JP2007091381A - Device for preparing maintenance work report of building equipment - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To prepare a work report in which a customer can easily understand the execution situation of a maintenance work, and the appearance is excellent. <P>SOLUTION: In a device for preparing a maintenance work report, the work report D consists of a reporting destination-reporting origin block D1 consisting of information on the work result reporting destination and information on the work reporting origin including photos of service persons in charge of the work, a report summary block D2 for indicating items to be reported to the customer by the service persons in sentences, a work photo block D3 which is provided selectively, and inserts the photos of the conditions before and after the work at the instruction of taking the work photos from the working plan data, and a work content reporting block D4 including the remote monitoring data, the machine checking result, and the work result data, and a topics-CM block D5 which is provided selectively, and inserts the advertisement data stored in an advertisement data storage means 635 provided on an information center device 6. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a report creation apparatus for building facilities such as elevators and escalators.

  Failure of building equipment such as elevators and escalators can cause great inconvenience to the people who use them. For this reason, maintenance of building equipment is usually performed by a specialized maintenance company. Such a maintenance company has a different organization for each maintenance company. For example, it is possible to assign maintenance personnel to a sales office that maintains building equipment in a certain region and perform maintenance on the building equipment. It is common. Conventionally, maintenance personnel who perform maintenance of building equipment and equipment regularly inspect the elevator (for example, once a month) and write the inspection results in a predetermined maintenance work report by hand, or use a personal computer or the like. Using a document creation device, a sentence is input at a predetermined position in the report format, printed, and a report is created and submitted to the customer.

  In addition, as a system that automatically creates a maintenance result work report, a fixed form is stored in the terminal carried by the local maintenance staff, and the inspection result is automatically assigned and displayed in the corresponding column of the fixed form. It is proposed to automatically create a report. In addition, the value obtained by statistically processing the measurement results of the normal state of the same model is stored as a judgment criterion, displayed on the terminal carried by the field maintenance staff, and measured by the terminal carried by the field maintenance staff A device has been proposed that automatically creates a report that is comprehensively judged objectively by comparing the measured values with the measured values and determining the inspection results and automatically assigning and displaying the inspection results in the corresponding fields of the standard form. (See Patent Document 1).

By the way, in recent years, elevator operation control has come to be performed by a control device composed of a microcomputer, and by using the function of the control device, usage state data and diagnostic operation during normal operation of the elevator are carried out. A system has been proposed in which diagnostic data is recorded, and necessary data is automatically extracted from use state data and diagnostic data to create a report by machine inspection. (See Patent Document 2).
JP 10-17231 A (paragraph numbers 005 to 007, FIG. 1) JP-A-6-171855 (paragraph numbers 004 to 016, FIG. 1)

  According to the above-mentioned prior art building equipment device report creation device, the measured values and judgment results measured at the terminal carried by the local maintenance staff are automatically assigned to the corresponding columns of the standard format stored in advance. Since the inspection result report is created by displaying it, it is possible to automate a series of work contents, but since the object of the report is the contents of the field inspection on the day and the machine inspection result is not the object, When reporting the results with photos, it is necessary to create and attach another work report, which requires trouble for the maintenance staff who prepare the report, and the customer who receives the work report is also complicated. It was difficult to understand.

  On the other hand, in a system that creates a report from the inspection result of machine inspection, it is possible to automatically extract the required data from the usage data and diagnostic data and create a report. Items that cannot be performed, for example, inspection of the delicate ride comfort of the elevator and inspection by human work such as cleaning, require maintenance inspection by patrol, maintenance work report by machine inspection and maintenance work by the maintenance staff at the time of patrol maintenance Because the report is created separately, the entire work performed during the reporting period may be difficult for the customer to understand, and depending on the inspection content, there may be more or less printed parts. There was a case where a white space was generated and the image looked bad.

  SUMMARY OF THE INVENTION A first object of the present invention is to provide a building facility report creation apparatus that can easily create a work report that makes it easy to understand the implementation status of maintenance work for customers.

  A second object of the present invention is to provide a building facility report creation apparatus capable of creating a user-friendly work report for a customer.

