CN205507444U - Multisource multiple target reputation synchronous control system - Google Patents
Multisource multiple target reputation synchronous control system Download PDFInfo
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- CN205507444U CN205507444U CN201620197354.4U CN201620197354U CN205507444U CN 205507444 U CN205507444 U CN 205507444U CN 201620197354 U CN201620197354 U CN 201620197354U CN 205507444 U CN205507444 U CN 205507444U
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Abstract
The utility model relates to a multisource multiple target reputation synchronous control system, including reputation electricity matrix control platform, intelligent control terminal, backend server, the portable control platform of removal, reputation electricity matrix control platform links to each other with the intelligent control terminal, reputation electricity matrix control platform is connected with backend server, remove portable control platform with reputation electricity matrix control platform is connected, or through backend server with wired or wireless linking to each other of reputation electricity matrix control platform, the utility model discloses an intelligent control terminal is connected the view equipment of different electrical apparatus standard, different interfaces and interface protocol under a control platform to carry out unified control and management to wading equipment down.
Description
Technical field
The present invention relates to field, smart city, particularly relate to a kind of multi-source multi-target acousto-optic synchronous control system, the acousto-optic-electric that can be widely applied to urban look controls.
Background technology
At present, along with urban development, appearance of city has obtained the biggest attention and lifting, and the urban look based on vision, audition emerges in multitude.View and landscaping equipment kind numerous and complicated thereof, electrical characteristic management and control mode is the most each has something to recommend him, is mainly reflected in multiple target and two kinds of features of multi-source.
Multiple target refers to the multiformity of different types of landscape control object.At present, main landscape control object has landscape spotlight, specially good effect lamp, laser lamp, LED Color-changing lamp, digital computer lamp, Projecting Lamp, large format electrical screen and projection, music fountain, manual smoke etc..
Multi-source refers to the multiformity of different types of landscape control mode.Landscape control mode multiformity contains the multiformity of electrical standard and the multiformity of demand for control.Such as being all light fixture, specially good effect lamp and laser lamp just use different standards on electrical standard；For another example, the control mode of Landscape Lighting is according to factors such as sunrise sunsets；The specially good effect signal light control mode specific scene of then Main Basis；Music fountain may be according to grade festivals or holidays；Large format electrical screen and projection, depending on manual smoke controls then according to concrete displaying demand.
Characteristic due to this multi-source multi-target of view, result in the control method between each view and technology realizes first-class having bigger difference, service logic associated therewith also has their own characteristics each, so control and management for each dissimilar landscaping equipment are all to use respective individual tubes Ore-controlling Role to manage alone at present, between each system, also there is no any synchronization association.Such as, more existing patent applications, Chinese invention patent application " night lamp decoration acousto-optic synchronous control system and control method thereof " such as Publication No. CN 102595704 A, system is provided with the lamp module of multiple different shaping, acoustic control extension set it is provided with at each lamp module, the plurality of 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 thus brought has:
On the one hand, various types of view needs respective control centre, it is impossible to sets up control centre and carries out unified control management.
On the other hand, the view between dissimilar lacks automatic cooperative ability.During for carrying out collaborative displaying between each view of needs, needing by the artificial collaborative and synchronization participating in and could realizing between view, and equipment cannot remotely control mostly, the artificial collaborative operation being is increasingly complex, and the reliability worked in coordination with and synchronize is reported to the leadship after accomplishing a task.
Summary of the invention
The present invention solves existing problem in the art, a kind of multi-source multi-target acousto-optic synchronous control system is provided, the landscaping equipment of different electrical equipment standards, distinct interface and interface protocol is connected under a control platform by it by control of intelligent terminal, and under relate to equipment and carry out unified control management.
