CN102469653A

CN102469653A - Full-automatic switch for electricity nanny indoor lamp

Info

Publication number: CN102469653A
Application number: CN2010105399081A
Authority: CN
Inventors: 杨群学
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-11-07
Filing date: 2010-11-07
Publication date: 2012-05-23

Abstract

The invention relates to a full-automatic switch for an electricity nanny indoor lamp. A sound control component (A8), a sensing control component (A4), a lowlight sampling component (A2), a micro-processing component (A3), a remote control component (A5), a highlight sampling component (A7), power supply modules (A1, A6) and manual buttons (N2, N3 and N4) are connected in sequence, so that the full-automatic switch for the electricity nanny indoor lamp is formed. Since the lamp was invented by Edison, a manual switch has been lasted to the present in China and even the whole world. Although a remote-control switch is used indoors and is more convenient, the remote-control switch is essentially the same as the manual switch. The full-automatic switch for the electricity nanny indoor lamp provided by the invention, so that the full-automatic switch for an indoor lamp, which is highly intelligentized, is used for fully replacing the manual switch and is suitable for different electrical situations, such as households, building offices, and the like, can be manufactured. A motto of turning off the lamp when leaving and turning off the lamp by day becomes a historical legacy. Undoubtedly, the successfully invented low-carbon product, i.e. the full-automatic switch for the electricity nanny indoor lamp, surely becomes a main trend of lamp control equipment in the electricity nanny family. A switching operation is performed without using hands and the electric power is saved, so that a brand new era comes. The environment-friendly energy-saving series of products are expected to bring a new growth point of low-carbon economy.

Description

Electricity nurse indoor electric lamps full-automatic switch

Affiliated technical field

The present invention relates to a kind of control technology field of electric nurse's indoor electric lamps full-automatic switch, the application of box at the bottom of especially handle official business electricity consumption and the household electricity switch on wall concealed installation.

The background technology book

Just can change today that a generation is maked rapid progress at computer, mobile phone some months, but no matter be domestic or external at present, the automaticity of indoor electric lamps switch control is not high.The CN98215902.1 patent that on 02 04th, 2004 State Intellectual Property Office announces " room electric light full-automatic switch " by name, this product higher intelligent has been brought very big convenience to the user really satisfying aspect the use of people family; But it also has a problem not to be resolved; Be exactly that digitized degree is not high, some time parameters are accurate inadequately, and the small product size that produces is bigger; Cost is expensive partially, can't obtain large scale application.

Summary of the invention

Content of the present invention is exactly to design electric nurse's indoor electric lamps full-automatic switch of higher number degree, will respond to, regularly, dormancy, acoustic control, light-operated, remote control, manually the multiple technologies element combines together, with lamp simultaneously easily, more highlights energy-conservation.

Technical scheme

Technical scheme of the present invention is:

Acoustic control assembly (A8), sense control assembly (A4), low light level sampling component (A2); Little processing components (A3); Remote control module (A5), high light sampling component (A7), power module (A1, A6); Hand push button (N2, N3, N4) connects and composes above multiple technologies element jointly in order: electric nurse's indoor electric lamps full-automatic switch

Beneficial effect

Since the self-love enlightening hair tonic plain telegram lamp, still continued into the present, audio-switch is also arranged in recent years in China and even whole world hand switch, inductive switch, but these switches can only be adapted at the corridor, electricity consumption occasion in short-term such as staircase; Though it is indoor that remote control switch can be used for, also made things convenient for many, from essence with the hand switch indifference.The present invention: electric nurse's indoor electric lamps full-automatic switch, can produce highly intellectuality, replace the manual indoor electric lamps full-automatic switch that can comprehensively be applicable to different electricity consumption occasions such as family, building office fully.Make the epigram that Turn Off Lights When Leaving, turn off the light daytime become historical much told tale.The invention of this electric this low carbon products of nurse's indoor electric lamps full-automatic switch success undoubtedly will become whole mankind's electric light control main flow fully in electric nurse family with ing.A switch is without hand, and economize on electricity is therefore to arrive in expert's the brand-new epoch.These environmental protection and energy saving series of products promise to be new round low-carbon economy growth point.

