CN109656201A - Field device - Google Patents
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- CN109656201A CN109656201A CN201811171134.4A CN201811171134A CN109656201A CN 109656201 A CN109656201 A CN 109656201A CN 201811171134 A CN201811171134 A CN 201811171134A CN 109656201 A CN109656201 A CN 109656201A
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- 238000012545 processing Methods 0.000 claims abstract description 174
- 230000008859 change Effects 0.000 claims abstract description 46
- 230000010365 information processing Effects 0.000 claims abstract description 42
- 238000003860 storage Methods 0.000 claims description 62
- 238000012544 monitoring process Methods 0.000 claims description 14
- 238000004891 communication Methods 0.000 description 124
- 239000004973 liquid crystal related substance Substances 0.000 description 25
- 238000004519 manufacturing process Methods 0.000 description 22
- 238000000034 method Methods 0.000 description 19
- 238000006243 chemical reaction Methods 0.000 description 18
- 238000010586 diagram Methods 0.000 description 10
- 230000006870 function Effects 0.000 description 9
- 230000005540 biological transmission Effects 0.000 description 7
- 238000005259 measurement Methods 0.000 description 5
- 230000006399 behavior Effects 0.000 description 4
- 230000008569 process Effects 0.000 description 4
- VZSRBBMJRBPUNF-UHFFFAOYSA-N 2-(2,3-dihydro-1H-inden-2-ylamino)-N-[3-oxo-3-(2,4,6,7-tetrahydrotriazolo[4,5-c]pyridin-5-yl)propyl]pyrimidine-5-carboxamide Chemical compound C1C(CC2=CC=CC=C12)NC1=NC=C(C=N1)C(=O)NCCC(N1CC2=C(CC1)NN=N2)=O VZSRBBMJRBPUNF-UHFFFAOYSA-N 0.000 description 3
- 238000013461 design Methods 0.000 description 3
- YLZOPXRUQYQQID-UHFFFAOYSA-N 3-(2,4,6,7-tetrahydrotriazolo[4,5-c]pyridin-5-yl)-1-[4-[2-[[3-(trifluoromethoxy)phenyl]methylamino]pyrimidin-5-yl]piperazin-1-yl]propan-1-one Chemical compound N1N=NC=2CN(CCC=21)CCC(=O)N1CCN(CC1)C=1C=NC(=NC=1)NCC1=CC(=CC=C1)OC(F)(F)F YLZOPXRUQYQQID-UHFFFAOYSA-N 0.000 description 2
- NIPNSKYNPDTRPC-UHFFFAOYSA-N N-[2-oxo-2-(2,4,6,7-tetrahydrotriazolo[4,5-c]pyridin-5-yl)ethyl]-2-[[3-(trifluoromethoxy)phenyl]methylamino]pyrimidine-5-carboxamide Chemical compound O=C(CNC(=O)C=1C=NC(=NC=1)NCC1=CC(=CC=C1)OC(F)(F)F)N1CC2=C(CC1)NN=N2 NIPNSKYNPDTRPC-UHFFFAOYSA-N 0.000 description 2
- 230000008901 benefit Effects 0.000 description 2
- 238000003825 pressing Methods 0.000 description 2
- WZFUQSJFWNHZHM-UHFFFAOYSA-N 2-[4-[2-(2,3-dihydro-1H-inden-2-ylamino)pyrimidin-5-yl]piperazin-1-yl]-1-(2,4,6,7-tetrahydrotriazolo[4,5-c]pyridin-5-yl)ethanone Chemical compound C1C(CC2=CC=CC=C12)NC1=NC=C(C=N1)N1CCN(CC1)CC(=O)N1CC2=C(CC1)NN=N2 WZFUQSJFWNHZHM-UHFFFAOYSA-N 0.000 description 1
- 238000009529 body temperature measurement Methods 0.000 description 1
- 238000004364 calculation method Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 230000006866 deterioration Effects 0.000 description 1
- 230000004069 differentiation Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000010354 integration Effects 0.000 description 1
- 230000004044 response Effects 0.000 description 1
Classifications
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05D—SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
- G05D1/00—Control of position, course, altitude or attitude of land, water, air or space vehicles, e.g. using automatic pilots
- G05D1/0011—Control of position, course, altitude or attitude of land, water, air or space vehicles, e.g. using automatic pilots associated with a remote control arrangement
- G05D1/0016—Control of position, course, altitude or attitude of land, water, air or space vehicles, e.g. using automatic pilots associated with a remote control arrangement characterised by the operator's input device
-
- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM]
- G05B19/4184—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM] characterised by fault tolerance, reliability of production system
-
- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05D—SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
- G05D1/00—Control of position, course, altitude or attitude of land, water, air or space vehicles, e.g. using automatic pilots
- G05D1/0011—Control of position, course, altitude or attitude of land, water, air or space vehicles, e.g. using automatic pilots associated with a remote control arrangement
- G05D1/0038—Control of position, course, altitude or attitude of land, water, air or space vehicles, e.g. using automatic pilots associated with a remote control arrangement by providing the operator with simple or augmented images from one or more cameras located onboard the vehicle, e.g. tele-operation
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/14—Digital output to display device ; Cooperation and interconnection of the display device with other functional units
- G06F3/1423—Digital output to display device ; Cooperation and interconnection of the display device with other functional units controlling a plurality of local displays, e.g. CRT and flat panel display
- G06F3/1446—Digital output to display device ; Cooperation and interconnection of the display device with other functional units controlling a plurality of local displays, e.g. CRT and flat panel display display composed of modules, e.g. video walls
-
- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/30—Nc systems
- G05B2219/31—From computer integrated manufacturing till monitoring
- G05B2219/31088—Network communication between supervisor and cell, machine group
-
- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09G—ARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
- G09G2360/00—Aspects of the architecture of display systems
- G09G2360/02—Graphics controller able to handle multiple formats, e.g. input or output formats
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- Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Theoretical Computer Science (AREA)
- Remote Sensing (AREA)
- Radar, Positioning & Navigation (AREA)
- Automation & Control Theory (AREA)
- Aviation & Aerospace Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Human Computer Interaction (AREA)
- Multimedia (AREA)
- Computing Systems (AREA)
- Mathematical Physics (AREA)
- Quality & Reliability (AREA)
- Manufacturing & Machinery (AREA)
- Testing And Monitoring For Control Systems (AREA)
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Abstract
The present invention provides a kind of field device, is simplified to the operation order for the structure and user that avoid the conflict of parameter setting change operation.Body part (1) include: according to from display (2A, 2B) requirement and to parameter carry out setting change ontology information processing unit；And it will be from Coordination Treatment portion between the first display that the information that display (2A, 2B) is sent is forwarded to target indicator (2A, 2B).Each display (2A, 2B) includes: the parameter processing portion that requirement body part (1) carries out setting change according to the parameter setting change operation of user to parameter；The information preparing department to the information of other display users is made according to the operation of user；The information as made by information preparing department is sent to body part (1), and is received from Coordination Treatment portion between the second display for the information that other displays are sent via body part (1)；And show the picture control processing unit for the information sent from other displays.
Description
Technical field
The present invention relates to a kind of field devices more particularly to a kind of scene that multiple displays are connected to body part to set
It is standby.
Background technique
In order to which equipment can be operated from multiple places, the multiple displays for being set to multiple places are connected to one sometimes and are set
It is standby.As different operators while operating multiple displays and the operation of the operating result of the first operator the second operator of influence
When state, it is possible to which the second operator is misinterpreted as display or device fails, may expend unwanted operation originally
Time.
This misunderstanding in order to prevent has the operation that will affect the equipment states such as parameter setting to be only defined in a display,
The method for making other displays only show equipment state.About the restriction method of display, has and specify a display in advance
Method, and the display for first starting operation is limited to one, so that another display is also started the side of operation after operation
Method.It, can be from appointing in multiple operation input devices such as in factory (plant) monitoring control device disclosed in patent document 1
One operation shop equipment, but in the operation using an operation input device, it can not be carried out from other operation input devices
Operation.
However, existing method has that (I) below~(III) is such.
(I) operable display is limited to one, thus can not be operated simultaneously from multiple places.
(II) it in the case where the method for a prior specified display, can not be operated from other displays.
(III) in the case where switching the method for operable display, the control of switching becomes complicated, thus by certain
Reason leads to not a possibility that correct switch height.
Hereinafter, being illustrated using concrete example to existing issue.Herein, it enumerates adjusting and is calculated as example and be illustrated.Figure 24 is
Indicate the block diagram of the structure of the existing body part for adjusting meter.In Figure 24, only show in the structure for adjusting the body part 100 of meter and aobvious
Show device 101A, the related structure of display 101B, has about with measurement, control and operating side (external device (ED)) operation for adjusting meter
The structure of pass is then not shown.Will adjust meter measurement, control and operating side (external device (ED)) operation state data and
The parameter of body part 100 is stored in ontology information storage unit 10.
< 1-1 >
Referring to Figure 25, to display control amount PV, setting value SP, operating quantity MV and display in display 101A in adjusting meter
The example of movement when the state of device 101B is illustrated.Control amount PV (technique amount) be measurement data (such as temperature measurement
Value), setting value SP is control data (such as desired temperature), and operating quantity MV is the data of operating side operation.Naturally, sharp
The control of control object is carried out with the operating quantity MV exported to control object.
