dot chain line in FIG. 1), and is cut into an appropriate size by a cutter (not shown). An exposure unit 26 is arranged on the transport path of the cut photographic paper P. The exposure unit 26 irradiates the photographic paper P with laser light, and exposes and forms an image (latent image) on the photographic paper P. The photographic paper P that has been subjected to the exposure process in the print unit 12 is sent to the processor unit 14.

  The processor unit 14 includes a developing unit 28 and a drying unit 30. The developing unit 28 has a plurality of processing tanks, and the plurality of processing tanks are filled with different types of processing liquids for performing processing such as development, fixing, and washing on the exposed photographic paper P.

  The processor unit 14 is provided with a water supply tank 32 and a waste liquid tank 34. A plurality of water supply tanks 32 are provided corresponding to the plurality of treatment tanks, respectively, and water or treatment liquid is appropriately supplied from the water supply tank 32 to the corresponding treatment tanks. A plurality of waste liquid tanks 34 are provided corresponding to the plurality of treatment tanks, respectively, and waste liquid is appropriately discharged from the corresponding treatment tanks to the waste liquid tanks 34. In order to prevent complication, one water supply tank 32 and one waste liquid tank 34 are shown in FIG.

  The water supply tank 32 is provided with a liquid amount sensor 36 for detecting the amount of liquid in the water supply tank 32. Similarly, the waste liquid tank 34 is provided with a liquid amount sensor 38 for detecting the amount of liquid in the waste liquid tank 34. Detection signals from the liquid quantity sensors 36 and 38 are input to the controller 16.

  The processor unit 14 is provided with a cover 40 that covers the top of the developing unit 28 so as to be openable and closable. During operation of the photographic processing apparatus 10, the processing liquid in each processing tank is heated to about 40 ° C. by a heater (not shown). For this reason, after the processing liquid of a certain processing tank is vaporized, it may be liquefied and mixed with the processing liquid of another processing tank, and the processing liquid of another processing tank may be contaminated. Therefore, during the operation of the photographic processing apparatus 10, the processor unit 14 is ventilated by driving a fan (not shown). Further, after the operation of the photographic processing apparatus 10 is stopped, the ventilation in the processor unit 14 is performed by opening the cover 40. In the photographic processing apparatus 10, contamination of the processing liquid is prevented by ventilating the processor unit 14 as described above. The cover 40 is provided with an open / close sensor 42 for detecting the open / closed state of the cover 40. A detection signal from the open / close sensor 42 is input to the controller 16.

  The latent image formed on the exposed photographic paper P is developed by sequentially passing through a plurality of processing tanks of the developing unit 28. The photographic paper P that has undergone development processing in the developing unit 28 is sent to the drying unit 30, dried by the heat generated by the heater 44, and then discharged as a finished print from the discharge port 14 a.

  The controller 16, which is a personal computer or the like, includes a CPU 16a, a ROM 16b, a RAM 16c, and a hard disk drive (HDD: including a hard disk) 16d connected to each other via a CPU bus.

  The CPU 16a, which is a control means, executes various programs stored in the ROM 16b, the HDD 16d, etc., gives instructions to each component of the photographic processing apparatus 10, and controls their operations.

  The ROM 16b stores a startup program and the like. The activation program is executed by the CPU 16a when the photographic processing apparatus 10 is powered on. As a result, a program such as an operating system (OS) stored in the HDD 16d is loaded into the RAM 16c, and various processes and controls can be executed.

  The RAM 16c is used as a work area for the CPU 16a. A program for controlling the photo processing apparatus 10 is expanded in the RAM 16c. The RAM 16c displays the processing result by this program, temporary data for processing, and display data (text data, Image data, etc.).

  The HDD 16d writes and reads programs, control data, text data, image data, and the like to and from the hard disk in accordance with instructions from the CPU 16a. In this embodiment, display data corresponding to the screens as shown in FIGS. 2 to 4 are stored in the hard disk of the HDD 16d as the storage means, and a program for executing the operation shown in FIG. 5 is stored. The

  The scanner 18 scans the photographic film to obtain image data corresponding to the frame image formed on the photographic film. An auto film carrier (AFC) 46 is detachably provided on the scanner 18.

  The scanner 18 scans the photographic film while transporting the photographic film by the AFC 46, and inputs image data corresponding to the frame image formed on the photographic film to the controller 16. The image data corresponding to the frame image is stored in, for example, the hard disk of the HDD 16d, and is input to the exposure unit 26 during the exposure process. As a result, a frame image of the photographic film is formed on the photographic paper P by exposure.

