CN105589390B - A kind of multi-source multi-target acousto-optic synchronous control system and control method - Google Patents
A kind of multi-source multi-target acousto-optic synchronous control system and control method Download PDFInfo
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- CN105589390B CN105589390B CN201610145952.1A CN201610145952A CN105589390B CN 105589390 B CN105589390 B CN 105589390B CN 201610145952 A CN201610145952 A CN 201610145952A CN 105589390 B CN105589390 B CN 105589390B
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/042—Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
- G05B19/0423—Input/output
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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
- G05B2219/2664—Audio light, animation, stage, theatre light
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Abstract
The present invention relates to a kind of landscape multi-source multi-target acousto-optic synchronous control systems, and the maximum with previous landscape control system is not both with extensive Integrated access and managerial ability；The control that previous landscape control system such as shows at Landscape Lighting facility, landscape decoration, special efficacy laser, special efficacy music, the outdoor screen is managed independently by system independent, centralized-control center can not be established and carry out unified control and management, and lack automatic cooperative ability between different type Landscape Facilities, when carrying out collaboration between each landscape and showing, need to realize by manually participating in collaboration between Landscape Facilities with it is synchronous；And this system can then solve the problems, such as this numerous and complicated control to greatest extent, while this system is not limited to traditional control centre's theory, and control is made to have portable characteristic, in addition to provide extensive general methods by the access of control object.This control system can widely meet the landscape control demand in the Modern Information intelligence of city, provide efficient and convenient solution for the multi-source multi-target acousto-optic synchronously control creation in city.
Description
Technical field
The present invention relates to smart city field more particularly to a kind of multi-source multi-target acousto-optic synchronous control system and its controls
Method can be widely applied to the acousto-optic-electric control of urban landscape.
Background technique
Currently, appearance of city has obtained very big attention and promotion, based on vision, the sense of hearing with urban development
Urban landscape emerges in multitude.Landscape and its landscaping equipment type numerous and complicated, electrical characteristic control mode is also each has something to recommend him, mainly
It is embodied in two kinds of features of multiple target and multi-source.
Multiple target refers to the diversity of different types of landscape control object.Currently, main landscape control object has
Landscape spotlight, special efficacy 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 diversity of different types of landscape control mode.Landscape control mode diversity contains electrically
The diversity of standard and the diversity of demand for control.For example be all lamps and lanterns, special efficacy lamp and laser lamp just use on electrical standard
Different standards；For another example, the control mode of Landscape Lighting is according to factors such as sunrise sunsets；Special efficacy signal light control mode is then main
According to specific scene；Music fountain may be according to festivals or holidays grade；Large format electrical screen and projection, manual smoke control then according to
Depending on specific displaying demand.
Due to the characteristic of this multi-source multi-target of landscape, the control method and technology resulted between each landscape is realized
Deng have biggish difference, service logic associated therewith also has their own characteristics each, so setting at present for each different type landscape
Standby control and management is managed alone using respective independent managing and control system, and any synchronization is also had no between each system
Association.For example, existing some patent applications, such as the Chinese invention patent application of 102595704 A of Publication No. CN《Night scene
Lamp decoration acousto-optic synchronous control system and its control method》, system is provided with the lamp module of multiple and different moulding, in each lamp decoration
Acoustic control extension set is provided at module, the multiple acoustic control extension set passes through RS485 bus and the indoor acoustic control host phase of control
Even, the acoustic control host is connected by the audio output of tone frequency channel wire and power amplifier.
Thus bring main problem has：
On the one hand, various types of landscape needs respective control centre, can not establish what control centre was unified
Control management.
On the other hand, the landscape between different type lacks automatic cooperative ability.For needing to carry out between each landscape
When collaboration is shown, need collaboration by manually participating in just being able to achieve between landscape with it is synchronous, and most equipment can not be controlled remotely
System, the artificial cooperating for being is increasingly complex, and collaboration is reported to the leadship after accomplishing a task with synchronous reliability.