In order to achieve the first object, the invention according to claims 1 to 3,
A monitoring center device that remotely monitors a plurality of building facilities and obtains remote monitoring data for each building facility, and anomaly determination for each of the various devices from inspection data that is a mechanical inspection result of various devices attached to each building facility An inspection center device that generates data and predictive diagnosis data, an information center device that stores work plan data including work instructions set for each building facility, a portable terminal device carried by a building facility maintenance person, and these A communication line connecting the respective devices to each other and a portable printer device connected to the portable terminal device as needed. The portable terminal device performs work performed according to the work plan data acquired from the information center device. Based on the remote monitoring data, the data acquired from the machine inspection result, and the work execution data. In the building equipment report creation apparatus that creates work content data and prints a work report from the portable printer device, the work report is a report of the work result report destination and the maintenance staff in charge of the work. A report destination / report source block composed of work report source information including a photo, a report summary block for displaying texts to be reported to the customer by maintenance personnel, and a work from the work plan data provided selectively. A work execution photograph posting block for posting photographs taken before and after the work in accordance with a photography instruction, and a work content reporting block for writing together the remote monitoring data, the machine inspection result, and the work result data are selectively provided. And an advertisement placement block for placing advertisement data stored in advertisement data storage means provided in the information center device,
For example, the information center device that the maintenance staff has received the work result data via the portable terminal device collects corresponding data from the monitoring center device and the inspection center device and creates work report data A work report creation processing unit, and a terminal device communication processing unit that distributes the created work report data to the mobile terminal device,
Further, for example, advertisement data for selecting the advertisement data to be posted in the advertisement placement block according to the presence / absence of the work execution photograph publication block, the margin generated in the work report due to some of the report summary block and the work content report block A selection means is provided.

In order to achieve the second object, the invention described in claims 4 and 5 includes:
On the right end of the work report is printed an index part that can identify the work year in which the maintenance person performed the work, and in the report destination / report source block, the telephone number of the maintenance person in charge of the work And a two-dimensional barcode with at least a telephone number among the email addresses.

  According to the first to third aspects of the present invention, the maintenance staff stores the work result in the portable terminal device, and creates the work report from the information center device only by transmitting the work result data to the information center device. The work report data edited by the processing unit is distributed, and the work report data including the contents of the work performed and the contents of the machine inspection items can be displayed just by printing the work report data from the portable printer device. Since it is described in the content report block and photographs before and after the work are posted in the work execution photo posting block, maintenance staff can save time and effort to create a work report, and the work performed and machine inspections are performed remotely It can be reflected in the work report including matters, and the status of the building equipment can be explained to the customer in an easy-to-understand manner at the time of submission. Further, since the advertisement data selection means selects advertisement data that matches the margin of the paper depending on the number of report items, a good-looking work report can be created and is easy to understand.

  According to the inventions of claims 4 and 5, when the customer files the work report, the work year can be easily determined by the index part printed on the right end of the work report, and the report destination / The two-dimensional barcode provided in the report source block is photographed with the camera attached to the mobile terminal device, so that the maintenance staff in charge can be easily contacted by telephone or e-mail. A report can be created.

  Hereinafter, a building facility report creation apparatus according to an embodiment of the present invention will be described with reference to the drawings.

  FIG. 1 is a schematic configuration diagram of a maintenance work report created by a building facility report creation apparatus according to an embodiment of the present invention. FIG. 2 is a detail of a report destination / report source block shown in the maintenance work report of FIG. FIG. 3 is a detailed block diagram of the work photo block shown in the maintenance work report of FIG. 1, FIG. 4 is a detailed block diagram of the inspection content detailed report block shown in the maintenance work report of FIG. 1, and FIG. FIG. 6 is a detailed block diagram of the maintenance management center apparatus shown in FIG. 5, and FIG. 7 is a building equipment report creation according to an embodiment of the present invention. It is a flowchart of apparatus data.

  As shown in FIG. 5, an elevator 1 as a building facility includes a car 11, a weight 12, a motor 13 for driving the car 11, an operation command relay 14 for the motor 13, a contact 15 for the operation command relay 14, a motor 13 includes a pulse encoder 16 that detects the number of rotations 13 and a drive control device 17 that controls the drive of the motor 13 in accordance with a command from the elevator control device 2. The elevator control device 2 takes in various data of the elevator 1 and controls the operation of the elevator 1 based on these data.

  The monitoring terminal device 3 is connected to the elevator control device 2, performs operation confirmation and measurement of various devices during the normal operation of the elevator 1 and the inspection operation according to the command, and stores and stores it as inspection data for machine inspection.

