CN105027012A - Programmable controller system, programmable display therefor, and program - Google Patents
Programmable controller system, programmable display therefor, and program Download PDFInfo
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- CN105027012A CN105027012A CN201380074299.9A CN201380074299A CN105027012A CN 105027012 A CN105027012 A CN 105027012A CN 201380074299 A CN201380074299 A CN 201380074299A CN 105027012 A CN105027012 A CN 105027012A
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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
- G06F3/04883—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 for inputting data by handwriting, e.g. gesture or text
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- 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
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/05—Programmable logic controllers, e.g. simulating logic interconnections of signals according to ladder diagrams or function charts
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- 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
- G05B23/00—Testing or monitoring of control systems or parts thereof
- G05B23/02—Electric testing or monitoring
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06V—IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
- G06V30/00—Character recognition; Recognising digital ink; Document-oriented image-based pattern recognition
- G06V30/10—Character recognition
- G06V30/32—Digital ink
- G06V30/36—Matching; Classification
Abstract
A programmable display (1) according to the present invention comprises a handwriting input unit (101) which allows an arbitrary comment to be input by handwriting, and a character recognition unit (102) which character-recognizes the comment input by handwriting, thereby converting the comment into text data. The programmable display (1) further comprises a comment transfer unit (103) which transmits the text data to another programmable display (1) which has been determined to be the destination on the basis of the text data. The programmable display (1) according to the present invention further comprises a keyword storage unit (104) in which one or more arbitrary keywords are registered beforehand and a comment transfer destination is registered for each keyword. This allows a transmission destination determination unit (105) to determine the destination of the text data in accordance with a keyword, or the like, contained in the text data.
Description
Technical field
The present invention relates to programable display etc.
Background technology
Programable display is generally connected with PLC (Programmable Logic Controller) the various connection device such as body and temperature control equipment, the image of the projects such as the numerical value display that the state that these connection devices are carried out in display shows and lamp, or the image of display for allowing user send the projects such as the switch of instruction arbitrarily.In addition, project is also referred to as screen component etc.In the picture (operating display frame) of programable display, the image of the multiple screen component of display (project) usually.
Being generated arbitrarily by developer etc. in servicing unit in advance for showing (picture datas etc.) such as the data of such operating display frame, being downloaded to programable display from servicing unit.
In described picture data, for each described project, comprise: the image of this project, display position coordinate, also have the data such as the address in the regulation region of external storage hereinafter described (distributing reservoir address).Sometimes certain program etc. is also comprised.In addition, the image of above-mentioned project is the image of such as switch or the image etc. of lamp.
Described projects (screen component) such as respectively with any inscape of arbitrary connection device accordingly, carry out the state display of this inscape, receive the unlatching of this inscape or the instruction of closedown.Such as, when carrying out the project of numerical value display to thermostatic temperature measuring value, current temperature is shown with numerical value at any time.
The display and control that described various project relates to is realized by the process such as implementing termly for described projects to specify.The process of regulation is such as, reads the storage data in the described regulation region of the memory device in connection device, determines or the process (display refresh process) etc. of displaying contents of display items display based on this storage data.In addition, also the memory device in above-mentioned connection device can be called external storage.In addition, also the afore mentioned rules region of external storage can be called the distribution reservoir region of project.
In addition, connection device upgrades the storage data in the regulation region of said external reservoir at any time.Such as, in said temperature regulating device said temperature measured value is upgraded at any time.
In addition, the prior art described in patent documentation 1 is such as had.
In prior art in patent documentation 1, the software for editing that the character string that the picture of display device shows uses display device special, is generated by PC, is sent to display device.In contrast to this, in the invention of patent documentation 1, the software for editing using above-mentioned display device special is not needed to generate character string.It makes use of annotation and the character string shown on the picture of display device this situation almost identical mostly that user's program of Programmable Logic Controller is added.That is, the display device of the invention of documents 1 reads the annotation etc. attached by device user's program of Programmable Logic Controller from Programmable Logic Controller, and is presented in display frame.
Patent documentation 1: Japanese Patent Laid-Open 2000-214921 publication
Summary of the invention
At this, multiple stage programable display is set sometimes.Such as, in factory etc., be made up of multiple manufacturing process sometimes, the connection device of more than and the programable display of more than are set in each operation.Further, each programable display connects certain networks such as LAN sometimes, can communicate each other.Such as, in the system (programable controller system) formed like this, there is the situation carrying out as described below operating in the past.
