KR20130009308A - Remote management system using a mobile phone - Google Patents

Abstract

PURPOSE: A remote control system for an elevator using a mobile phone is provided to enhance security on access to an elevator by performing the maintenance of the elevator, the change of specifications, and the download of an operation program only through mobile authentication. CONSTITUTION: A remote control system for an elevator using a mobile phone is composed of a main PCB(100), a mobile phone(140), an application, a communication server of a remote control center(160), an operation program server(171), a fault diagnostic server(172), an elevator system server, and a material management server. The main PCB generalizes the operation management of an elevator. The application is installed in a mobile phone to efficiently manage the elevator. The communication server communicates with locals and authenticates access to all kinds of servers in the remote control center and the main PCB. The operation program server stores a basic program, a burger upgrade program, and a function upgrade program for each model and each site. The fault diagnostic server downloads and saves all kinds of histories stored in the local main PCB and diagnoses faults when an engineer requests fault diagnosis. The elevator system server saves information on building environments and an elevator system, and design data. [Reference numerals] (100) Elevator control panel main PCB; (102) Operation program memory; (103) System specification memory; (104) Fault data memory; (105) Operation history data memory; (106) Various input/output data memory; (107) Serial or parallel port; (150) Remote management center; (160) Communication server; (170) Operation program server; (171) Fault and operation history, fault diagnosis server; (172) Elevator system information server; (173) Material management server; (AA) Entire configuration drawing of a remote control system elevator using a mobile phone

Description

Elevator remote management system using a mobile phone {Remote management system using a mobile phone}

The present invention relates to an elevator remote management system using a mobile phone, and more specifically, to the server of the elevator control panel and the remote management center by using unique information such as elevator production number, management number, and mobile phone number using the application of the mobile phone. Access control to the elevator remote management system using a mobile phone to manage the elevator safely through efficient service management and security authentication through the download of elevator control panel program, system specification change, data transmission, fault diagnosis, material ordering, fault diagnosis application It is about.

      1 is a diagram illustrating an example of a configuration of an elevator system as an elevator configuration.

As shown in FIG. 1, the elevator configuration includes a hoisting machine 22 for moving a hoistway 10 and a hoist car 22, a hoist drive and an elevator control panel 21 for managing overall hoisting and hoisting of the hoist, and installed on each floor. Floor indicators and call buttons (31 to 54) for calling and indicating the position of the elevator, an elevator car (62) for moving a person to a target floor, and a door opening and closing device (61) for controlling a door for a person to get on and off It is used as a means of transportation of buildings.

      In order to service the elevator, various parts such as the system specifications of the installed elevator, service tools and service manuals, used materials, troubleshooting techniques, accurate understanding of the system, operation and failure history and repair information, and external help are provided. need. Also, since the elevator control panel is an important part of the human brain that manages the elevator operation, it is necessary to manage the elevator control in such a way that it can not be accessed except for the persons concerned.

However, when the conventional service tool 108 is connected to the serial or parallel porter 107 of the main PCB 100 of the elevator control panel as shown in FIG. 3, the CPU of the elevator control panel main PCB 100 is 101. It recognizes the service tool connection and displays 108 its menu on the service tool. The service personnel selects the menu displayed on the service tool 108 to change the system specification data in the system specification memory 103 in which various data for operating the elevator are stored, and the various failure histories stored in the failure data memory 104. In order to check the data, check the contents of the fault, repair the fault, and perform various actions for various elevator services, including checking various input / output data memories in which various input / output data are stored for troubleshooting.

 However, such a conventional service tool 108 may program the service menu in the operating program memory 102 of the elevator control panel main PCB 100 or a specific portion of the elevator control panel for service security, and then service the service tool 108 to a serial or parallel porter. If the user wants to change the menu of the service tool 108 by connecting and displaying the program, all of the installed elevators must be upgraded.

In addition, such a service tool 108 in the related art can only be operated by service personnel authorized for operating program upgrades or simple program downloads due to security problems, so that program upgrades by program burgers, program function upgrades due to regulatory changes, etc. Changes are time-consuming and expensive.

