CN103826356B - A kind of two-way touches wireless remote control light modulation system - Google Patents

A kind of two-way touches wireless remote control light modulation system Download PDF

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Publication number
CN103826356B
CN103826356B CN201310015924.4A CN201310015924A CN103826356B CN 103826356 B CN103826356 B CN 103826356B CN 201310015924 A CN201310015924 A CN 201310015924A CN 103826356 B CN103826356 B CN 103826356B
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China
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circuit
touch
touch control
chip
light modulation
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CN201310015924.4A
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CN103826356A (en
Inventor
戴万谋
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Shenzhen New Solution Electronics Co Ltd
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Shenzhen New Solution Electronics Co Ltd
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Abstract

The present invention relates to a kind of two-way and touch wireless remote control light modulation system, including entering wall cartridge module, remote control module.Described enter wall cartridge module include that radio control circuit is connected with described radio control circuit connect circuit and described be connected at least one touch control display unit that circuit connects and described be connected the drive circuit that circuit connects;Wherein: described touch control display unit receives and process the touch information of user, control drive circuit by connecting circuit, and then external loading is controlled;Described radio control circuit receives the remote information that user is sent by remote control module, and by this shake control information by connect circuit send touch control display unit to, touch control display unit receives and processes and shakes control information, control drive circuit by connecting circuit, and then external loading is controlled.Use the present invention by the way of touching or shaking control, at least one tunnel load can be dimmed, flexible and convenient operation, and light modulation can be accurately positioned.

Description

A kind of two-way touches wireless remote control light modulation system
Technical field
The present invention relates to a kind of light adjusting system, more particularly, it relates to a kind of two-way touches wireless remote control light modulation system.
Background technology
Along with development and people's raising to environmental consciousness of science and technology, illumination has become a popular domain;And it is current From the point of view of market situation, electric filament lamp becomes the core force of domestic illuminating industry undoubtedly.Particularly in the occasion of some keys, such as wine Shop, place, touching technique and the light regulating technology such as Karaoke drive, in the application of electric filament lamp, the emerging power that illuminating product develops especially Amount.In the prior art the light regulating technology used is had the disadvantages that 1, one load of regulation and control can only be touched;2, can only be independent Carrying out touch or shake controlled dimming, light modulation direction is single, circulation light modulation;3, touch effect can only fuzzy control, can not precisely determine Position light modulation.
Summary of the invention
The technical problem to be solved in the present invention is, for the drawbacks described above of prior art, it is provided that one can be by touching And wireless remote control light modulation and can be accurately positioned light modulation two-way touch wireless remote control light modulation system.
The technical solution adopted for the present invention to solve the technical problems is: a kind of two-way of structure touches wireless remote control light modulation system System, including: include into wall cartridge module, remote control module, described in enter wall cartridge module and include radio control circuit and described controlled in wireless The connection circuit that circuit connects is connected electricity with described at least one touch control display unit being connected circuit connection with described The drive circuit that road connects;Wherein:
Described touch control display unit receives and processes the touch information of user, controls to drive electricity by connecting circuit Road, and then external loading is controlled;
Described radio control circuit receives the remote information that sent by remote control module of user, and this is shaken control information passes through Connecting circuit and send touch control display unit to, touch control display unit receives and processes and shakes control information, by connecting electricity Road controls drive circuit, and then is controlled external loading.
In two-way of the present invention touches wireless remote control light modulation system, touch control display unit includes that the first via is touched Touch control unit and the second road touch control unit;Described first via touch control unit includes: first touch draw runner circuit and The first dynamic LED that first the first touch control circuit touching the connection of draw runner circuit and the first touch control circuit connect shows Show that circuit, described second road touch control unit include that the second touch draw runner circuit and second touches that draw runner circuit connects The second dynamic LED display circuit that two touch control circuits and the second touch control circuit connect, described first touch control electricity Road and second touch draw runner circuit respectively with is connected circuit connection;
Described first touches draw runner circuit receives the touch information of user, and this touch information described sends the first touch to Control circuit, described touch information is processed by described first touch control circuit, is shown by the first dynamic LED display circuit Show rank, control drive circuit also by described connection circuit, external loading described in the first via is controlled;
Described second touches draw runner circuit receives the touch information of user, and this touch information sends to described second touches Touching control circuit, this touch information is processed by described second touch control circuit, is shown by the second dynamic LED display circuit Show rank, control drive circuit also by connecting circuit, external loading described in the second tunnel is controlled.
In two-way of the present invention touches wireless remote control light modulation system, described first via touch control unit or second Road touch control unit also includes mating key and deleting key, described coupling key and deletion key and the first touch control circuit or second Touch control circuit connects, and described coupling key and deletion key are made up of touch sensible bar.
Touch in wireless remote control light modulation system at two-way of the present invention, described in enter wall cartridge module and also include and wireless controlled The networking status display circuit that circuit processed connects, be used for showing described in shake control module whether with described first via touch control unit Or the second road touch control unit networking success.
Touch in wireless remote control light modulation system at two-way of the present invention, described in enter wall cartridge module and also include power circuit Module, for for described enter each circuit in wall cartridge module power supply is provided.
In two-way of the present invention touches wireless remote control light modulation system, described drive circuit includes zero cross detection circuit And the non-zero passage drive circuit being connected with zero cross detection circuit.
In two-way of the present invention touches wireless remote control light modulation system, described non-zero passage drive circuit includes the first via Non-zero passage drive circuit and the second tunnel non-zero passage drive circuit, the described first via non-zero passage drive circuit is used for driving first via institute Stating external loading, described second tunnel non-zero passage drive circuit is for driving external loading described in the second tunnel;The non-mistake of the described first via Zero drive circuit and the second tunnel non-zero passage drive circuit has identical circuit structure.
