JP5240559B2 - Maintenance support device for various facilities and maintenance support program for various facilities - Google Patents

Description

  The present invention relates to a maintenance support apparatus for various facilities and a maintenance support program for various facilities for updating intervals of maintenance times of various facilities installed outdoors or indoors.

In the maintenance support device, for example, a configuration has already been proposed for calculating the state of the equipment and equipment using the remote monitoring information of the equipment and the loss factor and updating the preset maintenance time of the equipment and equipment. (For example, refer to Patent Document 1).
Japanese Patent Laying-Open No. 2004-14596 (see FIG. 1)

In this type of equipment, generally, there are cases where maintenance such as replacement or repair of equipment equipment is performed at the time of installation of the equipment or after the installation, and cases where the maintenance is not performed. When parts are replaced or repaired, it is necessary to update the maintenance timing of the equipment in consideration of the date when the parts are replaced or repaired.
Under such circumstances, in the configuration of Patent Document 1, maintenance of equipment replacement such as parts replacement and repair is determined only by determining the maintenance timing of the equipment based on the remote monitoring information of the equipment and the loss factor. Since the maintenance time is not set in consideration of the fact that the maintenance has been performed, the maintenance time cannot be accurately updated.
Also, remote monitoring information obtained using a camera cannot accurately obtain information on the detailed parts inside the equipment. That is, there is room for improvement because the maintenance time cannot be accurately grasped by the visual inspection through the camera.

  The present invention has been made in view of the above problems, and provides a maintenance support device for various facilities and a maintenance support program for various facilities capable of accurately grasping the maintenance time and accurately performing the maintenance of the facilities. Let it be an issue.

The present invention is a maintenance support device for various facilities for updating the maintenance time of various facilities installed outdoors or indoors, and is installed with a facility information receiving unit that receives facility-related information regarding various installed facilities. The operation time calculation unit for calculating the operation time of the various facilities, the maintenance content reception unit for receiving the maintenance content for performing maintenance on the various installed facilities, and the various installed facilities have reached the maintenance time. A maintenance time determination unit for determining the operation time, and when the maintenance time determination unit determines that the maintenance time is determined and the maintenance content reception unit receives the maintenance content, the operation time calculation unit A first maintenance time update unit that updates the maintenance time based on the operation time calculated in step 1 and the maintenance content, and the maintenance time determination unit determines that the maintenance time is reached, and When maintenance contents in the maintenance contents acceptance unit is not accepted, and a second maintenance time updating means for updating the maintenance timing on the basis of the operation time calculated by the operating time calculating unit to the computer, further wherein Part replacement of various facilities is received by the maintenance content receiving unit, the part replacement number storage means for storing the received part replacement number, the operation time calculated by the operation time calculation unit, and the part replacement number storage The computer is provided with maintenance time review means for reviewing the maintenance time based on the number of parts replacement by the means .
As described above, when it is determined that the maintenance time is determined by the maintenance time determination means, when the maintenance content is accepted, based on the maintained content and the operation time calculated by the operation time calculation unit The maintenance period can be ascertained, and when it is determined that it is the maintenance time and the maintenance content is not accepted, the maintenance period is grasped based on the operation time calculated by the operation time calculation unit. be able to.
Further, as described above, the computer is provided with the parts replacement number storage means and the maintenance time reviewing means, so that the maintenance time for the part where the parts have been replaced can be reviewed based on the operation time and the number of parts replacement. Therefore, there is an advantage that not only can the maintenance time be updated more accurately, but also maintenance can be performed with emphasis on parts that are prone to failure.
It should be noted that the information more accepted in the equipment information reception unit, year of installation, the information of the maintenance period the basic, the existing manufacturer's serial number, order the main name, customer name, application name, product model name, format, material classification, material name , Capacity (T / H), quantity, unit price, etc.

