CN106133673A - Programable display and the display program performed by programable display - Google Patents
Programable display and the display program performed by programable display Download PDFInfo
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- CN106133673A CN106133673A CN201480077536.1A CN201480077536A CN106133673A CN 106133673 A CN106133673 A CN 106133673A CN 201480077536 A CN201480077536 A CN 201480077536A CN 106133673 A CN106133673 A CN 106133673A
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- data
- touch monitor
- collection unit
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- 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
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
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- 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
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0487—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
- G06F3/0488—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures
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- General Engineering & Computer Science (AREA)
- Theoretical Computer Science (AREA)
- Human Computer Interaction (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Controls And Circuits For Display Device (AREA)
- Programmable Controllers (AREA)
- Digital Computer Display Output (AREA)
- User Interface Of Digital Computer (AREA)
Abstract
Data collection unit and touch monitor portion (20) are disposed separately, and data collection unit has: data store, and its storage is as the picture data on the basis of the view data shown in touch monitor portion (20)；And data processing division, the device value of its acquisition external device (ED), device value is sent to touch monitor portion (20), touch monitor portion (20) have: display part (23)；Input unit (22)；2nd data store (25), its stored picture data；Focusing on portion (24), it obtains picture data based on the instruction from operator via input unit (22) from data collection unit, preserves to the 2nd data store (25)；And display generating unit (26), it generates view data according to the picture data got from the 2nd data store (25) and the device value got from data collection unit, show at display part (23), data collection unit and touch monitor portion (20) connect via transmission path, and the portion that focuses on (24) of touch monitor portion (20) uses the more fresh information of the device value got via transmission path from data collection unit to be updated view data during the display of view data.
Description
Technical field
The present invention relates to a kind of programable display and the display program performed by programable display.
Background technology
Current display has CPU (Central Processing Unit), memorizer portion, VRAM (Video
Random Access Memory), display, graphics controller, touch panel, touch panel controller, simulation input unit with
And simulation output unit, carry out action as follows, i.e. generate view data according to the picture data that storage part is preserved,
Picture to be used is shown (referring for example to patent documentation 1).
It addition, currently it is proposed the distributed programable display of separation (referring for example to patent documentation 2).Separate distribution
The programable display of formula is configured to, and is separated in touch monitor portion and data collection unit, and this touch monitor portion is to information
Showing, this data collection unit creates by the view data shown by touch monitor portion.Data collection unit is by from outward
The device value that portion's instrument gets processes, thus generates view data, sends the view data generated to touching prison
Visual organ portion.The picture to be used received is shown by touch monitor portion.
Patent documentation 1: Japanese Unexamined Patent Publication 2002-63046 publication
Patent documentation 2: Japanese Unexamined Patent Publication 2012-123677 publication
Summary of the invention
It addition, for the display described in patent documentation 1, it is envisioned that perform the situation of various function and hold with maximum
Memory span is selected by amount matchingly.Accordingly, there exist following problems, i.e. accompany with multifunction, storage part, place
Memory span too fat to moveization needed for reason portion.
It addition, programable display distributed for the separation described in patent documentation 2, owing to data collection unit generates
Image also sends to touch monitor portion, it is therefore desirable to constantly send out from data collection unit when shown image is updated
Send view data.Accordingly, there exist following problems, i.e. load concentrates on data collection unit, if it addition, sent out on the transmit path
Raw fault, then show that picture interrupts, and lacks redundancy.
Further, relatively big, if the most gradually setting up touch monitor portion, then due to view data and device value phase specific capacity
Increase together with number of units, by the transmission path load linked between touch monitor portion and data collection unit and data collection unit
Load increases.Its result, there is also following shortcoming, i.e. number of units or data collection unit to connecting are to be met
Specification produces and limits.
