CN105785862A - Novel intelligent display platform photoelectric control system - Google Patents
Novel intelligent display platform photoelectric control system Download PDFInfo
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- CN105785862A CN105785862A CN201610146774.4A CN201610146774A CN105785862A CN 105785862 A CN105785862 A CN 105785862A CN 201610146774 A CN201610146774 A CN 201610146774A CN 105785862 A CN105785862 A CN 105785862A
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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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- 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
Abstract
The invention provides a novel intelligent display platform photoelectric control system. The control system comprises a control unit including a chip IC5 being an eight-pin chip with the type of IC5; a wiring pin No.1 of the chip IC5 is connected with a power supply A binding post; a binding post No.2 of the chip IC5 is connected with a binding post No.3 of the chip IC5; a binding post No.3 of the chip IC5 is connected with one end of a capacitor C9 being a polar capacitor; the binding post No.3 of the chip IC5 is connected with a positive terminal of the capacitor C9; and the other end of the capacitor C9 is connected with the power supply A binding post. According to the invention, the control system has powerful functions; and the traditional single control system is integrated. Moreover, innovation is carried out on circuit control; and the whole control system has advantages of rapid motion and high stability.
Description
Technical field
The present invention relates to culture diffusion field, particularly relate to a kind of display platform equipment, specifically refer to a kind of novel intelligent display platform Light Electronic Control System.
Background technology
It is known that, increasing product is in order to introduce to the market, go abroad, not only depend merely on the publicity of enterprise oneself, a lot of orders and publicity produce in fair, in the exhibition that numerous products converge, your product is one of means possessing competition, and two additionally critically important factors suffer from direct relation with the position in exhibition and the display platform publicized.
Visible, the position of an exhibition can not can occupy by each exhibitioner, but display platform is attended a meeting, unit oneself designs and builds, and is also can attract clients one powerful measure the most intuitively.
A lot of display platforms, in order to attract clients, have become as the intelligent platform of an acousto-optic-electric omnibearing integrated, how these reasonably to be controlled, and are current developing direction.
In like manner, being not only in exhibition, the effect in advertisement that usual road surface is seen, market, wedding are on-the-spot, all more and more use acousto-optic-electric integration.
The current system that much can only control is all adopt independent control unit, and each control unit controls an element, and comparatively tousles, if encountered problems, it is necessary to many-sided staff checks one by one.
Summary of the invention
The technical problem to be solved in the present invention is the weak point existing for prior art, a kind of novel intelligent display platform Light Electronic Control System part is provided, this control systemic-function is powerful, control single for tradition being controlled system integrate, and innovated in circuit control, whole control system acting is rapid, good stability, power supply is applied widely, and constant current constant voltage is effective, and Anti-burnout performance is high.
nullThe technical solution of the present invention is，Following a kind of novel intelligent display platform Light Electronic Control System is provided，Including control unit，Described control unit includes chip IC 5，Described chip IC 5 model is the 8 foot chips of N3555，No. 1 wiring pin of described chip IC 5 connects power supply A binding post，No. 2 binding posts of chip IC 5 connect No. three binding posts of chip IC 5，No. 3 binding posts of described chip IC 5 are connected to one end of electric capacity C9，Electric capacity C9 is polarized electric capacity，No. 3 binding posts of chip IC 5 are connected with the positive terminal of electric capacity C9，Another termination power A binding post of electric capacity C9，No. 4 wiring pins of chip IC 5 are connected to one end of resistance R19，Another of resistance R19 connects the positive terminal of electric capacity C9，No. 4 wiring pins of chip IC 5 are further connected with one end of resistance R8，The other end of resistance R8 is connected to the negative pole end of diode D9，One end of the positive terminal connecting resistance R17 of diode D9，Another termination power B binding post of resistance R17，Resistance R17 is parallel with electric capacity C7，No. 5 wiring pins of chip IC 5 connect the negative pole end of diode D9，No. 6 wiring pins of chip IC 5 connect the negative pole end of diode D9，No. 5 wiring pins of chip IC 5 are further connected with one end of electric capacity C8，Another termination power A binding post of electric capacity C8，One end of described resistance R18 is further connected with Zener diode D10，And be connected with the negative pole end of Zener diode D10，The positive terminal of Zener diode D10 is connected to power supply A binding post，No. 7 wiring pins of chip IC 5 are connected to the first response unit，No. 8 wiring pins of chip IC 5 are connected to one end of electric capacity C10，Another termination power A binding post of electric capacity C10.