In addition, the present invention is a maintenance support device for various facilities for updating the maintenance time of various facilities installed outdoors or indoors, and a facility information reception unit that receives facility-related information regarding various installed facilities, An operation time calculation unit that calculates the operation time of each installed facility, a maintenance content receiving unit that receives the maintenance content of the installed facilities, and the installed facilities at the maintenance time A maintenance time determination means for determining that it has been reached, and when the maintenance time determination means determines that it is a maintenance time and the maintenance content reception unit accepts the maintenance content, the operation time First maintenance time update means for updating the maintenance time based on the operation time calculated by the calculation unit and the maintenance content, and the maintenance time determination means determine that it is a maintenance time, The computer further comprises second maintenance time update means for updating the maintenance time based on the operation time calculated by the operation time calculation unit when the maintenance content is not received by the maintenance content reception unit, , Endurance years expiration determining means for determining that the endurance years of various facilities are expired or approaching expiration, and when the endurance years have expired or are about to expire If it is determined it is characterized in that a budget calculation means for calculating the budget for installing new equipment to the computer.
As described above, when it is determined that the maintenance time is determined by the maintenance time determination means, when the maintenance content is accepted, based on the maintained content and the operation time calculated by the operation time calculation unit The maintenance period can be ascertained, and when it is determined that it is the maintenance time and the maintenance content is not accepted, the maintenance period is grasped based on the operation time calculated by the operation time calculation unit. be able to.
By and a service life expiration determining means and budget calculation means to the computer as described above, the equipment or the expiry service life has expired is approaching the budget to reconstruct the new equipment to the customer It can be promptly presented to encourage rebuilding of new equipment.

The part replacement number storage means for storing the part replacement number of parts replacement of various facilities received by the maintenance content reception unit, and the endurance years have expired or are about to expire by the endurance life expiration determination means. If it is not determined, the computer is provided with maintenance time review means for reviewing the maintenance time based on the operation time calculated by the operation time calculation unit and the number of parts replacement by the part replacement number storage means. It may be.
As described above, when the computer is provided with the parts replacement number storage means and the maintenance time review means, the maintenance time for the part where the parts have been replaced can be reviewed based on the operation time and the number of parts replacement. Therefore, there is an advantage that not only can the maintenance time be updated more accurately, but also maintenance can be performed with emphasis on parts that are prone to failure.

The program according to the present invention includes a step of receiving facility-related information relating to various facilities installed outdoors or indoors, a step of calculating operating times of the various facilities installed, and maintenance for the various facilities installed. A step of accepting the maintenance contents performed, a step for determining that the various installed equipments have reached the maintenance time, the maintenance content is judged and the maintenance content is accepted Sometimes the step of updating the maintenance time based on the calculated operation time and the maintenance content, and when the maintenance time is determined and the maintenance content is not accepted, the calculated operation time is updated. and updating the maintenance period on the basis of, parts replacement of various types of equipment is accepted in the step of accepting the maintenance content, receiving Storing a Tagged parts replacement frequency, and the step of reviewing the maintenance timing on the basis of the part number of exchanges by storing the parts replacement frequency and operating time calculated in the step of calculating the operating time Is a maintenance support program for various facilities for causing a computer to execute the program.

  By grasping the current maintenance status of a device depending on whether maintenance content has been accepted, it can be updated to a maintenance time that matches the status of that device. It is possible to provide a maintenance support device that can perform maintenance accurately.

Hereinafter, an embodiment of a maintenance support apparatus for various facilities according to the present invention will be described with reference to the drawings.
The said maintenance support apparatus is an apparatus for updating the maintenance time interval of various facilities installed outdoors or indoors, and is used for, for example, electric facilities for water and sewage. Specifically, an attempt is made to accurately update the maintenance timing intervals of facilities such as power distribution facilities, private power generation facilities, control centers, and variable speed drive devices for pump motors.
1A and 1B are block diagrams showing a specific configuration of the maintenance support apparatus.
FIG. 1A shows an outline of the entire maintenance support apparatus, and FIG. 1B shows details of an information processing unit of the maintenance support apparatus.
The maintenance support device includes information on various installed facilities (for example, installation year and maintenance time), information on calculation formulas for calculating operation times of the various installed facilities, and maintenance contents regarding the various installed facilities. An input unit I and a communication unit G for inputting information and the like to the information processing unit (computer C) are provided. Time lapse information from the timer T for detecting a maintenance period and the input unit I and the communication unit G An information processing unit (computer C) to which an output signal is input, and a display device A including a liquid crystal display, a CRT, and the like for displaying on the screen information stored or processed by the information processing unit (computer C). And a printer B for printing the information displayed on the display device A.