In addition, since such a conventional service tool 108 needs to make a separate service tool 108 for a corresponding product, the cost and service tool are often impossible to change due to the hardware environment when an upgrade is required.

In addition, in the conventional service using such a service tool 108, when a failure occurs during operation of the elevator, the situation is because the availability of the troubleshooting and the failure handling time are determined according to various variables such as the technical capability of the service personnel and the service manual. In the event of a problem that causes a lot of inconvenience to the customer, and in the event of a breakdown that requires replacement of parts, the service material center should provide various information about the elevator. Since it takes a lot of time, it will take a long time to troubleshoot.

Therefore, by using the elevator management application (200) in the generalized mobile phone, security, efficient elevator management and service by using the functions of the existing service tools, applications download, various data transmission, material management, fault diagnosis, etc. Will be.

An object of the present invention is to improve the function of the above-described conventional service tool 108 by mounting the elevator management application on the mobile phone and add various functions to the efficient elevator management and remote management center 150 communication server ( 160) The invention was invented to secure the elevator control panel supplement by receiving the elevator control panel access authentication through communication.

The present invention communicates with the remote control center 150 by using the unique information such as elevator production number, management number, mobile number using the elevator management application of the mobile phone in addition to the above-described conventional service tool function (100) And remote management center 150 access authentication (201) by operating program download or upgrade (202), system specification change (203), failure and operation history, data transmission to transmit the predefined data to the remote management center ( 204) material management (205) for the material search and ordering, using the application of the failure diagnosis (206) to efficiently manage the elevator and to minimize the downtime through quick failure response when a failure occurs, minimizing user inconvenience It aims to do it.

Elevator remote management system using a mobile phone according to the present invention for achieving the above object, the elevator control panel main PCB for overall management of the operation of the elevator; Elevator management application for the elevator service and efficient management; A mobile phone which downloaded the elevator management application; A remote management center 150 for communicating with a mobile phone and a communication server 160; An operating program server storing a program related to operation of an elevator; A fault and operation history fault diagnosis server for storing faults and operation history, storing fault repair history for fault occurrence, and helping diagnose faults; An elevator system information server for storing design information for each elevator; It is characterized in that it comprises a material management server to manage the material information for each elevator, storage, inventory, material order to shipment.

Elevator remote control system using a mobile phone according to the present invention for achieving the above object, the main control panel by connecting the mobile phone to the elevator control panel main PCB and the communication server 160 of the remote management center using the elevator management application Using the unique information such as manufacturing number, management number, mobile number of the remote control center, characterized in that it comprises a server and elevator control panel main PCB access authentication.

Elevator remote management system using a mobile phone according to the present invention for achieving the above object, to download the program stored in the operating program server of the remote management center function and burger upgrade of the elevator main control panel PCB to the certified mobile phone It is characterized by being configured to include receiving and upgrading.

Elevator remote management system using a mobile phone according to the present invention for achieving the above object, if the building environment conditions, such as changing the service floor, parking floor of the elevator operating to the authorized mobile phone changes the elevator system specifications change Download the current specification data of the elevator using the elevator management application from the elevator system information server of the remote management center to check and click the data you want to change and transfer to the remote management center elevator system information server to save the changes And automatically calculate the design information stored in the elevator system information server and transmits the contents to the mobile phone, characterized in that it comprises a configuration including changing the data in the system specification change memory of the elevator main control panel PCB.

Elevator remote management system using a mobile phone according to the present invention for achieving the above object, by using the elevator management application to the certified mobile phone elevator failure and driving history, to specify in advance to transmit and manage the data to the remote management center It is characterized in that it comprises a data management for each elevator lift by transmitting the data to the failure diagnosis and operation history of the remote management center, the failure diagnosis server by clicking on the data and, if necessary, the data.

