CN105589390A - Multisource and multi-target acousto-optical synchronous control system and control method - Google Patents
Multisource and multi-target acousto-optical synchronous control system and control method Download PDFInfo
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- 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
- G05B19/042—Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
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- G—PHYSICS
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- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
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- G05B2219/2664—Audio light, animation, stage, theatre light
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Abstract
The invention relates to a landscape multisource and multi-target acousto-optical synchronous control system. The biggest difference of the landscape multisource and multi-target acousto-optical synchronous control system from the past landscape control system is to have extensive comprehensive access and management capacities. The past landscape control system independently controls landscape lighting facilities, landscape decorations, special effect lasers, special effect music, and outdoor screen display through independent systems, an integral control center cannot be built up to perform integral control and management. Different types of the landscape facilities are short of the automatic cooperative capacity. When the landscapes need collaborative display, the collaboration and the synchronization of the landscape facilities are realized through artificial participation. The system of the invention can solve the numerous and complex control problem to the greatest extent. At the same time, the system of the invention is not constraint by a traditional control center idea, so that the control has the portable characteristic. Furthermore the invention provides a wide and universal mode method for the access of objects to be controlled. The control system can widely satisfy the landscape control requirement in the city modern informationization and intelligentization, and provides an efficient and convenient solution for building up the city multisource and multi-target acousto-optical synchronous control.
Description
Technical field
The present invention relates to field, wisdom city, relate in particular to a kind of multi-source multi-target acousto-optic synchronous control system and control method thereof, can be widely used in the acousto-optic-electric control of urban look.
Background technology
At present, along with urban development, appearance of city has obtained very large attention and lifting, emerges in multitude taking vision, the sense of hearing as basic urban look. View and view device category numerous and complicated thereof, electrical characteristic management and control mode is also each has something to recommend him, is mainly reflected in two kinds of features of multiple target and multi-source.
Multiple target refers to the diversity of different types of view control object. At present, main view control object has Landscape Lighting lamp, special efficacy lamp, laser lamp, LED Color-changing lamp, digital computer lamp, Projecting Lamp, large format electrical screen and projection, music fountain, artificial smog etc.
Multi-source refers to the diversity of different types of view control mode. The diversity that view control mode diversity has comprised electrical standard and the diversity of demand for control. Such as being all light fixture, special efficacy lamp and laser lamp just adopt different standards on electrical standard; For another example, the control mode of Landscape Lighting is according to factors such as sunrise sunsets; Special efficacy light control mode is the specific scene of Main Basis; Music fountain may be according to grade festivals or holidays; Large format electrical screen and projection, artificial smog control is determined according to concrete displaying demand.
Due to the characteristic of this multi-source multi-target of view, cause control method and technology between each view to realize the first-class larger difference that has, relevant service logic also has their own characteristics each with it, so be all to use independent managing and control system separately to manage alone for the control and management of each dissimilar view equipment at present, between each system, also there is no any synchronization association. Such as, more existing patent applications, as the publication number Chinese invention patent application " night lamp decoration acousto-optic synchronous control system and control method thereof " that is CN102595704A, system is provided with the lamp module of multiple different shapings, at each lamp module, place is provided with acoustic control extension set, described multiple acoustic control extension set is connected with the acoustic control main frame in control room by RS485 bus, and described acoustic control main frame is connected with the audio output of power amplifier by tone frequency channel wire.
The subject matter of bringing thus has:
On the one hand, various dissimilar views need control centre separately, cannot set up control centre and carry out unified control and management.
On the other hand, the view between dissimilar lacks automatic cooperative ability. For working in coordination with between each view of needs while showing, need to could realize collaborative and synchronous between view by artificial participation, and equipment cannot Long-distance Control mostly, the artificial co-operating that is is more complicated, and collaboratively reports to the leadship after accomplishing a task with synchronous reliability.