In two-way of the present invention touches wireless remote control light modulation system, described first touch control circuit includes first Touching chip, this first touch chip uses model to be the chip of TGPM8F3716BIC;Described second touch control circuit includes Second touches chip, and this second touch chip uses model to be the chip of TGPM8F3716BIC;Described radio control circuit includes Wireless receiving and dispatching module, this wireless receiving and dispatching module uses model to be the chip of CC2540.
In two-way of the present invention touches wireless remote control light modulation system, described first dynamic LED display circuit includes 16 light emitting diodes, for 16 gray scales of display;Described second dynamic LED display circuit includes 16 light-emitting diodes Pipe, for 16 gray scales of display.
In two-way of the present invention touches wireless remote control light modulation system, the described first via non-zero passage drive circuit includes First scr triggering device, audion, the first controllable silicon, the first end of described first controlled silicon chip driver is connected by resistance + 12V power supply, the colelctor electrode of the second end connecting triode, the 4th end connect first silicon controlled the second end, the 6th end passes through resistance Connecting the first silicon controlled the 3rd end, the grounded emitter of audion, base stage are connected the pin LIGHT_1 of circuit even with described Connecing, first silicon controlled the first end connects first via external loading, connects between first silicon controlled the second end and the first end The RC resistance capaciting absorpting circuit of resistance, electric capacity composition.
Implement the present invention two-way touch wireless remote control light modulation system, have the advantages that can pass through remote control module, At least one touch control circuit, carries out brightness adjustment control at least one load, can dim, more by touching or shake prosecutor formula Add flexible, and light modulation can be accurately positioned.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing:
Fig. 1 is the structured flowchart of the two-way touch wireless remote control light modulation system of the present invention;
Fig. 2 is the structured flowchart of the first embodiment of the two-way touch wireless remote control light modulation system of the present invention
Fig. 3 is the first touch draw runner circuit in the first embodiment of the two-way touch wireless remote control light modulation system of the present invention Structure chart;
Fig. 4 is the first touch control circuit in the first embodiment of the two-way touch wireless remote control light modulation system of the present invention Structure chart;
Fig. 5 is the structure connecting circuit in the first embodiment of the two-way touch wireless remote control light modulation system of the present invention Figure;
Fig. 6 is the first dynamic LED display in the first embodiment of the two-way touch wireless remote control light modulation system of the present invention The structure chart of circuit;
Fig. 7 a is the structure chart of the coupling key in the first embodiment of the two-way touch wireless remote control light modulation system of the present invention;
Fig. 7 b is the structure chart deleting key in the first embodiment of the two-way touch wireless remote control light modulation system of the present invention;
Fig. 8 is the second touch draw runner circuit in the first embodiment of the two-way touch wireless remote control light modulation system of the present invention Structure chart;
Fig. 9 is the second touch control circuit in the first embodiment of the two-way touch wireless remote control light modulation system of the present invention Structure chart;
Figure 10 is the second dynamic LED display in the first embodiment of the two-way touch wireless remote control light modulation system of the present invention The structure chart of circuit;
Figure 11 is the radio control circuit 20 in the first embodiment of the two-way touch wireless remote control light modulation system of the present invention Structure chart;
Figure 12 is the zero cross detection circuit in the first embodiment of the two-way touch wireless remote control light modulation system of the present invention Structure chart;
Figure 13 is the non-zero passage drive circuit in the first embodiment of the two-way touch wireless remote control light modulation system of the present invention Structure chart;
Figure 14 is the networking state display electricity in the first embodiment of the two-way touch wireless remote control light modulation system of the present invention The structure chart on road;
Figure 15 is the power circuit block in the first embodiment of the two-way touch wireless remote control light modulation system of the present invention Structure chart;
Figure 16 be the present invention two-way touch wireless remote control light modulation system first embodiment in enter wall cartridge module 100 Outward appearance front view.
Detailed description of the invention
In order to make the purpose of the present invention clearer, below in conjunction with drawings and Examples, the present invention is entered one Step describes in detail.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not used to limit this Bright.
As it is shown in figure 1, in the two-way of the present invention touches the structured flowchart of wireless remote control light modulation system, including entering wall box mould Block 100, remote control module 200, enter the connection electricity that wall cartridge module 100 includes that radio control circuit 20 is connected with radio control circuit Road 30 and at least one the touch control display unit 10 being connected circuit 30 connection and the described driving being connected circuit 30 connection Circuit 40;Wherein:
This touch control display unit 10 receives and processes the touch information of user, controls to drive electricity by connecting circuit 30 Road 40, and then external loading is controlled;
This radio control circuit 20 receives the remote information that user is sent by remote control module 200, and this is shaken control information Sending touch control display unit 10 to by connecting circuit 30, touch control display unit 10 receives and processes and shakes control information, Control drive circuit 40 by connecting circuit 30, and then external loading is controlled.
In a particular application, this enters wall cartridge module 100 and includes at least one touch control circuit 101, according to practical situation Two-way touch control circuit, three road touch control circuits can be included, it is possible to include N(N > 3) road touch control circuit, control multichannel Load.
Implement above-mentioned touch wireless remote control light modulation system, can by touch or at least one tunnel is loaded by the way of shaking control into Row light modulation, more flexible and convenient, and light modulation can be accurately positioned.