  The input means I includes a mouse, a keyboard, a pen tablet, a scanner for reading data, and the like. Data input from these is output and input to the information processing unit. Instead of the input means I, as shown in FIG. 1 (a), a personal computer (personal computer, not shown) and the information processing unit are connected via the communication means G such as a LAN cable, a dedicated line or the Internet network. And the data may be output to the information processing unit via the communication means G. Note that data transmission from the communication means G may be wired or wireless.

  The information processing unit includes a central processing unit (CPU) for performing arithmetic processing on input information, and a hard disk (HD) and a floppy disk for storing information processed by the central processing unit (CPU). (FD) or a reader / writer (R / W) capable of reading and writing is provided. Each device configuring the information processing unit such as the HD, FD, and R / W may be configured as one device or may be configured from a plurality of devices. Further, the FD and R / W may be of an external type.

As shown in FIG. 1B, the information processing section (computer C) receives equipment information input via the input means I and communication means G and maintenance information for various equipment, as shown in FIG. In addition to the maintenance content receiving unit 3, an operation time calculation unit 2 that calculates the operation time of various facilities based on an arithmetic expression input via the input unit I or the communication unit G is provided. Based on the elapsed time information, the maintenance time determination means 4 for determining that the various facilities installed have reached the maintenance time, and the maintenance time determination means 4 determines that the maintenance time is reached. When the maintenance content is received by the maintenance content receiving unit 3, the maintenance time is updated based on the operation time calculated by the operation time calculating unit 2 and the received maintenance content. 1 Maintenance time update means 5 and second maintenance time update for updating the maintenance time based on the operation time calculated by the operation time calculation unit 2 when the maintenance content is not received by the maintenance content reception unit Means 6 are provided.
Information input into the information processing unit, information updated based on the input information, and the like are displayed on the display device A. The displayed information and the like can be printed by the printer B. Here, in addition to inputting only the installation year as information on various installed facilities, it is also possible to input up to the installation month and date so that the maintenance time can be managed in detail. In addition, as information on various facilities, the existing product number (number assigned to the facility) displayed on the display screen 11 in FIG. 3, the orderer name, the customer name, the use name, the product model name, the format, Material classification, material name, capability (T / H), quantity, unit price, etc. may also be input.

  The facility information and maintenance content received by the facility information receiving unit 1 and the maintenance content receiving unit 3 are stored in the HD, FD, and R / W which are storage units provided in the information processing unit. Similarly, the operation time calculated by the operation time calculation unit 2 is stored in the HD, FD, and R / W, which are the storage units.

  In addition, the information processing unit (computer C) includes a durable life expiration determining unit 7 for determining that the durable years of the various facilities have expired or is approaching expiration, and the durable life expiration determining unit 7. When it is determined that the durable life has expired or is about to expire, the durable life has expired by providing budget calculation means 8 for calculating a budget for installing new equipment. It is possible to promptly present to the customer a budget for rebuilding equipment that is or is about to expire to new equipment, and to encourage rebuilding of the new equipment.

  Further, the information processing unit (computer C) receives component replacement of various facilities by the maintenance content receiving unit 3, and stores the component replacement frequency storage means 9 for storing the received component replacement frequency, and the durable years. When it is not determined by the expiration determining means 7 that the durable life has expired or is approaching expiration, the operation time calculated by the operating time calculation unit 2 and the component replacement number storage means 9 are used. Maintenance time review means 10 is provided for reviewing the maintenance time based on the number of parts replacements. Therefore, since the maintenance time for the parts that have been replaced can be reviewed based on the operation time and the number of parts replacements, not only can the maintenance time be updated more accurately, but the parts that are prone to failure can be emphasized. To be able to maintain.

