JPH06336380A - Elevator maintenance work management system - Google Patents

Abstract

PURPOSE:To provide an elevator maintenance work system with which instruction for elevator restoration work to be performed by each worker when an earthquake occurs can be made correctly and effectively. CONSTITUTION:A system comprises a central information processing means 1 provided with a first memory part 7 storing work instruction information, a terminal information processing means 2 provided with a second memory part 11 storing work control information, an IC card 5 provided for each worker, and a portable information device 4 on which the IC card 5 can be installed. The central information processing means 1 forms a work instruction schedule table periodically based on work instruction information, the terminal information processing means 2 forms schedules for an earthquake periodically based on the work instruction schedule table, and customer information and work schedules in work control information to be stored in a memory temporarily, and each worker stores the work schedules and the schedules for the earthquake read from the memory in the IC card 5 before starting for maintenance work, and carries the portable information device 4 and the IC card 5 to a work site.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an elevator maintenance work management system, and in particular, when carrying out an elevator restoration work associated with the occurrence of a relatively large earthquake, the work procedure to be carried out by each worker can be quickly The present invention relates to an earthquake-friendly elevator maintenance work management system that enables accurate instruction.

[0002]

2. Description of the Related Art In general, many buildings are equipped with various kinds of equipment such as elevators and alarms, and once these equipments break down, they are greatly affected by residents of the building and people who enter and leave the building. Therefore, it is necessary to always perform proper maintenance and inspections for these equipments to ensure their operation. However, these facility equipments can usually be maintained and inspected only by workers who have specialized knowledge about the equipments, so the owner or manager of each building conducts maintenance and inspections of these equipments. It contracts with a maintenance company that has workers to entrust maintenance and inspection work to these equipment. Then, the maintenance company regularly makes the worker visit each customer building to provide services such as inspection, repair, and maintenance of these equipments. Then, an elevator maintenance company that handles the elevator, which is a typical equipment among these equipment, has developed an elevator maintenance work management system in order to achieve the lubrication of the cyclic maintenance work of the elevators installed in each customer building. ,
Based on this elevator maintenance work management system, each worker is given an appropriate work schedule and instructions.

Here, in the known elevator maintenance work management system, the work order information and work contents for the elevators installed in each customer building are provided from the central information processing means owned by the elevator maintenance company. The central information processing means regularly provides work instruction information such as monthly work types, work hours, repair plans, etc. to the terminal information processing means at each sales office. Each terminal information processing means is to provide a patrol work plan for each worker based on the provided work instruction information. On the other hand, each worker carries out a portable information device with him / her when he / she is dispatched to perform maintenance work, and this portable information device is provided with a personal information storage carrier, specifically for each worker. IC card is stored. Then, the IC card stores and stores the work instruction information for each worker for the day, and the work instruction information for the day is stored in the IC card of the worker before each worker is dispatched for maintenance work. The work instruction information is stored in the input / output device of the information processing means, and the work instruction information is provided from the terminal information processing means.

[0004] Each worker visits each work site based on the work instruction information of the day stored and stored in the IC card, and executes the elevator maintenance work of the day. Upon completion of the elevator maintenance work for one day, the worker stores the work record information of the day, for example, information such as the type of work performed, work time, etc. in the IC card, and then the I
The work record information stored and stored in the C card is transmitted to the terminal information processing means. Upon receiving the work record information, the terminal information processing means checks the information content. In this check, the terminal information processing means, if there is a maintenance work omission or erroneous input, displays the fact on the display unit, and if there is no maintenance work omission or erroneous input, the work record information is stored in the central processing information means. To be transmitted. The central information processing means performs grasp analysis of the progress status of the elevator maintenance work based on the received work performance information, and reflects the analysis result in the next work plan creation.

As described above, in the known elevator maintenance work management system, each worker patrolles the customer building based on the work instruction information of the day set for each worker, and the elevators installed there are Maintenance work is performed to prevent accidental failure of the elevator.
However, when it is reported that a failure has occurred in any of the elevators, the worker who is performing maintenance work at the work site near the site where the failed elevator is installed must perform the scheduled patrol work. It may be temporarily suspended and rushed to the installation site of this defective elevator.

