CN105785862B - A kind of novel intelligent display platform Light Electronic Control System - Google Patents
A kind of novel intelligent display platform Light Electronic Control System Download PDFInfo
- Publication number
- CN105785862B CN105785862B CN201610146774.4A CN201610146774A CN105785862B CN 105785862 B CN105785862 B CN 105785862B CN 201610146774 A CN201610146774 A CN 201610146774A CN 105785862 B CN105785862 B CN 105785862B
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Classifications
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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
-
- 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 present invention provides a kind of novel intelligent display platform Light Electronic Control Systems, including control unit, described control unit includes chip IC 5, the 8 foot chips of 5 model N3555 of the chip IC, No. 1 wiring pin of the chip IC 5 connects power supply A binding posts, No. 2 binding posts of chip IC 5 connect No. three binding posts of chip IC 5, No. 3 binding posts of the chip IC 5 are connected to one end of capacitance C9, capacitance C9 is polarized capacitance, No. 3 binding posts of chip IC 5 are connect with the positive terminal of capacitance C9, another termination power A binding posts of capacitance C9.The present invention has control system powerful, the single control control system of tradition is integrated, and is innovated in circuit control, entire control system is swift in motion, and stability is good.
Description
Technical field
The present invention relates to cultural spreading field more particularly to a kind of display platform equipment, in particular to a kind of novel intelligents
Display platform Light Electronic Control System.
Background technology
It is well known that more and more products go abroad to introduce to the market, not only depend merely on enterprise a surname of self
It passes, many orders and publicity generate in fair, and in the exhibition that numerous products converge, your product is that have competition
One of means, in addition two critically important factors in exhibition position, suffer from directly with the display platform of publicity
Relationship.
As it can be seen that the position of an exhibition exhibitioner can each can not possibly occupy, but display platform is unit of attending a meeting
It oneself designs and builds, and the most intuitive powerful measure that can most attract clients.
Many display platforms have become the intelligent platform of an acousto-optic-electric omnibearing integrated, such as to attract clients
What is reasonably controlled these, is a current developing direction.
Similarly, not only in exhibition, advertisement, the effect in market, wedding scene that usual road surface is seen etc. are all more next
More is electrical integrated using acousto-optic.
It is current much can only control system be all that independent control unit, each control unit is used to control a member
Part, and more tousle, if encountered problems, various staff is needed to be checked one by one.
Invention content
The technical problem to be solved by the present invention is to be directed to existing deficiencies in the technology, a kind of novel intelligent is provided
Display platform Light Electronic Control System part, the control system is powerful, and the single control control system of tradition is integrated, and
And innovated in circuit control, entire control system is swift in motion, and stability is good, and power supply is applied widely, and current stabilization is steady
Press effect good, Anti-burnout performance is high.
Technical solution of the invention is to provide a kind of following novel intelligent display platform Light Electronic Control System, including
Control unit, described control unit include chip IC 5, the 8 foot chips of 5 model N3555 of the chip IC, the chip IC 5
No. 1 wiring pin connect power supply A binding posts, No. 2 binding posts of chip IC 5 connect No. three binding posts of chip IC 5, the chip IC 5
No. 3 binding posts be connected to one end of capacitance C9, capacitance C9 is polarized capacitance, No. 3 binding posts of chip IC 5 with capacitance C9 just
Extreme connection, another termination power A binding posts of capacitance C9, No. 4 wiring pins of chip IC 5 are connected to one end of resistance R19, resistance
Another termination of R19 connects the positive terminal of capacitance C9, and No. 4 wiring pins of chip IC 5 are further connected with one end of resistance R8, and resistance R8's is another
One is terminated with the negative pole end of diode D9, one end of the positive terminating resistor R17 of diode D9, another termination electricity of resistance R17
Source B binding posts are parallel with capacitance C7 on resistance R17, and No. 5 wiring pins of chip IC 5 connect the negative pole end of diode D9, chip IC 5
No. 6 wiring pins connect the negative pole end of diode D9, No. 5 wiring pins of chip IC 5 are further connected with one end of capacitance C8, and capacitance C8's is another
One end of one termination power A binding posts, the resistance R18 is further connected with zener diode D10, and negative with zener diode D10
Extreme connection, the anode of zener diode D10 are terminated with power supply A binding posts, and 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 capacitance C10, another termination power A binding posts of capacitance C10.