  The maintenance content received by the maintenance content receiving unit 3 refers to the replacement of parts, but includes inspection, adjustment, repair, modification, etc. of devices and parts, and at least one type of maintenance including replacement of parts. By inputting, maintenance time can be updated accurately. For example, in a sewerage system, if the replacement of a pump with a durable period of 3 years and a maintenance period of 2 years was performed within 1 year from the installation of the pump, the maintenance period would have passed when 2 years had elapsed since the installation of the sewerage. However, there is an advantage that unnecessary maintenance can be reduced by updating the maintenance time when three years have passed in consideration of replacement of the pump. However, when two years have passed since the installation of the sewer, the operation time of the pump is calculated. If the preset operation time is exceeded, the maintenance time is determined when two years have passed. If the preset operation time is not exceeded, the information processing unit (computer C) is automatically updated with the time when three years have passed as the maintenance time of the pump. The operation time until the maintenance time is set to two or more stages, and a plurality of maintenance periods are set according to the set operation time of the plurality of stages, so that the maintenance time can be finely changed in stages. May be.

For example, by switching to the display screen 11 as shown in FIG. 3 and then pressing an AS (after service) information button 12, the screen is switched to the input screen 13 shown in FIG. 4. On the input screen 13, various pieces of facility information can be input using the input means I. Specifically, every time the down button 14A provided in the new / update category column 14 is pressed, “new” (a mode in which an installation number is entered as an order for installation of various facilities is entered on the display unit 14B. ) And “update” (after-sales service (AS)) are alternately displayed, and when new is displayed, the existing product number and the existing product number input year column 15, the orderer name column 16, and the customer name Column 17, application name column 18, product model name column 19, format column 20, quantity and unit price column 21, industry / industry column 22, material name column 23, capability (T / H) After the respective information is input to the column 24, the update time (year) column 25, etc., by pressing the update button 26, the input information is stored in the storage unit of the information processing unit. .
Then, after the information on a large number of various facilities is input as described above, the screen returns to the display screen 11 shown in FIG. 3, and a specific existing one is selected from the drop-down list stored in the display unit 41 of the display screen 11. The product number is selected by pressing the down button on the right side of the display unit 41 and then the search button 40 is pressed so that the stored information on the existing product number is displayed in the display column 27 of the display screen 11. It has become. In addition, the display part 42 which can input an existing manufacturing number directly is provided above the said display part 41, and it can also search by inputting an existing manufacturing number directly. Further, on the right side of the display unit 42, a display unit 43 for inputting an AS product number and a search button 44 are provided. In the lower left, a form output button 45 for outputting the displayed existing product number or AS product number data is provided. In addition to the display one column 27, the updated maintenance time is displayed in the update time display column 46, and it is determined that the durable life has expired or the durable life is approaching. In this case, discard is displayed in the discard display field 47.

  Further, by pressing the down button 14A in the new / update category column 14 shown in FIG. 4 to display update (after service (AS)) and pressing the move button 28, the AS information list shown in FIG. The screen 29 is switched. By pressing the edit button 30 on the AS information list screen 29, the screen is switched to the AS information input screen 31 shown in FIG. 5B, and the AS number column 32, the AS implementation date column 33, the AS performer number column 34, FIG. 5A shows the result of inputting the information in the AS product number input year column 35, the AS classification column 36, the parts delivery column 37, and the AS content column 38 and then pressing the update button 39. Thus, the information is reflected and displayed. FIG. 5 (b) shows a state in which the AS column 1 is being entered in the horizontal column. By inputting predetermined items in the horizontal column of the three AS numbers, three items are shown in FIG. 5 (a). The case where the item corresponding to AS number 1,2,4 is displayed is shown. Reference numeral 48 shown in FIG. 5 (a) indicates that after-sales service (AS) is suddenly performed when there is no order for after-sales service (AS), that is, after-sales service (AS) number is not assigned. This button is a button to be pressed to input after-service (AS) information when (AS) is performed, and is referred to as an AS product number-less AS addition button. Then, on the fourth row of the AS information list screen 29, the AS product number no AS addition button 48 is pressed, and the AS product number input year is entered into the AS product number 4, and no other AS information is entered. By changing the color of the back of the fourth stage (for example, the background color is changed to yellow, FIG. 5A) It is not easy to understand that the fourth row is not input. In the third column from the top, which is a black spot in FIG. 5 (a), what has been once entered as the AS product number is out of registration and remains as meaningless AS (garbage) information. By re-editing, it can be restored and displayed as AS product numbers 1 and 2 above.