[0006] In addition to the above-mentioned sudden failure of the elevator, the work that the worker must urgently perform is the work of restoring the elevator when an earthquake occurs. Some elevators have an earthquake control operation device that automatically stops the car when an earthquake occurs,
Once this earthquake control operation device operates, it cannot be automatically restored. Therefore, when an earthquake occurs, or when a relatively large earthquake occurs, each worker must restore all the elevators that were stopped due to the operation of the ATC operation device during the earthquake or stopped due to a failure. We have to work on it, and we have to work on the restoration work until all the elevators are completely restored.

[0007]

In the known elevator maintenance work management system described above, the workers waiting at each sales office due to the occurrence of an earthquake are informed of the failure of the elevator by the customer and are monitored. Upon receiving the notification of the elevator failure notification from the center, the worker tries to give necessary work instructions to each worker dispatched to the work site based on the communication. Then, the work instruction given to each worker on the work site by each sales office is usually called individually by a pager, and waits for a telephone call from the worker on the work site to perform the work. It gave the necessary work instructions to the staff.

[0008] By the way, the known elevator maintenance work management system, when giving work instructions to each worker,
Since individual telephone calls are made, it takes a lot of time to give the appropriate work instructions to each worker. However, there are problems such as having to make telephone contact with the same worker. In addition, even if a work instruction can be given by telephone when a small earthquake occurs, in many cases a telephone line cannot be used when a relatively large earthquake occurs. In such a case, the worker at the work site returns to the sales office, makes a new patrol plan for the work site there, and then re-mobilizes, or the elevator is determined by the worker's own judgment. By taking measures such as patroling customer buildings that are likely to stop or fail one by one, depending on such means, there is a problem that it takes a considerable time from the occurrence of an earthquake to the complete restoration of the elevator. .

Further, the known elevator maintenance work management system has a priority over other customer buildings such as hospitals and skyscrapers when the repair work of many elevators is performed due to the occurrence of a relatively large-scale earthquake. Despite the fact that some elevators have to deal with elevator restoration, the work instructions given to each worker do not take into account the priority of the restoration work, so the work instructions given to each worker are not accurately given. There is also a problem.

The present invention eliminates the above-mentioned problems, and an object of the present invention is to provide an elevator capable of accurately and efficiently instructing an operator to perform elevator restoration work when an earthquake occurs. To provide a maintenance work management system.

[0011]

In order to achieve the above object, the present invention provides a central information processing unit having a first storage unit for storing work instruction information relating to elevator maintenance work, and the central information processing unit. A terminal information processing means, which is coupled to the vehicle via a telephone line and has a second storage section for storing various work management information relating to elevator maintenance work and an input / output means for inputting / outputting the work management information; Means for personal information storage provided for each worker, and a portable information device capable of accommodating the personal information storage carrier, the central information processing means,
A work instruction plan table is regularly created based on the work instruction information and is supplied to the terminal information processing means, and the terminal information processing means is the work instruction plan table, customer information in the work management information, An earthquake response schedule is regularly created based on the work schedule of each worker and stored in a memory, and each worker has his or her work schedule stored in the memory before being dispatched to elevator maintenance work. A means for storing the earthquake response schedule in a personal information storage carrier is also provided.

[0012]

According to the above means, the central information processing means is the first
On the basis of the work management information stored in the storage unit, the work instruction plan table for each elevator is created periodically, for example, every year, and is transmitted to the terminal information means, and the second storage unit, etc. Store in memory. The terminal information means creates a work patrol plan and a work schedule for each worker periodically, for example, on a monthly basis, based on the work management information, the customer information in the work management information, and the work performance information. , And stores these in the memory such as the second storage unit as the traveling work plan information. Further, the terminal information processing means stores the earthquake response priority customer information (priority customer map) created based on the customer information in advance in the memory such as the second storage unit, and at the same time, the earthquake response priority customer information ( Second priority is the earthquake response schedule created based on the priority customer map) and the work schedule.
It is stored in a memory such as a storage unit of

Before going to the patrol maintenance work of the elevator, the worker attaches his / her IC card to the terminal information processing means, and is associated with the maintenance work of the day stored in the memory in the IC card. The work instruction information and other necessary information and the earthquake response schedule are read out and stored, and this IC card is attached to a portable information device and brought to the work site.