  The input unit 20 includes a keyboard, a mouse, and the like, and is used for pressing a button or the like on a guidance screen described later. The display unit 22 includes a CRT monitor or the like. The display unit 22 displays display contents (text, images, etc.) corresponding to display data developed on the RAM 16 c of the controller 16.

  The photo processing apparatus 10 configured as described above is inspected at the end of the work day of the laboratory, for example, in order to smoothly operate the photo processing apparatus 10 at the next start-up. The end-of-work inspection, which is an example of maintenance, includes a plurality of operations such as cleaning of each part and replenishment of consumables required at the next start-up. Table 1 shows an example of the work that constitutes the end-of-work inspection.

  As shown in Table 1, in this embodiment, the end-of-work inspection is constituted by 11 items of work. In the following, the operations constituting the end-of-work inspection will be described with numbers 1-11. The “total data display” of No. 1 is an operation for displaying the total data regarding the number of prints produced on the day and outputting it as necessary. “Setting data storage” of No. 2 is an operation of storing the setting state of the photo processing apparatus 10 in a medium such as a flexible disk or MO loaded in a media drive (not shown). The number 3 “AFC cleaning” is an operation of removing dust from the transport mechanism of the AFC 46 by transporting a cleaning leader (not shown) to the AFC 46. “Set program timer time” of No. 4 is an operation of setting a time for automatically starting the photo processing apparatus 10. The number 5 “disk defragmentation execution setting” is an operation for setting whether or not defragmentation software for organizing the hard disk area of the HDD 16d is executed at the next startup. The number 6 “automatic cleaning” is an operation of cleaning the developing unit 28 so that the crystal of the processing liquid does not adhere to each processing tank of the developing unit 28. The number 7 “waste liquid recovery” is an operation of recovering the waste liquid in the waste liquid tank 34. No. 8 “confirmation of water supply tank liquid amount” is an operation of confirming the liquid amount in the water supply tank 32 and replenishing the water supply tank 32 with water or treatment liquid as necessary. The number 9 “cover opening” is an operation for opening the cover 40 in order to prevent contamination of the processing liquid. “Scanner optical system and AFC cleaning” of No. 10 is an operation of removing the AFC 46 from the scanner 18 to clean the optical system of the scanner 18, and disassembling and adjusting and cleaning the AFC 46. No. 11 “AFC mounting” is an operation of attaching the AFC 46 removed from the scanner 18 in the operation of No. 10 to the scanner 18.

  Note that the number 6 “automatic cleaning” needs to be performed before the number 9 “cover opening”. Other operations may be performed in any order. It goes without saying that “AFC mounting” of No. 11 is performed after “Scanner optical system and AFC cleaning” of No. 10.

  It is set in advance whether or not the operations of the above-described numbers 1 to 11 should be carried out at every end-of-work inspection. In other words, whether or not the work of numbers 1 to 11 can be suspended is preset. Specifically, since the total data of the current day's end of work inspection cannot be displayed / output in the next day's (for example, the next day) final inspection, the “total data display” of number 1 is set to be non-holdable. . If the time of the program timer is not set, the photo processing apparatus 10 does not automatically start and the start of the next print production is greatly delayed. Set to be possible. If the waste liquid in the waste liquid tank 34 is not collected, the waste liquid may overflow from the waste liquid tank 34 at the time of the next print production. If the cover 40 is not opened, the processing liquid in the developing unit 28 is contaminated, and therefore, the “cover open” number 9 is set to be unholdable. As described above, work that can be performed only during the end-of-day inspection of the day, work that cannot be performed in the normal state of the photographic processing apparatus 10 unless it is performed during the end-of-day inspection of the day, and work for quickly starting the next print production. Is set to non-holdable. The operations of numbers 2, 3, 5, 6, 8, 10, and 11 other than these are not affected each time the end-of-work inspection has a small influence on the photo processing apparatus 10 and can be suspended for a predetermined number of times set in advance. . The hard disk of the HDD 16d stores setting data such as a flag indicating whether or not suspension is possible in association with the operations of numbers 1 to 11. The hard disk of the HDD 16d stores data corresponding to the number of times obtained by subtracting the number of times of suspension from the predetermined number of times in association with the work that can be suspended (the number of times the suspension is possible). In this embodiment, the predetermined number of times is set to seven. Therefore, the initial value of the number of possible suspensions is 7 times, and the operations of numbers 2, 3, 5, 6, 8, 10, and 11 can be suspended up to 7 times.

Next, the work guidance screen 50 displayed on the display unit 22 in such an end work inspection will be described with reference to FIG.
The work guidance screen 50 is used for displaying information on each work constituting the end work inspection, accepting work execution, and accepting work suspension.