Display 101A, display 101B display state in, have display for by user monitor body part 100 state
Monitored picture state and display for by user change or confirm body part 100 parameter parameter setting picture shape
State.
Ontology information processing unit 11 receives control amount PV from the measurement processing portion (not shown) of body part 100, and is stored in
In ontology information storage unit 10 (the step S1000 of Figure 25).Control processing unit of the ontology information processing unit 11 from body part 100
(not shown) receives setting value SP, and is stored in ontology information storage unit 10 (the step S1001 of Figure 25).Ontology information processing
Portion 11 receives operating quantity MV from the operating side operation processing portion (not shown) of body part 100, and is stored in ontology information storage unit
In 10 (the step S1002 of Figure 25).Ontology information processing unit 11 takes out control amount PV, setting value from ontology information storage unit 10
SP and operating quantity MV, and pass to the communication information and processing unit 12 is provided.(the step S1003 of Figure 25).
On the other hand, communication text processing unit 13B receives the communication for indicating the state of display 101B from display 101B
Text (the step S1004 of Figure 25), and explain this communication text, generate the requirement (figure for the status information for updating display 101B
25 step S1005).In addition, being attached with the intrinsic identifier of display in status information.
Communicating requirement receives the update that processing unit 14 receives the status information of display 101B from communication text processing unit 13B
It is required that and passing to monitor information processing unit 15 (the step S1006 of Figure 25).Receive the monitor information of this more new demand
Processing unit 15 updates storage status information (the step of Figure 25 of the display 101B in monitor information storage unit 16
S1007)。
Monitor information processing unit 15 takes out the status information of display 101B from monitor information storage unit 16, and passes
It passs the communication information and processing unit 12 (the step S1008 of Figure 25) is provided.
The communication information provides processing unit 12 for the control amount PV received from ontology information processing unit 11, setting value SP and operation
The status information of amount MV and the display 101B received from monitor information processing unit 15 pass to communication text processing unit 13A
(the step S1009 of Figure 25).
Communication text processing unit 13A provides processing unit 12 from the communication information and receives control amount PV, setting value SP, operating quantity MV
And the status information of display 101B, production include the communication text (the step S1010 of Figure 25) of these information, and will be made
Communication text send to display 101A (the step S1011 of Figure 25).
< 1-2 >
Next, to adjust meter in display 101B display control amount PV, setting value SP, operating quantity MV and display
The example of movement when the state of 101A is illustrated.The case where process of processing is with example 1-1 is same, thus uses the symbol of Figure 25
It number is illustrated.The movement (step S1000~S1003 of Figure 25) same as example 1-1 of ontology information processing unit 11.
It communicates text processing unit 13A and receives the communication text (Figure 25 for indicating the state of display 101A from display 101A
Step S1004), and explain this communication text, generate requirement (the step of Figure 25 for updating the status information of display 101A
S1005)。
Communicating requirement receives the update that processing unit 14 receives the status information of display 101A from communication text processing unit 13A
It is required that and passing to monitor information processing unit 15 (the step S1006 of Figure 25).Receive the monitor information of this more new demand
Processing unit 15 updates storage status information (the step of Figure 25 of the display 101A in monitor information storage unit 16
S1007)。
Monitor information processing unit 15 takes out the status information of display 101A from monitor information storage unit 16, and passes
It passs the communication information and processing unit 12 (the step S1008 of Figure 25) is provided.
The communication information provides processing unit 12 for the control amount PV received from ontology information processing unit 11, setting value SP and operation
The status information of amount MV and the display 101A received from monitor information processing unit 15 pass to communication text processing unit 13B
(the step S1009 of Figure 25).
Communication text processing unit 13B provides processing unit 12 from the communication information and receives control amount PV, setting value SP, operating quantity MV
And the status information of display 101A, and the communication text (the step S1010 of Figure 25) comprising these information is made, it will be made
Communication text send to display 101B (the step S1011 of Figure 25).
< 1-3 >
Next, setting value SP is set as being worth by user's operation display 101A in counting adjusting referring to Figure 26
The example of movement when 100 is illustrated.Many of meter parameter is adjusted, and the setting value SP as control data is also parameter
One kind.
Communication text processing unit 13A from display 101A receive by setting value SP be set as 100 communication text (Figure 26's
Step S1100), and explain this communication text, setting value SP is set as 100 sets requirement (the step S1101 of Figure 26) by generation.
Communicating requirement receives processing unit 14 and receives sets requirement from communication text processing unit 13A, and will require to pass to this
Body information treatment part 11 (the step S1102 of Figure 26).The ontology information processing unit 11 for receiving sets requirement will be stored in ontology
Setting value SP in information storage part 10 is set as 100 (the step S1103 of Figure 26).
< 1-4 >
Next, the movement to adjusting when setting value SP to be set as in meter by user's operation display 101B value 100
Example be illustrated.The case where process of processing is with example 1-3 is same, thus is illustrated using the symbol of Figure 26.
Communication text processing unit 13B from display 101B receive by setting value SP be set as 100 communication text (Figure 26's
Step S1100), and explain this communication text, setting value SP is set as 100 sets requirement (the step S1101 of Figure 26) by generation.
Communicating requirement receives processing unit 14 and the movement (step S1102, S1103 of Figure 26) same as example 1-3 of ontology information processing unit 11.
Figure 27 is the block diagram for indicating the structure of existing display 101A.The structure of display 101A is illustrated in Figure 27,
But the structure of display 101B is also same as display 101A.
< 2-1 >
The example for adjusting movement when showing monitored picture in display 101A in meter is illustrated referring to Figure 28.
In the monitored picture of display 101A, the state of display control amount PV, setting value SP, operating quantity MV and display 101B.
The communication text processing unit 20 of display 101A receives the communication for indicating the state of body part 100 from body part 100
Text (the step S1200 of Figure 28), and explain this communication text, taking out includes control amount PV, setting value SP and operating quantity MV
The status information of body part 100 and the ontology information processing unit 21 (the step S1201 of Figure 28) for passing to display 101A.Display
The ontology information processing unit 21 of device 101A believes the ontology that the status information of the body part 100 received is stored in display 101A
It ceases in storage unit 22 (the step S1202 of Figure 28).
Moreover, the communication text processing unit 20 of display 101A receives to indicate the state of display 101B from body part 100
Communication text (the step S1203 of Figure 28), and explain this communication text, take out display 101B status information simultaneously pass to
The monitor information processing unit 23 (the step S1204 of Figure 28) of display 101A.The monitor information processing unit of display 101A
The status information of the display 101B received is stored in the monitor information storage unit 24 of display 101A (Figure 28's by 23
Step S1205).
In the monitored picture of display 101A, there is the of the value of display control amount PV and setting value SP and operating quantity MV
One display area, show display 101B state the second display area and the aftermentioned button class of display third viewing area
Domain.
The picture control processing unit 25 of display 101A reads control amount PV, setting value SP from ontology information storage unit 22
And operating quantity MV, and from monitor information storage unit 24 read-out display 101B status information, generate picture display use
Data and the display processing unit 26 for passing to display 101A, the picture, which is shown, to be used for data by control amount PV, setting value
SP and operating quantity MV are shown in the first display area, by the status display of display 101B in the second display area, and will
Aftermentioned button class is shown in third display area (the step S1206 of Figure 28).
The display processing unit 26 of display 101A, which is shown according to the picture received with data, controls liquid crystal display 27.
Control amount PV, setting value SP are shown in the first display area of the picture of the liquid crystal display 27 of display 101A as a result,
And operating quantity MV, the state of display 101B is shown in the second display area, and show in third display area by
Button class (the step S1207 of Figure 28).
< 2-2 >
Next, being sent from display 101A by the status information of display 101A to body part referring to Figure 29 in adjusting meter
The example of 100 movement is illustrated.
The picture of display 101A controls processing unit 25 for the state notifying display 101A of the picture of liquid crystal display 27
Monitor information processing unit 23 (the step S1300 of Figure 29).
The monitor information processing unit 23 for receiving the notice generates status information (the step of Figure 29 of display 101A
S1301 20 (the step of Figure 29 of communication text processing unit of display 101A), and by status information generated is passed to
S1302).The communication production of text processing unit 20 for receiving status information indicates that the communication text of the state of display 101A (is schemed
29 step S1303), and made communication text is sent to body part 100 (the step S1304 of Figure 29).
It send from display 101B by the status information of display 101B to the movement of body part 100 and institute in above Figure 29
The movement of explanation is same.
< 2-3 >
Next, referring to Figure 30 come showing to the movement adjusted in meter in display 101A when display parameter setting picture
Example is illustrated.In the parameter setting picture of display 101A, the setting value of display parameters and the state of display 101B.
The picture control processing unit 25 of display 101A requires the parameter processing portion 28 of display 101A is getparms to set
Definite value (the step S1400 of Figure 30).The acquisition of the setting value of parameter is required to pass to by the parameter processing portion 28 of display 101A
The communication text processing unit 20 (the step S1401 of Figure 30) of display 101A.The communication text processing unit 20 of display 101A is made
It is required the communication text (the step S1402 of Figure 30) of the setting value of parameter, and made communication text is sent to body part
100 (the step S1403 of Figure 30).