When a worker encounters an earthquake at the work site, if the display menu of the portable information device is set to the earthquake response schedule, the earthquake response schedule stored in the IC card is displayed. Engages in subsequent elevator restoration work according to the displayed instructions.

According to the above-mentioned means, when an earthquake occurs at the work site, the information necessary for carrying out the elevator restoration work at the time of the earthquake can be immediately obtained by the display of the portable information device, In addition, even if the magnitude of the earthquake that occurred is so great that workers cannot contact the sales office by telephone, it is possible to perform elevator recovery work accurately and efficiently without returning to the sales office one by one. The time from the occurrence to the end of the elevator restoration work can be significantly reduced compared to known elevator maintenance work management systems.

[0016]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described in detail below with reference to the drawings.

FIG. 1 is a block diagram showing an embodiment of an elevator maintenance work management system according to the present invention.

In FIG. 1, 1 is a central information processing means, 2
Is a terminal information processing means, 3 is a telephone line, 4 is a portable information device (portable microcomputer), 5 is an IC card (personal information storage carrier), 6 is a first control unit, 7 is a first storage unit, 8 is a first display unit, 9 is a first input unit, 10 is a second control unit,
Reference numeral 11 is a second storage unit, 12 is a first input / output device, 13 is a second input unit, 14 is a second display unit, and 15 is a second input / output device.

The central information processing means 1 includes a first control section 6 and a first storage section 7, and the terminal information processing means 2
Is the first display unit 8, the first input unit 9, and the second control unit 1.
0, the second storage unit 11, and the first input / output device 12, the portable information device 4 includes a second input unit 13, a second display unit 14, and a second input / output device 15. Contains. The central information processing means 1 is configured such that the first control section 6 is selectively coupled to the second control section 10 of the terminal information processing means 2 via the telephone line 3, and the IC card 5 is the terminal. It is configured to be attachable to the first input / output device 12 of the information processing means 2 or the second input / output device 15 of the portable information device 4.

Further, in the central information processing means 1, work instruction information and the like regarding elevator maintenance work are stored and stored in the first storage section 7. The terminal information processing unit 2 is created in the second storage unit 11 by various kinds of work management information related to elevator maintenance work, for example, a work plan related to elevator maintenance work, work history, measurement data, and the central information processing unit 1. A work instruction plan table, customer information such as customer addresses, building applications, building floors, number of elevators installed, and elevator models are stored. In addition, the terminal information processing means 2 attaches the IC card 5 to the first input / output device 12,
It is possible to write required information in the IC card 5 and read required information from the IC card 5, and the portable information device 4 causes the IC card 5 to be input to the second input / output device 15.
Similarly, by mounting the device, it is possible to write required information in the IC card 5 and read required information from the IC card 5.

The elevator maintenance work management system of this embodiment operates as follows in normal times, that is, except for operations related to the earthquake response schedule.

Based on the work instruction information and the past work record information stored in the first storage unit 6, the central information processing means 1 regularly, for example, only once a year, works for each elevator. An instruction plan table is created, and the created work instruction plan table is transmitted and transmitted via the telephone line 3 to the terminal information processing means 2 arranged at each business office. Each terminal information processing unit 2 stores the work instruction plan table transmitted and transmitted from the central information processing unit 1 in an internal memory (not shown) of the second control unit 10.

The terminal information processing means 2 includes a second storage section 11
On the basis of the work instruction plan table stored in, and the customer information in the various work management information described above, the patrol maintenance work plan for the next month is periodically, here once a month, at the end of the previous month. Are created up to this point, and this is stored in the internal memory or the like of the second controller 10 as the traveling work plan information. The patrol work plan information is created for each work group and each worker at each business office.