Elevator remote management system using a mobile phone according to the present invention for achieving the above object, by downloading the failure information stored in the main PCB of the elevator control panel to the certified mobile phone when the failure occurs during operation of the elevator to confirm the failure details If this fault can be solved, solve it, and if the fault cannot be solved or you need help, click the fault and click Auto Trouble at Troubleshooter of the elevator management application. Connect to and perform fault diagnosis by fault diagnosis logic of fault diagnosis server, and send the result to mobile phone for repair. If the fault diagnosis is not possible due to the fault diagnosis logic, switch the fault diagnosis manually and write down the fault phenomenon manually or click the fault content downloaded in the mobile phone and send it to the fault and operation history of the remote control center. When the history of repairs for the same or similar faults are searched and transmitted to the mobile phone, the service personnel may be referred to as the contents, and the repairs may be performed.

In the elevator remote management system using a mobile phone according to the present invention for achieving the above object, a failure occurs during operation of the elevator, the service personnel when the failure occurs during the failure repair parts need to replace parts. At this time, access the material management server of the remote control center with a certified mobile phone, download the information on the parts used in the manufacture of the trouble part of the unit, and check whether various information such as specifications and photos are the same as the parts installed in the field. If it is checked, if it is correct, check the stock availability. If the stock is available, provide the customer with the part price information, request material order and shipment immediately, and repair the parts when the parts arrive. If there is no material inventory, it is characterized by including checking and ordering the delivery date of the material, explaining the contents to the customer, and finishing the troubleshooting.

According to the present invention, it is possible to perform elevator repair, specification change, and download of a driving program only through mobile phone authentication according to the above configuration, thereby preventing software, various elevator related materials, and illegal copying through strengthening security of elevator access. In addition, the use of non-standard products can be prevented, so safety accidents caused by the use of non-standard products can be prevented. In addition, it is possible to perform quick trouble-shooting through the diagnosis of failure in case of failure, and to check the specifications, inventory and ordering of necessary materials at the time of parts replacement, and to provide one-stop service for various activities necessary for service such as specification change and program upgrade. By minimizing downtime of elevators to customers and maximizing customer satisfaction and service efficiency.

1 is an elevator system configuration diagram
2 is a main configuration diagram of the main PCB of the main control panel
3 is a schematic diagram illustrating a conventional service tool connection connection method
4 is a block diagram of the elevator remote management system using a mobile phone of the present invention
5 is a schematic diagram illustrating a menu of a conventional service tool;
Figure 6 is a schematic diagram illustrating an application menu for mobile phone elevator management of the present invention
7 is a flow chart illustrating the main PCB and remote management center server access authentication task of the present invention.
8 is a flowchart illustrating a task for selecting a program menu in the elevator management application of the present invention.
9A and 9B are flowcharts illustrating a task for selecting a specification change menu in an elevator management application of the present invention;
10 is a flowchart illustrating a task for selecting a data transmission menu in the elevator management application of the present invention.
11a and 11b is a flowchart illustrating a task for selecting a material management menu in the elevator management application of the present invention.
12a and 12b is a business flow chart for selecting a troubleshooting menu in the elevator management application of the present invention
13 is a configuration diagram of a remote control system using a mobile phone for wireless data communication between a main PCB and a mobile phone

Hereinafter, a detailed example of the present invention will be described with reference to the accompanying drawings.

1 is an illustration of the overall configuration of an elevator system.

The elevator moves the elevator car 62 vertically up and down to the hoistway 10, which is a travel movement path, to move the passengers to the target floor. Within the hoistway 10 there is a machine room 20 with the main control panel 21 and hoist 22 and each floor to call the hoist to move from the hoist to the destination floor and to indicate the current position of the hoist which is moving. Floor indicators and call buttons (31 to 54) to be installed, the lift car 62 that rides to move to the target floor, and the door opening and closing device that opens and closes the door so that passengers can get on and off the target floor ( 61).

