JP5654893B2 - Warning device and terminal device - Google Patents

Description

The present invention relates to a warning device and a terminal device for informing an operator that the state of an inspection switch is in an inspection state after completion of the inspection operation.

  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 warning device and a terminal device that can reliably notify an operator that the state of the inspection switch is in the inspection state after the inspection operation is completed.

The warning device according to the present invention is communicably connected to a monitoring device that monitors the elevator or the passenger conveyor when inspecting the elevator or the passenger conveyor provided with an inspection switch that switches between a normal state and an inspection state. And a terminal device that switches between an active state and a dormant state when operated, and the terminal device is in a state where the state of the inspection switch is the inspection state, and the state is the activity when the terminal device from the state to switch to the dormant state is action ensures Do remain state of the active, the terminal device, even when the state of the terminal device is in the dormant state When the state of the inspection switch is the inspection state, the state is switched from the sleep state to the active state .

  According to the warning device according to the present invention, the warning device according to the present invention is used when inspecting an elevator or a passenger conveyor provided with an inspection switch whose state is switched between a normal state and an inspection state, and the state is activated and rested by being operated. The terminal device is activated when the state of the inspection switch is in the inspection state and the terminal device is operated so that the state is switched from the active state to the hibernation state. Even if the operator operates the terminal device so that the state of the terminal device is switched from the active state to the dormant state, the inspection work is finished, the state of the inspection switch remains in the inspection state, The state of the terminal device remains active. Accordingly, 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.

It is a block diagram which shows the warning device which concerns on Embodiment 1 of this invention. It is a block diagram which shows the hardware of the terminal device of FIG. It is a table which shows the information of the state of the switch for an inspection memorized beforehand by the switch state storage part of FIG. It is a figure which shows the screen of a display part in case the state of the terminal device of FIG. 1 is an active state. It is a figure which shows the state by which the warning image was displayed on the screen of the display part of FIG. 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 OS stop suppression part of FIG.

Embodiment 1 FIG.
FIG. 1 is a block diagram showing a warning device 1 according to Embodiment 1 of the present invention. In the figure, an alarm device 1 is connected to an elevator monitoring device 3 that monitors the operation of the elevator 2, a terminal device 4 that is used when checking the elevator 2, and the elevator monitoring device 3. And a wireless LAN access point 5 that enables wireless communication with the wireless communication device 4.

  The elevator 2 is operated to switch between a normal state and an inspection state, and information about the state of the elevator 2 such as the state of the inspection switch 6 is input to the elevator 2 (not shown). The elevator control unit 7 controls the raising and lowering of the vehicle, the network communication unit 8 connected to the elevator control unit 7, and the serial communication unit 9 connected to the network communication unit 8.

  As the inspection switch 6, a maintenance switch for displaying on the elevator display device (not shown) that the inspection work is being performed, and a lighting device (not shown) provided on the ceiling of the car are blinked. Inspection switch, drive stop switch for stopping the driving of the automatic landing device (not shown) at the time of power failure, and opening / closing of the operation port by turning the door of the control panel (not shown) containing the elevator control unit 7 Control panel door opening / closing switch for detecting

  The elevator monitoring device 3 performs an inspection from the elevator monitoring unit 10 that reads information on the state of the elevator 2 such as the state of the inspection switch 6 from the elevator control unit 7 and information on the state of the elevator 2 that is read by the elevator monitoring unit 10. The switch state notification unit (transmitting device) 11 that reads information on the state of the inspection switch 6 and sends a signal indicating the state of the inspection switch 6 to the terminal device 4, the elevator monitoring unit 10, and the switch state notification unit 11 Connected to the connected network communication unit 12, connected to the network communication unit 12, connected to the serial communication unit 13 connected to the serial communication unit 9 of the elevator 2, connected to the network communication unit 12, and connected to the wireless LAN access point 5 LAN communication unit 14. The elevator control unit 7 and the elevator monitoring unit 10 can communicate with each other via the network communication unit 8, the serial communication unit 9, the serial communication unit 13, and the network communication unit 12.