nullAs preferably，No. 1 wiring pin of described chip IC 5 is further connected with infrared joint J，Described infrared joint J is provided with 1 ~ No. 3 three wiring pin，No. 1 wiring pin of chip IC 5 is connected with No. 1 wiring pin of infrared joint J，No. 2 wiring pins of chip IC 5 are further connected with one end of electric capacity C3，No. 1 wiring pin of another termination chip IC 5 of electric capacity C3，No. 2 wiring pins of chip IC 5 are further connected with the negative pole end of diode D3，No. 4 wiring pins of the positive pole termination chip IC 5 of diode D3，One end of No. 2 wiring pin connecting resistance R6 of chip IC 5，No. 4 wiring pins of another termination chip IC 5 of resistance R6，One end of No. 2 wiring pin connecting resistance R4 of chip IC 5，The E end of another termination audion Q2 of resistance R4，One end of the C terminating resistor R7 of audion Q2，No. 4 wiring pins of another termination chip IC 5 of resistance R7，No. 5 wiring pins of chip IC 5 connect No. 2 wiring pins of infrared joint J，No. 8 wiring pins of chip IC 5 are connected to one end of electric capacity C4，No. 2 wiring pins of the infrared joint J of another termination of electric capacity C4，No. 7 wiring pins of described chip IC 5 are further connected with the second response unit.
nullAs preferably，Also include receiving unit，Described reception unit includes the chip IC 2 that the B end with audion Q2 is connected，The model of described chip IC 2 is NB9211，Described chip IC 2 is provided with 1 ~ No. 8 eight wiring pin，No. 7 wiring pins of described chip IC 2 are connected with the B end of audion Q2，It is provided with resistance R5 between No. 7 wiring pins and the audion Q2 of chip IC 2，No. 2 wiring pins of chip IC 2 are connected to No. 3 wiring pins of infrared joint J，No. 3 wiring pins of chip IC 2 are connected to one end of electric capacity C5，No. 1 wiring pin of another termination chip IC 5 of electric capacity C5，No. 4 wiring of chip IC 2 connect No. 1 wiring pin of infrared joint J，No. 6 wiring pins of chip IC 2 are vacant，No. 8 wiring pins of chip IC 2 are connected to No. 2 wiring pins of infrared joint J，No. 1 wiring pin of chip IC 2 is connected with No. 2 wiring pins of infrared joint J，No. 5 wiring pins of chip IC 2 are connected to the second response unit.
nullAs preferably，Described first response unit includes chip IC 3，Described chip IC 3 is provided with 1 ~ No. 10 wiring pin，No. 7 wiring pins of described chip IC 5 are connected with No. 2 wiring pin CP ends of chip IC 3，No. 6 wiring pins of chip IC 5 connect No. 1 wiring pin vdd terminal of chip IC 3，No. 3 wiring pin VSS ends and No. 4 wiring pin cpe ends of chip IC 3 all connect power supply A binding post，No. 5 wiring of chip IC 3 are terminated with one end of resistance R24 with regard to R，Another termination power A binding post of resistance R24，No. 6 wiring pin Y5 of chip IC 3 are terminated with diode D11，And be connected with the positive terminal of diode D11，No. 5 wiring pin R ends of the negative pole termination chip IC 3 of diode D11，No. 7 wiring pins of chip IC 3 are connected to one end of resistance R23，The other end order of resistance R23 is to the G end of silicon controlled crystal brake pipe D16，No. 8 wiring pins of chip IC 3 are connected to one end of resistance R22，The other end order of resistance R22 is to the G end of silicon controlled crystal brake pipe D15，No. 9 wiring pins of chip IC 3 are connected to one end of resistance R21，The other end order of resistance R21 is to the G end of silicon controlled crystal brake pipe D14，No. 10 wiring pins of chip IC 3 are connected to one end of resistance R20，The other end order of resistance R20 is to the G end of silicon controlled crystal brake pipe D13，One-way SCR IGCT D13、One-way SCR IGCT D14、One-way SCR IGCT D15、The K end of one-way SCR IGCT D16 is all connected to LED display，One-way SCR IGCT D13、One-way SCR IGCT D14、One-way SCR IGCT D15、The A end ground connection of one-way SCR IGCT D16，No. 1 wiring pin of chip IC 3 is further connected with one end of electric capacity C11，No. 5 wiring pins of another termination chip IC 3 of electric capacity C11，Power supply B binding post is further connected with the positive terminal of diode D8，The negative pole termination LED display of diode D8.