As in figure 2 it is shown, be the structured flowchart of the first embodiment of the two-way touch wireless remote control light modulation system of the present invention, bag Include into wall cartridge module 100, remote control module 200, enter wall cartridge module 100 and include radio control circuit 20 and radio control circuit even Connect connect circuit 30 with is connected circuit 30 connection first via touch control unit 11 and the second road touch control unit 12, With the drive circuit 40 being connected circuit 30 connection;Described first via touch control unit 11 includes: first touches draw runner circuit 111 the first touch control circuits 112 being connected with the first touch draw runner circuit 111 are connected with the first touch control circuit 112 The first dynamic LED display circuit 113, described second road touch control unit 12 includes the second touch draw runner circuit 121 and Second that second touch control circuits 122 of two touch draw runner circuit 121 connections are connected with the second touch control circuit 122 moves State LED display circuit 123, described first touch control circuit 112 and second touch draw runner circuit 121 respectively be connected circuit 30 Connect;
This first touch draw runner circuit 111 receives the touch information of user, and sends this touch information to first touch Control circuit 112, this touch information is processed by the first touch control circuit 112, by the first dynamic LED display circuit 113 display levels, control drive circuit 40 also by connecting circuit 30, are controlled first via external loading;
This second touch draw runner circuit 121 receives the touch information of user, and sends this touch information to second touch Control circuit 122, this touch information is processed by the second touch control circuit 122, by the second dynamic LED display circuit 123 display levels, control drive circuit 40 also by connecting circuit 30, are controlled the second road external loading;
This radio control circuit 20 receives the remote information that user is sent by remote control module 200, and this is shaken control information The first touch control circuit 112 or the second touch control circuit 122 is sent to by connecting circuit;And then this first touch control First via external loading or the second road external loading are controlled by circuit 112 or the second touch control circuit 122.I.e. this first First via external loading can be dimmed by touch control circuit according to the touch signal of user or remote signal, and second touches control Second road external loading can be dimmed by circuit processed according to the touch signal of user or remote signal.
First touch control circuit 112 includes the first touch chip U6 that model is TGPM8F3716BIC, this first touch Chip is that capacitor induction type touches chip.
Further, this enters wall cartridge module and also includes mating key 114 and deleting key 115, this coupling key 114 and deletion key 115 may be provided in first via touch control unit 11 or the second road touch control unit 12, touch control as being arranged on the first via During unit 11 processed, this coupling key 114 and deletion key 115 are connected with the first touch control circuit 112, touch as being arranged on the second tunnel During control unit 12, this this coupling key 114 and deletion key 115 are connected with the second touch control circuit 122.
Further, enter the networking status display circuit 50 that wall cartridge module also includes being connected with radio control circuit, be used for Show that this enters wall cartridge module the most successful with first via touch control unit 11 or the second road touch control unit 12 networking.
Further, enter wall cartridge module and also include power circuit block, for for entering each circuit offer in wall cartridge module Power supply.
Further, drive circuit 40 includes that zero cross detection circuit 41 and the non-zero passage being connected with zero cross detection circuit 41 are driven Galvanic electricity road 42(is shown in Figure 13).
Further, non-zero passage drive circuit 42 includes that the first via non-zero passage drive circuit 421 and the non-zero passage in the second tunnel are driven Galvanic electricity road 422, the first via non-zero passage drive circuit 421 is used for driving first via external loading, the second tunnel non-zero passage drive circuit 422 for driving the second road external loading;The first via non-zero passage drive circuit 421 and the second tunnel non-zero passage drive circuit 422 have There is identical circuit structure (see Figure 13).
In specific implementation process, first touches draw runner circuit 111 as it is shown on figure 3, the first touch control circuit 112 is as schemed Shown in 4.First touches draw runner circuit 111 includes that first this touch bar 1111 of touch bar 1111(is the touch that PCB copper sheet is formed Induction region), the first touch control circuit 112 includes the first touch chip U6, concrete, this first touch chip U6 employing type It number it is the chip of TGPM8F3716BIC;The first pin 1-7 touching bar 111 touches chip by a resistance and first respectively The input port P00-P06 of U6 connects respectively, sends user to first touch core at the first touch information touched on bar 1111 Sheet U6.This first pin P32 touching chip U6 connects the input of the zero cross detection circuit shown in Figure 12 by resistance R23 ZERO_CH(circuit network name) i.e. the colelctor electrode of Q2, this first pin P10 touching chip U6 connects Fig. 5 institute by resistance R24 The pin LIGHT_1 of the adapter J12 connected in circuit shown, this first pin P30 touching chip U6 are connected by resistance R31 The pin RXD1 of connecting connector J12, this first pin P31 touching chip U6 pass through the pin that resistance R33 connects adapter J12 TXD1.The first pin P32 touching chip U6 is the relative time reference-input signal end of light modulation, and P10 exports dim signal, drives Circuit part Q3 conducting shown in cardon 12.
Use the first touch bar 1111 that user can be facilitated to regulate gray scale, replace mechanical switch or button.
As it is shown in figure 5, be the structure chart connecting circuit in the two-way touch wireless remote control light modulation system of the present invention, this is even Connection circuit includes adapter J12, and this J12 is the connecting element connecting circuit, mainly provides power supply and signal path only to use; This adapter J12 includes pin ZERO_CH, TXD1, RXD1, TXD2, RXD2, LIGHT_1, LIGHT_2.