It addition, for the performance of the current data collection unit separated in distributed programable display, even if
In the case of being made up of multiple touch monitor portions and a data collection unit, data collection unit also can be only generated a picture number
According to.It is thus impossible to individually view data is shown for each touch monitor portion, owing to becoming the same picture of display
Face, so the purposes as display system can not be expanded.There is following problems, i.e. in order to realize for each touch panel portion
And the function individually view data shown, it is necessary to improve data collection unit performance, and be respectively created comprise as
The picture data of lower setting, this setting is used for generating view data.
Further, for the current distributed programable display of separation, owing to data collection unit is only for there is request
Touch monitor portion and send device value, it is therefore desirable to carry out the request of device value from each touch monitor portion.Its result,
There is following problems, i.e. multiple touch monitor portions are synchronously carried out showing it is difficult as multi-monitor.
The present invention is exactly to propose in view of the foregoing, its object is to obtain a kind of programable display and by compiling
The program that journey display performs, this programable display is view data will to carry out the touch monitor portion of display generation and enter
The programable display that the data collection unit of row data collection is separated, it is possible to make the memory span in touch monitor portion terminate in
Part needed for the display generation of view data, particularly suppression constitute remaining memory span during display system, should
Display system employs multiple touch monitor.
To achieve these goals, programable display involved in the present invention is configured to, data collection unit and touch prison
Visual organ portion is disposed separately, and this data collection unit obtains device value from the external device (ED) that connected, this touch monitor portion generates,
Show that the view data corresponding with the device value from described data collection unit, described data collection unit and described touch monitor
Device portion connects via transmission path, and this programable display is characterised by, described data collection unit has: the 1st data are deposited
Storage portion, its storage is as the picture data on the basis of the view data shown in described touch monitor portion；And data process
Portion, it obtains the device value of described external device (ED), described device value sends extremely described touch monitor portion, described touch supervision
Device portion has: display part；Input unit；2nd data store, it stores described picture data；Focus on portion, its based on via
The instruction from operator of described input unit and obtain described picture data from described data collection unit, preserve to the described 2nd
Data store；And display generating unit, it is according to the described picture data got from described 2nd data store with from institute
State described device value that data collection unit gets and generate view data, show at described display part, at described image
Data are shown in the period of described display part, and the portion of focusing on described in described touch monitor portion uses from described data collection
Described view data is updated by the device value after the renewal that portion gets via described transmission path.
The effect of invention
According to the present invention, owing to the memory span needed for can making touch monitor portion terminates in the portion needed for display generates
Point, therefore there is following effect, i.e. carry compared with the situation of heap(ed) capacity with being susceptible to various function, it is possible to reduce and constitute
Remaining memory span during programable display.
It addition, according to the present invention, owing to the view data systematic function processed as high load capacity is present in touch monitor
Portion, therefore has following effect, i.e. even with the display system of multiple touch monitors, it is also possible to reduce transmission road
The load that footpath and data collection unit are applied.
Accompanying drawing explanation
Fig. 1 is the block diagram of the functional structure schematically showing data collection unit, and this data collection unit constitutes embodiment 1
Involved programable display.
Fig. 2 is the block diagram of the functional structure schematically showing touch monitor portion, and this touch monitor portion constitutes enforcement
Programable display involved by mode 1.
Fig. 3 is of the step of the view data display process representing the touch monitor portion involved by embodiment 1
The flow chart of example.
Fig. 4 is to represent at the acquisition of other picture datas in the view data display process involved by touch monitor portion
The flow chart of one example of the step of reason.
Fig. 5 is the block diagram of an example of the structure schematically showing the programable display involved by embodiment 2.
Fig. 6 be represent involved by embodiment 3 in the case of data collection unit is connected to multiple stage touch monitor portion
The flow chart of an example of step of data transmission method for uplink.
Detailed description of the invention
Below, referring to the drawings, to the programable display involved by embodiments of the present invention and by display able to programme
The display program that device performs is described in detail.Additionally, the present invention is not limited to these embodiments.
