JP2004316283A - Monitoring system for automatic door - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a system for enhancing convenience and operability in monitoring automatic doors by monitoring on one monitoring screen information necessary for confirming the present condition of each door on most or all of door units to be monitored even if they are as many as ten-odd or scores and displaying detailed information on each door if necessary. <P>SOLUTION: A plurality of door units provided with controllers 8 for controlling the operation of the automatic doors are installed. The controller of each door unit is connected with a computer PC on a computer network 1, and a monitoring screen for taking a look at a unit display section including a display of opened/closed conditions from which the present condition and abnormality of each door can be confirmed, is displayed on a display part of the computer corresponding to every controller 8 of each door unit. Each unit display section is provided with an input part for setting the temporary opening/closing operation of the doors, and an operating button for reading detailed information. The operation of the operating button allows a display of detailed information for confirming operation information and maintenance information stored in the controllers of the door units to control the main opening/closing operation of the automatic doors. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

[0001]
TECHNICAL FIELD OF THE INVENTION
The present invention relates to an automatic door monitoring system, and more particularly, to a monitoring system capable of confirming the opening / closing status of each door and occurrence of an abnormality in a plurality of door units including a controller for controlling the operation of the automatic door.
[0002]
[Prior art]
Generally, a door unit of an automatic door includes a motor for opening and closing the door, a sensor for detecting approach of a person or an object to the door, a control circuit for controlling operation of the motor in response to a signal from the sensor, and the like. And a controller provided. When a person or an object approaches the door, a signal from the sensor is input to the control circuit, whereby a required signal is output from the control circuit to the motor, and the opening / closing operation of the door is controlled. ing.
[0003]
The operation information of the automatic door, for example, the opening / closing speed of the automatic door, the opening time, etc., are set to the values at the time of shipment from the manufacturer, but the setting switches provided on the controller when installed at the site. To set the desired value.
It is necessary to change the set value of the operation information of the automatic door after installation due to a change in the environment of the installation place, a change in the number of users, and the like. In this case, it is common for the owner of the automatic door to contact a maker or a maintenance company, to have a serviceman come and have the serviceman operate the controller to change the set value.
[0004]
However, when changing the operation information of the automatic door, it is difficult to promptly respond if the service person goes to the site in response to the communication from the owner.
Accordingly, the present applicant has proposed a monitoring system that enables a user to check the opening / closing status and occurrence of an abnormality of each door in which a plurality of door units are arranged from a remote place without going to an automatic door installation site (Patent Reference 1).
More specifically, the monitoring system of Patent Document 1 has a plurality of door units provided with a controller for controlling the operation of an automatic door, and the controller of each door unit is connected to a computer on a computer network via network connection means. It is connected so that all the information on the operation of the automatic doors stored in the controller of each door unit is displayed on the display unit of the computer so that the information can be constantly monitored.
[0005]
[Patent Document 1]
JP 2003-90169 A
[0006]
[Problems to be solved by the invention]
However, in the aspect exemplified in the embodiment as the above conventional system, for each door unit, the operation information for controlling the opening / closing operation, which is the main operation of the automatic door, the maintenance information related to the maintenance of the door unit, and the current state of the door are All the open / closed states of the door that can be confirmed are displayed on the display unit of the computer.
Therefore, when connecting a large number of door units, for example, tens or tens of units, to a computer, it is sometimes difficult to display information about most or all of them in a list.
[0007]
The present invention has been made in view of the above-mentioned conventional circumstances, and in order to solve the problems of the above-mentioned conventional system, not only the case where the number of door units to be monitored is small but also the number of dozens or tens of units. However, most or all of them can be monitored on a single monitoring screen for the information necessary to check the current status of each door, and detailed information on each door is displayed as necessary, making it convenient for automatic door monitoring. It is an object of the present invention to provide a system for improving operability.