Summary of the invention
The present invention is the problem solving in present technology, a kind of multi-source multi-target acousto-optic synchronous control system and method thereof are provided, it by control of intelligent terminal by the view equipment connection of different electrical equipment standards, distinct interface and interface protocol under a control platform, and under relate to equipment and carry out unified control and management.
The present invention includes acousto-optic-electric matrix control platform, control of intelligent terminal, background server, Mobile portable control platform; Described acousto-optic-electric matrix control platform is in order to real-time operation or receive control instruction and focus on and the linking support of multi-source demand; Described control of intelligent terminal connects scene equipment, the instruction of sending in order to receive described acousto-optic-electric matrix control platform, and to realizing the manipulation of scene equipment; Described control of intelligent terminal adopts the clamp expansion interface of unified standard; Described Mobile portable control platform is for manipulating in real time landscape device; Described acousto-optic-electric matrix control platform is connected with control of intelligent terminal; Described acousto-optic-electric matrix control platform is connected with background server; Described Mobile portable control platform is connected with described acousto-optic-electric matrix control platform, or by background server and described acousto-optic-electric matrix control wired or wireless being connected of platform.
Described acousto-optic-electric matrix control platform is connected by many interface protocols converter with control of intelligent terminal; Described many interface protocols converter is in order to realize acousto-optic-electric control platform Network stretch and combination of network widely. Described many interface protocols converter is in order to solve acousto-optic-electric matrix control platform external internet connectivity problem and the communication connectivity problem of acousto-optic-electric matrix control platform to control of intelligent terminal. Many interface protocols converter is a mini mainboard that can plate depends on acousto-optic-electric matrix control platform or control of intelligent terminal, and this mainboard also can independent running voluntarily. This converter data converting function of responsible communication signal only in whole system of the present invention, does not do exercises and deals with signal itself. Described many interface protocols converter be mini can cold plug mainboard, can be placed in acousto-optic-electric matrix control platform or control of intelligent terminal, or can independently use.
Described many interface protocols converter comprises one or more in DMX512 signal input/output interface, optical fiber interface, Ethernet interface, 485 interfaces, USB interface. Can realize the mutual conversion between DMX512 signal, 485 signals, ICP/IP protocol packet, USB difference agreement, solve signal and mutually changed compatibility and long Distance Transmission problem. Can do abundant adaptability apolegamy according to actual communication distance and management and control mode by various management and control communication connection scheme.
Described control of intelligent terminal comprises control module, and described control module comprises one or more in music fountain control module, Landscape Lamp photocontrol module, special efficacy light control module, fog machine control module, laser lamp Computer lamp control module, electrical screen control module, electric conversion module, DMX512 encoding and decoding module; Described Landscape Lamp photocontrol module is connected with Landscape Lighting lamp; Described special efficacy light control module is connected with special efficacy lamp, Computer lamp; Described music fountain control module is connected with music fountain; Described fog machine control module connects fog machine.
Described control module adopts respectively PCI-E platelet to be incorporated into the intermediate transit platelet on the mainboard of described control of intelligent terminal by Communication Control line as described scene equipment, described PCI-E platelet plate carry memory module in order to store scene equipment identity identification information, drive version information, communications protocol to indicate code and communication pin checking algorithm information; Described PCI-E platelet plate carrier communication signal converting chip is incorporated into heavy remaining processing of Data Format Transform, checking algorithm conversion, data error reporting processing, data of control of intelligent terminal mainboard in order to complete the communication signal of different communication format equipment.
Described PCI-E platelet adopts the magnificent 32M of nation high speed FLASH to store W25Q32FVS1G, and described connect chip adopts the STM32 series RAM chip of Yi Fa company.
Multiple described acousto-optic-electric matrix control platforms interconnect communication to each other and form LAN combination; Described at least one, acousto-optic-electric matrix control platform is connected with outer net, directly or indirectly connects background server.
Described control of intelligent terminal adopts FreescaleARM9I.MX283 core board, adopts linux operating system.