Embodiment 1
Programable display involved by present embodiment 1 has the data collection unit arranged independently of one another and touches prison
The structure that visual organ portion connects via transmission path.Fig. 1 is the block diagram of the functional structure schematically showing data collection unit, should
Data collection unit constitutes the programable display involved by embodiment 1, and Fig. 2 is the merit schematically showing touch monitor portion
The block diagram of energy structure, this touch monitor portion constitutes the programable display involved by embodiment 1.
Data collection unit 10 has external device (ED) and connects interface 11, data processing division the 13, the 1st data store 12 and divide
Sow discord connection interface 14.External device (ED) connect interface 11 via cable or communication line etc. with the external device (ED) such as control object
50 connect.External device (ED) 50 is such as to control instrument, sensor etc., is the dress that can its state be exported as device value
Put.It addition, connect more than or equal to 1 external device (ED) 50.
1st data store 12 by picture data, when system is used accumulation gets from external device (ED) 50
Device value store as daily record data, this picture data is to be given birth to by the display generating unit 26 in touch monitor portion 20
The basis of the view data become.Picture data is to generate and at display part as by the display generating unit 26 in touch monitor portion 20
The data on the basis of the view data of 23 displays.Picture data has such as layout structure portion and device value input unit.Layout is tied
Structure portion is the value regardless of device value, shows that content is the most constant when the display part 23 in touch monitor portion 20 shows
Structure, in the case of chart shows, is the frame etc. specifying the region showing chart.In layout structure portion, also wrap
Containing representing and the related information associated between other picture datas to the link of other picture datas etc..Device value input unit is
The structure that display content changes according to the device value inputted, in the case of chart shows, is the region at display chart
Interior described chart etc..There is multiple kind in picture data, corresponding to the instruction from operator 60, the frame numbers used
According to being different.
The picture that 1st data store 12 is stored by data processing division 13 according to the instruction from touch monitor portion 20
Face data send to touch monitor portion 20.It addition, interface 11 will be connected via external device (ED) and collect from external device (ED) 50
Device value send to touch monitor portion 20.As the sending method of device value, after can being updated by external device (ED) 50
Device value is sent directly to touch monitor portion 20, it is also possible to device value has been updated this situation and has notified to touch monitor
Portion 20, only from touch monitor portion 20 receive to update after the relevant data sending request of device value in the case of send
To touch monitor portion 20.
Communicate between compartment connection interface 14 and the touch monitor portion 20 constituting programable display.To separate
Between to connect the transmission path connected between interface 14,21 both can be special cable, it is also possible to be Ethernet (registered trade mark)
Etc. general cable network, it is also possible to be wireless network.
Touch monitor portion 20 has compartment and connects interface 21, input unit 22, display part 23, focuses on portion the 24, the 2nd
Data store 25 and display generating unit 26.Compartment connects interface 21 and constitutes the data collection unit 10 of programable display
Between communicate.
Input unit 22 is by the user interface of input to display picture, be transfused to by operator 60 make to control
The control instruction etc. of instrument.Display part 23 is to carry out display picture based on the picture data received from data collection unit 10
The display device of display.Liquid crystal indicator or organic EL (Electro Luminescence) display device etc. can be used
It is used as display part 23.Furthermore it is possible to input unit 22 and display part 23 are arranged overlappingly and as touch panel.
Focus on the picture data that portion 24 receives connecting interface 21 via compartment to store to the 2nd data storage
Portion 25.It addition, the control instruction inputted from input unit 22 is connected interface 21 via compartment and sends to data collection unit 10.
All the time the occupancy situation in the transmission path that compartment connection interface 21 is connected is entered it addition, focus on portion 24
Row monitors, exists before the request of operator 60, and with occupancy situation correspondingly, request in advance sends with currently displaying
Other picture datas that the view data generated is associated, preserve the picture data received to the 2nd data store 25.Separately
Outward, by also preserving the picture data that the past of specified quantity showed in the 2nd data store 25, thus again selecting
When having selected this picture data, it is not necessary to the occupancy increasing transmission path can carry out action.
