CN106325223A - Control method of electronic device and control system with application of method - Google Patents
Control method of electronic device and control system with application of method Download PDFInfo
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- CN106325223A CN106325223A CN201510338313.2A CN201510338313A CN106325223A CN 106325223 A CN106325223 A CN 106325223A CN 201510338313 A CN201510338313 A CN 201510338313A CN 106325223 A CN106325223 A CN 106325223A
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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
- G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM]
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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
- G05B15/00—Systems controlled by a computer
- G05B15/02—Systems controlled by a computer electric
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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
- G05B2219/00—Program-control systems
- G05B2219/20—Pc systems
- G05B2219/26—Pc applications
- G05B2219/2642—Domotique, domestic, home control, automation, smart house
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
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Abstract
The invention provides a control method of an electronic device and a control system with the application of the method. The method is used for allowing at least one user to control and manage at least one electronic device through at least one control machine. The method comprises the steps of (a) loading a projective space entity for establishing a working space to a control machine, wherein the projective space entity is for adding at least one unified tool which is corresponding to at least one electronic device and is used for driving the electronic device, and (b) using a projection mean in the control machine to interpret the projective space entity such that a projected working space corresponding to the working space is established in the control machine and runs, wherein since at least one user operates the at least one control machine, at least one unified tool drives the at least one electronic device to execute at least one task. According to the method and the system, the electronic device developed by different and/or same communication protocol can be driven by a same control machine.
Description
Technical field
The present invention is about a kind of control method, especially with respect to method and the control system of application the method for a kind of keyholed back plate electronic installation through work space.
Background technology
Along with making rapid progress of ICT, make the Intelligent life of informationization, digitized, hommization and judicial convenience, become following inexorable trend, and daily-life related household appliances, naturally become the key implemented digital home's vision, build Intelligent life, be therefore the important developing direction of industry future by household appliances intellectuality.
So-called intelligent appliance, refer to consumption electronic products and the household electrical appliance with network savvy, and the networking of above-mentioned indication can be service network or the home network of local linking wide area, its main purpose is to integrate and link various household electrical appliances, to realize the function of family digital, intellectuality and system combination.
nullAnd in order to integrate and link various household electrical appliances，Industry developer is mostly inclined to by making different label at present、Link up through unified communication protocol between different product or the household electrical appliances of difference in functionality，Apply for each household appliances manufacturer as QualCom (Qualcomm) company proposes communication chip based on AllJoyn Freeware framework，And for example by Microsoft (Microsoft)、Philip (Philip)、DLNA (the DLNA that the companies such as Sony (Sony) are set up，Digital Living Network Alliance) also set up a set of for for the most online communication protocol with common operational of various household electrical appliances，And the Industrial Technology Research Institute of Taiwan can provide and also have proposition SAANet control protocol to apply for each household appliances manufacturer.Be with, arbitrary domestic consumer uses single control machine (such as mobile phone) to control all of household electrical appliances and the information of those household electrical appliances of acquirement networked and have common communication protocol with regard to can pass through, and each household electrical appliances the most also can carry out interaction because having common communication agreement.But, the household appliances manufacturer of different labels also exists competitive relation unavoidably, therefore under commercial interest considers, it is more likely that it is unwilling to use common communication protocol or communication chip from the household appliances manufacturer of different labels.
Furthermore, if arbitrary domestic consumer all can pass through, single control machine (such as mobile phone) keyholed back plate is all of networks and has the household electrical appliances of common communication protocol or obtain family's electrical information, and arbitrary domestic consumer just can set applicable control law on control machine or control interface according to living habit or practical application request.But, such control law or control interface only can be present on single control machine, that is, if this arbitrary domestic consumer is because convenience or region are (as put and charge in room in order to controlling the mobile phone of household electrical appliances, but domestic consumer is intended to RTV remote television in parlor) reason and wanting use another to control machine (such as panel computer) to carry out keyholed back plate household electrical appliances, it is necessary for the most repeatedly controlling setup control rule or control interface on machine this another, it is clear that bring inconvenience；For still further aspect, the number of members of family generally not only one people, therefore each domestic consumer must obtain and expend the control law applicable family life be accustomed to energy of time or control interface setting the most respectively on the control machine of oneself, does not really meet the demand of Intelligent life.
In addition, not yet have at present a kind of operating environment to can pass through the mode of independent assortment in time buying more the new household electrical appliances of new communication protocol for user to make to correspond to the unitized instrument (driver by after unitized) of new communication protocol and be configured in control machine, or for user in abandon arbitrary damaged household electrical appliances time can pass through the mode of independent assortment and make to correspond to the unitized instrument (driver by after unitized) of this communication protocol having damaged household electrical appliances and machine removes from controlling.
Therefore the method for current existing keyholed back plate electronic installation (such as household electrical appliance) has the space of improvement.
Summary of the invention
The technical problem to be solved in the present invention is, for deficiencies of the prior art, method and the control system of application the method for a kind of keyholed back plate electronic installation are provided, multiple electronic installation developed by the same communications protocols and/or different communication protocol can be driven by same control machine, and via multiple control machine can also be allowed after easy setting to enjoy common control law and/or control interface, operate for single user and/or multiple user and those electronic installations are controlled, and then the life of more convenient people.
The technical solution adopted for the present invention to solve the technical problems is to provide a kind of method of keyholed back plate electronic installation, and in order at least one electronic installation is controlled management at least one user through at least one control machine, the method for this keyholed back plate electronic installation includes:
It is loaded into the spatial entities of the projectable in order to build (model) work space and at least one controls machine to this, and the spatial entities of this projectable is for corresponding to this at least one electronic installation and in order to drive at least the one of this at least one electronic installation unified chemical industry tool to be added thereto；And
Utilize projection means to interpret the spatial entities of this projectable, make correspond to this work space one work space being projected be based upon on this at least one control machine and running；Wherein, this at least one unified chemical industry tool is because should operating this and at least one control machine and drive this at least one electronic installation to perform at least one task by least one user.