Described acousto-optic-electric matrix control platform is accessed background server by connecting Internet, and accepts the instruction that background server sends over, the described independent operation instruction of acousto-optic-electric matrix control platform and the instruction of background server are done instruction compatibilityization and are processed in acousto-optic-electric matrix control platform inside, the priority that receives command source according to default scene equipment is come optionally to send instruction to scene equipment, if do not do the priority setting of default scene equipment reception command source, instruction compatibilityization is processed and is performed successively according to the natural order of instruction, along with the arrival of a rear execution instruction, carrying out instruction for last will be terminated, compatibilityization sends to control of intelligent terminal by acousto-optic-electric matrix control platform by manipulation instruction after processing again.
The equipment that described control of intelligent terminal autonomous classification accesses; When autonomous classification, confirm type and the basic parameter of accessed scene equipment by reading the identification code of described control module stores; Identification equipment effectively control of intelligent terminal distributes controlled address and automatically for its verification coupling drives code, equipment can normally be used for it.
Adopt after above structure, the present invention compared with prior art, has the following advantages:
The present invention is not both and has comprehensive access and managerial ability widely than the maximum of existing view control system; The management and control that view control system scenic focal point is in the past seen lighting installation, view decoration, special efficacy laser, special efficacy music, outdoor screen display etc. be all by separately independently system manage independently, cannot set up centralized-control center and carry out unified control and management, and between dissimilar Landscape Facilities, lack automatic cooperative ability, in the time needing to work in coordination with displaying between each view, need to realize working in coordination with synchronous between Landscape Facilities by artificial participation; Native system can solve this numerous and complicated management and control problem to greatest extent, and native system is not limited to traditional control centre's theory simultaneously, makes management and control have portable characteristic, in addition for extensive general methods are provided by the access of management and control object. This control system can meet the view demand for control in the Modern Information based intellectuality of city widely, provides efficiently solution easily for the multi-source multi-target acousto-optic Synchronization Control in city creates.
The present invention can realize concentrated and mobile control of the landscape device of multi-source multi-target.
Acousto-optic-electric matrix control platform of the present invention has been realized the centralization of business demand, and the centralization of control instruction, has solved the support to multi-source.
Control of intelligent terminal of the present invention has been realized board, high scalability, the high-density deployment of control system, is convenient to field deployment, has realized the concentrated access-in management to various variety classes equipment, has solved multiobject problem.
Many interface protocols converter of the present invention provides rich and varied communication type and interface, makes traditional DMX512 communication instruction realize long-distance transmissions by the transmission conversion of communication data and end reduction.
Mobile portable control platform of the present invention, provides the ability of Field Force's real-time control unit, and the ability of Long-distance Control also can be provided.
Brief description of the drawings
Fig. 1 is the theory diagram of a kind of multi-source multi-target acousto-optic of the present invention synchronous control system.
Fig. 2 is the theory diagram of acousto-optic-electric matrix control platform in the present invention.
Fig. 3 is the theory diagram of control of intelligent terminal in the present invention.
Fig. 4 is the theory diagram of many interface protocols converter in the present invention.
Fig. 5 is the structural representation of many interface protocols converter in the present invention.
Fig. 6 is the functional schematic of system standard configuration portable equipment application software in the present invention.
Fig. 7 is PCI-E platelet structure schematic diagram in the present invention.
Fig. 8 is control of intelligent terminal grafting PCI-E platelet structure schematic diagram in the present invention.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the invention will be further described.
As Fig. 1 the present invention includes acousto-optic-electric matrix control platform, control of intelligent terminal, background server, Mobile portable control platform; Described acousto-optic-electric matrix control platform is in order to real-time operation or receive control instruction and focus on and the linking support of multi-source demand; Described control of intelligent terminal connects scene equipment, the instruction of sending in order to receive described acousto-optic-electric matrix control platform, and to realizing the manipulation of scene equipment; Described control of intelligent terminal adopts the clamp expansion interface of unified standard; Described Mobile portable control platform is for manipulating in real time landscape device; Described acousto-optic-electric matrix control platform is connected with control of intelligent terminal; Described acousto-optic-electric matrix control platform is connected with background server; Described Mobile portable control platform is connected with described acousto-optic-electric matrix control platform, or by background server and described acousto-optic-electric matrix control wired or wireless being connected of platform.
