JP5654905B2 - Monitoring system and warning method - Google Patents

Description

  The present invention relates to a monitoring system for notifying an operator that the state of an inspection switch is in an inspection state after completion of the inspection operation, and a warning method using the monitoring system.

  Conventionally, an abnormality detecting device for detecting an abnormality of the escalator body, an open / close detecting device for detecting opening / closing of the entrance / exit of the machine room due to rotation of the machine room lid, and a state provided by being operated in the machine room Is switched between the normal state and the inspection state, and the inspection signal is invalidated when the state is the inspection state, and the detection signal of the abnormality detection device is validated when the state is the normal state. Escalators are known. This escalator has a warning device equipped with a warning lamp that is turned on when the inspection switch is in the inspection state and the opening / closing detection device detects that the door of the machine room is closed. Is provided. The operator opens the door of the machine room and changes the state of the inspection switch to the inspection state, and then inspects the escalator body. After the inspection work is finished, if the operator does not change the state of the inspection switch from the inspection state to the normal state and the door of the machine room is closed, the warning lamp is turned on. Thereby, it is possible to notify the operator that the state of the inspection switch is in the inspection state, and the state of the inspection switch remaining in the inspection state after the inspection operation is finished is suppressed (for example, , See Patent Document 1).

JP 2010-24040 A

  However, if the operator overlooks the lighting of the warning lamp, the operator cannot be informed that the state of the inspection switch is in the inspection state, and the inspection operation has been completed. Regardless, there is a problem that the state of the inspection switch remains in the inspection state.

  The present invention provides a monitoring system capable of surely notifying an operator that the state of an inspection switch is in an inspection state after completion of the inspection operation, and a warning method using the monitoring system.

A monitoring system according to the present invention includes a monitoring device that monitors a monitoring target device that includes a switch for inspection that switches between a normal state and an inspection state, and a terminal device that can communicate with the monitoring device. A monitoring system equipped with the inspection device when the inspection switch is in the inspection state and communication between the monitoring device and the terminal device is disabled. Start information is input, and a reporting device that performs reporting and a receiving device that receives the reporting of the reporting device , the reporting start information includes worker information that identifies a worker who operates the terminal device And the notification device includes a conversion table in which the worker information and the receiving device information for specifying the receiving device correspond to each other before the information is specified by the receiving device information corresponding to the worker information. Perform the notification to the receiving device.

The warning method according to the present invention includes a monitoring device that monitors a monitoring target device that includes a switch for inspection that switches between a normal state and an inspection state, and a terminal device that can communicate with the monitoring device; A notification device that receives notification start information from the monitoring device; and a reception device that receives a notification from the notification device. The notification start information includes worker identification information that identifies an operator who operates the terminal device. And the notification device has a conversion table in which the worker information and the receiving device information for specifying the receiving device correspond to each other, and the receiving device specified by the receiving device information corresponding to the worker information a warning method using the monitoring system to perform the notification to the device, even when the state of the inspection switch is in the inspection condition, between the monitoring device and the terminal device When the communication is disabled, the notification device receives the notification process in which the notification device receives the notification when the notification start information is input from the monitoring device to the notification device, and the notification device receives the notification. Receiving process.

  According to the monitoring system according to the present invention, a monitoring device that monitors a monitoring target device including a switch for inspection that switches between a normal state and an inspection state, and a terminal device that can communicate with the monitoring device; When the inspection switch is in the inspection state and communication between the monitoring device and the terminal device is disabled, the notification start information is input from the monitoring device. Since the inspection device is provided with a notification device that performs notification and a reception device that receives notification from the notification device, the inspection operation is completed, and the operator switches the monitoring device and the terminal device while the inspection switch remains in the inspection state. When the terminal device is operated or the terminal device is taken out so that communication with the communication device becomes impossible, the reporting device makes a report, and the receiving device receives the report from the reporting device. Thereby, for example, when the operator has the receiving device, it is possible to reliably notify the operator that the state of the inspection switch is in the inspection state after the inspection operation is completed.