Summary of the invention
The present invention is to solve the problems in present technology, provides a kind of multi-source multi-target acousto-optic synchronous control system and its side
Method, the landscaping equipment of different electric appliance standards, distinct interface and interface protocol is connected to a control by control of intelligent terminal by it
Under platform processed, and equipment is related to under and carries out unified control management.
The present invention includes that acousto-optic-electric matrix majorization platform, control of intelligent terminal, background server, Mobile portable control are flat
Platform；The acousto-optic-electric matrix majorization platform is to real-time operation or reception control instruction and centralized processing and multi-source demand
Linking support；The control of intelligent terminal connects scene device, to receive the acousto-optic-electric matrix majorization platform hair
Instruction out, and the manipulation to scene device is realized；The control of intelligent terminal is connect using the snap-gaugeization extension of unified standard
Mouthful；The Mobile portable control platform is used for real-time control landscape device；The acousto-optic-electric matrix majorization platform and intelligence are controlled
Terminal processed is connected；The acousto-optic-electric matrix majorization platform is connect with background server；The Mobile portable control platform with it is described
The connection of acousto-optic-electric matrix majorization platform, or pass through background server and the wired or wireless phase of acousto-optic-electric matrix majorization platform
Even.
The acousto-optic-electric matrix majorization platform is connected with control of intelligent terminal by multiplex roles protocol converter；Described
Multiplex roles protocol converter is to realize the wider Network stretch of acousto-optic-electric control platform and combination of network.The multiplex roles association
Converter is discussed to solve the external internet connectivity problem of acousto-optic-electric matrix majorization platform and acousto-optic-electric matrix majorization platform pair
The communication connection problem of control of intelligent terminal.Multiplex roles protocol converter be one piece can plate to depend on acousto-optic-electric matrix majorization flat
The mini mainboard of platform or control of intelligent terminal, the mainboard also can independent self-contained operations.The converter is of the invention whole
The only data converting function of responsible communication signal in a system, does not do operation processing to signal itself.The multiplex roles agreement turns
Parallel operation be it is mini can cold plug mainboard, can be placed in acousto-optic-electric matrix majorization platform or control of intelligent terminal, or can independently make
With.
The multiplex roles protocol converter include DMX512 signal input/output interface, optical fiber interface, Ethernet interface,
One of 485 interfaces, USB interface are a variety of.It can be realized DMX512 signal, 485 signals, ICP/IP protocol data packet, USB
Mutual conversion between DIFFERENTIAL PROTOCOL solves the problems, such as that signal mutually converts compatible and long distance transmission.Pass through the control of multiplicity
Communication connection scheme can do adaptability apolegamy abundant according to actual communication distance and control mode.
The control of intelligent terminal includes control mould group, and the control mould group includes music fountain control mould group, landscape
Signal light control mould group, special efficacy signal light control mould group, fog machine control mould group, laser lamp Computer lamp control mould group, electrical screen control
One of mould group, electric conversion mould group, DMX512 encoding and decoding mould group are a variety of；The landscape signal light control mould group and landscape shine
Bright lamp is connected；The special efficacy signal light control mould group is connected with special efficacy lamp, Computer lamp；The music fountain control mould group and music are sprayed
Spring is connected；The fog machine control mould group connects fog machine.
The control Mo Zu uses PCI-E platelet to be introduced into as the scene device by Communication Control line respectively
Intermediate transit platelet on the mainboard of the control of intelligent terminal, the PCI-E platelet onboard storage module is to store
Identity identification information, driving version information, communications protocol mark code and the communication pin checking algorithm information of scene device；
The onboard communication signal switching chip of the PCI-E platelet introduces intelligence to complete the communication signal of different communication format equipment
It can control the heavy remaining processing of Data Format Transform, checking algorithm conversion, data error reporting processing, data of terminal mainboard.
The PCI-E platelet stores W25Q32FVS1G using China nation 32M high speed FLASH, and the switching chip uses
The STM32 series RAM chip of Yi Fa company.
Multiple acousto-optic-electric matrix majorization platforms are connected with each other communication to each other and form local area network combination；At least one institute
It states acousto-optic-electric matrix majorization platform to connect with outer net, direct or indirect connection background server.