2 is an illustration of the main PCB internal configuration of the main control panel 21 installed in the machine room 20 described above. The main PCB 100 includes an operating program memory 102, a service layer, a motor capacity, a rated capacity, a parking layer, which stores a hoisting machine 22, a car and hall call input process, various input / output processes, a driving algorithm, and the like. System specification memory 103 that contains information about the building environment and the elevator system such as emergency operation, etc., and the elevator stores information about failures, such as time and contents, which occur from time to time from minor failures to major failures. After repairing the fault, check the fault history stored in the fault. Since the fault data memory 104 storing the fault history and the elevator are a product moving up and down, it is possible to basically calculate the travel distance, that is, the travel distance. In addition, since the passengers need to get off, various driving histories such as the number of opening and closing of the car door and the hall door and the number of callings on each floor can be calculated. The driving history data memory 105 which stores the calculated driving history, and the CPU of the main PCB 100 perform various outputs and motor driving with various inputs, operation programs, and specification data to perform elevator operation. Conduct. Various input / output data memories 106 which process and store various inputs and outputs of such elevators, and service tools 108 and 140 carried by service personnel for service are connected to check various contents of the main PCB and various It consists of a serial or parallel porter 107 which can perform a branch operation.

3 and 5 are examples of connection and menu of a conventional service tool. 3 is an illustration of service tools 108 connected independently and used, and FIG. 5 is an illustration of a menu of service tools 108 connected independently.

3 and 5, the service personnel always carry the service tool 108 and connect the service tool 108 to the serial or troop porter 107 of the main PCB 100 in case of failure. Check the fault data and repair the fault with the service manual for each model. In addition, if the building and elevator system environment changes, such as changing the service floor and upgrading additional functions, the user enters the specification change menu 181 and the service personnel views the manual and converts it into design data to change the data of the system specification data memory 103. In addition, regardless of a specification change or a failure, it is only for the most basic menu that the service personnel can enter to the operation information 182 menu to check whether various input / output operations are normally performed for the elevator inspection.

Figure 4 is an embodiment of the overall configuration of the elevator remote management system using a mobile phone of the present invention. Connect the mobile phone 140 to the serial or parallel porter 107 of the main PCB (100), and the communication server (160) of the remote management center that is connected to each mobile phone (160), each installed locally (21) Main PCB (100) of the control panel and the operating program server (170), which stores various programs related to the operation of the elevator, including the basic program for each model, the function upgrade program, the burger improvement program by the basic program burger, and the contents of the elevator failure and Storing repair history, driving history storage, failure and operation history, failure diagnosis server that stores the logic to automatically diagnose the failure when the service personnel access the remote management center (150) to request a failure diagnosis when the failure occurs (1701) Elevator system information server for storing various information related to the elevator system, such as building environment information, elevator design information, and the like, and locally installed material information. Excuse me, that chapter is composed of a material stock check, orders, shipping requests, delivery, and a variety of materials with which to store the materials information management server, etc. Price in FIG.

Figure 6 is an example 200 of the elevator management application menu used in the mobile phone in the elevator remote management system using a mobile phone of the present invention. The main PCB (100) of the control panel (150) to the mobile phone using unique information such as the manufacturing number of the main control panel (21) manufactured locally, the lot number of the main PCB, the elevator management number, and the mobile phone number. And the authentication menu that is approved for access to the remote management center (201), and if the program download of the main PCB such as a field program basic program, a burger improvement program, and a function upgrade program is required, the operation program server of the remote management center 150 (170). A) a menu of a program menu for performing an operating program memory program updater of the main PCB 100 and a change of a building side environment and a lift system environment, such as a service floor change or a parking floor change, and a lift of the remote management center 150. Access the system information server 172 to check the current elevator design and building environment information, modify and save changes, and download the contents. The specification change menu for updating the contents of the system specification memory (103) data of the main PCB (100) and the 203, and the moving distance is calculated because the elevator moves up and down, and the door is opened and closed by the door open and close. The history of the elevator and the history of various failures that occur during operation, such as the number of car and hole calls, the number of startups, the operating time, and the like, are stored in the failure history data memory 104 and the driving history data memory 105 of the main PCB 100. Data transfer menu for transmitting data to the fault management server of the remote management center 150 and the operation history failure diagnosis server 171, which requires data and history management, and a data transfer menu 204, which occurs during the operation of the elevator and the service personnel If a failure occurs that requires parts replacement during the troubleshooting, or if the parts are replaced due to obsolescence, the service personnel at the site manage the material management server 172 of the remote control center 150. Upload the parts list of the corresponding unit to check the specifications of the parts to be replaced, check the stock availability, unit price, delivery date, etc. Agents may or may not be able to troubleshoot. If repair is not possible with your own ability, the service personnel clicks the details of the failure, and if you connect the failure diagnosis server (171) of the remote management center, the cause of the failure is due to the failure diagnosis logic of the failure in the failure diagnosis server. Find and retransmit to the mobile phone (140) to check the contents of the service personnel and to troubleshoot, and also if the failure diagnosis logic can not find the cause of the failure in the remote management center (150) fault diagnosis server (171) An example of an application menu for elevator management of a mobile phone constituted by a failure diagnosis menu 206 which is directly connected and searches for a malfunction and performs troubleshooting.