  According to the warning method according to the present invention, a monitoring device that monitors a monitoring target device including an inspection switch whose state is switched between a normal state and an inspection state, and a terminal device capable of communication between the monitoring device and This is a warning method using a monitoring system that includes a reporting device that receives notification start information from the monitoring device and a receiving device that receives a report from the reporting device, where the inspection switch is in the inspection state. When the communication between the monitoring device and the terminal device becomes impossible, the notification start information is input from the monitoring device to the notification device, and the notification device notifies the notification device. The receiving process is received by the receiving device, so that the inspection work is completed, and the terminal is set so that the operator cannot communicate between the monitoring device and the terminal device while the inspection switch remains in the inspection state. Operate the device Ri when or brought up terminal, reporting apparatus performs the notification, the receiving apparatus receives a notification of the notification unit. Thereby, for example, when the operator has the receiving device, it is possible to reliably notify the operator that the state of the inspection switch is in the inspection state after the inspection operation is completed.

1 is a block diagram illustrating an elevator system according to Embodiment 1 of the present invention. It is a flowchart which shows operation | movement of the switch state notification part of FIG. It is a flowchart which shows operation | movement of the report mail transmission part of FIG. It is a block diagram which shows the elevator system which concerns on Embodiment 2 of this invention. It is a flowchart which shows operation | movement of the switch state notification part of FIG.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. In the drawings, the same or corresponding members and parts will be described with the same reference numerals.

Embodiment 1 FIG.
1 is a block diagram showing an elevator system according to Embodiment 1 of the present invention. In the figure, the elevator system includes an elevator device (monitoring target device) 1 and an elevator monitoring system (monitoring system) 2 for monitoring the elevator device 1 and checking the elevator device 1. The elevator monitoring system 2 includes an elevator monitoring device (monitoring device) 3 that monitors the operation of the elevator device 1, a wireless LAN access point 4 connected to the elevator monitoring device 3, and a terminal used when checking the elevator device 1. The device 5, a report server (report device) 6 that reports by sending a report mail, a public line 7 provided between the elevator monitoring device 3 and the report server 6, and the report server 6 by receiving the report mail A mobile phone device (receiving device) 8 that receives a report and a mobile phone line 9 provided between the report server 6 and the mobile phone device 8 are provided. The terminal device 5 can communicate with the elevator monitoring device 3 via the wireless LAN access point 4 by wireless LAN communication. The terminal device 5 and the mobile phone device 8 are carried by an operator who performs an inspection work on the elevator device 1.

  The elevator apparatus 1 is connected to an elevator control unit 11 that controls raising and lowering of a car (not shown), an inspection switch 12 that is switched between a normal state and an inspection state when operated, and the elevator control unit 11. Network communication unit 13 and a serial communication unit 14 connected to the network communication unit 13. Information on the state of the elevator apparatus 1 such as information on the state of the inspection switch 12 is input to the elevator control unit 11. Further, the elevator control unit 11 stores information on the number of the elevator machine 1 that is information for identifying the elevator device 1 and information on the name of the building in which the elevator device 1 is installed.

  Although FIG. 1 shows the elevator apparatus 1 in which the number of inspection switches 12 connected to the elevator control unit 11 is one, in this example, the elevator apparatus 1 includes four inspection switches 12. Each inspection switch 12 is connected to the elevator control unit 11. The four inspection switches 12 are a maintenance switch for displaying on the display device (not shown) that the inspection work is in progress, and for lighting a lighting device (not shown) provided on the ceiling of the car. Inspection switch, drive stop switch for stopping the driving of the automatic landing device (not shown) at the time of a power failure, and opening / closing of the operation port by the rotation of the door of the control panel (not shown) containing the elevator control unit 11 It consists of a control panel door opening / closing switch that detects The maintenance switch and the inspection switch are turned off in the normal state and turned on in the inspection state. The states of the drive stop switch and the control panel door opening / closing switch are turned on in the normal state, and turned off in the inspection state. The inspection switch 12 is operated by an operator so that the state becomes a normal state when the elevator device 1 performs a normal operation, and the inspection switch 12 is operated so that the state becomes an inspection state when the elevator device 1 is inspected. It is operated by a person.