The control of intelligent terminal uses Freescale ARM9 I.MX283 core board, using linux operating system.
The acousto-optic-electric matrix majorization platform receives background server hair by connection internet access background server
The instruction brought；The independent operation instruction of the acousto-optic-electric matrix majorization platform and the instruction of background server are in acousto-optic-electric
Matrix majorization platform interior does the compatibilising processing of instruction, receives the priority of command source according to preset scene device to select
Property send and instruct to scene device, if not doing the priority setting that preset scene device receives command source, instruction compatibility
Change processing is then successively performed according to the natural order of instruction, and with the arrival that latter item executes instruction, previous item execution refers to
Order will be terminated, and manipulation instruction is sent to control of intelligent terminal by acousto-optic-electric matrix majorization platform again after compatibilising processing.
The equipment that the control of intelligent terminal autonomous classification is accessed；By reading the control mould when autonomous classification
The identification code of storage is organized to confirm the type and basic parameter of accessed scene device；Identify equipment effectively then control of intelligent terminal
Controlled address is distributed for it and verifies matching drive code set automatically for it, causes the device to normal use.
After using the above structure, compared with prior art, the present invention having the following advantages that：
The present invention is not both with extensive Integrated access and management energy compared to the maximum of existing landscape control system
Power；Previous landscape control system shows Landscape Lighting facility, landscape decoration, special efficacy laser, special efficacy music, outdoor screen
Control be all to be managed independently by system independent, centralized-control center can not be established and carry out unified control and management,
And lack automatic cooperative ability between different type Landscape Facilities, when carrying out collaboration displaying between each landscape, need
Realized by manually participating in collaboration between Landscape Facilities with it is synchronous；And then to solve this to greatest extent numerous and complicated for this system
Control problem, while this system is not limited to traditional control centre's theory, make control that there is portable characteristic, in addition for
Methods general extensively are provided by the access of control object.This control system can widely meet city present information
Change the landscape control demand in intelligence, provides efficient and convenient solution for the multi-source multi-target acousto-optic synchronously control creation in city
Scheme.
The collection that the landscape device of multi-source multi-target may be implemented in the present invention neutralizes mobile control.
Acousto-optic-electric matrix majorization platform of the present invention realizes the centralization of business demand, the concentration of control instruction
Change, solves the support to multi-source.
Control of intelligent terminal of the present invention realizes the board, high scalability, high-density deployment of control system, convenient for scene
Deployment, realizes the concentration access-in management to various variety classes equipment, solves the problems, such as multiple target.
Multiplex roles protocol converter of the present invention provides rich and varied communication type and interface, makes traditional
DMX512 communication instruction can realize remote transmission 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, can also mention
For the ability remotely controlled.
Detailed description of the invention
Fig. 1 is a kind of functional block diagram of multi-source multi-target acousto-optic synchronous control system of the present invention.
Fig. 2 is the functional block diagram of acousto-optic-electric matrix majorization platform in the present invention.
Fig. 3 is the functional block diagram of control of intelligent terminal in the present invention.
Fig. 4 is the functional block diagram of multiplex roles protocol converter in the present invention.
Fig. 5 is the structural schematic diagram 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.
Specific embodiment
The present invention will be further explained below with reference to the attached drawings and specific examples.
If Fig. 1 present invention includes acousto-optic-electric matrix majorization platform, control of intelligent terminal, background server, Mobile portable control
Platform processed；The acousto-optic-electric matrix majorization platform is to real-time operation or reception control instruction and centralized processing and multi-source
The linking of demand is supported；The control of intelligent terminal connects scene device, flat to receive the acousto-optic-electric matrix majorization
The instruction that platform issues, and the manipulation to scene device is realized；The control of intelligent terminal is expanded using the snap-gaugeization of unified standard
Open up interface；The Mobile portable control platform is used for real-time control landscape device；The acousto-optic-electric matrix majorization platform and intelligence
It can control terminal to be connected；The acousto-optic-electric matrix majorization platform is connect with background server；The Mobile portable control platform with
Acousto-optic-electric matrix majorization platform connection, or by the way that background server and the acousto-optic-electric matrix majorization platform be wired or nothing
Line is connected.