  The switch state notifying unit 11 includes an area in which information on the state of the inspection switch 6 when the state of the inspection switch 6 is a normal state is stored in advance, and the state of the inspection switch 6 read from the elevator monitoring unit 10. And an area for storing information. The switch state notifying unit 11 compares the information on the state of the inspection switch 6 stored in advance with the information on the state of the inspection switch 6 read from the elevator monitoring unit 10, and determines the state of the inspection switch 6. It is determined whether it is a normal state or an inspection state.

  The terminal device 4 is constituted by a personal computer (personal computer) compatible with Intel Active Management Technology (Intel AMT). When the terminal device 4 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 4 includes an active state operation unit 15 that operates only when the terminal device 4 is in an active state, and a steady operation unit 16 that operates regardless of whether the terminal device 4 is in an active state or a dormant state. have.

  The active state operation unit 15 includes a switch state storage unit 17 that stores information on the state of the inspection switch 6 based on a signal indicating the state of the inspection switch 6 sent from the switch state notification unit 11, and a switch state storage. The network communication unit 18 connected to the unit 17, the maintenance tool unit 19 to which information on the state of the elevator necessary for the inspection work is sent from the elevator monitoring unit 10, and the state of the terminal device 4 from the active state by being operated. An OS stop operation unit 20 that switches to the hibernation state, an OS stop suppression unit 21 that suppresses the state of the terminal device 4 from the active state to the hibernation state, an OS unit 22 that operates the OS, and a sound generation unit that emits a warning sound 23 and a display unit 24 for displaying a warning image. The sound generation unit 23 and the display unit 24 are controlled by the OS stop suppression unit 21.

  The steady operation unit 16 includes a management engine unit 25, a wireless LAN communication unit 26 connected to the management engine unit 25, and a power management unit 27 controlled by the management engine unit 25. Wireless communication is performed between the wireless LAN access point 5 and the wireless LAN communication unit 26. The power management unit 27 energizes the management engine unit 25 and the wireless LAN communication unit 26 regardless of whether the terminal device 4 is in an active state or a dormant state. Therefore, the management engine unit 25, the wireless LAN communication unit 26, and the power management unit 27 are operable regardless of whether the terminal device 4 is in an active state or a hibernation state. In addition, the power management unit 27, only when the terminal device 4 is in the active state, the switch state storage unit 17, the network communication unit 18, the maintenance tool unit 19, the OS stop operation unit 20, the OS stop suppression unit 21, The OS unit 22, the sound generation unit 23, and the display unit 24 are energized. Therefore, the switch state storage unit 17, the network communication unit 18, the maintenance tool unit 19, the OS stop operation unit 20, the OS stop suppression unit 21, the OS unit 22, the sound generation unit 23, and the display unit 24 are activated by the state of the terminal device 4. Operation is possible only in the state.

  Only when the terminal device 4 is in the active state, communication between the elevator monitoring unit 10 and the maintenance tool unit 19 is possible, and communication between the switch state notification unit 11 and the switch state storage unit 17 is possible. It becomes. Communication between the switch state notification unit 11 and the management engine unit 25 is possible regardless of whether the terminal device 4 is active or inactive.

  FIG. 2 is a block diagram showing hardware of the terminal device 4 of FIG. The hardware of the terminal device 4 includes an active state operation hardware unit 28 for operating the active state operation unit 15 (FIG. 1) and a steady operation hardware unit 29 for operating the normal operation unit 16 (FIG. 1). And a power supply device 30 that supplies power to each of the active state operation hardware unit 28 and the steady state operation hardware unit 29.

  The active state operation hardware unit 28 includes a CPU (Central Processing Unit) 31, an HDD (Hard Disk Drive) 32, an HDD controller 33 that controls the HDD 32, a display 34, a display controller 35 that controls the display 34, A speaker 36, a sound controller 37 that controls the speaker 36, a keyboard / mouse 38, and an input controller 39 that controls the keyboard / mouse 38 are provided.