If the communication text processing unit 20 of display 101A receives the communication electricity of the setting value of expression parameter from body part 100
Literary (being yes in the step S1404 of Figure 30) then explains this communication text, takes out the setting value of parameter and pass to display 101A
Parameter processing portion 28 (the step S1405 of Figure 30).The parameter processing portion 28 of display 101A is by the setting of the parameter received
Value is stored in the parameter storage unit 29 of display 101A (the step S1406 of Figure 30).
Moreover, the communication text processing unit 20 of display 101A receives the state for indicating display 101B from body part 100
Communication text (the step S1407 of Figure 30), and explain this communication text, take out display 101B status information simultaneously pass to
The monitor information processing unit 23 (the step S1408 of Figure 30) of display 101A.The monitor information processing unit of display 101A
The status information of the display 101B received is stored in the monitor information storage unit 24 of display 101A (Figure 30's by 23
Step S1409).
In the parameter setting picture of display 101A, there are the first display area, the display display of the setting value of display parameters
Second display area of the state of device 101B and the third display area of the aftermentioned button class of display.
The picture of display 101A controls the setting value that processing unit 25 reads parameter from parameter storage unit 29, and from display
The status information of 24 read-out display 101B of device information storage part generates picture and shows with data and pass to display 101A's
Show processing unit 26, the picture, which is shown, to be used to be used to distinguish the title of the parameter of parameter or setting for number and parameter with data
Definite value is shown in the first display area, by the status display of display 101B in the second display area, and is pressed aftermentioned
Button class is shown in third display area (the step S1410 of Figure 30).
The display processing unit 26 of display 101A, which is shown according to the picture received with data, controls liquid crystal display 27.
The setting value for showing parameter in the first display area of the picture of the liquid crystal display 27 of display 101A as a result,
The state that display 101B is shown in two display areas shows button class (the step of Figure 30 in third display area
S1411)。
The movement of display parameter setting picture is same as the movement illustrated in above Figure 30 in display 101B.
Next, the liquid crystal display 27 and touch sensor 30 to display 101A, 101B are illustrated.It is below to show
In example, display 101A is illustrated, but the structure of display 101B is also same as display 101A.If being viewed from the front aobvious
Show device 101A, then as shown in figure 31 like that, has in the region that the surface configuration of liquid crystal display 27 has touch sensor 30 and packet
Enclose these frame (bezel) 2012.
Display 101A shows number, character, figure in liquid crystal display 27.Moreover, display 101A is in liquid crystal
The figure for showing the Show Button in device 27, when being detected by touch sensor 30 near the figure for pressing the button, solution
Button is interpreted into be pressed and acted.Figure 32 is the figure for indicating push-botton operation and picture conversion in display 101A.
< 3-1 >
An example for the monitored picture being shown in display 101A is illustrated.Due to for monitored picture, thus picture
In the display of switching push button as shown in figure 33 like that, it is intended that the MONI button 2020 of monitored picture becomes the selection of white with black character
State, it is intended that the PARA button 2021 of parameter setting becomes the nonselection mode of white gravoply, with black engraved characters symbol.In monitored picture, control is shown
Status information of each value as body part 100 of amount PV processed, setting value SP, operating quantity MV.
Moreover, the lowest part in monitored picture shows the status information 2022 of display 101B.In the example of Figure 33, show
" (Monitoring) in monitoring " for being shown with " HMI-B " for meaning display 101B and meaning monitored picture, thus know display
Device 101B just shows monitored picture.Therefore, the user for watching the monitored picture of display 101A knows, not in display 101B
Carry out parameter setting operation, even if thus in display 101A carry out parameter setting operation, operation will not conflict.
< 3-2 >
Next, another example to the monitored picture being shown in display 101A is illustrated.In the example of Figure 34, make
For be shown in monitored picture lowest part display 101B status information 2022, show and mean display 101B's
" HMI-B " and " (the Para setting) in parameter setting " for meaning parameter setting picture, thus know that display 101B is just aobvious
Show parameter setting picture.Therefore, the user for watching the monitored picture of display 101A knows, is just joined in display 101B
Number setting operations, if thus in display 101A carry out parameter setting operation, it is likely that operation conflict.
< 3-3 >
Next, being said to the example of the movement when monitored picture of display 101A is switched to parameter setting picture
It is bright.If user presses PARA button 2021 in the state that Figure 33 shows monitored picture in display 101A like that, at
For parameter setting picture (300 conversion of Figure 32) as shown in Figure 35.
Due to for parameter setting picture, thus in the display of screen switching button, it is intended that the MONI button of monitored picture
2020 become the nonselection mode of white gravoply, with black engraved characters symbol, it is intended that the PARA button 2021 of parameter setting becomes the selection of white with black character
State.In parameter setting picture, the value of a parameter is shown from multiple parameters.In the example of Figure 35, show as one
The value of the setting value SP of a parameter.
Moreover, as the button for setting operation, being shown for showing previous parameter in parameter setting picture
Right 2024 and of arrow (→) button of left arrow (←) button 2023 of setting value, setting value for showing the latter parameter
Change (Change) button 2025 for display parameter setting change picture.
In turn, in the lowest part of parameter setting picture, the status information 2022 of display 101B is shown.The example of Figure 35
In, " HMI-B " that means display 101B and " in the monitoring " that means monitored picture are shown, thus know display 101B just
Show monitored picture.Therefore, the user for watching the parameter setting picture of display 101A knows, does not carry out in display 101B
Parameter setting operation, even if thus in display 101A carry out parameter setting operation, operation will not conflict.
< 3-4 >
Next, being illustrated to the example for the parameter setting change picture being shown in display 101A.If user exists
Figure 35 presses change button 2025 in the state of showing parameter setting picture in display 101A like that, then becomes Figure 36 institute
Show such parameter setting change picture (301 conversion of Figure 32).Herein, setting value SP is shown in the state of Figure 35,
Thus picture is changed as the parameter setting of change setting SP.
In parameter setting change picture, the numerical value for setting the parameter for changing object and referred to as keypad are shown
The multiple buttons of (ten key).In keypad, there is the digital button 2026 of " 0 " to " 9 ", decimal point button 2027, keep symbol anti-
Reversion button 2028, the C button 2029 for all deleting input, the BS button for being used to delete last input turned
2030, for completing to input and return to the ENT button 2031 of parameter setting picture and for stopping to input and returning to parameter setting
The CAN button 2032 of picture.
If user Figure 36 shown in display 101A like that parameter setting change picture in the state of press ENT by
Button 2031 or CAN button 2032 then become parameter setting picture (302 conversion of Figure 32).Moreover, if user is in display
It is shown in 101A and presses MONI button 2020 in the state of parameter setting picture, then becoming monitored picture, (the 303 of Figure 32 turn
It changes).
The example of the movement in display 101A when display parameter setting change picture is illustrated referring to Figure 37.
The picture control processing unit 25 of display 101A is generated for showing that the picture of button class shown in Figure 36 is shown with data, and is passed
Pass the display processing unit 26 (the step S1500 of Figure 37) of display 101A.
The display processing unit 26 of display 101A, which is shown according to the picture received with data, controls liquid crystal display 27.
Parameter setting change picture (the step S1501 of Figure 37) as shown in Figure 36 is shown in display 101A as a result,.
Operation of the picture control processing unit 25 of display 101A according to user to 2026~button of button 2030, generates and becomes
The picture of the more value of parameter is shown with data (step S1502, S1503 of Figure 37).
The display processing unit 26 of display 101A, which is shown according to the picture received with data, controls liquid crystal display 27.
Change is shown in the numerical value (the step S1504 of Figure 37) of the parameter of the setting change object in parameter setting change picture as a result,.
Before user presses ENT button 2031 or CAN button 2032, step S1502~step S1504 is executed repeatedly
Processing.
If user presses ENT button 2031 (being yes in the step S1505 of Figure 37), at the picture control of display 101A
The numerical value of parameter after setting change is passed to the parameter processing portion 28 of display 101A by reason portion 25.It changes in parameter processing portion 28
It is stored in the numerical value (the step S1506 of Figure 37) of the parameter in the parameter storage unit 29 of display 101A.Then, at parameter
The numerical value of parameter after setting change is notified body part 100 by reason portion 28, thus passes to the communication text of display 101A
Processing unit 20.
The communication production of text processing unit 20 of display 101A indicates the communication text of the numerical value of the parameter after setting change
(the step S1507 of Figure 37), and made communication text is sent to body part 100 (the step S1508 of Figure 37).Then, it shows
Show that the picture control processing unit 25 of device 101A makes parameter setting picture show (the step S1509 of Figure 37).
Moreover, if user presses CAN button 2032 (being yes in the step S1510 of Figure 37), the picture of display 101A
Control processing unit 25 makes parameter setting picture show (the step S1509 of Figure 37) in the case where not change parameter.
In the example of Figure 36, small-sized liquid crystal display 27 is since display area is narrow, the remaining space if showing keypad
Deficiency etc., the state without showing other displays.But to change the consumed time short for parameter setting, if parameter setting changes
End just returns to parameter setting picture or monitored picture, thus shows the state of other displays, thus seldom becomes big problem.
If large-scale liquid crystal display 27, then the state of other displays can be shown.
As described above, for existing adjusting meter, the user for watching a display can recognize other displays
The state of device is monitored picture or parameter setting picture.
Sometimes adjust meter have if the positive display parameter setting picture of some display or parameter setting change picture if other
Display can not be transformed into the lock functions such as parameter setting picture.At this point, user can watch the status information of other displays
And know the reason of display of itself operation does not become parameter setting picture, can also unlock function in necessary situation.