It is preferred that this at least one unified chemical industry tool includes by least one driver via by unitized rear institute former.
It is preferred that this at least one driver is to be developed by a software development kit (software development kit, SDK) of this corresponding at least one electronic installation to form.
It is preferred that this at least one electronic installation includes multiple electronic installation, and this at least one unified chemical industry tool includes by corresponding respectively to multiple drivers of the plurality of electronic installation via by unitized rear institute former；Wherein, the plurality of driver is in being configured in this work space being projected with compatible each other after unitized.
It is preferred that the method for this keyholed back plate electronic installation is at least applied to an intelligent appliance integrated control system, an armarium integrated control system, an intelligent safety control system, fire-fighting security personnel's control system or a traffic and transportation system.
It is preferred that the method for this keyholed back plate electronic installation also includes: link information (URI) through a path and the spatial entities of this projectable is loaded into this at least one control machine.
It is preferred that this at least one control machine includes at least one in a computer, household electrical appliance, handheld electronic device and a Wearable electronic installation.
It is preferred that this at least one electronic installation include in multiple electronic installation, and the plurality of electronic installation at least the two be different types of electronic installation.
It is preferred that in the plurality of electronic installation this at least the two be manufactured by different manufacturers or this during at least the two provides different functions or the plurality of electronic installation of this in the plurality of electronic installation at least the two is manufactured by different manufacturers and provides different function.
Preferably, the spatial entities of this projectable is an object (object), extensible markup language (XML) file, or the entity (instance) generated with a structured language (structured language) or a structuring agreement (structured protocol).
The present invention also provides for a kind of control system, it includes that at least one electronic installation and at least controls machine, this control machine each is loaded into wherein for the spatial entities of the projectable in order to build (model) work space, and the spatial entities of this projectable is for corresponding to this at least one electronic installation and in order to drive at least the one of this at least one electronic installation unified chemical industry tool to add；Wherein, this control machine each utilizes projection means (projector) to interpret the spatial entities of this projectable and make correspond to this work space one work space being projected be based upon on this control machine and operate, and this at least one unified chemical industry tool operates this control machine in response at least one user and drives this at least one electronic installation to perform at least one task.
It is preferred that this at least one unified chemical industry tool includes by least one driver via by unitized rear institute former.
It is preferred that this at least one driver is to be developed by a software development kit (software development kit, SDK) of this corresponding at least one electronic installation to form.
It is preferred that this at least one electronic installation includes multiple electronic installation, and this at least one unified chemical industry tool includes by corresponding respectively to multiple drivers of the plurality of electronic installation via by unitized rear institute former；Wherein, the plurality of driver is in being configured in this work space being projected with compatible each other after unitized.
It is preferred that this control system is at least applied to an intelligent appliance integrated control system, an armarium integrated control system, an intelligent safety control system, fire-fighting security personnel's control system or a traffic and transportation system.
It is preferred that this at least one control machine is to link information (URI) through a path and be loaded into wherein by the spatial entities of this projectable.
It is preferred that this at least one control machine includes at least one in a computer, household electrical appliance, handheld electronic device and a Wearable electronic installation.
It is preferred that this at least one electronic installation include in multiple electronic installation, and the plurality of electronic installation at least the two be different types of electronic installation.
It is preferred that this control machine each includes this projection means, or it is that these projection means are loaded in this control machine each.
Preferably, the spatial entities of this projectable is an object (object), extensible markup language (XML) file, or the entity (instance) generated with a structured language (structured language) or a structuring agreement (structured protocol).
The invention enables multiple electronic installation developed by the same communications protocols and/or different communication protocol all can be driven by same control machine, and via multiple control machine can also be allowed after easy setting to enjoy common control law and/or control interface, operate for single user and/or multiple user and those electronic installations are controlled, and then the life of more convenient people.
Accompanying drawing explanation
Fig. 1: for unitized method in the enforcement conceptual schematic view of an embodiment.
Fig. 2: for the preferable conceptual schematic view using unitized script as the intermediate language realizing personal workspace.
Fig. 3: for an advantageous configurations schematic diagram of personal workspace shown in Fig. 2.
Fig. 4: for projecting the method for work space in the original state schematic diagram of a preferred embodiment.
Fig. 5 A: for projecting the running conceptual schematic view of the method for work space shown in Fig. 4.
Fig. 5 B: for projecting the running conceptual schematic view of the method for work space shown in Fig. 4.
Fig. 6: the relativeness schematic diagram of the work space for being projected shown in spatial entities and Fig. 5 B of projectable shown in Fig. 4.
Fig. 7: for a preferred approach flow chart of the method for keyholed back plate electronic installation of the present invention.
Fig. 8: for keyholed back plate electronic installation of the present invention method and application the method control system in the original state schematic diagram of the use situation of a preferred embodiment.
Fig. 9 A: be applied to the running conceptual schematic view of the notebook computer of user shown in Fig. 8 for the method for keyholed back plate electronic installation shown in Fig. 7.
Fig. 9 B: be applied to the running conceptual schematic view of the mobile phone of user shown in Fig. 8 for the method for keyholed back plate electronic installation shown in Fig. 7.
Fig. 9 C: be applied to the running conceptual schematic view of the Wearable device of user shown in Fig. 8 for the method for keyholed back plate electronic installation shown in Fig. 7.
Figure 10 A: spatial entities and the work space being projected shown in Fig. 9 A for projectable shown in Fig. 8 are in the relativeness schematic diagram of a preferred embodiment.
Figure 10 B: spatial entities and the work space being projected shown in Fig. 9 B for projectable shown in Fig. 8 are in the relativeness schematic diagram of a preferred embodiment.