  The inspection center device 4 is remotely connected to the monitoring terminal device 3 via the telephone line 8 and periodically acquires inspection data of a plurality of (for example, tens of thousands) elevators. It has a function to perform abnormality judgment and predictive diagnosis of elevator equipment.

  The monitoring center device 5 is remotely connected to a plurality of (for example, several tens of thousands) elevators via a telephone line 8 and performs remote monitoring of elevator equipment abnormalities.

  A maintenance management center device 6 which is an information center device is connected to a telephone line 8, and is provided with abnormality determination data and predictive diagnosis data by the inspection center device 4, remote monitoring data by the monitoring center device 5, and scheduled maintenance work date for each elevator. In addition, at least a maintenance work item to be executed is stored, and a function for creating a work plan for each elevator from these data is provided.

  The sales office 7 indicates a dispatch base of maintenance personnel in charge of maintenance of the elevator 1. A monitoring terminal device 3, an inspection center device 4, a monitoring center device 5, a maintenance management center device 6, and a sales office 7 are connected to the telephone line 8, and data is transmitted and received between the devices including the sales office 7. It is possible.

  Here, in the present embodiment, the transmission / reception of data between the devices including the sales office 7 is described as being performed via the telephone line 8, but instead of the telephone line 8, a wireless telephone line 9 or not illustrated. Needless to say, it can be performed via a wired network, and the telephone line 8, the wireless telephone line 9, and a wired network (not shown) can be used in combination.

  In addition, a mobile terminal device A is connected to the wireless telephone line 9, and an inspection center device 4, a monitoring center device 5, a maintenance management center device 6, and a sales office 7 are connected via the telephone line 8.

  The portable terminal device A is carried by a maintenance staff belonging to the sales office 7, has a function as a maintenance tool, is connected to the monitoring terminal device 3 or the elevator control device 2, and maintains the elevator such as inspection data and operation data. It has a function to acquire various data necessary for the system.

  The inspection center device 4, the monitoring center device 5, and the maintenance management center device 6 are connected via a wireless telephone line 9 and a telephone line 8, and the above inspection data, operation data, etc., and input work via a keyboard Has a function of transmitting and receiving data including input data.

  The camera B captures the finished state before and after work on the day, is connected to the mobile terminal device A wirelessly or by wire, and transmits the captured image data to the maintenance management center device 6 via the wireless telephone line 9. . In addition, regarding the camera B, you may use what is equipped with the portable terminal device A as a function.

  The printer C is connected to the portable terminal device A in a wireless or wired manner, and prints out the maintenance work report data transmitted from the maintenance management center device 6 via the portable terminal device A. The maintenance work report This is a portable printer device used to create D.

  Further, as shown in FIG. 6, the communication processing unit 61 disposed in the maintenance management center device 6 exchanges data with the inspection center device 4, the monitoring center device 5, and the sales office 7, and performs various types of operations. Data is stored and read from the database.

  Further, as shown in FIG. 6, the maintenance management center device 6 described above is a work customer that records customer information such as the building name, address, entrance method, and building photo of the work destination that has concluded an elevator maintenance contract. Information database 631, work plan database 632 storing periodic plan information for maintenance work, abnormality determination data and predictive diagnosis data transmitted from inspection center apparatus 4, and abnormality report data history transmitted from monitoring center apparatus 5 Remote monitoring result database 633 for storing remote monitoring information such as, sales office information database 634 in which sales office information such as the contact information of the sales office that is the work source, the person in charge and the person in charge is stored, CM of the new product Has a topics / CM information database 635 that stores multiple general information that differs in size when posted, such as information and usage of building equipment. To have.

  Further, another communication processing unit 62 arranged in the maintenance management center device 6 exchanges data with the local mobile terminal device A when necessary, and stores the maintenance work results and various measurement information on the day. Each data is stored in the work result database 636 and the work report image database 637 storing the photo data before and after the work.

  In addition, the work plan creation processing unit 64 disposed in the maintenance management center apparatus 6 creates and reviews a work plan based on information in the remote monitoring result database 633 and the work result database 636 and updates the work plan database 632. .

  Further, the inspection work report creation processing unit 65 disposed in the maintenance management center device 6 is necessary from the information stored in the various databases described above when the data including work completion is transmitted from the mobile terminal device A. Data is collected to create work report data, which is stored in the maintenance work report database 638 and transmitted to the local mobile terminal device A via the communication processing unit 62.

