CN112486605A

CN112486605A - Facility management device and facility management method

Info

Publication number: CN112486605A
Application number: CN202010902049.1A
Authority: CN
Inventors: 吉川嘉浩
Original assignee: Azbil Corp
Current assignee: Azbil Corp
Priority date: 2019-09-12
Filing date: 2020-09-01
Publication date: 2021-03-12
Also published as: JP2021043759A; KR20210031609A

Abstract

The facility management device and the facility management method of the present invention can confirm the management information more easily than the conventional configuration. A facility management device of the present invention includes: a screen generation unit (13) that generates a management screen for managing an object that is at least one of a device (4) disposed on a floor of a facility and a device (3) that manages the device (4); and a screen output unit (14) that outputs data representing the management screen generated by the screen generation unit (13), wherein the screen generation unit (13) has: a drawing display unit (131) for displaying on the management screen a drawing of a floor to which a symbol indicating a target is attached; and a list display unit (132) that displays a list of management information of objects indicated by all symbols marked on the drawing displayed by the drawing display unit (131) on the management screen.

Description

Facility management device and facility management method

Technical Field

The present invention relates to a facility management apparatus and a facility management method for managing facilities.

Background

Conventionally, there is a facility management apparatus that manages facilities (for example, refer to patent document 1). In such a conventional facility management apparatus, a management screen for managing facilities is displayed. The management screen displays a map of the floor in the facility. In this drawing, symbols indicating the devices disposed on the floors are displayed at positions corresponding to the actual positions of the devices.

When the user selects a symbol on the management screen, the facility management apparatus displays the management information of the equipment indicated by the symbol on the management screen. The management information includes information such as the state of the device. Further, the facility management apparatus disclosed in patent document 1 has the following functions: when a user selects a symbol or the like on the management screen and requests list display, a list of management information of a device of the same type as the device indicated by the symbol is displayed on the management screen.

[ Prior art documents ]

[ patent document ]

[ patent document 1 ] Japanese patent laid-open No. 2005-285004

Disclosure of Invention

[ problem to be solved by the invention ]

However, as described above, in the conventional facility management apparatus, when confirming the management information, the user has to select symbols one by one from the drawing of the management screen, and the operation is complicated. In the facility management apparatus disclosed in patent document 1, the list is composed of management information of devices of the same type as the device selected by the user, and when different types of devices are mixed in the floor, it is not possible to display all the management information of the devices in a list.

The present invention has been made to solve the above-described problems, and an object thereof is to provide a facility management apparatus capable of easily confirming management information in comparison with a conventional configuration.

[ MEANS FOR SOLVING PROBLEMS ] A method for producing a semiconductor device

The facility management device of the present invention is characterized by comprising: a screen generation unit that generates a management screen for managing an object that is at least one of a device disposed on a floor of a facility and a device that manages the device; and a screen output unit that outputs data indicating the management screen generated by the screen generation unit, the screen generation unit including: a drawing display unit that displays on a management screen a drawing of a floor to which a symbol indicating a target is attached; and a list display unit that displays a list of management information of objects indicated by all symbols marked on the drawing displayed by the drawing display unit on the management screen.

[ Effect of the invention ]

According to the present invention, since the above configuration is adopted, the management information can be confirmed more easily than the conventional configuration.

Drawings

Fig. 1 is a diagram showing a configuration example of a facility management system according to embodiment 1.

Fig. 2 is a diagram showing a configuration example of a facility management device according to embodiment 1.

Fig. 3 is a diagram showing a configuration example of the screen generating unit in embodiment 1.

Fig. 4 is a flowchart showing an operation example of the facility management apparatus according to embodiment 1.

Fig. 5 is a flowchart showing an operation example of the screen generating unit in embodiment 1.

Fig. 6 is a diagram showing an example of a management screen on which a drawing is displayed by the drawing display unit in embodiment 1.

Fig. 7 is a diagram showing an example of a management screen in which a list is displayed on a list display unit in embodiment 1.