The acousto-optic-electric matrix majorization platform is connected with control of intelligent terminal by multiplex roles protocol converter；Described
Multiplex roles protocol converter is to realize the wider Network stretch of acousto-optic-electric control platform and combination of network.
The multiplex roles protocol converter include DMX512 signal input/output interface, optical fiber interface, Ethernet interface,
One of 485 interfaces, USB interface are a variety of.
The control of intelligent terminal includes control mould group, and the control mould group includes music fountain control mould group, landscape
Signal light control mould group, special efficacy signal light control mould group, fog machine control mould group, laser lamp Computer lamp control mould group, electrical screen control
One of mould group, electric conversion mould group, DMX512 encoding and decoding mould group are a variety of；The landscape signal light control mould group and landscape shine
Bright lamp is connected；The special efficacy signal light control mould group is connected with special efficacy lamp, Computer lamp；The music fountain control mould group and music are sprayed
Spring is connected；The fog machine control mould group connects fog machine.
The control Mo Zu uses PCI-E platelet to be introduced into as the scene device by Communication Control line respectively
Intermediate transit platelet on the mainboard of the control of intelligent terminal, the PCI-E platelet onboard storage module is to store
Identity identification information, driving version information, communications protocol mark code and the communication pin checking algorithm information of scene device；
The onboard communication signal switching chip of the PCI-E platelet introduces intelligence to complete the communication signal of different communication format equipment
It can control the heavy remaining processing of Data Format Transform, checking algorithm conversion, data error reporting processing, data of terminal mainboard.Make different hard
The scene device of part interface and communications protocol is linked into control of intelligent terminal master using the PCI-E type slot interface of unified standard
On plate.Because the hardware connection interface and communications protocol of various scene devices be all it is multifarious, do not have general connection can
Can, so needing to complete interface compatibility by control of intelligent terminal and be managed collectively.
The PCI-E platelet stores W25Q32FVS1G using China nation 32M high speed FLASH, and the switching chip uses
The STM32 series RAM chip of Yi Fa company.
Multiple acousto-optic-electric matrix majorization platforms are connected with each other communication to each other and form local area network combination；At least one institute
It states acousto-optic-electric matrix majorization platform to connect with outer net, direct or indirect connection background server.
The control of intelligent terminal uses Freescale ARM9 I.MX283 core board, using linux operating system.
The acousto-optic-electric matrix majorization platform receives background server hair by connection internet access background server
The instruction brought；The independent operation instruction of the acousto-optic-electric matrix majorization platform and the instruction of background server are in acousto-optic-electric
Matrix majorization platform interior does the compatibilising processing of instruction, receives the priority of command source according to preset scene device to select
Property send and instruct to scene device, if not doing the priority setting that preset scene device receives command source, instruction compatibility
Change processing is then successively performed according to the natural order of instruction, and with the arrival that latter item executes instruction, previous item execution refers to
Order will be terminated, and manipulation instruction is sent to control of intelligent terminal by acousto-optic-electric matrix majorization platform again after compatibilising processing.
The equipment that the control of intelligent terminal autonomous classification is accessed；By reading the control mould when autonomous classification
The identification code of storage is organized to confirm the type and basic parameter of accessed scene device；Identify equipment effectively then control of intelligent terminal
Controlled address is distributed for it and verifies matching drive code set automatically for it, causes the device to normal use.
The mobile control platform uses the portable control platform of General Mobile, such as tablet computer, smart phone, and can be with
Android operation system and access internet mobile hardware microscope carrier are run, hardware microscope carrier equipped system standard configuration portable equipment is using soft
Part can realize the operation to controlled scene and scene device by reservation operation to application software or real-time operation.