Preferably, No. 1 wiring pin of the chip IC 5 is further connected with infrared connector J, the infrared connector J is equipped with 1 ~ No. 3
Three wiring pins, No. 1 wiring pin of chip IC 5 are connect with No. 1 wiring pin of infrared connector J, and No. 2 wiring pins of chip IC 5 are also
It is connected to one end of capacitance C3, No. 2 wiring pins of No. 1 wiring pin of another termination chip IC 5 of capacitance C3, chip IC 5 are further connected with
The negative pole end of diode D3, No. 4 wiring pins of the anode termination chip IC 5 of diode D3, No. 2 wiring pins of chip IC 5 connect electricity
One end of resistance R6, No. 4 wiring pins of another termination chip IC 5 of resistance R6, the one of No. 2 wiring pin connecting resistance R4 of chip IC 5
End, the ends E of another termination triode Q2 of resistance R4, one end of the C-terminal connecting resistance R7 of triode Q2, another termination of resistance R7
No. 5 wiring pins of No. 4 wiring pins of chip IC 5, chip IC 5 connect No. 2 wiring pins of infrared connector J, and No. 8 of chip IC 5 connect
Stitch is connected to one end of capacitance C4, No. 2 wiring pins of the infrared connector J of another termination of capacitance C4, and No. 7 of the chip IC 5 connect
Stitch is further connected with the second response unit.
Preferably, further including receiving unit, the receiving unit includes the chip IC 2 being connect with the ends B of triode Q2,
The model NB9211 of the chip IC 2, the chip IC 2 be equipped with 1 ~ No. 8 eight wiring pin, No. 7 of the chip IC 2
Wiring pin is connect with the ends B of triode Q2, and resistance R5, chip are equipped between No. 7 wiring pins and triode Q2 of chip IC 2
No. 2 wiring pins of IC2 are connected to No. 3 wiring pins of infrared connector J, and No. 3 wiring pins of chip IC 2 are connected to one end of capacitance C5, electricity
Hold No. 1 wiring pin of another termination chip IC 5 of C5, No. 4 wiring of chip IC 2 connect No. 1 wiring pin of infrared connector J, chip
No. 6 wiring pins of IC2 are vacant, and No. 8 wiring pins of chip IC 2 are connected to No. 2 wiring pins of infrared connector J, and No. 1 of chip IC 2 connects
Stitch is connect with No. 2 wiring pins of infrared connector J, and No. 5 wiring pins of chip IC 2 are connected to the second response unit.
Preferably, first response unit includes chip IC 3, the chip IC 3 is equipped with 1 ~ No. 10 wiring pin, institute
No. 7 wiring pins for stating chip IC 5 are connect with No. 2 ends wiring pin CP of chip IC 3, and No. 6 wiring pins of chip IC 5 connect chip IC 3
No. 1 wiring pin vdd terminal, No. 3 ends wiring pin VSS of chip IC 3 and No. 4 wiring pin cpe ends all connect power supply A binding posts, chip
No. 5 wiring of IC3 are terminated with one end of resistance R24 with regard to R, another termination power A binding posts of resistance R24, No. 6 of chip IC 3
Wiring pin Y5 is terminated with diode D11, and is connect with the positive terminal of diode D11, and the cathode of diode D11 terminates chip IC 3
No. 5 ends wiring pin R, No. 7 wiring pins of chip IC 3 are connected to one end of resistance R23, and the other end order of resistance R23 is to controllable
The ends G of silicon wafer brake tube D16, No. 8 wiring pins of chip IC 3 are connected to one end of resistance R22, and the other end order of resistance R22 is to can
Control the ends G of silicon wafer brake tube D15, No. 9 wiring pins of chip IC 3 are connected to one end of resistance R21, the other end order of resistance R21 to
The ends G 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
To the ends G of silicon controlled crystal brake pipe D13, one-way SCR thyristor D13, one-way SCR thyristor D14, one-way SCR crystalline substance lock
Pipe D15, one-way SCR thyristor D16 the ends K be connected to LED display, one-way SCR thyristor D13, one-way SCR
The ends the A ground connection of thyristor D14, one-way SCR thyristor D15, one-way SCR thyristor D16, No. 1 wiring pin of chip IC 3
It is further connected with one end of capacitance C11, No. 5 wiring pins of another termination chip IC 3 of capacitance C11, power supply B binding posts are further connected with two poles
The cathode of the positive terminal of pipe D8, diode D8 terminates LED display.