Fig. 8 is a diagram showing an example of a management screen on which a state setting screen is displayed by a setting display unit in embodiment 1.

Detailed Description

Embodiments of the present invention will be described in detail below with reference to the drawings.

Embodiment 1.

As shown in fig. 1, the facility management system includes a facility management apparatus 1, a

user terminal

2, 1 or more devices (targets) 3, and 1 or more devices (targets) 4.

The device 4 is a field device disposed on a floor of a facility to be managed by the facility management apparatus 1. Further, the machine 4 is connected to the device 3 via a network. The device 4 periodically outputs data indicating the state of the device (device 4) to the apparatus 3 via the network, for example. The state of the machine 4 referred to herein includes start/stop of the machine 4, a state value of the machine 4, a measurement value obtained by the machine 4, an alarm for the machine 4, and the like.

The facilities include a plant, a factory, a commercial facility, and the like. The equipment 4 may be an air conditioner, a temperature sensor, a lighting fixture, or the like.

The device 3 is a controller that is disposed on a floor of a facility regarded as a management target by the facility management apparatus 1 and manages the equipment 4. Further, the device 3 is connected to the facility management apparatus 1 via a network. The device 3 acquires data from the machine 4 indicating the status of the machine 4. The device 3 periodically outputs data indicating the state of the target to the facility management apparatus 1 via a network, for example. The data indicating the state of the target includes at least one of data indicating the state of the own device (device 3) and data indicating the state of the equipment 4 managed by the device 3. The state of the device 3 referred to here includes an alarm for the device 3.

The device 3 may be an air conditioner or a lighting device.

In the facility management system shown in fig. 1, 2

devices

3, 7

devices

4, 4 devices 4 connected to one

device

3, and 3 devices 4 connected to the other device 3 are shown. However, the number of the

devices

3 and 4 and the number of the devices 4 connected to 1 device 3 are not limited thereto.

The facility management apparatus 1 manages facilities. More specifically, the facility management apparatus 1 manages targets that are at least one of the devices 4 disposed on the floors of the facility and the devices 3 that manage the devices 4. Further, the facility management apparatus 1 is connected to the user terminal 2 via a network. The facility management apparatus 1 generates a management screen, and outputs data (screen data) indicating the management screen to the user terminal 2 via a network. The management screen is a screen for managing facilities regarded as management targets by the facility management apparatus 1, that is, a screen for managing targets. The facility management apparatus 1 generates the management screen using data including the data indicating the state of the object acquired from the device 3. The configuration example of the facility management apparatus 1 will be described later.

The user terminal 2 is a terminal used by a user. As shown in fig. 1, the user terminal 2 includes a display unit 21 and an operation input unit 22.

The display unit 21 displays a management screen indicated by screen data output from the facility management apparatus 1 (screen output unit 14 described later). The display unit 21 may be a crt (cathode Ray tube) monitor, an lcd (liquid Crystal display), or the like.

The operation input unit 22 is an instrument for the user to input an operation on the management screen displayed on the display unit 21. The operation input unit 22 may be a mouse or a keyboard. Data indicating the operation input through the operation input unit 22 is output to the facility management apparatus 1, and the facility management apparatus 1 executes processing corresponding to the operation.

Fig. 1 shows a case where the facility management apparatus 1 and the user terminal 2 are configured separately. However, the present invention is not limited to this, and the facility management apparatus 1 may incorporate the functions of the user terminal 2.

Next, a configuration example of the facility management apparatus 1 will be described with reference to fig. 2.

As shown in fig. 2, the facility management apparatus 1 includes a storage unit 11, an information acquisition unit 12, a screen generation unit 13, a screen output unit 14, and a control unit 15.

The information acquiring unit 12, the screen generating unit 13, the screen output unit 14, and the control unit 15 are realized by a Processing circuit such as a system lsi (large Scale integration), a cpu (central Processing unit) that executes a program stored in a memory, or the like.

