CN105005241A - Multi-point touch control system and device based on intelligent terminal - Google Patents
Multi-point touch control system and device based on intelligent terminal Download PDFInfo
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- CN105005241A CN105005241A CN201510395115.XA CN201510395115A CN105005241A CN 105005241 A CN105005241 A CN 105005241A CN 201510395115 A CN201510395115 A CN 201510395115A CN 105005241 A CN105005241 A CN 105005241A
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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
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
- H05B47/10—Controlling the light source
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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
- G05B2219/25—Pc structure of the system
- G05B2219/25314—Modular structure, modules
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
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Abstract
The invention discloses a multi-point touch control system and device based on an intelligent terminal and aims to realize the technical issues that states of electronic mechanical equipment are efficiently obtained, and different parameters of the electronic mechanical equipment are adjusted. According to the technical scheme, the multi-point touch control system based on the intelligent terminal is provided with an intelligent control module, a main control module and an auxiliary control module; the multi-point touch control device based on the intelligent terminal is provided with a main wireless controller, the main wireless controller is in wireless connection with the intelligent terminal through a WIFI network, the main wireless controller and the an auxiliary wireless controller are connected through a 2.4G wireless radio frequency network. Compared with the prior art, the system composed of the intelligent control module, the main control module and the auxiliary control module is capable of simultaneously identifying the number and states of a plurality of contact points, a user is allowed to simultaneously control loads connected with the plurality of contact points by means of the plurality of contact points, and by configuring the intelligent terminal, the control over objects variable in number is realized for switches.
Description
Technical field
The present invention relates to a kind of touch-control system and device, particularly a kind of multifinger touch-control system and device.
Background technology
The contactor control device of prior art controls electro mechanical devices (equipment by the touch control manner of physical medium, load), along with electro mechanical devices to becoming more meticulous, rapid control has higher requirement, the contactor control device of prior art can not meet control needs.In control technology field in the urgent need to variable amounts, multiconductor, fast and effeciently excavate the optimization model of the various parameters of electro mechanical devices, obtain its optimum state efficiently, with meet become more meticulous, rapid control overflow.
Summary of the invention
The object of this invention is to provide a kind of multi-touch system based on intelligent terminal and device, the technical matters that solve is the state obtaining electro mechanical devices efficiently, regulates the different parameters of electro mechanical devices.
The present invention is by the following technical solutions: a kind of multi-touch system based on intelligent terminal, is provided with intelligent control module, main control module and auxiliary control module;
Described intelligent control module sends the steering order of acquisition load information to main control module, receive and show the load information of load of the auxiliary control model calling of main control module feedback, the controlled plant information that user selects is sent to main control module, completes the locking to controlled plant; Intelligent control module obtains the real-time parameter value of selected controlled plant from main control module, sends the change of regulation and control instruction and then regulating and controlling object parameter value to main control module;
Described main control module receives the instruction of the acquisition load information that intelligent control module sends, and this instruction is dealt into auxiliary control module, the load information that auxiliary control module is sent is forwarded to intelligent control module; Main control module receives the controlled plant information that the user that sends of intelligent control module selects, extract controlled plant information data and after storing, the auxiliary control module be sent to; Main control module receives the real-time parameter value of the controlled plant that auxiliary control module is sent, and sends to intelligent control module; Auxiliary control module is sent to, the change of regulating and controlling object parameter value after the regulation and control instruction that reception intelligent control module is sent;
Described auxiliary control module receives the instruction of the acquisition load information that main control module sends, and the load information of the load be connected with oneself is sent to main control module; Receive the controlled plant of the locking that main control module is sent, the real-time parameter value of controlled plant is sent to main control module; Receive the regulation and control instruction that main control module is sent, send signal to pulse width modulation circuit, adjustment object parameter value is regulated and controled, the state change of regulating and controlling object.
The auxiliary control module that the load information that main control module of the present invention receives user's selection that intelligent control module sends is sent to, by the form of broadcast.
Auxiliary control module of the present invention receives the regulation and control instruction that main control module is sent, and obtains the regulating parameter value of controlled load after parsing.