The acousto-optic-electric matrix majorization platform is connected with control of intelligent terminal；The acousto-optic-electric matrix majorization platform can with it is mutual
The mode of networking connection and access internet is abundant；When the mobile control platform short distance can directly with acousto-optic-electric matrix majorization
Platform is connected, and then can remotely be connect by internet and server with acousto-optic-electric control platform when remote；The intelligent control
Terminal can cold plug access music fountain PCI-E platelet, landscape signal light control PCI-E platelet, special efficacy signal light control PCI-E it is small
Plate, smog control PCI-E platelet etc.；Landscape signal light control PCI-E platelet and the landscape spotlight phase of the control of intelligent terminal
Even；The special efficacy signal light control PCI-E platelet of the control of intelligent terminal is connected with special efficacy lamp, all kinds of Computer lamps；The intelligence control
The music fountain control PCI-E platelet of terminal processed is connected with music fountain；The multiplex roles protocol converter includes DMX512
Signal input/output interface, optical fiber interface, 100/1000M Ethernet interface.Can be realized DMX512 signal, 485 signals,
Mutual conversion between ICP/IP protocol data packet, USB DIFFERENTIAL PROTOCOL solves signal and mutually converts compatible and long distance transmission
Problem.The multiplex roles protocol converter be it is mini can cold plug mainboard, acousto-optic-electric matrix majorization platform or intelligence can be placed in
In controlling terminal, or can independently it use.
When landscaping equipment operates, user can be pre-configured to acousto-optic-electric matrix majorization platform or configuration in real time, with postponing
Control instruction is issued from acousto-optic-electric matrix majorization platform to control of intelligent terminal, control instruction can be directly with the transmission of DMX512 agreement
To control of intelligent terminal, it can also be transferred to multiplex roles protocol converter, it is then specific with certain by multiplex roles protocol converter
Signaling protocol format transmission to control of intelligent terminal, control of intelligent terminal will be sent to after the instruction dissection process received again
Under relate to the landscaping equipment of grafting.
When scene device operates, in addition to non-portable acousto-optic-electric matrix majorization platform, manipulator can also pass through shifting
It moves portable control platform and completes operation, Mobile portable control platform is short using universal portable mobile electronic device as physics microscope carrier
When distance manipulation, mobile control platform can be directly connected to acousto-optic-electric matrix majorization platform by wireless WIFI agreement and be grasped
Control；At a distance（More than 100 meters）Manipulation can also be by wireless network connection to internet, after then being arrived by internet link
Platform server, then acousto-optic-electric matrix majorization platform is linked to by background server, then passed through by Mobile portable control platform mutual
Network remote sends operational order to acousto-optic-electric matrix majorization platform.Mobile portable control platform is equipped with application operating software,
By realizing the control for having landscaping equipment under its command to system to the operation of application software.
System standard configuration portable equipment application software as shown in FIG. 6 is that user uses the wireless WIFI short distance of portable equipment
Or the manipulation interactive interface of Wireless remote control scene device, the application software have more scenes and scene mode preset function,
With the alternative function of scene presupposed solution, have the function of scene real-time operation, have the function of scene real-time operation scheme alternatives, tool
There is scene device to manipulate state Real-time Feedback function.