But for the function that unlocks, need following any measure: (a) going to the aobvious of positive display parameter setting picture
Show device whereabouts, meets and entrust with the operator of this display and switch to monitored picture；(b) phone or Email are utilized
Operator Deng the display with positive display parameter setting picture gets in touch with, and commission switches to monitored picture；(c) by positive display parameters
The display pressure of setting screen is set as monitored picture.
In order to implement (a) measure, need to go to the display whereabouts of positive display parameter setting picture.Here it is shown that device
Many times are needed in the case where the remote place.In the case where this display whereabouts can not be gone to, it is difficult to implement
(a) measure.
Although (b) measure is not necessarily to go to the display whereabouts of positive display parameter setting picture, it needs to be determined that this is aobvious
Show the operator of device and gets in touch with.It needs to get in touch with the candidate of operator in the case where that can not determine operator, determines operation
Member.In the case where unknown operator, it is difficult to implement (b) measure.
(c) measure, which is needed to be improved, is set as the methods of monitored picture, thus the operation of display for the pressure of other displays
Sequence complicates, and the design of the hardware (hardware) or software (software) of display also complicates.
In the case where adjusting meter does not have the lock function, user can watch the status information of other displays,
A possibility that recognizing the operation conflict of parameter setting.In order to avoid conflict, need following any measure: (α) goes to positive display
The avoiding method of conflict is met with the operator of this display and determined to the display whereabouts of parameter setting picture；(β) benefit
It is got in touch with phone or Email etc. and the operator of the display of positive display parameter setting picture, determines the side of avoiding of conflict
Method；The display pressure of positive display parameter setting picture is set as monitored picture by (γ).(α) measure, (β) measure, (γ) arrange
The problem of applying with meter is adjusted there is the case where lock function to be equal.In addition, above problem is set for adjusting the scene other than meter
It is similarly generated for standby.
[existing technical literature]
[patent document]
Patent document 1: Japanese Patent Laid-Open 8-211929 bulletin
Summary of the invention
[problem to be solved by the invention]
The present invention is to form in order to solve described problem, and its purpose is to provide one kind can simplify for avoiding parameter from setting
Determine the field device of the structure of the conflict of change operation and the operation order of user.
[technical means to solve problem]
Field device of the invention includes: body part, the structure in a manner of carrying out compulsory exercise according to set parameter
At；Multiple displays, for showing information；And multiple operation portions, it is arranged for each display, and the ontology
Portion includes: ontology information processing unit, to carry out the side of setting change to the parameter according to the requirement from the display
Formula is constituted；And the first Coordination Treatment portion between display, the information sent from the display is forwarded to target indicator
Mode constitute, each display includes: parameter processing portion, to require parameter of the body part according to user to the operation portion
The mode for setting change operation and carrying out setting change to the parameter is constituted；Information preparing department, with according to user to the behaviour
The mode made the operation in portion and make other displays to the information of user is constituted；Coordination Treatment portion between second display, will
The information as made by the information preparing department is sent to the body part, and receives to send from other displays via the body part
The mode for the information come is constituted；And picture controls processing unit, in a manner of showing the information sent from other described displays
It constitutes.
Moreover, a structural example of field device of the invention, the information preparing department is according to user to pre-prepd institute
It states the selection result of the type of information and makes the information.
Moreover, a structural example of field device of the invention is prepared in advance and is shown to other as the type of the information
The user of device inquires that whose information this person is, to the user of other displays shows it oneself is whose information, requires other displays
Information that the user of device makes a phone call to oneself, require other displays hang up user information.
Moreover, a structural example of field device of the invention, the picture control processing unit is for monitoring the ontology
The display of the monitored picture of the state in portion or either one or two of the parameter setting picture for carrying out setting change to the parameter
In, show the information sent from other described displays.
Moreover, a structural example of field device of the invention, the body part further include: the storage of the first monitor information
Portion is constituted in a manner of storing the status information of each display；And the first monitor information processing unit, to receive from each display
Status information that device is sent simultaneously updates storage the status information in the first monitor information storage unit, will be stored in described
Status information in first monitor information storage unit send the mode to each display to constitute, each display further include: second is aobvious
Show device information treatment part, the status information of the machine sent to the body part, and receive to send from the body part other
The mode of the status information of display is constituted；And second display information storage part, to store the shape of other displays
The mode of state information is constituted, and picture control processing unit shows its being stored in the second display information storage part
The status information of his display.
[The effect of invention]
According to the present invention, it by the way that Coordination Treatment portion between the first display is arranged in body part, and is set in each display
Confidence ceases preparing department, Coordination Treatment portion and picture control processing unit between second display, and the user of display to be operated can be to
The user of other displays transmits information, and the conflict of parameter setting change operation can be avoided by the negotiation between user.Moreover,
In the present invention, it is not necessary that the lock function for being defined in a display will be operated, therefore behaviour caused by by limiting operation can be avoided
The deterioration for the property made.Moreover, can simplify the operation order of display compared with the case where lock function is arranged, can also simplify display
The design of the hardware and software of device.
Detailed description of the invention
Fig. 1 is the figure for indicating the connection type of adjusting meter of the embodiment of the present invention.
Fig. 2 is the figure for indicating another connection type of adjusting meter of the embodiment of the present invention.
Fig. 3 is the block diagram for indicating the structure of the body part of adjusting meter of the embodiment of the present invention.
Fig. 4 is that the information from another display is shown in a display during the adjusting to the embodiment of the present invention is counted
The flow chart that is illustrated of movement.
Fig. 5 is the block diagram for indicating another structure of the body part of adjusting meter of the embodiment of the present invention.
Fig. 6 is the block diagram for indicating the structure of the display of adjusting meter of the embodiment of the present invention.
Fig. 7 is the movement in counted to the adjusting of the embodiment of the present invention from a display to another display transmission information
The flow chart being illustrated.
Fig. 8 is to show the information sent from a display in another display during the adjusting to the embodiment of the present invention is counted
The flow chart that movement in device is illustrated.
Fig. 9 is the push-botton operation for indicating the display of the embodiment of the present invention and the figure of picture conversion.
Figure 10 is the figure for indicating an example for the monitored picture being shown in the display of the embodiment of the present invention.
Figure 11 is another figure for indicating the monitored picture being shown in the display of the embodiment of the present invention.
Figure 12 is the figure for indicating to be shown in an example of the parameter setting picture in the display of the embodiment of the present invention.
Figure 13 is the figure for indicating an example of the parameter setting being shown in the display of the embodiment of the present invention change picture.
Figure 14 is the figure for indicating to be shown in an example of the information setting picture in the display of the embodiment of the present invention.
Figure 15 is to show that the movement of information setting picture carries out in the display in counting to the adjusting of the embodiment of the present invention
The flow chart of explanation.
Figure 16 is the figure for indicating an example of the information being shown in the display of the embodiment of the present invention production picture.
Figure 17 is to show that the movement of information production picture carries out in the display in counting to the adjusting of the embodiment of the present invention
The flow chart of explanation.
Figure 18 is to indicate that the information being shown in the display of the embodiment of the present invention sends the figure of an example of notice.
Figure 19 is the figure for indicating an example for the information being shown in the display of the embodiment of the present invention.
Figure 20 is another figure for indicating the monitored picture being shown in the display of the embodiment of the present invention.
Figure 21 is another figure for indicating the monitored picture being shown in the display of the embodiment of the present invention.
Figure 22 is another figure for indicating the monitored picture being shown in the display of the embodiment of the present invention.
Figure 23 is the structural example for indicating the computer of the body part and display of realizing that the adjusting of the embodiment of the present invention is counted
Block diagram.
Figure 24 is the block diagram for indicating the structure of the existing body part 100 for adjusting meter.
Figure 25 be to existing adjusting meter in the monitored picture of a display display control amount, setting value, operating quantity
And the flow chart that the movement of the state of another display is illustrated.
Figure 26 is the flow chart being illustrated to the existing movement for adjusting setup parameter in meter.
Figure 27 is the block diagram for indicating the structure of existing display.
Figure 28 is to the existing flow chart for adjusting and showing that the movement of monitored picture is illustrated in meter in the display.
Figure 29 is to the existing flow chart for adjusting and sending the movement to body part to be illustrated the state of display in meter.
Figure 30 is to adjust the flow chart that the movement of display parameter setting picture is illustrated in the display in meter to existing.
Figure 31 is the front elevation of existing display.
Figure 32 is the push-botton operation for indicating existing display and the figure of picture conversion.
Figure 33 is the figure for indicating an example of existing monitored picture.
Figure 34 is another figure for indicating existing monitored picture.
Figure 35 is the figure for indicating an example of existing parameter setting picture.
Figure 36 is the figure for indicating an example of existing parameter setting change picture.
Figure 37 is to adjust the stream that the movement of display parameter setting change picture is illustrated in the display in meter to existing
Cheng Tu.