  The elevator monitoring device 3 includes an elevator monitoring unit 31 that reads information on the state of the elevator device 1 such as information on the state of the inspection switch 12 from the elevator control unit 11, and information on the elevator device 1 that is read by the elevator monitoring unit 31. A switch state notifying unit 32 for reading out information on the state of the inspection switch 12 and information on the number of the elevator apparatus 1, a network communication unit 33 connected to each of the elevator monitoring unit 31 and the switch state notifying unit 32, A serial communication unit 34 connected to the network communication unit 33 and the serial communication unit 14 of the elevator apparatus 1, and a LAN communication unit 35 connected to the network communication unit 33 and the wireless LAN access point 4 are included. The elevator control unit 11 and the elevator monitoring unit 31 can communicate with each other via the network communication unit 13, the serial communication unit 14, the serial communication unit 34, and the network communication unit 33.

  The switch state notification unit 32 includes a storage area (not shown) in which information on the state of the inspection switch 12 when the state of the inspection switch 12 is the normal state is stored in advance, and the inspection read out from the elevator monitoring unit 31 And a storage area (not shown) in which information on the state of the switch 12 is stored. The switch state notifying unit 32 compares the information on the state of the inspection switch 12 stored in advance with the information on the state of the inspection switch 12 read from the elevator monitoring unit 31, and the state of the inspection switch 12 is determined. It is determined whether it is a normal state or an inspection state.

  The terminal device 5 includes a wireless LAN communication unit 51 that receives radio waves emitted from the wireless LAN access point 4, a network communication unit 52 connected to the wireless LAN communication unit 51, a failure history of the elevator device 1, a state of the elevator device 1, and the like. And a maintenance tool unit 53 to which information on the elevator apparatus 1 necessary for the inspection is input from the elevator monitoring unit 31. An ID (Identification) (worker information) for identifying a worker who operates the terminal device 5 is input to the maintenance tool unit 53 by the operation of the terminal device 5 by the worker.

  The network communication unit 33 and the network communication unit 52 are configured to perform LAN communication when the wireless LAN communication unit 51 is located in an area where radio waves from the wireless LAN access point 4 can be received and the terminal device 5 is activated. It is possible to communicate with each other via the unit 35, the wireless LAN access point 4 and the wireless LAN communication unit 51. When the communication between the network communication unit 33 and the network communication unit 52 is possible, the connection between the elevator monitoring unit 31 and the maintenance tool unit 53 is possible. The switch state notification unit 32 determines whether communication between the network communication unit 33 and the network communication unit 52 is possible. The switch state notification unit 32 also determines whether or not the elevator monitoring unit 31 and the maintenance tool unit 53 are connected.

  The elevator monitoring device 3 and the terminal device 5 can communicate with each other when the network communication unit 33 and the network communication unit 52 can communicate with each other. Therefore, when the wireless LAN communication unit 51 is not located in an area where radio waves of the wireless LAN access point 4 can be received, or when the terminal device 5 is not activated, there is no connection between the elevator monitoring device 3 and the terminal device 5. Communication is disabled.

  The notification server 6 includes a notification mail transmission unit 61 connected to the public line 7 and the mobile phone line 9, an ID for specifying the worker who operates the terminal device 5, and a mail for specifying the mobile phone device 8 possessed by the worker. A mail address conversion table (conversion table) 62 corresponding to the address (receiving device information) is included. The notification mail transmission unit 61 receives notification start information including information on the ID of the operator who operates the terminal device 5 and the number of the elevator device 1 from the switch state notification unit 32 via the public line 7. It has become.