Fig. 1 is the functional block diagram of multi-source multi-target acousto-optic synchronous control system of the present invention, is set as Fig. 6 shows that system standard configuration is portable
Standby application software, it is manipulation interaction of the user using the wireless WIFI short distance of portable equipment or Wireless remote control landscaping equipment
Interface, the application software are installed on such as tablet computer, smart phone, and can run Android operation system and access internet
Mobile hardware microscope carrier, to constitute Mobile portable control platform.User can be straight by the system standard configuration portable equipment application software
It connects to send to acousto-optic-electric matrix majorization platform and instruct, can also be sent and be instructed to internet background server by the application software,
Instruction is transmitted to acousto-optic-electric matrix majorization platform by background server again.As Fig. 1 shows that multi-source multi-target acousto-optic of the present invention is synchronous
Control system is using acousto-optic-electric matrix majorization platform as key control unit, concrete principle such as Fig. 2 of acousto-optic-electric matrix majorization platform
Shown, which is sent to intelligence for operational order again after receiving the operational order sended over by Mobile portable control platform
It can terminal machine.Other than receiving peripheral operation and instructing and be handed down to intelligent terminal control machine, acousto-optic-electric matrix majorization is flat
Platform is also independent to carry out real-time operation and pre-operation to landscaping equipment.That is acousto-optic-electric matrix majorization platform can not have
Have connection background server or Mobile portable control platform in the case where, can also normally complete landscaping equipment real-time operation and
Pre-operation simultaneously sends 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, intelligent control is whole
It holds and the manipulation instruction received is identified and parsed, instruction is sent to down by treated according to command identification attribute information
Corresponding landscaping equipment is related to, such as command identification is music fountain device attribute, then control of intelligent terminal passes through instruction attributes
Match, the attribute for finding grafting on itself mainboard is the landscaping equipment of music fountain, searches out the PCI-E grafting platelet that attribute is consistent
Afterwards, address verification is carried out, if attribute and device address verification are errorless, then the instruction after parsing will be sent to the grafting
On PCI-E platelet, then instruction is further done format conversion by PCI-E platelet, and the instruction after conversion is transmitted directly to landscape and sets
Standby, landscaping equipment with Direct Recognition and can execute.Control of intelligent terminal principle is as shown in figure 3, PCI-E platelet is whole in intelligent control
The plug connection on mainboard is held as shown in figure 8, component 9 is the PCI-E platelet slot on control of intelligent terminal mainboard in figure；In figure
Component 8 is PCI-E platelet；10 control of intelligent terminal mainboards of component in figure；Control of intelligent terminal by PCI-E combination hub with
PCI-E platelet is connected.In addition, landscaping equipment identical for attribute can be distinguished by the way that address distribution is further, to prevent
Only conflict.And so on the operational order that is sended over by acousto-optic-electric matrix majorization platform pass through after control of intelligent terminal parsing
Attribute and Address Recognition can be separately sent to landscape signal light control PCI-E platelet, special efficacy signal light control PCI-E platelet, smog
PCI-E platelet etc. is controlled, the landscaping equipment respectively connected is then sent to by the different PCI-E platelet of these attributes and address again
Up, it is finally executed by landscaping equipment and generates implementation effect.
Referring to Fig. 1, when being controlled simultaneously using Mobile portable control platform harmony photocell matrix control platform, and
Server is sent to by Mobile portable formula control platform, is then forwarded to the instruction of acousto-optic-electric matrix majorization platform by server again
When the existing operational order of harmony photocell matrix control platform clashes, acousto-optic-electric matrix majorization platform can be according to local
The priority that the default landscaping equipment of storage receives command source is carried out selective send to controlled control of intelligent terminal and is instructed.If
The instruction priority of preset acousto-optic-electric matrix majorization platform itself manipulation is high, then the manipulation instruction that Mobile portable equipment issues
The acousto-optic-electric matrix majorization platform being carrying out can not be interrupted and issue real-time command or preset instructions.If acousto-optic-electric matrix majorization is flat
The default landscaping equipment of platform receives the priority setting of command source, then acousto-optic-electric matrix majorization platform by according to instruction from
It is so sequentially successively performed, with the arrival that latter item executes instruction, previous item is executed instruction and will be terminated.Mobile portable formula
Control platform by connecting background server, then method and shifting by background server connection acousto-optic-electric matrix majorization platform first
Dynamic portable control platform directly passes through the method that WIFI is directly connected to acousto-optic-electric matrix majorization platform, in the preferential of command source
The operating method and function of grade setting aspect are identical.
For the ease of user's operation use, system standard configuration portable equipment application software function as shown in Figure 6, application software tool
Have more scenes and scene mode preset function, with the alternative function of scene presupposed solution, have the function of scene real-time operation, have
Scene real-time operation scheme alternatives function has the function of that scene device manipulates state Real-time Feedback.When user is to certain in scene
After a little scene devices have done operation setting, other scene devices meeting bases have done the facilities for the scene device being arranged certainly
Dynamic to generate alternative setting, user can determine to want the alternative setting using automatically generating according to demand, can one if needs
Keyed completion setting operation, keeps operating process more succinct and efficient.