The present invention includes that acousto-optic-electric matrix majorization platform, control of intelligent terminal, background server, Mobile portable control platform；Described acousto-optic-electric matrix majorization platform is in order to real-time operation or receives control instruction and focuses on and the linking support of multi-source demand；Described control of intelligent terminal connects scene device, in order to receive the instruction that described acousto-optic-electric matrix majorization platform sends, and to realizing the manipulation of scene device；Described control of intelligent terminal uses the clamp expansion interface of unified standard；Described Mobile portable controls platform for real-time control landscape device；Described acousto-optic-electric matrix majorization platform is connected with control of intelligent terminal；Described acousto-optic-electric matrix majorization platform is connected with background server；Described Mobile portable controls platform and is connected with described acousto-optic-electric matrix majorization platform, or is connected by background server is wired or wireless with described acousto-optic-electric matrix majorization platform.
Described acousto-optic-electric matrix majorization platform is connected by multiplex roles protocol converter with control of intelligent terminal；Described multiplex roles protocol converter controls platform widely Network stretch and combination of network in order to realize acousto-optic-electric.Described multiplex roles protocol converter is in order to solve acousto-optic-electric matrix majorization platform external the Internet connectivity problem and the acousto-optic-electric matrix majorization platform communication connectivity problem to control of intelligent terminal.Multiplex roles protocol converter is one piece can depend on the mini mainboard of acousto-optic-electric matrix majorization platform or control of intelligent terminal by plate, and this mainboard also can independent self-contained operation.This transducer is the data converting function of the most responsible communication signal in the whole system of the present invention, and not doing exercises signal itself deals with.Described multiplex roles protocol converter be mini can cold plug mainboard, be placed in acousto-optic-electric matrix majorization platform or control of intelligent terminal, or can independently use.
Described multiplex roles protocol converter includes one or more in DMX512 input/output interface, optical fiber interface, Ethernet interface, 485 interfaces, USB interface.The mutual conversion being capable of between DMX512 signal, 485 signals, ICP/IP protocol packet, USB DIFFERENTIAL PROTOCOL, solves signal and mutually changes compatibility and long range propagation problem.Abundant adaptability can be done according to actual communication distance and management and control mode by various management and control communication connection scheme to match.
Described control of intelligent terminal includes controlling module, and the described module that controls includes that music fountain controls module, Landscape Lamp photocontrol module, specially good effect signal light control module, fog machine controls module, laser lamp Computer lamp controls module, electrical screen controls one or more in module, electric conversion module, DMX512 encoding and decoding module；Described Landscape Lamp photocontrol module is connected with landscape spotlight；Described specially good effect signal light control module is connected with specially good effect lamp, Computer lamp；Described music fountain controls module and is connected with music fountain；Described fog machine controls module and connects fog machine.
The described module that controls is respectively adopted the intermediate transit platelet that PCI-E platelet is incorporated on the mainboard of described control of intelligent terminal by Communication Control line as described scene device, and the described onboard memory module of PCI-E platelet is in order to store the identity identification information of scene device, to drive version information, communications protocol to indicate code and communication pin checking algorithm information；Described PCI-E platelet onboard communication signal switching chip is incorporated into the Data Format Transform of control of intelligent terminal mainboard, checking algorithm conversion in order to the communication signal completing different communication format equipment, data error reporting processes, data sink remaining process.
Described PCI-E platelet uses nation of China 32M high speed FLASH to store W25Q32FVS1G, and described switching chip uses the STM32 series RAM chip of Yi Fa company.
Multiple described acousto-optic-electric matrix majorization platforms are connected with each other communication to each other and form LAN combination；At least one described acousto-optic-electric matrix majorization platform is connected with outer net, directly or indirectly connects background server.
Described control of intelligent terminal uses Freescale ARM9 I.MX283 core board, uses linux operating system.
