JPH08282939A - Portable terminal device for elevator maintenance - Google Patents

Abstract

(57) [Abstract] [Purpose] To provide an elevator maintenance portable terminal device that allows each worker to promptly and accurately instruct the elevator restoration work to be performed without being affected by the earthquake occurrence time. [Structure] Earthquake recovery support storage carrier 5B in which a list of elevators with seismic control operation control and customer information of the corresponding elevator is stored in advance, and earthquake recovery support storage carrier 5B by input of input unit 13 of portable terminal device 4 for maintenance The earthquake response schedule creating means 13, 15, 16 for creating the seismic control operation recovery schedule stored in step S11 and the seismic control operation recovery schedule are stored in the earthquake recovery support storage carrier 5B and displayed on the portable terminal device 4 for maintenance. The earthquake response schedule is displayed on the section 14.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an elevator maintenance portable terminal device carried by a maintenance worker who is in charge of maintenance work for a plurality of elevators, and in particular, restoration of elevator control operation due to occurrence of a relatively large earthquake. The present invention relates to a maintenance mobile terminal device for an elevator, which promptly and accurately indicates a patrol route of each maintenance worker when performing work.

[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 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. Further, the maintenance company regularly makes the worker visit each customer building to provide services such as inspection, repair, and maintenance of these equipments. An elevator maintenance company that handles elevators, which are typical equipment among these equipments, has developed an elevator maintenance work management system in order to smoothly achieve the patrol 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 held by the elevator maintenance company. The central processing means provides work instruction information such as daily work type, work time, repair plan, etc. to the terminal information processing means in each sales office on a regular basis. The terminal information processing means creates a traveling work plan for each worker based on the provided work instruction information. On the other hand, when each worker dispatches for maintenance work, he / she carries out the portable information device and is dispatched.
This portable information device stores a personal information storage carrier, specifically, an IC card provided for each worker.
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. It is housed in the input / output device of the information processing means, and receives the work instruction information 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 a grasp analysis of the progress of the elevator maintenance work based on the received work record, 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 one of the elevators, the worker who is performing maintenance work at the work site near the installation location of the failed elevator is required to carry out the scheduled patrol maintenance work. It may be temporarily suspended and rushed to the installation site of this defective elevator.

In addition to the above-mentioned sudden elevator failure, the work that the worker must perform urgently is as follows.
Elevator restoration work is required due to the earthquake. Some elevators are equipped with an earthquake control operation device that automatically stops the car when an earthquake occurs.This seismic control operation device should be automatically restored once it operates. Is something that cannot be done. For this reason,
When an earthquake occurs, or when a comparatively large earthquake occurs, each worker completely restores the total number of elevators stopped due to the operation of the control operation device during the earthquake or stopped due to a failure. Until then, the recovery work will have to be done.

[0007]

In the known elevator maintenance work management system described above, a worker waiting at each sales office after an earthquake has occurred receives a notice of an elevator failure from a customer or a monitoring center. Upon receipt of an elevator fault notification from the worker, the worker gives a necessary work instruction 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. If
Workers at the work site may return to the sales office, make a new patrol plan for the work site there, and then re-mobilize, or the elevator may stop or malfunction due to the worker's own judgment. Such measures are taken such as patrolling individual customer buildings one by one, and there is a problem that such an approach requires a considerable amount of time from the occurrence of an earthquake until the elevator is completely restored.

Further, the known elevator maintenance 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 there are some sites where the elevators must be restored, the work instructions for each worker do not take into account the priority of the restoration work, so the work instructions for each worker are not accurately given. There are also problems.

Further, even if an earthquake occurs depending on holidays and time, the patrol order communication system for elevator restoration work is different, and the restoration work is delayed by waiting at home until the worker receives a restoration work instruction. Since there are no employees in the office building, it is necessary to take a flexible response that the restoration work may be done later.

An object of the present invention is to provide an elevator maintenance portable terminal device capable of promptly and accurately instructing the elevator restoration work to be performed by each worker without being affected by the earthquake occurrence time.