The storage unit 11 stores various data processed in the facility management apparatus 1. The storage unit 11 is constituted by an hdd (hard Disk drive), a dvd (digital Versatile Disk), a memory, or the like. The data stored in the storage unit 11 includes facility information data, target information data, and the like. The target information data includes at least one of device information data and equipment information data.

The facility information data is data indicating information related to a facility. The information related to the facility includes a management (identification) code for identifying the facility, a name of the facility, a drawing of a floor in the facility, a management (identification) code for identifying a floor, a name of a floor, and a name of a room in the floor. The facility information data is registered in the storage unit 11 by a user or the like via the user terminal 2 or the like.

The device information data is data indicating information related to the device 4. The information related to the device 4 includes management information (detailed information) of the device 4, a position where the device 4 is disposed, a symbol indicating the device 4, and the like. The arrangement position of the device 4 is information indicating which room of which floor in the facility the device 4 is arranged in, and may be a coordinate value on the plane of the floor.

The management information of the device 4 includes a management (identification) code for identifying the device 4, a name of the device 4, a type (category) of the device 4, a state of the device 4, a tag (accompanying information) for the device 4, and the like. The state of the machine 4 referred to herein includes start/stop of the machine 4, a state value of the machine 4, a measured value obtained by the machine 4, a set value for the machine 4, an alarm for the machine 4, and the like.

Data indicating a management code, a name, a type, a label, a placement position, a symbol, and the like in the device information data is registered in the storage unit 11 by a user or the like via the user terminal 2 or the like. Further, the data indicating the state of the machine 4 in the machine information data is stored (updated) in the storage unit 11 one by one via the information acquisition unit 12.

The device information data is data indicating information related to the device 3. The information related to the device 3 includes management information (detailed information) of the device 3, a location where the device 3 is disposed, a symbol indicating the device 3, and the like. The arrangement position of the device 3 is information indicating which room of which floor in the facility the device 3 is arranged in, and may be a coordinate value on the plane of the floor.

The management information of the device 3 includes a management (identification) code for identifying the device 3, a name of the device 3, a state of the device 3, and the like. The state of the device 3 referred to here includes an alarm for the device 3.

Data indicating a management code, a name, an arrangement position, a symbol, and the like in the device information data is registered in the storage unit 11 by a user or the like via the user terminal 2 or the like. Further, the data indicating the state of the device 3 among the device information data is stored (updated) to the storage unit 11 one by one via the information acquisition unit 12.

Fig. 2 shows a case where the storage unit 11 is provided inside the facility management apparatus 1. However, the present invention is not limited to this, and the storage unit 11 may be provided outside the facility management apparatus 1.

The information acquisition unit 12 acquires data indicating the state of the target from the device 3. The data indicating the state of the target acquired by the information acquisition unit 12 is stored (updated) in the storage unit 11 as a part of the target information data. That is, the data indicating the state of the device 4 acquired by the information acquiring unit 12 is stored (updated) in the storage unit 11 as a part of the device information data. Further, the data indicating the state of the device 3 acquired by the information acquisition unit 12 is stored (updated) in the storage unit 11 as a part of the device information data.

Fig. 2 shows a case where the information acquisition unit 12 is provided inside the facility management apparatus 1. However, the information acquiring unit 12 is not limited to this, and may be provided outside the facility management apparatus 1.

The screen generation unit 13 generates a management screen using the data stored in the storage unit 11. When the user operates the management screen via the operation input unit 22, the screen generation unit 13 generates (updates) the management screen in accordance with the operation. The configuration of the screen generating unit 13 will be described later.

The screen output unit 14 outputs screen data indicating the management screen generated by the screen generation unit 13 to the user terminal 2 via the network.

When a user requests a state change of the device 4 on the management screen (a state setting screen displayed on the setting display unit 133 described later) generated by the screen generation unit 13 via the operation input unit 22, the control unit 15 instructs the device 4 to change the state. Thereafter, the device 4 changes the state in accordance with the instruction.

Next, a configuration example of the screen generating unit 13 will be described with reference to fig. 3.