Preferably, second response unit includes chip IC 6, chip IC 6 is equipped with 1 ~ No. 8 wiring pin, chip IC 5
No. 7 wiring pins be 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, chip
No. 6 wiring pins of IC6 are connected to one end of resistance R8, No. 5 wiring pins of another termination chip IC 2 of resistance R8, and the 6 of chip IC 6
Number wiring pin is further connected with one end of resistance R9, No. 1 wiring pin of another termination chip IC 5 of resistance R9, and No. 5 of chip IC 6 connect
Stitch is grounded, and No. 4 wiring pins of chip IC 6 are connected to the positive terminal of diode D4, and the cathode of diode D4 terminates the 5 of chip IC 6
Number wiring pin, the other end ground connection of resistance R8, No. 1 wiring pin of chip IC 6 are connected to one end of resistance R12, and resistance R12's is another
The ends B of triode Q3 are terminated with, the E of triode Q3 is terminated with No. 2 wiring pins of infrared connector J, and the C-terminal of triode Q3 is connected to electricity
Hinder one end of R15, the ends G of another termination bidirectional triode thyristor thyristor D19 of resistance R15, the T1 of bidirectional triode thyristor thyristor D19
Terminate one end of spotlight L3, another termination power A binding posts of spotlight L3；No. 2 wiring pins of chip IC 6 are connected to resistance
One end of R11, another ends B for being terminated with triode Q4 of resistance R11, the E of triode Q4 be terminated with infrared connector J No. 2 connect
Stitch, the C-terminal of triode Q4 are connected to one end of resistance R14, the G of another termination bidirectional triode thyristor thyristor D18 of resistance R14
End, one end of the T1 termination spotlights L2 of bidirectional triode thyristor thyristor D18, another termination power A binding posts of spotlight L2；Core
No. 3 wiring pins of piece IC6 are connected to one end of resistance R10, another ends B for being terminated with triode Q5 of resistance R10, triode Q5's
E is terminated with No. 2 wiring pins of infrared connector J, and the C-terminal of triode Q5 is connected to one end of resistance R13, another termination of resistance R13
The ends G of bidirectional triode thyristor thyristor D17, one end of the T1 termination spotlights L1 of bidirectional triode thyristor thyristor D17, spotlight L1's
Another termination power A binding posts；Bidirectional triode thyristor thyristor D17, bidirectional triode thyristor thyristor D18, bidirectional triode thyristor thyristor
The ends T2 of D19 are connect with power supply B binding posts, and No. 8 wiring pins of chip IC 6 are grounded by capacitance C12, in parallel on capacitance C12
It 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 wiring
Column, No. 8 wiring pins of chip IC 6 are connected to the negative pole end of diode D7, and the anode of diode D7 is terminated with the cathode of diode D6
End ground connection, the positive terminal of diode D7 are further connected with one end of resistance R16, another termination power A binding posts of resistance R16, resistance
Capacitance C6 is parallel on R16.
Preferably, further including external signal transmitter unit, the external signal transmitter unit includes chip IC 1, described
1 model NB9107 of chip IC, chip IC 1 are equipped with 1 ~ No. 14 wiring pin, and No. 14 wiring pins of chip IC 1 are being connected to power supply just
Pole, No. 1 wiring pin of chip IC 1 are connected to one end of resistance R1, another ends B for being terminated with triode Q1 of resistance R1, triode
The E termination power cathode of Q1, the negative pole end of the C-terminal sending and receiving optical diode D1 of triode Q1, the anode termination of light emitting diode D1
Positive pole, No. 2 wiring of chip IC 1 are connected to one end of capacitance C1, another termination power cathode of capacitance C1, on capacitance C1 simultaneously
Connection has resistance R2, No. 3 wiring pins of chip IC 1 to be connected to one end of capacitance C2, another termination power cathode of capacitance C2, chip
No. 4 wiring pins of IC1 are vacant, and No. 5 wiring pins of chip IC 1 are connected to the positive terminal of light emitting diode D2, light emitting diode D2's
No. 6 wiring pins of one end of cathode terminating resistor R3, another termination power cathode of resistance R3, chip IC 1 connect power cathode, core
Control switch is equipped on 7 ~ No. 13 wiring pins of piece IC1,7 ~ No. 13 wiring pins of one end and IC1 for controlling switch connect, control
The other end of system switch is connect with positive pole.
Using the advantageous effect of the technical program：The control system is powerful, by the single control control system of tradition
It is integrated, and is innovated in circuit control, entire control system is swift in motion, and stability is good, and power supply is applicable in model
Enclose wide, constant current constant voltage effect is good, and Anti-burnout performance is high, in circuit use be up to 0.97 without solution capacitance, power coefficient, there is anti-do
Ability is disturbed, the distortion factor is less than 0.51%；1000 instantaneous switching electrical testings, electric components burn-out rate is 0.001 in circuit,
1000 startup success rates are 99.99% or more, and instantaneous starting power consumption is low, only the 1.3 ~ 1.5 of illuminator whole rated power
Times.