Intelligent control module of the present invention is no less than one, and main control module is one, and auxiliary control module is no less than one.
Intelligent control module of the present invention and main control module wireless connections, main control module is connected by wireless network with auxiliary control module, forms network.
Communication between intelligent control module of the present invention and main control module, the information that sends adopts WIF Frame, is undertaken by the form of ICP/IP protocol.
Communication between main control module of the present invention and auxiliary control module, transmission information encapsulates data according to proprietary protocol form, comprise the knowledge of Frame leader, the knowledge of Frame tail tag, size of data and verification mode, the form of broadcast is adopted to send after data encapsulation, reception information adopts proprietary protocol form to resolve, and obtains valid data; Described proprietary protocol stack form is followed successively by packet header, data length, valid data, check code, bag tail.
Based on a multi-point touch control apparatus for intelligent terminal, be provided with main wireless controller, main wireless controller and intelligent terminal adopt WIFI network wireless connections, and main wireless controller and auxiliary wireless controller adopt 2.4G radio frequency network to be connected;
Described intelligent terminal is used for sending to main wireless controller the steering order obtaining load information, receive and show the load information of the load that all auxiliary wireless controller that main wireless controller sends connects, the controlled plant information that user selects is sent to main wireless controller; Intelligent terminal obtains the real-time parameter value of selected controlled plant from main wireless controller, sends regulation and control instruction to main wireless controller, the change of regulating and controlling object parameter value;
The instruction of the acquisition load information that intelligent terminal sends by described main wireless controller sends to auxiliary wireless controller, and the load information that auxiliary control wireless controller is sent is forwarded to intelligent terminal; Main wireless controller receives the controlled plant information of user's selection that intelligent terminal sends, and its data is stored, by controlled plant distribution of information to each auxiliary wireless controller; The controlled plant real-time parameter value that the user replied by auxiliary wireless controller selects is forwarded to intelligent terminal; Send to auxiliary wireless controller after receiving the instruction of the regulation and control parameter value that intelligent terminal sends;
Described auxiliary wireless controller receives the instruction of the acquisition load information that main wireless controller sends, and the load information of the load be connected with oneself is sent to main wireless controller; Receive the instruction of the execution controlled plant that main wireless controller is sent, the real-time parameter value of controlled plant is sent to main wireless controller; Receive the regulation and control instruction that wireless controller is sent, sending controling instruction, to load, regulates and controls the state of controlled plant.
Intelligent terminal of the present invention adopts mobile phone, panel computer, palm PC PDA, the computer terminal of linking internet or PC PC; Described main wireless controller adopts processor CC3200,2.4G rf processor CC2510 and EFM32G222F128 processor; Described auxiliary wireless controller adopts 2.4G rf processor CC2510.
Intelligent terminal of the present invention regulates with multiconductor interlock and the change information of controlled plant multiple parameter values is sent to main wireless controller.
The present invention compared with prior art, adopt the system of intelligent control module, main control module and auxiliary control module composition, can the simultaneously quantity of the multiple contact point of identification and state, allow user to be controlled by the load of multiple contact point and its networking simultaneously, by configuration intelligent terminal, the object that can also realize Switch Controller variable number controls.
Accompanying drawing explanation
Fig. 1 is system construction drawing of the present invention.
Fig. 2 is structure drawing of device of the present invention.
Fig. 3 is main wireless controller structure figure of the present invention.
Embodiment
Below in conjunction with drawings and Examples, the present invention is described in further detail.As shown in Figure 1, the multi-touch system based on intelligent terminal of the present invention (system), is provided with and is no less than an intelligent control module, a main control module and is no less than an auxiliary control module.Intelligent control module and main control module are connected by ICP/IP protocol form and communicate, and main control module and auxiliary control module are connected by the proprietary protocol of V-chip Microsystems Inc. and communicate, and form network.