As shown in fig. 3, the screen generating unit 13 includes a screen display unit 131, a list display unit 132, and a setting display unit 133.

The drawing display unit 131 displays the drawing of the floor to which the symbol indicating the target is attached in the drawing display area of the management screen. The symbol is displayed at a position on the drawing corresponding to the actual arrangement position (room) of the object represented by the symbol. The drawing display unit 131 changes the display of the symbol to be assigned to the drawing of the floor based on the management information of the object indicated by the symbol.

The list display unit 132 displays a list of management information of objects indicated by all symbols marked on the drawing displayed by the drawing display unit 131 in the list display area of the management screen.

Further, the list display unit 132 may have the following functions: when the user requests the management information indicated in the list to be sorted via the operation input unit 22, the management information is sorted based on the designated information among the information included in the management information.

When the user selects the device 4 by selecting the management information of the device 4 from the list displayed on the list display unit 132 via the operation input unit 22, the setting display unit 133 displays the state setting screen of the device 4 in the setting display area of the management screen. The status setting screen is a screen for setting the status of the device 4. The state of the device 4 described here includes start and stop of the device 4, a set value for the device 4, and the like. When the user selects a plurality of devices 4 by selecting a plurality of pieces of management information of the devices 4 from the list displayed on the list display unit 132 via the operation input unit 22, the setting display unit 133 displays a state setting screen for batch setting the states of the devices 4 in the setting display area of the management screen.

Similarly, the setting display unit 133 may have the following functions: when the user selects the device 4 by selecting a symbol indicating the device 4 on the drawing displayed on the drawing display unit 131 via the operation input unit 22, the state setting screen of the device 4 is displayed in the setting display area of the management screen. When the user selects a plurality of devices 4 by selecting a plurality of symbols representing the devices 4 on the drawing displayed on the drawing display unit 131 via the operation input unit 22, the setting display unit 133 displays a state setting screen for batch setting of the states of the devices 4 in the setting display area of the management screen.

Next, an operation example of the facility management device 1 shown in fig. 1 to 3 will be described with reference to fig. 4.

The storage unit 11 stores data such as facility information data and target information data. Further, the information acquisition section 12 acquires data indicating the state of the object from the device 3. Then, the data acquired by the information acquisition unit 12 is stored (updated) in the storage unit 11 as a part of the target information data one by one.

In the operation example of the facility management apparatus 1, as shown in fig. 4, first, the screen generating unit 13 generates a management screen using the data stored in the storage unit 11 (step ST 401). When the user operates the management screen via the operation input unit 22, the screen generation unit 13 generates (updates) the management screen in accordance with the operation. An example of the operation of the screen generating unit 13 will be described later.

Then, the screen output unit 14 outputs screen data indicating the management screen generated by the screen generation unit 13 to the user terminal 2 via the network (step ST 402). Then, the display unit 21 displays the management screen indicated by the screen data output by the screen output unit 14.

Each time the management screen is generated (updated) by the screen generation unit 13, the screen output unit 14 outputs screen data representing the management screen to the user terminal 2 via the network. Then, the display unit 21 displays the management screen indicated by the screen data output by the screen output unit 14. This updates the management screen displayed on the display unit 21.

Next, an operation example of the screen generating unit 13 in step ST401 will be described with reference to fig. 5.

In the operation example of the screen generating unit 13, as shown in fig. 5, first, the drawing display unit 131 displays a drawing of a floor to which a symbol indicating a destination is attached in the drawing display area of the management screen (step ST 501). The symbol is displayed at a position on the drawing corresponding to the actual arrangement position of the object represented by the symbol. The drawing display unit 131 changes the display of the symbol to be assigned to the drawing of the floor based on the management information of the object indicated by the symbol. Thus, the drawing display unit 131 graphically represents the management information of the object on the drawing.

For example, when the user requests the display of the drawing of the floor via the operation input unit 22, the drawing display unit 131 displays the drawing of the floor.