  The mobile phone device 8 has a report mail receiving unit 81 that receives the report mail of the report server 6 via the mobile phone line 9. The report mail receiving unit 81 displays the report mail text on a display unit (not shown) by receiving the report mail from the report server 6. As a specific example of the notification mail text, for example, when reporting that the state of the inspection switch 12 of the elevator apparatus 1 of the first unit is still in the inspection state, “the switch of the first unit remains in the inspection state. Please return to the normal state. " Note that the report mail text may include the name of the building to which the elevator apparatus 1 is attached, the management number of the elevator apparatus 1, and the like.

  Next, the operation of the switch state notification unit 32 will be described. FIG. 2 is a flowchart showing the operation of the switch state notification unit 32 of FIG. The elevator monitoring unit 31 periodically reads out information on the state of the inspection switch 12 and information on the number of the elevator apparatus 1 from the elevator control unit 11 (inspection switch state information input step), and the elevator monitoring unit 31. The information on the state of the inspection switch 12 and the information on the number of the elevator apparatus 1 are stored. First, the switch state notification unit 32 determines whether or not the elevator monitoring unit 31 and the maintenance tool unit 53 are connected (step S101). If the switch state notification unit 32 determines in step S101 that the elevator monitoring unit 31 and the maintenance tool unit 53 are not connected, step S101 is repeated.

  On the other hand, when the switch state notification unit 32 determines that the elevator monitoring unit 31 and the maintenance tool unit 53 are connected in step S101, the switch state notification unit 32 passes the maintenance tool unit 53 via the elevator monitoring unit 31. The ID of the operator who operates the terminal device 5 is received from (step S102). Thereafter, the switch state notifying unit 32 reads information on the number of the elevator apparatus 1 from the elevator monitoring unit 31 (step S103).

  Thereafter, the switch state notification unit 32 determines whether communication between the network communication unit 33 and the network communication unit 52 is possible (step S104). If the switch state notification unit 32 determines in step S104 that communication between the network communication unit 33 and the network communication unit 52 is possible, step S104 is repeated.

  On the other hand, when the switch state notification unit 32 determines that communication between the network communication unit 33 and the network communication unit 52 is not possible in step S104, the switch state notification unit 32 receives the inspection switch 12 from the elevator monitoring unit 31. The state information is read (step S105).

  Thereafter, the switch state notifying unit 32 determines whether the state of any of the inspection switches 12 is the inspection state based on the read state information of the inspection switch 12 (step S106). If the switch state notifying unit 32 determines in step S106 that none of the inspection switches 12 is in the inspection state, the process returns to step S101.

  On the other hand, when the switch state notification unit 32 determines that the state of any of the inspection switches 12 is the inspection state in step S <b> 106, the switch state notification unit 32 sends the terminal device 5 to the notification mail transmission unit 61. Notification start information including information on the ID of the operator to be operated and the number of the elevator apparatus 1 is transmitted (step S107). Then, it returns to step S101.

  Next, operation | movement of the report mail transmission part 61 is demonstrated. FIG. 3 is a flowchart showing the operation of the notification mail transmission unit 61 of FIG. First, the report mail transmission unit 61 determines whether or not the report start information including the ID of the operator who operates the terminal device 5 and the number of the elevator apparatus 1 is received from the switch state notification unit 32 ( Step S201). When the notification mail transmission unit 61 determines that the notification mail transmission unit 61 has not received the notification start information from the switch state notification unit 32 in step S201, step S201 is repeated.

  On the other hand, when the report mail transmission unit 61 determines that the report mail transmission unit 61 has received the report start information from the switch state notification unit 32 in step S201, the report mail transmission unit 61 determines that the worker included in the report start information The mail address corresponding to the ID is read from the mail address conversion table 62 (step S202). Thereafter, the report mail transmission unit 61 creates a report mail text based on the report start information (step S203), and transmits the report mail to the mobile phone device 8 specified by the read mail address (report process). (Step S204). Thereafter, the process returns to step S201.

  The mobile phone device 8 receives a report from the report mail transmission unit 61 by receiving the report mail after the report mail transmission unit 61 transmits the report mail (reception step).