 FIG. 7 is an example of a business flow chart for acknowledging permission to access each server of the main PCB 100 of the main control panel 21 and the remote management center. First, the mobile phone 140 is connected to the main PCB (100) (step 301), and when the elevator management application of the mobile phone 140 is executed (step 302), the corresponding menus are displayed and the authentication menu is clicked (from step 302). In step 303, the mobile phone attempts to access the communication server 160 of the remote management center. If the communication server (160) is connected (step 305) unique information such as the product manufacturing number, the main PCB (100) production lot number, management number, mobile phone number is correct, whether the elevator is managed, or the one produced by the company Also check the production time and whether the mobile phone number is our employees, etc., if the main PCB (100) and remote management center (150) of the various servers (170 ~ 173) to approve the connection (step 306) elevator management The dragon menu is displayed to select the required menu and perform the necessary tasks (steps 307 and 309 to 313). If the communication server connection fails, try to reconnect (step 305). Even if the communication server 160 is connected, if the approval fails, the elevator management menu is not displayed, and thus the remaining tasks cannot be performed.

 8 is a work flow chart when a program menu is selected in the elevator management application menu after receiving various server access approvals of the main PCB 100 and the remote management center.

If you click the program menu (step 351) and get the approval from the remote management center (step 351), the same version is downloaded (step 352), and the program bug occurs, the burger upgrade (step 353) and the function upgrade (step 354) menu are displayed. If necessary, select the required menu (steps 352 to 354) and click Download to download the corresponding program from the remote management center's (150) operating program server 170 to the operating program memory of the main PCB (100) ( Update to step 102) (steps 355 and 356). When the update by the download is completed, the elevator normal operation operation is checked and if it is normal (step 358), the menu ends (step 359). If abnormal operation is performed again from program selection to driving confirmation (steps 352 to 358).

9-1 and 9-2 are flowcharts of specification change when a building and an elevator system environment is changed to change specifications.

When the main PCB 100 and the remote management center 150 obtain access approval of the various servers 170 to 173 from the remote management center, the elevator management application menu is programmed (202), specification change (203), data transmission (204). ), Material management (205), the failure diagnosis (206) menu appears, if the environment of the building and the elevator system is changed to change the system specification, select the specification change (203) menu (step 401). (21) elevator system of the remote control center by inputting unique information such as control panel management number, manufacturing number, etc. to inform which site and which unit is the main PCB (100) of the main control panel to change the current specification When transmitting to the information server 172 (step 402), the specification data of the unit corresponding to the transmitted information is transmitted to the mobile phone (step 403). Check the specification data to be changed among the elevator specification data of the transferred machine (step 404) and change the specification (step 405) to transfer the specification change data to the elevator system information server (172) of the remote management center (172). The design specification memory of the elevator system information server is transmitted (step 406) and the transferred specification change data is stored in the elevator system information server (172) (step 408), and the change specification information is converted into design data. In operation 408, when the converted design data is transmitted to the mobile phone again (140), the mobile phone updates the data of the system specification memory 103 of the main PCB 100 again (steps 409 and 410). ). When the specification data is updated, the elevator is operated in order to check whether the update is normally performed, and if it is normally operated, the menu is terminated (steps 411 to 413).