Description of drawings

Below in conjunction with the specific embodiment accompanying drawing the present invention is further specified:

Among the figure, A0-amplifier LM324, A1, A6-power module, A2-low light level sampling component; The little processing components of A3-, A4-sense control assembly, A5-remote control module, A7-high light sampling component, A8-acoustic control assembly; The little process chip YQX103A of IC1-, IC2-storage chip 24C02, IC3-remote-controlled chip YQX104A, R1 to R43-resistance, C1 to C10-electric capacity; D1 to D6 diode, V1, V2, V3 triode 9014, F1, F2, F3, F4-luminous tube, Q1, Q2 photosensitive tube, IMC-miaow head, KDS-pyroelectricity; The J04P-remote control receives head, N1, N2, N3, N4-button, and J1, J2, J3-relay, GND-ground wire, the VCC-positive supply,

Embodiment:

1: among the figure, acoustic control assembly (A8), sense control assembly (A4); Low light level sampling component (A2), little processing components (A3), remote control module (A5); High light sampling component (A7); Power module (A1, A6), hand push button (N1, N2, N3, N4) connects and composes jointly in order: electric nurse's indoor electric lamps full-automatic switch

2: voice component (A8), a resistor (R4) and flavor lower head (IMC) an upper end connected to the coupling capacitor (C2) to a faint voice signal to the transistor (V2) base, load resistor (R7) the lower end of the transistor (V2) the collector amplifier (A0-3) three and then, the resistor (R8) terminating on the microprocessor (IC1-2), the lower end of resistor (R9), capacitor (C4), the diode (D2) positive four points and then, resistor (R10) under the Swiss, the resistance (R11) upper end of the diode (D2) negative, the capacitor (C5) lower end of the op amp (A0-2) five o'clock and then, isolation diode (D3) to enlarge sound level from the op amp (A0-1) to the microprocessor (IC1-3).

3: in the sense control assembly (A4); The faint human infrared signal of pyroelectricity (KDS) output is delivered to amplifier (A0-12) through resistance (R21); Resistance (R23), resistance (R25), electric capacity (C3), amplifier (A0-13), 4 also connect; Resistance (R23) electric capacity (C7), be connected in series to ground; To amplifier (A0-9), resistance (R28), electricity visitor's (C9) rain end are connected to amplifier (A0-8) respectively and (A0-9) constitute backfeed loop first order amplifying signal through resistance (R24), electric capacity (C8) commissure, resistance (R26), resistance (R27) series connection be connected across positive supply (VCC) and between (GND); Their mid point is connected with amplifier (A0-10); The infrared level that amplifies is through amplifier (A0-8), the direct commissure of amplifier (A0-5) for the second time, and the dividing potential drop of resistance (R19) resistance (R20) inserts amplifier (A0-6), and the infrared temperature-sensitive level of the human body of Fang Daing is through isolating diode commissure to microprocessor (IC1-2) again

4: The remote control module (A5), the remote receiver (J04P), resistor (R30) connected in series collapsed between VCC and ground, a resistor (R31) one end of the manual button (N2) end chip (IC2-12) and three Next, resistor (R3) one end of the manual button (N3) end chip (IC2-13) three o'clock and then, the signals from the remote control and manual (IC2-8), (IC2-9), respectively, and the memory chip (24C02-6), (24C02-5) Direct crosslinking, lights when the remote command is issued manually, (IC2-1), (IC2-3) were high, and via a resistor (R42), resistor (R43) into the respective power Module (A6-2), (A6-3), relays (J1, J2) is energized, lamp lighting, whereas the lights off; when the system is fully cleared, remote and manual operation of the first 4 hours synchronization timing information is generated automatically closed during this period can still be freely lamp on and off, but 4 hours closure timing information will not be loss of memory, time until the end of four hours; button (N4) and ends (VCC) and the chip ( IC3-7) connected in parallel, the manual remote control signal and a synchronization signal from the (IC3-2) is output to the microprocessor (IC1-4).