[0012]

In order to achieve the above object, the present invention provides a maintenance portable terminal device carried by a maintenance worker who is in charge of maintenance work for a plurality of elevators, and a maintenance portable terminal device. Removably connected to the input / output device, and configured with a work instruction storage carrier that stores each work schedule in advance, while displaying the work schedule stored in the work instruction storage carrier on the maintenance portable terminal device, In a maintenance portable terminal device for an elevator that registers a maintenance record in the work instruction storage carrier via the maintenance portable terminal device, a list of elevators with seismic control operation control and customer information of the corresponding elevator are stored in advance. The earthquake recovery compatible storage carrier and the elements stored in the earthquake recovery compatible storage carrier by the input of the input unit of the maintenance portable terminal device. The earthquake response schedule creating means for creating an earthquake control operation recovery schedule from the customer information of the data and the earthquake control operation recovery schedule, and the earthquake response schedule is displayed on the display unit of the maintenance portable terminal device. .

[0013]

In this way, after the occurrence of the earthquake, when the earthquake recovery compatible storage carrier is attached to the input / output device of the portable terminal device for maintenance, that is, the earthquake recovery work is during working hours, after returning home, or on holidays. By selecting and inputting from the input section of the maintenance portable terminal device, based on the customer information of the elevator stored in advance in the earthquake recovery compatible storage carrier, maintenance can be performed no matter where the worker is, at any time. Since the recovery work can be performed in the order in which the portable terminal device for mobile phone is created, quick response can be made without waiting for the work instruction.

[0014]

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

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

In FIG. 1, reference numeral 1 denotes 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), 5A is an IC card for storing personal information, 5B is an IC card for earthquake recovery, 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, 11 is a second storage unit, 1
Reference numeral 2 is a first input / output device, 13 is a second input unit, 14 is a second display unit, 15 is a second input / output device, and 16 is a third control unit.

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 the second input unit 13, the second display unit 14, the second input / output device 15, and the first input / output device 15. 3 control units are included. In the central information processing unit 1, the first control unit 6 controls the second control unit 1 of the terminal information processing unit 2 via the telephone line 3.
0 is configured to be selectively coupled to the IC card 5
A and 5B are the first input / output device 1 of the terminal information processing means 2.
2 or the second input / output device 15 of the portable information device 4 can be mounted.

Further, the central information processing means 1 stores work instruction information and the like relating to elevator maintenance work 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. Further, the terminal information processing means 2 writes necessary information in the IC card 5 by mounting the IC cards 5A and 5B on the first input / output device 12,
Necessary information can be read out from the IC card 5, and the portable information device 4 is connected to the second input / output device 15 by the I / O device 15.
By installing C cards 5A and 5B, I
It is configured so that required information can be written in the C card 5 and required information can be read from the IC card 5.

Before dispatching to the maintenance work, each worker puts his or her personal information storage IC card 5A on the portable information device 4.
And the contents of the work plan information and the work schedule stored in the personal information storage IC card 5A are 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 personal information storage IC card 5A is attached to the portable information device 4 brought, and the work plan information and the work schedule stored in the personal information storage IC card 5A are stored. The content is displayed on the second display unit 14 of the portable information device 4. Each worker executes the elevator maintenance work after seeing the displayed contents and confirming the work contents at the work site.

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 controller 10 or the like. It is created based on information (priority map). Each worker
The first input / output device 12 of the terminal information processing means 2 is provided with the IC card 5B for earthquake recovery of the self periodically, for example, every month.
2 and the customer information such as the customer priority setting table 16 and the customer address shown in FIG.
It is stored in B, and the personal information storage IC card 5A and the earthquake recovery IC card 5B are brought to the maintenance work site. The earthquake response priority customer information (priority map) is the preset priority of each customer building that starts the elevator restoration work at the time of an earthquake, that is, the customer priority, and is stored as fixed information in the second storage. Part 11
The information content is stored on a regular basis or 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 an earthquake response schedule setting table stored in the earthquake recovery IC card 5B, and FIG. 3 shows the earthquake response schedule setting table shown in FIG. It is a flowchart which shows an example of a process which the 3rd control part 16 of the portable information device 4 uses, and sets the seismic-control operation recovery schedule, and FIGS. 4-6 is a 2nd by the flowchart shown by FIG. FIG. 7 is an example of an earthquake response schedule set and displayed on the display unit of FIG. 7, and FIG. 7 is a map showing the position of the building where the sales office is in charge of the maintenance of the elevator.