Described acousto-optic-electric matrix majorization platform is by connecting internet access background server, and accepts the instruction that background server sends over；The described independent operational order of acousto-optic-electric matrix majorization platform does the compatibilising process of instruction with the instruction of background server at acousto-optic-electric matrix majorization platform interior, the priority receiving command source according to default scene device optionally to send instruction to scene device, if not doing default scene device to receive the priority setting of command source, instruct compatibilising process to be then performed successively according to the natural order of instruction, along with a rear arrival performing instruction, previous bar performs instruction and will be terminated, by acousto-optic-electric matrix majorization platform, manipulation instruction is sent to control of intelligent terminal again after compatibilising process.
The equipment that described control of intelligent terminal autonomous classification is accessed；Confirmed type and the basic parameter of accessed scene device by the identification code controlling module storage described in reading during autonomous classification；Identification equipment the most then control of intelligent terminal is that it distributes controlled address and automatically drives code for its verification coupling, causes the device to normally use.
After using above structure, the present invention compared with prior art, has the advantage that
The present invention is not both compared to the maximum of existing landscape control system has Integrated access and operating capability widely；The management and control that Landscape Lighting facility, view decoration, specially good effect laser, specially good effect music, outdoor screen are shown etc. by conventional landscape control system is all to be managed independently by the most independent system, centralized-control center cannot be set up and carry out unified control and management, and lack automatic cooperative ability between dissimilar Landscape Facilities, when needing to carry out collaborative displaying between each view, need by the artificial collaborative and synchronization participating in and realizing between Landscape Facilities；Native system then 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, additionally for be provided the most general methods by the access of management and control object.This control system can meet the landscape control demand in the Modern Information intellectuality of city widely, and the multi-source multi-target acousto-optic Synchronization Control for city creates offer solution the most easily.
The present invention can realize the collection of the landscape device of multi-source multi-target and neutralize mobile control.
Acousto-optic-electric matrix majorization platform of the present invention achieves the centralization of business demand, the centralization of control instruction, solves the support to multi-source.
Control of intelligent terminal of the present invention achieves the board of control system, high scalability, high-density deployment, it is simple to field deployment, it is achieved that the concentration access-in management to various variety classes equipment, solves multiobject problem.
Multiplex roles protocol converter of the present invention provides rich and varied communication type and interface, makes traditional DMX512 communication instruction can realize long-distance transmissions by the transmission conversion of communication data and end reduction.
Mobile portable of the present invention controls platform, it is provided that the ability of Field Force's real-time control unit, it is possible to provide the ability remotely controlled.
Accompanying drawing explanation
Fig. 1 is the theory diagram of the present invention a kind of multi-source multi-target acousto-optic synchronous control system
Fig. 2 is the theory diagram of acousto-optic-electric matrix majorization 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 multiplex roles protocol converter in the present invention
Fig. 5 is the structural representation of multiplex roles protocol 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
Shown in figure 1, DMX512 input/output interface；2, optical fiber interface；3, Ethernet interface；4,485 interface；5, USB interface；6, landscaping equipment connection interface；7, PCI-E golden finger inserted terminal；8, PCI-E platelet；9, control of intelligent terminal mainboard PCI-E expansion slot；10, control of intelligent terminal mainboard；11, multiplex roles protocol converter.
Detailed description of the invention
The invention will be further described with specific embodiment below in conjunction with the accompanying drawings.
As Fig. 1-7 present invention includes that acousto-optic-electric matrix majorization platform, control of intelligent terminal, background server, Mobile portable control platform；Described acousto-optic-electric matrix majorization platform is in order to real-time operation or receives control instruction and focuses on and the linking support of multi-source demand；Described control of intelligent terminal connects scene device, in order to receive the instruction that described acousto-optic-electric matrix majorization platform sends, and realizes the manipulation to scene device；Described control of intelligent terminal uses the clamp expansion interface of unified standard；Described Mobile portable controls platform for real-time control landscape device；Described acousto-optic-electric matrix majorization platform is connected with control of intelligent terminal；Described acousto-optic-electric matrix majorization platform is connected with background server；Described Mobile portable controls platform and is connected with described acousto-optic-electric matrix majorization platform, or is connected by background server is wired or wireless with described acousto-optic-electric matrix majorization platform.