In the past, in programable display, user understood handwriting input and annotated arbitrarily sometimes.Further, sometimes this handwriting input annotation is informed to other programable display and display etc.When there is certain fault in such as upstream process, defect content is carried out annotation input in this programable display by user, this annotation can be informed to the user of the programable display of lower procedure, the user of lower procedure can know that fault occurs and content thus.In addition, the programable display as notification target is not limited to one, also has multiple situations, according to circumstances also may become the situation of a lot of.
Programable display carries out touch screen operation usually, and the input of above-mentioned annotation is the handwriting input carried out on the touchscreen.In the past, these hand-written input data were directly sent to other programable display.That is, above-mentioned manuscript note is sent to other programable display with the form of such as data bitmap.
Thus, the annotation of handwriting is presented in other programable display.Therefore, become sometimes be very difficult to read.In addition, owing to being hand-written word, the word number therefore annotated is difficult to increase.
In addition, the user of the programable display of annotation notification source, is judging, on the basis as other programable display more than one of annotation notification target, to need the operation carrying out specified notification target, sometimes bother very much.
Problem of the present invention is relevant with programable display, be to provide a kind of programable display etc., manuscript note can be converted to text data and notify to other programable display, further, can go forward side by side to work based on the programable display of notes content automatic decision notification target and know.
Programable controller system of the present invention is the system that multiple programable display can intercom mutually, and each programable display such as has following textural element.
Handwriting input unit, this handwriting input unit handwriting input annotates arbitrarily;
Word recognition unit, this word recognition unit carries out Text region to the annotation of this handwriting input, is converted into text data; And
Annotation delivery unit, text data are sent to other programable displays being confirmed as sending target based on text data by this annotation delivery unit.
Accompanying drawing explanation
Fig. 1 is the brief configuration figure of the programable controller system of this example.
Fig. 2 is the structure example of the programable display of this example.
Fig. 3 is the software architecture diagram of native system.
Fig. 4 is the concrete example of hand-written notes input window 40.
Fig. 5 (a), (b) are the indication examples of other programable display of transmission target as text data.
Fig. 6 is the processing flow chart (one) of programable display.
Fig. 7 is the processing flow chart (its two) of programable display.
Fig. 8 is the processing flow chart (its three) of programable display.
Fig. 9 (a), (b) are the concrete examples of various data.
Figure 10 is the functional block diagram of the programable display of this example.
Embodiment
Below, with reference to accompanying drawing, embodiments of the present invention are described.
Fig. 1 is the brief configuration figure of the entire system of the programable display 1 comprising this example.
Programable controller system shown in Fig. 1 has various connection device 4 and connects the programable display 1 of various connection device 4 via communication line 6.Further preferably, programable display 1 connects mapping editing device 5 (servicing unit) via communication line 3 and forms.But mapping editing device 5 is not must be connected with programable display 1.That is, embodiments of the invention merely illustrate an example.In addition, sometimes also mapping editing device 5 is labeled as servicing unit 5.
Programable display 1 comprises multiple communication interface 2 (communication port), is connected with various connection device 4 and editing device 5 of mapping by communication line 3/ communication line 6 connecting each communication interface 2.
Further, programable display 1 is also connected with communication network 7 grades such as LAN.This communication network 7 also programable display 1 multiple with other is connected.That is, programable display 1 via this communication network 7, can communicate with other programable display 1.Certainly, for this is assigned with IP address etc. to programable display 1.In addition, for such a structure, be illustrated as above-mentioned programable controller system in the past.That is, such as each operation in factory is arranged respectively to the programable display 1 of more than.In addition, although not illustrated in FIG., other programable display 1 is also connected with connection device 4 grade in this operation respectively.
In addition, in illustrated example, communication network 7 is also connected with PC (PC) 8 further, and each programable display 1 also can communicate with PC (PC) 8.In addition, PC (PC) 8 represents certain information processing terminal beyond programable display 1.That is, represent, the communication object of programable display 1 is not limited to other programable display 1 herein.Particularly, the transmission target of annotation is not limited to other programable display 1.
Fig. 2 is the structure example of the programable display 1 of this example.
Programable display 1 is roughly the same with above-mentioned past case, has and carries out the display of operating display frame or its function to refresh etc. based on above-mentioned picture data etc., also have following each function further.That is, programable display 1 such as have the handwriting input carrying out arbitrarily annotation function, be converted to the function of text data by carrying out Text region to this handwriting input annotation.Programable display 1 has further: the function of text data being carried out notifying to other programable display 1, now automatically determine the function etc. of the programable display 1 sending target based on text data or the information etc. that logs in advance.In detail as mentioned below.