Description of the drawings
Fig. 1 is the electrical block diagram of external signal transmitter unit of the present invention.
The electrical block diagram of Fig. 2 unit and the first response unit in order to control.
The electrical block diagram of Fig. 3 unit and the second response unit in order to control.
Specific implementation mode
For purposes of illustration only, below in conjunction with the accompanying drawings, being done specifically to the novel intelligent display platform Light Electronic Control System of invention
It is bright.
As shown in Figure 1 to Figure 3, a kind of novel intelligent display platform Light Electronic Control System, including control unit, the control
Unit processed includes chip IC 5, and No. 1 wiring pin of the 8 foot chips of 5 model N3555 of the chip IC, the chip IC 5 connects electricity
No. 2 binding posts of source A binding posts, chip IC 5 connect No. three binding posts of chip IC 5, and No. 3 binding posts of the chip IC 5 are connected to
One end of capacitance C9, capacitance C9 are polarized capacitance, and No. 3 binding posts of chip IC 5 are connect with the positive terminal of capacitance C9, capacitance C9
Another termination power A binding posts, No. 4 wiring pins of chip IC 5 are connected to one end of resistance R19, and another termination of resistance R19 connects
The positive terminal of capacitance C9, No. 4 wiring pins of chip IC 5 are further connected with one end of resistance R8, and the another of resistance R8 is terminated with diode
The negative pole end of D9, one end of the positive terminating resistor R17 of diode D9, another termination power B binding posts of resistance R17, resistance
Capacitance C7 is parallel on R17, No. 5 wiring pins of chip IC 5 connect the negative pole end of diode D9, and No. 6 wiring pins of chip IC 5 connect two
The negative pole end of pole pipe D9, No. 5 wiring pins of chip IC 5 are further connected with one end of capacitance C8, another termination power A wiring of capacitance C8
One end of column, the resistance R18 is further connected with zener diode D10, and is connect with the negative pole end of zener diode D10, voltage stabilizing two
The anode of pole pipe D10 is terminated with power supply A binding posts, and No. 7 wiring pins of chip IC 5 are connected to the first response unit, and the 8 of chip IC 5
Number wiring pin is connected to one end of capacitance C10, another termination power A binding posts of capacitance C10.
No. 1 wiring pin of the chip IC 5 is further connected with infrared connector J, and the infrared connector J is equipped with 1 ~ No. 3 three wiring
Foot, No. 1 wiring pin of chip IC 5 are connect with No. 1 wiring pin of infrared connector J, and No. 2 wiring pins of chip IC 5 are further connected with capacitance
No. 2 wiring pins of one end of C3, No. 1 wiring pin of another termination chip IC 5 of capacitance C3, chip IC 5 are further connected with diode D3
Negative pole end, diode D3 anode termination chip IC 5 No. 4 wiring pins, the one of No. 2 wiring pin connecting resistance R6 of chip IC 5
End, 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, resistance R4
Another termination triode Q2 the ends E, one end of the C-terminal connecting resistance R7 of triode Q2, another termination chip IC 5 of resistance R7
No. 4 wiring pins, No. 5 wiring pins of chip IC 5 connect No. 2 wiring pins of infrared connector J, and No. 8 wiring pins of chip IC 5 are connected to
One end of capacitance C4, No. 2 wiring pins of the infrared connector J of another termination of capacitance C4, No. 7 wiring pins of the chip IC 5 also connect
There is the second response unit.
Further include receiving unit, the receiving unit includes the chip IC 2 being connect with the ends B of triode Q2, the chip
The model NB9211 of IC2, the chip IC 2 be equipped with 1 ~ No. 8 eight wiring pin, No. 7 wiring pins of the chip IC 2 with
The ends B of triode Q2 connect, and are equipped with resistance R5 between No. 7 wiring pins and triode Q2 of chip IC 2, No. 2 of chip IC 2 connect
Stitch is connected to No. 3 wiring pins of infrared connector J, and No. 3 wiring pins of chip IC 2 are connected to one end of capacitance C5, and capacitance C5's is another
No. 4 wiring of No. 1 wiring pin of chip termination IC5, chip IC 2 connect No. 1 wiring pin of infrared connector J, and No. 6 of chip IC 2 connect
Stitch is vacant, and No. 8 wiring pins of chip IC 2 are connected to No. 2 wiring pins of infrared connector J, No. 1 wiring pin of chip IC 2 with it is infrared
No. 2 wiring pins of connector J connect, and No. 5 wiring pins of chip IC 2 are connected to the second response unit.