FIG. 10 is a flow chart illustrating a history data transmission for transmitting and storing various histories such as failures and operations stored in the main PCB of the main control panel to a remote management center and storing them in a database for efficient elevator management.

When the main PCB 100 and the remote management center 150 obtain access approval of the various servers 170 to 173 from the remote management center, the elevator management application menu is programmed (202), specification change (203), data transmission (204). ), Material management (205), the failure diagnosis (206) menu appears if the failure and operation history data, etc. to the remote control center (150) to transmit the data menu selection (step 451). After selecting data (204) menu, input unique data that can inform the expiration information of the data to be transmitted (step 452) and start data transmission (step 453). The remote management center 150 transmits the failure and operation history failure diagnosis server 171 (step 454). The corresponding unit breakdown and operation history and other history information sent are stored in the unit of the failure and operation history failure diagnosis server 171 of the remote management center (step 455). If it is normally received and stored, the process is completed (step 456).

FIG. 11-1 and FIG. 11-2 are flowcharts of a material management operation in which the elevator provides one-stop service from material inventory confirmation to ordering and shipment request at the time of failure.

When the main PCB 100 and the remote management center 150 obtain access approval of the various servers 170 to 173 from the remote management center, the elevator management application menu is programmed (202), specification change (203), data transmission (204). ), A material management 205, a failure diagnosis 206 menu appears and when the trouble repair occurs due to the replacement of parts during the troubleshooting, the material management menu 204 is selected. During the trouble repair process (step 501), the fault that needs to be replaced (step 502) is selected and the material management menu is selected (step 503). Input unique information for recognizing the unit (step 505) and enter searchable key values such as part names, specifications, and drawing numbers of parts to be replaced (step 506). When the server 173 transmits, the material management server 173 searches for a corresponding part requested locally and retransmits it to the mobile phone 140 (step 507). If there is a part to be found in the transmitted material list (step 508) and if there is stock (step 509), if there is a material order and delivery request (step 501). When the part arrives at the site, the part is replaced and repaired (step 511) to complete the repair (step 511). If there is no material to be found in the transmitted material list, another key value is retransmitted to the material management server (150) of the remote control center (173) to search for the replacement part again (step 508). If there is a part to be found in the material list that has been sent, but there is no material stock, first order the material, confirm the delivery date, explain the situation to the customer (step 513, step 514), and fail to the remote control center (150). After the completion of the repair report, the repair is terminated (step 512).

12-1 and 12-2 are flowcharts illustrating a fault diagnosis task in which a fault is diagnosed by accessing a fault diagnosis server 171 of the remote management center 150 for a corresponding fault when an elevator fault occurs. When the main PCB 100 and the remote management center 150 obtain access approval of the various servers 170 to 173 from the remote management center, the elevator management application menu is programmed (202), specification change (203), data transmission (204). ), Material management (205), the troubleshooting (206) menu appears and when the service personnel during the troubleshooting is difficult to troubleshoot, you need to get help from the failure diagnosis server (171) of the remote control center (150) The diagnostic menu 206 is selected (step 561, step 562, and step 563). The fault diagnosis is connected to the fault diagnosis server 171 of the remote management center 171 to select whether to diagnose the fault by the fault diagnosis automatic logic for the corresponding fault (step 555). Fault diagnosis When using the logic, select the fault contents to be repaired (step 556). Select the automatic fault diagnosis menu (241) and request a diagnosis (step 557). (171) Connect and connect (step 558). When connected, the fault diagnosis server having the fault content transmitted from the field is started (171) and the fault diagnosis logic of the corresponding content is started to start the fault diagnosis and the result is displayed (step 559 and step 563). Transmit (step 563) and perform a repair (step 566) using the proposed failure site and the proposed solution. When the troubleshooting is completed, the remote management center 150 completes the troubleshooting report and ends the troubleshooting. If it is impossible to repair the fault by automatic fault diagnosis logic or if you want to diagnose the fault manually from the beginning (step 556), select the manual fault diagnosis menu (242) and select the search key value for the similar fault content search. Enter and transmit to the fault diagnosis server 150 of the remote management center (171) (step 561). The corresponding fault is searched with the transmitted fault search key value, and the fault content and repair history are retransmitted to the mobile phone 140 (step 562). If it is checked whether there is a similarity between the transmitted fault details and the repair history (step 564), the corresponding content is selected and the fault is repaired with reference to the past fault repair history (steps 565 and 566). If there is no similar fault information (step 564), the fault detection key is re-entered to search for a fault, and the fault repair is reported to the remote management center (step 567).