In FIG. 2, the earthquake response schedule setting table 17 divides the area covered by the sales office into a plurality of blocks, for example, 100 to 103 as shown in FIG. 7, so that the location of the customer can be easily determined. When each building is assigned a location code by adding a number such as 100 to 103 to each block, the location code column 17a describing this location code, the customer name column 17b, and the case where the earthquake occurred after the maintenance staff returned home , A maintenance worker decides in advance the customer who will restore the seismic control operation from the maintenance worker's home to the sales office, and the individual number that is the worker code is input to the customer in charge of the worker. Code column 17c,
The holiday column 17d in which the bit "1" is input for a customer whose elevator is moving regardless of holidays, and the priority rank column 1 in which the bit "1" is input for a priority customer such as a hospital
7e, the seismograph operating ratio column 1 in which the bit “1” is input to the customer whose seismometer operates and seismic control operation is activated for 50% or more of the number of past earthquakes
7f, for example, a floor column 17g to which the bit "1" is input in the case of a building with seven or more floors, and a delivery number column 17h to which the bit "1" is input to customers who have delivered multiple elevators. It consists of

Next, the process of creating an earthquake response schedule will be described with reference to the flowchart of FIG.

First, when a worker with a personal number code of 0001, for example, operates a seismograph installed in a building during maintenance work of a G building, and a comparatively large earthquake occurs in which elevator control operation operates, the worker: The earthquake recovery support IC card 5B is installed in the second input / output device 15 of the portable information device 4, and the earthquake support schedule is operated by a predetermined operation of the second input unit 13 (step S1). Here, the second display unit 14 of the portable information device 4 displays a selection screen which is not displayed and waits for the worker to input the working status (step S2),
Here, the worker inputs the working hour schedule mode using the second input unit 13 (step S3), and then inputs the location code 100 of the G building (step S4).
When the location code 100 is entered, the portable information device 4
The third control unit 16 of the earthquake response schedule setting table 17 corresponding to the location code 100 from the location code column 17a shown in FIG. 2 stored in the earthquake recovery compatible IC card 5B via the second input / output device 15 Is selected to read data from the A building to the N building (step S5). Next, from the read data, priority order setting columns 17e-1
Bit "1" input to 7h is weighted by a binary number and rearranged in the descending order, that is, in the descending order of priority (step S6). Next, it is assumed that the data sorted in the descending order of priority is stored in the earthquake recovery IC card 5B via the second input / output device 15 (step S
7) Then, as shown in FIG. 4, the second display section displays the customers in descending order of priority for earthquake control operation recovery.

Further, the earthquake response schedule display screen 18 shown in FIGS. 4 to 6 has a priority order display column 18a, a management number display column 18b, a customer name display column 18c, and a customer address column 18.
d, seismograph operation entry field 18e, recovery time entry field 18f,
This earthquake response schedule display screen is composed of the remarks column 18g, and is stored in the earthquake recovery response IC card 5B in accordance with the priority order obtained by the third control unit 16 performing the processing shown in the flowchart of FIG. The customer information is read and displayed. The worker is B building-C building-E building-D building-shown in FIG.
Patrol in order of A building.

Next, when a relatively large earthquake occurs after the worker with the personal number code 0001 returns to the home BP located at the location code 101, the worker receives an earthquake on the portable information device 4 brought to his home. IC card for restoration 5B
In the same manner as described above, the operation for the earthquake response schedule (step S1) and the selection screen not displayed are displayed to wait for the input of the work status (step S2). Here, since the worker has returned home, he inputs the return schedule mode from the second input unit 13 (step S9), and further inputs his own personal number code 0001 (step S9).
10). When the personal number code is input, the third control unit 16 of the portable information device 4 uses the second input / output device 15 to store a plurality of earthquake response schedule setting tables stored in the earthquake recovery response IC card 5B. From the personal number code column 17c from 17, the data in which the worker's personal number 0001 is input is read (step S11). Next, the sorting is performed in the descending order of priority (step S
6), it is stored in the earthquake recovery compatible IC card 5B (step S7), and displayed on the second display section shown in FIG. 5 (step S).
Perform 8). Here, the worker is in the priority order shown in FIG.
Building C- Building E- Building A ... Sales office DP and seismic control operations will be restored.