2nd data store 25 stores the picture data received from data collection unit 10.2nd data store 25 has
The capacity of at least 1 picture data can be stored.But, as it has been described above, showed in the past preserving specified quantity
In the case of picture data or in advance preservation picture data, it is desirable to be able to storage is more than or equal to the appearance of 2 picture datas
Amount.
Display generating unit 26 uses picture data that the 2nd data store 25 stored and connects interface via compartment
21 and the more fresh information of device value that receives from data collection unit 10 generates the view data in display part 23 display, and
Display part 23 shows.
As it has been described above, the programable display involved by embodiment 1 has: data collection unit 10, it is from external device (ED)
50 obtain device value；And touch monitor portion 20, it shows to operator 60, and this programable display not passes through
Data collection unit 10 generates the view data shown by touch monitor portion 20 and sends to touch monitor portion 20, but from
Device value is sent to touch monitor portion 20 by data collection unit 10, touch monitor portion 20 generate view data.
Below, at process when the initial start-up of programable display of said structure is described successively, view data display
Other picture data collections during reason, display process process.
Process ＞ during ＜ initial start-up
Owing to when initial start-up, not preserving the picture data needed for display generates, therefore structure in touch monitor portion 20
Become, the picture data needed for the generation of view data is forwarded to touch monitor portion 20 from data collection unit 10.That is, for
For the touch monitor portion 20 of programable display, compartment connects interface 21 and connects from data collection unit 10 when initial start-up
Receive picture data, focus on portion 24 and the picture data received is preserved to the 2nd data store 25.Then, read and grasp
The picture data that the instruction of author 60 matches.
＜ view data display processes ＞
Fig. 3 is of the step of the view data display process representing the touch monitor portion involved by embodiment 1
The flow chart of example.First, if touch monitor portion 20 receives the instruction of operator 60 (step S11) from input unit 22,
Then retrieve from the 2nd data store 25, obtain with by focusing on the picture data (step that the instruction that portion 24 receives is associated
Rapid S12).Then, display generating unit 26 generates the view data (step in display part 23 display according to the picture data got
Rapid S13), the view data generated is shown in display part 23 (step S14).In addition it is also possible to alternative steps S11, step
S12, and it is set to predetermined picture data.
On the other hand, the data processing division 13 of data collection unit 10 via external device (ED) connect interface 11 and to external device (ED)
The information of the device value of 50 carries out monitoring (step S15), it is determined that device value is updated (step S16) the most.In device value not
In the situation (step S16 is the situation of No) being updated, return step S15.It addition, the situation (step being updated in device value
S16 is the situation of Yes) under, the device value (the more fresh information of device value) being updated is stored to the 1st number by data processing division 13
According to storage part 12 (step S17).Then, data processing division 13 connects interface 14 via compartment and device value has been updated
One situation notifies to touch monitor portion 20 (step S18).Additionally, although not shown, but not from touch monitor portion 20
Data sending request in the case of, it is also possible to after a certain time terminate process.
If the portion that focuses on 24 in touch monitor portion 20 receives via compartment connection interface 21 and informs, then judge
Whether the device value informed is contained in the picture data got in step s 12.It is not included in the device value informed
In the situation (step S19 is the situation of No) of picture data, become waiting state.It addition, be contained in the situation of picture data
Under (step S19 is the situation of Yes), focus on portion 24 via compartment connection interface 21 by the data relevant to device value
The request of transmission sends to data collection unit 10 (step S20).
If the data processing division 13 of data collection unit 10 connects interface 14 via compartment receives data sending request
(step S21), then send device value to touch monitor portion 20 (step S22).
If the portion that focuses on 24 in touch monitor portion 20 connects interface 21 via compartment receives device value (step
S23), then device value being sent to show, generating unit 26, display generating unit 26 use the device value being updated to view data
Being updated (step S24), the view data after updating is shown in display part 23 (step S25).Then, display is processed
End notification is to data collection unit 10 (step S26), and process terminates.It addition, for data collection unit 10, if receiving display
The notice (step S27) of the end processed, then process terminates.