Described acousto-optic-electric matrix control platform is connected by many interface protocols converter with control of intelligent terminal; Described many interface protocols converter is in order to realize acousto-optic-electric control platform Network stretch and combination of network widely.
Described many interface protocols converter comprises one or more in DMX512 signal input/output interface, optical fiber interface, Ethernet interface, 485 interfaces, USB interface.
Described control of intelligent terminal comprises control module, and described control module comprises one or more in music fountain control module, Landscape Lamp photocontrol module, special efficacy light control module, fog machine control module, laser lamp Computer lamp control module, electrical screen control module, electric conversion module, DMX512 encoding and decoding module; Described Landscape Lamp photocontrol module is connected with Landscape Lighting lamp; Described special efficacy light control module is connected with special efficacy lamp, Computer lamp; Described music fountain control module is connected with music fountain; Described fog machine control module connects fog machine.
Described control module adopts respectively PCI-E platelet to be incorporated into the intermediate transit platelet on the mainboard of described control of intelligent terminal by Communication Control line as described scene equipment, described PCI-E platelet plate carry memory module in order to store scene equipment identity identification information, drive version information, communications protocol to indicate code and communication pin checking algorithm information; Described PCI-E platelet plate carrier communication signal converting chip is incorporated into heavy remaining processing of Data Format Transform, checking algorithm conversion, data error reporting processing, data of control of intelligent terminal mainboard in order to complete the communication signal of different communication format equipment. Make different hardware interface and communications protocol scene equipment use unified standard PCI-E type slot interface be linked on control of intelligent terminal mainboard. Because hardware connection interface and the communications protocol of various scene equipment all vary, do not there is general connection possibility, so need to complete interface compatibility and carry out unified management by control of intelligent terminal.
Described PCI-E platelet adopts the magnificent 32M of nation high speed FLASH to store W25Q32FVS1G, and described connect chip adopts the STM32 series RAM chip of Yi Fa company.
Multiple described acousto-optic-electric matrix control platforms interconnect communication to each other and form LAN combination; Described at least one, acousto-optic-electric matrix control platform is connected with outer net, directly or indirectly connects background server.
Described control of intelligent terminal adopts FreescaleARM9I.MX283 core board, adopts linux operating system.
Described acousto-optic-electric matrix control platform is accessed background server by connecting Internet, and accepts the instruction that background server sends over, the described independent operation instruction of acousto-optic-electric matrix control platform and the instruction of background server are done instruction compatibilityization and are processed in acousto-optic-electric matrix control platform inside, the priority that receives command source according to default scene equipment is come optionally to send instruction to scene equipment, if do not do the priority setting of default scene equipment reception command source, instruction compatibilityization is processed and is performed successively according to the natural order of instruction, along with the arrival of a rear execution instruction, carrying out instruction for last will be terminated, compatibilityization sends to control of intelligent terminal by acousto-optic-electric matrix control platform by manipulation instruction after processing again.
The equipment that described control of intelligent terminal autonomous classification accesses; When autonomous classification, confirm type and the basic parameter of accessed scene equipment by reading the identification code of described control module stores; Identification equipment effectively control of intelligent terminal distributes controlled address and automatically for its verification coupling drives code, equipment can normally be used for it.
The described mobile platform of controlling adopts the portable control platform of General Mobile, as panel computer, smart mobile phone, and can move Android operating system and accessing Internet mobile hardware microscope carrier, hardware microscope carrier equipped system standard configuration portable equipment application software, can realize the operation to controlled scene and scene equipment by the reservation operation to application software or real-time operation.