Illustrated programable display 1 has display operating control device 10, touch-screen 18, display 19 and described communication interface 2 etc.
Display operating control device 10 is made up of CPU11, ROM12 (flash memory etc.), RAM13, communication controler 14, graphics controller 15, touch screen controller 16 etc., and they are connected with bus 17.
CPU11 is the central processing unit (arithmetic processor) controlling display operating control device 10 entirety.CPU11, by performing the program (such as reality 21 etc.) being hereinafter described stored in ROM12 in advance, carries out the calculation process specified.Such as perform the process etc. of various process flow diagrams hereinafter described.Various result of calculation is such as stored to RAM13 or ROM12.
In addition, the picture data (picture data 22 hereinafter described) etc. illustrated in described background technology is stored in ROM12.As described above, for projects of described switch, lamp etc., picture data has that the image of such as this project, display position coordinate and size etc. show the data be associated, above-mentioned distribution stores the data such as address and namely accesses relevant data etc. to reservoir.
In the process of above-mentioned CPU11, such as, comprise the process etc. obtaining " storage data in the distribution reservoir region of projects " illustrated in above-mentioned background technology.This process is alternatively the process obtaining " storage data in the regulation region of external storage " as described above.
In addition, utilize the process of described CPU11, such as, on RAM13, launch (description) such as based on above-mentioned picture data and the above-mentioned display object data obtaining data etc.In addition, RAM13 can with replacements such as not shown video-rams.Based on this description, graphics controller 15 shows above-mentioned operating display frame etc. on the display 19.
Display 19 is such as made up of liquid crystal panel etc., and this liquid crystal panel arranges touch-screen 18 in an overlapping manner.In the past, on the display 19, the aforesaid operations display frame being arranged on by multiple item image and assigned position is formed substantially is shown.But user's operation according to the rules, also shows hand-written notes input window 40 etc. hereinafter described.
In addition, communication controler 14, via communication interface 2, communicates with editing device 5 of mapping with not shown PLC body etc. or temperature control equipment etc. i.e. connection device 4.
On touch-screen 18, carry out pressing operation (touch) by operator etc., the testing result of the position of this pressing operation, to be obtained by CPU11 etc. via touch screen controller 16 and resolve.Such as based on the described display position coordinate of projects or the data etc. of size, resolve.Such as, the display position to the image of described switch such as operator touches, then CPU11 etc. are resolved to the operation carried out this switch.In addition, user's operation (input of handwriting) on the handwriting input region of regulation can also be detected.
In addition, further, the application program of regulation that this method is associated also can be stored in ROM12.CPU11, by performing this application program, realizes the process of the process flow diagram of such as Fig. 6 ~ Fig. 8 hereinafter described, and the processing capacity of the various function parts of Figure 10 hereinafter described.In detail as mentioned below.
Fig. 3 represents the software architecture diagram of above-mentioned native system.
In programable display 1, various program, the data such as reality 21, picture data 22, signal procedure 23, such as, be stored in described ROM12 (flash memory etc.).By by CPU11, these program or data etc. read, implement or with reference to etc., carry out the display and control of the aforesaid operations display frame of programable display etc., with the various process etc. that are associated of annotation.The image display of the various projects such as this operating display frame is shown by above-mentioned numerical value, lamp, switch is formed, and the displaying contents of projects image is such as to reflect that the form of the data obtained from the distribution storage area of the external storage of each connection device 4 upgrades at any time.
Substantially CPU11 processes based on reality 21 and picture data 22, thus shows described operating display frame.Further, the displaying contents of each screen component on this operating display frame, based on the data etc. obtained from each connection device 4 by signal procedure 23, upgrades etc. at any time.
Further, for being also stored in such as above-mentioned ROM12 with the not shown signal procedure that other not shown programable display 1 carries out communicating.CPU11, by performing this not shown signal procedure, performs the communication process with other not shown programable display 1.
In addition, CPU11, by performing reality 21, also shows hand-written notes input window 40 etc. hereinafter described.And what thus, realize this method inputs with annotation the various functions be associated.That is, realize carrying out the function of the handwriting input of above-mentioned any annotation, be converted to the function of text data by the Text region carrying out this input annotation and determine to send the function etc. of programable display of target based on text data.