  The steady operation hardware unit 29 includes a management CPU 40, a memory controller 41 connected to the management CPU 40, a memory 42 controlled by the memory controller 41, an I / O controller 43 connected to the memory controller 41, and a wireless LAN. An interface 44 and a nonvolatile memory 45 are included. The wireless LAN interface 44 and the nonvolatile memory 45 are connected to the I / O controller 43.

  FIG. 3 is a table showing information on the state of the inspection switch 6 stored in advance in the switch state storage unit 17 of FIG. The switch state storage unit 17 stores in advance information on the state of each switch when the maintenance switch, the inspection switch, the drive stop switch of the automatic landing device during a power failure, and the control panel door opening / closing switch are in the normal state. Has been. 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 switch state storage unit 17 stores the state of the inspection switch 6 based on an area in which information on the state of the inspection switch 6 is stored in advance and a signal indicating the state of the inspection switch 6 sent from the switch state notification unit 11. And an area for storing information.

  The OS stop inhibiting unit 21 (FIG. 1) includes information on the state of the inspection switch 6 stored in advance in the switch state storage unit 17 and a signal indicating the state of the inspection switch 6 sent from the switch state notification unit 11. The information on the state of the inspection switch 6 stored in the switch state storage unit 17 is input based on the above. The OS stop inhibiting unit 21 switches the switch state based on the information on the state of the inspection switch 6 stored in advance in the switch state storage unit 17 and the signal indicating the state of the inspection switch 6 sent from the switch state notification unit 11. The information on the state of the inspection switch 6 stored in the storage unit 17 is compared to determine whether the state of the inspection switch 6 is the normal state or the inspection state.

  FIG. 4 is a diagram showing a screen of the display unit 24 when the terminal device 4 in FIG. 1 is in an active state. On the screen of the display unit 24 of the terminal device 4, an image of the OS stop button 46 that receives an OS stop operation is displayed when the state of the terminal device 4 is active. When the OS stop button 46 is pressed down, the OS stop operation unit 20 (FIG. 1) causes the OS stop suppression unit 21 (FIG. 1) to switch the state of the terminal device 4 from the active state to the sleep state. Send OS stop signal.

  FIG. 5 is a diagram showing a state in which a warning image is displayed on the screen of the display unit 24 of FIG. When the state of the inspection switch 6 is the inspection state and the OS stop button 46 is operated, the OS stop operation unit 20 sends an OS stop signal, but the OS stop suppression unit 21 A warning image in which a warning message indicating that the operation is to be ended after returning the state of the inspection switch 6 to the normal state is displayed on the screen of the display unit 24 while the terminal device 4 remains in the active state. Is displayed.

  Next, the operation of the switch state notification unit 11 will be described. FIG. 6 is a flowchart showing the operation of the switch state notification unit 11 of FIG. First, the switch state notification unit 11 reads information on the state of the inspection switch 6 from the elevator control unit 7 (step S1).

  Thereafter, the switch state notifying unit 11 determines whether the state of any of the inspection switches 6 is the inspection state based on the read state information of the inspection switch 6 (step S2). ). If the switch state notification unit 11 determines in step S2 that none of the inspection switches 6 is in the inspection state, step S1 is repeated.

  On the other hand, when the switch state notification unit 11 determines that the state of any of the inspection switches 6 is the inspection state in step S2, the switch state notification unit 11 and the switch state storage unit 11 It is determined whether or not communication with the unit 17 is possible (step S3). When the switch state notification unit 11 determines that communication between the switch state notification unit 11 and the switch state storage unit 17 is possible in step S3, the switch state notification unit 11 Then, a signal indicating the state of the inspection switch 6 is sent (step S4). At this time, if the state of the inspection switch 6 is the inspection state, the switch state notification unit 11 sends an inspection state signal indicating that the state of the inspection switch 6 is the inspection state, and the state of the inspection switch 6 is If in the normal state, a normal state signal indicating that the state of the inspection switch 6 is the normal state is sent.