Figure 10 C: spatial entities and the work space being projected shown in Fig. 9 C for projectable shown in Fig. 8 are in the relativeness schematic diagram of a preferred embodiment.
Figure 11: for the work space being projected in notebook computer shown in Fig. 9 A and the interacting conceptual schematic diagram of the first electronic installation and second electronic device.
Detailed description of the invention
The present invention, including following glossary and concluding example and can be more fully understood by by following description.For brevity, the publication quoted in this specification, including disclosure, it is hereby expressly incorporated by reference.
Embodiment of the invention below is nonrestrictive, and only represents various aspects and the feature of the present invention.For the most restricted technical meaning, " information source " as herein described refers to be construed as the symbol sebolic addressing of useful information, and those useful informations are used to tissue and label data；Wherein, information source comprise the steps that website (such as Internet service), internal network, network social association, software, e-book, data base and out of Memory media (as non-momentary computer can storage media, mobile device store media).Again, " raw information " as herein described can include file, webpage, data base, strategy, rule or any one can be accessed in the data of correlation machine and server, and " original tool " as herein described can include common program, interface tool collection, intelligent agent instrument, application program, service aid or any one can be accessed in correlation machine and server can executive component.Only, information source, raw information and original tool are neither limited with above-mentioned.
Again, " raw information " and " original tool " is all a kind of of " primitive element " as herein described and implements aspect, and in time implementing the present invention, multiple " primitive elements " from identical or different " information source " all can unitize method via one and be modeled as multiple " unitized element " respectively so that multiple " the unitized elements " in same working environment all can each other compatible with so that collaborative carry out particular task；Wherein, " unitized instrument " and " unitized information unit " is all a kind of enforcement aspect of " unitized element ".Also, " element transducer (Matterizer) " as herein described is in order to the component unitizing " primitive element ", device or program code.
In an embodiment, above-mentioned unitized method can be: reforms from the raw information acquired by least one information source of multiple information sources according to the data structure that unitizes, thus be unitized information unit by raw information modelling (modeling), and/or reform from the original tool acquired by least one information source of multiple information sources according to another unitized data structure, thus original tool is modeled as unitized instrument；Wherein, this unitized data structure and this another unitized data structure may be the same or different, and above-mentioned unitized method can complete by element transducer (Matterizer).
Referring to Fig. 1, it is that above-mentioned unitized method is in the enforcement conceptual schematic view of an embodiment.Fig. 1 illustrates element transducer 992 attribute of primitive element 991 of reforming and relevant link according to unitized data structure 993, so that primitive element 991 to be modeled as unitized element 994, the base attribute of unitized element 994 is made to include the type (type) of primitive element and point out the link (link) of primitive element whereabouts.
In the present embodiment, primitive element 991 at least includes raw information (not shown) or original tool (not shown), but is not limited.Secondly, in above-mentioned unitized method, when the attribute that can obtain from raw information is with to be intended to Attribute Relative unified unitized information unit seasonable, then can directly produce unitized information unit via element transducer 992；And when can from raw information obtain attribute be intended to attribute unified unitized information unit cannot to the time in of corresponding then need first to pass through the attribute to raw information and relevant link carries out reformation in logic to redefine raw information, make the new raw information that raw information is converted into its attribute and is intended to Attribute Relative unified in unitized information unit and answers, with so that indirectly produce unitized information unit.
Also, when original tool and the working environment compatibility of work space (workspace), can directly produce this unitized instrument via element transducer 992；And when the working environment of original tool Yu work space is incompatible, then need to drive original tool indirectly to produce this unitized instrument through the software development kit (SDK) of a converter (adapter) and/or original tool；Wherein, this converter (adapter) is used to the interface implementation (interface implementation) providing work space compatible.
null" detailed description of the invention of unitized method " described in relevant the present embodiment、" the concrete acquisition pattern of unitized element " and " the concrete function mode of element transducer "，Reference may also be made to Application No. 14/324069、The U.S. Patent application of entitled " A METHOD OF UNIFYING INFORMATION AND TOOL FROM A PLURALITY OF INFORMATION SOURCES "，And refer to using U.S. Patent application that this application number is 14/324069 as claiming priority basis、Application No. 201410768564.X、The Chinese patent application of entitled " method that information and the instrument from multiple information sources is unitized and the computer program of application the method and device "，Therefore the most no longer repeated at this.
Special instruction be, above-mentioned unitized method is only a kind of embodiment of unitized method of the present invention, the method that multiple primitive elements from different aforementioned sources are unitized not being limited with above-mentioned, the art those of ordinary skill can carry out the design for change of any equalization according to practical application request.
Hereinafter illustrate again two kinds and be different from the unitized method of described above.The first unitized method is the information unification method being applied in Garmin satellite navigation, interest terrestrial reference (Point of Interest, the POI) function of Garmin satellite navigation is i.e. through this information unification method, input original landmark information (raw information) therein to be carried out unitized program and obtain corresponding unitized landmark information (unitized information unit)；Second method is to be applied to the instrument of Android (Android) system unitize method, Android (Android) system is an open source mobile operating system based on Linux, but the application program (original tool) in Android system is mostly write by Java, therefore the application program (original tool) write by Java all can unitize method via this instrument and be modeled as unitized application program (unitized instrument) that can be compatible with Android system, and then can be performed in Android system.
Furthermore, " work space " as herein described refers to be available at least one element transducer and/or at least one instrument and/or at least one information carries out interactive to perform the work space of particular task, and at least one information and/or at least one instrument can be input in work space by least one element transducer, but the mode of information and/or instrument input service space is not limited thereto；Secondly, the information input device (information importer) (information input device 9881,9882,9883 etc. as in Fig. 2) of the following stated is all a kind of enforcement aspect of element transducer.Furthermore, " unitized script " as herein described refers to can be implemented as the intermediate language of work space, and at least one element transducer and/or at least one information and/or at least one instrument can be made to be provided (as built-in or plug-in) to work space through " unitized script ".