In above-mentioned picture data 22, the picture data file 32 such as generated arbitrarily in mapping editing device 5 side is in advance downloaded and is stored in programable display 1.In addition, a part for the signal procedure file 33 being stored in mapping editing device 5 side in advance is also such as downloaded and is stored in programable display 1 by described signal procedure 23.
The signal procedure 23 of programable display 1 is the program for carrying out communicating via order wire 6 and connection device 4.Usually, each type etc. of connection device 4 has intrinsic communication protocol (communication procedure), according to this communication procedure, carries out the communication between programable display 1-connection device 4.Therefore, each machine exploitation signal procedure 23 for each connection device 4 is needed.In addition, certainly, by by executive communication programs 23 such as CPU11, the communication process with connection device 4 is realized.
In addition, the outside letter program 24 of programable display 1 is the program for carrying out communicating via above-mentioned communication network 7 and other programable display 1 and PC8.PERCOM peripheral communication program 24 is such as the general signal procedures such as the tcp/ip communication on LAN, utilizes IP address etc. to communicate with other signal conditioning package.
Such as, along with the process of reality 1, produce when carrying out with other programable display 1 etc. the process communicated via above-mentioned communication network 7, communicate via PERCOM peripheral communication program 24.This communication process is the transmission etc. of the annotation of text data.But, in the following description, outside signal procedure 24 is not described one by one.
In addition, the programable display 1-communication of mapping between editing device 5 is such as by reality 21 with make Graph editor 31 and carry out.That is, communication function is assembled in mapping editing device 31.This content is not relevant especially, does not therefore illustrate, illustrates.The connection devices 4 such as PLC body have various manufacturer or type, and each manufacturer or type have signal procedure alone, depending on situation difference, with the manufacturer of connection device 4 or type accordingly, multiple described signal procedure 23 be possessed.
Signal procedure 23 is stored in HD (hard disk) not shown in mapping editing device 5 in advance with the form of multiple signal procedure file 33 usually.Afterwards, if user's utilization is made Graph editor 31 and is selected and specify any connection device 4, the signal procedure file 33 corresponding with the connection device 4 of this selection is sent to programable display 1 by editing device 5 of then mapping, and stores as described signal procedure 23.
On the other hand, PERCOM peripheral communication program 24 is such as stored in programable display 1 in advance.
The various settings making Graph editor 31 are utilized to conduct interviews to the external storage in connection device 4.Setting when various setting refers to that picture data file 32 generates.
Here, realize the access to described distribution reservoir, obtain the program of the various process such as the temporary transient storage of data and picture display and such as can be included in reality 21, also can be included in picture data file 32 (picture data 22).Or the program that above-mentioned this method is associated such as can be included in reality 21, picture data file 32 (picture data 22) also can be included in.Regardless of in which kind of situation, such as, by performing such a program by above-mentioned CPU11, the various process, action etc. of the programable display 1 of this example can be realized.Such as, the display of hand-written notes input window 40 hereinafter described, and any input on window 40 or the various process corresponding to operation are implemented.In addition, the program that above-mentioned this method is associated is the process of the process flow diagram realizing such as Fig. 6 ~ Fig. 8 hereinafter described, or the program etc. of the hereinafter described processing capacity of the various function parts of Figure 10.
Above-mentioned assisting system 5 has makes Graph editor 31.This is used as Graph editor 31 and has the subsidiary function making user generate the picture data 22 (32) (operating display frame) of arbitrary programable display.Its basic function also can with in the past roughly the same.
At this, servicing unit 5 is such as PC etc., has general conventional computer architecture although be not particularly illustrated.That is, such as there are CPU, reservoir (hard disk, reservoir etc.), Department of Communication Force, operating portion (mouse etc.), display etc.By being performed the application program being stored in reservoir in advance by CPU, realize the processing capacity such as making Graph editor 31.
Fig. 4 is the concrete example of hand-written notes input window 40.
In programable display 1, carried out the operation specified by user, show hand-written notes input window 40.The operation of afore mentioned rules such as operates the not shown notes project (switch) be arranged in aforesaid operations display frame, but be not limited to this example.Such as also can be the menu (not shown) showing regulation on screen, carried out the method selected by user.
The hand-written notes input window 40 of example shown in Fig. 4 has handwriting input region 41, converting text viewing area 42, text-converted switch 43, transmits button 44 and save button 45 etc.
User such as can utilize the handwriting inputs such as special pens to annotate arbitrarily (character string etc.) on handwriting input region 41.In illustrated example, handwriting input " contact A line stops " (Even Network A ラ イ Application stops).In the past, due to by the annotation of this handwriting input directly to other programable display transmission, therefore have data volume many, be difficult to the problems such as reading.Particularly go wrong when the user writing poor.