nullAs preferably，Described second response unit includes chip IC 6，Chip IC 6 is provided with 1 ~ No. 8 wiring pin，No. 7 wiring pins of chip IC 5 are connected to No. 7 wiring pins of chip IC 6，No. 5 wiring pins of chip IC 5 connect No. 8 wiring pins of chip IC 6，No. 6 wiring pins of chip IC 6 are connected to one end of resistance R8，No. 5 wiring pins of another termination chip IC 2 of resistance R8，No. 6 wiring pins of chip IC 6 are further connected with one end of resistance R9，No. 1 wiring pin of another termination chip IC 5 of resistance R9，No. 5 wiring pin ground connection of chip IC 6，No. 4 wiring pins of chip IC 6 are connected to the positive terminal of diode D4，No. 5 wiring pins of the negative pole termination chip IC 6 of diode D4，The other end ground connection of resistance R8，No. 1 wiring pin of chip IC 6 is connected to one end of resistance R12，The other end of resistance R12 is connected to the B end of audion Q3，The E of audion Q3 is terminated with No. 2 wiring pins of infrared joint J，The C of audion Q3 is terminated with one end of resistance R15，The G end of another termination bidirectional triode thyristor IGCT D19 of resistance R15，The T1 of bidirectional triode thyristor IGCT D19 terminates one end of spotlight L3，Another termination power A binding post of spotlight L3；No. 2 wiring pins of chip IC 6 are connected to one end of resistance R11, the other end of resistance R11 is connected to the B end of audion Q4, the E of audion Q4 is terminated with No. 2 wiring pins of infrared joint J, the C of audion Q4 is terminated with one end of resistance R14, the G end of another termination bidirectional triode thyristor IGCT D18 of resistance R14, the T1 of bidirectional triode thyristor IGCT D18 terminates one end of spotlight L2, another termination power A binding post of spotlight L2；No. 3 wiring pins of chip IC 6 are connected to one end of resistance R10, the other end of resistance R10 is connected to the B end of audion Q5, the E of audion Q5 is terminated with No. 2 wiring pins of infrared joint J, the C of audion Q5 is terminated with one end of resistance R13, the G end of another termination bidirectional triode thyristor IGCT D17 of resistance R13, the T1 of bidirectional triode thyristor IGCT D17 terminates one end of spotlight L1, another termination power A binding post of spotlight L1；Bidirectional triode thyristor IGCT D17, bidirectional triode thyristor IGCT D18, the T2 end of bidirectional triode thyristor IGCT D19 is all connected with power supply B binding post, No. 8 wiring pins of chip IC 6 pass through electric capacity C12 ground connection, on electric capacity C12, parallel connection is connected to Zener diode D5, and the positive terminal ground connection of Zener diode D5, No. 8 wiring pins of chip IC 6 are connected to power supply B binding post, No. 8 wiring pins of chip IC 6 are connected to the negative pole end of diode D7, the positive terminal of diode D7 is connected to the negative pole end ground connection of diode D6, the positive terminal of diode D7 is further connected with one end of resistance R16, another termination power A binding post of resistance R16, resistance R16 is parallel with electric capacity C6.
nullAs preferably，Also include external signal transmitter unit，Described external signal transmitter unit includes chip IC 1，Described chip IC 1 model is NB9107，Chip IC 1 is provided with 1 ~ No. 14 wiring pin，No. 14 wiring pins of chip IC 1 are connected to positive source，No. 1 wiring pin of chip IC 1 is connected to one end of resistance R1，The other end of resistance R1 is connected to the B end of audion Q1，The E termination power negative pole of audion Q1，The C of audion Q1 terminates the negative pole end of light emitting diode D1，The positive pole termination positive source of light emitting diode D1，No. 2 wiring of chip IC 1 are connected to one end of electric capacity C1，Another termination power cathode of electric capacity C1，On electric capacity C1, parallel connection is connected to resistance R2，No. 3 wiring pins of chip IC 1 are connected to one end of electric capacity C2，Another termination power cathode of electric capacity C2，No. 4 wiring pins of chip IC 1 are vacant，No. 5 wiring pins of chip IC 1 are connected to the positive terminal of light emitting diode D2，One end of the negative pole end connecting resistance R3 of light emitting diode D2，Another termination power cathode of resistance R3，No. 6 wiring pins of chip IC 1 connect power cathode，7 ~ No. 13 wiring pins of chip IC 1 are equipped with control switch，The one end controlling switch is connected with 7 ~ No. 13 wiring pins of IC1，The other end controlling switch is connected with positive source.