[0008]
[Means for Solving the Problems]
Such an automatic door monitoring system according to the present invention is provided with a plurality of door units provided with a controller for controlling the operation of the automatic door, and the controller of each door unit is connected to a computer on a computer network via network connection means. Connected to the display unit of the computer, and displays a monitor screen that can list unit display columns including an open / close status display for confirming the current state and abnormality of each door, corresponding to each controller of each door unit. Each unit display section further includes an input section for setting a temporary opening / closing operation of a door and an operation button for reading detailed information. The operation of the operation button causes the controller of the door unit to store an automatic door. Detail screen for checking the operation information and maintenance information that controls the main opening and closing operation of It is intended to be displayed (claim 1).
[0009]
Each unit display column of the monitoring screen is connected with an IP address assigned to a controller of each door unit, and it is possible to determine where the door unit is installed based on the code number and the entrance / exit number. .
The unit display section is displayed so that a predetermined number (for example, 20 to 25) of display sections can be listed in the monitoring screen. If the number of connected door units exceeds that, the screen is scrolled or page-turned. The blocks are displayed sequentially or the unit display field is divided into blocks of a predetermined number, and the selected blocks are displayed by switching the display.
The door opening / closing status display of each door unit indicates not only the door opening / closing operation, the open / closed state, but also an error display when the door is performing an error operation such as stopping or reversing due to an obstacle or the like. Is included.
[0010]
Therefore, according to the monitoring system, the current open / close status of a plurality of automatic doors can be managed as a list on the monitor screen displayed on the display unit of the computer at the management center or an arbitrary place, and the unit display column can be managed. The input unit can be used to set the door opening / closing operation temporarily, and if there is an abnormality in the door unit, it can be found quickly from the unit display column and, if necessary, the door unit It is also possible to read out the detailed information and rewrite the operation information.
[0011]
It is preferable that the unit display section includes a display of a connection state of each door unit with the controller and a number of times of opening and closing of the door, which is a part of the maintenance information.
Thereby, it is easy to distinguish a door unit to be monitored from a door unit which is not monitored, and it is possible to know the maintenance time without reading detailed information by displaying the number of times the door is opened and closed.
[0012]
More specifically, the input section of the unit display section includes an open command section for holding the door open at the fully open position, a close command section for holding the door in the closed state, and a half-opened position for opening or closing or opening. (Claim 3), a speed change command unit for setting different opening / closing speeds, and a startup restriction command unit for prohibiting entry from one of the entrances and exits (Claim 4). .
Thereby, the temporary opening / closing operation of the door can be output from the monitoring screen and operated easily.
In order to further enhance the convenience, the output of the speed change command section and the start-up control command section includes an operation time zone that can be input on a setting screen (claim 5). It is desirable to provide a collective operation button for collectively inputting each command in the input section of the display field.
[0013]
BEST MODE FOR CARRYING OUT THE INVENTION
Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is an explanatory diagram showing an automatic door monitoring system. A plurality of units (three units are illustrated in the drawing for convenience of explanation) installed in a building (building) A, but may be tens or tens. The automatic door unit (door unit 1, door unit 2, door unit 3) and the automatic door unit (door unit 4) installed in the building (building) B are connected to the computer network 1, whereby the network 1 The upper computers (PC1, PC2, PC3, PC4) and the automatic door units (door unit 1, door unit 2, door unit 3, door unit 4) are connected. That is, the automatic door unit is the same network terminal as a computer, a printer, and the like connected to the network.
The computer network 1 is not limited to the LAN (local area network) shown in FIG. 2, but may be a WAN (wide area network). The computer connected to the network may be a single computer (base computer) (PC1) installed at a base. A plurality of subcomputers (PC2 to PC4) may be installed.
[0014]
FIG. 2 is a block diagram showing one configuration of the door unit. The automatic door 2 is attached to a door opening formed in a building (building) and opens and closes the door, and an engine of a power source for operating the automatic door 2. (Motor) 3, a human body detection sensor 4 installed outside and inside the automatic door and outputting a start signal for opening and closing the automatic door, an auxiliary sensor 5 including a light emitter and a light receiver arranged over the opening, An electric lock 6 for mechanically locking the automatic door 2 with an electromagnetic solenoid or the like, an electric lock controller 7 for locking / unlocking the electric lock 6, and a controller 8 for controlling the operation thereof.