In an embodiment, above-mentioned at least one information is to unitize information unit via at least formed after unitized from least one raw information acquired by least one information source, and above-mentioned at least one instrument is to have via by least one unified chemical industry formed after unitized from least one original tool acquired by least one information source；Wherein, user can according to different tasks by required unitized information unit and/or unitized instrument by corresponding information source add (as built-in or plug-in) in personal workspace, therefore " work space " can be " personal workspace " of a user guiding.
Furthermore, referring to Fig. 2 and Fig. 3, Fig. 2 is the preferable conceptual schematic view using unitized script as the intermediate language realizing personal workspace, and Fig. 3 is an advantageous configurations schematic diagram of personal workspace shown in Fig. 2.Fig. 2 Yu Fig. 3 illustrate user according to the demand of task by the unitized information unit 985 ' of the raw information 985 corresponded in Dropbox 982, the first of the compatible original tool 986 corresponded in high in the clouds hard disk 983 unitize instrument 986 ' and correspond to second of the most compatible original tool 987 in server 984 instrument 987 ' that unitizes and be incorporated in personal workspace 981；In detail, user can first edit one in order to the unitized script 980 as the intermediate language realizing personal workspace 981, and the information input device 9881 of (configure) Dropbox982, the information input device 9882 of high in the clouds hard disk 983 and the information input device 9883 of server 984 are set by unitized script 980；Wherein, the raw information 985 in Dropbox 982 can be unified to turn to unitized information unit 985 ' by information input device 9881, and inputs to personal workspace 981.
Furthermore, the original tool that Fig. 2 Yu Fig. 3 also illustrates to leave in high in the clouds hard disk 983 is compatible original tool 986 (namely this compatible original tool 986 can be compatible with element architecture for unitized instrument in personal workspace 981), and is directly supplied to personal workspace 981 through unitized script 980 (the utilizing information input device 9882 therein) instrument 986 ' that can unitize correspond to compatible original tool 986 first.
Again, it is the most compatible original tool 987 (namely this most compatible original tool 987 is incompatible with element architecture for unitized instrument in personal workspace 981) that Fig. 2 Yu Fig. 3 further illustrates the original tool left in server 984, and just need to be able to unitize instrument 987 ' offer by correspond to the most compatible original tool 987 second to personal workspace 981 through unitized script 980 (utilizing compatible converter 989 therein and information input device 9883).
Additionally, Fig. 3 also illustrates, user configures arrangements (such as packet (grouping) or put (the placing)) information unit 985 ' that unitizes according to practical application request, first instrument 986 ' and second that unitizes unitizes the instrument 987 ' specific region in personal workspace 981；Finally, user just can perform required task in response to the operational relationship (click action the most between the two or drag kick) between unitized instrument and unitized information unit by using unitized instrument access or control corresponding unitized information unit.
null" using unitized script as the detailed description of the invention of the intermediate language realizing personal workspace " described in relevant the present embodiment、" user according to practical application request by required unitized information unit and/or required unitized instrument by corresponding information source independent assortment to personal workspace to perform the detailed description of the invention of task "，Reference may also be made to Application No. 14/325466、The U.S. Patent application of entitled " METHOD FOR PERFORMING TASK ON UNIFIED INFORMATION UNITS IN A PERSONAL WORKSPACE "，And refer to Application No. 14/324069、The U.S. Patent application of 14/325466 is as claiming priority basis、Application No. 201410796528.4、The Chinese patent application of entitled " in personal workspace, unitized element is combined the method for work and applies computer program and the system of the method "，Therefore the most no longer repeated at this.
Special instruction, above-mentioned personal workspace is only a kind of embodiment of work space, and the work space being applied to the present invention is not limited with above-mentioned；For example, unitized script as the intermediate language realizing work space can be edited in advance and make work space have predicted elemental transducer and/or presupposed information and/or the work space of default instrument in becoming, and such work space is not to be defined to individual's operation, may also respond with practical application request and carry out operating or operating respectively for multiple user simultaneously.
Furthermore, " work space " as herein described can be projected onto any electronic installation with computing capability via one " method of projection work space ", makes arbitrary user can operate " work space (projected workspace) being projected " on any electronic installation with computing capability.
In an embodiment, the method of projection work space includes: first, links information (URI) via a path and obtains the spatial entities (projectable space instance) of the projectable being generated (instantiated) by unitized script；Wherein, the at least one that unitized script is defined in configuration element transducer, information and instrument is to build work space (as previously explained), and the spatial entities of projectable is used to build up corresponding to the work space being projected of work space, to provide in order at least one operating in element transducer, information and instrument to perform the interface of task；Then, projection means (projector) are utilized to interpret the spatial entities of this projectable and set up the working environment being configured in the spatial entities of this projectable at least one in element transducer, information and instrument, with so perform the work space that is projected, thereby interactive at least one user and the work space being projected.
Wherein, projection means can obtain from remote data station, the spatial entities of projectable or preloading application program, and be loaded on to provide compatible environment to perform an engine (engine) of projection means, and engine can include that Javascript engine, Windows application or Linux application program are medium, but it is not limited with above-mentioned；Furthermore, unitized script can be declared to form by a DTD (DTD), an extensible markup language outline (XML schema), a structured language (structured language) or a structuring agreement (structured protocol) etc., but is not limited with above-mentioned；And the spatial entities of projectable can be an object (object), extensible markup language (XML) file, or the entity (instance) generated with a structured language (structured language) or a structuring agreement (structured protocol) etc., but it is not limited with above-mentioned.