On the management screen shown in fig. 6, a drawing of 1 floor in a facility regarded as a management target by the facility management apparatus 1 is displayed, and symbols indicating the devices 4 arranged on the floor are marked on the drawing. In fig. 6, reference numeral 601 denotes a drawing, and reference numeral 602 denotes a symbol (in fig. 6 to 8, only 1 symbol is denoted by reference numeral 602).

In fig. 6, the drawing display unit 131 indicates a symbol indicating the device 4 on the drawing. However, the drawing display unit 131 is not limited to this, and marks a symbol indicating at least one of the device 4 and the equipment 3 on the drawing based on a preset setting, a user operation, or the like.

In the drawing shown in fig. 6, a case is shown in which 2 machines 4 are arranged in a room of "Ap square", 3 machines 4 are arranged in a room of "backyard", 3 machines 4 are arranged in a room of "conference room 1", and 1 machine 4 is arranged in each of the other rooms.

In fig. 6, the drawing display unit 131 represents the start/stop state of the machine 4 by coloring the center of the mark of the machine 4 in the on state with black and coloring the center of the mark of the machine 4 in the off state with gray. Fig. 6 shows a diagram in which the device 4 (the device 4 indicated by the symbol 602 a) disposed in the room "B-1" is in an on state and the other devices 4 are in an off state. The devices 4 disposed in the room "B-1" are periodically switched between the on state and the off state, and are in the on state in the drawings shown in fig. 6 and 8 and in the off state in the drawings shown in fig. 7.

In fig. 6, the drawing display unit 131 displays a label for the device 4 by highlighting a symbol indicating the labeled device 4 with a light gray outer periphery. In the drawing shown in fig. 6, there is shown a case where 2 machines 4 (machines 4 indicated by symbols 602b, 602 c) arranged in the room of "Ap square" and 1 machine 4 (machine 4 indicated by symbol 602 d) of the machines 4 arranged in the room of "backyard" are labeled.

In fig. 6, the symbols are simple symbols. However, the mark is not limited to this, and may be any mark, for example, a mark imitating the shape or the feature of the object (the machine 4 in fig. 6).

In the management screen shown in fig. 6, a detail screen is displayed on the right side. The detail screen is a screen showing details of the floor drawing displayed on the management screen. In fig. 6, reference numeral 603 denotes a detail screen.

On the detail screen shown in fig. 6, basic information, explanatory information, and display setting information are displayed. The basic information is the basic information related to the above-described drawing, and the management code of the above-described floor is shown in fig. 6. The description information is information showing a description related to the above-described drawing. The display setting information is information related to the display setting of the drawing.

In the detail screen shown in fig. 6, a navigation screen, a highlight display selection screen, and a layer selection screen are displayed as display setting information. In fig. 6, reference numeral 604 denotes a navigation screen, reference numeral 605 denotes an emphasized display selection screen, and reference numeral 606 denotes a layer selection screen.

The navigation screen is a screen for enlarging or reducing the above-mentioned picture. The highlight display selection screen is a screen for selecting information to be regarded as a highlight display target for a symbol among information included in the management information. The layer selection screen is a screen for selecting a layer regarded as a display object among the above-described pictures. That is, in fig. 6, the drawing is composed of a plurality of layers.

In the highlight display selection screen shown in fig. 6, a label and an alarm are displayed as candidates for information to be regarded as a highlight display target. In the highlight display selection screen shown in fig. 6, the forced operation and the non-service object are shown as candidates for the label to be regarded as the highlight display object. The forced operation means to make the state of the specific machine 4 a state that is forcibly specified. The non-service object is an object for excluding the specific machine 4 from service such as an alarm.

In the highlight display selection screen shown in fig. 6, a tab is selected as information to be highlighted, and a forced operation and a non-service object are selected as tabs to be highlighted.

In the layer selection screen shown in fig. 6, all layers are selected as layers to be displayed in the above-described drawing.

Then, when the user operates each screen displaying setting information shown in fig. 6 via the operation input unit 22, the drawing display unit 131 updates the drawing of the floor displayed on the management screen in accordance with the operation.