An engine (motor) 3 for operating the automatic door 2, a human body detection sensor 4 and an auxiliary sensor 5 for outputting a start signal for opening and closing the automatic door 2, and an electric lock controller 7 for locking / unlocking the electric lock 6 are provided by a controller. 8 is electrically connected.
[0015]
As shown in FIG. 2, the controller 8 includes an engine control circuit 9 for controlling the engine (motor) 3, a sensor control circuit 10 for controlling the human body detection sensor 4 and the auxiliary sensor 5, and a sensor control circuit 10. A computing unit 11 connected to receive signals and communicably connected to the engine control circuit 9; a storage unit 12 further communicably connected to the computing unit 11; And an interface unit (I / F) 13 having a communication unit for outputting a signal from the computer to a computer on a computer network, and a communication unit for inputting a signal from the computer to the arithmetic unit 11.
An interface unit (I / F) 13 for connecting the controller 8 to a computer network includes a communication unit (for example, Ethernet) that matches a communication unit (for example, an input / output port of RS232C) provided in the arithmetic unit 11 of the controller 8. (Registered trademark)), whereby the computer and the controller can transmit and receive communication data.
Then, a network / IP address is assigned to the interface unit (I / F) 13. This network / IP address is set to an address which does not overlap even if a plurality of automatic door units are connected on the computer network, so that a specific automatic door unit can be monitored and instructed.
[0016]
The storage unit 12 stores operation information for controlling the opening / closing operation, which is a main operation of the automatic door 2, maintenance information relating to the maintenance of the door unit, and opening / closing status for confirming the current state of the door. A list is displayed on the display unit of the computer PC on the computer network 1 connected via the I / F 13 so as to be constantly monitored.
Note that only one computer PC is installed in the management center 30 serving as a base. This computer PC has several, ten or more or several tens of door unit controllers via a network such as a LAN. 8 is to be connected.
[0017]
The computer PC includes an input unit for inputting various data by key operation, a display unit for displaying various data, a calculation unit for controlling the display unit in response to a signal from the input unit, and a storage unit for storing various information. It is a well-known device provided with a constituent microprocessor, and may be a desktop type or a notebook type.
[0018]
Although FIG. 2 illustrates a case where each controller 8 of the door unit and the computer network 1 are connected via the interface unit (I / F) 13, FIG. As shown, the connection may be made via the server 15.
When a server 15 is used in place of the interface unit (I / F) 13, a server 15 is provided in each controller 8 of each door unit 1, 2, 3,... N, and a network / IP address is assigned by the server 15. It is also good to do so. It is also optional to provide the server 15 with other functions in addition to address assignment.
[0019]
The contents (display screen) displayed on the display unit of the computer will be described with reference to FIGS.
FIG. 4 shows a list display screen (monitoring screen) having n-digit unit display fields assigned to code numbers (1 to n).
The unit display columns correspond to the door units 1, 2, 3,... N described above. Specifically, the door units 1, 2, 3,. , 2, 3... N) or an IP address assigned to the server 15.
[0020]
The assignment of the IP address is input by writing a predetermined address in the “IP address” column of the setting screen (see FIG. 5) read by pressing the setting button in FIG. 4 and pressing the registration button.
When the IP address is set on the setting screen, the door number (door unit number) 1, 2, 3,... N corresponding to the address is written in the “installation location / comment” column, and other characteristics such as door type and weight. Is written as supplementary information. The information in the "mounting location / comment" column is displayed in the "mounting location" column in each unit display column and is used for reference to door information.
By clicking on the "installation location" in the monitoring screen (FIG. 4), the corresponding IP address is displayed in the "installation location" column of each unit display column. The IP address can be browsed also on the above.
[0021]
In addition, in the monitoring screen of FIG. 4, in each of the unit display columns, in addition to the “attachment place” column, a “connection” column that displays a connection state with each door unit, and an opening / closing status of each door are displayed. "Status" column and "Abnormal" column, "Opening / closing frequency" column for displaying the number of times each door is opened and closed, "Open", "Closed", "Half open", "Speed 2" for setting the temporary opening / closing operation of each door , "Start 2", and a "Details" button.