Described acousto-optic-electric matrix majorization platform is connected by multiplex roles protocol converter 11 with control of intelligent terminal；Described multiplex roles protocol converter 11 controls platform widely Network stretch and combination of network in order to realize acousto-optic-electric.
Described multiplex roles protocol converter 11 includes one or more in DMX512 signal input/output interface 1, optical fiber interface 2, Ethernet interface 3,485 interface 4, USB interface 5.
Described control of intelligent terminal includes controlling module, and the described module that controls includes that music fountain controls module, Landscape Lamp photocontrol module, specially good effect signal light control module, fog machine controls module, laser lamp Computer lamp controls module, electrical screen controls one or more in module, electric conversion module, DMX512 encoding and decoding module；Described Landscape Lamp photocontrol module is connected with landscape spotlight；Described specially good effect signal light control module is connected with specially good effect lamp, Computer lamp；Described music fountain controls module and is connected with music fountain；Described fog machine controls module and connects fog machine.
The described module that controls is respectively adopted the intermediate transit platelet that PCI-E platelet 8 is incorporated on the mainboard of described control of intelligent terminal by Communication Control line as described scene device, and the described onboard memory module of PCI-E platelet 8 is in order to store the identity identification information of scene device, to drive version information, communications protocol to indicate code and communication pin checking algorithm information；Described PCI-E platelet 8 onboard communication signal switching chip is incorporated into the Data Format Transform of control of intelligent terminal mainboard, checking algorithm conversion in order to the communication signal completing different communication format equipment, data error reporting processes, data sink remaining process.What the scene device use making different hardware interface and communications protocol was sought unity of standard PCI-E type slot interface is linked on control of intelligent terminal mainboard.Because the hardware connection interface of various scene device and communications protocol all vary, not there is general connection possible, so needing completed interface compatibility by control of intelligent terminal and be managed collectively.
Described PCI-E platelet 8 uses nation of China 32M high speed FLASH to store W25Q32FVS1G, and described switching chip uses the STM32 series RAM chip of Yi Fa company.
Multiple described acousto-optic-electric matrix majorization platforms are connected with each other communication to each other and form LAN combination；At least one described acousto-optic-electric matrix majorization platform is connected with outer net, directly or indirectly connects background server.
Described control of intelligent terminal uses Freescale ARM9 I.MX283 core board, uses linux operating system.
Described acousto-optic-electric matrix majorization platform is by connecting internet access background server, and accepts the instruction that background server sends over；The described independent operational order of acousto-optic-electric matrix majorization platform does the compatibilising process of instruction with the instruction of background server at acousto-optic-electric matrix majorization platform interior, the priority receiving command source according to default scene device optionally to send instruction to scene device, if not doing default scene device to receive the priority setting of command source, instruct compatibilising process to be then performed successively according to the natural order of instruction, along with a rear arrival performing instruction, previous bar performs instruction and will be terminated, by acousto-optic-electric matrix majorization platform, manipulation instruction is sent to control of intelligent terminal again after compatibilising process.
The equipment that described control of intelligent terminal autonomous classification is accessed；Confirmed type and the basic parameter of accessed scene device by the identification code controlling module storage described in reading during autonomous classification；Identification equipment the most then control of intelligent terminal is that it distributes controlled address and automatically drives code for its verification coupling, causes the device to normally use.
The described mobile platform that controls uses General Mobile portable control platform, such as panel computer, smart mobile phone, and Android operation system can be run and access the Internet mobile hardware microscope carrier, hardware microscope carrier equipped system standard configuration portable equipment application software, can be by realizing the operation to controlled scene and scene device to the reservation operation of application software or real-time operation.