Intelligent control module sends the steering order of acquisition load information to main control module.Receive and the load information of load of all auxiliary control model calling in the network showing main control module feedback, load (the equipment needing to control is selected for user, controlled plant), then the controlled plant information that user selects is sent to main control module, complete the locking to controlled plant.Intelligent control module obtains the real-time parameter value of selected controlled plant from main control module, shows the parameter value regulating and controlling different adjustment object for user, sends the change of regulation and control (control) instruction and then regulating and controlling object parameter value to main control module.
In embodiment 1 and embodiment 2, load information is light fixture and color thereof, and color is red R (Red), green G (Green), blue B (Blue) and white light W (White).Parameter value is the value of light fixture in RGBW four primaries standard color gamut scope 0 ~ 255.
Main control module receives the instruction of the acquisition load information that intelligent control module sends, and this instruction is distributed to each auxiliary control module.The load information that auxiliary control module is sent is forwarded to intelligent control module.The controlled plant information that the user that main control module reception intelligent control module sends selects, extracts the data of controlled plant information and after storing, controlled plant information user selected by the form broadcasted is sent to corresponding auxiliary control module.Main control module receives the real-time parameter value of the controlled plant that auxiliary control module is sent, and sends to intelligent control module.Auxiliary control module is sent to, the change of regulating and controlling object parameter value after the regulation and control instruction that reception intelligent control module is sent.
Proprietary protocol, encapsulates the data being transferred to auxiliary control module for main control module, and auxiliary control module is resolved data, thus controls the change of light fixture state.Proprietary protocol stack form is followed successively by packet header (FA), data length (Length), valid data (Application Data), check code (Check Code), bag tail (FF), wherein, valid data are systematic difference data, also referred to as steering order.The proprietary protocol of native system, medium access control MAC layer, network layer and application layer is divided in structure, hierarchical structure is simple, flexible in programming, and the workload of debugging and test is few, not only reduce the cost developing concrete technology contents, also enhance the diversity arranging control command, proprietary protocol is encrypted for adopting Advanced Encryption Standard AES mode simultaneously, in turn enhances the security of system, prevent illegal wiretapping and decoding, make communication process safer.
Main control module and auxiliary control module can also adopt Zigbee protocol or Bluetooth protocol wireless network to be connected, and form network.Zigbee protocol is standard agreement, and its appliance protocol stack system structure is made up of application layer, application convergence-level, network layer, data link layer and Physical layer, and agreement complexity, debugs and difficulty of test is large and the cycle is long.Bluetooth protocol follows open system interconnection reference model OSI/RM, defines the at all levels of bluetooth protocol stack from low to high, and the deficiency in the size that bluetooth is transmitted in data, the quantity of equipment connection etc. causes being restricted in practical application.
Auxiliary control module receives the instruction of the acquisition load information that main control module sends, and the load information of the load be connected with oneself is sent to main control module.Receive the controlled plant of the locking that main control module is sent, the real-time parameter value of controlled plant is sent to main control module.Receive the regulation and control instruction that main control module is sent, the regulating parameter value of controlled load is obtained after format analysis according to the proprietary protocol of native system, send signal to pulse width modulation circuit, adjustment object parameter value is regulated and controled, the state change of regulating and controlling object.
Communication between intelligent control module and main control module, transmission information adopts WIF Frame, undertaken by the form of ICP/IP protocol, comprise the knowledge of Frame leader, the knowledge of Frame tail tag, size of data and verification mode, send after being packaged into WIF Frame, reception information is resolved according to the form of ICP/IP protocol, according to ICP/IP protocol form extraction data wherein.Communication between main control module and auxiliary control module, transmission information adopts proprietary protocol wireless network, according to proprietary protocol form, data are encapsulated, comprise the knowledge of Frame leader, the knowledge of Frame tail tag, size of data and verification mode, the form of broadcast is adopted to send after data encapsulation, reception information adopts proprietary protocol form to resolve, and obtains valid data.
As shown in Figure 2, the multi-point touch control apparatus based on intelligent terminal of the present invention, is provided with main wireless controller, and main wireless controller and intelligent terminal adopt WIFI network wireless connections, and main wireless controller and auxiliary wireless controller adopt 2.4G radio frequency network to be connected.