  As described above, according to the elevator monitoring system 2 according to the first embodiment of the present invention, the elevator monitoring device 3 that monitors the elevator device 1 that includes the inspection switch 12 that switches between the normal state and the inspection state. And a terminal device 5 capable of communicating with the elevator monitoring device 3, wherein the inspection switch 12 is in the inspection state, and the elevator monitoring device 3 When communication between the terminal device 5 and the terminal device 5 becomes impossible, notification start information is input from the elevator monitoring device 3, the notification server 6 that performs notification, and the mobile phone device 8 that receives the notification from the notification server 6 Therefore, the inspection work is completed, the state of the inspection switch 12 remains in the inspection state, and the operator cannot communicate between the elevator monitoring device 3 and the terminal device 5. And when or brought up terminal 5 or by operating the terminal device 5 such that performs reporting server 6 Problem, mobile phone device 8 receives the notification of reporting server 6. Thereby, for example, when the worker carries the mobile phone device 8, it is possible to reliably notify the worker that the state of the inspection switch 12 is in the inspection state after the inspection operation is completed.

  Further, the notification start information input from the elevator monitoring device 3 to the notification server 6 includes an ID that identifies the operator who operates the terminal device 5, and the notification server 6 identifies the ID and the mobile phone device 8. Since the mail address has the mail address conversion table 62 corresponding to the mail address and reports to the mobile phone device 8 specified by the mail address corresponding to the ID, the report server 6 has a plurality of mobile phone devices 8. Therefore, the mobile phone device 8 possessed by the operator who operates the terminal device 5 can be specified, and a report can be sent to the specified mobile phone device 8.

  Further, since the elevator monitoring device 3 receives an ID for identifying the worker who operates the terminal device 5 from the terminal device 5, there is no need for the worker to input an ID to the elevator monitoring device 3. 1 inspection work can be facilitated.

  Further, according to the warning method according to the first embodiment of the present invention, the state of the inspection switch 12 is the inspection state, and communication between the elevator monitoring device 3 and the terminal device 5 becomes impossible. A notification process in which notification start information is input from the elevator monitoring device 3 to the notification server 6 and the notification server 6 reports, and a reception step in which the mobile phone device 8 receives the notification from the notification server 6. Therefore, the inspection operation is completed, and the operator operates the terminal device 5 so that communication between the elevator monitoring device 3 and the terminal device 5 is disabled while the inspection switch 12 remains in the inspection state. When the terminal device 5 is taken out, the notification server 6 makes a report, and the mobile phone device 8 receives the report from the report server 6. Thereby, for example, when the worker carries the mobile phone device 8, it is possible to reliably notify the worker that the state of the inspection switch 12 is in the inspection state after the inspection operation is completed.

Embodiment 2. FIG.
FIG. 4 is a block diagram showing an elevator system according to Embodiment 2 of the present invention. The terminal device 5 is configured by a personal computer (personal computer) compatible with Intel Active Management Technology (Intel AMT). When the terminal device 5 is operated, the state is switched between an active state in which an OS (operating system) is operating and a hibernate state in which the OS is not operating. The terminal device 5 includes an active state operation unit 510 that operates only when the terminal device 5 is in an active state, and a steady operation unit 520 that operates regardless of whether the terminal device 5 is in an active state or a dormant state. have.

  The active state operation unit 510 is connected to the OS unit 511 in which the OS is operated, the network communication unit 512 that is operable by the operation of the OS unit 511, and the network communication unit 512, and is operable by the operation of the OS unit 511. And a maintenance tool unit 513.

  The steady operation unit 520 includes a wireless LAN communication unit 521 that receives a radio wave generated by the wireless LAN access point 4, a management engine unit 522 connected to the wireless LAN communication unit 521, and whether the terminal device 5 is in an active state. The power management unit 523 supplies power to the management engine unit 522 and the wireless LAN communication unit 521 regardless of the state. The wireless LAN communication unit 521, the management engine unit 522, and the power management unit 523 are operable regardless of whether the terminal device 5 is in an active state or a dormant state. The power management unit 523 supplies power to the OS unit 511, the network communication unit 512, and the maintenance tool unit 513 only when the terminal device 5 is in an active state. The OS unit 511, the network communication unit 512, and the maintenance tool unit 513 are operable only when the terminal device 5 is in an active state.