Described acousto-optic-electric matrix control platform is connected with control of intelligent terminal; Described acousto-optic-electric matrix control platform can be connected with internet and the mode of accessing Internet is enriched; When described mobile control platform short distance, can directly be connected with acousto-optic-electric matrix control platform, when remote, can pass through internet and server and long-range connection of acousto-optic-electric control platform; Described control of intelligent terminal can cold plug access music fountain PCI-E platelet, Landscape Lamp photocontrol PCI-E platelet, special efficacy light control PCI-E platelet, smog control PCI-E platelet etc.; The Landscape Lamp photocontrol PCI-E platelet of described control of intelligent terminal is connected with Landscape Lighting lamp; The special efficacy light control PCI-E platelet of described control of intelligent terminal is connected with special efficacy lamp, all kinds of Computer lamp; The music fountain control PCI-E platelet of described control of intelligent terminal is connected with music fountain; Described many interface protocols converter includes DMX512 signal input/output interface, optical fiber interface, 100/1000M Ethernet interface. Can realize the mutual conversion between DMX512 signal, 485 signals, ICP/IP protocol packet, USB difference agreement, solve signal and mutually changed compatibility and long Distance Transmission problem. Described many interface protocols converter be mini can cold plug mainboard, can be placed in acousto-optic-electric matrix control platform or control of intelligent terminal, or can independently use.
When view equipment operating, user can be to acousto-optic-electric matrix control platform pre-configured or configuration in real time, after configuration, send control instruction by acousto-optic-electric matrix control platform to control of intelligent terminal, control instruction can be directly with DMX512 protocol transmission to control of intelligent terminal, also can be transferred to many interface protocols converter, then be transferred to control of intelligent terminal by many interface protocols converter with certain specific signaling protocol form, control of intelligent terminal will send to down the view equipment that relates to grafting again after the instruction dissection process receiving.
When scene equipment operating, except non-portable acousto-optic-electric matrix control platform, manipulator can also be by Mobile portable control platform complete operation, Mobile portable control platform is taking universal portable mobile electronic device as physics microscope carrier, when short distance manipulation, mobile control platform can be directly connected to acousto-optic-electric matrix control platform by wireless WIFI agreement and manipulate; Manipulation also can be connected to internet by wireless network (to exceed 100 meters) at a distance, then arrive background server by internet link, be linked to acousto-optic-electric matrix control platform by background server again, then long-range to acousto-optic-electric matrix control platform transmit operation instruction by internet by Mobile portable control platform. Mobile portable control platform is provided with application operating software, by the operation of application software being realized to the management and control that system is had under its command to view equipment.
System standard configuration portable equipment application software as shown in Figure 6, be that user uses the wireless WIFI of portable equipment closely or the manipulation interactive interface of Wireless remote control scene equipment, this application software has many scenes and scene mode preset function, has the alternative function of scene presupposed solution, has scene real-time operation function, has the alternative function of scene real-time operation scheme, has scene equipment manipulation state Real-time Feedback function.
Fig. 1 is the theory diagram of multi-source multi-target acousto-optic synchronous control system of the present invention, as Fig. 6 shows system standard configuration portable equipment application software, it is that user uses the wireless WIFI of portable equipment closely or the manipulation interactive interface of Wireless remote control view equipment, this application software is installed on as panel computer, smart mobile phone, and can move Android operating system and accessing Internet mobile hardware microscope carrier, thereby form Mobile portable control platform. User can directly send instruction to acousto-optic-electric matrix control platform by this system standard configuration portable equipment application software, also can send instruction to internet background server by this application software, then by background server, instruction is transmitted to acousto-optic-electric matrix control platform. As Fig. 1 shows that multi-source multi-target acousto-optic synchronous control system of the present invention is taking acousto-optic-electric matrix control platform as key control unit, as shown in Figure 2, this platform sends to operational order intelligent terminal controller receiving to the concrete principle of acousto-optic-electric matrix control platform again after the operational order being sended over by Mobile portable control platform. Except accepting peripheral operation instruction and being handed down to intelligent terminal controller, acousto-optic-electric matrix control platform also can independently carry out real-time operation and pre-operation to view equipment. That is to say that acousto-optic-electric matrix control platform can, in the situation that not connecting background server or Mobile portable control platform, also can complete real-time operation and the pre-operation of view equipment and instruction is sent to control of intelligent terminal normally.