  As shown in FIG. 2, the work guidance screen 50 is provided with 11 display fields 52 (52a to 52k) corresponding to 11 items of work (all work) for the end work inspection. The display field 52a corresponds to the work of number 1 in Table 1, and a message related to the work of number 1 is displayed in text in the display field 52a. Similarly, the display columns 52b to 52k correspond to the operations of numbers 2 to 11 in Table 1, respectively, and messages relating to the operations of numbers 2 to 11 are displayed in text in the display columns 52b to 52k, respectively.

  Further, the work guidance screen 50 is provided with YES buttons 54 (54a to 54k) corresponding to the work of the display columns 52a to 52k and the numbers 1 to 11 in Table 1. When a YES button 54 corresponding to a certain work is pressed, a screen (not shown) is displayed on the display unit 22, and data input or an instruction for performing the certain work is performed on the screen. That is, when the YES button 54 corresponding to a certain work is pressed, an instruction to perform the certain work is accepted.

  In addition, the work guidance screen 50 includes NO buttons 56 (56b, 56c, 56e, 56f, 56h, 56j) corresponding to the work of numbers 2, 3, 5, 6, 8, 10, 11 in Table 1 that can be held. , 56k). When the NO button 56 corresponding to a certain work is pressed, the certain work is canceled in the current end work inspection and carried over to the next end work inspection. That is, when the NO button 56 corresponding to a certain work is pressed, an instruction to hold the certain work is accepted.

  The NO button 56 is deleted from the work guidance screen 50 if the number of times the corresponding work can be held is zero. That is, the work guidance screen 50 is set so that the work for which the number of times of suspension has reached the predetermined number of times cannot be accepted. Specifically, for example, when the number of possible suspensions of the work of numbers 2, 3, and 5 in Table 1 is 0, a work guidance screen 50 as shown in FIG. 3 is displayed. In the work guidance screen 50 shown in FIG. 3, the NO buttons 56b, 56c, and 56e are deleted from the work guidance screen 50 shown in FIG.

  In this embodiment, when the NO button 56 corresponding to a certain work is pressed after the YES button 54 corresponding to a certain work is pressed, for example, a predetermined message or the like is displayed on the display unit 22. It shall be treated as invalid input. The same applies when the YES button 54 corresponding to a certain work is pressed after the NO button 56 corresponding to the certain work is pressed.

  The work guidance screen 50 is provided with an OK button 58. The OK button 58 can be operated by pressing the corresponding YES button 54 or NO button 56 for each work in Table 1. In other words, the OK button 58 can be operated after the execution of each work in Table 1 is accepted or the suspension is accepted. When the OK button 58 is pressed, the work guidance screen 50 disappears from the display unit 22, and when there is a suspended work, a hold guidance screen 60 as shown in FIG. 4 is displayed on the display unit 22.

Next, the hold guidance screen 60 will be described with reference to FIG.
The hold guidance screen 60 is used to display information related to the held work. The hold guidance screen 60 is provided with a display field 62 for displaying the name of the work that has been put on hold. FIG. 4 shows a hold guidance screen 60 displayed in a state where the work of numbers 2, 3, and 5 in Table 1 is put on hold. Therefore, the hold guidance screen 60 shown in FIG. 4 is provided with a display column 62 (referred to as 62b, 62c, and 62e) for displaying the work item names of numbers 2, 3, and 5 in Table 1.

  The hold guidance screen 60 is provided with an OK button 64. When the OK button 64 is pressed, the hold guidance screen 60 disappears from the display unit 22 and the end-of-work inspection ends.

Next, with reference to FIG. 5, the operation in the final inspection of the photo processing apparatus 10 to which the display control method of the present invention is applied will be described.
First, in accordance with an instruction from the CPU 16a based on the input from the input unit 20, the end work inspection program stored in the HDD 16d is expanded on the RAM 16c and enters the end work inspection mode. Then, in accordance with the instruction from the CPU 16a, data corresponding to the possible number of suspensions is read from the HDD 16d onto the RAM 16c, and it is determined by the CPU 16a whether or not there is an operation with the number of possible suspensions of 0 (steps). S1).

  Subsequently, when there is a work whose number of possible suspensions is zero (step S1 is YES), a setting is made to delete the NO button 56 corresponding to the work from the work guidance screen 50 (see FIG. 2) according to the instruction of the CPU 16a. (Step S3), the work guidance screen 50 is displayed on the display unit 22 (Step S5). On the other hand, when there is no work whose number of possible suspensions is 0 (NO in step S1), the process proceeds to step S5 without performing step S3. Therefore, when step S1 is YES, in step S5, the work guidance screen 50 from which the NO button 56 as shown in FIG. 3 is deleted is displayed on the display unit 22. On the other hand, when step S1 is NO, in step S5, the work guidance screen 50 shown in FIG.