Adopt the beneficial effect of the technical program: this control systemic-function is powerful, control single for tradition being controlled system integrate, and innovated in circuit control, whole control system acting is rapid, good stability, power supply is applied widely, and constant current constant voltage is effective, and Anti-burnout performance is high, circuit use without solving electric capacity, power coefficient, up to 0.97, has capacity of resisting disturbance, and the distortion factor is less than 0.51%；1000 instantaneous switching electrical testings, in circuit, electric components burn-out rate is start success rate for 0.001,1000 time more than 99.99%, and instantaneous starting power consumption is low, is only 1.3 ~ 1.5 times of the whole rated power of luminous body.
Accompanying drawing explanation
Fig. 1 is the electrical block diagram of external signal transmitter unit of the present invention.
Fig. 2 is the electrical block diagram of control unit and the first response unit.
Fig. 3 is the electrical block diagram of control unit and the second response unit.
Detailed description of the invention
For purposes of illustration only, below in conjunction with accompanying drawing, the novel intelligent display platform Light Electronic Control System of invention is elaborated.
nullAs shown in Figure 1 to Figure 3，A kind of novel intelligent display platform Light Electronic Control System，Including control unit，Described control unit includes chip IC 5，Described chip IC 5 model is the 8 foot chips of N3555，No. 1 wiring pin of described chip IC 5 connects power supply A binding post，No. 2 binding posts of chip IC 5 connect No. three binding posts of chip IC 5，No. 3 binding posts of described chip IC 5 are connected to one end of electric capacity C9，Electric capacity C9 is polarized electric capacity，No. 3 binding posts of chip IC 5 are connected with the positive terminal of electric capacity C9，Another termination power A binding post of electric capacity C9，No. 4 wiring pins of chip IC 5 are connected to one end of resistance R19，Another of resistance R19 connects the positive terminal of electric capacity C9，No. 4 wiring pins of chip IC 5 are further connected with one end of resistance R8，The other end of resistance R8 is connected to the negative pole end of diode D9，One end of the positive terminal connecting resistance R17 of diode D9，Another termination power B binding post of resistance R17，Resistance R17 is parallel with electric capacity C7，No. 5 wiring pins of chip IC 5 connect the negative pole end of diode D9，No. 6 wiring pins of chip IC 5 connect the negative pole end of diode D9，No. 5 wiring pins of chip IC 5 are further connected with one end of electric capacity C8，Another termination power A binding post of electric capacity C8，One end of described resistance R18 is further connected with Zener diode D10，And be connected with the negative pole end of Zener diode D10，The positive terminal of Zener diode D10 is connected to power supply A binding post，No. 7 wiring pins of chip IC 5 are connected to the first response unit，No. 8 wiring pins of chip IC 5 are connected to one end of electric capacity C10，Another termination power A binding post of electric capacity C10.
nullNo. 1 wiring pin of described chip IC 5 is further connected with infrared joint J，Described infrared joint J is provided with 1 ~ No. 3 three wiring pin，No. 1 wiring pin of chip IC 5 is connected with No. 1 wiring pin of infrared joint J，No. 2 wiring pins of chip IC 5 are further connected with one end of electric capacity C3，No. 1 wiring pin of another termination chip IC 5 of electric capacity C3，No. 2 wiring pins of chip IC 5 are further connected with the negative pole end of diode D3，No. 4 wiring pins of the positive pole termination chip IC 5 of diode D3，One end of No. 2 wiring pin connecting resistance R6 of chip IC 5，No. 4 wiring pins of another termination chip IC 5 of resistance R6，One end of No. 2 wiring pin connecting resistance R4 of chip IC 5，The E end of another termination audion Q2 of resistance R4，One end of the C terminating resistor R7 of audion Q2，No. 4 wiring pins of another termination chip IC 5 of resistance R7，No. 5 wiring pins of chip IC 5 connect No. 2 wiring pins of infrared joint J，No. 8 wiring pins of chip IC 5 are connected to one end of electric capacity C4，No. 2 wiring pins of the infrared joint J of another termination of electric capacity C4，No. 7 wiring pins of described chip IC 5 are further connected with the second response unit.
nullAlso include receiving unit，Described reception unit includes the chip IC 2 that the B end with audion Q2 is connected，The model of described chip IC 2 is NB9211，Described chip IC 2 is provided with 1 ~ No. 8 eight wiring pin，No. 7 wiring pins of described chip IC 2 are connected with the B end of audion Q2，It is provided with resistance R5 between No. 7 wiring pins and the audion Q2 of chip IC 2，No. 2 wiring pins of chip IC 2 are connected to No. 3 wiring pins of infrared joint J，No. 3 wiring pins of chip IC 2 are connected to one end of electric capacity C5，No. 1 wiring pin of another termination chip IC 5 of electric capacity C5，No. 4 wiring of chip IC 2 connect No. 1 wiring pin of infrared joint J，No. 6 wiring pins of chip IC 2 are vacant，No. 8 wiring pins of chip IC 2 are connected to No. 2 wiring pins of infrared joint J，No. 1 wiring pin of chip IC 2 is connected with No. 2 wiring pins of infrared joint J，No. 5 wiring pins of chip IC 2 are connected to the second response unit.