[explanation of symbol]
1,100: body part
2A, 2B: display (target indicator)
2C, 2D, 101A, 101B: display
3,3A, 3B: signal of communication line
10: ontology information storage unit
11: ontology information processing unit
12: the communication information provides processing unit
13A, 13B: communication text processing unit
14: communicating requirement receives processing unit
15: monitor information processing unit
16: monitor information storage unit
17: Coordination Treatment portion between display
18: transceiver communication processing unit
20: communication text processing unit
21: ontology information processing unit
22: ontology information storage unit
23: monitor information processing unit
24: monitor information storage unit
25,25a: picture controls processing unit
26: display processing unit
27: liquid crystal display
28: parameter processing portion
29: parameter storage unit
30: touch sensor (operation portion)
31: operation input processing unit
32: Coordination Treatment portion between display
33: information preparing department
50:CPU
51: storage device
52: interface arrangement
204,2020:MONI button
205,2021:PARA button
206:MESS button
207,236,237,2022: status information
208,2023: left arrow button
209,2024: right arrow button
210,2025: change button
211,227,2026: digital button
212,2027: decimal point button
213,2028: reversion button
214,230,2029:C button
215,231,2030:BS button
216,232,2031:ENT button
217,233,2032:CAN button
218:HMI-A button
219:HMI-B button
220:HMI-C button
221:HMI-D button
222: information button
223:WHO button
224:IAM button
225:TEL button
226:QUIT button
228: space button
229: hyphen button
234: region
235: the second display areas
300~309: conversion
2012: frame
S100~S106, S200~S207, S300~S306, S400~S404, S500~S509, S1000~S1011,
S1100~S1103, S1201~S1207, S1300~S1304, S1400~S1411, S1500~S1510: step
PV: control amount
SP: setting value
MV: operating quantity
202: icon
203: ★ mark
Specific embodiment
[principle of invention]
In the present invention, by sending information to the contact that can be realized to other displays with the user of other displays.And
And in the present invention, by assigning identifier to each display, and display is enable to distinguish the machine and his machine.With not to display
The case where device imparting identifier, is compared, although the control program of display slightly complicates, can be improved convenience.
[embodiment]
Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.Fig. 1 is the connection for indicating the adjusting meter of the present embodiment
The figure of mode.In the example of Fig. 1, two display 2A, display 2B are connected on a body part 1.Body part 1 is surveyed
Measure (input processing), control (calculation processing) and operating side operation (output processing).User watches display 2A or display 2B
Picture and monitor the state of body part 1, operate display 2A or 2B to set the parameter of body part 1.Body part 1 and display
It is connected between 2A, display 2B by the signal of communication line 3A of system independent, signal of communication line 3B.It can also be in ontology
Three or more displays are connected in portion 1, but need quantity identical with the display for being connected to body part 1 logical in body part 1
Believe port.
Fig. 2 is the figure for indicating another connection type of adjusting meter of the present embodiment.In the example of Fig. 2, pass through a system
Signal of communication line 3 and four display 2A, display 2B, display 2C, display 2D are connected on a body part 1.This
In example, a communication port is needed in body part 1.
It present invention can be suitably applied to any connection type of Fig. 1, Fig. 2.Moreover, signal of communication can also be replaced via radiolink
Line and will be connected between body part and display.Thus, the connection type of body part and display is not limited in the following description
To be illustrated.Moreover, in the present embodiment, the case where being two to display, is illustrated, but display can also for three with
On.
Fig. 3 is the block diagram for indicating the structure of the body part 1 of adjusting meter of the present embodiment, is marked to structure same as Figure 24
The same symbol.Body part 1 has ontology information storage unit 10, ontology information processing unit 11, the communication information and provides processing unit 12, leads to
Letter text processing unit 13A, communication text processing unit 13B, communicating requirement receive processing unit 14, monitor information processing unit 15, show
Show Coordination Treatment portion 17 between device information storage part 16 and display.
With same in the past, the data (control of the state of measurement, control and operating side (external device (ED)) operation that adjusting is counted
Amount PV, setting value SP, operating quantity MV) and the parameter of body part 1 be stored in ontology information storage unit 10.As everyone knows that
The operating side operation processing portion (not shown) of sample, body part 1 calculates operating quantity MV according to control amount PV and setting value SP.Reason institute
Certainly, the control of control object is carried out using the operating quantity MV exported to control object.
In the present embodiment, Coordination Treatment portion 17 between additional display, carries out display 2A and shows based on existing adjust
Show the processing of the information between device 2B.Moreover, although the status information of the display of the prior art or requirement are assisted via between display
Processing unit 17 is adjusted, but same as the prior art, monitor information processing unit 15 carries out the storage to monitor information storage unit 16
Or it takes out.
< 4-1 >
Next, coming in the meter of the adjusting to the present embodiment to show the letter from display 2B in display 2A referring to Fig. 4
The example of movement when breath is illustrated.The type of information between display has WHO, IAM, TEL, QUIT.
WHO is to inquire that this person is whose interrogates information to the user for just monitoring or operating other displays.
IAM is the identity (identification, ID) by sending user itself, and aobvious to just monitoring or operating other
Whose response message shows that the user of device shows oneself is.
TEL is the telephone number by sending user itself, and require just to monitor or operating the users of other displays to
The require information oneself made a phone call.
QUIT is the require information for requiring just to operate hang up user of other displays.
In addition, the identifier of the display in each information comprising transmission source and the identifier of target indicator.
If communicate text processing unit 13B receive comprising from display 2B to the communication text of the information of display 2A (Fig. 4's
Step S100), then it explains this communication text and takes out information, the display for generating the information that display 2B hair-display 2A is received is wanted
Ask (the step S101 of Fig. 4).
Communicating requirement receives processing unit 14 and receives to be required by communication text processing unit 13B information display generated, and passes
Pass Coordination Treatment portion 17 (the step S102 of Fig. 4) between display.Coordination Treatment portion 17 is between display in order to will be from display 2B
The information sent is forwarded to target indicator 2A, and requires transmitting for the information display that processing unit 14 is sent is received from communicating requirement
Processing unit 12 (the step S103 of Fig. 4) is provided to the communication information.The communication information provides processing unit 12 and this information is shown that requirement passes
Pass communication text processing unit 13A (the step S104 of Fig. 4) corresponding with the reception target of information.
If communication text processing unit 13A, which provides processing unit 12 from the communication information, receives information display requirement, production includes
The communication text (the step S105 of Fig. 4) for the information that display 2B hair-display 2A is received, and by made communication text send to
Display 2A (the step S106 of Fig. 4).
< 4-2 >
Next, to movement when display is from the information of display 2A in display 2B in the adjusting meter of the present embodiment
Example be illustrated.The case where process of processing is with example 4-1 is same, thus is illustrated using the symbol of Fig. 4.
If communicate text processing unit 13A receive comprising from display 2A to the communication text of the information of display 2B (Fig. 4's
Step S100), then it explains this communication text and takes out information, the display for generating the information that display 2A hair-display 2B is received is wanted
Ask (the step S101 of Fig. 4).
Communicating requirement receives processing unit 14 and receives to be required by communication text processing unit 13A information display generated, and passes
Pass Coordination Treatment portion 17 (the step S102 of Fig. 4) between display.This information is shown and is required by Coordination Treatment portion 17 between display
It passes to the communication information and processing unit 12 (the step S103 of Fig. 4) is provided.Communication information offer processing unit 12, which shows this information, to be wanted
It asks and passes to communication text processing unit 13B (the step S104 of Fig. 4) corresponding with the reception target of information.
If communication text processing unit 13B, which provides processing unit 12 from the communication information, receives information display requirement, production includes
The communication text (the step S105 of Fig. 4) for the information that display 2A hair-display 2B is received, and by made communication text send to
Display 2B (the step S106 of Fig. 4).
The structure of body part 1 shown in Fig. 3 is corresponding with connection type shown in FIG. 1.It will be with connection type pair shown in Fig. 2
The structure for the body part 1 answered is shown in Fig. 5.The structure of this body part 1 shown in fig. 5 is additional communication in structure shown in Fig. 3
Transmitting-receiving process portion 18.
The communication text that transceiver communication processing unit 18 will be sent to body part 1 from display 2A send to 2A pairs of display
The communication text processing unit 13A answered.Moreover, transceiver communication processing unit 18 will be from the communication text for communicating text processing unit 13A
It send to display 2A corresponding with communication text processing unit 13A.Equally, transceiver communication processing unit 18 will be sent from display 2B
Communication text to body part 1 is sent to communication text processing unit 13B corresponding with display 2B.Moreover, transceiver communication processing unit
18 send the communication text from communication text processing unit 13B to display 2B corresponding with communication text processing unit 13B.
Fig. 6 is the block diagram for indicating the structure of display 2A of the present embodiment, symbol identical to structure mark same as Figure 27
Number.Display 2A has communication text processing unit 20, ontology information processing unit 21, ontology information storage unit 22, monitor information
Processing unit 23, monitor information storage unit 24, picture control processing unit 25a, display processing unit 26, liquid crystal display 27, parameter
Coordination Treatment between processing unit 28, parameter storage unit 29, touch sensor 30 (operation portion), operation input processing unit 31, display
Portion 32 and information preparing department 33.
Other than the picture control processing unit 25a of the present embodiment controls the processing of processing unit 25 in addition to carrying out existing picture,
Also carry out the processing illustrated in the present embodiment.
The structure of display 2A is illustrated in Fig. 6, but the structure of display 2B is also same as display 2A.Relative to existing
Coordination Treatment portion 32 and information preparing department 33 between the additional display of technology, to transmit information to other displays, to can realize
Via the simple communication between the user of display.
< 5-1 >
In the adjusting meter of the present embodiment, display control amount PV, setting value SP, operating quantity in the monitored picture of display 2A
The movement of the state of MV and display 2B and example 1-1 (Figure 25), example 2-1 (Figure 28) are equally.