  Subsequently, when the NO button 56 corresponding to a certain work is pressed on the work guidance screen 50 (YES in step S7), the CPU 16a subtracts the number of times that the certain work can be held once (step S9) and subtracts it. The data corresponding to the possible number of suspensions is stored in the HDD 16d in association with the certain work. When the YES button 54 corresponding to a certain work is pressed on the work guidance screen 50 (YES in step S11), the execution flag of the certain work is turned on by the CPU 16a (step S13). Then, the CPU 16a resets the number of times that a certain work can be held to the initial value (7 times) (step S15), and stores the data corresponding to the held number of times returned to the initial value in the HDD 16d in association with the certain work. Is done.

  The “execution flag” is data associated with each work of the end work inspection in order to determine whether or not the operation has been completed, and is stored in the RAM 16c from the HDD 16d when the end work inspection starts. Is read out. The CPU 16a determines that the operation with the execution flag turned on has been performed, and determines that the operation with the execution flag turned off has not been performed. At the time of entering the end-of-work inspection mode, the execution flags for all the operations are set to be off.

  Subsequently, if the YES button 54 or the NO button 56 is pressed for each work of the end work inspection (YES in step S17), the OK button 58 of the work guidance screen 50 is set to be operable according to the instruction of the CPU 16a. Then, when the OK button 58 is pressed on the work guidance screen 50 (YES in step S19), the CPU 16a determines whether or not there is work not being performed based on the on / off state of the execution flag (step S21). ). That is, it is determined whether there is work suspended by the CPU 16a.

  If there is a suspended work (YES in step S21), a suspension guidance screen 60 (see FIG. 4) for displaying the item name of the suspended work is displayed on the display unit 22 in accordance with an instruction from the CPU 16a (step S23). Thereafter, when the OK button 64 is pressed on the hold guidance screen 60, the end work inspection is terminated. On the other hand, if there is no work suspended (NO in step S21), the end-of-work inspection is terminated without performing step S23.

  According to such a photo processing apparatus 10, when the number of times that a certain work constituting the end-of-work inspection can be held is zero, the NO button 56 corresponding to the certain work is set so that the certain work cannot be held. The work guidance screen 50 is deleted. Thus, by limiting the number of times work can be suspended, the photo processing apparatus 10 can be maintained in a normal state. Further, since the work can be suspended until the number of possible suspensions reaches zero, the convenience is not reduced.

  Next, a case where another display control method of the present invention is applied to the photo processing apparatus 10 will be described. In the photo processing apparatus 10 to which the other display control method of the present invention is applied, when there is a work whose holdable number of times is 0, the OK button 58 is pressed on the work guidance screen 50, so that a warning as shown in FIG. A guidance screen 70 is displayed on the display unit 22.

The warning guidance screen 70 will be described with reference to FIG.
The warning guidance screen 70 is used to display information related to work for which the number of possible hold times is zero and to prompt the operator to perform the work.

  As shown in FIG. 6, the warning guidance screen 70 is provided with display fields 72 and 74. The display field 72 displays the item name of the work for which the number of possible suspensions is zero. FIG. 6 shows a warning guidance screen 70 that is displayed in a state where the number of possible suspensions of the work of numbers 2, 3, and 5 in Table 1 is zero. Therefore, the warning guidance screen 70 shown in FIG. 6 is provided with a display field 72 (referred to as 72b, 72c, 72e) for displaying the item names of the work numbers 2, 3, and 5 in Table 1. The display column 74 displays a message for prompting the operator to perform the operation of the display column 72 in text. On the warning guidance screen 70 shown in FIG. 6, the text “The number of possible suspensions has been exceeded” and the text “The following work cannot be suspended” are displayed in the display column 74.

  The warning guidance screen 70 is provided with a return button 76. When the return button 76 is pressed, the warning guidance screen 70 disappears from the display unit 22 and the work guidance screen 50 is displayed on the display unit 22.

Next, with reference to FIG. 7, the operation of the photo processing apparatus 10 to which the other display control method of the present invention is applied will be described.
First, in accordance with an instruction from the CPU 16a based on the input from the input unit 20, the end work inspection program stored in the HDD 16d is expanded on the RAM 16c, enters the end work inspection mode, and the work guidance screen 50 (see FIG. 2) is displayed on the display unit 22. (Step S101).