  In the AS classification column 36 shown in FIG. 5B, a down button is selected from six drop-down lists of “Unknown”, “Survey”, “Adjustment”, “Repair”, “Modification”, and “Others”. In the column 37 for parts delivery next to it, it is selected whether the down button is pressed or not. In the AS content column next to the AS content, the AS content can be input in a predetermined number of characters (for example, 64 characters).

  FIG. 6 shows a case where a list is displayed based on the parent existing product number information input in FIG. 4 and the AS product number information input in FIG. This is because the information entered as the parent existing manufacturing number entered in FIG. 4 as A1, for example, is displayed, and the information shown in FIG. 5A is entered as the after-sales service (AS) related to the equipment of the existing manufacturing number A1. The AS numbers of the first and second stages are displayed on the product numbers A2 and A3, respectively, and the information input as the AS number of the fourth stage from the top shown in FIG. 5A is displayed as the product number A4. Has been. This is an existing production number with the production number A1 as a parent, and three after-services (AS) are input and accepted for this production number A1. And in the column of the parent existing production number, it is shown that it is the parent existing production number A1 of the production numbers A2 and A3. Further, the update time of the parent existing product number A1 is October 2007, and if there is even one part delivery in the part delivery history column, “present” is indicated at the parent existing product number. Also, in the AS history, after-service is performed 4 times for the product number A2, 2 times for the product number A3, and 2 times for the product number A4, so that the total number of after-sales service is 8 times with the parent existing product number A1. It has been implemented.

For example, equipment entered with the existing production number A1 requires maintenance once every two years (maintenance time is every two years) and is disposed of in 10 years (with a durable life of 10 years) Assuming that all the information is stored in the control unit U, the maintenance time of the existing product number A1 is updated based on the flowchart shown in FIG.
First, by installing the equipment related to the existing production number A1, various information related to the existing production number A1 is input to the information processing unit using the input means I or the communication means G (step S1).
The information processing unit determines whether or not a predetermined maintenance time (2 years) is reached based on an output signal from the timer T (step S2). If the maintenance time is reached, the process proceeds to the next step. .
When the information processing unit determines whether the after-service (AS) product number is assigned based on information from the maintenance content receiving unit 3 (step S3), and the after-service (AS) product number is assigned The information processing unit calculates the operation time by using the operation time calculation unit 2 and stores it from the component replacement number storage unit 9. The number of parts replacement is calculated based on the information (step S4).
The information processing unit compares the calculated operation time and the number of parts replacement with a preset reference operation time and a preset reference number of parts replacement, respectively, for after-sales service (AS). It is determined whether or not the period needs to be updated (step S5). If the information processing unit determines that the after-service (AS) period needs to be updated, the information processing unit calculates the update period using a pre-stored calculation method (step S6) and stores the stored update. The period is updated (step S7), and the process ends.
When the information processing unit determines that the update is not necessary, whether the after-sales service (AS) has expired or is about to expire, that is, has reached or has reached its endurance life. (Step S8), if it has expired or is approaching, calculate the budget required to construct a new facility (step S12), and display the budget result (step S16). ,finish.
The operation time of the equipment is calculated by counting the number of pulses at the time when the pulse of the monitoring device (not shown) rises corresponding to the output signal that outputs the operation status of the equipment. The operation time of the facility is calculated by calculating in the calculation formula.