14 is a diagram illustrating a wireless data communication between the main PCB and the mobile phone which are wirelessly connected between the main PCB and the mobile phone 140. Service personnel can view various data on the main PCB while in the machine room 20 and the lift car top, feet, and lifts as shown in the elevator system schematic of FIG. 1, and the main PCB and the mobile phone are wired. In order to solve the inconvenience caused by wires when using the connection connection, it shows an example of connection connection using Bluetooth, infrared communication, and various other wireless methods.

The scope of the present invention is not limited to the above embodiments, but is defined by the matters described in the claims, and it is obvious that the present invention includes various modifications and adaptations made by those skilled in the art in the claims and equivalents.

Lift control panel main PCB 140 ........
150 ........ Remote Management Center 160 ........ Communication Server
170 ........ operation server 171 ........ Fault diagnosis server
172 ........ Elevator information server 173 ........ Material management server
180 ........ Conventional service menu 200 ........ Mobile app menu

Claims (6)

A main PCB for managing the elevator operation; A mobile phone which is generalized by the development of IT technology and carried by service personnel; An application for efficient management of elevators on a mobile phone; A communication server of a remote management center that performs data communication with the local and authenticates various server accesses of the main PCB and the remote management center; An operating program server for storing basic programs, burger upgrade programs, and function upgrade programs for each model and site; A failure and operation history diagnosis server for downloading and storing various histories stored in the local main PCB, and for assisting in diagnosing a failure when a service agent requests a failure diagnosis locally; An elevator system server for storing information and design data about the building environment and the elevator system; Remote management of elevators using mobile phones, which includes a material management server that stores information related to manufacturing parts and various items for each model and site, specifications, inventory, billing, shipment, etc. system
The elevator management application of the mobile phone has an authentication menu for approving access to various servers of the main PCB and the remote management center; A program menu for uploading the program data of the main PCB by downloading various programs in the operation program of the remote management center locally; It saves information and design information about building environment and elevator system and updates the changed building environment and elevator system information when local building environment and elevator system environment is changed, and converts the design information into design information based on the updated specification information. A specification change menu for updating the system specification memory of the main PCB by transferring it to the main PCB; When the elevator is running, the driving history data memory of the main PCB stores driving history such as driving distance, driving time, operating time, starting number, door opening and closing, number of stops on each floor, and records the history of failures during operation. A data transfer menu stored in the fault data memory of the fault data and downloading the history and data stored as necessary for efficient management of the other elevators to the fault diagnosis server; In case of trouble, it is necessary to check the design information related to materials on the site when the trouble is needed by replacing parts during the repair and to perform the material work by accessing the remote control center material management server on the site from the material bill to the shipment request for the parts. A material management menu; It consists of a fault diagnosis menu that connects the fault diagnosis server of the remote management center during fault repair and performs fault repair through fault diagnosis by automatic diagnosis of fault diagnosis or manual inquiry of fault details and repair history of the same or similar type. Elevator remote management system using a mobile phone, characterized in that
Claims 1 to 2 further comprising: an authentication menu; A program menu; A specification change menu; A data transfer menu; A material management menu; A fault diagnosis menu;
Elevator remote management system using a mobile phone, characterized in that the combination of the two or more application menus
The elevator remote management system using a mobile phone according to claims 1 to 2, wherein the access control of the main PCB and the remote control center includes access authentication of only one of them.
The elevator remote management system using a mobile phone according to claim 1, wherein the application menu of the mobile phone is configured as an independent application menu.
      The elevator remote management system using a mobile phone according to claim 1, wherein an application is installed on a mobile communication terminal such as a smartphone, a laptop, a PDF, and the corresponding menu is used.

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