On the other hand, in this method, user operates text-converted switch 43, then carry out handwriting identification to the annotation writing on handwriting input region 41, and generate text data, text data are presented at converting text viewing area 42.In addition, the translation function itself utilizing handwriting input or handwriting to be converted to text data can adopt prior art.Prior art is such as in the technology that the IME Pad etc. of Windows (registered trademark) uses.
Further, user operates and transmits button 44, then above-mentioned text data is sent to other programable display 1 via communication network 7.At this moment, automatically judging the display able to programme 1 sending target, is also one of feature of this method.
Such as an example, log in advance and have arbitrary multiple keyword, and log in and have the identifying information of the programable display 1 corresponding with each keyword and the communication information (IP address etc.) etc.User operates and transmits button 44, then judge the keyword be included in above-mentioned text data, obtain the relevant provisioning information of the programable display 1 corresponding to this keyword (above-mentioned identifying information and the communication information etc.).Thus, more than one programable display 1 of the transmission target of above-mentioned text data can be determined.About this process, hereafter carrying out more concrete, detailed description.
In addition, user operates save button 45, then above-mentioned text data is stored in the memory device of regulation.The memory device of regulation is such as ROM12, RAM13 etc., but is not limited to this example, also can be not shown foreign medium (CD-ROM, memory card etc.).Or user operates save button 45, the choice menus (not shown) preserving target also can be shown.
Fig. 5 (a), (b) are the indication examples of other programable display 1 of the transmission target represented as above-mentioned text data.
Programable display 1 receives the above-mentioned annotation (text data) sent from other programable display 1, and it is such as temporarily stored in RAM13 etc., and the reception notification mark 50 of indication example as shown in Fig. 5 (a).In illustrated example, reception notification mark 50 only shows the meaning and date received that have received.In addition, the display packing of reception notification mark 50 can be any form, can be icon, also can enabling (ON) for distributed position reservoir.
Further, such as user presses the display position of reception notification mark 50, then show the reception text box 51 shown in Fig. 5 (b).In reception text box 51, show the text data received in illustrated example, and show the identifying information etc. of the programable display 1 of its transmission source.
In addition, be not limited to this example, such as, also can not show reception notification mark 50, and be formed in the mode receiving rear direct display text box 51.
Regardless of which kind of situation, the user that annotation sends the programable display 1 of target can know " A line stopped " this meaning.Particularly, not direct display handwriting as in the past, but display text data, even if therefore the word of the user of transmission source ugly also can not being difficult to reads.In addition, the data volume between programable display 1 during transmission and reception annotation also reduces than ever.
In addition, as described above, the transmission target of annotation (text data) is not limited to other programable display 1, can be arbitrary signal conditioning package, such as, also can be above-mentioned PC (PC) 8 etc.Although be not particularly illustrated, in PC8, also carry out the display roughly the same with Fig. 5 (a), (b).Certainly, illustrated indication example is an example, is not limited to this example.
In addition, the transmission target of annotation (text data) can be arbitrary storage facilities etc., also can make to be sent to storage facilities and the text data of storage is shown by arbitrary signal conditioning package.In addition, also storage facilities itself can be regarded as an example of arbitrary signal conditioning package.In addition, arbitrary signal conditioning package is not limited to above-mentioned each example, such as, also can be mobile telephone terminal etc.In this situation, such as, also via not shown arbitrary communication line (the Internet or dedicated communication line etc.), annotation (text data) can be sent to mobile telephone terminal.
As described above, other programable display 1 or arbitrary signal conditioning package etc. can become the transmission target of annotation (text data), they are referred to as " terminal ".
Fig. 6, Fig. 7, Fig. 8 are processing flow chart (one), (its two), (its three) of programable display 1.
Programable display 1 such as checks whether at any time and have selected not shown " hand-written notes " menu (step S11).Further, if the operation of user have selected " hand-written notes " menu (step S11 is yes), such as, above-mentioned " hand-written notes input window " 40 (step S12) are shown.
Thus, user as described above on handwriting input region 41 handwriting input annotate arbitrarily (step S13).Afterwards, when user operates above-mentioned text-converted switch 43 (step S14 is yes), by carrying out Text region to handwriting input annotation, be converted to text data (step S15).This function being converted to text data itself such as with existing techniques in realizing such as the IME Pad of Windows, therefore can not be specifically noted at this.