Then, the list display unit 132 displays a list of the management information of the objects indicated by all the symbols marked on the drawing displayed on the drawing display unit 131 in the list display area of the management screen (step ST 502). The management information indicated by the list displayed on the list display unit 132 is the same information as the management information indicated by the symbol displayed on the drawing display unit 131, and it is not necessary to acquire new information.

Further, for example, when the user requests the display of the list via the operation input unit 22, the list display unit 132 displays the list.

In the management screen shown in fig. 6, a display button for displaying a list is provided in the form of a hidden button. In the management screen shown in fig. 6, a state in which the display buttons are hidden is shown. Then, when the user brings a cursor (not shown) close to the region of the management screen in which the display buttons are hidden on the management screen in which the display buttons are hidden via the operation input unit 22, the display buttons appear on the management screen. Then, when the user clicks the display button via the operation input unit 22, the screen transitions to the management screen shown in fig. 7.

In the management screen shown in fig. 7, the management information of the devices 4 indicated by all symbols marked on the drawing shown in fig. 6 is displayed in a list. In the management screen shown in fig. 7, the list display area is a position overlapping the drawing display area, and the list is displayed in a manner partially overlapping the drawing. In fig. 7, reference numeral 701 denotes a list.

In the list shown in fig. 7, as management information, a management code, a name, a type, start/stop (referred to as "value/state" in the list shown in fig. 7), an alarm, and a tag are displayed. In addition, in the list shown in fig. 7, a check box for selecting the machine 4 is provided. In the list shown in fig. 7, only part of the management information is displayed on the management screen, and the management information in the non-display state is displayed on the management screen by moving the scroll bar.

In the case where there are a plurality of symbols representing objects of the same type in the drawing, 1 column (1 line) is assigned to 1 management code in the list.

For example, when the user selects any one of the items indicated in the uppermost column in the list shown in fig. 7 via the operation input unit 22, the list display unit 132 sorts the management information in accordance with the information indicated by the selected item.

When the user selects, for example, the "value/state" among the items in the list shown in fig. 7 via the operation input unit 22, the list display unit 132 sorts the management information in the order of the on-state device 4 and the off-state device 4, for example, from above. When the user selects the "value/state" again via the operation input unit 22, the list display unit 132 sorts the management information in the order of the off-state device 4 and the on-state device 4, for example, from above.

When the user selects "alarm" among the items in the list shown in fig. 7, for example, via the operation input unit 22, the list display unit 132 sorts the management information in the order of the alarm-enabled device 4 and the alarm-disabled device 4, for example, from above. When the user selects the "alarm" again via the operation input unit 22, the list display unit 132 sorts the management information in the order of, for example, the device 4 without an alarm and the device 4 with an alarm from above.

Further, when the user selects, for example, "tag" in the items in the list shown in fig. 7 via the operation input unit 22, the list display unit 132 sorts the management information in the order of the tagged device 4 and the untagged device 4, for example, from above. When the user selects the "tab" again via the operation input unit 22, the list display unit 132 sorts the management information in the order of the non-tab device 4 and the tab device 4, for example, from above.

In this way, by sorting the management information of the list on the condition that the information specified by the user is used by the list display unit 132, the user can easily select the device 4 to be changed from the list when changing the states of a plurality of devices 4 in a batch manner, for example.

Further, in the management screen shown in fig. 7, a non-display button for causing the list not to be displayed is provided in the form of a hidden button. Then, when the user brings the cursor close to the area where the non-display button is hidden on the management screen where the non-display button is hidden via the operation input unit 22, the non-display button appears on the management screen. The management screen shown in fig. 7 shows a state where a non-display button appears, and the reference numeral 702 denotes the non-display button. Then, when the user clicks the non-display button via the operation input unit 22, the list is not displayed and returns to the management screen shown in fig. 6.