  Further, the advertisement data selection means 66 arranged in the maintenance management center device 6 has a margin in the maintenance work report D as the inspection work report creation processing unit 65 collects data necessary for the work report data. In such a case, an advertisement or the like of a size necessary to fill the margin is selected from the topics / CM information database 635 and transmitted to the inspection work report creation processing unit 65 for re-editing.

  Further, as shown in FIG. 1, the maintenance work report D described above includes a report destination / report source block D1, a report summary block for describing important report items such as main work contents, results, and abnormal report history when reporting. D2, work photo block D3 that is selectively provided and a work execution photo posting block, and an inspection content detail report block D4 that is a work content report block that reports the inspection results of the day and machine inspection results such as remote monitoring results together , Which is selectively provided and is composed of five blocks of topics / CM block D5 which is an advertisement placement block.

  Further, above the right end of the maintenance work report D, for example, an index part D6 for printing green for 2005 and blue for 2006 is provided so that the work year can be specified. When the customer who receives D filed, the work year can be easily identified. Even if the printing position is shifted up and down depending on the year or the length of printing in the vertical direction is changed for each month, the same effect can be obtained as the index portion D6.

  Here, the essential report items are the report destination / report source block D1, the report summary block D2, and the inspection content detail report block D4. Since the work photo block D3 is instructed to take a picture according to the work content on the day, The data is displayed only when data is transmitted, and the report summary block D2 and the inspection content detail report block D4 have some parts in the instructed work content, so there is a blank space in the maintenance work report D. The topic / CM block D5 is inserted in the amount of data necessary to fill in the blank space generated in the maintenance work report D when the photo block D3 is not posted. The basic structure of the report is adjusted to fit on one sheet, but it is automatic when there are many photo blocks D3 or when there are many inspection details report blocks D4. Joint paper has been added to, so that to insert the topics · CM block D5 also in the margin that occurred in this case.

  As shown in FIG. 2, the report destination / report source block D1 includes a report destination building photo data D11, a report destination detail column D12 indicating a submission destination, a building name and a facility name, a reporter photo data D13, a report It is composed of a reporter detail column D14 in which a former company name, a telephone number, a report date, a name of a person in charge, a telephone number, and the like are written, and these pieces of information are stored in the work customer database 631 and the sales office information database 634.

  Here, a two-dimensional barcode D15 is printed on the lower right of the report destination / report source block D1, and a telephone number or an e-mail address corresponding to the name of the person in charge is attached to the two-dimensional barcode D15. By taking a picture of the two-dimensional barcode D15 from the camera of the mobile terminal device A owned by the customer, it is possible to easily contact the person in charge of requests and inquiries from the customer. The two-dimensional barcode D15 can be printed in advance on a sticker and pasted at the time of submission to obtain the same effect.

  Further, in the work photo block D3, as shown in FIG. 3, the pre-work photo data D31 and the post-work photo data D32 transmitted from the portable terminal device A when taking a photo necessary for the work report are taken. It is listed for comparison, and depending on the work content, it may be composed of photographs in progress. These work photograph data are stored in the work report image database 637.

  As shown in FIG. 4, the inspection content detail report block D4 includes an inspection item column D41, a machine description section D42 that can report a plurality of units collectively, an inspection state, a maintenance state, a measured numerical value, and the like. And a result description column D43 described in a predetermined expression method.

  Next, the operation up to the report creation of the present embodiment will be described with reference to a data flow diagram between the devices shown in FIG. 7 and some examples that arise from the normal operation of the elevator 1 and the inspection work. .

  When the passenger rides on the car 11 shown in FIG. 5 and pushes the button on the destination floor, the elevator controller 2 inputs a call signal to the elevator controller 2 so that the car 11 moves in the direction in which the call is generated. An activation command signal is issued to the device 17. In response to this command signal, the drive control device 17 excites the operation command relay 14 to close its contact 15 and rotate the motor 13, and the car 11 is raised or lowered accordingly.

  As the motor 13 rotates, a pulse is output from the pulse encoder 16 according to the rotation, and this pulse is input to the elevator controller 2 via the drive controller 17. The elevator control device 2 outputs a control command signal to the drive control device 17 so as to travel along a predetermined speed control curve to the position designated by this pulse. These series of operations are sequentially transferred and stored as operation data from the elevator control device 2 to the monitoring terminal device 3.