At the bottom of the monitoring screen, there are provided "open", "close", "half-open", "speed 2", and "start 2" buttons for collectively inputting commands to the input unit.
[0022]
The “connection” column displays a connection status between the computer PC and the door unit in the unit display column, in other words, a communication status. In a state where communication is being performed, a circle of a predetermined color (for example, green) (Circle) is displayed, and a circle of a different color (for example, a red circle) is displayed when communication is not performed. Further, in the case of a failure on the wiring or the like, an X mark is displayed.
The “state” column displays the current state of the door in the unit display column, specifically, the state of the opening / closing operation with a figure that can be visually identified. Specifically, in FIG. 4, a figure a indicates that the door is closing, a figure b indicates that the door is opening, a figure c indicates that the door is fully opened, a figure d indicates that the door is fully closed, and a figure c indicates that the door is fully closed. Indicates that the door is open, and when d continues, indicates that the door is closed.
Note that the above figures a to d are not limited to those shown in the figures, and the open / closed state can be visually discriminated, such as a bar graph form in which a colored portion sequentially extends from fully opened to fully closed. Should be fine.
The `` abnormal '' column displays the case where the controller recognizes an error and performs an error operation, such as when the door stops due to an obstacle or the like.During the error operation, for example, a red circle is displayed, and the error is displayed. The display disappears when the process ends and returns to the normal operation.
[0023]
The “opening / closing count” column displays a numerical value obtained by counting the number of opening / closing operations of the door unit, and may indicate any of a cumulative count since installation of the door unit and a cumulative count per day. It is optional, but preferably displays the total number of times.
The display of the “number of times of opening / closing” column is displayed as maintenance information on a detailed screen (see FIG. 6) described later, but can be extracted from the information and displayed.
[0024]
The “open” input unit is a command unit that outputs a signal that holds the door in a fully open state, that is, an open state, and the “close” input unit is a command unit that outputs a signal that holds the door in a fully closed state, that is, a closed state. .
The “half-open” input unit is a command unit that outputs a signal for opening and closing the door at a half-open position (half-open operation). When combined with a command from the “open” input unit, the door is opened at the half-open position. It is assumed that.
The "speed 2" input unit is a command unit that outputs a signal for opening and closing the door at a speed different from the preset standard speed, and is generally set when the door is opened and closed at night at a lower speed than during the day.
The “activation 2” input unit is a signal for disabling one of the inside and outside of the human body detection sensor that outputs a start signal for opening and closing the door, that is, usually, the inside and outside human body detection sensors are enabled, and the Is a command unit that disables one of them and outputs a signal to prohibit entry or entry, and is generally set when entry is prohibited during a certain time period at night. .
[0025]
Each of the input units has a check column (input column) for each unit display column, and when the check column is clicked, a check mark is set (ON), whereby the corresponding command signal described above is output. When the user clicks the check box again, the check mark is removed and the check box is turned off.
The command time zone is set in the "speed 2" input section and the "start 2" input section. Specifically, the setting screen of FIG. 5 read by operating the setting button in FIG. 4 is provided with a “speed 2 time” input field and a “start 2 time” input field. And the end time in 24 hours (for example, “22:00” “09:00” specifying the night time zone), the operation of “speed 2” and the “start 2” The action works.
[0026]
By clicking on the batch operation buttons (buttons of “open”, “close”, “half open”, “speed 2”, and “start 2”), all of the corresponding check boxes in each unit display box are checked. The mark is input (ON). For example, when the "open" button is clicked, a check mark is input to the "open" input section (check box) of all the unit display fields.
When the clicked button is clicked again, the check mark is removed from all the check boxes (OFF).
[0027]
The "details" button is provided at the right end of each unit display column, and by clicking the button, operation information stored in the controller of the corresponding door unit and controlling the main opening / closing operation of the automatic door. A detailed screen (see FIG. 6) for confirming the maintenance information is displayed.