nullDescribed first response unit includes chip IC 3，Described chip IC 3 model is MCIMX6Q6AVT10AC，Described chip IC 3 is provided with 1 ~ No. 10 wiring pin，No. 7 wiring pins of described chip IC 5 are connected with No. 2 wiring pin CP ends of chip IC 3，No. 6 wiring pins of chip IC 5 connect No. 1 wiring pin vdd terminal of chip IC 3，No. 3 wiring pin VSS ends and No. 4 wiring pin cpe ends of chip IC 3 all connect power supply A binding post，No. 5 wiring of chip IC 3 are terminated with one end of resistance R24 with regard to R，Another termination power A binding post of resistance R24，No. 6 wiring pin Y5 of chip IC 3 are terminated with diode D11，And be connected with the positive terminal of diode D11，No. 5 wiring pin R ends of the negative pole termination chip IC 3 of diode D11，No. 7 wiring pins of chip IC 3 are connected to one end of resistance R23，The other end order of resistance R23 is to the G end of silicon controlled crystal brake pipe D16，No. 8 wiring pins of chip IC 3 are connected to one end of resistance R22，The other end order of resistance R22 is to the G end of silicon controlled crystal brake pipe D15，No. 9 wiring pins of chip IC 3 are connected to one end of resistance R21，The other end order of resistance R21 is to the G end of silicon controlled crystal brake pipe D14，No. 10 wiring pins of chip IC 3 are connected to one end of resistance R20，The other end order of resistance R20 is to the G end of silicon controlled crystal brake pipe D13，One-way SCR IGCT D13、One-way SCR IGCT D14、One-way SCR IGCT D15、The K end of one-way SCR IGCT D16 is all connected to LED display，One-way SCR IGCT D13、One-way SCR IGCT D14、One-way SCR IGCT D15、The A end ground connection of one-way SCR IGCT D16，No. 1 wiring pin of chip IC 3 is further connected with one end of electric capacity C11，No. 5 wiring pins of another termination chip IC 3 of electric capacity C11，Power supply B binding post is further connected with the positive terminal of diode D8，The negative pole termination LED display of diode D8.
nullDescribed second response unit includes chip IC 6，Described chip IC 6 model is THX/THX203，Chip IC 6 is provided with 1 ~ No. 8 wiring pin，No. 7 wiring pins of chip IC 5 are connected to No. 7 wiring pins of chip IC 6，No. 5 wiring pins of chip IC 5 connect No. 8 wiring pins of chip IC 6，No. 6 wiring pins of chip IC 6 are connected to one end of resistance R8，No. 5 wiring pins of another termination chip IC 2 of resistance R8，No. 6 wiring pins of chip IC 6 are further connected with one end of resistance R9，No. 1 wiring pin of another termination chip IC 5 of resistance R9，No. 5 wiring pin ground connection of chip IC 6，No. 4 wiring pins of chip IC 6 are connected to the positive terminal of diode D4，No. 5 wiring pins of the negative pole termination chip IC 6 of diode D4，The other end ground connection of resistance R8，No. 1 wiring pin of chip IC 6 is connected to one end of resistance R12，The other end of resistance R12 is connected to the B end of audion Q3，The E of audion Q3 is terminated with No. 2 wiring pins of infrared joint J，The C of audion Q3 is terminated with one end of resistance R15，The G end of another termination bidirectional triode thyristor IGCT D19 of resistance R15，The T1 of bidirectional triode thyristor IGCT D19 terminates one end of spotlight L3，Another termination power A binding post of spotlight L3；No. 2 wiring pins of chip IC 6 are connected to one end of resistance R11, the other end of resistance R11 is connected to the B end of audion Q4, the E of audion Q4 is terminated with No. 2 wiring pins of infrared joint J, the C of audion Q4 is terminated with one end of resistance R14, the G end of another termination bidirectional triode thyristor IGCT D18 of resistance R14, the T1 of bidirectional triode thyristor IGCT D18 terminates one end of spotlight L2, another termination power A binding post of spotlight L2；No. 3 wiring pins of chip IC 6 are connected to one end of resistance R10, the other end of resistance R10 is connected to the B end of audion Q5, the E of audion Q5 is terminated with No. 2 wiring pins of infrared joint J, the C of audion Q5 is terminated with one end of resistance R13, the G end of another termination bidirectional triode thyristor IGCT D17 of resistance R13, the T1 of bidirectional triode thyristor IGCT D17 terminates one end of spotlight L1, another termination power A binding post of spotlight L1；Bidirectional triode thyristor IGCT D17, bidirectional triode thyristor IGCT D18, the T2 end of bidirectional triode thyristor IGCT D19 is all connected with power supply B binding post, No. 8 wiring pins of chip IC 6 pass through electric capacity C12 ground connection, on electric capacity C12, parallel connection is connected to Zener diode D5, and the positive terminal ground connection of Zener diode D5, No. 8 wiring pins of chip IC 6 are connected to power supply B binding post, No. 8 wiring pins of chip IC 6 are connected to the negative pole end of diode D7, the positive terminal of diode D7 is connected to the negative pole end ground connection of diode D6, the positive terminal of diode D7 is further connected with one end of resistance R16, another termination power A binding post of resistance R16, resistance R16 is parallel with electric capacity C6.