As shown in Figure 6, it is that the two-way of the present invention touches the first dynamic LED display circuit in wireless remote control light modulation system 113, including audion Q1, Q4, Q5, the base stage of audion Q1 connects the pin P21 of the first touch chip U6 by resistance R35, The colelctor electrode of triode Q1 connects the pin P12 of the first touch chip U6 by light emitting diode LD1 and resistance R40, by sending out Optical diode LD2 and resistance R41 is connected the pin P13 of the first touch chip U6, is connected by light emitting diode LD3 and resistance R42 Meet the pin P14 of the first touch chip U6, connected the pin of the first touch chip U6 by light emitting diode LD4 and resistance R43 P15, connected by light emitting diode LD5 and resistance R44 the first touch chip U6 pin P16, by light emitting diode LD6 and The emitter stage of pin P17, audion Q1 that resistance R15 connects the first touch chip U6 connects power end 5V_TOH1;Audion Q5 Base stage by resistance R36 connect first touch chip U6 pin P22, the colelctor electrode of triode Q5 passes through light emitting diode LD7 and resistance R40 is connected the pin P12 of the first touch chip U6, is touched by light emitting diode LD8 and resistance R41 connection first Touch the pin P13 of chip U6, touch the pin P14 of chip U6 by light emitting diode LD9 and resistance R42 connection first, pass through Light emitting diode LD10 and resistance R43 connects the pin P15 of the first touch chip U6, by light emitting diode LD11 and resistance R44 is connected the pin P16 of the first touch chip U6, is connected the first touch chip U6 by light emitting diode LD12 and resistance R15 Pin P17, audion Q5 emitter stage connect power end 5V_TOH1;The base stage of audion Q4 connects first by resistance R37 Touching the pin P23 of chip U6, the colelctor electrode of triode Q4 connects the first touch core by light emitting diode LD13 and resistance R40 The pin P12 of sheet U6, connected the pin P13 of the first touch chip U6 by light emitting diode LD14 and resistance R41, by luminescence Diode LD15 and resistance R42 is connected the pin P14 of the first touch chip U6, is connected by light emitting diode LD16 and resistance R43 The emitter stage of the pin P15, audion Q4 that meet the first touch chip U6 connects power end 5V_TOH1.This first dynamic LED display Circuit 13, by receiving the output signal of pin P21-P23, P12-P17 of the first touch chip U6, lights 16 accordingly In LED, some, can show current gray scale accordingly.These 16 LED orders are arranged in a row and are entering wall cartridge module Surface.16 lamps (LED1-LED16) of this first dynamic LED display circuit can show intuitively and currently dim intensity level Not, 16 gray scales can be shown.
As shown in figs. 7 a and 7b, it is that the two-way of the present invention touches the coupling key in wireless remote control light modulation system and deletes key Structure chart, coupling key 114 connects the pin P33 of the first touch chip U6 by resistance R38, deletes key 115 by resistance R39 Connect the pin P34 of the first touch chip U6;Touch chip U6 by this coupling key or deletion key to first send coupling or delete Except instruction.Here coupling key is to set up remote control module and the two-way signal contact entering between wall cartridge module, and deletes key and be Exit the remote control module having been built up and the two-way signal contact entering between wall cartridge module.
Second touches draw runner circuit 121 as shown in Figure 8, and the second touch control circuit 122 is as shown in Figure 9.First touch is sliding Bar circuit 121 includes that second this touch bar 1211 of touch bar 1211(is the touching induction region that PCB copper sheet is formed), second touches Touching control circuit 122 and include the second touch chip U9, concrete, this second touch chip U9 employing signal is The chip of TGPM8F3716BIC;Second pin 1 to 7 touching bar 1211 touches chip U9 by a resistance and second respectively Input port P00_2-P06_2 connect respectively, send user to second touch at the second touch information touched on bar 211 Chip U9.This second pin P32_2 touching chip U9 connects the input of the zero cross detection circuit shown in Figure 12 by resistance R54 End ZERO_CH(circuit network name) i.e. the colelctor electrode of Q6, pin P10_2 of this second touch chip U9 is connected by resistance R55 The pin LIGHT_2 of the adapter J12 connected in circuit shown in Fig. 5, this second pin P30_2 touching chip U9 pass through electricity Resistance R64 connects the pin RXD2(circuit network name of adapter J12), this second pin P31_2 touching chip U9 passes through resistance R66 connects the pin TXD1 of adapter J12.
Use the second touch bar 1211 that user can be facilitated to regulate gray scale, replace mechanical switch or button.
As shown in Figure 10, it is that the two-way of the present invention touches the second dynamic LED display circuit in wireless remote control light modulation system 123, including audion Q7, Q8, Q9, the base stage of audion Q7 connects the pin P21_ of the second touch chip U9 by resistance R68 2, the colelctor electrode of triode Q1 is connected the pin P12_2 of the second touch chip U9 by light emitting diode LD20 and resistance R73, is led to Cross light emitting diode LD21 and resistance R74 and connect the pin P13_2 of the second touch chip U9, by light emitting diode LD22 and electricity Resistance R75 is connected the pin P14_2 of the second touch chip U9, is connected the second touch core by light emitting diode LD23 and resistance R76 The pin P15_2 of sheet U9, connected the pin P16_2 of the second touch chip U9 by light emitting diode LD24 and resistance R77, pass through The emitter stage of pin P17_2, audion Q7 that light emitting diode LD25 and resistance R78 connects the second touch chip U9 connects power supply End 5V_TOH1;The base stage of audion Q8 connects the pin P22_2 of the second touch chip U9, the collection of triode Q8 by resistance R69 Electrode is connected the pin P12_2 of the second touch chip U9 by light emitting diode LD26 and resistance R73, is passed through light emitting diode LD27 and resistance R74 are connected the pin P13_2 of the second touch chip U9, are connected the by light emitting diode LD28 and resistance R75 Two touch the pin P14_2 of chip U9, by the pin of light emitting diode LD29 and resistance R76 connection the second touch chip U9 P15_2, connected the pin P16_2 of the second touch chip U9 by light emitting diode LD30 and resistance R77, pass through light emitting diode The emitter stage of pin P17_2, audion Q7 that LD31 and resistance R78 connects the second touch chip U9 connects power end 5V_TOH1; The base stage of audion Q9 connects the pin P23_2 of the second touch chip U9 by resistance R70, and the colelctor electrode of triode Q9 is by sending out Optical diode LD32 and resistance R73 connects the pin P12_2 of the second touch chip U9, by light emitting diode LD33 and resistance R74 is connected the pin P13_2 of the second touch chip U9, is connected the second touch chip by light emitting diode LD34 and resistance R75 The pin P14_2 of U9, connected the pin P15_2 of the second touch chip U9 by light emitting diode LD35 and resistance R76, audion The emitter stage of Q9 connects power end 5V_TOH1.This second dynamic LED display circuit 23 is by receiving drawing of the second touch chip U9 The output signal of foot P21_2-P23_2, P12_2-P17_2, lights some in 16 LED accordingly, can show accordingly and work as Front gray scale.These 16 LED orders are arranged in a row on the surface entering wall cartridge module.This second dynamic LED display electricity 16 lamps (LED20-LED35) on road can show intuitively and currently dim gray scale, can show 16 gray scales.