It, can be in acousto-optic electric matrix in order to ensure the reliable communicating between acousto-optic-electric matrix majorization platform and control of intelligent terminal
Multiplex roles protocol converter is inserted inside control platform and control of intelligent terminal, is then connect by inserting inside the two units morely
Mouthful protocol converter establishes communication connection access.The principle of multiplex roles protocol converter is as shown in figure 4, multiplex roles protocol conversion
Device, which is one piece, cold plug and can depend on the mini mainboard of acousto-optic-electric matrix majorization platform or control of intelligent terminal, appearance
Structure is as shown in figure 5, it is core chips that its processor core, which selects the XC6SLX16 of spartan-6 series,.Herein, multiplex roles
Protocol converter is only responsible for the data converting function of communication signal, does not do any processing to signal itself, but it can basis
The installation path demand of actual field, communication bandwidth demand, communication speed demand flexible choice communication modes, optional communication path
Including DMX512 communication channel, optical-fibre communications access, ethernet communication access, 485 communication channels, USB communication channel.
In order to ensure control of intelligent terminal can boardization efficiently access landscaping equipment, landscaping equipment is first linked into pluggable
On PCI-E platelet, PCI-E platelet is plugged on again on the host slot of control of intelligent terminal.Control of intelligent terminal mainboard is known automatically
It has not been inserted into the access device device attribute of mainboard card slot, and has distributed address to insertion equipment, when autonomous classification passes through reading
The identification code of the onboard storage of PCI-E platelet confirms the type and basic parameter of accessed scene device.After identifying that equipment is effective,
Control of intelligent terminal can will be sent to the effective PCI-E of identification after the instruction parsing that acousto-optic-electric matrix majorization platform sends over
Platelet.PCI-E platelet structure as shown in fig. 7, the onboard China nation 32M high speed FLASH of PCI-E platelet stores W25Q32FVS1G, to
Store identity identification information, driving version information, communications protocol mark code and the communication pin checking algorithm of scene device
Etc. information.Onboard communication signal switching chip uses the STM32 series RAM chip of Yi Fa company, to complete different communication lattice
The communication signal of formula equipment is introduced into the convert task of control of intelligent terminal mainboard, and convert task itself includes：Data format turns
It changes, checking algorithm conversion, data error reporting processing, the contents such as the heavy remaining processing of data.PCI-E platelet can transmit control of intelligent terminal
The operational order to come over is sent to the landscaping equipment respectively connected up after finishing conversion, in addition, landscaping equipment can also will be current
Condition execution instruction and landscaping equipment current state send back PCI-E platelet, are then then forwarded to intelligence after the conversion of PCI-E platelet
Controlling terminal is analogized step by step until feedback to user's operation and control interface.
Only highly preferred embodiment of the present invention is described above, but is not to be construed as limiting the scope of the invention.This
Invention is not limited only to above embodiments, and various changes made within the protection scope of the independent claims of the invention are at this
In the protection scope of invention.
Claims (9)
1. a kind of multi-source multi-target acousto-optic synchronous control system, it is characterised in that：Including acousto-optic-electric matrix majorization platform, intelligence
Controlling terminal, background server, Mobile portable control platform；The acousto-optic-electric matrix majorization platform to real-time operation or
It receives control instruction and centralized processing and the linking of multi-source demand is supported；The control of intelligent terminal connects scene device,
The instruction issued to receive the acousto-optic-electric matrix majorization platform, and the manipulation to scene device is realized；The intelligence
Controlling terminal is using the snap-gauge expansion interface sought unity of standard；The Mobile portable control platform is filled for real-time control landscape
It sets；The acousto-optic-electric matrix majorization platform receives background server hair by background server described in connection internet access
The instruction brought；The independent operation instruction of the acousto-optic-electric matrix majorization platform and the instruction of background server are in acousto-optic-electric
Matrix majorization platform interior does the compatibilising processing of instruction, receives the priority of command source according to preset scene device to select
Property send and instruct to scene device, if not doing the priority setting that preset scene device receives command source, instruction compatibility
Change processing is then successively performed according to the natural order of instruction, and with the arrival that latter item executes instruction, previous item execution refers to
Order will be terminated, and manipulation instruction is sent to control of intelligent terminal by acousto-optic-electric matrix majorization platform again after compatibilising processing；
The acousto-optic-electric matrix majorization platform is connected with control of intelligent terminal；The acousto-optic-electric matrix majorization platform and background server connect
It connects；The Mobile portable control platform is connect with the acousto-optic-electric matrix majorization platform, or passes through background server and described
Acousto-optic-electric matrix majorization platform is wired or wireless to be connected.