In addition, at this, text data represents certain character code.That is, the definition of " not having layout information or decoration information, the data be only made up of pure word " as so-called " text data " is not restricted to.In other words, such as also layout information etc. can be comprised outside character code.
In addition, do not operate text-converted switch 43 (step S14 is no) and operate when transmitting button 44 (step S23 is yes), perform the process of step S24 ~ S26 hereinafter described.In detail as mentioned below.
When operating transmission button 44 after above-mentioned text data generates (step S16 is yes), perform the process of step S17 ~ S22.
That is, first, " transmitting the key word information that target is associated " 70 (the step S17) being stored in the reservoir such as ROM12 are obtained in advance.Any one above keyword is comprised in " key word information that transmission target is associated " 70, and the log-on message etc. corresponding with each keyword.In detail as mentioned below.In addition, network form 80 hereinafter described is also logged in advance.Network form 80 is for carrying out communicating necessary information (such as IP address etc.) via above-mentioned communication network 7 with other programable display 1 etc., is therefore the existing information in the past just existed.
And, when there is any keyword be included in " transmit target be associated key word information " 70 in text data (step S19 is yes), the log-on message etc. be associated based on this keyword is determined to transmit target (step S20).Further, annotation (text data) (step S22) is sent to the transmission target determined.
At this, the concrete example of " key word information that transmission target is associated " 70 that Fig. 9 (a) represents.
In illustrated example, " transmitting the key word information that target is associated " 70 is made up of keyword 71 and " transmitting objective network form numbered list " 72.That is, log in arbitrary keyword 71, log in the information of the transmission target representing each keyword 71 correspondence, i.e. " transmission objective network form numbered list " 72 simultaneously.
At this, as representing the information transmitting target, utilize the numbering 81 in network form 80.That is, in network form 80, log in the IP address etc. of each programable display 1 grade as described below in advance, at random distribute numbering 81 to this log-on message.Further, store accordingly with keyword 71 in above-mentioned " transmit objective network form numbered list " 72 should as send target more than one programable display 1 distinguish corresponding numbering 81.
Further, in above-mentioned steps S20, such as, obtain " transmitting objective network form numbered list " 72 that the keyword of existence in annotation (text data) is corresponding, obtain the IP address etc. corresponding to this each numbering 81 from network form 80.Further, in above-mentioned steps S22, each transmission target represented to each IP address obtained etc. sends text data.
In addition, as described above, what can become that annotation sends target is not limited to other programable display 1, also can be above-mentioned PC8 etc., but is defined as programable display 1 at this and is described.Therefore, although be not described, certainly can also log in the IP address etc. of PC8 in such as network form 80, this numbering 81 also can log in " transmit objective network form numbered list " 72.
In addition, the example utilizing above-mentioned numbering 81 is not limited to.Such as, usually distribute intrinsic identification ID to programable display, but therefore as representing that also this adopts this identification ID to the information transmitting target.That is, for each keyword 71, also can be configured to log in " transmitting objective network form numbered list " 72 by with the identification ID that this keyword 71 should become more than one programable display 1 sending target respective accordingly.Certainly, in this situation, need the form having logged in IP address etc. with each identification ID accordingly, it also can be the form such as replacing the numbering 81 in network form 80 with identification ID and obtain.
No matter which kind of situation, store in advance in " transmitting the key word information that target is associated " 70 represent and each keyword 71 accordingly as the information of other programable display 1 more than one transmitting target.
At this, Fig. 9 (b) represents the concrete example of network form 80.
The network form 80 of illustrated example is made up of numbering 81, IP address 82, port numbering 83, default gateway 84 and subnet mask 85 etc.Information (IP address etc.) necessary to each computer apparatus logging on communication be connected with networks such as LAN in network form 80.In addition, above-mentioned each computer apparatus is mainly programable display 1, but is not limited thereto.In addition, numbering 81 is the sequence numbers etc. of each record such as distributed on network form 80.In addition, above-mentioned identification ID also can be adopted to replace numbering 81.
Here, such as, when supposing that A line stopped, the whole programable displays 1 by this meaning is associated to the operation line after A line and B line are needed to notify.When this example, in " transmitting the key word information that target is associated " 70, such as log in the record of hereinafter described content in advance.
● keyword 71=" stopping of A line "
● the numbering 81 corresponding to each programable display 1 of " transmitting objective network form numbered list " 72=B line or identification ID
Thus, in the example of above-mentioned Fig. 4, annotation is " contact A line stops ", comprises keyword " stopping of A line " thus, and therefore the annotation of above-mentioned " contact A line stops " notifying to the whole programable displays 1 on B line.