  The network communication unit 33 and the network communication unit 512 are only when the wireless LAN communication unit 521 is located in an area where radio waves from the wireless LAN access point 4 can be received and the terminal device 5 is in an active state. , They can communicate with each other. When the communication between the network communication unit 33 and the network communication unit 512 is possible, the connection between the elevator monitoring unit 31 and the maintenance tool unit 513 is possible.

  If the switch state notification unit 32 and the wireless LAN communication unit 521 are located in an area where the wireless LAN communication unit 521 can receive radio waves from the wireless LAN access point 4, is the state of the terminal device 5 active? Regardless of whether it is in a dormant state, it becomes possible to communicate with each other.

  The elevator monitoring device 3 and the terminal device 5 can communicate with each other when the switch state notification unit 32 and the wireless LAN communication unit 521 can communicate with each other. Therefore, when the wireless LAN communication unit 521 is not located in an area where radio waves from the wireless LAN access point 4 can be received, communication between the elevator monitoring device 3 and the terminal device 5 becomes impossible.

  The wireless LAN communication unit 521 stores a MAC address (Media Access Control Address) that identifies the terminal device 5.

  In the mail address conversion table 62, the MAC address that identifies the terminal device 5 and the mail address that identifies the mobile phone device 8 possessed by the operator who operates the terminal device 5 correspond to each other. In the mail address conversion table 62, as described in the first embodiment, an ID for identifying an operator may be further associated with a mail address. The notification mail transmission unit 61 is supplied with notification start information including information on the MAC address for identifying the terminal device 5 and the number of the elevator apparatus 1 from the switch state notification unit 32 via the public line 7. ing. When the notification start information is input from the switch state notification unit 32, the notification mail transmission unit 61 reads the mail address corresponding to the MAC address included in the notification start information from the mail address conversion table 62, and uses the read mail address. A notification mail is transmitted to the specified mobile phone device 8. Other configurations are the same as those in the first embodiment.

  Next, the operation of the switch state notification unit 32 will be described. FIG. 5 is a flowchart showing the operation of the switch state notification unit 32 of FIG. First, the switch state notification unit 32 determines whether communication between the switch state notification unit 32 and the wireless LAN communication unit 521 is possible (step S301). If the switch state notifying unit 32 determines in step S301 that communication between the switch state notifying unit 32 and the wireless LAN communication unit 521 is impossible, step S301 is repeated.

  On the other hand, when the switch state notifying unit 32 determines in step S301 that communication between the switch state notifying unit 32 and the wireless LAN communication unit 521 is possible, the switch state notifying unit 32 receives the MAC from the wireless LAN communication unit 521. An address is received (step S302). Thereafter, the switch state notifying unit 32 reads the number of the elevator apparatus 1 from the elevator monitoring unit 31 (step S303).

  Thereafter, the switch state notification unit 32 determines again whether or not the communication between the switch state notification unit 32 and the wireless LAN communication unit 521 is possible (step S304). If the switch state notification unit 32 determines in step S304 that communication between the switch state notification unit 32 and the wireless LAN communication unit 521 is possible, step S304 is repeated.

  On the other hand, when the switch state notifying unit 32 determines that communication between the switch state notifying unit 32 and the wireless LAN communication unit 521 is impossible in step S304, the switch state notifying unit 32 receives the inspection from the elevator monitoring unit 31 for inspection. Information on the state of the switch 12 is read (step S305). Thereafter, the switch state notification unit 32 determines whether or not the state of any of the inspection switches 12 is an inspection state (step S306).

  In step S306, when the switch state notification unit 32 determines that none of the inspection switches 12 is in the inspection state, the process returns to step S301. On the other hand, when the switch state notification unit 32 determines that the state of any of the inspection switches is the inspection state in step S306, the switch state notification unit 32 identifies the terminal device 5 with respect to the notification mail transmission unit 61. The notification start information including the information on the MAC address to be transmitted and the number of the elevator apparatus 1 is transmitted (step S307). Then, it returns to step S301.