nullAlso include external signal transmitter unit，Described external signal transmitter unit includes chip IC 1，Described chip IC 1 model is NB9107，Chip IC 1 is provided with 1 ~ No. 14 wiring pin，No. 14 wiring pins of chip IC 1 are connected to positive source，No. 1 wiring pin of chip IC 1 is connected to one end of resistance R1，The other end of resistance R1 is connected to the B end of audion Q1，The E termination power negative pole of audion Q1，The C of audion Q1 terminates the negative pole end of light emitting diode D1，The positive pole termination positive source of light emitting diode D1，No. 2 wiring of chip IC 1 are connected to one end of electric capacity C1，Another termination power cathode of electric capacity C1，On electric capacity C1, parallel connection is connected to resistance R2，No. 3 wiring pins of chip IC 1 are connected to one end of electric capacity C2，Another termination power cathode of electric capacity C2，No. 4 wiring pins of chip IC 1 are vacant，No. 5 wiring pins of chip IC 1 are connected to the positive terminal of light emitting diode D2，One end of the negative pole end connecting resistance R3 of light emitting diode D2，Another termination power cathode of resistance R3，No. 6 wiring pins of chip IC 1 connect power cathode，7 ~ No. 13 wiring pins of chip IC 1 are equipped with control switch，The one end controlling switch is connected with 7 ~ No. 13 wiring pins of IC1，The other end controlling switch is connected with positive source.
In the above-described embodiments, the preferred forms of the present invention is described, it is obvious that under the inventive concept of the present invention, still can make a lot of change.At this, it should illustrate, any change made under the inventive concept of the present invention falls within protection scope of the present invention.
Claims (6)
- null1. include chip IC 5，Described chip IC 5 model is the 8 foot chips of N3555，No. 1 wiring pin of described chip IC 5 connects power supply A binding post，No. 2 binding posts of chip IC 5 connect No. three binding posts of chip IC 5，No. 3 binding posts of described chip IC 5 are connected to one end of electric capacity C9，Electric capacity C9 is polarized electric capacity，No. 3 binding posts of chip IC 5 are connected with the positive terminal of electric capacity C9，Another termination power A binding post of electric capacity C9，No. 4 wiring pins of chip IC 5 are connected to one end of resistance R19，Another of resistance R19 connects the positive terminal of electric capacity C9，No. 4 wiring pins of chip IC 5 are further connected with one end of resistance R8，The other end of resistance R8 is connected to the negative pole end of diode D9，One end of the positive terminal connecting resistance R17 of diode D9，Another termination power B binding post of resistance R17，Resistance R17 is parallel with electric capacity C7，No. 5 wiring pins of chip IC 5 connect the negative pole end of diode D9，No. 6 wiring pins of chip IC 5 connect the negative pole end of diode D9，No. 5 wiring pins of chip IC 5 are further connected with one end of electric capacity C8，Another termination power A binding post of electric capacity C8，One end of described resistance R18 is further connected with Zener diode D10，And be connected with the negative pole end of Zener diode D10，The positive terminal of Zener diode D10 is connected to power supply A binding post，No. 7 wiring pins of chip IC 5 are connected to the first response unit，No. 8 wiring pins of chip IC 5 are connected to one end of electric capacity C10，Another termination power A binding post of electric capacity C10.