Described acousto-optic-electric matrix majorization platform is connected with control of intelligent terminal；Described acousto-optic-electric matrix majorization platform can be connected and access the mode of the Internet with the Internet to be enriched；Described mobile control can directly be connected with acousto-optic-electric matrix majorization platform during platform short distance, then can control platform by the Internet and server with acousto-optic-electric and remotely be connected time remote；Described control of intelligent terminal cold plug can access music fountain PCI-E platelet 8, Landscape Lamp photocontrol PCI-E platelet 8, specially good effect signal light control PCI-E platelet 8, smog control PCI-E platelet 8 etc.；The Landscape Lamp photocontrol PCI-E platelet 8 of described control of intelligent terminal is connected with landscape spotlight；The specially good effect signal light control PCI-E platelet 8 of described control of intelligent terminal is connected with specially good effect lamp, all kinds of Computer lamp；The music fountain of described control of intelligent terminal controls PCI-E platelet 8 and is connected with music fountain；Described multiplex roles protocol converter 11 includes DMX512 input/output interface 1, optical fiber interface 2,100/1000M Ethernet interface 3.The mutual conversion being capable of between DMX512 signal, 485 signals, ICP/IP protocol packet, USB DIFFERENTIAL PROTOCOL, solves signal and mutually changes compatibility and long range propagation problem.Described multiplex roles protocol converter 11 be mini can cold plug mainboard, be placed in acousto-optic-electric matrix majorization platform or control of intelligent terminal, or can independently use.
The when of landscaping equipment operation, user can be pre-configured to acousto-optic-electric matrix majorization platform or configure in real time, control instruction is sent by acousto-optic-electric matrix majorization platform to control of intelligent terminal after configuration, control instruction can directly with DMX512 protocol transmission to control of intelligent terminal, multiplex roles protocol converter 11 can also be transferred to, then by multiplex roles protocol converter 11 with certain specific signaling protocol format transmission to control of intelligent terminal, be sent to down relate to the landscaping equipment of grafting after the instruction dissection process that control of intelligent terminal will receive again.
The when of scene device operation, except non-portable acousto-optic-electric matrix majorization platform, manipulator can also control platform by Mobile portable and complete operation, Mobile portable controls platform with universal portable mobile electronic device for physics microscope carrier, during short distance manipulation, mobile control platform can be directly connected to acousto-optic-electric matrix majorization platform by wireless WIFI agreement and manipulate；(more than 100 meters), manipulation can also be connected to the Internet by wireless network at a distance, then by internet link to background server, it is linked to acousto-optic-electric matrix majorization platform by background server again, is then controlled platform by Mobile portable and remotely send operational order to acousto-optic-electric matrix majorization platform by the Internet.Mobile portable controls stage+module has application operating software, by the operation of application software realizes having system under its command the management and control of landscaping equipment.
Described system standard configuration portable equipment application software, that user uses the wireless WIFI of portable equipment closely or the manipulation interactive interface of Wireless remote control scene device, this application software have many scenes and scene mode preset function, have the alternative function of scene presupposed solution, have scene real-time operation function, have scene real-time operation scheme alternatives function, have scene device 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 landscaping equipment, this application software is installed on such as panel computer, smart mobile phone, and Android operation system can be run and access the Internet mobile hardware microscope carrier, thus constitute Mobile portable and control platform.User directly can send instruction to acousto-optic-electric matrix majorization platform by this system standard configuration portable equipment application software, it is possible to sends instruction by this application software to the Internet background server, then by background server, instruction is transmitted to acousto-optic-electric matrix majorization platform.As Fig. 1 shows that multi-source multi-target acousto-optic synchronous control system of the present invention is with acousto-optic-electric matrix majorization platform as key control unit, the concrete principle of acousto-optic-electric matrix majorization platform controls machine as in figure 2 it is shown, operational order is sent to intelligent terminal after receiving the operational order sended over by Mobile portable control platform by this platform again.Instructing and be handed down in addition to intelligent terminal controls machine except accepting peripheral operation, what acousto-optic-electric matrix majorization platform also can be independent carries out real-time operation and pre-operation to landscaping equipment.That is in the case of acousto-optic-electric matrix majorization platform can control platform not connecting background server or Mobile portable, it is possible to complete the real-time operation of landscaping equipment and pre-operation normally and send an instruction to control of intelligent terminal.