5: light sample components (A7) is a strong need for office lighting applications daytime and design, from VCC via a resistor (R33) photodiodes (G1) in series sensitive signal to the transistor (Q2) a base, the resistor ( RR35) and connected to the (Q2) and ground base, a reasonable choice of the resistor, and by across the VCC and chips (IC3-14) between the transistor (Q2) amplification of the light to match the office intensity, (IC3-14) LOW,, (IC3-1), (IC3-3) low, the relay (J1, J2) was electric always pull the state Department to ensure that lights will not turn off when the photodiode (G1) to the outside light intensity collected lights have to be a waste of time, (IC3-14) goes high, (IC3-1), (IC3-3) low, the relay (J1, J2) released immediately turn off the lights, when the photodiode (G1) to the outdoor natural light collected weakening effect is automatically restored to the office lights, even four hours to go to work, work, turn off the lights when you forget the master, the system will not forget you forget it instructions automatically turn off the lights.

6: Micro-processing component (A3) in the diode (D3, D4) to the micro-processing units (A3-3) of the voice and high sense of control, (IC2-2) to the inverting low and transistor (V1) the base electrode, a resistor (R1, R2) transistor (V1) and the collector of three components, power supply module (A1-2) High-level, the relay (J1) pull, lamp lit.By the button (N4) and ends (VCC) and the chip (IC3-7) in parallel, sent manual, remote synchronization decoding timing of the sleep signal lights lights by the chip (IC1-4) to enter.

7: low light component (A2), a resistor (R15), the photodiode (G1), resistor (R13) connected in series with both ends (IC1-4) and (IC1-5) feet, appropriate selection across the photodiodes (G1) between the positive and ground voltage divider (R14), you can adapt the brightness of lights home lighting environment for the conservation of electricity office lighting home lighting does not require that kind of strong light, when the photodiode (G1 ) collected do not turn on the lights so that the master action film to safety light environment, (IC1-5), (IC1-2) sync goes low, transistor (V1) Ordinary high end collector resistor (R2) cross-linked to the power supply module (A1-3), relays (J1) is energized light bulb.

Claims

1. electric nurse's indoor electric lamps full-automatic switch is made up of analog circuit, it is characterized in that: described electric nurse's indoor electric lamps full-automatic switch; By acoustic control assembly (A8), sense control assembly (A4), low light level sampling component (A2); Little processing components (A3), remote control module (A5), high light sampling component (A7); Power module (A1, A6), hand push button (N1, N2, N3, N4) connects and composes jointly in order: electric nurse's indoor electric lamps full-automatic switch

(2) as claimed in claim 1, wherein the electric lights in the room nurse Automatic switch, characterized in that: the voice module (A8), a resistor (R4) and flavor lower head (IMC) an upper end connected to the coupling capacitor (C2) the faint sound signal to the transistor (V2) base, load resistor (R7) lower, the transistor (V2) collector, op amp (A0-3) three points and then, resistor (R8) on termination microprocessor (IC1-2) , the lower the resistance (R9), capacitor (C4), the diode (D2) connected to the positive electrode and the four points, a resistor (R10) the Swiss, the resistor (R11) the upper end of the diode (D2) a negative electrode, a capacitor (C5) the lower end of the op amp (A0-2) five o'clock and then, isolation diode (D3) to amplify the sound level from the op amp (A0-1) to the microprocessor (IC1-3).