- nullNo. 1 wiring pin of 2.IC5 is further connected with infrared joint J，Described infrared joint J is provided with 1 ~ No. 3 three wiring pin，No. 1 wiring pin of chip IC 5 is connected with No. 1 wiring pin of infrared joint J，No. 2 wiring pins of chip IC 5 are further connected with one end of electric capacity C3，No. 1 wiring pin of another termination chip IC 5 of electric capacity C3，No. 2 wiring pins of chip IC 5 are further connected with the negative pole end of diode D3，No. 4 wiring pins of the positive pole termination chip IC 5 of diode D3，One end of No. 2 wiring pin connecting resistance R6 of chip IC 5，No. 4 wiring pins of another termination chip IC 5 of resistance R6，One end of No. 2 wiring pin connecting resistance R4 of chip IC 5，The E end of another termination audion Q2 of resistance R4，One end of the C terminating resistor R7 of audion Q2，No. 4 wiring pins of another termination chip IC 5 of resistance R7，No. 5 wiring pins of chip IC 5 connect No. 2 wiring pins of infrared joint J，No. 8 wiring pins of chip IC 5 are connected to one end of electric capacity C4，No. 2 wiring pins of the infrared joint J of another termination of electric capacity C4，No. 7 wiring pins of described chip IC 5 are further connected with the second response unit.
- null3. unit，Described reception unit includes the chip IC 2 that the B end with audion Q2 is connected，The model of described chip IC 2 is NB9211，Described chip IC 2 is provided with 1 ~ No. 8 eight wiring pin，No. 7 wiring pins of described chip IC 2 are connected with the B end of audion Q2，It is provided with resistance R5 between No. 7 wiring pins and the audion Q2 of chip IC 2，No. 2 wiring pins of chip IC 2 are connected to No. 3 wiring pins of infrared joint J，No. 3 wiring pins of chip IC 2 are connected to one end of electric capacity C5，No. 1 wiring pin of another termination chip IC 5 of electric capacity C5，No. 4 wiring of chip IC 2 connect No. 1 wiring pin of infrared joint J，No. 6 wiring pins of chip IC 2 are vacant，No. 8 wiring pins of chip IC 2 are connected to No. 2 wiring pins of infrared joint J，No. 1 wiring pin of chip IC 2 is connected with No. 2 wiring pins of infrared joint J，No. 5 wiring pins of chip IC 2 are connected to the second response unit.
- null4. novel intelligent display platform Light Electronic Control System according to claim 3，It is characterized in that: described first response unit includes chip IC 3，Described chip IC 3 is provided with 1 ~ No. 10 wiring pin，No. 7 wiring pins of described chip IC 5 are connected with No. 2 wiring pin CP ends of chip IC 3，No. 6 wiring pins of chip IC 5 connect No. 1 wiring pin vdd terminal of chip IC 3，No. 3 wiring pin VSS ends and No. 4 wiring pin cpe ends of chip IC 3 all connect power supply A binding post，No. 5 wiring of chip IC 3 are terminated with one end of resistance R24 with regard to R，Another termination power A binding post of resistance R24，No. 6 wiring pin Y5 of chip IC 3 are terminated with diode D11，And be connected with the positive terminal of diode D11，No. 5 wiring pin R ends of the negative pole termination chip IC 3 of diode D11，No. 7 wiring pins of chip IC 3 are connected to one end of resistance R23，The other end order of resistance R23 is to the G end of silicon controlled crystal brake pipe D16，No. 8 wiring pins of chip IC 3 are connected to one end of resistance R22，The other end order of resistance R22 is to the G end of silicon controlled crystal brake pipe D15，No. 9 wiring pins of chip IC 3 are connected to one end of resistance R21，The other end order of resistance R21 is to the G end of silicon controlled crystal brake pipe D14，No. 10 wiring pins of chip IC 3 are connected to one end of resistance R20，The other end order of resistance R20 is to the G end of silicon controlled crystal brake pipe D13，One-way SCR IGCT D13、One-way SCR IGCT D14、One-way SCR IGCT D15、The K end of one-way SCR IGCT D16 is all connected to LED display，One-way SCR IGCT D13、One-way SCR IGCT D14、One-way SCR IGCT D15、The A end ground connection of one-way SCR IGCT D16，No. 1 wiring pin of chip IC 3 is further connected with one end of electric capacity C11，No. 5 wiring pins of another termination chip IC 3 of electric capacity C11，Power supply B binding post is further connected with the positive terminal of diode D8，The negative pole termination LED display of diode D8.