Additionally, in the flowchart of fig. 3, by being would indicate that, by data collection unit 10, the information notification that device value has been updated
To touch monitor portion 20, the data sending request relevant to the device value informed is received to data in touch monitor portion 20
Collection portion 10 sends, thus receives device value.But it is also possible to omit step S18～the process of S21, in step S17, data are received
Device value is stored to the 1st data store 12 by collection portion 10, and the device value after updating immediately sends to touch monitor portion
20。
Other picture data collections during ＜ display processes process ＞
Fig. 4 be represent touch monitor portion view data display process in other picture datas acquisition process step
The flow chart of a rapid example.For touch monitor portion 20, in display generating unit 26, view data is shown in display part
During 23, focus on portion 24 and the occupancy situation in the transmission path that compartment connection interface 21 is connected is monitored
(step S51), it is determined that whether occupancy is less than or equal to setting (step S52).In the situation (step that occupancy is bigger than setting
Rapid S52 is the situation of No) under, return step S51.
In the occupancy situation (step S52 is the situation of Yes) less than or equal to setting, focusing on portion 24 will be with
The transmission of other picture datas being associated as the picture data on the basis of the currently displaying view data in display part 23 please
Ask and send (step S53) to data collection unit 10.The preferably transmission to other picture datas sent by operator 60 is asked
Being predicted, the transmission carrying out prior to this being focused on, by this, other picture datas that portion 24 makes is asked.According to by concentrating
The transmission request of other picture datas that process portion 24 makes, the data processing division 13 of data collection unit 10 stores from the 1st data
Portion 12 extracts specified picture data, sends to touch monitor portion 20.Additionally, for making in the judgement of step S52
The setting of occupancy, be the value that picture data can not be transmitted with applying load to transmission path.Separately
Outward, it is also possible to be, before step S53 sends the transmission request of other picture datas, focus on portion 24 and judge that other are drawn
Whether face data are stored in the 2nd data store 25, send other pictures in the case of being not stored in the 2nd data store 25
The transmission request of data.
If focusing on portion 24 to receive other picture datas (step S54) via compartment connection interface 21, then will
Other picture datas preserve to the 2nd data store 25 (step S55).Then, if receiving other pictures from operator 60
Display instruction (step S56) of data, then focus on portion 24 and extract in advance from data collection unit from the 2nd data store 25
Other picture datas (step S57) that 10 get.Then, display generating unit 26 uses other picture datas next life extracted
Become view data (step S58), view data based on other picture datas are shown in display part 23 (step S59), process
Terminate.
Additionally, in the above description, input unit 22, display part 23 can also be projector, monitor, motion sensor etc.
The parts that external device (ED) 50 is connected, it is also possible to touch monitor portion 20 is set to itself the outside dress such as flat board or mobile terminal
Put 50.
In embodiment 1, generate institute owing to the memory span needed for can making touch monitor portion 20 terminates in display
The part needed, therefore has following effect, i.e. carry compared with the situation of heap(ed) capacity with being susceptible to various function, it is possible to fall
Remaining memory span during low composition programable display.
It addition, constituted programable display by data collection unit 10 and touch monitor portion 20, touch monitor portion 20 from
Data collection unit 10 obtains the picture data on the basis as the view data shown at display part 23 in advance, uses this picture
Data and generate view data from the device value of data collection unit 10, and it is shown in display part 23.Thus there is following effect
Really, i.e. with from data collection unit 10 by view data send to touch monitor portion 20 situation compared with, it is possible to reduce data receive
The occupancy on transmission path between collection portion 10 and touch monitor portion 20, and can reduce data collection unit 10 is executed
The load added.It addition, current, must assure that in touch monitor portion 20 capacity of the 2nd data store 25, the 2nd data are deposited
Storage portion 25 is for being stored in the view data that when updating, transmission comes of device value every time, but no longer exists in present embodiment 1
These needs, the most also have following effect, i.e. compared with currently, it is possible to make the capacity of the 2nd data store 25 diminish.