Furthermore, refer to Fig. 4, Fig. 5 A～Fig. 5 B and Fig. 6, Fig. 4 is the method original state schematic diagram in a preferred embodiment of above-mentioned projection work space, Fig. 5 A and Fig. 5 B is the running conceptual schematic view of the method for projection work space shown in Fig. 4, and Fig. 6 is the relativeness schematic diagram of the spatial entities of projectable shown in Fig. 4 and the work space being projected shown in Fig. 5 B.Wherein, in the original state shown in Fig. 4, there are the spatial entities 973 storing projectable in first machine 971 of can interlink (as through network connections) and the second machine 972, and the first machine 971, and in the second machine 972 in have projection means 974.
Again, unitized script 980 is declared to form by a DTD (DTD), and it is defined to configure at least one information input device (its be element transducer a kind of implement aspect) and/or at least and unitizes information unit and/or at least one unified chemical industry has to build (model) work space, the entity that the spatial entities 973 of projectable is then generated by an extensible markup language (XML), it is as shown in Figure 6, it is used to build up (build) and corresponds to the work space 976 that the one of work space is projected, and it is allowed to information input device and/or unitized information unit and/or unitized instrument is added thereto or removes from which.
Furthermore, the projection means 974 of the second machine 972 can set up the working environment 975 of work space 976 running Gong being projected on the second machine 972, and provides a micro core 977 (see Fig. 6) to give this working environment 975 to add at least one information input device and/or at least in the work space 976 being projected and unitize information unit and/or at least one unified chemical industry has loading (equip)；Wherein, when the second machine 972 links, through a path, the spatial entities 973 that information obtains projectable in the first machine 971, the projection means 974 in the second machine 972 begin to be interpreted the spatial entities 973 of projectable, and it is as shown in Figure 5A；Again, after the spatial entities 973 of projectable is projected means 974 interpretation, content that the work space 976 being projected will be interpreted according to the spatial entities 973 of projectable and set up on working environment 975, it is as shown in Figure 5 B, the user of such second machine 972 end just can carry out interaction via the second machine 972 and the work space being projected 976, and then performs inter-related task.
With the use situation shown in Fig. 6, above-mentioned unitized script 980, the spatial entities 973 of projectable and the mutual relation of work space 976 being projected are described further below.Use situation shown in Fig. 6 is: sets up one and can be projected and can read the work space that the jpg picture file deposited in appointment cyberspace is watched for user with gif picture file, and in this use situation, unitized script 980 is declared with a DTD (DTD), and the spatial entities 973 of projectable then generates with extensible markup language (XML).
Also, can be added into an information input device and a unitized instrument in the spatial entities 973 of projectable, and information input device is used to unitize correspond at least one raw information at least one information unit input in the work space 976 being projected.In this use situation, information input device is a Dropbox loader (i.e. diagram dashed rectangle 9761), and raw information is the jpg picture file 9791,9792 in Dropbox 979 information source and gif picture file 9793, unitized information unit is then unitized jpg picture file 9791 ', 9792 ' described below and unitized gif picture file 9793 ', and the instrument of unitizing is an image reading device (i.e. icon dashed rectangle 9762), it is in order to read the picture file inputted to the work space 976 being projected.
nullFurthermore，The work space 976 being projected is to be established after the spatial entities 973 of projectable is interpreted by the projection means 974 in the second machine 972，Make on the work space 976 being projected, to be configured with a Dropbox loader 9761 ' (corresponding to illustrate dashed rectangle 9761) and an image reading device 9762 ' (corresponding to illustrate dashed rectangle 9762)，Dropbox loader 9761 ' is again by the jpg picture file 9791 in Dropbox 979 information source、9792 are unitized with gif picture file 9793 and are inputted to the work space 976 being projected，Make to correspond to jpg picture file 9791 respectively、9792 with the unitized jpg picture file 9791 ' of gif picture file 9793、9792 ' present on the work space 976 being projected with unitized gif picture file 9793 '；Then, when the user of the second machine 972 end via specific mode of operation to unitized jpg picture file 9791 ', 9792 ' when operating with any one in unitized gif picture file 9793 ' (as clicked on unitized jpg picture file 9791 ', 9792 ' with in unitized gif picture file 9793 ' this any one, maybe by unitized jpg picture file 9791 ', 9792 ' with in unitized gif picture file 9793 ' this any one tow to image reading device 9762 '), image reading device 9762 ' will read unitized jpg picture file 9791 ', 9792 ' with this any one the content in unitized gif picture file 9793 ' and make it present and watch for user.Additionally, above-mentioned Dropbox loader 9761 ' and image reading device 9762 ' are to be loaded (equip) by micro core 977.
Special instruction be, it can be that HTML (Hypertext Markup Language) (HTTP) path links information or file transfer protocol (FTP) (FTP) path links information that the path of the spatial entities 973 of projectable links information, and when if the first machine 971 and the second machine 972 are a common apparatus, it also can be that native file (local file) links information that the path of the spatial entities 973 of projectable links information, but the form that path links information is not limited with above-mentioned.
" the concrete acquisition pattern of the method for projection work space " described in relevant the present embodiment, reference may also be made to Application No. 14/577772, the U.S. Patent application of entitled " METHOD OF PROJECTING A WORKSPACE AND SYSTEM USING THE SAME ", and refer to Application No. 14/324069, 14/325466, the U.S. Patent application of 14/577772 is as claiming priority basis, Application No. 201410814138.5, the Chinese patent application of entitled " method projecting work space and the system of the method applying this projection work space ", therefore the most no longer repeated at this.
Special instruction be, the method only present invention of above-mentioned projection work space is by a kind of projecting method of work space projection to any electronic installation with computing capability, but not being limited with above-mentioned by the projecting method of work space projection to any electronic installation with computing capability, the art those of ordinary skill can carry out the design for change of any equalization according to practical application request.