If the after-service (AS) product number is not assigned in step S3, only the operation time is calculated assuming that the after-service (AS), that is, maintenance is not performed (step S9).
The information processing unit compares the calculated operation time with a preset operation time, determines whether the disposal is necessary (step S10), and determines that the disposal is necessary. If it is determined, the budget required for the construction of the new equipment is calculated as described above (step S12), the budget result is displayed (step S16), and the process ends.
If the information processing unit determines that the equipment can be used if it is maintained, it determines whether the AS period needs to be updated, that is, whether the maintenance period is appropriate (step) S11), for example, if the calculated operation time is less than the preset operation time, it is determined that the update is necessary, and the update period is calculated (step S13). Update (step S14). Thereafter, the maintenance budget is calculated (step S15), the budget result is displayed (step S16), and the process is terminated.

    As described above, the maintenance time can be accurately adjusted by changing the calculation of the after service period (2 years in this case), that is, the maintenance time, with and without after service (AS). It can be updated well. Moreover, if after-sales service (AS) is not implemented, the maintenance time can be updated accurately, and the maintenance budget can be calculated and displayed, so that it can be immediately presented to the customer. There is an advantage that a quick response can be made. In addition, facilities that have reached the endurance years can be calculated and displayed for new facilities, so they can be promptly presented to customers for quick response. When the after-sales service (AS) is not performed, the maintenance budget is calculated and displayed as described above. However, the maintenance time can be accurately calculated without calculating and displaying the maintenance budget. Only judgments that are frequently updated may be made.

The present invention may be a program for operating maintenance support apparatuses for various facilities. In particular,
A step of receiving facility-related information relating to various facilities installed outdoors or indoors, a step of calculating an operation time of the various installed facilities, and a step of receiving maintenance contents for performing maintenance on the various installed devices And a step for determining that the various installed facilities have reached the maintenance time, and when it is determined that it is the maintenance time and the maintenance content is accepted, the calculated operation time Updating the maintenance time based on the maintenance content, and updating the maintenance time based on the calculated operation time when the maintenance time is determined and the maintenance content is not accepted. It is possible to provide a maintenance support program for various facilities for causing a computer to execute the steps.

  As the content of maintenance, the number of parts replacement is given as an example. However, the maintenance time may be determined by taking at least one of repair, investigation, modification, and adjustment as an example. Further, a notification means for automatically detecting a time point approaching the maintenance time or a time point when the maintenance time comes and notifying a third party using a buzzer or a display unit may be provided. Further, it may be a means for automatically detecting a time point approaching the maintenance time or a time point when the maintenance time comes, and automatically printing it with a printer to notify a third party.

  The information processing unit has an endurance year expiration means 7 for determining that the endurance years of various facilities have expired or is about to expire, and the endurance years have expired by the endurance life expiration determination means 7. Or, when it is determined that the expiry is approaching, budget calculation means 8 for calculating a budget for installing a new facility is provided, but the budget calculation means 8 is omitted, and the end of durable life is determined. Means 7 is provided, and when it is determined by the end-of-life expiration determining means 7 that the end-of-life has expired or is about to expire, this is notified to a third party using a buzzer or a display unit. You may carry out by providing an alerting | reporting means.

  The timer T for detecting the maintenance period may be an internal timer of the information processing unit.

It is a block diagram which shows the structure of a maintenance assistance apparatus. It is a flowchart for updating maintenance time. It is a figure which shows the display screen for performing the search of after-service information. It is a figure which shows the input screen for inputting the information of an installation. (A), (b) is a figure which shows the input screen for inputting after-service information. It is a figure which shows the list which put together the information of a parent existing product number and after-service product number.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 1 ... Equipment information reception part, 2 ... Operation time calculation part, 3 ... Maintenance content reception part, 4 ... Maintenance time determination means, 5 ... 1st maintenance time update means, 6 ... 2nd maintenance time update means, 7 ... Endurance years Expiration determination means, 8 ... budget calculation means, 9 ... part replacement number storage means, 10 ... maintenance time review means, 11 ... display screen, 12 ... information button, 13 ... input screen, 14 ... new / update classification field, 14A ... Button, 14B ... Display section, 15-25 ... column, 26 ... Update button, 27 ... Display one column, 28 ... Move button, 29 ... Information list screen, 30 ... Edit button, 31 ... Information input screen, 32-38 ... Column, 39 ... update button, 40, 44 ... search button, 41, 42, 43 ... display section, 45 ... form output button, 46 ... update time display column, 47 ... discard display column, 48 ... AS production number no AS addition Button, A ... Display device, A1 ... Existing Ban (parent existing manufacturer's serial number), A2, A3 ... after-sales service manufacturer's serial number, A4 ... product number, A ... display device, B ... printer, G ... communication unit, I ... input unit, T ... Timer