Intelligent terminal adopts mobile phone, panel computer, palm PC PDA, the computer terminal of linking internet or PC PC.For sending the steering order obtaining load information to main wireless controller, receive and show the load information of the load that all auxiliary wireless controller that main wireless controller sends connects, after user selects the load needing to control on the interface of intelligent terminal, then the controlled plant information that user selects is sent to main wireless controller.Intelligent terminal obtains the real-time parameter value of selected controlled plant from main wireless controller, and user regulates and controls the parameter value of different adjustment object, sends regulation and control instruction to main wireless controller, the change of regulating and controlling object parameter value.
User can obtain the load information of current regulation and control with intelligent terminal, obtain the parameter value of load, and the mode that can regulate with multiconductor interlock with intelligent terminal, utilize WIFI network, the change information of conditioning equipment multiple parameter values is sent to main wireless controller, main wireless controller sends command adapted thereto to auxiliary wireless controller, auxiliary wireless controller sends pulse width modulation (PWM) according to the instruction received and controls (pulse width modulation controlled) signal, carries out regulable control to controlled plant.The interlock of described multiconductor be adjusted to utilize intelligent terminal with multiconductor operation response button, user presses multiple contact (position) button on intelligent terminal screen simultaneously, intelligent terminal can be made each contact and analyzed and react, thus operates multinomial controlled plant simultaneously.
Main wireless controller is as CPU (central processing unit), and the data being responsible for equipment performed by intelligent terminal store.The instruction of the acquisition load information sent by intelligent terminal sends to auxiliary wireless controller.The load information that auxiliary control wireless controller is sent is forwarded to intelligent terminal.Main wireless controller receives load (performed equipment, the controlled plant) information of user's selection that intelligent terminal sends, and the data of performed equipment is stored, and controlled plant distribution of information user selected is to each auxiliary wireless controller.The controlled plant real-time parameter value that the user replied by auxiliary wireless controller selects is forwarded to intelligent terminal.Send to auxiliary wireless controller after receiving the instruction of the regulation and control parameter value that intelligent terminal sends.
The WIFI Frame that main wireless controller sends through WIFI network reception intelligent terminal, according to ICP/IP protocol, rise from bottom to up in protocol stack in WIFI Frame, remove the heading that each layer protocol adds successively, as Ethernet stem, afterbody, IP stem, TCP stem, obtain instruction that intelligent terminal sends and send to auxiliary wireless controller, to the response load information of the auxiliary wireless controller that the load equipment received connects, being transmitted to intelligent terminal.The execution instruction that main wireless controller sends according to intelligent terminal, utilizes 2.4G radio frequency network to be sent to each auxiliary wireless controller of controlled plant, and each auxiliary wireless controller regulates and controls controlled plant according to steering order.
Auxiliary wireless controller is the performance element of the steering order that intelligent terminal sends, and receives the instruction of the acquisition load information that main wireless controller sends, the load information of the load be connected with oneself is sent to main wireless controller.Receive the instruction of the execution controlled plant that main wireless controller is sent, the real-time parameter value of controlled plant is sent to main wireless controller.Receive the regulation and control instruction that wireless controller is sent, according to the proprietary protocol form extraction pulse width modulation controlled instruction wherein of native system, and then sending controling instruction is to load, the state of regulation and control controlled plant.
The regulation and control instruction regulation and control that auxiliary wireless controller sends according to main wireless controller connect the state of load.Auxiliary wireless controller receives the instruction that main wireless controller sends, reply and reply be connected with oneself device address, title load information to main wireless controller, the status parameter values of controlled plant is sent to main wireless controller.Auxiliary wireless controller receives through 2.4G radio frequency network the instruction that main wireless controller sends, and according to the proprietary protocol form of native system, in the protocol stack of instruction, removes packet header successively, bag tail, check bit, is only comprised the packet of steering order, so control connect the state of load.