Next the group controlling and managing method of electronic installation of the present invention is described.First illustrate is, the group controlling and managing method of electronic installation of the present invention is primarily to allow user can control same type and different types of electronic installation via operating arbitrary control machine networked, and the quantity controlling machine no matter can networked, only need to make multiple machine that controls networked enjoy common control law or control interface setting via single and easy configuration.Wherein, different types of electronic installation refers to and is manufactured by different manufacturers but provide the electronic installation of identical function or provide difference in functionality but the electronic installation that manufactured by identical manufacturer or manufactured by different manufacturers and provided the electronic installation of difference in functionality.
Referring to Fig. 7, it is the preferred approach flow chart of method of keyholed back plate electronic installation of the present invention.The method of keyholed back plate electronic installation includes:
Step P1, the spatial entities being loaded into the projectable in order to build (model) work space controls machine at least one, and the spatial entities of this projectable is for corresponding at least one electronic installation and in order to drive at least the one of this at least one electronic installation unified chemical industry tool to be added thereto；And
Step P2, utilizes projection means to interpret the spatial entities of this projectable, makes correspond to this work space one work space being projected be based upon on this at least one control machine and running；Wherein, this at least one unified chemical industry tool operates this at least one control machine in response at least one user and drives this at least one electronic installation to perform at least one task.
Wherein, the spatial entities of projectable is based on the desired control law of user or the control at control interface and is configured (will further illustrate with embodiment after a while), and at least one to control machine can be the device that computer, household electrical appliance, portable electric device or Wearable electronic installation etc. can be networked, and the group controlling and managing method of electronic installation shown in Fig. 7 will transmit through following embodiment and further illustrates.
nullRefer to Fig. 8～Figure 10 C，Fig. 8 is the method for keyholed back plate electronic installation of the present invention and applies the control system of the method in the original state schematic diagram of the use situation of a preferred embodiment，Fig. 9 A is the running conceptual schematic view of the notebook computer that the method for keyholed back plate electronic installation shown in Fig. 7 is applied to user shown in Fig. 8，Fig. 9 B is the running conceptual schematic view of the mobile phone that the method for keyholed back plate electronic installation shown in Fig. 7 is applied to user shown in Fig. 8，Fig. 9 C is the running conceptual schematic view that the method for keyholed back plate electronic installation shown in Fig. 7 is applied to the Wearable device of user shown in Fig. 8，Figure 10 A is that the work space being projected shown in the spatial entities of projectable shown in Fig. 8 and Fig. 9 A is in the relativeness schematic diagram of a preferred embodiment，Figure 10 B is that the work space being projected shown in the spatial entities of projectable shown in Fig. 8 and Fig. 9 B is in the relativeness schematic diagram of a preferred embodiment，Figure 10 C is that the work space being projected shown in the spatial entities of projectable shown in Fig. 8 and Fig. 9 C is in the relativeness schematic diagram of a preferred embodiment.
In the use situation shown in Fig. 8, control system 2 there are the first electronic installation 21, second electronic device 22, configuration machine 23 and link (as through network connections) in the first electronic installation 21, second electronic device 22 and multiple control machines 24 of configuration machine 23, and first be provided with the first communication chip 211 developed based on the first communication protocol in electronic installation 21, and second electronic device 22 is provided with the second communication chip 221 developed based on the second communication protocol.In this preferred embodiment, first communication protocol is different from the second communication protocol, and first communication chip 211 and the second communication chip 221 be respectively communication chip that AllJoyn Freeware framework based on QualCom (Qualcomm) company developed and the communication chip that communication protocol based on DLNA (DLNA) is developed, and control notebook computer 241, mobile phone 242 and the Wearable device 243 that machine 24 includes being had respectively by first user the 81, second user 82 and the 3rd user 83.
Furthermore, the use situation that this preferred embodiment is illustrated for " arbitrary user 81,82,83 the most operable oneself control machine 24 and make the control machine 24 of oneself drive the first electronic installation 21 and/or second electronic device 22 to perform task ".nullFurthermore，Configuration machine 23 (such as computer) has the spatial entities 31 of a projectable，And the spatial entities 31 of this projectable is based on user 81、82、The actual demand of 83 and created and compiling，That is，In this preferred embodiment，The user being authorized to (can be user 81、82、At least one in 83) the multiple unitized instrument 41 that can would correspond to the first electronic installation 21 and second electronic device 22 appositely adds to the spatial entities 31 of projectable and is compiled，Therefore it is loaded on notebook computer 241 when the spatial entities 31 of projectable、Mobile phone 242 and Wearable device 243 (link the mode of information) as passed through transmission path and is interpreted and makes the work space 32A being projected、32B、32C is based upon notebook computer 241 respectively、On mobile phone 242 and Wearable device 243 and when operating，Arbitrary user 81、82、83 just can control the first electronic installation 21 by oneself control machine 24 of operation and/or second electronic device 22 performs task.
nullIn detail，Notebook computer 241、Mobile phone 242 and Wearable device 243 all have projection means 244，It is in order at notebook computer 241、The work space 32A Gong being projected is set up respectively on mobile phone 242 and Wearable device 243、32B、The working environment 2441 of 32C running，And provide the micro core 2412 corresponding to work space to be compiled the multiple unitized instrument 41 of the spatial entities 31 in projectable with equipment (equipping) and unlatching (launching)，And in notebook computer 241、When the spatial entities 31 of projectable is loaded into wherein by mobile phone 242 and Wearable device 243 respectively，Projection means 244 begin to be interpreted the spatial entities 31 of projectable，And after the spatial entities 31 of projectable is projected means 244 interpretation，The work space 32A being projected、32B、Content that 32C can be interpreted according to projection means 244 respectively and set up on working environment 2441，Thus，Arbitrary user 81、82、83 just can control the first electronic installation 21 by oneself control machine 24 of operation and/or second electronic device 22 performs task.Supplementary notes, projection means 244 non-limiting script are just built into controlling in machine 24, also can have the storage device (not shown) of network capabilities from other and be loaded into.