In the adjusting meter of the present embodiment, from display 2A by the status information of display 2A send movement to body part 1 with
Example 2-2 (Figure 29) is same.
In the adjusting meter of the present embodiment, the setting value and display of display parameters in the parameter setting picture of display 2A
The movement of the state of 2B and example 2-3 (Figure 30) are same.The movement of parameter setting change is same as Figure 26, Figure 37.
Next, showing to movement when showing information setting picture in the adjusting meter of the present embodiment in display 2A
Example is illustrated.When user can show information setting picture in display 2A, the touch sensor 30 of display 2A is operated
And the selection of the reception target of information is carried out, and then switch to information production picture and carry out the production of information and the hair of information
It send.It is illustrated in adjusting meter from display 2A to the example of the movement of display 2B transmission information referring to Fig. 7.
If the operation input processing unit 31 of display 2A detects operation of the user to the touch sensor 30 of display 2A
The picture that the operation of user reaches display 2A is then controlled processing unit 25a by (being yes in the step S200 of Fig. 7).Picture control
The operation of this user is reached information preparing department 33 by processing unit 25a.
The information preparing department 33 of display 2A carries out information production corresponding with the operation of user and handles (the step of Fig. 7
S201), and after completing, the information data that the display 2B of the content comprising information made by user is received are generated
Information generated is passed to 32 (Fig. 7 of Coordination Treatment portion between the display of display 2A by (the step S202 of Fig. 7) with data
Step S203).As above, the identifier and target indicator 2B of the display 2A in information comprising transmission source
Identifier.The identifier of the machine and other displays 2B are stored in advance in the monitor information storage unit 24 of display 2A.
About the details of information production processing, will be described below.
Coordination Treatment portion 32 is according to the information number received from picture control processing unit 25a between the display of display 2A
According to the information that generation display 2A hair-display 2B is received, which is sent, requires (the step S204 of Fig. 7), and information generated is sent out
The communication text processing unit 20 (the step S205 of Fig. 7) for sending requirement to pass to display 2A.
If the communication text processing unit 20 of display 2A, which receives information from Coordination Treatment portion 32 between display, sends requirement,
The communication text (the step S206 of Fig. 7) for the information that production is received comprising display 2A hair-display 2B, and by made communication
Text is sent to body part 1 (the step S207 of Fig. 7).
The movement of display 2B when sending information to display 2A from display 2B and display 2A illustrated in fig. 7
Movement it is identical, thus omit the description.
< 5-2 >
Next, the information sent from display 2B is shown in display in the adjusting meter of the present embodiment referring to Fig. 8
The example of movement in 2A is illustrated.
Display 2A monitoring setting screen the second display area or parameter setting picture the second display area in, with
The status information of display 2B similarly shows the information from display 2B.
If the communication text processing unit 20 of display 2A is received from body part 1 comprising display 2B hair-display 2A receipts
The communication text (being yes in the step S300 of Fig. 8) of information then explains this communication text and takes out information, generates display 2B
The information display that hair-display 2A is received requires (the step S301 of Fig. 8).
If Coordination Treatment portion 32 receives display 2B hair-display from communication text processing unit 20 between the display of display 2A
The information that device 2A is received, which is shown, to be required, then generate include information content the information sent out of display 2B with data (the step of Fig. 8
S302), information generated is stored in monitor information storage unit 24 (the step S303 of Fig. 8) with data.
The picture control processing unit 25a information that read-out display 2B is sent out from monitor information storage unit 24 of display 2A
With data, generates the information for sending out display 2B and show that the picture in the second display area is shown with the data (step of Fig. 8
Rapid S304), and picture generated is shown to 26 (the step of Fig. 8 of display processing unit that display 2A is passed to data
S305)。
The display processing unit 26 of display 2A, which is shown according to the picture received with data, controls liquid crystal display 27.By
This, in the second display area of the monitored picture of liquid crystal display 27 or the second display area of parameter setting picture, display
The information (the step S306 of Fig. 8) for thering is display 2B hair-display 2A to receive.
By the movement of display 2B when being shown in display 2B from the information that display 2A is sent with it is illustrated in fig. 8
Display 2A movement it is identical, thus omit the description.
Next, the liquid crystal display 27 and touch sensor 30 to display 2A, display 2B are illustrated.It is below
In example, display 2A is illustrated, but the structure of display 2B is also same as display 2A.If being viewed from the front display
2A, then it is same as Figure 31, have on the region that the surface configuration of liquid crystal display 27 has touch sensor 30 and the side for surrounding these
Frame 2012.Fig. 9 is the push-botton operation for indicating display 2A and the figure of picture conversion.
< 6-1 >
An example for the monitored picture being shown in display 2A is illustrated.Due to for monitored picture, thus picture is cut
It changes in the display of button as shown in Figure 10, it is intended that the MONI button 204 of monitored picture becomes the selection shape of white with black character
State, it is intended that the PARA button 205 of parameter setting and the MESS button 206 for meaning information setting become the non-selection of white gravoply, with black engraved characters symbol
State.In monitored picture, status information of each value of control amount PV, setting value SP, operating quantity MV as body part 1 is shown.
Moreover, the lowest part in monitored picture shows the status information 207 of display 2B.In the example of Figure 10, display
" in the monitoring " for having " HMI-B " that means display 2B and meaning monitored picture, thus know that display 2B is just showing monitoring picture
Face.Therefore, the user for watching the monitored picture of display 2A knows, does not carry out parameter setting operation in display 2B, thus i.e.
Just parameter setting operation is carried out in display 2A, operation will not conflict.
< 6-2 >
Next, another example to the monitored picture being shown in display 2A is illustrated.In the example of Figure 11, as
It is shown in the status information 207 of the display 2B of the lowest part of monitored picture, shows " HMI-B " for meaning display 2B and meaning
Refer to " in the parameter setting " of parameter setting picture, thus knows the positive display parameter setting picture of display 2B.Therefore, viewing display
The user of the monitored picture of device 2A knows, parameter setting operation is just carried out in display 2B, if thus in display 2A into
Row parameter setting operation, it is likely that operation conflict.
In addition, the movement about body part 1 and display 2A when showing monitored picture in display 2A, in addition to display
Other than in terms of the button class in third display area is different, as illustrated by Figure 25, Figure 28.
The picture control processing unit 25a of display 2A reads control amount PV, setting value SP from ontology information storage unit 22
And operating quantity MV, and from monitor information storage unit 24 read-out display 2B status information, generate picture and show and uses number
According to and pass to the display processing unit 26 of display 2A, the picture show be used for data by control amount PV, setting value SP and
Operating quantity MV is shown in the first display area, by the status display of display 2B in the second display area, and MONI is pressed
Button 204, PARA button 205 and MESS button 206 are shown in third display area (the step S1206 of Figure 28).
< 6-3 >
Next, being said to the example of the movement when monitored picture of display 2A is switched to parameter setting picture
It is bright.If user presses PARA button 205 in the state that Figure 10 shows monitored picture in display 2A like that, become figure
Such parameter setting picture (300 conversion of Fig. 9) shown in 12.
If the picture control processing unit 25a of display 2A detects the operation of operation input processing unit 31 via display 2A
PARA button 205, then switch to parameter setting picture from monitored picture.About the display parameter setting picture in display 2A
When body part 1 and display 2A movement, other than the different aspect of the button class being shown in third display area, such as
Illustrated by Figure 25, Figure 30.
The picture control processing unit 25a of display 2A reads the setting value of parameter from parameter storage unit 29, and from showing
Show the status information of read-out display 2B in device information storage part 24, generates picture and show with data and pass to display 2A's
Show processing unit 26, the picture, which is shown, to be used to be used to distinguish the title of the parameter of parameter or setting for number and parameter with data
Definite value is shown in the first display area, by the status display of display 2B in the second display area, and by MONI button
204, PARA button 205, MESS button 206, left arrow (←) button 208, right arrow (→) button 209 and change button 210
(the step S1410 of Figure 30) is shown in third display area.
Due to for parameter setting picture, thus in the display of screen switching button, MONI button 204 and MESS button 206
As the nonselection mode of white gravoply, with black engraved characters symbol, PARA button 205 becomes the selection state of white with black character.Parameter setting picture
In, the value of a parameter is shown from multiple parameters.In the example of Figure 12, the value of setting value SP is shown.
In turn, the status information 207 of display 2B is shown in the lowest part of parameter setting picture.In the example of Figure 12,
" HMI-B " that means display 2B and " in the monitoring " that means monitored picture are shown, thus knows that display 2B is just showing prison
Control picture.
< 6-4 >
Next, being illustrated to the example for the parameter setting change picture being shown in display 2A.If user is scheming
12 pressed in the state of showing parameter setting picture in display 2A like that change button 210, then become Figure 13 shown in that
The parameter setting of sample changes picture (301 conversion of Fig. 9).Herein, setting value SP is shown in the state of Figure 12, because forming
Picture is changed for the parameter setting of change setting SP.
Parameter setting changes in picture, show the parameter of setting change object numerical value and referred to as keypad it is more
A button.In keypad, there are the digital button 211, decimal point button 212, the reversion button for making sign-inverted of " 0 " to " 9 "
213, for inputting the C button 214 all deleted, the BS button 215 for being used to delete last input, being used to complete input simultaneously
Return to the ENT button 216 of parameter setting picture and for stopping to input and return to the CAN button 217 of parameter setting picture.