  As described above, according to the elevator monitoring system 2 according to the second embodiment of the present invention, the notification start information input from the elevator monitoring device 3 to the notification server 6 includes the MAC address that identifies the terminal device 5. The report server 6 includes a mail address conversion table 62 in which a MAC address and a mail address that identifies the mobile phone device 8 correspond to the mobile phone device 8 specified by the mail address corresponding to the MAC address. Therefore, the notification server 6 identifies the mobile phone device 8 possessed by the operator operating the terminal device 5 from among the plurality of mobile phone devices 8, and sends the identified mobile phone device 8 to the specified mobile phone device 8. Can be reported.

  Further, since the elevator monitoring device 3 receives the MAC address for identifying the terminal device 5 from the terminal device 5, it is not necessary for the operator to input the MAC address to the elevator monitoring device 3, and the elevator monitoring device 1 is inspected. The work can be facilitated.

  Moreover, since the MAC address is input from the terminal device 5 to the elevator monitoring device 3 regardless of whether the terminal device 5 is in an active state or a dormant state, the operator does not activate the terminal device 5. Even when the inspection work of the elevator apparatus 1 is performed, it is possible to reliably notify the operator that the state of the inspection switch 12 is in the inspection state after the inspection work is completed.

  In each of the above embodiments, the elevator apparatus 1 has been described as an example of the monitoring target apparatus. However, the present invention is not limited thereto, and may be a passenger conveyor such as an escalator or a moving sidewalk.

  In each of the above embodiments, as the inspection switch 12, a maintenance switch for displaying on the elevator display device (not shown) that the inspection operation is being performed, and an illumination device provided on the ceiling of the car (FIG. Check switch for blinking and lighting (not shown), drive stop switch for stopping the driving of the automatic landing device (not shown) at the time of power failure, and door of the control panel (not shown) for accommodating the elevator control unit 11 Although the control panel door opening / closing switch for detecting the opening / closing of the operation port due to the rotation is described as an example, it is not limited to these inspection switches 12 but may be other inspection switches 12.

  In each of the above embodiments, the configuration of the elevator apparatus 1 including the four inspection switches 12 including the maintenance switch, the inspection switch, the drive stop switch, and the control panel door opening / closing switch has been described. The elevator apparatus 1 may include an inspection switch 12 including any one to three of an inspection switch, a drive stop switch, and a control panel door opening / closing switch.

  Moreover, although each said embodiment demonstrated the structure by which communication between the elevator monitoring apparatus 3 and the terminal device 5 was performed by radio | wireless communication, communication between the elevator monitoring apparatus 3 and the terminal device 5 was wired communication. The structure performed by may be sufficient.

  Moreover, although each said embodiment demonstrated the elevator monitoring system 2 provided with the public line 7 provided between the elevator monitoring apparatus 3 and the notification server 6, it is not restricted to the public line 7, Other communication means May be the elevator monitoring system 2 provided between the elevator monitoring device 3 and the notification server 6.

  In each of the above-described embodiments, the elevator monitoring device 3 including the mobile phone line 9 provided between the notification server 6 and the mobile phone device 8 has been described. The elevator monitoring system 2 provided between the notification device and the receiving device may be used as the communication unit. In this case, the receiving device is not limited to the mobile phone device 8 and may be any device that can receive a report.

  In each of the above-described embodiments, the configuration has been described in which the mobile phone device 8 receives a report from the report server 6 by receiving the report mail from the report server 6. The mobile phone device 8 may receive a report from the report server 6 by receiving the message.

  In each of the above-described embodiments, the configuration in which each of the terminal device 5 and the mobile phone device 8 is a separate member has been described. However, the terminal device 5 and the mobile phone device 8 are combined in an integrated manner. Also good.