As shown in Figure 1, acousto-optic-electric matrix control platform is directly to control of intelligent terminal transmit operation instruction, control of intelligent terminal is identified the manipulation instruction receiving and resolved, according to command identification attribute information, instruction after treatment is sent to down to the corresponding view equipment that relates to, for example command identification is music fountain device attribute, control of intelligent terminal mates by instruction attributes so, the view equipment that to find the attribute of pegging graft on self mainboard be music fountain, search out after the PCI-E grafting platelet that attribute conforms to, carrying out address checks, if attribute and device address are checked all errorless, instruction after resolving so will be sent on this grafting PCI-E platelet, then format conversion is further done in instruction by PCI-E platelet, instruction after conversion directly sends to view equipment, view equipment can Direct Recognition execution. as shown in Figure 3, as shown in Figure 8, in figure, parts 9 are the PCI-E platelet slot on control of intelligent terminal mainboard to control of intelligent terminal principle in the socket connection of PCI-E platelet on control of intelligent terminal mainboard, in figure, parts 8 are PCI-E platelet, 10 control of intelligent terminal mainboards of parts in figure, control of intelligent terminal is connected with PCI-E platelet by PCI-E combination hub. in addition, the view equipment identical for attribute can do further differentiation by address assignment, to avoid a conflict. the operational order being sended over by acousto-optic-electric matrix control platform by that analogy can send to respectively Landscape Lamp photocontrol PCI-E platelet, special efficacy light control PCI-E platelet, smog control PCI-E platelet etc. by attribute and Address Recognition after control of intelligent terminal is resolved, and then send to by these attributes PCI-E platelet different with address the view equipment being connected separately and get on, finally carry out and produce implementation effect by view equipment.
Referring to Fig. 1, in the time using Mobile portable control platform harmony photocell matrix control platform to control simultaneously, and send to server by mobile portable control platform, and then when being clashed by the existing operational order that server is forwarded to the instruction harmony photocell matrix control platform of acousto-optic-electric matrix control platform, the default view equipment that acousto-optic-electric matrix control platform can store according to this locality receives the priority of command source be come optionally to send instruction to controlled control of intelligent terminal. If the instruction priority of default acousto-optic-electric matrix control platform self manipulation is high, the acousto-optic-electric matrix control platform that the manipulation instruction that Mobile portable equipment sends so cannot be interrupted carrying out sends real-time command or preset instructions. If the not default view equipment of acousto-optic-electric matrix control platform receives the priority setting of command source, acousto-optic-electric matrix control platform is performed the natural order according to instruction successively so, along with the arrival of a rear execution instruction, carrying out instruction for last will be terminated. First mobile portable control platform by connecting background server, the method that connects acousto-optic-electric matrix control platform by background server again and mobile portable control platform are directly directly connected the method for acousto-optic-electric matrix control platform by WIFI, method of operating and function in the priority of command source aspect arranging are identical.
Operate use for the ease of user, system standard configuration portable equipment application software function as shown in Figure 6, application software has many scenes and scene mode preset function, has the alternative function of scene presupposed solution, has scene real-time operation function, has the alternative function of scene real-time operation scheme, has scene equipment manipulation state Real-time Feedback function. After user has done operation setting to some the scene equipment in scene, other scene equipment can generate alternative setting automatically according to the facilities that does the scene equipment arranging, user can determine to want to use the alternative setting of automatic generation according to demand, as needs can one-touchly complete setting operation, make operating process more succinct and efficient.