Such as, in current structure, returned by system due to touch monitor portion and data collection unit together with, therefore with energy
Enough mode word-select memory capacity preserving following various data, these packets contain picture data, OS and outside dress
The data that the systems such as the communications driver between putting are used, and the past is by daily records such as the used device value of data processing division
Data.Wherein, for picture data, although also have relation with resolution, but be configured to be at best able to preserve 500 pictures.Separately
On the one hand, present embodiment 1 is configured to, and divides into picture data and other data, additionally, only protect in touch monitor portion 20
Poke picture data.That is, minimizing the memory span needed for touch monitor portion 20, other data are to utilize number
Carry out preserving according to the memory span in collection portion.Thus there is following effect, i.e. use multiple touch monitor portions constituting
20 display system time, it is possible to reduce memory span remainder.
Further, compared with current programable display, it is possible to realize the lightweight in touch monitor portion 20, slimming,
Additionally, due to various picture size, resolution can be selected by client a data collection unit 10, therefore, it is possible to build
The system that layout freedom is high.
It addition, touch monitor portion 20 display process in the biography between touch monitor portion 20 and data collection unit 10
The occupancy in defeated path monitors, in the case of the occupancy in transmission path is less than or equal to setting, from data collection
Portion 10 obtains other picture datas that the picture data with the basis as the view data in currently displaying process is associated.By
This, it is possible to existing from before the request of operator 60, obtain other picture datas when the occupancy transmitting path is low in advance.
Further, by preserving the picture data that the past of specified quantity showed in the 2nd data store 25, thus again selecting
When having selected this picture data, it is possible to rapidly view data is shown, and do not increase the occupancy in transmission path.It addition, energy
Enough occupancies to transmitting on path smooth, and reduce the occupancy on transmission path, it is possible to reduce transmission path
The load applied.
Embodiment 2
Fig. 5 is the block diagram of an example of the structure schematically showing the programable display involved by embodiment 2.
In this example embodiment, about programable display, it is shown that be connected to multiple stage touch monitor portion 20-1 to 1 data collection unit 10
～the situation of 20-3.Additionally, due to illustrated by the structure in each data collection unit 10 and touch monitor portion 20 and embodiment 1
Identical, therefore the description thereof will be omitted.
The multiple data collection unit 10 constituted in the above described manner and touch monitor portion 20-1～20-3 are in the following manner
Carry out action, i.e. the transmission of each different device value request is sent out corresponding to each touch monitor portion 20-1～20-3
Deliver to data collection unit 10.Further, data collection unit 10 sends and setting from each touch monitor portion 20-1～20-3
Corresponding device value is asked in sending of standby value.That is, each touch monitor portion 20-1～20-3 uses respectively according to from behaviour
Picture data and the device value of the instruction of author 60 and generate view data, and show at display part 23, in device value
Obtain this device value being updated (the more fresh information of device value) from data collection unit 10 in the case of being updated and show
Show process.Therefore, data collection unit 10 need not generate multiple stage touch monitor portion 20-1～20-3 view data concurrent
Deliver to each touch monitor portion 20-1～20-3.
Additionally, data collection unit 10 is 1 in the example of fig. 5, but can also there is multiple stage in data collection unit 10.
According to embodiment 2, it is possible to multiple picture datas of being preserved according to 1 or multiple stage data collection unit 10 and
View data is shown by each touch monitor portion 20-1～20-3 respectively, it is possible to realize the expansion as display system simultaneously
The picture data management of malleability and concentration.It addition, can be by picture data being come together in data collection unit 10, so that safeguarding
Easily.