First response unit includes chip IC 3,3 model MCIMX6Q6AVT10AC of the chip IC, the chip
IC3 is equipped with 1 ~ No. 10 wiring pin, and No. 7 wiring pins of the chip IC 5 are connect with No. 2 ends wiring pin CP of chip IC 3, chip
No. 6 wiring pins of IC5 meet No. 1 wiring pin vdd terminal of chip IC 3, No. 3 ends wiring pin VSS of chip IC 3 and No. 4 wiring pin CPE
End all connects power supply A binding posts, and No. 5 wiring of chip IC 3 are terminated with one end of resistance R24, another termination electricity of resistance R24 with regard to R
No. 6 wiring pin Y5 of source A binding posts, chip IC 3 are terminated with diode D11, and are connect with the positive terminal of diode D11, two poles
No. 5 ends wiring pin R of the cathode termination chip IC 3 of pipe D11, No. 7 wiring pins of chip IC 3 are connected to one end of resistance R23, resistance
To the ends G of silicon controlled crystal brake pipe D16, No. 8 wiring pins of chip IC 3 are connected to one end of resistance R22 for the other end order of R23, electricity
The other end order of R22 is hindered to the ends G 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 connected to the one of resistance R20 to the ends G of silicon controlled crystal brake pipe D14, No. 10 wiring pins of chip IC 3
End, to the ends G of silicon controlled crystal brake pipe D13, one-way SCR thyristor D13, one-way SCR are brilliant for the other end order of resistance R20
Brake tube D14, one-way SCR thyristor D15, one-way SCR thyristor D16 the ends K be connected to LED display, it is unidirectional controllable
The ends A of silicon wafer brake tube D13, one-way SCR thyristor D14, one-way SCR thyristor D15, one-way SCR thyristor D16
Ground connection, No. 1 wiring pin of chip IC 3 are further connected with one end of capacitance C11, No. 5 wiring of another termination chip IC 3 of capacitance C11
Foot, power supply B binding posts are further connected with the positive terminal of diode D8, and the cathode of diode D8 terminates LED display.
Second response unit includes chip IC 6,6 model THX/THX203 of the chip IC, and chip IC 6 is equipped with
No. 7 wiring pins of 1 ~ No. 8 wiring pin, chip IC 5 are connected to No. 7 wiring pins of chip IC 6, and No. 5 wiring pins of chip IC 5 connect chip
No. 8 wiring pins of IC6, No. 6 wiring pins of chip IC 6 are connected to one end of resistance R8, and the 5 of another termination chip IC 2 of resistance R8
Number wiring pin, No. 6 wiring pins of chip IC 6 are further connected with one end of resistance R9, and No. 1 of another termination chip IC 5 of resistance R9 connects
Stitch, No. 5 wiring pins ground connection of chip IC 6, No. 4 wiring pins of chip IC 6 are connected to the positive terminal of diode D4, diode D4's
Cathode terminates No. 5 wiring pins of chip IC 6, the other end ground connection of resistance R8, and No. 1 wiring pin of chip IC 6 is connected to resistance R12's
The E of one end, another ends B for being terminated with triode Q3 of resistance R12, triode Q3 is terminated with No. 2 wiring pins of infrared connector J,
The C-terminal of triode Q3 is connected to one end of resistance R15, and the ends G of another termination bidirectional triode thyristor thyristor D19 of resistance R15 are two-way
One end of the T1 termination spotlights L3 of silicon controlled crystal brake pipe D19, another termination power A binding posts of spotlight L3；Chip IC 6
No. 2 wiring pins are connected to one end of resistance R11, another ends B for being terminated with triode Q4 of resistance R11, and the E of triode Q4 is terminated with
No. 2 wiring pins of infrared connector J, the C-terminal of triode Q4 are connected to one end of resistance R14, and another termination of resistance R14 is two-way controllable
The ends G of silicon wafer brake tube D18, one end of the T1 termination spotlights L2 of bidirectional triode thyristor thyristor D18, another termination of spotlight L2
Power supply A binding posts；No. 3 wiring pins of chip IC 6 are connected to one end of resistance R10, and the another of resistance R10 is terminated with triode Q5's
The E at the ends B, triode Q5 is terminated with No. 2 wiring pins of infrared connector J, and the C-terminal of triode Q5 is connected to one end of resistance R13, resistance
The ends G of another termination bidirectional triode thyristor thyristor D17 of R13, the one of the T1 termination spotlights L1 of bidirectional triode thyristor thyristor D17
End, another termination power A binding posts of spotlight L1；It is bidirectional triode thyristor thyristor D17, bidirectional triode thyristor thyristor D18, two-way
The ends T2 of silicon controlled crystal brake pipe D19 are connect with power supply B binding posts, and No. 8 wiring pins of chip IC 6 are grounded by capacitance C12, electricity
Hold parallel connection on C12 and be 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 posts, No. 8 wiring pins of chip IC 6 are connected to the negative pole end of diode D7, and the anode of diode D7 is terminated with diode
The negative pole end of D6 is grounded, and the positive terminal of diode D7 is further connected with one end of resistance R16, another termination power A wiring of resistance R16
Column is parallel with capacitance C6 on resistance R16.