[0028]
The detail screen will be described with reference to FIG. 6. FIG. 6 shows the detail screen of the door unit connected to the unit display column of code number 1, and in order to clarify the correspondence with the door unit, the code number is displayed at the upper left of the figure. , IP address and installation location are displayed, as well as detailed data, ie, operation information and maintenance information.
The operation information and the maintenance information will be described. The operation information refers to information for controlling the opening / closing operation, which is the main operation of the door. , An auxiliary sensor), and information for confirming the operation of the auxiliary sensor.
[0029]
The parameter information stored in the controller includes the following items.
(A) Model code: represents the model of the connected controller (for example, a sliding door type or a swing door type). The illustration shows [1] which is a slide type controller, and [2] if it is a swing type controller.
(B) Stroke: The movement distance from the fully closed (fully closed) position to the fully opened (fully open) position, which is represented by a linear distance (unit: mm) in the case of the sliding type and by the number of encoder pulses in the case of the rotating type. The illustration shows that the stroke of the automatic door of the device 1 is 900 mm.
(C) Opening speed: a speed (%) when the door is opened from the closing completion to the opening completion, and is set in several steps (for example, 8 steps) from slow (15%) to fast (100%). The value is stored. The illustration shows a state set to fast (100). When inputting directly from a computer, an integer value of 15 to 100 may be input.
(D) Closing speed: The speed (%) when the door is closed from the fully opened position to the completely closed position. The set value is stored. The illustration shows a state set to late (70). When inputting directly from a computer, an integer value of 15 to 100 may be input.
(E) Opening time: It represents the time (unit: second) in the fully open state and is managed by an opening timer, and its setting value is several steps (for example, 15 steps) from short (0 seconds) to long (180 seconds). Is set separately. The illustration shows a state set to 1.0 second.
[0030]
(F) Reversing force: represents the strength (%) of the reversing (opening) rising during the closing operation, and is set in several steps (for example, 6 steps) from weak (10%) to strong (100%). ing. The illustration shows a state set to 50%.
(G) Opening temporary stop position: This represents the position of temporary stop just before opening (full opening), and the distance (unit mm) from the opening position to the stop position is small (0 mm) to wide (100 mm). The settings are divided into stages (for example, six stages). The figure shows a state in which it is set to stop temporarily 10 mm before the opening is completed.
(H) Closing temporary stop position: This indicates the position of temporary stop before closing (fully closed), and the distance (unit mm) from the closing position to the position of temporary stop is narrow (10 mm) to wide (100 mm). It is set in several stages (for example, six stages). The figure shows a state in which the apparatus is set to be temporarily stopped at 40 mm before closing.
(I) Protection function: Sensitivity of stopping or reversing (opening) the closing movement of the door when the closing door hits an obstacle. 0: No setting, dullness (10) to sensitivity (90) is set in several stages. The figure shows a state in which the sensitivity is set to (80), which is sensitive.
[0031]
(J) Opening push: The door is opened to the opening stopper position outside the stroke setting position (opening completion), or the stroke setting position indicates the fully open position, [0] indicates the stroke setting position, and [1] ] Indicates opening to the stopper position. The drawing shows a state in which the stroke setting position is set to the fully open position because it is [0].
(K) One cycle: indicates whether or not a one-cycle operation is a one-cycle operation in which the start signal is always opened to the fully open position, [0] is an operation to close immediately after the start signal is cut off, and [1] is always open to the fully open position. Represents an action. In the figure, since it is [1], a one-cycle operation is set.
(L) Manual opening: Represents the movement when the door is manually opened from the door closing position, [0]: no manual opening, [1]: closes at low speed from the opening position, [2]: stops at the opening position Then, four types are set: [3]: Close at low speed after open timer, [3]: Same as start input (start closing operation at low speed from open position). The illustration shows a state where [1] is set.
[0032]
(M) Start-up delay: This represents the time (seconds) from the input of the start-up signal to the drive of the motor, and short (0.0 seconds) to long (1.0 seconds) are set in several steps. The figure shows a state in which no time difference is set from the input of the start signal to the driving of the motor since 0.0 seconds is set.