Each worker operates the first input unit 9 of the terminal information processing means 2 to cause the terminal information processing means 2 to input the work registration information. The input of the work registration information represents that each worker can perform the maintenance work on that day, and is input on the day before or on the day of the maintenance work day. When the work registration information is input to the terminal information processing means 2, the second control unit 10 causes the second storage unit 11 and the internal memory of the second control unit 10 to store the work information of the worker. The work plan information for the current work day, that is, the patrol scheduled customer building of the current day, the scheduled work content, the scheduled work time, etc. are read out and temporarily stored in the internal memory of the second control unit 10. Subsequently, the second control unit 10 determines the patrol scheduled customer building,
Based on the scheduled work time, the work time that can be executed by the worker is calculated, and the calculation result is displayed on the first display unit 8 as a work schedule.

At this time, each worker sees the patrol customer building and the scheduled work contents displayed on the first display section 8 and, if it is necessary to change, add, or delete them, the first worker Changes and corrections are appropriately made on the display screen of the display unit 8. When the change correction is performed, the changed correction content is displayed again on the first display unit 8. Therefore, each worker looks at the display content again and determines whether or not the changed work plan is unreasonable. Check if. Then, each worker makes a new change and correction if there is a point to be further changed and corrected in consideration of the patrol route and traveling time, and when it is not necessary to make further change and correction,
The first input unit 9 is operated to input an approval signal indicating approval. The second controller 10 receives the approval signal,
The contents displayed on the first display unit 8 are set in the work schedule and temporarily stored in the internal memory or the like of the second control unit 10.

Subsequently, each worker inserts the IC card 5 assigned to each worker into the first of the terminal information processing means 2.
It is attached to the input / output device 12 of. The second control unit 10
When the IC card 5 is mounted, the patrol work plan information and the work schedule temporarily stored in the internal memory of the second control unit 10 are read out, and the read patrol work plan information and the work are read out. The schedule is transmitted to the IC card 5 through the first input / output device 12 and stored therein. It should be noted that this IC card 5 is used together with the portable information device 4 when a worker is dispatched for maintenance work.
Be sure to bring it with you.

Before dispatching to the maintenance work, each worker inserts his or her own IC card 5 into the portable information device 4 and displays the contents of the work plan information and the work schedule stored in the IC card 5. , Is displayed on the second display unit 14 of the portable information device 4. Each worker looks at the contents displayed on the second display unit 14 and confirms the work schedule of the day, a list of brought-on tools, contact matters, and the like. Therefore, each worker can smoothly carry out the preparation for the scheduled maintenance work on the day.

When each worker arrives at the maintenance work site,
Before starting the elevator maintenance work, etc., the IC card 5 is attached to the portable information device 4 brought, and the contents of the work plan information and the work schedule stored in the IC card 5 are stored in the portable information device 4 Is displayed on the second display unit 14. Each worker looks at the displayed contents,
After confirming the work contents at the work site, the elevator maintenance work is executed.

Then, when the elevator maintenance work is completed, each worker operates the second input unit 13 to input the necessary items regarding the elevator maintenance work that has just been performed to the portable information device 4 as work performance information. Then, the work record information is stored in its own IC card 5.

Finally, when each worker finishes the elevator maintenance work for one day and returns to a business office or the like, his / her own IC card 5 is added to the first input / output device 12 of the terminal information processing means 2.
To attach. At this time, the second control unit 10 of the terminal information processing means 2 reads out the work record information stored in the IC card 5, and then automatically sorts and classifies the work record information. At this time, the organized and classified work record information is transmitted and transmitted from the terminal information processing means 2 to the central information processing means 1 through the telephone line 3, and the work instruction information newly added to the first storage section 7 thereof. Is stored as

Next, the operation related to the earthquake response schedule in the elevator maintenance work management system of this embodiment will be described.

By the way, the earthquake response schedule gives an instruction for elevator recovery work in the event of an earthquake, and in the terminal information processing means 2, the earthquake response priority customer stored in the internal memory of the second control unit 10 or the like. It is created based on information (priority map). Each worker
Before dispatching to daily maintenance work, the user's own IC card 5 is attached to the first input / output device 12 of the terminal information processing means 2, and this earthquake response schedule is provided along with the patrol work plan information and the work schedule. The information stored in the card 5 is stored in the I
The C card 5 is brought to the maintenance work site. In addition, the earthquake response priority customer information (priority map) is
The priority of each customer building that undertakes elevator restoration work in the event of an earthquake is set in advance, that is, the customer priority is stored in the second storage unit 11 as fixed information, and the information content is regularly or It is updated at any time when a new property is registered.