Fig. 6 and 7 show a case where a drawing with a symbol is displayed on the management screen displayed at the beginning and a list of management information of the device 4 indicated by the symbol is displayed according to a subsequent user operation. However, the display example of the management screen is not limited to this, and for example, both the drawing to which the mark is attached and the list of the management information of the device 4 indicated by the mark may be displayed on the management screen that is initially displayed. That is, in this case, the user does not need to click the display button for displaying the list.

In the above description, the drawing display unit 131 displays the drawing of the floor marked with the symbol indicating the equipment 4, and the list display unit 132 displays the management information of the equipment 4 indicated by all the symbols marked on the drawing in a list.

On the other hand, when the drawing display unit 131 displays a drawing on which floors marked with symbols indicating the devices 3 are displayed, the list display unit 132 displays management information of the devices 3 indicated by all the symbols marked on the drawing in a list. In the list in this case, as the management information, for example, a management code, a name, and an alarm are displayed, and the type, the start/stop, and the tag are not displayed because there is no information.

In addition, when the drawing display unit 131 displays a drawing on which floors the symbols indicating the devices 4 and the symbols indicating the devices 3 are marked, the list display unit 132 displays management information of the devices 4 and the devices 3 indicated by all the symbols marked on the drawing in a list.

As described above, the facility management apparatus 1 according to embodiment 1 has a display function in a list format of management information of objects indicated by all symbols on a drawing, in addition to a display function (illustration display function) of the drawing on which the symbols are marked. That is, the facility management apparatus 1 expresses management information of all objects expressed in a graphic form also in characters. In this case, the facility management apparatus 1 realizes the list of the management information only by the additional display of the drawing of the floor, not by the screen transition.

Thus, the user does not need to select symbols one by one from the drawing of the management screen when confirming the management information, and the facility management apparatus 1 can display all the management information on the objects in a list even when different types of objects are mixed in the floor. Therefore, the facility management apparatus 1 enables the user to more easily confirm the management information than the conventional facility management apparatus.

When the user selects the device 4 by selecting the management information of the device 4 from the list displayed on the list display unit 132 via the operation input unit 22, the setting display unit 133 displays the state setting screen of the device 4 in the setting display area of the management screen (step ST 503). When the user selects a plurality of devices 4 by selecting a plurality of pieces of management information of the devices 4 from the list displayed on the list display unit 132 via the operation input unit 22, the setting display unit 133 displays a state setting screen for batch setting the states of the devices 4 in the setting display area of the management screen.

In the management screen shown in fig. 8, the user sequentially selects 2 devices 4 (devices 4 whose management codes are "mg.bv01" and "mg.bv02") from above through check boxes in the list shown in fig. 7, and the state setting screen for these 2 devices 4 is displayed on the right side. In the management screen shown in fig. 8, a status setting screen is displayed instead of the detail screen shown in fig. 7. In fig. 8, reference numeral 801 denotes a state setting screen.

On the status setting screen shown in fig. 8, basic information and status setting information are displayed. The basic information is basic information related to a change in the state of the device 4, and fig. 8 shows the number of selected devices 4 (points). The status setting information is information related to the status setting of the device 4 (referred to as "value/status batch setting" in fig. 8), and a start/stop setting screen is displayed in fig. 8. The start/stop setting screen is a screen for changing the start/stop of the device 4 (referred to as "state change" in fig. 8). In fig. 8, reference numeral 802 denotes an on/off setting screen. On the start-stop setting screen shown in fig. 8, the start-stops of the 2 machines 4 can be changed in a batch manner.

The screen generating unit 13 may change the display of the symbol indicating the device 4 in the drawing of the management screen to a display indicating that the device 4 is selected. Similarly, the screen generation unit 13 may change the display of the management information field of the device 4 in the list of management screens to a display indicating that the device 4 has been selected.

In the drawing shown in fig. 8, the outer peripheries of the symbols (

symbols

602e and 602 f) indicating the 2 machines 4 are shaded with dark gray, indicating that the 2 machines 4 are selected. In the list shown in fig. 8, the background color of the management information field of the 2 devices 4 is changed from white to light gray, indicating that the 2 devices 4 have been selected.