As shown in figure 11, it is that the two-way of the present invention touches the radio control circuit 20 in wireless remote control light modulation system, including Wireless receiving and dispatching module U3.In being embodied as, this wireless receiving and dispatching module U3 uses Bluetooth chip CC2540, this chip CC2540 device Part has the following characteristics that the integrated-type controller in 6mm × 6mm encapsulation, main frame can reduce physical size with application, reduces into This;Based on flash memory: device fasteners can carry out on-the-spot renewal, data can store on sheet, thus can be that developer improves motility;Complete Whole solution: low-power consumption RF IC, comprehensive embedded single mode protocol stack, configuration file software and application are supported;RF Performance: outstanding long-distance link budget (up to+97dB) and the good compossibility with other 2.4GHz device;Interoperability Property/compatibility: meet monotype and the dual mode device of 4.0 editions standards of Bluetooth specification, this programme processes Digiplex Control information and status information is included with this grade of wireless device bidirectional information.To the input analyzing and processing of information and control and state The output of information.The TXD1 pin of the adapter J12 in pin TXD1 with Fig. 5 of wireless receiving and dispatching module U3 is connected, wireless receiving and dispatching The RXD1 pin of the adapter J12 in pin RXD1 with Fig. 5 of module U3 is connected, the pin TXD2 of wireless receiving and dispatching module U3 and figure The TXD2 pin of the adapter J12 in 5 connects, the RXD2 of the adapter J12 in pin RXD2 Yu Fig. 5 of wireless receiving and dispatching module U3 Pin connects.Wireless receiving and dispatching module U3 receives the remote information that remote control module 200 sends, by adapter J12 respectively with first Touch chip U6 and second to touch chip U9 and carry out communication, export control signal, to first via external loading LP1 or the second tunnel outside Section load LP2 is controlled.
This chip CC2540 has the following characteristics that 1, compatible 2.4GHz IEEE802.15.4 standard, working frequency range 2.405 ~ 2.480GHz;2, running voltage 3.0 ~ 3.6V;3, transfer rate: 250Kbps/2Mbps is optional;4, transmission range: 15meters (visual range, relevant with user environment);5, MMCX external antenna interface or the onboard antenna of LTCC (alternative during production); 6, the antenna supporting with module and antenna patchcord can be provided;7, receiving sensitivity :-41dBm;8, launch power: 4dBm9, T-time electric current: about 25mA;10, electric current is received: about 18mA;11, module size: 27.4mm x32mm.
As shown in figure 12, be the present invention two-way touch wireless remote control light modulation system drive circuit 40 in zero passage detection Circuit 41, civil power 220V passes through resistance R8, and R9 current limliting makes photoelectrical coupler U4 turn on, and then promotes audion Q2 to end, output One high level touches chip U6 and second to first and touches the middle fracture ZERO_CH of chip U9, and first touches chip U6 and the Two touch chip U9 just in this, as time reference.AC_N and AC_L is circuit network title, represents live wire and zero line respectively, Connect civil power.
In order to improve efficiency, design requires the middle fracture ZERO_CH making the first touch chip U6 and second touch chip U9 The triggering pulse of input is Tong Bu with alternating voltage, exports one every the cycle of half alternating current and triggers pulse, and triggers pulse Voltage should be greater than 4V, and width should be greater than 20us.In circuit Figure 12, photoelectrical coupler U4 plays buffer action simultaneously, works as sinusoidal ac When crimping nearly zero, two light emitting diode cut-offs in photoelectrical coupler U4, the biasing resistor current potential of audion Q2 base stage is allowed to Conducting, produces undersuing i.e. ZERO_CH signal, and the outfan of audion Q2 is received the first touch chip U6 and second and touched The middle fracture ZERO_CH of chip U9, to cause interruption.