First, the earthquake response priority customer information (priority map) is created by the following procedure.

FIG. 2 is an explanatory diagram showing an example of a customer priority setting table used for setting a customer priority in the event of an earthquake. FIG. 3 shows the customer priority setting table shown in FIG. It is explanatory drawing which shows an example of the earthquake response priority customer information (priority map) displayed and set.

In FIG. 2, 16 is a customer priority setting table, 16a is a position code column, 16b is a customer name column, 16
c is a seismograph installation presence / absence column (earthquake control operation device setting column), 16d is a priority customer column (customer status setting item column), 16e is a total column, 16f is a priority rank column (customer priority setting) Item column). In addition, in FIG.
Is priority customer information for earthquake response (priority map).

In the position code column 16a, the area covered by the sales office is divided into blocks so that the location of the customer building can be easily discriminated. The location code is used and corresponds to the location code <111> in the earthquake response priority customer degree information (priority map) 17. The seismograph installation presence / absence column 16c is an item to which points are added depending on whether or not the seismic control operation device is installed, the number of seismometer control operation devices at the time of installation, the type of the device, and the like. The priority customer column 16d is an item in which points are added to the importance of an elevator in a customer building, for example, a site requiring priority recovery measures such as a hospital or a high-rise building.

In order to create the earthquake response priority customer information (priority map), first, the position code for which priority is to be set is selected from the position code column 16a. At this time, the position code <111> is selected. If so, the information (building name, etc.) about the customer who belongs to the position code <111> is read from the second storage unit 11, and an earthquake control operation device setting field 16c is set for each of the read customer names. A score is added to each of the priority situation setting item columns 16d for each customer. In this embodiment, two points are added to a customer who has installed an earthquake control operation device, and one point is added to a priority customer. Next, in the total column 16e, an ATC operation device setting column 16c for earthquakes and a priority situation setting item column 16 for each customer
A numerical value obtained by adding a score to d is entered, and the total priority of each customer is set in the customer priority setting item column 16f based on the numerical value. In this embodiment, the overall priority is set to four levels from A to D, where A represents the highest priority and D represents the lowest priority. When the addition of the points and the setting of the priorities to the columns 16c to 16f for each customer building belonging to the position code <111> are completed, the next position code is selected, and each position code is selected in the same manner as described above. The points are added to each of the columns 16c to 16f and the priority is set for the customer building. Thereafter, for all the position codes shown in the position code column 16a, the columns 16c to 1 are similarly set.
The points are added to 6f and the priority is set, and the customer priority setting table shown in FIG. 2 is created. This customer priority setting table is the second control unit 1 of the terminal information processing means 2 as the earthquake response priority customer information (priority map).
0 is stored in the internal memory or the like.

In this case, although the earthquake response priority customer information (priority map) is automatically set and created by the second control unit 10 of the terminal information processing means 2, the first input unit 9 is used. It is also possible to individually correct the automatically set contents by operating. Further, the created earthquake response priority customer information (priority map) can be displayed in a list on the first display unit 8 as shown in FIG. 3, and the contents can be confirmed.

In the present embodiment, the priority is simply divided into four ranks A to D by capturing only the items of presence / absence of installation of an ATC control device during an earthquake and whether or not the customer is a priority customer. It is also possible to further finely rank the priorities by further dividing each item into smaller pieces and adding scores or by adding other items.

Further, in the present embodiment, the priority is given to the installation items of the ATC control device during an earthquake rather than the items of the priority customer, but the priority weight of each item is changed and the ranking is performed according to the purpose. It is also possible to create a customer priority setting table in which For example, a plurality of earthquake-corresponding priority customer information (priority customer map) in which the priority item settings are changed corresponding to the seismic intensity of the generated earthquake are created and stored in the second storage unit 11, respectively. By inputting the seismic intensity data of the earthquake at the time of occurrence, the earthquake response priority customer information (priority customer map) corresponding to the scale of the earthquake is searched, and the earthquake response priority customer information (priority customer map) selected at that time is used. You can also do so. In this case, as an example of the setting, a customer priority setting table in which the priority ratio of the customer who has installed the seismic control operation device is increased when a minimum small-scale earthquake in which the seismic control operation device operates occurs When a large-scale earthquake that is likely to cause a failure due to an earthquake shaking other than the operation of the ATC control device during an earthquake occurs, the customer priority setting table with a higher priority ratio of priority customers is used. , The customer priority setting table in which the items of priority specific gravity are changed according to the scale of the earthquake is used.