Embodiment 3
In the case of having multiple stage touch monitor portion to 1 or the connection of multiple stage data collection unit, additionally it is possible to from data
Collection portion synchronously carries out data transmission to multiple stage touch monitor portion.Fig. 6 is to represent receiving to data involved by embodiment 3
Collection portion is connected to the flow chart of an example of the step of the data transmission method for uplink in the case of multiple stage touch monitor portion.This
Outward, here, as it is shown in figure 5, have the feelings of 3 touch monitor portion 20-1～20-3 to connect to 1 data collection unit 10
Illustrate as a example by condition.
If from the touch monitor portion 20 connected 1 of the data processing division 13 of data collection unit 10 is (the most tactile
Touch monitor portion 20-1) receive device value transmission request (step S71), then determine whether simultaneous display form (step
S72).This judgement is carried out the most in the following manner, i.e. in advance stored by the 1st data store 12 in data collection unit 10
Project data be made whether the setting of simultaneous display, carry out this judgement according to or without this setting.Here, project data is
Comprise as in touch monitor portion 20 display part 23 show picture basis picture data and carry out picture data
The information associated and concentrate picture data is in interior data.The setting of simultaneous display is carried out by user.
In the situation (step S72 is the situation of Yes) being simultaneous display form, the data processing division of data collection unit 10
13 synchronously send identical device value (step S73) to whole touch monitor portion 20-1～20-3, and process terminates.
On the other hand, in the situation (step S72 is the situation of No) not being simultaneous display form, data collection unit 10
Data processing division 13 only sends device value (step S74) to touch monitor portion 20-1, and process terminates.
Additionally, the so-called image synchronized, it is possible not only to be that mirror image shows etc. and can be shown by 1 touch monitor portion 20
The image of the resolution shown, it is also possible to be by multiple touch monitor portions 20 being combined, links and by resolution extension
After multi-monitor show.
According to embodiment 3, owing to will receive from data with the corresponding device value of request from 1 touch monitor portion 20
Collection portion 10 synchronously carries out the transmission of device value to other multiple touch monitor portions 20, touches prison therefore, it is possible to generate in multiple stage
The image synchronized between visual organ portion 20.It addition, the number of units in touch monitor portion 20 can easily be increased, it is easy to according to circumstances implement
Synchronization.
Additionally, the process in the data collection unit 10 of above-mentioned programable display and touch monitor portion 20 can be as storage
The program of this process step and constitute.Further, it is possible to by being taken by above-mentioned programable display or tablet terminal etc.
The information processing terminal of band performs this program and realizes.It addition, this program record is at hard disk, SSD (Solid State
Drive), " Off ロ ッ ピ (Floppy) " (registered trade mark) dish, CD (Compact Disk)-ROM, MO (Magneto-
Optical disk), DVD (Digital Versatile Disk or Digital Video Disk) etc. can enter by computer
In the record medium that row reads.It addition, this program can also be issued via the networks such as the Internet (communication line).
Industrial applicibility
As it has been described above, programable display involved in the present invention is applicable to be equipped on needs multiple touch monitor portions
The programable display of system, or the production line at workshop etc. carries out on-line reading, i.e. carries out institute the information of the condition of production
The instrument used during meaning " peace lamp shows " (Andon shows).
The explanation of label
10 data collection unit, 11 external device (ED)s connection interfaces, 12 the 1st data store, 13 data processing divisions, 14,21 points
Sowing discord connection interface, 20 touch monitor portions, 22 input units, 23 display parts, 24 focus on portion, 25 the 2nd data store, and 26
Display generating unit, 50 external device (ED)s.