Next, when an earthquake occurs on a holiday and the worker is at home, the worker inputs the holiday schedule mode (step S12) and the personal number 0001 from the second input unit 13. (Step S13) Then, the third
Control unit 16 of the earthquake response schedule setting table 17
From the personal number code column 17c is 0001, and
Data in which the holiday column 17d has the bit "1" is read (step S14), the recovery patrol schedule is created as described above (step S6), and this schedule is stored in the earthquake recovery IC card 5B (step S7). Is displayed on the second display section 14 (step S8),
The worker performs the seismic control operation restoration of the location code 102, for example, in the order of CA building-CB building.

When the customer information read command is not input from the earthquake recovery IC card 5B for one minute which is a predetermined time, the earthquake response schedule is automatically turned off (step S17).

According to the present embodiment, when an earthquake occurs, a customer with a high recovery priority can perform the recovery work of the seismic control operation no matter where the worker is.

[0033]

According to the present invention, after the occurrence of an earthquake, when the storage carrier for earthquake recovery is installed in the input / output device of the portable terminal device for maintenance, that is, whether the earthquake recovery work is during working hours or after returning home. By selecting and entering from the input unit of the maintenance mobile terminal device whether it is a holiday, based on the customer information of the elevator stored in advance in the earthquake recovery compatible storage carrier, no matter where the worker is, any time Since the restoration work can be performed in the order in which the maintenance portable terminal device is created, quick response can be performed without waiting for the work instruction.

[Brief description of drawings]

FIG. 1 is a block diagram of a maintenance work management system using a maintenance portable terminal device for an elevator according to an embodiment of the present invention.

FIG. 2 is an explanatory diagram showing an example of a setting table of an earthquake response schedule stored in an earthquake recovery IC card 5B.

FIG. 3 is a flowchart showing an example of an earthquake response schedule process created by the maintenance portable terminal device for an elevator according to the embodiment of the present invention.

FIG. 4 is a display example of an earthquake response schedule during the working hours of a worker.

FIG. 5 is a display example of an earthquake response schedule after a worker returns home.

FIG. 6 is a display example of an earthquake response schedule on a holiday.

FIG. 7 is a map showing an example in which a jurisdiction area of a business office is divided into a plurality of blocks.

[Explanation of symbols]

 2 terminal information processing means 4 portable information equipment 5B earthquake recovery compatible IC card 13 second input unit 14 second display unit 15 second input / output device 16 third control unit 17 earthquake response schedule setting table

Claims (2)

[Claims] 1. A maintenance mobile terminal device carried by a maintenance worker who is in charge of maintenance work for a plurality of elevators, and an input / output device of the maintenance mobile terminal device are detachably connected, and a work schedule of each worker is set in advance. A work schedule stored in the work instruction storage carrier, the work schedule stored in the work instruction storage carrier is displayed on the maintenance portable terminal device, and a maintenance record is stored in the work instruction storage carrier via the maintenance portable terminal device. In an elevator maintenance mobile terminal device that is registered in a carrier, a list of earthquake control operation-controlled elevators and an earthquake recovery-compatible storage carrier in which customer information of the corresponding elevator is stored in advance, and the maintenance mobile terminal device A seismic control operation recovery schedule is created from the customer information of the elevator stored in the earthquake recovery compatible storage carrier by the input of the input section. A portable mobile terminal device for maintenance of an elevator, characterized in that: the prepared earthquake response schedule creating means and the earthquake control operation recovery schedule are displayed on the display unit of the portable maintenance terminal device. 2. The seismic control operation recovery schedule created by the earthquake response schedule creating means is a working time schedule mode in which maintenance workers are bound by a company,
2. The portable terminal device for maintenance of an elevator according to claim 1, wherein a return-home mode when a maintenance worker returns home and a holiday mode during a holiday are set.