Embodiment 1
As shown in Figure 3, intelligent terminal adopts 1 Sony Ericsson Sony Ericsson LT18I mobile phone.Main wireless controller adopts special WIFI processor CC3200,2.4G rf processor CC2510 of TIX and the EFM32G222F128 processor of Energy Micro company.Main wireless controller and intelligent terminal adopt the SSID of WIFI network (Service Set Identifier) local area network wireless to be connected.200 auxiliary wireless controllers adopt the 2.4G rf processor CC2510 of TIX, and auxiliary wireless controller controls driving circuit (control circuit for pulse-width modulation) respectively to connected pulse-length modulation and sends control or adjustment signal.Control circuit for pulse-width modulation adopts the triode of prior art to recommend control circuit for pulse-width modulation, also can adopt N channel metal-oxide layer-semiconductor-field effect modulation circuit, adopt N channel metal-oxide layer-semiconductor-field-effect transistor.Auxiliary wireless controller, with load lamp tool name nominating, as L001, L002, L003 represent first, second, third group of auxiliary wireless controller (load, equipment) respectively, is named and is pushed into L200 with this Regularia.Main wireless controller is connected by 2.4G wireless radiofrequency with auxiliary wireless controller.Often organize load equipment to be made up of the light fixture of adjustable ruddiness, green glow, blue light and white light.
Intelligent control module adopts the version number of V-chip Microsystems Inc. to be the extremely objective intelligent illuminating system of wheat (Magic mobile phone A PP system) of Version1.2, is mounted in LT18I mobile phone.
Main control module adopts the version number of V-chip Microsystems Inc. is the WifiMagic system of V1.2.0, version number is V1.2.5 MagicRouterStack system and version number to be the MagicPTM system of V1.2.2.
Version number is that the WifiMagic system embedment of V1.2.0 is arranged in WIFI processor CC3200, communicate to connect for setting up WIFI with intelligent terminal, set up after WIFI communicates to connect at WIFI processor CC3200 and intelligent terminal, by standard WIFI protocol wireless communication, receive the data of intelligent terminal, through first serial, data are issued EFM32G222F128 processor, or receive the data of EFM32G222F128 processor by first serial, be sent to intelligent terminal.
Version number is that the MagicRouterStack system embedment of V1.2.5 is arranged in EFM32G222F128 processor, EFM32G222F128 processor is set up two-way communication by first serial with WIFI processor CC3200 and is connected, resolve the data from first serial, and press analysis result execution corresponding function, the result of execution sends to WIFI processor CC3200 by first serial; Set up two-way communication by second serial with the 2.4G radio frequency processing CC2510 of main wireless controller to be connected, through second serial, data are sent to the 2.4G radio frequency processing CC2510 of main wireless controller, or the return data of the 2.4G radio frequency processing CC2510 of the main wireless controller of reception second serial.
Version number is that the MagicPTM system embedment of V1.2.2 is arranged in the 2.4G rf processor CC2510 of main wireless controller, the 2.4G rf processor CC2510 of main wireless controller receives the data of EFM32G2222F128 processor through second serial, the 2.4G radio frequency processing CC2510 of auxiliary wireless controller is sent to again through less radio-frequency, the wireless RF data that the 2.4G radio frequency processing CC2510 receiving auxiliary wireless controller sends, is sent to EFM32G2222F128 processor by second serial.
Auxiliary control module adopts version number of V-chip Microsystems Inc. to be the MagicClientPTM system of V1.2.2, embedding is arranged in the 2.4G rf processor CC2510 of auxiliary wireless controller, the 2.4G rf processor CC2510 of auxiliary wireless controller receives and the data sent of the 2.4G rf processor CC2510 resolving main wireless controller, perform corresponding function by analysis result, the result of execution is sent to the 2.4G rf processor CC2510 of main wireless controller by wireless radiofrequency; Resolve the regulation and control data receiving the 2.4G rf processor CC2510 of main wireless controller, produce pwm signal and control pulse width modulation controlled driving circuit, control the change of light fixture color.