As shown in figure 13, be the present invention two-way touch wireless remote control light modulation system drive circuit 40 in non-zero passage drive Galvanic electricity road 42, this non-zero passage drive circuit 42 includes the first via non-zero passage drive circuit 421 and the second tunnel non-zero passage drive circuit 422。
This first via non-zero passage drive circuit 421 includes the first scr triggering device U5, audion Q3, the first controllable silicon SQ1, concrete, this first scr triggering device U5 uses signal to be the chip of MOC3052.This first controlled silicon chip driver U5 The first end connect+12V power supply, the colelctor electrode of the second end connecting triode Q3 by resistance R6, that the 4th end connects first is controlled Second end of silicon SQ1, the 6th end connect the 3rd end of the first controllable silicon SQ1 by resistance R11, and the emitter stage of audion Q3 connects Ground, base stage connect the pin LIGHT_1 of adapter J12, and first end of the first controllable silicon SQ1 connects the first via by adapter J4 External loading (such as bulb LP1), resistance R12, electric capacity C7 composition of connecting between the second end and first end of the first controllable silicon SQ1 RC resistance capaciting absorpting circuit.When the first pin P10 touching chip U6 exports a dim signal, this audion Q3 turns on, First scr triggering device U5 conducting, and then trigger the first controllable silicon SQ1, connect AC load (LP1).Additionally, if first can When control silicon SQ1 connects perception AC load, due to one phase angle of supply voltage leading load electric current, therefore, when load current is When zero, supply voltage is backward voltage, adds inductive load self induction electromotive force el effect so that the first controllable silicon SQ1 bears Magnitude of voltage is considerably beyond supply voltage.Although the first controllable silicon SQ1 reverse-conducting, but easily puncture, therefore must make two-way controlled Silicon can bear this backward voltage.
This second tunnel non-zero passage drive circuit 422 and the first via non-zero passage drive circuit 421 have identical circuit structure, Concrete, this second tunnel non-zero passage drive circuit 422 includes the second scr triggering device U8, audion Q6, the second controllable silicon SQ2, concrete, this second scr triggering device U8 uses signal to be the chip of MOC3052.This second controlled silicon chip driver U8 The first end connect+12V power supply, the colelctor electrode of the second end connecting triode Q6 by resistance R45, that the 4th end connects second is controlled Second end of silicon SQ2, the 6th end connect the 3rd end of the second controllable silicon SQ2 by resistance R47, and the emitter stage of audion Q6 connects Ground, base stage connect the pin LIGHT_2 of adapter J12, and first end of the second controllable silicon SQ2 connects the second tunnel by adapter J8 External loading (such as bulb LP2), connect between the second end and first end of the second controllable silicon SQ2 resistance R46, electric capacity C14 group The RC resistance capaciting absorpting circuit become.When the second pin P10_2 touching chip U9 exports a dim signal, this audion Q6 leads Logical, the second scr triggering device U8 conducting, and then trigger the second controllable silicon SQ2, connect AC load (LP2).Additionally, if second When controllable silicon SQ2 connects perception AC load, due to one phase angle of supply voltage leading load electric current, therefore, work as load current When being zero, supply voltage is backward voltage, adds inductive load self induction electromotive force el effect so that the second controllable silicon SQ2 bears Magnitude of voltage considerably beyond supply voltage.Although the first controllable silicon SQ1 reverse-conducting, but easily puncture, thus must make two-way can Control silicon can bear this backward voltage.
As shown in figure 14, it is the networking status display circuit 50 of the two-way touch wireless remote control light modulation system of the present invention, bag Include audion Q11, Q10;The base stage of audion Q11 connects the pin STA_LED of wireless receiving and dispatching module U3, collection by resistance R56 Electrode connects the base stage of Q10 by resistance R49, emitter stage connects power end+3V3, the grounded emitter of audion Q10, current collection The negative electrode of pole connecting luminous diode LED4, the anode of LED 4 connects power end+12V by resistance R18.Its work It is that wireless receiving and dispatching module U3 is according to current duty as principle, when networking success, exports arteries and veins by pin STA_LED Rush level to audion Q11, anti-phase after work to audion Q10, audion Q10 conducting driven for emitting lights diode (LED) 4, and then Current networking state can being shown intuitively, if driven for emitting lights diode (LED) 4 is bright, then showing networking success, if driven LED 4 goes out, then show networking failure.
As shown in figure 15, it is the power circuit block of the two-way touch wireless remote control light modulation system of the present invention, mainly includes Switch chip U1, power conversion inductance L1, Schottky diode D1, D2, and blood pressure lowering chip U2(3.3V), U7(5V).Work as city Electricity is through gap bridge heap U10, after filter circuit L2, C1, C2, forms high-voltage DC power supply, is directly entered switch chip U1(and uses model Chip for LN8K04), through internal BUCK control circuit, PWM, clock circuit, feedback circuit, protection circuit, and outward The power conversion inductance L1 in portion, the DC voltage about the 4th foot output low pressure 12V of U1;Through inductance L1 and electric capacity C4 group The filter circuit become, exports stable 12V voltage;Be then passed through blood pressure lowering chip U2, U7 blood pressure lowering, respectively output voltage 5V and 3.3V.The civil power of input is converted into direct current+12V ,+5V_VCC ,+3V3 by this power circuit block, for each of this light adjusting system Functional module provides suitable voltage.
The two-way using the present invention touches wireless remote control light modulation system, touches chip U6 and second with first and touches chip U9 For parent, additional a little circuit and wireless receiving and dispatching module can complete touch, the function of remote control light modulating.
As shown in figure 16, it is the outward appearance front view entering wall cartridge module 100 in two-way touch wireless remote control light modulation system, can See two display lamps, and two rows can show that (totally 16 lamps are i.e. the first dynamic LED displays for the lattice of the bright grade of load lamp 16 lamps in circuit and 16 lamps in the second dynamic LED display circuit), from left to right by secretly to bright, i.e. Far Left brightness The darkest, rightmost brightness is the brightest.Should be 86mm*86mm*38mm such as the overall dimensions of wall cartridge module 100.