Claims (7)
1. a programable display, consists of, and data collection unit and touch monitor portion are disposed separately, this data collection
Portion obtains device value from the external device (ED) connected, and this touch monitor portion generates, shows and from described data collection unit
The view data that device value is corresponding, described data collection unit and described touch monitor portion connect via transmission path,
This programable display is characterised by,
Described data collection unit has:
1st data store, its storage is as the picture data on the basis of the view data shown in described touch monitor portion；
And
Data processing division, it obtains the device value of described external device (ED), by the transmission of described device value to described touch monitor portion,
Described touch monitor portion has:
Display part；
Input unit；
2nd data store, it stores described picture data；
Focusing on portion, it obtains institute based on the instruction from operator via described input unit from described data collection unit
State picture data, preserve to described 2nd data store；And
Display generating unit, it is according to the described picture data got from described 2nd data store with from described data collection
Described device value that portion gets and generate view data, show at described display part,
Be shown in the period of described display part in described view data, the portion of focusing on described in described touch monitor portion uses
The more fresh information of the described device value got via described transmission path from described data collection unit is to described view data
It is updated.
Programable display the most according to claim 1, it is characterised in that
The portion that focuses on described in described touch monitor portion is when initial start-up, from described 1st number of described data collection unit
Described picture data is obtained according to storage part.
Programable display the most according to claim 1, it is characterised in that
The portion that focuses on described in described touch monitor portion is during the display of described view data, to described transmission path
Occupancy monitor, in the case of occupancy is less than or equal to predetermined value, obtains from described data collection unit and make
Other picture datas being associated for the described picture data on the basis of described view data.
Programable display the most according to claim 1, it is characterised in that
Described 2nd data store in described touch monitor portion can be preserved over and used in the display of described display part
Picture data.
Programable display the most according to claim 1, it is characterised in that
Multiple described touch monitor portions are connected with described data collection unit,
The portion that focuses on described in each described touch monitor portion sends different types of device value to described data collection unit
Obtain request,
The described data processing division of described data collection unit is by corresponding for the described acquisition request with described each touch monitor portion
The described device value of kind send to described each touch monitor portion.
Programable display the most according to claim 1, it is characterised in that
Multiple described touch monitor portions are connected with described data collection unit,
Focus on portion described in a described touch monitor portion in multiple described touch monitor portions to receive to described data
Collection portion sends the acquisition request of device value,
If the described data processing division of described data collection unit receives described acquisition and asks, then monitor to multiple described touches
Device portion synchronously sends described device value.
7. display a program, its data collection unit and touch monitor portion be disposed separately and described data collection unit and
The programable display that described touch monitor portion connects via transmission path make described touch monitor portion perform following
Step:
Read the picture data being associated with the instruction from operator；
View data is generated according to described picture data with from the device value of described data collection unit；
Described view data is made to show at display part；
The more fresh information of described device value is received from described data collection unit；
Described view data is updated by the described more fresh information utilizing described device value；And
The view data after having carried out described renewal is made to be shown in described display part,
Wherein, this data collection unit obtains device value from the external device (ED) connected, and this touch monitor portion will be from described number
It is shown in described display part according to the device value in collection portion.
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/JP2014/063382 WO2015177877A1 (en) | 2014-05-20 | 2014-05-20 | Programmable display unit and display program for execution by programmable display unit |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106133673A true CN106133673A (en) | 2016-11-16 |
| CN106133673B CN106133673B (en) | 2020-03-24 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201480077536.1A Active CN106133673B (en) | 2014-05-20 | 2014-05-20 | Programmable display and display method executed by programmable display |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP6157730B2 (en) |
| CN (1) | CN106133673B (en) |
| WO (1) | WO2015177877A1 (en) |
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| CN111752427A (en) * | 2019-03-29 | 2020-10-09 | 株式会社基恩士 | Programmable display and programmable logic controller system |
| CN112805672A (en) * | 2018-10-12 | 2021-05-14 | 三菱电机株式会社 | Programmable display and program |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP6757385B2 (en) * | 2018-10-23 | 2020-09-16 | 株式会社キーエンス | Programmable logic controller and main unit |
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Also Published As
| Publication number | Publication date |
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| JP6157730B2 (en) | 2017-07-05 |
| JPWO2015177877A1 (en) | 2017-04-20 |
| WO2015177877A1 (en) | 2015-11-26 |
| CN106133673B (en) | 2020-03-24 |
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