Furthermore, in this preferred embodiment, multiple unitized instruments 41 include that the spatial entities 31 of projectable is then the object of extensible markup language (XML) institute example by belonging to the first driver of the first electronic installation 21 via by institute former 411 after unitized and by belonging to the second driver of second electronic device 22 via by institute former 412 after unitized.Wherein, Figure 10 A～Figure 10 C respectively illustrate the spatial entities 31 of projectable compiling content and with in work space 32A～32C being projected by the first driver 411 after unitized and/or by the corresponding relation of the second driver 412 after unitized, it is as shown in the two-phase corresponding person at dotted line two ends arbitrary in Figure 10 A～Figure 10 C.In addition, in this preferred embodiment, first driver and the second driver can be respectively by software development kit (the software development kit corresponding to the first electronic installation 21 and second electronic device 22, SDK) developed and formed and be placed on the specific storage device with network savvy, but be not limited with above-mentioned.
Referring to Figure 11, it is the work space being projected in notebook computer shown in Fig. 9 A and the interacting conceptual schematic diagram of the first electronic installation and second electronic device.During the work space 32A of projection is based upon notebook computer 241, by the first driver 411 after unitized, it is all just to be configured in the work space 32A being projected after the program via unitized (unifying) by the second driver 412 after unitized, and be can pass through the first communication chip 211 of the first communication protocol and the first electronic installation 21 by the first driver 411 after unitized and link up, and be can pass through the second communication chip 221 of the second communication protocol and second electronic device 22 by the second driver 412 after unitized and link up.Wherein, due to by the first driver 411 after unitized and be all just to be configured in via unitized program in the work space 32A being projected by the second driver 412 after unitized, therefore by the first driver 411 after unitized and can be compatible each other and then can communicate with each other by the second driver 412 after unitized, consequently, it is possible to the second communication chip 221 of the first communication chip 211 of the first electronic installation 21 and second electronic device 22 just can carry out interaction and jointly perform task.Additionally, the work space 32C of the work space 32B of projection and projection also in like manner can carry out interaction with the first electronic installation 21 and/or second electronic device 22 as above-mentioned, the most no longer repeated at this.
Special instruction, the user being authorized to can also set the control authority of each user 81,82,83 in response to practical application request through the spatial entities 31 of compiling projectable.nullCompiling content from the spatial entities 31 of the projectable shown in Figure 10 A～Figure 10 C，In this preferred embodiment，The spatial entities 31 of projectable is compiled the information of authentication，Each user 81、82、The account of 83 is respectively David、Mary、John，And corresponding to account David、Mary、The password of John is respectively ABC、123、xyz，And three user 81、82、83 control authorities all with the first electronic installation 21，That is，In the work space 32A being projected、32B、32C is based upon notebook computer 241 respectively、During mobile phone 242 and Wearable device 243，The work space 32A being projected can be configured in by the first driver 411 after unitized、32B、32C，The most each user 81、82、The 83 control machines 24 that just can operate oneself via the account of oneself and/or password control the first electronic installation 21 and perform task.
nullAgain，Also known that by the compiling content of the spatial entities 31 of the projectable shown in Figure 10 A～Figure 10 C，In this preferred embodiment，The control authority of second electronic device is only set to two user 81、83 are had，That is，In the work space 32A being projected、32B、32C is based upon notebook computer 241 respectively、During mobile phone 242 and Wearable device 243，The work space 32A being projected only can be configured in by the second driver 411 after unitized、32C，Therefore only has user 81、83 can operate the control machine 24 (notebook computer 241 of oneself via the account of oneself and/or password、Wearable device 243) control second electronic device 22 perform task，And it is arranged in, owing to be there is no by the second driver 411 after unitized, the work space 32B being projected，Therefore user 82 is cannot to control second electronic device 22 perform task by the control machine 24 (mobile phone 242) of operation oneself.
Next with the method for keyholed back plate electronic installation the brightest of the present invention in life.In this illustration, first electronic installation 21 and second electronic device 22 are two household electrical appliance, such as TV and air conditioner, and user 81,82,83 is all kinsfolk, and the spatial entities 31 of projectable can be compiled by the setting person being authorized in kinsfolk in response to the demand of each kinsfolk, and the first electronic installation 21 will be corresponded to and by the first driver 411 after unitized and correspond to second electronic device 22 and added to the spatial entities 31 of projectable by the second driver 412 after unitized；And via disposable compiling as above, as long as the spatial entities 31 of projectable is loaded in the control machine 24 of oneself by arbitrary kinsfolk, just and then the first electronic installation 21 and/or second electronic device 22 can be controlled through the control machine of operation oneself, by control law or control the interface setting control machine 24 at oneself with energy without expending the time the most respectively.
Certainly, each kinsfolk oneself is had and supplies the control machine being loaded into the spatial entities of projectable can not only terminate in one, and those control the zones of different (be such as positioned over the panel computer in parlor, be positioned over the mobile phone in bedroom) that machine can be respectively placed in family, convenient family life so can be more conducive to；For example, originally parlor and be intended to RTV remote television kinsfolk would not because parlor do not place control machine and need to first move take mobile phone to bedroom after could realize the purpose of RTV remote television.
According to above explanation, the method of keyholed back plate electronic installation of the present invention makes multiple electronic installation developed by the same communications protocols and/or different communication protocol all can be driven by same control machine, and via multiple control machine can also be allowed after easy setting to enjoy common control law and/or control interface, operate for single user and/or multiple user and those electronic installations are controlled, and then the life of more convenient people.But above-mentioned all only embodiment, the art those of ordinary skill can carry out the design for change of any equalization according to practical application request；For example, changing and be designed as, configuration machine can be a common machine with arbitrary control machine；The most for example, although above-mentioned citing in life is the method for keyholed back plate electronic installation of the present invention to be applied on intelligent appliance integrated control system, but its also can in like manner apply armarium integrated control system, intelligent safety control system, fire-fighting security personnel the Internet of Things such as control system or traffic and transportation system technical field on.