Next, a procedure for creating an earthquake response schedule for each worker (individual) based on the earthquake response priority customer information (priority customer map) will be described.

FIG. 4 is an explanatory diagram showing an example of a map in which the patrol area of the worker is divided into blocks and is schematically represented in association with the current position of the worker, and FIG. 5 is an individual earthquake response. FIG. 7 is an explanatory diagram showing an example of a schedule setting table, and FIG. 6 is an explanatory diagram showing an example of display contents of the individual earthquake response schedule setting table shown in FIG.

In FIG. 4, 18 is a map showing the traveling area of the worker, 18a is the current position of one worker, and 18b is a map.
Is a current position of another worker in the same group, 18c is a region close to the current position of the one worker, and 18d is a region close to the current positions of other workers.

The worker's patrol area is divided into blocks and divided into blocks, and each block is provided with one position code 16a.
For convenience of explanation, a1, a2, ...
The symbols of e4 and e5 are attached. Each block a1
Square frames shown in to e5 indicate the blocks a1
To e5 indicate the distribution of customer buildings, and the symbols A, B, and C shown in each frame indicate the priority of the customer building, and the customer building of A has the highest priority. The customer building of B has the second highest priority, and the customer building of C has the lowest priority. In the example shown in FIG. 4, the one worker is in the area indicated by block c3, and the other worker is in the area indicated by block e5. Further, in this embodiment, only the customer buildings having the priority rank C or higher are displayed.

Further, in FIG. 5, 19 is an individual earthquake response schedule setting table, 19a is a position code column, 19b is the total number of elevators installed at each position code, and 19c is a movement of the worker from the current position. Distance score setting field, 19d is a customer priority level score setting field, 1
9e is a deduction point setting column due to duplication of two or more workers, 19
f is a total column, 19g is a priority setting column, and 19h is a remarks column.

The individual earthquake response schedule setting table 19 is set in the second control section 9 of the terminal information processing means 2 as follows.

First, the respective position codes b2 to e5
With respect to, a score is added to the score setting field 19c based on the movement distance of the worker from the current position. In this embodiment, 20 points are added to the current position of the worker and 10 points are added to the peripheral positions of the current position. Next, the score setting field 19 according to priority
Add a score to d. In this embodiment, the customer building of the priority rank A has 5 points per elevator, the customer building of the B rank has the same 3 points, and the customer building of the C rank has the same 1 point.
Points are added. Subsequently, points are added to the deduction points setting field 19e due to duplication of workers. In the present embodiment, the other worker is dispatched to the area with the position code e5. For example, when looking at the area with the position code d2, since the area overlaps with the area close to the other worker, its position To code d2-
10 is added. Then, a value obtained by totalizing the points added in the point setting columns 19c, 19d and 19e is entered in the total column 19f. Finally, the priority order is set in the priority order setting field 19g in order of increasing score based on the value in the total field 19f. Note that the remarks column 19h is a column for entering various other necessary information, and in this embodiment, it is entered that the other worker is dispatched to the area of the position code e5.

In this embodiment, the score setting column 19 is set.
Although the points of specific gravity as described above are set and added to c, 19d, and 19e, for example, by changing the specific weight of the added points to each of the score setting fields 19c, 19d, and 19e, priority is given. The order may be changed, or a condition other than the point setting fields 19c, 19d, and 19e may be newly set and added.

The individual earthquake response schedule setting table 19 set in this way is stored in the internal memory of the second control section 10 of the terminal information processing means 2. When it is desired to check the contents, the contents can be read out from the internal memory and displayed on the first display unit 8 as appropriate.

FIG. 6 is an explanatory diagram showing an example of the display of the contents of the earthquake-based schedule setting table for each individual.