In addition, like this, even if comprise A line at keyword, annotation transmission target is also not necessarily limited to the programable display 1 that A line is associated.
In addition, such as, when comprising multiple keyword in annotation, annotation sends target such as to utilize AND condition to determine.
Such as, as described above, annotation transmits target and is not limited to programable display 1, also can be PC8 etc.Further, suppose that " transmitting the key word information that target is associated " 70 is using " stopping of A line " and " contact " the following content as keyword.
● relative to keyword 71=" stopping of A line ", each programable display 1 of " transmit objective network form numbered list " 72=B line and numbering 81 corresponding to PC8 or identification ID
● relative to keyword 71=" contact ", the numbering 81 of " transmitting objective network form numbered list " 72=whole programable display 1 correspondence or identification ID
When this example, when the annotation of above-mentioned " contact A line stop ", comprise above-mentioned two keywords, have the target of login to be defined as annotation such as two keywords and send target.In above-mentioned example, " each programable display 1 of B line, PC8 " and " whole programable display 1 " is AND condition, therefore determines that " each programable display 1 of B line " is for annotation transmission target.In other words, the PC8 of B line cannot become annotation transmission target.
Such as suppose, about keyword 71=" stopping of A line ", list 72=1,2,5,21, about keyword 71=" contact ", list 72=1,2,3,4,5,6,7,8,9.That is, programable display 1 is all 9, is assigned 1 ~ 9 as numbering 81 or identification ID.In addition, list 72=' 21 ' is the numbering 81 corresponding with PC8.In this example, what both sides were common is 1,2,5, determines that three programable displays 1 are correspondingly annotation transmission target.
Get back to the explanation of the process flow diagrams such as Fig. 7.
When being judged as NO of above-mentioned steps S19, namely (in text data) keyword does not also comprise in annotation, such as, set the arbitrary programable display 1 grade (step S21) transmitting target by user.Further, the whole transmission targets to setting send annotation (text data) (step S22).
Finally, the process of above-mentioned steps S24 ~ S26 is described.As described above, these process are process that operation transmits the situation of button 44 under handwriting input annotates the state not being converted to text data.In addition, these process also can regard the annotation transmission process be equivalent in the past as.
First, such as, the view data (step S24) in handwriting input region 41 is generated.This is alternatively directly catch the hand-written data inputted in handwriting input region 41.Then, such as set by user and transmit target (step S25) arbitrarily.Further, the whole transmission targets to setting send the view data (step S26) generated by step S25.
Figure 10 is the functional block diagram of the programable display 1 of this example.
The programable display 1 of illustrative example has: the handwriting input portion 101 that handwriting input annotates arbitrarily, and the annotation of this handwriting input of Text region be converted to the character recognition portion 102 of text data.Further, also have annotation transport unit 103, text data are sent to other programable display 1 being confirmed as sending target based on text data by this annotation transport unit 103.
In addition, also have keyword reservoir 104, this keyword reservoir 104 logs in advance arbitrary more than one keyword, and has annotation to transmit target for each keyword logs in.
In addition, also have and send target determination portion 105, this transmission target determination portion 105 includes keyword in above-mentioned text data, determining based on the annotation transmission target that this keyword is corresponding should as other programable display 1 of the transmission target of described text data.
Further, above-mentioned annotation transport unit 103, to other programable display 1 determined by this transmission target determination portion 105, sends above-mentioned text data.
At this, it is such as above-mentioned numbering 81 or identification ID that the annotation that above-mentioned keyword is corresponding transmits target.That is, be the information representing other programable display 1 sending target candidate as annotation.In addition, be utilize its information that can obtain the IP address sending target etc.
But being not limited to direct above-mentioned annotation transmission target candidate being defined as should as other programable display 1 of the transmission target of text data.Such as, when comprising multiple keyword in text data, send the AND condition of target candidate based on the above-mentioned annotation that respectively this keyword is corresponding, determine other programable display of the transmission target as above-mentioned text data.
In addition, programable display 1 has the function of following each function part as annotation receiver side.
Annotation acceptance division 106, this annotation acceptance division 106 receives the text data sent from other programable display 1; And
Annotation display part 107, this annotation display part 107 shows the text data received;
As described above, according to the programable display 1 of this example, the annotation of user's handwriting input can be converted to text data, notify to other programable display 1.Thus, in the programable display 1 of notification target, not direct display handwriting as in the past, but display text data, even if therefore the word of the user of transmission source ugly also can not being difficult to reads.In addition, the data volume between programable display 1 during transmission and reception annotation also reduces than ever.