Intelligent control module, main control module and auxiliary control module, the parameter value of the ruddiness green glow blue light white light RGBW four primaries standard color gamut scope 0 ~ 255 of synchronous coordination regulation and control light fixture, to obtain the color of anticipation arbitrarily.
Intelligent control module sends the instruction being regulated to gold-tinted for light fixture L001 to main control module:
It is the instruction of gold-tinted that main control module sends regulation and control light fixture L001 to auxiliary control module:
Auxiliary control module receives the regulation and control instruction that main control module is sent, and produces pwm signal, pwm signal is outputted to PWM circuit by data bus according to regulation and control instruction, is opened and the instruction disconnected by PWM control circui controlled voltage:
Intelligent terminal communicates with WIFI network with main wireless controller.On the one hand, intelligent terminal is according to ICP/IP protocol, fall from top to bottom from protocol stack, add each layer protocol message stem successively, as added TCP stem, IP stem, Ethernet stem afterbody, obtain the WIFI Frame of Controling network internal burden information, through WIFI network, the steering order of control load equipment is sent to main wireless controller.On the other hand, the response message of the main wireless controller of intelligent terminal for reception, and according to ICP/IP protocol, rise from bottom to up in the protocol stack in WIFI Frame, remove the heading that each layer protocol adds successively, as Ethernet stem, afterbody, IP stem, TCP stem, and the packet header instruction according to version number being the Magic mobile phone A PP system of V1.0.0, extract the data only comprising load information in packet, show and supply user to select control object.
Intelligent terminal shows the load information be connected with auxiliary wireless controller, the load equipment selected according to user and set RGBW design parameter value, as ruddiness, R=255, G=0, B=0, W=255, the RGBW parameter value of the light fixture that display is selected, is sent to main wireless controller by by the light fixture RGBW parameter information selected with the form of WIFI Frame, determine this effective object regulated and controled, utilize intelligent terminal to regulate and control light fixture color parameter R, G, B, W.Send execution instruction with the form of WIFI Frame to main wireless controller, main wireless controller receives and resolves intelligent terminal and sends WIFI Frame, determines the regulation and control object of intelligent terminal and the value of fixtures parameters.
The system of the present embodiment utilizes the reliability of network service high transmission speed and ICP/IP protocol, steering order promptly can be sent to load, rapidly the state of control load.Intelligent terminal can subtly adjustable colors RGBW 0 ~ 255 design parameter value, trickle, color controlling accurately can be realized.Intelligent terminal carries out except regulating load color except providing designated color parameter, additionally provide and utilize the slip Seekbar in Magic mobile phone A PP system (Android phone system component) and the mobile color approach touching each point of the method pickup picture of mobile phone screen position to carry out regulable control parameter fast, achieve multiple regulative mode, meet the actual demand of quick, efficient regulable control object.
Embodiment 2
Intelligent terminal adopts Samsung GALAXY S4 (I9500) smart mobile phone, and multi-point touch supported by this mobile phone.Main wireless controller adopts special WIFI processor CC3200,2.4G rf processor CC2510 of TIX and the EFM32G222F128 processor of Energy Micro company.Main wireless controller and intelligent terminal adopt the SSID of WIFI network (Service Set Identifier) local area network wireless to be connected.200 auxiliary wireless controllers adopt the 2.4G rf processor CC2510 of TIX, respectively with load (i.e. light fixture) name nominating, as L001, L002, L003 represent first, second, third auxiliary wireless controller (load equipment) respectively, and be pushed into L200 with this naming rule class.Auxiliary wireless controller sends load information to main wireless controller, and main wireless controller forwards this information to intelligent terminal through its WIFI processor CC3200, for intelligent terminal display net internal burden information.Auxiliary wireless controller receives the steering order that main wireless controller sends, according to the state of steering order control load.