In FIG. 6, 20 is an individual earthquake response schedule displayed on the first display unit 7, 20a is a priority column for elevator restoration work, 20b is a position code column,
20c is a management number column, 20d is a customer building name column, 20e is a customer building address column, 20f is a customer priority column, and 20g is a check column.

Then, the earthquake response schedule 2 for each individual
0 indicates a position code, a management number, a customer building name, a customer building address, and a customer priority (rank) in order of priority of elevator restoration work.

When the worker uses the earthquake response schedule, the procedure is as follows.

As described above, the terminal information processing means 2 prepares an earthquake response schedule for each individual in the second control unit 10. At this time, for example, for each work group, an earthquake for each individual is simultaneously calculated. Automatically create a response schedule. At this time, the individual earthquake response schedule for each work group is automatically adjusted and created based on the work schedule of each worker belonging to one work group, considering the presence or absence of duplicate work sites, When each worker changes the work schedule, the individual earthquake response schedule is automatically updated and created, and even after the work schedule is displayed on the first display unit 8. The first,
It is also possible to directly change the created contents by operating the input unit 9 of.

When the modification of the created contents in the individual earthquake response schedule is completed, each worker attaches the IC card 5 assigned to each worker to the first input / output device 12 of the terminal information processing means 2. Let When the IC card 5 is attached, the terminal information processing means 2 reads out the individual earthquake response schedule in addition to the work plan information and the work schedule temporarily stored in the internal memory of the second control unit 10. The read information and schedule are transmitted to the IC card 5 through the first input / output device 9 and stored in the IC card 5.

In the normal state, the worker displays the work plan information, work schedule, etc. stored in the IC card 5 on the second display section 14 of the portable information device 4, and displays the contents. However, if an earthquake occurs during the maintenance work, the patrol maintenance work in progress is temporarily interrupted, telephone contact is made with the sales office, and instructions for the work associated with the earthquake are received. The necessary elevator restoration work.

However, when the magnitude of the earthquake that has occurred is large, the telephone line may be cut off, and telephone communication between the worker and the sales office cannot be performed. In such a case, if the worker selects the earthquake response schedule in the display menu of the portable information device 4 and further inputs the current position of the worker, the second display of the portable information device 4 is displayed. Since the earthquake response schedule stored in the IC card 5 is displayed in the section 14, by checking the displayed contents of the schedule, it is possible to confirm the whereabouts of the customer building to be engaged in the elevator restoration work thereafter and the restoration work sequence. Can be confirmed, and elevator restoration work can be performed in a rational and optimal order.

As described above, according to the present embodiment, even when a worker encounters a large-scale earthquake at the maintenance work site where he / she cannot make a telephone contact with the sales office, the IC on hand is held. By displaying the earthquake response schedule stored in the card 5 on the second display unit 14 of the portable information device 4, the subsequent elevator restoration work can be efficiently executed. Then, the worker once returned to the sales office to contact the elevator restoration work,
Even if it is possible to make a telephone contact, it is not necessary to make telephone contact with the sales office many times for the elevator restoration work, and as much as that, the elevator restoration work after the earthquake occurs quickly Can be performed.

In the above explanation, when the earthquake response schedule was used, it was mainly assumed that a large-scale earthquake that could not be contacted by telephone occurred.
The earthquake response schedule may be used even when the earthquake has occurred in a relatively small scale and the operator and the sales office can contact each other by telephone.

In this case, the earthquake response schedule for each individual person can immediately obtain a new earthquake response schedule by inputting various information into the earthquake response schedule setting function even after the worker is dispatched to the work site. Add the function that can be created. For example, the earthquake response schedule for each individual includes information based on a failure report from a customer building or a monitoring center, and the overall priority is set by adding the information. When a failure notification is received from the customer building or the monitoring center, the instructor in charge of the sales office receives information about the failure site, for example, a management number, through the first input unit 9 of the terminal information processing means 2. And so on. At this time,
The terminal information processing means 2 selects a worker dispatched to the work site closest to the input failure site from the stored work schedule, automatically corrects the earthquake response schedule of this worker, and appropriately The correction content is displayed on the first display unit 8. At this time, the priority order is a priority order that emphasizes the input failure site. The instructor in charge of the business office calls the corrected worker by using a pager or the like, and informs the worker that the earthquake response schedule has been corrected and the contents of the correction.