Further, according to the programable display 1 of this example, can notify based on the programable display 1 of notes content automatic decision notification target.Thus, the user of transmission source does not need to judge one by one and sets the programable display 1 sending target, alleviates the operation burden of user.
Claims (9)
1. a programable controller system,
This programable controller system is the system that multiple programable display can intercom mutually, it is characterized in that,
Each programable display has:
Input block, the arbitrary annotation of this input block input;
Word recognition unit, the annotation of this input is converted to text data by this word recognition unit; And
Annotation delivery unit, text data are sent to the terminal being confirmed as sending target based on text data by this annotation delivery unit.
2. programable controller system as claimed in claim 1, is characterized in that,
Described programable display also has:
Keyword storage element, this keyword storage element has logged in arbitrary more than one keyword in advance, and has annotation to transmit target for each keyword logs in; And
Send target determination unit, this transmission target determination unit comprises described keyword in described text data, transmit target determine described terminal based on corresponding with this keyword described annotation,
Described annotation delivery unit sends described text data to the described terminal determined by this transmission target determination unit.
3. programable controller system as claimed in claim 2, is characterized in that,
Described transmission target determination unit comprises multiple described keyword in described text data, describedly annotate the AND condition transmitting target based on corresponding with this each keyword, determine described terminal.
4. the programable controller system according to any one of claims 1 to 3, is characterized in that,
Described terminal is other programable display or arbitrary signal conditioning package.
5. programable controller system as claimed in claim 4, is characterized in that,
Described arbitrary information processing apparatus is set to personal computer, memory device or mobile telephone terminal.
6. the programable controller system according to any one of claims 1 to 3,5, is characterized in that,
Described programable display also has:
Annotation receiving element, this annotation receiving element receives the described text data sent from other programable display; And
Annotation display unit, this annotation display unit shows the text data received.
7. a programable display,
This programable display is the programable display in multiple programable display system that can intercom mutually, it is characterized in that having:
Input block, the arbitrary annotation of this input block input;
Word recognition unit, the annotation of this input is converted to text data by this word recognition unit; And
Annotation delivery unit, text data are sent to the terminal being confirmed as sending target based on text data by this annotation delivery unit.
8. programable display as claimed in claim 7, is characterized in that also having:
Keyword storage element, this keyword storage element has logged in arbitrary more than one keyword in advance, and has annotation to transmit target for each keyword logs in; And
Send target determination unit, under this transmission target determination unit comprises described keyword situation in described text data, transmit target determine described terminal based on corresponding with this keyword described annotation,
Described annotation delivery unit sends described text data to the described terminal determined by this transmission target determination unit.
9. a program,
Be the program for making the computing machine of programable display play a role as such as lower unit, this programable display is the programable display in multiple programable display system that can intercom mutually, and described unit is:
Input block, the arbitrary annotation of this input block input;
Word recognition unit, the annotation of this input is converted to text data by this word recognition unit; And
Annotation delivery unit, text data are sent to the terminal being confirmed as sending target based on text data by this annotation delivery unit.
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/JP2013/065999 WO2014199434A1 (en) | 2013-06-10 | 2013-06-10 | Programmable controller system, programmable display therefor, and program |
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| CN105027012A true CN105027012A (en) | 2015-11-04 |
| CN105027012B CN105027012B (en) | 2017-07-21 |
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| CN201380074299.9A Active CN105027012B (en) | 2013-06-10 | 2013-06-10 | Programable controller system, its programable display |
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| JP (1) | JP5973071B2 (en) |
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| WO (1) | WO2014199434A1 (en) |
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| CN110100208A (en) * | 2017-05-22 | 2019-08-06 | 三菱电机株式会社 | Programable display and data acquisition method |
| CN113661456A (en) * | 2019-04-11 | 2021-11-16 | 三菱电机株式会社 | Data creation device, data transfer method, and data transfer program |
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| WO2016135834A1 (en) * | 2015-02-23 | 2016-09-01 | 三菱電機株式会社 | Data creation device, data creation method, and data creation program |
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Also Published As
| Publication number | Publication date |
|---|---|
| WO2014199434A1 (en) | 2014-12-18 |
| CN105027012B (en) | 2017-07-21 |
| JP5973071B2 (en) | 2016-08-23 |
| JPWO2014199434A1 (en) | 2017-02-23 |
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