As shown in Figure 1, acousto-optic-electric matrix majorization platform directly sends operational order to control of intelligent terminal, the manipulation received instruction is identified and is resolved by control of intelligent terminal, instruction after processing according to command identification attribute information is sent to down relate to corresponding landscaping equipment, such as command identification is music fountain device attribute, so control of intelligent terminal is mated by instruction attributes, finding the attribute of grafting on self mainboard is the landscaping equipment of music fountain, after searching out the PCI-E grafting platelet that attribute is consistent, carry out address verification, if attribute and device address verification are the most errorless, instruction after so resolving will be sent on this grafting PCI-E platelet 8, then form conversion is done in instruction by PCI-E platelet 8 further, instruction after conversion is transmitted directly to landscaping equipment, landscaping equipment can be with Direct Recognition and perform.Control of intelligent terminal principle as it is shown on figure 3, the PCI-E platelet 8 socket connection on control of intelligent terminal mainboard as shown in Figure 8, in figure, parts 9 are PCI-E platelet 8 slot on control of intelligent terminal mainboard；In figure, parts 8 are PCI-E platelet 8；10 control of intelligent terminal mainboards of parts in figure；Control of intelligent terminal is connected with PCI-E platelet 8 by PCI-E combination hub.It addition, further can be distinguished by address distribution for the landscaping equipment that attribute is identical, to prevent conflict.The operational order sended over by acousto-optic-electric matrix majorization platform by that analogy can be separately sent to Landscape Lamp photocontrol PCI-E platelet 8, specially good effect signal light control PCI-E platelet 8, smog control PCI-E platelet 8 etc. by attribute and Address Recognition after control of intelligent terminal resolves, it is sent to the landscaping equipment that each connects up by the PCI-E platelet 8 that these attributes and address are different the most again, landscaping equipment finally performs and produce implementation effect.
See Fig. 1, when use simultaneously Mobile portable control platform harmony photocell matrix control platform do control when, and it is sent to server by Mobile portable formula control platform, the when that the existing operational order of the instruction harmony photocell matrix control platform being forwarded to acousto-optic-electric matrix majorization platform by server the most again clashing, acousto-optic-electric matrix majorization platform can optionally to send to controlled control of intelligent terminal to instruct according to the priority of locally-stored default landscaping equipment reception command source.If the instruction priority of acousto-optic-electric matrix majorization platform self manipulation preset is high, then the acousto-optic-electric matrix majorization platform that the manipulation instruction that Mobile portable equipment sends cannot be interrupted being carrying out sends real-time command or preset instructions.If acousto-optic-electric matrix majorization platform is not preset landscaping equipment and is received the priority setting of command source, so acousto-optic-electric matrix majorization platform will be performed successively according to the natural order of instruction, along with a rear arrival performing instruction, previous bar performs instruction and will be terminated.Mobile portable formula controls platform by first connecting background server, being connected method and the Mobile portable formula of acousto-optic-electric matrix majorization platform by background server again and control the method that platform is directly directly connected to acousto-optic-electric matrix majorization platform by WIFI, the priority at command source arranges the operational approach of aspect and function is identical.
Use for the ease of user operation, system standard configuration portable equipment application software function as shown in Figure 6, application software have many scenes and scene mode preset function, have the alternative function of scene presupposed solution, have scene real-time operation function, have scene real-time operation scheme alternatives function, have scene device manipulation state Real-time Feedback function.After some scene device in scene has been done operation setting by user, other scene device can automatically generate alternative setting according to the facilities doing the scene device arranged, user can determine to want to use the alternative setting automatically generated according to demand, if desired for then can one-touch complete to arrange operation, make operating process more succinct and efficient.