3. according to the said electric nurse's indoor electric lamps full-automatic switch of claim 1; It is characterized in that: in the sense control assembly (A4); The faint human infrared signal of pyroelectricity (KDS) output is delivered to amplifier (A0-12) through resistance (R21); Resistance (R23), resistance (R25), electric capacity (C3), amplifier (A0-13), 4 also connect, and resistance (R23) electric capacity (C7), are connected in series to ground, first order amplifying signal through resistance (R24), electric capacity (C8) commissure to amplifier (A0-9); Resistance (R28), electricity visitor's (C9) rain end are connected to amplifier (A0-8) and (A0-9) formation backfeed loop respectively; Resistance (R26), resistance (R27) series connection are connected across between positive supply (VCC) and the ground (GND), and their mid point is connected with amplifier (A0-10), and the infrared level that amplifies is through amplifier (A0-8), the direct commissure of amplifier (A0-5) for the second time; The dividing potential drop of resistance (R19) resistance (R20) inserts amplifier (A0-6), and the infrared temperature-sensitive level of the human body of Fang Daing is through isolating diode commissure to microprocessor (IC1-2) again

As claimed in claim 1, wherein the electric lights in the room nurse Automatic switch, characterized in that: the remote component (A5), the remote receiver (J04P), resistor (R30) connected in series collapsed between VCC and ground, a resistor ( R31) end of the manual button (N2) one end of the chip (IC2-12) three points and then, resistor (R3) end of the manual button (N3) end chip (IC2-13) three points and then, signals from the remote control and manual (IC2- 8), (IC2-9), respectively, with memory chips (24C02-6), (24C02-5) Direct crosslinking, when the remote to manually turn on the lights when you issue the command, (IC2-1), (IC2-3) were high level, and by the resistor (R42), resistance (R43) into each power supply module (A6-2), (A6-3), relays (J1, J2) is energized, lamp lighting, and vice versa lights turned off; When the system is fully cleared, remote and manual operation of the first four hours synchronization timing information is generated automatically closed, still during lamp on and off freely, but 4 hours closure timing information memory will not be lost until 4 hours the timer expires; button (N4) and ends (VCC) and the chip (IC3-7) connected in parallel, the manual remote control signal and a synchronization signal from the (IC3-2) is output to the microprocessor (IC1-4).

5 according to claim 1, wherein said electric lamp room nurse Automatic switch, characterized in that: the sampling light component (A7) is a strong need for office lighting applications daytime and design, from VCC via a resistor (R33) the photodiode ( G1) series photosensitive signals sent transistor (Q2) base, the resistance (RR35) and connected to the (Q2) and ground base, a reasonable choice of the resistor, and by across the VCC and chips (IC3- 14) between the transistor (Q2) amplification, to match the office when the light intensity, (IC3-14) low,, (IC3-1), (IC3-3) low, the relay (J1, J2) was electric always pull the state Department to ensure that lights will not turn off when photodiodes (G1) collected outdoor light intensity has to be a waste of time and then turn on the lights, (IC3-14) goes high, (IC3- 1), (IC3-3) low, the relay (J1, J2) the immediate release of lights, when the photodiode (G1) to the outdoor natural light collected weakening affect office lights automatically restored even if the work 4 hours that work when the owner forgot the light on, the system will not forget you forget it commands automatically turn off the lights.

As claimed in claim 1, wherein said electric lamp room nurse Automatic switch, characterized in that: micro processing component (A3) in the diode (D3, D4) to the micro-processing units (A3-3) in the voice and sense of control high, (IC2-2) low and to the inverting transistor (V1) a base, a resistor (R1, R2) transistor (V1) and the collector of three components, power supply module (A1-2) high-power flat, relay (J1) pull, lamp lit.By the button (N4) and ends (VCC) and the chip (IC3-7) in parallel, sent manual, remote synchronization decoding timing of the sleep signal lights lights by the chip (IC1-4) to enter.

As claimed in claim 1, wherein electric lights in the room nurse Automatic switch, characterized in that: low light component (A2), a resistor (R15), the photodiode (G1), resistor (R13) connected in series with both ends ( IC1-4) and (IC1-5) feet, appropriate selection across the photodiode (G1) between the positive electrode and the ground voltage dividing resistors (R14), home lighting lights to adapt the brightness of the environment, to save a No electric home lighting office lighting as strong light, when the photodiode (G1) collect lights do not cause safety light shadow to the master mobile environment, (IC1-5), (IC1-2) goes low simultaneously , the transistor (V1) Ordinary high end collector resistor (R2) connected to the AC power supply module (A1-3), relays (J1) is energized light bulb.