  Next, an example of the operation of the monitoring terminal device 3 will be described. The monitoring terminal device 3 makes various determinations using the data transferred from the elevator control device 2 and stored. As an example of this determination, for example, the time from when the operation command relay 14 in the transfer data is excited until the output pulse of the pulse encoder 16 sequentially transferred and stored reaches a predetermined value is measured. Is compared with a predetermined time to determine whether the operation characteristics of the drive control device 17 are good or bad. If it is determined that the time is abnormally long or short compared to the predetermined time, the monitoring terminal device 3 issues an abnormal report to the monitoring center device 5 via the communication device 8. On the other hand, if the time is within a normal range, it is determined that the drive device 17 is normal, and the result is stored as “drive control device 17 is normal”. If the time is not so abnormal that it is not normal, it is stored as measurement result data as “drive control device 17 needs to be checked”.

  In addition, the data transferred to the monitoring terminal device 3 is used to check the difference between the target stop position information to be stopped on each floor and the stop position information that has actually stopped, and the measurement result data is sequentially accumulated as “landing state”. Go.

  In addition, the monitoring terminal device 3 operates at a predetermined time (a date and time when there is no elevator user is selected) at a predetermined date (operations required for diagnosis of the elevator 1 (low speed operation or high speed operation). ) Is transmitted to the elevator control device 2. Thereby, the elevator control apparatus 2 operates the drive control apparatus 17 according to a diagnostic program, and implements a diagnostic driving | operation. The data of the diagnostic operation is processed in the same procedure as in the case of the normal operation described above, and stored in the monitoring terminal device 3 as inspection result data.

  Next, an example of the operation of the inspection center device 4 will be described. The inspection center device 4 collects inspection data and measurement data stored in each monitoring terminal device 3 of all elevators under management according to a collection schedule set in advance. The inspection center device 4 has a function of performing a predetermined analysis based on the collected inspection / measurement result data.

  Here, the analysis by the inspection center device 4 will be described as an example. For example, as described above, the time from when the operation command relay 14 is energized until the motor 13 reaches the predetermined rotation is not too long or too short, as described above. In this case, the abnormality is stored in the monitoring terminal device 3 in the form of a specific code corresponding to the abnormality. The inspection center device 4 creates data for displaying the wording “the drive control device 17 requires inspection” based on the transmitted code data, and stores this data as monthly report data. If the above time is normal, data indicating that “the drive control device 17 is normal” is stored.

  Further, the inspection center device 4 determines the remaining lifetime of the related working parts for the collected measurement data. For example, when the data on the number of operations of the operation command relay 14 in the data of the monitoring terminal device 3 is compared with a predetermined number of operations, and the former is a value exceeding the number of operations of the latter, “the operation command relay 14 is necessary. The data “exchange” is created, and this data is stored as monthly report data.

  As described above, when stored as monthly report data such as “drive controller 17 needs to be checked” and “operation command relay 14 needs to be replaced”, the same data, data related to these data, operation frequency An accumulated value of travel time, etc., which is an indicator of the above, is added and transmitted to the maintenance management center device 6 as saved data.

  The maintenance management center device 6 performs communication processing on the monthly report data transmitted from the inspection center device 4 (or the monthly report data and the abnormal report data when an abnormal report is issued from the monitoring terminal device 3 to the monitoring center device 5). It is transferred to the sales office 7 by the section 61. If the transferred data is a failure that currently affects the function of the elevator, or a failure that requires immediate action, such as a failure that requires an immediate failure that requires immediate inspection, the sales office 7 More immediate dispatch is instructed.

  On the other hand, the stored data transmitted from the inspection center device 4 is stored in the remote monitoring result database 633. In addition, the work plan creation processing unit 64 stores the contents of the work plan database 632 and the contents of the remote monitoring result database 633 in which maintenance work scheduled dates of all elevators under management in advance and maintenance work items to be performed are stored. Are analyzed, the work plan is reviewed and newly created, and the contents of the work plan database 632 are updated. The updated work plan is transmitted to the sales office 7 through the communication processing unit 61 in order to make a request for confirming the assigned work scheduled date of the worker. The sales office 7 inputs the result of the assignment of the person in charge of the work and the adjustment of the scheduled date with the person in charge of the work to the received work plan, and the work plan updates the data in the work plan database 632 via the communication processing unit 61. To do. The work plan data can be confirmed as work schedule information on the portable terminal device A of the maintenance engineer via the communication processing unit 62.