In order to ensure the reliable communicating between acousto-optic-electric matrix majorization platform and control of intelligent terminal, then communication connecting path can be set up by the multiplex roles protocol converter 11 of the internal plug-in mounting of the two unit at the internal plug-in mounting multiplex roles protocol converter 11 of acousto-optic-electric matrix majorization platform and control of intelligent terminal.The principle of multiplex roles protocol converter 11 is as shown in Figure 4, multiplex roles protocol converter 11 be one piece can cold plug and the mini mainboard of acousto-optic-electric matrix majorization platform or control of intelligent terminal can be depended on, its surface structure is as it is shown in figure 5, the XC6SLX16 that its processor core selects spartan-6 series is acp chip.Here, the data converting function of 11 responsible communication signals of multiplex roles protocol converter, signal itself is not done any process, but it can select communication modes, optional communication path to include DMX512 communication channel, optical-fibre communications path, ethernet communication path, 485 communication channels, USB communication channel according to the installation path demand of actual field, communication bandwidth demand, communication speed demand flexibly.
Boardization can efficiently access landscaping equipment in order to ensure control of intelligent terminal, landscaping equipment is first linked on pluggable PCI-E platelet 8, and PCI-E platelet 8 is plugged on the host slot of control of intelligent terminal again.Control of intelligent terminal mainboard identifies the access device device attribute having inserted mainboard draw-in groove automatically, and distributes address to insertion equipment, confirms type and the basic parameter of accessed scene device during autonomous classification by reading the identification code of the onboard storage of PCI-E platelet 8.After identification equipment is effective, control of intelligent terminal can be sent to identify effective PCI-E platelet 8 after the instruction that send over from acousto-optic-electric matrix majorization platform being resolved.PCI-E platelet 8 structure is as it is shown in fig. 7, nation of PCI-E platelet 8 onboard China 32M high speed FLASH stores W25Q32FVS1G, in order to store the identity identification information of scene device, to drive version information, communications protocol to indicate the information such as code and communication pin checking algorithm.Onboard communication signal switching chip uses the STM32 series RAM chip of Yi Fa company, be incorporated into the convert task of control of intelligent terminal mainboard in order to complete the communication signal of different communication format equipment, convert task comprises itself: the contents such as the conversion of Data Format Transform, checking algorithm, data error reporting process, the heavy remaining process of data.PCI-E platelet 8 can be sent to the landscaping equipment that each connects up after the operational order that control of intelligent terminal passes over is finished conversion, additionally, present instruction implementation status and landscaping equipment current state also can be sent back PCI-E platelet 8 by landscaping equipment, then being then forwarded to control of intelligent terminal after PCI-E platelet 8 conversion, analogizing step by step until feeding back to user's operation and control interface.
Below only highly preferred embodiment of the present invention is described, but is not to be construed as limitations on claims.The present invention is not limited only to above example, and all various changes made in the protection domain of independent claims of the present invention are the most within the scope of the present invention.
Claims (8)
1. a multi-source multi-target acousto-optic synchronous control system, it is characterised in that: include that acousto-optic-electric matrix majorization platform, control of intelligent terminal, background server, Mobile portable control platform；Described acousto-optic-electric matrix majorization platform is in order to real-time operation or receives control instruction and focuses on and the linking support of multi-source demand；Described control of intelligent terminal connects scene device, in order to receive the instruction that described acousto-optic-electric matrix majorization platform sends, and realizes the manipulation to scene device；Described control of intelligent terminal uses the clamp expansion interface of unified standard；Described Mobile portable controls platform for real-time control landscape device；Described acousto-optic-electric matrix majorization platform is connected with control of intelligent terminal；Described acousto-optic-electric matrix majorization platform is connected with background server；Described Mobile portable controls platform and is connected with described acousto-optic-electric matrix majorization platform, or is connected by background server is wired or wireless with described acousto-optic-electric matrix majorization platform.