Further include external signal transmitter unit, the external signal transmitter unit includes chip IC 1,1 type of the chip IC
Number it is NB9107, chip IC 1 is equipped with 1 ~ No. 14 wiring pin, and No. 14 wiring pins of chip IC 1 are connected to positive pole, chip IC 1
No. 1 wiring pin be connected to one end of resistance R1, another ends B for being terminated with triode Q1 of resistance R1, the E termination electricity of triode Q1
Source cathode, the negative pole end of the C-terminal sending and receiving optical diode D1 of triode Q1, the anode termination positive pole of light emitting diode D1, core
No. 2 wiring of piece IC1 are connected to one end of capacitance C1, another termination power cathode of capacitance C1, on capacitance C1 parallel connection be connected to resistance
R2, No. 3 wiring pins of chip IC 1 are connected to one end of capacitance C2, another termination power cathode of capacitance C2, and No. 4 of chip IC 1 connect
Stitch is vacant, and No. 5 wiring pins of chip IC 1 are connected to the positive terminal of light emitting diode D2, the cathode termination electricity of light emitting diode D2
Hinder one end of R3, another termination power cathode of resistance R3, No. 6 wiring pins of chip IC 1 connect power cathode, chip IC 17 ~
Control switch is equipped on No. 13 wiring pins, 7 ~ No. 13 wiring pins of one end and IC1 for controlling switch connect, and control the another of switch
One end is connect with positive pole.
In the above-described embodiments, the preferred forms of the present invention are described, it is obvious that in the invention structure of the present invention
Under think of, many variations can be still made.Here, it should be noted that any change made under the inventive concept of the present invention all will
It falls within the scope of protection of the present invention.
Claims (2)
1. a kind of novel intelligent display platform Light Electronic Control System, it is characterized in that：Including control unit, described control unit includes
No. 1 wiring pin of chip IC 5, the 8 foot chips of 5 model N3555 of the chip IC, the chip IC 5 connects power supply A binding posts,
No. 2 binding posts of chip IC 5 connect No. three binding posts of chip IC 5, and No. 3 binding posts of the chip IC 5 are connected to the one of capacitance C9
End, capacitance C9 are polarized capacitance, and No. 3 binding posts of chip IC 5 are connect with the positive terminal of capacitance C9, another termination of capacitance C9
Power supply A binding posts, No. 4 wiring pins of chip IC 5 are connected to one end of resistance R19, and another termination of resistance R19 is meeting capacitance C9 just
Extremely, No. 4 wiring pins of chip IC 5 are further connected with one end of resistance R8, another negative pole end for being terminated with diode D9 of resistance R8,
One end of the positive terminating resistor R17 of diode D9, another termination power B binding posts of resistance R17 are parallel on resistance R17
Capacitance C7, No. 5 wiring pins of chip IC 5 connect the negative pole end of diode D9, and No. 6 wiring pins of chip IC 5 connect the negative of diode D9
Extremely, No. 5 wiring pins of chip IC 5 are further connected with one end of capacitance C8, and another termination power A binding posts of capacitance C8 further include
One end of resistance R18, the resistance R18 are further connected with zener diode D10, and are connect with the negative pole end of zener diode D10, surely
The anode of pressure diode D10 is terminated with power supply A binding posts, and No. 7 wiring pins of chip IC 5 are connected to the first response unit, chip IC
5 No. 8 wiring pins are connected to one end of capacitance C10, another termination power A binding posts of capacitance C10；
No. 1 wiring pin of the chip IC 5 is further connected with infrared connector J, and the infrared connector J is equipped with 1 ~ No. 3 three wiring pin, core
No. 1 wiring pin of piece IC5 is connect with No. 1 wiring pin of infrared connector J, and No. 2 wiring pins of chip IC 5 are further connected with the one of capacitance C3
End, No. 1 wiring pin of another termination chip IC 5 of capacitance C3, No. 2 wiring pins of chip IC 5 are further connected with the cathode of diode D3
End, No. 4 wiring pins of the anode termination chip IC 5 of diode D3, one end of No. 2 wiring pin connecting resistance R6 of chip IC 5, resistance
No. 4 wiring pins of another termination chip IC 5 of R6, one end of No. 2 wiring pin connecting resistance R4 of chip IC 5, resistance R4's is another