In order to ensure the reliable communicating between acousto-optic-electric matrix control platform and control of intelligent terminal, can, at acousto-optic-electric matrix control platform and the inner many interface protocols of plug-in mounting of control of intelligent terminal converter, then set up communication connecting path by many interface protocols converter of this inner plug-in mounting in two unit. The principle of many interface protocols converter as shown in Figure 4, many interface protocols converter be one can cold plug and can depend on the mini mainboard of acousto-optic-electric matrix control platform or control of intelligent terminal, as shown in Figure 5, it is acp chip that its processor core is selected the XC6SLX16 of spartan-6 series to its surface structure. Here, many interface protocols converter is only responsible for the data converting function of communication signal, signal itself is not done to any processing, but it can select communication modes flexibly according to the installation path demand of actual field, communication bandwidth demand, communication speed demand, and optional communication path comprises DMX512 communication channel, optical-fibre communications path, ethernet communication path, 485 communication channels, USB communication channel.
Can boardization efficiently access view equipment in order to ensure control of intelligent terminal, view equipment is first linked into and can plugs on PCI-E platelet, and PCI-E platelet is plugged on the host slot of control of intelligent terminal again. The access device device attribute of mainboard draw-in groove has been inserted in the automatic identification of control of intelligent terminal mainboard, and distributes address to interventional instrument, and the identification code of carrying storage when autonomous classification by reading PCI-E platelet plate is confirmed type and the basic parameter of accessed scene equipment. After identification equipment is effective, the instruction that control of intelligent terminal can send over from acousto-optic-electric matrix control platform send to the effective PCI-E platelet of identification resolving. As shown in Figure 7, the PCI-E platelet Ban Zaihua 32M of nation high speed FLASH stores W25Q32FVS1G to PCI-E platelet structure, indicates the information such as code and communication pin checking algorithm in order to the identity identification information, driving version information, the communications protocol that store scene equipment. Plate carrier communication signal converting chip adopts the STM32 series RAM chip of Yi Fa company, the convert task that is incorporated into control of intelligent terminal mainboard in order to complete the communication signal of different communication format equipment, itself comprises convert task: the contents such as Data Format Transform, checking algorithm conversion, data error reporting processing, the heavy remaining processing of data. The operational order that PCI-E platelet can pass over control of intelligent terminal sends to the view equipment connecting separately to get on after finishing conversion, in addition, view equipment also can send it back PCI-E platelet by present instruction implementation status and view equipment current state, then after the conversion of PCI-E platelet, send to again control of intelligent terminal, analogize step by step until feed back to user's operation and control interface.
Below be only described with regard to most preferred embodiment of the present invention, but can not be interpreted as it is limitations on claims. The present invention is not limited only to above embodiment, and all various variations of doing in the protection domain of independent claims of the present invention are all in protection scope of the present invention.
Claims (10)
1. a multi-source multi-target acousto-optic synchronous control system, is characterized in that: comprise acousto-optic-electric matrix control platform, intelligence controlTerminal processed, background server, Mobile portable control platform; Described acousto-optic-electric matrix control platform in order to real-time operation,Or receive control instruction and focus on and the linking support of multi-source demand; Described control of intelligent terminal connects sceneEquipment, the instruction of sending in order to receive described acousto-optic-electric matrix control platform, and to realizing the manipulation of scene equipment;Described control of intelligent terminal adopts the clamp expansion interface of unified standard; Described Mobile portable control platform is used forManipulation landscape device in real time; Described acousto-optic-electric matrix control platform is connected with control of intelligent terminal; Described acousto-optic-electric matrixControlling platform is connected with background server; Described Mobile portable control platform is connected with described acousto-optic-electric matrix control platform,Or by background server and described acousto-optic-electric matrix control wired or wireless being connected of platform.