  DESCRIPTION OF SYMBOLS 1 Elevator apparatus (monitoring apparatus), 2 Elevator monitoring system (monitoring system), 3 Elevator monitoring apparatus (monitoring apparatus), 4 Wireless LAN access point, 5 Terminal apparatus, 6 Notification server (report apparatus), 7 Public line, 8 Mobile phone device (receiving device), 9 mobile phone line, 11 elevator control unit, 12 inspection switch, 13 network communication unit, 14 serial communication unit, 31 elevator monitoring unit, 32 switch status notification unit, 33 network communication unit, 34 Serial communication unit, 35 LAN communication unit, 51 Wireless LAN communication unit, 52 Network communication unit, 53 Maintenance tool unit, 61 Report mail transmission unit, 62 Mail address conversion table (conversion table), 81 Report mail reception unit, 510 Activity state Operating unit, 511 OS unit, 512 network Work communication unit, 513 maintenance tool part, 520 Normal operation unit, 521 wireless LAN communication unit, 522 management engine, 523 power management unit.

Claims (6)

A monitoring device that monitors a monitoring target device having a switch for inspection that switches between a normal state and an inspection state; and
A monitoring system comprising a terminal device capable of communicating with the monitoring device,
When the state of the inspection switch is the inspection state and communication between the monitoring device and the terminal device is disabled, notification start information is input from the monitoring device, A reporting device that performs
A receiving device for receiving the notification of the notification device ,
The notification start information includes worker information for identifying a worker who operates the terminal device,
The reporting device has a conversion table in which the worker information and the receiving device information that identifies the receiving device correspond, and the receiving device that is identified by the receiving device information corresponding to the worker information A monitoring system that performs the notification . The monitoring system according to claim 1 , wherein the worker information is input from the terminal device to the monitoring device. A monitoring device that monitors a monitoring target device having a switch for inspection that switches between a normal state and an inspection state; and
A monitoring system comprising a terminal device capable of communicating with the monitoring device,
When the state of the inspection switch is the inspection state and communication between the monitoring device and the terminal device is disabled, notification start information is input from the monitoring device, A reporting device that performs
A receiving device for receiving the notification of the notification device ,
The notification start information includes terminal device information that identifies the terminal device operated by an operator,
The reporting device has a conversion table in which the terminal device information and the receiving device information that identifies the receiving device correspond to the receiving device specified by the receiving device information corresponding to the terminal device information. A monitoring system that performs the notification . The monitoring system according to claim 3 , wherein the terminal device information is input from the terminal device to the monitoring device. A monitoring device that monitors a monitoring target device having a switch for inspection that switches between a normal state and an inspection state, a terminal device that can communicate with the monitoring device, and notification start information from the monitoring device A notification device to be input; and a reception device that receives a notification from the notification device. The notification start information includes worker identification information that identifies a worker who operates the terminal device. , Having a conversion table in which the worker information and the receiving device information for specifying the receiving device correspond to each other, and performing the notification to the receiving device specified by the receiving device information corresponding to the worker information A warning method using a monitoring system,
When the state of the inspection switch is the inspection state, and communication between the monitoring device and the terminal device is disabled, the notification start information is sent from the monitoring device to the notification device. A notification step that is input and the notification device performs the notification;
And a receiving step in which the receiving device receives the notification of the notification device. A monitoring device that monitors a monitoring target device having a switch for inspection that switches between a normal state and an inspection state, a terminal device that can communicate with the monitoring device, and notification start information from the monitoring device A notification device to be input and a reception device that receives a notification from the notification device, and the notification start information includes terminal device information that identifies the terminal device operated by an operator;
The reporting device has a conversion table in which the terminal device information and the receiving device information that identifies the receiving device correspond to the receiving device specified by the receiving device information corresponding to the terminal device information. A warning method using a monitoring system for performing the notification ,
When the state of the inspection switch is the inspection state, and communication between the monitoring device and the terminal device is disabled, the notification start information is sent from the monitoring device to the notification device. A notification step that is input and the notification device performs the notification;
And a receiving step in which the receiving device receives the notification of the notification device.

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