The ends E of triode Q2 are terminated, No. 4 of one end of the C-terminal connecting resistance R7 of triode Q2, another termination chip IC 5 of resistance R7 connect
No. 5 wiring pins of stitch, chip IC 5 connect No. 2 wiring pins of infrared connector J, and No. 8 wiring pins of chip IC 5 are connected to capacitance C4's
One end, No. 2 wiring pins of the infrared connector J of another termination of capacitance C4, No. 7 wiring pins of the chip IC 5 are further connected with the second sound
Answer unit；
Further include receiving unit, the receiving unit includes the chip IC 2 being connect with the ends B of triode Q2, the chip IC 2
Model NB9211, the chip IC 2 are equipped with 1 ~ No. 8 eight wiring pin, No. 7 wiring pins and triode of the chip IC 2
The ends B of Q2 connect, and are equipped with resistance R5 between No. 7 wiring pins and triode Q2 of chip IC 2, No. 2 wiring pins of chip IC 2 connect
There are No. 3 wiring pins of infrared connector J, No. 3 wiring pins of chip IC 2 to be connected to one end of capacitance C5, another termination core of capacitance C5
No. 4 wiring of No. 1 wiring pin of piece IC5, chip IC 2 connect No. 1 wiring pin of infrared connector J, No. 6 wiring pin skies of chip IC 2
It sets, No. 8 wiring pins of chip IC 2 are connected to No. 2 wiring pins of infrared connector J, and No. 1 wiring pin of chip IC 2 is with infrared connector J's
No. 2 wiring pin connections, No. 5 wiring pins of chip IC 2 are connected to the second response unit；
First response unit includes chip IC 3, and the chip IC 3 is equipped with 1 ~ No. 10 wiring pin, and the 7 of the chip IC 5
Number wiring pin is connect with No. 2 ends wiring pin CP of chip IC 3, and No. 6 wiring pins of chip IC 5 connect No. 1 wiring pin of chip IC 3
Vdd terminal, No. 3 ends wiring pin VSS of chip IC 3 and No. 4 wiring pin cpe ends all connect power supply A binding posts, No. 5 wiring of chip IC 3
R is terminated with to one end of resistance R24, another termination power A binding posts of resistance R24, No. 6 wiring pin Y5 terminations of chip IC 3
There is diode D11, and is connect with the positive terminal of diode D11, No. 5 wiring pin R of the cathode termination chip IC 3 of diode D11
End, No. 7 wiring pins of chip IC 3 are connected to one end of resistance R23, and the other end order of resistance R23 is to silicon controlled crystal brake pipe D16's
The ends G, No. 8 wiring pins of chip IC 3 are connected to one end of resistance R22, and the other end order of resistance R22 is to silicon controlled crystal brake pipe D15
The ends G, No. 9 wiring pins of chip IC 3 are connected to one end of resistance R21, and the other end order of resistance R21 is to silicon controlled crystal brake pipe
The ends G of D14, No. 10 wiring pins of chip IC 3 are connected to one end of resistance R20, and the other end of resistance R20 connects one-way SCR crystalline substance lock
One-way SCR thyristor D13, the ends G of pipe D13 one-way SCR thyristor D14, one-way SCR thyristor D15, unidirectionally may be used
The ends K of control silicon wafer brake tube D16 are connected to LED display, one-way SCR thyristor D13, one-way SCR thyristor D14, list
It is grounded to the ends A of silicon controlled crystal brake pipe D15, one-way SCR thyristor D16, No. 1 wiring pin of chip IC 3 is further connected with capacitance
One end of C11, No. 5 wiring pins of another termination chip IC 3 of capacitance C11, power supply B binding posts are further connected with the anode of diode D8
The cathode at end, diode D8 terminates LED display；
Second response unit includes chip IC 6, and chip IC 6 is equipped with 1 ~ No. 8 wiring pin, and No. 7 wiring pins of chip IC 5 connect
There are No. 7 wiring pins of chip IC 6, No. 5 wiring pins of chip IC 5 to connect No. 8 wiring pins of chip IC 6, No. 6 wiring of chip IC 6
Foot is connected to one end of resistance R8, and No. 6 wiring pins of No. 5 wiring pins of another termination chip IC 2 of resistance R8, chip IC 6 also connect
There are one end of resistance R9, No. 1 wiring pin of another termination chip IC 5 of resistance R9, No. 5 wiring pins ground connection of chip IC 6, chip
No. 4 wiring pins of IC6 are connected to the positive terminal of diode D4, No. 5 wiring pins of the cathode termination chip IC 6 of diode D4, resistance
The other end of R8 is grounded, and No. 1 wiring pin of chip IC 6 is connected to one end of resistance R12, and the another of resistance R12 is terminated with triode
The E at the ends B of Q3, triode Q3 is terminated with No. 2 wiring pins of infrared connector J, and the C-terminal of triode Q3 is connected to one end of resistance R15,