With it is same in the past, if user pressed in the state of showing parameter setting change picture in display 2A ENT by
Button 216 or CAN button 217 then become parameter setting picture (302 conversion of Fig. 9).Moreover, if user is in display 2A
It shows and presses MONI button 204 in the state of parameter setting picture, then become monitored picture (303 conversion of Fig. 9).
< 6-5 >
Next, being illustrated to the example for the information setting picture being shown in display 2A.If user is in display
It is shown in 2A and presses MESS button 206 in the state of monitored picture or parameter setting picture, then become as shown in Figure 14
Information setting picture (304 conversion of Fig. 9).In addition, illustrating that being connected with four on body part 1 shows in the example of Figure 14
The case where showing device 2A, display 2B, display 2C, display 2D.
5 in display 2A referring to Fig.1 come to showing that the example of movement when information setting picture is illustrated.Display
The communication text processing unit 20 of 2A receives communication text (the step of Figure 15 for the state for indicating display 2B from body part 1
S400), and explain this communication text, take out the status information of display 2B and pass to the monitor information processing of display 2A
Portion 23 (the step S401 of Figure 15).The monitor information processing unit 23 of display 2A is by the status information of the display 2B received
(the step S402 of Figure 15) is stored in the monitor information storage unit 24 of display 2A.
The picture control processing unit 25a of display 2A is generated for showing shown in status information and Figure 14 of display 2B
The picture of button class, which is shown, uses data, and passes to the display processing unit 26 (the step S403 of Figure 15) of display 2A.
The display processing unit 26 of display 2A, which is shown according to the picture received with data, controls liquid crystal display 27.By
This, shows information setting picture (the step S404 of Figure 15) as shown in Figure 14 in display 2A.
Due to for information setting picture, thus in the display of screen switching button, MONI button 204 and PARA button 205
As the nonselection mode of white gravoply, with black engraved characters symbol, MESS button 206 becomes the selection state of white with black character.Moreover, being set in information
Determine to show information reception target selection button in picture.Information receives in target selection button, has and means display 2A's
HMI-A button 218, the HMI-B button 219 for meaning display 2B, the HMI-C button 220 for meaning display 2C and mean to show
The HMI-D button 221 of device 2D.
Herein, due to just showing information setting picture in display 2A, thus mean the HMI-A button 218 of the machine at
State not may be selected for grey bottom surplus symbol.Display 2C, display 2D are both non-native nor receive target, thus HMI-C
Button 220 and HMI-D button 221 become the nonselection mode of white gravoply, with black engraved characters symbol.User can by press HMI-B button 219,
Any of HMI-C button 220, HMI-D button 221, and select display 2B, the display 2C, display other than the machine
Reception target of either one or two of the 2D as information.In the example of Figure 14, user selects reception target of the display 2B as information
And HMI-B button 219 is pressed, thus HMI-B button 219 becomes the selection state of white with black character.
In turn, in information setting picture, information (Message) button 222 for set information is shown.
< 6-6 >
Next, being illustrated to the example for the information production picture being shown in display 2A.If user Figure 14 that
Sample presses information button 222 in the state of showing information setting picture in display 2A, then becomes as shown in Figure 16
Information makes picture (305 conversion of Fig. 9).
In information production picture, the multiple buttons of referred to as information input key are shown.It is small-sized in the example of Figure 16
Liquid crystal display 27 can not show English or figure keyboard of Japanese etc. since display area is narrow, and the number of information input key
It is restricted.
Specifically, showing the information category choosing of the four information category selection keies and keypad as information input key
It selects in key, the WHO button 223 for having selection information WHO, the IAM button 224 for selecting information IAM, the TEL button for selecting information TEL
The QUIT button 226 of 225 and selection information QUIT.
In keypad, there are the digital button 227 of " 0 " to " 9 ", the space button 228 for inputting blank, for the company of input
The hyphen button 229 of character (-), the C button 230 for all deleting input, the BS for being used to delete last input are pressed
Button 231, for complete input and return to information setting picture ENT button 232 and for stop input and return to information setting
The CAN button 233 of picture.
As described above, information WHO is to inquire that this person is whose is interrogated to the user for just monitoring or operating other displays
Information.
Information IAM is by the information including the ID of user itself, and to the use for just monitoring or operating other displays
Family shows it oneself is whose information.Thus, information IAM is also able to use as the answer to information WHO is interrogated.ID is to exist in advance
The employee number arranged between user or telephone number etc..If it is known that ID, then user each other using phone or Email etc. and
Mutually contact.
Information TEL is and to require just to monitor or operating other aobvious by the information including the telephone number of user itself
Show the require information that the user of device makes a phone call to oneself.
Information QUIT is the require information for requiring just to operate hang up user of other displays.
The information of user just on the make is shown in the region 234 of the lowest part of information production picture.
If user presses ENT button 232, inputs and complete breath of concurrently delivering letters.When user presses CAN button 233, in
It only inputs without sending information.Moreover, returning to information setting picture if user presses ENT button 232 or CAN button 233
(306 conversion of Fig. 9).
If user presses MONI button 204 in the state of showing information setting picture in display 2A, become prison
It controls picture (307 conversion of Fig. 9).Moreover, if user presses MESS in the state of showing monitored picture in display 2A
Button 206 then becomes information setting picture (308 conversion of Fig. 9).If user shows information setting picture in display 2A
PARA button 205 is pressed in the state of face, then becomes parameter setting picture (309 conversion of Fig. 9).
7 the example of movement when showing that information makes picture in display 2A is illustrated referring to Fig.1.Display
The picture control processing unit 25a of 2A is generated for showing that the picture of button class shown in Figure 16 is shown with data, and is passed to aobvious
Show the display processing unit 26 (the step S500 of Figure 17) of device 2A.
The display processing unit 26 of display 2A, which is shown according to the picture received with data, controls liquid crystal display 27.By
This, shows information production picture (the step S501 of Figure 17) as shown in Figure 16 in display 2A.
The information preparing department 33 of display 2A carries out information system corresponding with operation of the user to 223~button of button 231
Deal with (step S502, the step S503 of Figure 17).At this point, information preparing department 33 makes to include transmission source in made information
The mark for the display 2B that the identifier of display 2A and user select in information setting picture as information reception target
Symbol.
Then, picture control processing unit 25a update need to the information by user just on the make show the picture in region 234
Face is shown with data (the step S504 of Figure 17).
The display processing unit 26 of display 2A, which is shown according to the picture received with data, controls liquid crystal display 27.By
This, shows the information (the step S505 of Figure 17) of user just on the make in the region 234 of information production picture.
Before user presses ENT button 232 or CAN button 233, the place step S502~step S505 is executed repeatedly
Reason.
If user presses ENT button 232 (being yes in the step S506 of Figure 17), the information preparing department 33 of display 2A is raw
Information data (the step S507 of Figure 17), the display 2A received at the display 2B of the content comprising information made by user
Picture control processing unit 25a so that information setting picture is shown (the step S508 of Figure 17).Movement after generating information data
As illustrated in figure 7.
Moreover, the picture of display 2A controls if user presses CAN button 233 (being yes in the step S509 of Figure 17)
Processing unit 25a makes information setting picture show (the step S508 of Figure 17) in the case where not generating information data.
In addition, can show the figure keyboard of English or Japanese certainly if liquid crystal display 27 is large size.
< 6-7 >
Next, to an example of picture of the display in display 2B when information being sent to display 2B from display 2A into
Row explanation.The example of Figure 18 is indicated when the positive display parameter setting picture of display 2B, will send information to from display 2A aobvious
Show the example of device 2B.The status information 207 of display 2A is shown in the lowest part of parameter setting picture.In the example of Figure 18,
It shows " HMI-A " for meaning display 2A and means " in information transmission (Messaging) " that information is sent.Thus, viewing
The user of the parameter setting picture of display 2B, which can recognize from display 2A, has sent information.
The movement that status information is sent to body part 1 and example 2-2 (Figure 29) when sending information from display 2A is same.
The movement and example of the state of the setting value and display 2A of display parameters in the parameter setting picture of display 2B
2-3 (Figure 30) is same.
Next, showing that picture is after a certain period of time shown in Figure 18, as shown in Figure 19, in parameter setting picture
Show the content from the display 2A information sent.In the example of Figure 19, display, which requires, in the second display area 235 is beaten
" TEL " and telephone number " 7123456 " of phone.Telephone number 7123456, which is positive, operates the phone number of the user of display 2A
Code.It, being capable of benefit if the user for watching the display 2B of the parameter setting picture of Figure 19 makes a phone call to shown telephone number
With phone with the user's communication of display 2A.
Show that the movement of the parameter setting picture of Figure 19 is same as movement illustrated in fig. 8.
The information sent from display 2A is not required to after obtaining contact for obtaining contact with the user of display 2B
It wants.
About the method for deleting made information in display 2A, presses information button 222 and switch to information
Picture is made, the methods of ENT button 232 will be pressed after the C button 230 all deleted of input by pressing.Moreover, can also be from information
Transmission rise by after a certain period of time, the content of information is automatically deleted by the picture control processing unit 25a of display 2A.