(N) Sensor reception: represents a set time (0 to 6.0 seconds) until the sensor 4 receives a detection operation after the power is turned on. In the figure, since 6.0 seconds are displayed, the signal of the sensor 4 is not received for 6.0 seconds after the power is turned on, and no activation signal is output.
(O) Auxiliary light diagnosis: In order to diagnose whether or not the auxiliary sensor 5 operates normally, the time from when the auxiliary sensor 5 is turned ON to when the diagnostic operation is started is displayed. Although [0.0] is shown in the figure, it is normally set to [3.0] seconds and [5.0] seconds.
(P) “Open extension”: When the opening / closing frequency is high, the opening time is extended, and a short (0 second) to a long (10 second) is set in several stages. The illustration shows a state where there is no extension setting since the open extension is 0.0.
(Q) Latching: For example, when a forklift or a trolley passes, the door is opened by a single switch operation and is kept open until the switch is operated again. The setting state is [1], The non-setting state is indicated by [0]. The figure shows a non-set state because it is [0].
[0033]
(R) Opening completion theory: This represents a setting state of whether the output of door opening completion is turned ON or OFF at the time of completion. In the figure, since it is [1], ON is output when the opening is completed.
Opening completion timing 1: The opening completion signal is output at a set position (unit: mm) before the door is completely opened.
Opening completion timing 2: It indicates that an opening completion signal is output after a set time (unit: second) after the door is opened.
Either one of the completion timing 1 and the completion timing 2 is set alternatively.
(S) Closing theory: Represents the setting state of whether the output of door closing completion is turned ON or OFF at the time of completion. In the figure, since it is [1], ON is output when the opening is completed.
Closing timing 1: This indicates that a closing completion signal is output at a set position (unit: mm) before the door is completed.
Closing timing 2: This means that a closing completion signal is output after a set time (unit: second) after the door is closed.
Either the closing timing 1 or the closing timing 2 is set alternatively.
[0034]
Information for confirming the operation of the external device includes the following items.
(T) Activation 1: Indicates the state (ON / OFF) of the human body detection sensor installed outside the door. The illustration shows a state in which it is set to ON.
(U) Activation 2: Indicates the state (ON / OFF) of the human body detection sensor installed inside the door. The illustration shows a state in which it is set to ON.
(V) Auxiliary light: Indicates the state (ON / OFF) of the object detection sensor installed over the frontage of the door. The illustration shows a state in which it is set to ON.
It should be noted that the above-mentioned “activation 1” and “activation 2” may be set such that the inside and outside of the target door are reversed.
[0035]
The following items can be given as the maintenance information related to the maintenance of the door unit.
Number of times of opening and closing: The total number of times that the door has been opened and closed, and the number of times that the door has been opened and closed per unit time (or day) are displayed.
Number of errors: The number of times a stop or deceleration signal has been generated by an obstacle (a person, an object, etc.) during the opening / closing operation of the door is displayed, and the error indicates at what stage during the opening / closing operation, for example, “first half opening”, “second half opening”. , “First half of closing”, and “second half of closing”.
[0036]
Thus, according to the above-described automatic door monitoring system, the monitoring screen (see FIG. 4) is displayed on the display unit of the computer PC of the management center 30 or any of the computers PC1 and PC2 connected to the network. By monitoring the unit display field displayed in the above, the current open / close status of the plurality of automatic doors can be managed as a list.
When it is necessary to temporarily change the opening / closing operation of the door due to a change in the situation at each entrance, the input unit such as “open”, “closed”, “half open” or the collective operation button in the monitoring screen is operated. By inputting a check mark in the check box of the necessary unit display column, it is possible to quickly respond to changes in the situation by opening the door, half-opening it, or changing the opening / closing speed. it can.
Further, while monitoring the monitoring screen, it is possible to identify the door unit in which the abnormality has occurred in the “abnormality” column of the unit display column, and to quickly respond.