Two-way in the present invention touches in wireless remote control light modulation system,
First touches chip U6 and second touches chip U9 as main frame, wireless receiving and dispatching module U3 as from machine, all behaviour Making to be initiated by main frame, perform the order of main frame, and response main frame from machine, all data are transmitted by packing, in order to simplify association View, uses 8 bytes of regular length, communication to use the form of question-response, and main frame is asked, answers from machine, after main frame sends order, and must Must wait after machine response (or communication overtime), just can send a next order.
The process that remote control module controls into wall cartridge module is as follows:
After radio control circuit (wireless receiving and dispatching module) receives the order of remote control module, order is temporarily saved, from After machine receives the polling order of main frame, the order of preservation returning to main frame, main frame performs light modulation action.Therefore main frame is necessary Whether the inquiry of timing has guidance command from machine, and poll time is about 100MS.The UART full-duplex communication of sampling Transistor-Transistor Logic level, 8 data bit, 1 start bit 0, one stops position 1, and without odd-even check, baud rate is 38400.
Command packet form is for (main frame sends, and receives from machine): data frame head (2)+exchange information (1)+order ID(1) + command parameter (3)+inspection and (1) data frame head: 2 bytes, be followed successively by 0x0d0x0a;Exchange information: 1 byte, currently adjusts The output valve of photoswitch;Order ID: pairing order: 0x50(' P '), the ASCII value of capitalization P;Delete pairing order: 0x44(' D '), the ASCII value of capitalization D;Host computer polls is from machine order: 0x51(' Q '), the ASCII value of capitalization Q;Command parameter: retain, do not have There are use, all 0x00;Inspection and: order the cumulative of front 7 bytes and, only retain lowest order byte, a high position abandons, below Identical.Pairing order: 0x0d 0x0a message ' P ' 0x000x00 0x00 (check sum);Delete pairing order: 0x0d 0x0a message‘D’0x000x00 0x00(check sum);Host computer polls is from machine order: 0x0d 0x0a mes sage ‘Q’0x000x00 0x00(check sum)。
* reply data bag form is (sending from machine, main frame receives): data frame head (2)+exchange information (1)+response ID (1)+reply data (2)+response result (1)+inspection and (1) data frame head: exchange information: 1 byte, the number that success is matched Amount;Response ID: pairing order: 0x70(' p '), the ASCII value of small letter p is deleted pairing and ordered: 0x64(' d '), small letter d's ASCII value;Host computer polls is from machine order: 0x71(' q '), the ASCII value of small letter q;Have a mind to during reply data 0(response ID=' q ' Justice, other situation is 0): 0x00(' 0 '): null command, main frame does not perform any action;0x20(' '): null command, main frame is not held Any action of row;0x2b('+'): increase light modulation;0x2d('-'): reduce light modulation;0x3d('='): light modulation output is directly set Value;During reply data 1(response ID=' q ' meaningful, other situation is 0): the parameter of light modulation, effective when non-null command.
Response result (performs the result of Host Command) from machine: 0x00: success;0x01: failure;0x02: illegal ID; 0x03: inspection and mistake;0x04: parameter error;0x05: communication overtime;Response pairing order: 0x0d 0x0a message ' p ' 0x00 0x00 return(check sum);Response is deleted pairing and is ordered: 0x0d 0x0a message ' d ' 0x00 0x00 return(check sum);Response host computer polls is from machine order: 0x0d 0x0a message ' q ' data0 data1 return (check sum).Illustrate: 1: pairing time-out 30 seconds, other order 1 second.2: main frame need to show following state or knot by LED Really, priority is from high to low: 1): matching state, it is recommended that flash continuously and healthily LED;2): command execution results, it is recommended that just Really fast blink is once, failure fast blink 3~5 times;3): pairing quantity is 0, it is recommended that continue slow flash and sparkle;4): normal Standby (pairing quantity is not 0, etc. to be operated), it is recommended that LED is the brightest.3: when returning unsuccessfully, as long as packet is correct, exchange Information is the most effective.4: pairing is simple, it is only necessary to by remote controller, menu length was set by 3 seconds, select suitably to match object, coordinate The use white key of the machine, deletes and uses red button, all grows by 3 seconds effectively.5: remote control add-subtract control brightness uses and follows Ring controls, and i.e. becomes minima after maximum, is maximum after minima, and remote control directly arranges output and do not uses loop control, Exceeding maximum is maximum, is minima less than minima.Panel directly controls not retrained by this.
Use the present invention two-way touch wireless remote control light modulation system have the following characteristics that
One, technical specification
Overall dimensions: 86mm*86mm*38mm;
Voltage: exchange 110-250V/50Hz-60Hz;
Standby power consumption amount: < 0.3mA;
Single channel limits load current :≤0.8A
Single channel maximum load: 150W;(under two-way working condition)
Use environment :-30 ~ 70 degree;Relative temperature is less than 95%;
Single channel push button longevity :≤20000 operations;
Range: the light fixture of all resistive loads in market can be used, such as electric filament lamp etc.
Remote controller receiving frequency 2.4Gz;Remote control distance 10-15m;
Panel light source: closed mode display lamp is blue, is flicker to code operation display lamp
Power circuit block: the program uses the design of LN8K04 tailored version high pressure BUCK controller, and design guarantees
Different loads, main feature is as follows:
1, can work and 380VAC ultra-wide mains voltage range
2,700V high-voltage circuit breaker it is internally integrated
3, there is short circuit and overload protection function
4, there is overheat protective function
5, extremely low standby power and high conversion efficiency
6, GB9254 Yu EN55022EMI test request is met
Two, main electrical parameters:
1, input voltage range: 85-300Vac
2, rated output voltage: 12 ± 2%V DC
3, output-current rating: 0.2A
4, output ripple voltage: < ± 2%
5, failure protection function: output short-circuit, output overloading, overtemperature protection
6, unloaded input power: < 0.4W
7, fully loaded conversion efficiency: about 70%
The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, all essences in the present invention Any amendment, equivalent and the improvement etc. made within god and principle, should be included within the scope of the present invention.