Intelligent control module adopts the version number of V-chip Microsystems Inc. to be the extremely objective intelligent illuminating system of wheat (Magic mobile phone A PP system) of Version1.2, installs and arranges in GALAXY S4 (I9500) smart mobile phone.Main control module adopts the version number of V-chip Microsystems Inc. is the WifiMagic system of V1.2.0, version number is V1.2.2 MagicPTM system and version number to be the MagicRouterStack system of V1.2.5.Version number is that the WifiMagic Operation system setting of V1.2.0 is in WIFI processor CC3200, version number be the MagicPTM Operation system setting of V1.2.2 in 2.4G rf processor CC2510, version number is that the MagicRouterStack Operation system setting of V1.2.5 is in EFM32G222F128 processor.Auxiliary control module adopts the version number of V-chip Microsystems Inc. to be the MagicClientPTM system of V1.2.2, is arranged in 2.4G rf processor CC2510.Intelligent control module, main control module and auxiliary control module, the parameter value of the ruddiness green glow blue light white light RGBW four primaries standard color gamut scope 0 ~ 255 of synchronous coordination regulation and control light fixture, to obtain the color of anticipation arbitrarily.
Intelligent control module sends the instruction being regulated to purple instruction for light fixture L002 to main control module:
It is the instruction of purple light that main control module sends regulation and control light fixture L002 to auxiliary control module:
Auxiliary control module receives the regulation and control instruction that main control module is sent, and produces pwm signal, pwm signal is outputted to PWM circuit by data bus according to regulation and control instruction, is opened and the instruction disconnected by PWM control circui controlled voltage:
The system of the present embodiment utilizes the reliability of network service high transmission speed and ICP/IP protocol, steering order promptly can be sent to and load to, the state of control load rapidly.Intelligent terminal can the design parameter value of adjustable colors RGBW subtly, can realize trickle, color controlling accurately.Intelligent terminal is by multiple adjustment contacts of regulating load device parameter in slip Magic mobile phone A PP system simultaneously, as redness regulation and control control (redSeekbar), green regulation and control control (greenSeekbar), blue regulation and control control (blueSeekbar) and white light regulate and control more than one in control (whiteSeekbar), can the different parameter value of simultaneously conditioning equipment, due to the high efficiency of the processing instruction of Internet Transmission high efficiency and main control module, respond every bar instruction and probably need 30ms, therefore the effect that user sees is the parameters of conditioning equipment of can linking.And for example can pick up the different color value of each object on picture to multiple equipment by the color of each point of pickup picture simultaneously, thus reach the demand of the multiple object of quick adjustment.
Multi-touch system based on intelligent terminal of the present invention and device, can the simultaneously quantity of the multiple contact point of identification and position, allows user to be controlled by the load of multiple contact point and its networking simultaneously.The present invention, by configuration to intelligent terminal, can also realize main wireless controller and control as the control object of Switch Controller variable amounts, meet the maintenance of the controlled number of objects of Switch Controller.
Claims (10)
1., based on a multi-touch system for intelligent terminal, it is characterized in that: be set forth in intelligent terminal multi-touch system be provided with intelligent control module, main control module and auxiliary control module;
Described intelligent control module sends the steering order of acquisition load information to main control module, receive and show the load information of load of the auxiliary control model calling of main control module feedback, the controlled plant information that user selects is sent to main control module, completes the locking to controlled plant; Intelligent control module obtains the real-time parameter value of selected controlled plant from main control module, sends the change of regulation and control instruction and then regulating and controlling object parameter value to main control module;
Described main control module receives the instruction of the acquisition load information that intelligent control module sends, and this instruction is dealt into auxiliary control module, the load information that auxiliary control module is sent is forwarded to intelligent control module; Main control module receives the controlled plant information that the user that sends of intelligent control module selects, extract controlled plant information data and after storing, the auxiliary control module be sent to; Main control module receives the real-time parameter value of the controlled plant that auxiliary control module is sent, and sends to intelligent control module; Auxiliary control module is sent to, the change of regulating and controlling object parameter value after the regulation and control instruction that reception intelligent control module is sent;
Described auxiliary control module receives the instruction of the acquisition load information that main control module sends, and the load information of the load be connected with oneself is sent to main control module; Receive the controlled plant of the locking that main control module is sent, the real-time parameter value of controlled plant is sent to main control module; Receive the regulation and control instruction that main control module is sent, send signal to pulse width modulation circuit, adjustment object parameter value is regulated and controled, the state change of regulating and controlling object.