The ends G of another termination bidirectional triode thyristor thyristor D19 of resistance R15, the T1 termination spotlights L3 of bidirectional triode thyristor thyristor D19
One end, another termination power A binding posts of spotlight L3；No. 2 wiring pins of chip IC 6 are connected to one end of resistance R11, resistance
The E at another ends B for being terminated with triode Q4 of R11, triode Q4 is terminated with No. 2 wiring pins of infrared connector J, triode Q4's
C-terminal is connected to one end of resistance R14, the ends G of another termination bidirectional triode thyristor thyristor D18 of resistance R14, bidirectional triode thyristor crystalline substance lock
One end of the T1 termination spotlights L2 of pipe D18, another termination power A binding posts of spotlight L2；No. 3 wiring pins of chip IC 6
It is connected to one end of resistance R10, another ends B for being terminated with triode Q5 of resistance R10, the E of triode Q5 is terminated with infrared connector J
No. 2 wiring pins, the C-terminal of triode Q5 is connected to one end of resistance R13, another termination bidirectional triode thyristor thyristor of resistance R13
The ends G of D17, one end of the T1 termination spotlights L1 of bidirectional triode thyristor thyristor D17, another termination power A of spotlight L1 connect
Terminal；Bidirectional triode thyristor thyristor D17, bidirectional triode thyristor thyristor D18, bidirectional triode thyristor thyristor D19 the ends T2 with electricity
The connection of source B binding posts, No. 8 wiring pins of chip IC 6 are grounded by capacitance C12, on capacitance C12 parallel connection be 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 posts, No. 8 of chip IC 6
Wiring pin is connected to the negative pole end of diode D7, and the anode of diode D7 is terminated with the negative pole end ground connection of diode D6, diode D7
Positive terminal be further connected with one end of resistance R16, another termination power A binding posts of resistance R16 are parallel with capacitance on resistance R16
C6。
2. novel intelligent display platform Light Electronic Control System according to claim 1, it is characterized in that：It further include external signal
Transmitter unit, the external signal transmitter unit include chip IC 1,1 model NB9107 of the chip IC, are set in chip IC 1
There are 1 ~ No. 14 wiring pin, No. 14 wiring pins of chip IC 1 to be connected to positive pole, No. 1 wiring pin of chip IC 1 is connected to resistance R1's
One end, another ends B for being terminated with triode Q1 of resistance R1, the E termination power cathode of triode Q1, the C-terminal of triode Q1 connect
The negative pole end of light emitting diode D1, the anode termination positive pole of light emitting diode D1, No. 2 wiring of chip IC 1 are connected to capacitance
One end of C1, another termination power cathode of capacitance C1, on capacitance C1 parallel connection be connected to resistance R2, No. 3 wiring pins of chip IC 1 connect
There is one end of capacitance C2, No. 4 wiring pins of another termination power cathode of capacitance C2, chip IC 1 are vacant, and No. 5 of chip IC 1 connect
Stitch is connected to the positive terminal of light emitting diode D2, and one end of the cathode terminating resistor R3 of light emitting diode D2, resistance R3's is another
No. 6 wiring pins of termination power cathode, chip IC 1 connect power cathode, and being equipped with control on 7 ~ No. 13 wiring pins of chip IC 1 opens
It closes, 7 ~ No. 13 wiring pins of one end and IC1 for controlling switch connect, and the other end for controlling switch is connect with positive pole.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610146774.4A CN105785862B (en) | 2016-03-15 | 2016-03-15 | A kind of novel intelligent display platform Light Electronic Control System |
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| CN201610146774.4A CN105785862B (en) | 2016-03-15 | 2016-03-15 | A kind of novel intelligent display platform Light Electronic Control System |
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| CN2238463Y (en) * | 1995-08-24 | 1996-10-23 | 卢鹰 | Portable open and close type model showing box |
| CN2865132Y (en) * | 2005-12-30 | 2007-01-31 | 雷文堂 | Control device for power-driven liftable illumination electric appliance |
| CN104135787A (en) * | 2013-05-02 | 2014-11-05 | 无锡华润华晶微电子有限公司 | Dimmable LED (Light-Emitting Diode) constant-current driving circuit |
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|---|---|
| CN105785862A (en) | 2016-07-20 |
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