Further, when a situation change or an abnormality occurs at each entrance, a detailed screen is displayed by clicking a “detail” button (see FIG. 6), and detailed operation data and the like of the door unit are checked therefrom. can do.
[0037]
In the above-described embodiment, the operation information of each door unit is not rewritten and changed in the detailed screen of FIG. 6, but the state of the doorway is similar to the previous application (Patent Document 1). When there is a change or occurrence of an abnormality, or when a request for changing the set value is made by a door user or the like, the set value of necessary information can be rewritten and changed while viewing the operation information on the detailed screen. It is also optional.
Further, the operation information and maintenance information displayed on the detailed screen are not limited to the exemplified parameters and maintenance items, and may be added or deleted as needed according to the model of the door unit.
[0038]
【The invention's effect】
According to the automatic door monitoring system of the present invention, on the display unit of the computer, the minimum necessary opening / closing status for confirming the current state and abnormality of the door unit is displayed as a unit display column. Even in the case of several tens of units, they can be monitored and managed simultaneously on one monitoring screen, and if any door unit has an abnormality, it can be quickly found in the unit display column can do.
In addition, it is possible to set the temporary opening and closing operation of the door using the input section of the unit display column, and it is also possible to read the detailed information of the door unit and rewrite the operation information as needed, System functions are also secured.
Therefore, it is possible to provide a system in which the convenience and operability in monitoring the automatic door are improved by improving the conventional system.
[0039]
According to the second aspect, the monitored door unit can be easily determined, and the display of the number of times of opening and closing of the door allows the maintenance time to be known without reading detailed information.
Furthermore, according to the third to sixth aspects, the change of the temporary opening / closing operation of a specific door unit or all the door units is input with good operability while the monitoring screen in which the plurality of unit display columns are displayed in a list is displayed. In a specific embodiment, the convenience of the monitoring system can be further improved.
[Brief description of the drawings]
FIG. 1 is a schematic diagram showing an automatic door monitoring system of the present invention.
FIG. 2 is a schematic diagram illustrating a configuration of an automatic door unit.
FIG. 3 is a schematic view showing another configuration of the automatic door unit.
FIG. 4 is a monitoring screen displayed on a display unit of a computer.
FIG. 5 is a setting screen displayed on a display unit of the computer.
FIG. 6 is a detailed screen displayed on the display unit of the computer.
[Explanation of symbols]
Door unit 1 to door unit 4 ... Automatic door unit
PC, PC1-PC4 ... Computer
1. Computer network
8 ... Controller
13 Interface unit
15 ... Server

Claims (6)

A plurality of door units provided with a controller for controlling the operation of the automatic door are installed, and the controller of each door unit is connected to a computer on a computer network via network connection means, and a display unit of the computer displays For each door unit controller, a monitoring screen is displayed that lists the unit display columns that include the open / close status display for checking the current status and abnormalities of each door. An input unit for setting a typical opening / closing operation and an operation button for reading detailed information are provided. By operating the operation button, operation information stored in a controller of the door unit and controlling a main opening / closing operation of the automatic door. An automatic door monitoring system that displays a detailed screen for checking maintenance information. 2. The automatic door monitoring system according to claim 1, wherein the unit display section includes a display of a connection state of each door unit with a controller and a number of times of opening and closing of the door, which is a part of the maintenance information. The input section of the unit display section includes an open command section that holds the door open at the fully open position, a close command section that holds the door closed, and a half-open command section that sets the open position at the time of opening or closing or opening to half open. The automatic door monitoring system according to claim 1 or 2, further comprising: The automatic input device according to claim 3, further comprising a speed change command unit that sets a different opening / closing speed, and a start control command unit that prohibits entry from one of the entrances and exits, in the input unit of the unit display field. Door monitoring system. 5. The automatic door monitoring system according to claim 4, wherein the output of the speed change command section and the start-up control command section includes an operation time zone that can be input on a setting screen. 2. The automatic door monitoring system according to claim 1, wherein the monitoring screen capable of listing the unit display columns includes a collective operation button for inputting a command at a time to an input section of each unit display column.

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