  The maintenance staff who has arrived at the work-related elevator 1 first operates the mobile terminal device A before starting the work, makes a transmission request for work plan data to the maintenance management center device 6 via the radio telephone line 9, and the mobile terminal device. Upon receiving the request from A, the maintenance management center device 6 searches the request data via the communication processing unit 62, and transmits the work plan data of the corresponding elevator 1 stored in the work plan database 632 via the communication processing unit 62. To the mobile terminal device A.

  Next, the work plan data transmitted from the maintenance management center device 6 is displayed on the screen of the mobile terminal device A, and the screen requires data that requires maintenance, for example, “the drive control device 17 requires inspection”, “ The operation command relay 14 needs to be replaced ”and the like are described, and the maintenance staff carries out maintenance work according to the items described in the work plan data. After the work is completed, the maintenance staff inputs necessary items for the maintenance work for each item performed on the mobile terminal device A, and after the input of the inspection result is completed, the inspection result data is transmitted to the maintenance management center device 6. Here, the inspection result data refers to an elevator control device that uses a diagnosis and measurement function built in the mobile terminal device A in addition to input data that is input by a maintenance person operating the mobile terminal device A through a keyboard (not shown). 2 includes various data necessary for elevator maintenance, such as inspection data, measurement data, and operation data that can be acquired directly or by wireless communication means.

  In addition, when the work plan includes work that needs to be taken, such as cleaning of the car interior light shielding plate, a work instruction is also issued for taking work pictures. In this case, the shooting timing (before work, during work, and after work) required for each work content is also instructed, so that data can be stored at each shooting timing, and the maintenance staff is instructed to do so. The camera B takes a picture at a predetermined timing, takes the picture data into the portable terminal device A, and stores it in a predetermined place for each shooting timing. The photograph data is transmitted together with the inspection result data to the maintenance management center apparatus 6 through the radio telephone line 9 and stored in the work report image database 637.

  The inspection work report creation processing unit 65 of the maintenance management center apparatus 6 receives the inspection result data designated in the work plan of the corresponding elevator 1, the photograph data, and the work end data as a trigger to receive the inspection work report. Start the creation process.

  The report destination / report source block D1, which is a mandatory report item, is obtained by editing necessary data from the work customer information database 631 and the sales office information database 634, and the report summary block D2 to be reported is the work plan database 632 and work result database 636. The report summary block D2 is edited based on the remote monitoring result database 633, and the report summary block D2 indicates the work item and result performed, the remote monitoring state to be specially noted, and the work result input by the maintenance staff through the portable terminal device A as the work result. It is to be described.

  In addition, when there is an instruction to take photo data in the work plan, the work photo block D3 is transmitted from the portable terminal device A, edited based on the photo data stored in the work report image database 637, and the inspection details report block D4 reflects the results of the items to be reported this month from the data of the remote monitoring result database 633 and the work result database 636, and the instructed check items are the check work result items of the day for each report item. It is classified in advance into machine inspection result items.

  As described above, the inspection work report creation processing unit 65 arranges the report destination / report source block D1 to the inspection content detail report block D4 so as to be assigned to the predetermined position of the A4 sheet, and the margin is generated more than the predetermined size. The advertisement data selection means 66 performs re-editing to fill the topic CM / block D5 which is the margin with the advertisement data corresponding to the margin selected from the topics / CM information database 635.

  In addition, when the blocks of the report destination / report source block D1 to the inspection content detail report block D4 described above are allocated to predetermined positions and cannot fit on one A4 sheet, a joint sheet is automatically created. In this case as well, the size of the margin that can be used for the joint sheet is automatically analyzed to obtain a topic / CM block D5, and the topic / CM information contained in the topic / CM block D5 is inserted to create work report data.

  The maintenance work report data edited in this way is stored in the maintenance work report database 638 and transmitted to the mobile terminal device A via the communication processing unit 62, and is operated by the maintenance staff from the mobile terminal device A. Then, the maintenance work report D is printed by the printer C.

  After the maintenance work report D has been printed, the maintenance staff reports the maintenance work to the manager responsible for the elevator 1 owner, and submits the maintenance work report D and confirms it if necessary. Get a seal.

  In addition, if there is an abnormality in the created maintenance work report D, the abnormal part is re-inspected and adjusted, and the inspection result is re-transmitted from the mobile terminal device A to the maintenance management center device 6 so that the maintenance work report is obtained. The report is re-created and a report reflecting the latest work results can be printed in the same procedure.