  Thereafter, the switch state notifying unit 11 determines whether or not all the switches in the inspection switch 6 are in the normal state (step S5). In step S5, when the switch state notifying unit 11 determines that all the switches in the inspection switch 6 are in the normal state, the process returns to step S1, while in step S5, any of the inspection switches 6 If the switch state notification unit 11 determines that the switch state is the inspection state, the process returns to step S3. Thereby, when the state of the inspection switch 6 is the inspection state, an inspection state signal is periodically sent to the switch state storage unit 17, and immediately after the state of the inspection switch 6 is switched from the inspection state to the normal state, The inspection state signal is stopped from being sent, the normal state signal is temporarily sent to the switch state storage unit 17, and then the normal state signal is stopped from being sent to the switch state storage unit 17.

  On the other hand, when the switch state notification unit 11 determines that communication between the switch state notification unit 11 and the switch state storage unit 17 is not possible in step S3, the switch state notification unit 11 Then, a signal for instructing activation of the OS unit 22 is sent. Thereby, the OS unit 22 is activated under the control of the management engine unit 25 (step S6). Thereafter, the network communication unit 12 of the elevator monitoring device 3 and the network communication unit 18 of the terminal device 4 can communicate with each other, and communication between the switch state notification unit 11 and the switch state storage unit 17 is possible ( Step S7). Thereafter, the process proceeds to step S4.

  Next, the operation of the OS stop inhibiting unit 21 will be described. FIG. 7 is a flowchart showing the operation of the OS stop inhibiting unit 21 in FIG. First, the OS stop suppression unit 21 determines whether an OS stop signal has been received from the OS stop operation unit 20 (step S11). If the OS stop suppression unit 21 determines that the OS stop signal is not received from the OS stop operation unit 20 in step S11, step S11 is repeated.

  On the other hand, when the OS stop suppression unit 21 determines that an OS stop signal is received from the OS stop operation unit 20 in step S11, the OS stop suppression unit 21 obtains information on the state of the inspection switch 6 from the switch state storage unit 17. Read (step S12).

  Thereafter, the OS stop inhibiting unit 21 determines whether or not any of the inspection switches 6 is in the inspection state (step S13). In step S13, when the OS stop suppression unit 21 determines that any of the inspection switches 6 is in the inspection state, the OS stop suppression unit 21 does not stop the OS unit 22, but for a certain period of time. A warning image is displayed on the display unit 24, and further, a warning sound is emitted from the sound generation unit 23 (step S14), and the process returns to step S1.

  On the other hand, if the OS stop suppression unit 21 determines in step S13 that all the switches in the inspection switch 6 are in the normal state, the OS stop suppression unit 21 causes the display unit 24 to display a normal image ( Then, the OS unit 22 is stopped (step S16).

  As described above, according to the warning device 1 according to the first embodiment of the present invention, the warning device 1 is used when inspecting the elevator 2 including the inspection switch 6 whose state is switched between the normal state and the inspection state. The terminal device 4 is switched from the active state to the dormant state when the check switch 6 is in the check state. When the terminal device 4 is operated as described above, the state remains in the active state, so that the inspection work is finished, the state of the inspection switch 6 remains in the inspection state, and the state of the terminal device 4 is changed from the active state. Even if the operator operates the terminal device 4 so as to switch to the dormant state, the state of the terminal device 4 remains in the active state. Accordingly, it is possible to reliably notify the operator that the state of the inspection switch 6 is in the inspection state after the inspection operation is completed.

  In addition, the terminal device 4 generates a warning sound when the terminal device 4 is operated so that the state of the inspection switch 6 is the inspection state and the state is switched from the active state to the sleep state. Therefore, when the terminal device 4 is operated so that the state of the inspection switch 6 remains in the inspection state and the state of the terminal device 4 is switched from the active state to the dormant state, the sound generation unit 23 warns. A sound is emitted, and the operator can be more surely notified that the state of the inspection switch 6 is in the inspection state.

  The terminal device 4 is a display unit that displays a warning image when the state of the inspection switch 6 is the inspection state and the terminal device 4 is operated so that the state is switched from the active state to the sleep state. 24, when the terminal device 4 is operated such that the state of the inspection switch 6 remains in the inspection state and the state of the terminal device 4 is switched from the active state to the dormant state, the display unit 24 is A warning image is displayed, and the operator can be more surely informed that the state of the inspection switch 6 is in the inspection state.