Claims (8)

1. a two-way touches wireless remote control light modulation system, it is characterised in that include into wall cartridge module (100), remote control module (200) company that wall cartridge module (100) includes that radio control circuit (20) is connected with described radio control circuit (20) is entered described in, Connection circuit (30) is connected at least one touch control display unit (10) that circuit (30) connects and is connected circuit with described with described (30) drive circuit (40) connected, wherein:
Described touch control display unit (10) is for receiving and process the touch information of user, by described connection circuit (30) Control described drive circuit (40), and then external loading is controlled;
Described radio control circuit (20) is used for receiving the remote information that user is sent by described remote control module (200), and will Described remote information sends described touch control display unit (10) to by described connection circuit (30), and described touch control shows Show that unit (10) receives and process described remote information, control described drive circuit (40) by described connection circuit (30), enter And external loading is controlled;
Described drive circuit (40) includes zero cross detection circuit (41) and the non-zero passage drive circuit being connected with zero cross detection circuit (42), described non-zero passage drive circuit (42) includes that the non-zero passage of the first via non-zero passage drive circuit (421) and the second tunnel drives electricity Road (422), the described first via non-zero passage drive circuit (421) is used for driving external loading described in the first via, and described second tunnel is non- Zero passage drive circuit (422) is for driving external loading described in the second tunnel;The described first via non-zero passage drive circuit and described Two tunnel non-zero passage drive circuits have identical circuit structure.
Two-way the most according to claim 1 touches wireless remote control light modulation system, and described touch control display unit (10) is wrapped Include first via touch control unit (11) and the second road touch control unit (12);Described first via touch control unit (11) is wrapped Include: first touch draw runner circuit (111) with first touch draw runner circuit (111) be connected the first touch control circuit (112), The the first dynamic LED display circuit (113) being connected with the first touch control circuit (112), described second road touch control unit (12) include that the second touch draw runner circuit (121) touches, with second, the second touch control circuit that draw runner circuit (121) is connected (122) the second dynamic LED display circuit (123) being connected with the second touch control circuit (122), described first touch control Circuit (112) and the second touch control circuit (122) respectively be connected circuit (30) connect;
Described first touches draw runner circuit (111) receives the touch information of user, and sends described touch information to first and touch Touching control circuit (112), described touch information is processed by described first touch control circuit (112), dynamic by first LED display circuit (113) display level, controls described drive circuit (40), to the first via also by described connection circuit (30) Described external loading is controlled;
Described second touches draw runner circuit (121) receives the touch information of user, and sends this touch information to described second Touch control circuit (122), this touch information is processed by described second touch control circuit (122), dynamic by second LED display circuit (123) display level, controls drive circuit (40) also by connecting circuit (30), to outside described in the second tunnel Load is controlled.
Two-way the most according to claim 2 touches wireless remote control light modulation system, it is characterised in that the described first via touches control Unit processed (11) or the second road touch control unit (12) also include mating key (114) and deleting key (115), described coupling key (114) it is connected with the first touch control circuit (112) or the second touch control circuit (122) with deletion key (115), described coupling Key and deletion key are made up of touch sensible bar.
Two-way the most according to claim 2 touch wireless remote control light modulation system, it is characterised in that described in enter wall cartridge module (100) also include the networking status display circuit (50) being connected with radio control circuit (20), be used for showing described remote control module (200) whether with described first via touch control unit (11) or the second road touch control unit (12) networking successful connection.
Two-way the most according to claim 1 touch wireless remote control light modulation system, it is characterised in that described in enter wall cartridge module (100) also include power circuit block, for for described enter each circuit in wall cartridge module power supply is provided.
Two-way the most according to claim 2 touches wireless remote control light modulation system, it is characterised in that described first touch control Circuit (112) includes the first touch chip (U6), and this first touch chip uses model to be the chip of TGPM8F3716BIC;Institute Stating the second touch control circuit (122) and include the second touch chip (U9), this second touch chip employing model is The chip of TGPM8F3716BIC;Described radio control circuit (20) includes wireless receiving and dispatching module (U3), and this wireless receiving and dispatching module is adopted It is the chip of CC2540 by model.
Two-way the most according to claim 2 touches wireless remote control light modulation system, it is characterised in that described first dynamic LED Display circuit (113) includes 16 light emitting diodes, for 16 gray scales of display;Described second dynamic LED display circuit (123) 16 light emitting diodes are included, for 16 gray scales of display.
Two-way the most according to claim 1 touches wireless remote control light modulation system, it is characterised in that the non-zero passage of the described first via Drive circuit (421) includes the first scr triggering device (U5), audion (Q3), the first controllable silicon (SQ1), described first controlled First end of silicon chip driver (U5) by resistance R6 connect+12V power supply, the colelctor electrode of the second end connecting triode (Q3), the Four ends are connected the second end of the first controllable silicon (SQ1), the 6th end and are connected the 3rd end of the first controllable silicon (SQ1) by resistance R11, The grounded emitter of audion (Q3), base stage connect with the described pin LIGHT_1 being connected circuit (30), the first controllable silicon (SQ1) the first end connects first via external loading, resistance of connecting between the second end and first end of the first controllable silicon (SQ1) The RC resistance capaciting absorpting circuit that R12, electric capacity (C7) form.
CN201310015924.4A 2012-11-16 2013-01-16 A kind of two-way touches wireless remote control light modulation system Expired - Fee Related CN103826356B (en)

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