  As described above, in the present embodiment, after the inspection of the elevator 1 is completed, the maintenance staff inputs the inspection result to the mobile terminal device A and transmits the inspection result data to the maintenance management center device 6. The maintenance work report data processing unit 65 is started, the inspection result data and work report image data transmitted from the mobile terminal device A, the remote monitoring result data collected and analyzed in advance, the work customer information data, the work Maintenance work report data is created from plan data, sales office information data, and topics / CM information data, and the maintenance work report data is transmitted to the mobile terminal device A. A maintenance work report can be created simply by printing out the maintenance work report data from the printer C. As a result, the inspection result, remote monitoring result, and work report photograph of the day can be reported as a single report, and the maintenance work report can be easily used. In addition, since the maintenance work report creation work is automatically performed and can be collectively reported, there is no report omission and the labor of maintenance personnel can be greatly reduced.

It is a composition outline figure of the maintenance work report created with the elevator work report creation device concerning one embodiment of the present invention. FIG. 2 is a detailed configuration diagram of a report destination / report source block shown in the maintenance work report of FIG. 1. It is a detailed block diagram of the work photograph block shown in the maintenance work report of FIG. It is a detailed block diagram of the inspection content detailed report block shown in the maintenance work report of FIG. It is a block diagram of the elevator work report preparation device concerning one embodiment of the present invention. It is a detailed block diagram of the maintenance management center apparatus shown in FIG. It is a data flow chart of the elevator work report preparation device concerning one embodiment of the present invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Elevator 2 Elevator control apparatus 3 Monitoring terminal apparatus 4 Inspection center apparatus 5 Monitoring center apparatus 6 Maintenance management center apparatus (information center apparatus)
8 Telephone Line 9 Wireless Telephone Line 62 Communication Processing Unit 65 Inspection Work Report Creation Processing Unit 66 Advertising Data Selection Means A Mobile Terminal Device B Camera C Printer (Portable Printer Device)
D Maintenance work report D1 Report destination / report source block D2 Report summary block D3 Work photo block (work execution photo publication block)
D4 Inspection details report block (work details report block)
D5 Topics CM block (advertising block)
D6 Index part D15 Two-dimensional barcode

Claims (5)

A monitoring center device that remotely monitors a plurality of building facilities provided in a building and obtains remote monitoring data for each building facility, and inspection data that is a mechanical inspection result of various devices attached to each building facility Inspection center device for generating abnormal determination data and predictive diagnosis data, information center device for storing work plan data including work instructions set for each building facility, and portable terminal device carried by a building facility maintenance worker And a communication line connecting these devices to each other, and a portable printer device connected to the portable terminal device as needed, the portable terminal device according to the work plan data acquired from the information center device The work performed is stored as work result data, and the remote monitoring data, the data acquired from the machine inspection result, and the work execution data Based create a work data, in the reporting system of the building equipment which is adapted to print the work report from the portable printer device,
The work report is
A report destination / report source block composed of work report source information including a work result report destination and a photograph of maintenance personnel in charge of the work;
A report summary block that displays text that the maintenance staff should report to the customer,
A work execution photo posting block that is selectively provided, and posts photos taken before and after the work according to the work photo shooting instruction from the work plan data;
A work content report block for writing together the remote monitoring data and the machine inspection result and the work result data;
A building facility report creation apparatus, comprising: an advertisement placement block that is selectively provided and places advertisement data stored in advertisement data storage means provided in the information center device. In the invention of claim 1,
The information center device that the maintenance staff has received the work result data via the portable terminal device collects corresponding data from the monitoring center device and the inspection center device, and creates a work report data A building facility report creation device, comprising: a document creation processing unit; and a terminal device communication processing unit that distributes the created work report data to the mobile terminal device. In the invention according to claim 1 or 2,
The information center device selects the advertisement data to be placed in the advertisement placement block according to the presence / absence of the work execution photo publication block, the margin generated in the work report depending on the report summary block and the work content report block. A building facility report creation apparatus comprising an advertisement data selection means. In the invention according to any one of claims 1 to 3,
A building facility report creation apparatus characterized in that an index part that enables identification of a work year in which the maintenance engineer performed work is printed on a right end part of the work report. In the invention according to any one of claims 1 to 4,
The report destination / report source block is provided with a two-dimensional bar code with at least one of the telephone number and e-mail address of the maintenance staff in charge of the work. apparatus.

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