  The warning device 1 includes a switch state notification unit 11 that sends an inspection state signal to the terminal device 4 indicating that the state of the inspection switch 6 is the inspection state only when the state of the inspection switch 6 is the inspection state. Thus, when the state of the inspection switch 6 is the inspection state, the terminal device 4 can be reliably notified that the state of the inspection switch 6 is the inspection state.

  Further, since the switch state notification unit 11 periodically sends the inspection state signal to the terminal device 4, even if communication between the switch state notification unit 11 and the terminal device 4 is temporarily disabled, After the communication between the switch state notification unit 11 and the terminal device 4 is recovered, the terminal device 4 can be reliably notified that the state of the inspection switch 6 is the inspection state.

  Further, the switch state notification unit 11 sends a normal state signal indicating that the state of the inspection switch 6 is the normal state to the terminal device 4 only when the state of the inspection switch 6 is the normal state. It is possible to reliably notify the terminal device 4 that the switch 6 is in the normal state.

  In addition, since the switch state notification unit 11 temporarily sends a normal state signal, it is prevented that the normal state signal is continuously sent to the terminal device 4 after the state of the inspection switch 6 returns to the normal state. The

  Further, the terminal device 4 is a case where the state of the terminal device 4 is in the dormant state, and when the state of the inspection switch 6 is the inspection state, the state is switched from the dormant state to the active state. If the inspection switch 6 is operated so that the state of the inspection switch 6 becomes the inspection state while the device 4 is in the inactive state, the state of the terminal device 4 is switched from the inactive state to the active state. Thus, the operator can be surely notified that the inspection switch 6 is in the inspection state.

  In the first embodiment, the warning device 1 including the terminal device 4 used when checking the elevator 2 has been described. However, the terminal device 4 used when checking a passenger conveyor such as an escalator or a moving sidewalk. The warning device 1 may be provided.

  In the first embodiment, the configuration in which the state information of the inspection switch 6 is input to the terminal device 4 via the elevator monitoring device 3 and the wireless LAN access point 5 has been described. Information is directly input to the terminal device 4 from the inspection switch 6 and information on the state of the inspection switch 6 is transmitted from the elevator control unit 7 to the terminal without passing through the elevator monitoring device 3 and the wireless LAN access point 5. The structure input into the apparatus 4 may be sufficient.

  In the first embodiment, the state where the OS is not operating is described as an example of the dormant state of the terminal device 4. However, as the dormant state of the terminal device 4, the OS does not operate and the sound generator 23 or The state in which the means for notifying the operator of the warning by the display unit 24 becomes inoperable, for example, hibernation (saving to the execution state HDD, stopping the power supply to the CPU and memory) and suspend (maintaining the execution state in the memory) The CPU may be shifted to the power saving mode while the power supply to the HDD, I / O, etc. is stopped).

  In the first embodiment, the configuration in which the OS stop operation unit 20 sends an OS stop signal to the OS stop suppression unit 21 when the OS stop button 46 is pushed down has been described. The OS stop operation unit 20 sends an OS stop signal to the OS stop suppression unit 21 in conjunction with a user directly operating or a personal computer that is turned on and off in conjunction with folding the notebook computer. May be.

  In the first embodiment, the configuration in which the communication between the elevator monitoring device 3 and the terminal device 4 is performed wirelessly has been described. However, the communication between the elevator monitoring device 3 and the terminal device 4 is performed by wire. It may be configured.

  In the first embodiment, when the state of the inspection switch 6 read by the switch state notification unit 11 is the inspection state, the switch state notification unit 11 stores the state of the inspection switch 6 in the switch state storage unit 17. Although the configuration for sending information has been described, the switch state notification unit 11 is stored in the switch state storage unit 17 regardless of whether the state of the inspection switch 6 read by the switch state notification unit 11 is the inspection state or the normal state. The configuration may be such that information on the state of the inspection switch 6 is sent.