  Subsequently, when the NO button 56 corresponding to a certain work is pressed on the work guidance screen 50 (YES in step S103), the CPU 16a subtracts the number of times that the certain work can be held once (step S105) and subtracts it. The data corresponding to the possible number of suspensions is stored in the HDD 16d in association with the certain work. When the YES button 54 corresponding to a certain work is pressed on the work guidance screen 50 (YES in Step S107), the execution flag for the certain work is turned on by the CPU 16a (Step S109). Then, the CPU 16a resets the number of times that a certain work can be held to the initial value (7 times) (step S111), and stores the data corresponding to the held number of times returned to the initial value in the HDD 16d in association with the certain work. Is done.

  Subsequently, if the YES button 54 or the NO button 56 is pressed for each work of the end work inspection (YES in step S113), the OK button 58 of the work guidance screen 50 is set to be operable according to the instruction of the CPU 16a.

  Subsequently, when the OK button 58 is pressed on the work guidance screen 50 (YES in step S115), it is determined whether there is a work suspended by the CPU 16a (step S117). If there is a suspended work (YES in step S117), it is determined by the CPU 16a whether or not there is a work whose number of suspensions is 0 (step S119).

  If there is a work with the number of times of hold being zero (YES in step S119), a warning guidance screen 70 that displays the item name of the work with the number of times of hold being zero is displayed on the display unit 22 according to the instruction of the CPU 16a. Thereafter, when the return button 76 is pressed on the warning guidance screen 70 (YES in step S123), the process returns to step S1.

  On the other hand, if there is no work whose number of possible suspensions is 0 (NO in step S119), a suspension guidance screen 60 (see FIG. 4) that displays the item name of the suspended work is displayed on the display unit 22 according to the instruction of the CPU 16a. (Step S125). Thereafter, when the OK button 64 is pressed on the hold guidance screen 60, the end work inspection is terminated. If there is no work suspended (NO in step S117), the end-of-work inspection is terminated without performing steps S119 and S125.

  Thus, when the number of times that a certain work constituting the end-of-work inspection can be held is zero, the warning guidance screen 70 is displayed, and the operator is encouraged to perform the work whose number of times that can be held is zero. The apparatus can be maintained in a normal state without lowering.

  In the above-described embodiment, the case where the work guidance screen 50 is displayed after the warning guidance screen 70 is displayed and the work whose number of possible suspensions is always performed is described. However, the present invention is not limited to this. For example, the warning guidance screen 70 may be provided with a display field 74 for displaying a message such as “There is a risk that print quality may be reduced,” and the end-of-work inspection may be terminated.

  In the above-described embodiment, the case has been described in which the predetermined number of times is set to 7 and the maximum possible number of times is 7 times. Can be set arbitrarily for each operation. In addition, whether or not to hold can be arbitrarily set for each work on a setting screen (not shown), for example.

  In the above-described embodiment, the case where the display control method of the present invention is applied to the end-of-work inspection of the photo processing apparatus 10 has been described. However, the present invention is not limited to this. The display control method of the present invention can be applied to any maintenance of any device.

It is an illustration figure which shows the photographic processing apparatus with which this invention is applied. It is an illustration figure which shows an example of the work guidance screen displayed on the display part of the photographic processing apparatus of FIG. It is an illustration figure which shows the other example of the work guidance screen displayed on the display part of the photographic processing apparatus of FIG. It is an illustration figure which shows an example of the holding | maintenance guidance screen displayed on the display part of the photo processing apparatus of FIG. It is a flowchart which shows an example of the operation | movement in the end work inspection of the photo processing apparatus of FIG. It is an illustration figure which shows an example of the warning guidance screen displayed on the display part of the photographic processing apparatus of FIG. It is a flowchart which shows the other example of the operation | movement in the end work inspection of the photo processing apparatus of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Photo processing apparatus 16 Controller 22 Display part 50 Work guidance screen 52,62,72,74 Display field 54 YES button 56 NO button 60 Hold guidance screen 70 Warning guidance screen

Claims (2)

It is a display control method for a guidance screen that displays information related to work constituting maintenance and accepts an instruction to suspend the work,
A first step of determining whether or not the number of times that a certain work has been suspended has reached a predetermined number of times, and the instruction cannot be accepted if the number of times that the certain work has been suspended has reached the predetermined number of times A display control method comprising a second step of setting the guidance screen as described above. A guidance screen display control method for displaying information related to operations constituting maintenance,
A first step of determining whether or not the number of times that the work has been suspended has reached a predetermined number of times, and if the number of times that the work has been suspended has reached the predetermined number of times, A display control method comprising a second step of displaying information for prompting execution on the guidance screen.

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