2. multi-source multi-target acousto-optic synchronous control system according to claim 1, is characterized in that: described acousto-optic electric momentBattle array control platform is connected by many interface protocols converter with control of intelligent terminal; Described many interface protocols converter is usedTo realize acousto-optic-electric control platform Network stretch and combination of network widely.
3. multi-source multi-target acousto-optic synchronous control system according to claim 2, is characterized in that: described many interface protocolsConverter comprises DMX512 signal input/output interface, optical fiber interface, Ethernet interface, 485 interfaces, USB interfaceIn one or more.
4. multi-source multi-target acousto-optic synchronous control system according to claim 1, is characterized in that: described Based Intelligent Control eventuallyEnd comprises that control module, described control module comprise music fountain control module, Landscape Lamp photocontrol module, special efficacyLight control module, fog machine control module, laser lamp Computer lamp control module, electrical screen control module, electric turningOne or more in die change group, DMX512 encoding and decoding module; Described Landscape Lamp photocontrol module and Landscape Lighting lamp phaseConnect; Described special efficacy light control module is connected with special efficacy lamp, Computer lamp; Described music fountain control module and music spraySpring is connected; Described fog machine control module connects fog machine.
5. multi-source multi-target acousto-optic synchronous control system according to claim 4, is characterized in that: described control moduleAdopt respectively PCI-E platelet to be incorporated into described control of intelligent terminal as described scene equipment by Communication Control lineMainboard on intermediate transit platelet, described PCI-E platelet plate carries memory module in order to store the identity of scene equipmentIdentifying information, driving version information, communications protocol indicate code and communication pin checking algorithm information; Described PCI-EPlatelet plate carrier communication signal converting chip is incorporated into Based Intelligent Control eventually in order to complete the communication signal of different communication format equipmentThe Data Format Transform of end mainboard, checking algorithm conversion, data error reporting processing, heavy remaining processing of data.
6. multi-source multi-target acousto-optic synchronous control system according to claim 5, is characterized in that: described PCI-E is littlePlate adopts the magnificent 32M of nation high speed FLASH to store W25Q32FVS1G, and described connect chip adopts the STM32 of Yi Fa companySeries RAM chip.
7. multi-source multi-target acousto-optic synchronous control system according to claim 1, is characterized in that: multiple described acousto-optic-electricsMatrix control platform interconnects communication to each other and forms LAN combination; Described at least one, the control of acousto-optic-electric matrix is flatPlatform is connected with outer net, directly or indirectly connects background server.
8. multi-source multi-target acousto-optic synchronous control system according to claim 1, is characterized in that: described Based Intelligent Control eventuallyEnd adopts FreescaleARM9I.MX283 core board, adopts linux operating system.
9. a control method for multi-source multi-target acousto-optic synchronous control system claimed in claim 1, is characterized in that: described inAcousto-optic-electric matrix control platform is accessed background server by connecting Internet, and accepts that background server sends overInstruction; The described independent operation instruction of acousto-optic-electric matrix control platform and the instruction of background server are at acousto-optic-electric matrixControl platform inside and do the processing of instruction compatibilityization, the priority that receives command source according to default scene equipment is selectedProperty send instruction to scene equipment, if do not do default scene equipment and receive the priority setting of command source, instructionCompatibilityization is processed and is performed successively according to the natural order of instruction, along with the arrival of a rear execution instruction, lastBar is carried out instruction and will be terminated, and compatibilityization sends to intelligence by acousto-optic-electric matrix control platform by manipulation instruction after processing againCan control terminal.
10. according to the multi-source multi-target acousto-optic synchronous control system described in claim 3-5, it is characterized in that: described intelligence controlThe equipment that terminal autonomous classification processed accesses; When autonomous classification, come by the identification code that reads described control module storesConfirm type and the basic parameter of the scene equipment that accesses; Identification equipment effectively control of intelligent terminal for its distribution controlledAddress is also automatically mated and is driven code for its verification, and equipment can normally be used.
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