Further, even when the schedule set at the time of departure of the maintenance work is changed and the maintenance work is performed at a work site different from the work site set in the earthquake response schedule, the worker does not find the location of the new work site. You can create a new earthquake response schedule by calling.

In the above embodiment, the work plan information, the work schedule, and the individual earthquake response schedule are temporarily stored in the internal memory of the second control unit 10 of the terminal information processing means 2. However, instead of storing the work plan information, the work schedule, and the individual earthquake response schedule in the internal memory of the second control unit 10, another memory, for example, the second storage unit 11 is used.
It may be temporarily stored in.

[0063]

As described above, according to the present invention,
The terminal information processing means 2 creates work plan information and work schedule for each worker and an earthquake response schedule based on the work management information sent from the central information processing means 1, and each worker makes a patrol of the elevator. Before dispatching to maintenance work, the work plan information, work schedule, and earthquake response schedule are stored in the IC card 5, and this IC
Since the card 5 is brought along with the portable information device 4 to the work site, when an earthquake occurs while dispatching to the elevator maintenance work, the worker is required to carry the portable information device 4
If the earthquake response schedule stored in the IC card 5 is displayed using, the subsequent elevator restoration work can be executed accurately and efficiently based on the displayed contents.

For this reason, even if the above-mentioned earthquake is a large-scale earthquake and the worker cannot make a telephone contact with the nearest sales office due to the interruption of the telephone line, the subsequent elevator restoration work It is possible to immediately obtain the necessary information such as the dispatch location and the execution sequence when carrying out, compared with the known elevator maintenance work management system.
This has the effect of significantly reducing the time required for elevator restoration work in the event of an earthquake.

[Brief description of drawings]

FIG. 1 is a block diagram showing an embodiment of an elevator maintenance work management system according to the present invention.

FIG. 2 is an explanatory diagram showing an example of a table used for setting a customer priority when an earthquake occurs.

3 is a display example of customer priorities set in a priority setting table shown in FIG.

FIG. 4 is an explanatory view schematically showing a traveling area of a worker for each block.

FIG. 5 is an example of an individual earthquake response schedule setting table.

FIG. 6 is an explanatory diagram showing a display state of an individual earthquake response schedule.

[Explanation of symbols]

 1 central information processing means 2 terminal information processing means 3 telephone line 4 portable information equipment (portable microcomputer) 5 IC card (personal information storage carrier) 6 first control unit 7 first storage unit 8 first display Part 9 1st input part 10 2nd control part 11 2nd storage part 12 1st input / output device 13 2nd input part 14 2nd display part 15 2nd input / output device 16 Customer priority setting Table 17 Earthquake priority customer information (priority map) 18 Map showing worker's patrol area 19 Earthquake response schedule setting table for each individual 20 Earthquake response schedule for each displayed individual

 ─────────────────────────────────────────────────── ─── Continuation of front page (72) Akio Nakano 1-6 Kandanishikicho, Chiyoda-ku, Tokyo Within Hitachi Building System Service Co., Ltd. (72) Inventor Go Onozuka 1-6 Kandanishikicho, Chiyoda-ku, Tokyo Shares Inside the Hitachi Building System Service

Claims (1)

[Claims] 1. A central information processing unit having a first storage unit for storing work instruction information relating to elevator maintenance work, and various works relating to elevator maintenance work coupled to the central information processing unit via a telephone line. A terminal information processing unit having a second storage unit for storing management information and an input / output unit for inputting / outputting the work management information; and an individual provided for each worker and configured to be connectable to the input / output unit. An information storage carrier, and a portable information device that can store the personal information storage carrier, wherein the central information processing means
A work instruction plan table is regularly created based on the work instruction information and is supplied to the terminal information processing means, and the terminal information processing means is the work instruction plan table, customer information in the work management information, An earthquake response schedule is regularly created based on the work schedule of each worker and stored in the memory, and each worker can perform his / her own work stored in the memory before dispatching to the elevator maintenance work. An elevator maintenance work management system characterized in that the earthquake response schedule is stored in a personal information storage carrier together with the schedule.