In the case where there are a plurality of devices 4 having the same management code, when the user selects one of the devices 4 via the operation input unit 22, the setting display unit 133 recognizes that all of the devices 4 having the same management code as the one device 4 are selected.

Note that, when the user selects a symbol on the drawing displayed on the drawing display unit 131 via the operation input unit 22, the setting display unit 133 also performs the same operation as described above.

Thereafter, when the user requests a state change of the device 4 on the state setting screen displayed on the setting display unit 133 via the operation input unit 22, the control unit 15 instructs the device 4 to change the state. Then, the device 4 changes the state in accordance with the above instruction.

For example, in the start/stop setting screen shown in fig. 8, the user selects "ON" via the operation input unit 22 and clicks the "set" button. In this case, the control unit 15 instructs the 2 machines 4 to be turned on, and the 2 machines 4 are turned on in accordance with the instruction.

In addition, when the "set" button is clicked on the start/stop setting screen shown in fig. 8, the setting display unit 133 may display a confirmation screen for confirming execution of the state change of the device 4 on the management screen. In this case, when the user confirms execution of the state change of the device 4 on the confirmation screen, the control unit 15 instructs the device 4 to change the state.

As described above, according to embodiment 1, the facility management apparatus 1 includes: a screen generation unit 13 that generates a management screen for managing an object that is at least one of the equipment 4 disposed on the floor of the facility and the equipment 3 that manages the equipment 4; and a screen output unit 14 that outputs data indicating the management screen generated by the screen generation unit 13, the screen generation unit 13 including: a drawing display unit 131 for displaying on the management screen a drawing of a floor to which a symbol indicating a target is attached; and a list display unit 132 that displays a list of management information of objects indicated by all symbols marked on the drawing displayed by the drawing display unit 131 on the management screen. Thus, the facility management apparatus 1 according to embodiment 1 can more easily check the management information than the conventional configuration.

In the present invention, any component of the embodiment may be modified or omitted within the scope of the invention.

Description of the symbols

1 facility management device

2 user terminal

3 devices (object)

4 machine (goal)

11 storage section

12 information acquisition unit

13 Picture generating part

14 screen output part

15 control part

21 display part

22 operation input unit

131 picture display part

132 list display part

133 sets a display section.

Claims

1. A facility management device is characterized by comprising:

a screen generation unit that generates a management screen for managing an object that is at least one of a device disposed on a floor of a facility and a device that manages the device; and

a screen output unit that outputs data indicating the management screen generated by the screen generation unit,

the screen generation unit includes:

a drawing display unit that displays on a management screen a drawing of a floor to which a symbol indicating the target is attached; and

and a list display unit that displays a list of the management information of the objects indicated by all the symbols marked on the drawing displayed by the drawing display unit on a management screen.

2. The facility management apparatus according to claim 1,

the screen generating part is provided with a setting display part,

the setting display unit displays a status setting screen for setting the status of the devices in a batch on the management screen when a plurality of devices are selected by selecting a plurality of pieces of management information of the devices in the list displayed on the list display unit,

the facility management apparatus includes a control unit that instructs the state change of the equipment when the state change of the equipment is requested on the state setting screen displayed on the setting display unit.

3. The facility management device according to claim 1 or 2,

when the management information indicated by the list is requested to be sorted, the list display unit sorts the management information according to designated information among information included in the management information.

4. A facility management method is characterized by comprising:

a screen generation step in which a screen generation unit generates a management screen for managing an object that is at least one of a device disposed on a floor of a facility and a device for managing the device; and

a screen output step of outputting data representing the management screen generated by the screen generation unit by a screen output unit,

the screen generating step includes:

a drawing display step of displaying, on a management screen, a drawing of a floor on which a symbol indicating the target is marked; and

a list display step of displaying, on a management screen, a list of management information of the objects indicated by all symbols marked on the drawing displayed by the drawing display unit.