  In the first embodiment, the state information of the inspection switch 6 stored in advance in the switch state storage unit 17 is compared with the state information of the inspection switch 6 sent from the switch state notification unit 11. The configuration in which the OS stop inhibiting unit 21 determines whether the state of the inspection switch 6 is the normal state or the inspection state has been described. However, the state of the inspection switch 6 is determined based on the state information of the inspection switch 6. The switch state storage unit 17 may determine whether the normal state or the inspection state. When the switch state storage unit 17 determines, the determination result is sent to the OS stop suppression unit 21. Moreover, the structure by which the determination result of the switch state notification part 11 is sent to the switch state memory | storage part 17 or OS stop suppression part 21 may be sufficient.

  In the first embodiment, the inspection switch 6 is a maintenance switch for displaying on the elevator display device (not shown) that the inspection work is in progress, and an illumination device provided on the ceiling of the car (FIG. Inspection switch for blinking 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 7 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 switches, and other switches may be used.

  1 warning device, 2 elevator, 3 elevator monitoring device, 4 terminal device, 5 wireless LAN access point, 6 inspection switch, 7 elevator control unit, 8 network communication unit, 9 serial communication unit, 10 elevator monitoring unit, 11 switch state Notification unit (transmitting device), 12 Network communication unit, 13 Serial communication unit, 14 LAN communication unit, 15 Active state operation unit, 16 Steady state operation unit, 17 Switch state storage unit, 18 Network communication unit, 19 Maintenance tool unit, 20 OS stop operation unit, 21 OS stop suppression unit, 22 OS unit, 23 sound generation unit, 24 display unit, 25 management engine unit, 26 wireless LAN communication unit, 27 power management unit, 28 active state operation hardware unit, 29 steady operation Hardware part, 30 power supply device, 31 CPU, 32 HDD , 33 HDD controller, 34 display, 35 display controller, 36 speaker, 37 sound controller, 38 keyboard / mouse, 39 input controller, 40 management CPU, 41 memory controller, 42 memory, 43 I / O controller, 44 wireless LAN interface, 45 Non-volatile memory, 46 OS stop button.

Claims (8)

When inspecting an elevator or passenger conveyor equipped with an inspection switch for switching the state between a normal state and an inspection state, the monitoring device monitoring the elevator or the passenger conveyor is communicatively connected and used. A terminal device whose state is switched between an active state and a dormant state by
In the terminal device, when the state of the inspection switch is the inspection state, and the terminal device is operated so that the state is switched from the active state to the dormant state, the state is the active state. leave the Do of Ri,
In the terminal device, when the state of the terminal device is the dormant state, and the state of the inspection switch is the check state, the state is switched from the dormant state to the active state. Warning device to do.   The terminal device generates a warning sound when the state of the inspection switch is the inspection state, and the terminal device is operated so that the state is switched from the active state to the hibernation state The warning device according to claim 1, further comprising:   The terminal device displays a warning image when the state of the inspection switch is the inspection state and the terminal device is operated so that the state is switched from the active state to the hibernation state The warning device according to claim 1, further comprising a portion.   The apparatus further comprises a transmission device that sends an inspection state signal indicating that the state of the inspection switch is the inspection state to the terminal device only when the state of the inspection switch is the inspection state. The warning device according to any one of claims 1 to 3.   The warning device according to claim 4, wherein the transmission device periodically transmits the inspection status signal.   The transmission device transmits a normal state signal indicating that the state of the inspection switch is a normal state to the terminal device only when the state of the inspection switch is the normal state. The warning device according to claim 4 or 5.   The warning device according to claim 6, wherein the transmission device temporarily transmits the normal state signal. State is used is communicatively connected to a monitoring apparatus for monitoring the elevator or the passenger conveyor when inspecting the elevator or passenger conveyor with a Waru inspection switch replacement over to the inspection state the normal state, is operated a Waru terminal state exchange switches to the hibernation and activity state by Rukoto,
In the case the state of the inspection switch is in the inspection state, when a state is operated as Waru exchange over to the dormant state from the active state, Ri Do remain state of the active,
The terminal device characterized in that when the state of the terminal device is the dormant state and the state of the inspection switch is the inspection state, the state is switched from the dormant state to the active state .

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