Multi-source multi-target acousto-optic synchronous control system the most according to claim 1, it is characterised in that: described acousto-optic-electric matrix majorization platform is connected by multiplex roles protocol converter with control of intelligent terminal；Described multiplex roles protocol converter controls platform widely Network stretch and combination of network in order to realize acousto-optic-electric.
Multi-source multi-target acousto-optic synchronous control system the most according to claim 2, it is characterised in that: described multiplex roles protocol converter includes one or more in DMX512 signal input/output interface, optical fiber interface, Ethernet interface, 485 interfaces, USB interface.
Multi-source multi-target acousto-optic synchronous control system the most according to claim 1, it is characterized in that: described control of intelligent terminal includes controlling module, the described module that controls includes that music fountain controls module, Landscape Lamp photocontrol module, specially good effect signal light control module, fog machine controls module, laser lamp Computer lamp controls module, electrical screen controls one or more in module, electric conversion module, DMX512 encoding and decoding module；Described Landscape Lamp photocontrol module is connected with landscape spotlight；Described specially good effect signal light control module is connected with specially good effect lamp, Computer lamp；Described music fountain controls module and is connected with music fountain；Described fog machine controls module and connects fog machine.
Multi-source multi-target acousto-optic synchronous control system the most according to claim 4, it is characterized in that: the described module that controls is respectively adopted the intermediate transit platelet that PCI-E platelet is incorporated on the mainboard of described control of intelligent terminal by Communication Control line as described scene device, the described onboard memory module of PCI-E platelet is in order to store the identity identification information of scene device, to drive version information, communications protocol to indicate code and communication pin checking algorithm information；Described PCI-E platelet onboard communication signal switching chip is incorporated into the Data Format Transform of control of intelligent terminal mainboard, checking algorithm conversion in order to the communication signal completing different communication format equipment, data error reporting processes, data sink remaining process.
Multi-source multi-target acousto-optic synchronous control system the most according to claim 5, it is characterised in that: described PCI-E platelet uses nation of China 32M high speed FLASH to store W25Q32FVS1G, and described switching chip uses the STM32 series RAM chip of Yi Fa company.
Multi-source multi-target acousto-optic synchronous control system the most according to claim 1, it is characterised in that: multiple described acousto-optic-electric matrix majorization platforms are connected with each other communication to each other and form LAN combination；At least one described acousto-optic-electric matrix majorization platform is connected with outer net, directly or indirectly connects background server.
Multi-source multi-target acousto-optic synchronous control system the most according to claim 1, it is characterised in that: described control of intelligent terminal uses Freescale ARM9 I.MX283 core board, uses linux operating system.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105589390A (en) * | 2016-03-15 | 2016-05-18 | 浙江创意声光电科技有限公司 | Multisource and multi-target acousto-optical synchronous control system and control method |
| CN110018676A (en) * | 2019-04-30 | 2019-07-16 | 江苏领焰智能科技股份有限公司 | The acousto-optic of distributed networking regards tool control system |
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2016
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105589390A (en) * | 2016-03-15 | 2016-05-18 | 浙江创意声光电科技有限公司 | Multisource and multi-target acousto-optical synchronous control system and control method |
| CN105589390B (en) * | 2016-03-15 | 2018-11-23 | 浙江创意声光电科技有限公司 | A kind of multi-source multi-target acousto-optic synchronous control system and control method |
| CN110018676A (en) * | 2019-04-30 | 2019-07-16 | 江苏领焰智能科技股份有限公司 | The acousto-optic of distributed networking regards tool control system |
| CN110018676B (en) * | 2019-04-30 | 2021-03-23 | 江苏领焰智能科技股份有限公司 | Distributed networking acousto-optic vision mechanical control system |
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