It, will from display 2A to display 2B just in display parameter setting picture in addition, in the example of Figure 18, Figure 19
The example that information is sent to display 2B is illustrated, but the case where just showing monitored picture for display 2B, also certainly
It can equally apply.Moreover, the case where for will send information to display 2A from display 2B, also can equally answer certainly
With.
As described above, in the present embodiment, the user of display to be operated can be in the state for knowing other displays
After monitored picture or parameter setting picture, connection is easily obtained using phone or Email etc. and the user of other displays
Network, thus pass through the conflict of the avoidable parameter setting of negotiation between user.Moreover, without existing such lock function, because
And compared with the case where lock function is set, the operation order of display can be simplified, can also simplify display hardware and
The design of software.
< 6-8 >
Another example for the monitored picture being shown in display 2A is illustrated referring to Figure 20.Herein, it indicates
The case where four displays are connected on body part 1.
In the example of Figure 25, Figure 28, Figure 30, it is illustrated to the case where being connected with two displays on body part,
But in the case where being connected with three or more displays on body part 1, the communication text processing unit 13 of body part 1 is for every
A display and be arranged.Each communication text processing unit 13 of body part 1 is received from corresponding display 2 indicates this display 2
The communication text (the step S1004 of Figure 25) of state.Movement illustrated by step S1005~S1007 by Figure 25, and update
It is stored in the status information (the step S1007 of Figure 25) of each display 2 in the monitor information storage unit 16 of body part 1.
Next, the monitor information processing unit 15 of body part 1 takes out each display 2 from monitor information storage unit 16
Status information, and give the communication information provide processing unit 12 (the step S1008 of Figure 25).
The communication information provides processing unit 12 for the control amount PV received from ontology information processing unit 11, setting value SP and operation
The status information of amount MV and each display 2 received from monitor information processing unit 15 gives each 13 (figure of communication text processing unit
25 step S1009).
Each communication text processing unit 13 send made communication text to corresponding 2 (the step of Figure 25 of display
S1011).At this point, respectively communication text processing unit 13 both can transmit the status information of all displays 2, also can transmit corresponding aobvious
Show the status information of the display 2 other than device.
In this way, the communication text processing unit 20 of each display 2 can receive the state for indicating more displays 2 from body part 1
Communication text (the step S1407 of step S1203, Figure 30 of Figure 28).This display is attached in the status information of each display 2
The intrinsic identifier of device 2.
Thus, the picture of display 2A control processing unit 25a generates prison illustrated in the step S1206 such as Figure 28
When the picture of control picture is shown with data, the status information 236 of each display can be shown with the lowest part in monitored picture
Mode generate picture and show and use data.
Herein, picture control processing unit 25a shows number of units and the user behaviour for the display for being connected to body part 1 with numerical value
The number of units of display in work.In the example of Figure 20, " OPE 1 " indicates that the display in operation is one, and " HMI 4 " indicates to connect
The display for being connected to body part 1 is four.Status information 236 same as Figure 20 can also be shown in parameter setting picture.
< 6-9 >
Another example for the monitored picture being shown in display 2A is illustrated referring to Figure 21.Herein, it indicates
The case where four displays are connected on body part 1.
With it is described same, the picture control processing unit 25a of display 2A is illustrated in the step S1206 such as Figure 28
When the picture of generation monitored picture is shown with data, the status information of each display is shown with the lowest part in monitored picture
237 mode, which generates picture and shows, uses data.
Herein, picture control processing unit 25a with figure (icon) come show be connected to body part 1 display and user behaviour
Display in work.In the example of Figure 21, four icons 202 indicate that the display for being connected to body part 1 is four, icon 202
In ★ mark 203 indicate operation in display one.Moreover, can also be shown in parameter setting picture same as Figure 21
Status information 237.
< 6-10 >
Another example for the monitored picture being shown in display 2B is illustrated referring to Figure 22.As described above,
When shown in display 2A information setting picture or information production picture when, display 2B monitored picture it is most lower
Portion shows " HMI-A " for meaning display 2A and means information setting picture or information " in information setting of picture of production
(MESS setting) ", thus know that display 2A is just showing information setting picture or information production picture.Therefore, viewing is aobvious
Show that the user of the monitored picture of device 2B can recognize the user of display 2A just in the production of information.In parameter setting picture
In, it can also show status information 207 same as Figure 22.
Moreover, can shown certainly when showing information setting picture or information production picture in display 2B
Status information same as Figure 22 is shown in the monitored picture or parameter setting picture of device 2A.
In addition, in the present embodiment, as parameter example and enumerate for setting value SP and be illustrated, but can also be to calculate
Control parameter (such as the proportional-integral-differential in the operating side operation processing portion (not shown) of the body part 1 of operating quantity MV out
(Proportion Integration Differentiation, PID) parameter).
Moreover, in the present embodiment, as the example of field device, adjusting is enumerated and is calculated as example being illustrated, but the present invention
It can also be applied to other field devices such as flowmeter or pressure gauge.In any field device, body part is according to set
Parameter carry out compulsory exercise.
Body part 1 and display 2A, the display 2B illustrated in the present embodiment is able to by having central processing unit
The computer of (Central Processing Unit, CPU), storage device and interface and the journey for controlling these hardware resources
Sequence and realize.The structure of this computer is illustrated in Figure 23.It is (following that computer has CPU50, storage device 51 and interface arrangement
Referred to as interface (Interface, I/F)) 52.
In the case where body part 1, display 2A, display 2B are connected on I/F52.Moreover, display 2A, display
In the case where 2B, body part 1, liquid crystal display 27 and touch sensor 30 are connected on I/F52.In this computer, use
In the program for realizing method of the invention be to be recorded in floppy disk, compact disc-ROM (Compact Disc Read-Only
Memory, CD-ROM), digital multi compact disc-ROM (Digital Versatile Disc Read-Only
Memory, DVD-ROM), the state in the recording mediums such as storage card provides, and is stored in storage device 51.Each device
CPU50 executes the processing illustrated in the present embodiment according to the program saved in storage device 51.
[Industrial Availability]
The present invention can be applied to adjust the equipment such as meter.
Claims (5)
1. a kind of field device, characterized by comprising:
Body part is constituted in a manner of carrying out compulsory exercise according to set parameter；
Multiple displays, for showing information；And
Multiple operation portions are arranged for each display,
The body part includes:
Ontology information processing unit, the structure in a manner of carrying out setting change to the parameter according to the requirement from the display
At；And
Coordination Treatment portion between first display, the structure in such a way that the information sent from the display is forwarded to target indicator
At,
Each display includes:
Parameter processing portion, to require the body part according to user to the parameter setting change operation of the operation portion and to described
The mode that parameter carries out setting change is constituted；
Information preparing department, in a manner of making the operation of the operation portion to the information of other display users according to user
It constitutes；
Coordination Treatment portion between second display send the information as made by the information preparing department to the body part, and
The mode for receiving the information sent from other displays via the body part is constituted；And
Picture controls processing unit, is constituted in a manner of showing the information sent from other described displays.
2. field device according to claim 1, which is characterized in that the information preparing department is according to user to preparing in advance
The information kind Class Options selection result and make the information.
3. field device according to claim 2, which is characterized in that as the kind Class Options of the information, prepare in advance
To the user of other displays inquire this person be whose information, to the user of other displays show oneself be whose information,
It is required that the information of information and the user's termination operation for requiring other displays that the user of other displays makes a phone call to oneself.
4. field device according to any one of claim 1 to 3, which is characterized in that the picture control processing unit exists
Parameter setting picture for monitoring the monitored picture of the state of the body part or for carrying out setting change to the parameter
Either one or two of display in, show the information sent from other described displays.
5. field device according to any one of claim 1 to 3, which is characterized in that the body part further include:
First monitor information storage unit is constituted in a manner of storing the status information of each display；And
First monitor information processing unit, to receive the status information sent from each display and update storage aobvious described first
Show the status information in device information storage part, the status information being stored in the first monitor information storage unit is sent to each
The mode of display is constituted,
Each display further include:
Second display information treatment part send the status information of the machine to the body part, and receives from the body part
The mode of the status information for other displays sent is constituted；And
Second display information storage part is constituted in a manner of storing the status information of other displays,
The picture control processing unit shows the state for other displays being stored in the second display information storage part
Information.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2017197551A JP2019070998A (en) | 2017-10-11 | 2017-10-11 | Field equipment |
| JP2017-197551 | 2017-10-11 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109656201A true CN109656201A (en) | 2019-04-19 |
Family
ID=66110673
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811171134.4A Pending CN109656201A (en) | 2017-10-11 | 2018-10-09 | Field device |
Country Status (4)
| Country | Link |
|---|---|
| JP (1) | JP2019070998A (en) |
| KR (1) | KR102166511B1 (en) |
| CN (1) | CN109656201A (en) |
| TW (1) | TWI677819B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109964183A (en) * | 2016-11-25 | 2019-07-02 | 三菱电机株式会社 | Monitoring system, data model managing device and generation method of display data |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114207536A (en) * | 2019-07-18 | 2022-03-18 | 三菱电机株式会社 | Work support system |
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Also Published As
| Publication number | Publication date |
|---|---|
| KR102166511B1 (en) | 2020-10-16 |
| TW201915712A (en) | 2019-04-16 |
| KR20190040908A (en) | 2019-04-19 |
| TWI677819B (en) | 2019-11-21 |
| JP2019070998A (en) | 2019-05-09 |
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Application publication date: 20190419 |