The foregoing is only presently preferred embodiments of the present invention, be not limited to scope of the presently claimed invention, the most all other changes without departing from the equivalence completed under disclosed spirit or modifies, and is intended to be limited solely by the scope of patent protection of the present invention.
Claims (20)
1. a method for keyholed back plate electronic installation, in order to control machine at least one user through at least one
At least one electronic installation is controlled management, it is characterised in that the method for this keyholed back plate electronic installation includes:
Be loaded in order to build a work space a projectable spatial entities to this at least one control machine,
And the spatial entities of this projectable be for correspond to this at least one electronic installation and in order to drive this at least one
At least the one of electronic installation unified chemical industry tool is added thereto；And
Utilize projection means to interpret the spatial entities of this projectable, make to correspond to the one of this work space
The work space being projected is based upon on this at least one control machine and running；Wherein, this at least unifies
One chemical industry tool because of should at least one user operate this at least one control machine and drive this at least one electronics to fill
Put execution at least one task.
2. the method for keyholed back plate electronic installation as claimed in claim 1, it is characterised in that this at least unifies
One chemical industry tool includes by least one driver via by unitized rear institute former.
3. the method for keyholed back plate electronic installation as claimed in claim 2, it is characterised in that this at least drives
Dynamic program is to be developed by a software development kit of this corresponding at least one electronic installation to form.
4. the method for keyholed back plate electronic installation as claimed in claim 2, it is characterised in that this at least one electricity
Sub-device includes multiple electronic installation, and this at least one unified chemical industry tool includes by corresponding respectively to the plurality of
Multiple drivers of electronic installation are via by unitized rear institute former；Wherein, the plurality of driver
It is in being configured in this work space being projected with compatible each other after unitized.
5. the method for keyholed back plate electronic installation as claimed in claim 1, it is characterised in that the method is at least
It is applied to an intelligent appliance integrated control system, an armarium integrated control system, an intelligent safety control
System processed, fire-fighting security personnel's control system or a traffic and transportation system.
6. the method for keyholed back plate electronic installation as claimed in claim 1, it is characterised in that the method is also wrapped
Include:
Link information through a path and the spatial entities of this projectable is loaded into this at least one control machine.
7. the method for keyholed back plate electronic installation as claimed in claim 1, it is characterised in that this at least one control
Machine processed includes a computer, household electrical appliance, handheld electronic device and a Wearable electronic installation
In at least one.
8. the method for keyholed back plate electronic installation as claimed in claim 1, it is characterised in that this at least one electricity
Sub-device include in multiple electronic installation, and the plurality of electronic installation at least the two be different types of electricity
Sub-device.
9. the method for keyholed back plate electronic installation as claimed in claim 8, it is characterised in that the plurality of electronics
In device this at least the two be manufactured by different manufacturers or in the plurality of electronic installation this at least two
Person provide in different functions or the plurality of electronic installation this at least the two is manufactured by different manufacturers and is carried
For different functions.
10. the method for keyholed back plate electronic installation as claimed in claim 1, it is characterised in that this projectable
Spatial entities be an object, an extensible markup language document, or with a structured language or a structure
Change the entity that agreement is generated.
11. 1 kinds of control systems, it is characterised in that including:
At least one electronic installation；And
At least one controls machine, and this control machine each is for the projectable in order to build a work space
Spatial entities is loaded into wherein, and the spatial entities of this projectable is for corresponding to this at least one electronic installation
And in order to drive at least the one of this at least one electronic installation unified chemical industry tool to add；Wherein, this control each
Machine utilizes projection means to interpret the spatial entities of this projectable and make to correspond to the one of this work space
The work space being projected is based upon on this control machine and operates, and this at least one unified chemical industry tool because of
This control machine should be operated and drives this at least one electronic installation to perform at least one task by least one user.
12. control systems as claimed in claim 11, it is characterised in that this at least one unified chemical industry tool
Including by least one driver via by institute former after unitized.
13. control systems as claimed in claim 12, it is characterised in that this at least one driver is
Developed by a software development kit of this corresponding at least one electronic installation and formed.
14. control systems as claimed in claim 12, it is characterised in that this at least one electronic installation bag
Include multiple electronic installation, and this at least one unified chemical industry tool includes by corresponding respectively to the plurality of electronic installation
Multiple drivers via by institute former after unitized；Wherein, the plurality of driver is in being united
It is configured in this work space being projected after one change with compatible each other.
15. control systems as claimed in claim 11, it is characterised in that this control system is at least applied
System is controlled in an intelligent appliance integrated control system, an armarium integrated control system, an intelligent safety
System, fire-fighting security personnel's control system or a traffic and transportation system.
16. control systems as claimed in claim 11, it is characterised in that this at least one control machine is
Link information through a path and the spatial entities of this projectable is loaded into wherein.
17. control systems as claimed in claim 11, it is characterised in that this at least one control machine bag
Include in a computer, household electrical appliance, handheld electronic device and a Wearable electronic installation at least
One.
18. control systems as claimed in claim 11, it is characterised in that this at least one electronic installation bag
Include in multiple electronic installation, and the plurality of electronic installation at least the two be different types of electronic installation.
19. control systems as claimed in claim 11, it is characterised in that this control machine each includes
These projection means, or be that these projection means are loaded in this control machine each.
20. control systems as claimed in claim 11, it is characterised in that the spatial entities of this projectable
It is an object, an extensible markup language document, or is given birth to a structured language or a structuring agreement
The entity become.
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| CN201510338313.2A CN106325223A (en) | 2015-06-17 | 2015-06-17 | Control method of electronic device and control system with application of method |
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