Claims (4)

A maintenance support device for various facilities for updating the maintenance time of various facilities installed outdoors or indoors,
A facility information reception unit for receiving facility-related information regarding various installed facilities;
An operation time calculation unit for calculating the operation time of various installed facilities;
A maintenance content reception unit for receiving maintenance content for maintenance of the various installed facilities;
Maintenance time determination means for determining that the installed various facilities have reached the maintenance time;
When it is determined that the maintenance time is determined by the maintenance time determination means and the maintenance content is received by the maintenance content reception unit, the operation time and the maintenance content calculated by the operation time calculation unit are determined. A first maintenance time update means for updating the maintenance time based on;
When it is determined that the maintenance time is determined by the maintenance time determination means and the maintenance content is not received by the maintenance content reception unit, the maintenance time is based on the operation time calculated by the operation time calculation unit. A second maintenance time updating means for updating the computer ,
In addition, the maintenance content accepting unit accepts part replacement of various equipments, and stores the number of parts exchanges stored, the operation time calculated by the operation time calculating unit, and the parts. A maintenance support device for various facilities, characterized in that a computer is provided with a maintenance time review means for reviewing the maintenance time based on the number of parts replacement by the replacement number storage means . A maintenance support device for various facilities for updating the maintenance time of various facilities installed outdoors or indoors,
A facility information reception unit for receiving facility-related information regarding various installed facilities;
An operation time calculation unit for calculating the operation time of various installed facilities;
A maintenance content reception unit for receiving maintenance content for maintenance of the various installed facilities;
Maintenance time determination means for determining that the installed various facilities have reached the maintenance time;
When it is determined that the maintenance time is determined by the maintenance time determination means and the maintenance content is received by the maintenance content reception unit, the operation time and the maintenance content calculated by the operation time calculation unit are determined. A first maintenance time update means for updating the maintenance time based on;
When it is determined that the maintenance time is determined by the maintenance time determination means and the maintenance content is not received by the maintenance content reception unit, the maintenance time is based on the operation time calculated by the operation time calculation unit. A second maintenance time updating means for updating the computer,
Furthermore, the endurance years expiration judging means for judging that the endurance years of various facilities have expired or approaching expiration, and the endurance years have expired or are about to expire by the endurance life expiration judging means. and when it is determined, the maintenance support system of the type equipment, characterized in that a budget calculation means for calculating the budget for installing new equipment to the computer.   Part replacement of various facilities is received by the maintenance content reception unit, and the number of endurance years has expired or has expired in the part replacement number storage means for storing the received number of parts replacement and the endurance life expiration determination means Maintenance time reviewing means for reviewing the maintenance time based on the operation time calculated by the operation time calculating unit and the number of parts replacement by the part replacement number storage means, The maintenance support apparatus for various facilities according to claim 2, wherein A step of receiving facility-related information relating to various facilities installed outdoors or indoors, a step of calculating an operation time of the various installed facilities, and a step of receiving maintenance contents for performing maintenance on the various installed devices And a step for determining that the various installed facilities have reached the maintenance time, and when it is determined that it is the maintenance time and the maintenance content is accepted, the calculated operation time Updating the maintenance time based on the maintenance content, and updating the maintenance time based on the calculated operation time when the maintenance time is determined and the maintenance content is not accepted. a step, part replacement of the various types of equipment is accepted at step of receiving the service content, to store the parts replacement number of accepted Steps and, various types of equipment for performing the step of reviewing the maintenance timing on the basis of the part number of exchanges by storing the parts replacement frequency and operating time calculated in the step of calculating the operating time on a computer Maintenance support program.

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