2. the multi-source multi-target acousto-optic synchronous control system according to claim 1, it is characterised in that：The acousto-optic
Electric matrix control platform is connected with control of intelligent terminal by multiplex roles protocol converter；The multiplex roles protocol converter is used
To realize the wider Network stretch of acousto-optic-electric control platform and combination of network.
3. the multi-source multi-target acousto-optic synchronous control system according to claim 2, it is characterised in that：The multiplex roles
Protocol converter includes DMX512 signal input/output interface, optical fiber interface, Ethernet interface, 485 interfaces, USB interface
One of or it is a variety of.
4. the multi-source multi-target acousto-optic synchronous control system according to claim 1, it is characterised in that：The intelligence control
Terminal processed includes control mould group, and the control mould group includes music fountain control mould group, landscape signal light control mould group, special efficacy lamp
Light-operated molding group, fog machine control mould group, laser lamp Computer lamp control mould group, electrical screen control mould group, electric conversion mould group,
One of DMX512 encoding and decoding mould group is a variety of；The landscape signal light control mould group is connected with landscape spotlight；The special efficacy
Signal light control mould group is connected with special efficacy lamp, Computer lamp；The music fountain control mould group is connected with music fountain；The fog machine
It controls mould group and connects fog machine.
5. the multi-source multi-target acousto-optic synchronous control system according to claim 4, it is characterised in that：The control
Mo Zu uses PCI-E platelet to introduce the intelligent control end by Communication Control line as the scene device respectively
Intermediate transit platelet on the mainboard at end, the PCI-E platelet onboard storage module are known to store the identity of scene device
Other information, driving version information, communications protocol mark code and communication pin checking algorithm information；The PCI-E platelet
Onboard communication signal switching chip introduces control of intelligent terminal mainboard to complete the communication signal of different communication format equipment
Data Format Transform, checking algorithm conversion, data error reporting processing, the heavy remaining processing of data.
6. the multi-source multi-target acousto-optic synchronous control system according to claim 5, it is characterised in that：The PCI-E
Platelet stores W25Q32FVS1G using China nation 32M high speed FLASH, and the switching chip uses the STM32 system of Yi Fa company
Arrange RAM chip.
7. the multi-source multi-target acousto-optic synchronous control system according to claim 1, it is characterised in that：Multiple sound
Photocell matrix control platform is connected with each other communication to each other and forms local area network combination；At least one described acousto-optic-electric matrix majorization is flat
Platform is connect with outer net, direct or indirect connection background server.
8. the multi-source multi-target acousto-optic synchronous control system according to claim 1, it is characterised in that：The intelligence control
Terminal processed uses Freescale ARM9 I.MX283 core board, using linux operating system.
9. according to the described in any item multi-source multi-target acousto-optic synchronous control systems of claim 4-5, it is characterised in that：Institute
The equipment that the control of intelligent terminal autonomous classification stated is accessed；The knowledge stored when autonomous classification by reading the control mould group
Other code confirms the type and basic parameter of accessed scene device；Identify that effectively then control of intelligent terminal is its distribution quilt to equipment
It controls address and verifies matching drive code set automatically for it, cause the device to normal use.
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| CN109858293B (en) * | 2018-11-27 | 2021-01-01 | 浙江创意声光电科技有限公司 | Intrusion processing method and device for lighting control machine |
| CN111240285B (en) * | 2020-01-19 | 2021-04-09 | 孙上宇 | Underwater performance landscape system and cluster off-line and on-line real-time performance control method thereof |
| CN112468459B (en) * | 2020-11-12 | 2022-07-26 | 浙江创意声光电科技有限公司 | Light network optical fiber convergence processing method and device |
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