- null5. novel intelligent display platform Light Electronic Control System according to claim 4，It is characterized in that: described second response unit includes chip IC 6，Chip IC 6 is provided with 1 ~ No. 8 wiring pin，No. 7 wiring pins of chip IC 5 are connected to No. 7 wiring pins of chip IC 6，No. 5 wiring pins of chip IC 5 connect No. 8 wiring pins of chip IC 6，No. 6 wiring pins of chip IC 6 are connected to one end of resistance R8，No. 5 wiring pins of another termination chip IC 2 of resistance R8，No. 6 wiring pins of chip IC 6 are further connected with one end of resistance R9，No. 1 wiring pin of another termination chip IC 5 of resistance R9，No. 5 wiring pin ground connection of chip IC 6，No. 4 wiring pins of chip IC 6 are connected to the positive terminal of diode D4，No. 5 wiring pins of the negative pole termination chip IC 6 of diode D4，The other end ground connection of resistance R8，No. 1 wiring pin of chip IC 6 is connected to one end of resistance R12，The other end of resistance R12 is connected to the B end of audion Q3，The E of audion Q3 is terminated with No. 2 wiring pins of infrared joint J，The C of audion Q3 is terminated with one end of resistance R15，The G end of another termination bidirectional triode thyristor IGCT D19 of resistance R15，The T1 of bidirectional triode thyristor IGCT D19 terminates one end of spotlight L3，Another termination power A binding post of spotlight L3；No. 2 wiring pins of chip IC 6 are connected to one end of resistance R11, the other end of resistance R11 is connected to the B end of audion Q4, the E of audion Q4 is terminated with No. 2 wiring pins of infrared joint J, the C of audion Q4 is terminated with one end of resistance R14, the G end of another termination bidirectional triode thyristor IGCT D18 of resistance R14, the T1 of bidirectional triode thyristor IGCT D18 terminates one end of spotlight L2, another termination power A binding post of spotlight L2；No. 3 wiring pins of chip IC 6 are connected to one end of resistance R10, the other end of resistance R10 is connected to the B end of audion Q5, the E of audion Q5 is terminated with No. 2 wiring pins of infrared joint J, the C of audion Q5 is terminated with one end of resistance R13, the G end of another termination bidirectional triode thyristor IGCT D17 of resistance R13, the T1 of bidirectional triode thyristor IGCT D17 terminates one end of spotlight L1, another termination power A binding post of spotlight L1；Bidirectional triode thyristor IGCT D17, bidirectional triode thyristor IGCT D18, the T2 end of bidirectional triode thyristor IGCT D19 is all connected with power supply B binding post, No. 8 wiring pins of chip IC 6 pass through electric capacity C12 ground connection, on electric capacity C12, parallel connection is connected to Zener diode D5, and the positive terminal ground connection of Zener diode D5, No. 8 wiring pins of chip IC 6 are connected to power supply B binding post, No. 8 wiring pins of chip IC 6 are connected to the negative pole end of diode D7, the positive terminal of diode D7 is connected to the negative pole end ground connection of diode D6, the positive terminal of diode D7 is further connected with one end of resistance R16, another termination power A binding post of resistance R16, resistance R16 is parallel with electric capacity C6.
- null6. novel intelligent display platform Light Electronic Control System according to claim 1 or 5，It is characterized in that: also include external signal transmitter unit，Described external signal transmitter unit includes chip IC 1，Described chip IC 1 model is NB9107，Chip IC 1 is provided with 1 ~ No. 14 wiring pin，No. 14 wiring pins of chip IC 1 are connected to positive source，No. 1 wiring pin of chip IC 1 is connected to one end of resistance R1，The other end of resistance R1 is connected to the B end of audion Q1，The E termination power negative pole of audion Q1，The C of audion Q1 terminates the negative pole end of light emitting diode D1，The positive pole termination positive source of light emitting diode D1，No. 2 wiring of chip IC 1 are connected to one end of electric capacity C1，Another termination power cathode of electric capacity C1，On electric capacity C1, parallel connection is connected to resistance R2，No. 3 wiring pins of chip IC 1 are connected to one end of electric capacity C2，Another termination power cathode of electric capacity C2，No. 4 wiring pins of chip IC 1 are vacant，No. 5 wiring pins of chip IC 1 are connected to the positive terminal of light emitting diode D2，One end of the negative pole end connecting resistance R3 of light emitting diode D2，Another termination power cathode of resistance R3，No. 6 wiring pins of chip IC 1 connect power cathode，7 ~ No. 13 wiring pins of chip IC 1 are equipped with control switch，The one end controlling switch is connected with 7 ~ No. 13 wiring pins of IC1，The other end controlling switch is connected with positive source.
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| CN105785862B (en) | 2018-09-28 |
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