2. the multi-touch system based on intelligent terminal according to claim 1, is characterized in that: the auxiliary control module that the load information that described main control module receives user's selection that intelligent control module sends is sent to, by the form of broadcast.
3. the multi-touch system based on intelligent terminal according to claim 1, is characterized in that: described auxiliary control module receives the regulation and control instruction that main control module is sent, and obtains the regulating parameter value of controlled load after parsing.
4. the multi-touch system based on intelligent terminal according to claim 1, is characterized in that: described intelligent control module is no less than one, main control module is one, and auxiliary control module is no less than one.
5. the multi-touch system based on intelligent terminal according to claim 4, is characterized in that: described intelligent control module and main control module wireless connections, and main control module is connected by wireless network with auxiliary control module, forms network.
6. the multi-touch system based on intelligent terminal according to claim 1, is characterized in that: the communication between described intelligent control module and main control module, and the information that sends adopts WIF Frame, is undertaken by the form of ICP/IP protocol.
7. the multi-touch system based on intelligent terminal according to claim 1, it is characterized in that: the communication between described main control module and auxiliary control module, transmission information encapsulates data according to proprietary protocol form, comprise the knowledge of Frame leader, the knowledge of Frame tail tag, size of data and verification mode, the form of broadcast is adopted to send after data encapsulation, reception information adopts proprietary protocol form to resolve, and obtains valid data; Described proprietary protocol stack form is followed successively by packet header (FA), data length (Length), valid data (ApplicationData), check code (Check Code), bag tail (FF).
8. the multi-point touch control apparatus based on intelligent terminal, it is characterized in that, the described multi-point touch control apparatus based on intelligent terminal is provided with main wireless controller, main wireless controller and intelligent terminal adopt WIFI network wireless connections, and main wireless controller and auxiliary wireless controller adopt 2.4G radio frequency network to be connected;
Described intelligent terminal is used for sending to main wireless controller the steering order obtaining load information, receive and show the load information of the load that all auxiliary wireless controller that main wireless controller sends connects, the controlled plant information that user selects is sent to main wireless controller; Intelligent terminal obtains the real-time parameter value of selected controlled plant from main wireless controller, sends regulation and control instruction to main wireless controller, the change of regulating and controlling object parameter value;
The instruction of the acquisition load information that intelligent terminal sends by described main wireless controller sends to auxiliary wireless controller, and the load information that auxiliary control wireless controller is sent is forwarded to intelligent terminal; Main wireless controller receives the controlled plant information of user's selection that intelligent terminal sends, and its data is stored, by controlled plant distribution of information to each auxiliary wireless controller; The controlled plant real-time parameter value that the user replied by auxiliary wireless controller selects is forwarded to intelligent terminal; Send to auxiliary wireless controller after receiving the instruction of the regulation and control parameter value that intelligent terminal sends;
Described auxiliary wireless controller receives the instruction of the acquisition load information that main wireless controller sends, and the load information of the load be connected with oneself is sent to main wireless controller; Receive the instruction of the execution controlled plant that main wireless controller is sent, the real-time parameter value of controlled plant is sent to main wireless controller; Receive the regulation and control instruction that wireless controller is sent, sending controling instruction, to load, regulates and controls the state of controlled plant.
9. the multi-point touch control apparatus based on intelligent terminal according to claim 8, is characterized in that: described intelligent terminal adopts mobile phone, panel computer, palm PC PDA, the computer terminal of linking internet or PC PC; Described main wireless controller adopts processor CC3200,2.4G rf processor CC2510 and EFM32G222F128 processor; Described auxiliary wireless controller adopts 2.4G rf processor CC2510.
10. the multi-point touch control apparatus based on intelligent terminal according to claim 8, is characterized in that: described intelligent terminal regulates with multiconductor interlock and the change information of controlled plant multiple parameter values is sent to main wireless controller.
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Application publication date: 20151028 |