CN2391250Y

CN2391250Y - Electronic control door light doorbell

Info

Publication number: CN2391250Y
Application number: CN99224241.XU
Authority: CN
Inventors: 金振国
Original assignee: Individual
Current assignee: Individual
Priority date: 1999-06-22
Filing date: 1999-06-22
Publication date: 2000-08-09
Anticipated expiration: 2009-06-22

Abstract

The electronically controlled door light and doorbell includes a shell, which is composed of a door light and doorbell transmitter, a door light and doorbell receiver and a 220V electric light bulb. There is a movable anti-return card on the outer wall of the transmitter shell, which is inserted into the door from the opening of the inner panel of the anti-theft door. The anti-return card fixes the transmitter and the door body, and the receiver is placed in the room and connected to the 220V light bulb installed at the entrance of the corridor. . Press the switch of the transmitter once or several times in a row during the day (manually set), the transmitter transmits the wireless signal after encoding the signal, and the receiver receives the signal after detection, shaping, decoding, and counting to trigger the music integrated circuit to send out different The sound of the doorbell reminds the owner that the owner is a stranger or an acquaintance; when the lock is unlocked at night and needs lighting, press the switch continuously, and the light at the corridor entrance will be lit due to the effect of the photoresistor, and it will automatically turn off after a delay.

Description

Electronic Control gate light doorbell

The utility model belongs to normal lighting, and the control device of prompting usefulness is especially connected doorbell and the Electronic Control gate light doorbell of opening gate light with the decision of Push switch number of times.

At present, known gate light adopts traditional mechanical switch or acoustic control electronic switch to open and close, and the tired lock of mechanical switch use need be moved up and down, damage easily, though the use of acoustic control electronic switch is convenient, and function singleness, and misoperation is more.Electronic door bell does not have the gate light control function, and can not distinguishing uncooked and cooked people.

Fundamental purpose of the present utility model is, overcomes above-mentioned the deficiencies in the prior art, and a kind of Electronic Control gate light door bell device of new structure is provided.

Because the drawback of above-mentioned traditional product existence, the constantly research of the design people's process, design, and after studying sample and improvement repeatedly, create the utility model finally.

The utility model is realized by following technical scheme: according to the Electronic Control gate light doorbell that the utility model proposes, it includes housing, it is characterized in that: be made up of gate light doorbell transmitter, gate light doorbell receiver and 220V bulb.Gate light doorbell transmitter housing outer wall has mobilizable anti-back card, is bumped in the door from antitheft door interior plate opening, and the anti-back card is fixed transmitter and door body, and receiver places in the room and is connected with the 220V bulb that is installed in the corridor mouth.Gate light doorbell transmitter (Fig. 1) is interconnected and formed by on-off circuit (A portion), coding circuit (B portion), radio-frequency transmissions circuit (C portion): gate light doorbell receiver (Fig. 2 D portion) is interconnected and is formed by radio frequency reception shaping amplification circuit (E portion), decoding circuit (F portion), doorbell circuit (G portion), pulse-scaling circuit (H portion), luminance signal pick-up circuit (I portion), gate light control circuit (J portion).When the stranger is visiting, generally only press switch No. one time, signal is through the transmitter coding circuit code, send into the radio-frequency transmissions circuit and send trigger pip one time, after the radio frequency reception shaping amplification circuit of receiver amplifies the signal shaping that receives, after decoding, the counting of pulse-scaling circuit, the integration of decoding circuit are delayed time, trigger doorbell circuit, make loudspeaker send doorbell sound.Continuous Push switch (the artificial setting) for several times, transmitter promptly can send trigger pip for several times continuously, and the pulse-scaling circuit meter of receiver is for several times disconnected, on daytime, triggers doorbell circuit and sends and be different from stranger's doorbell sound when visiting; Night, since the effect of luminance signal pick-up circuit, the output high level, the gate light control circuit has possessed the condition that is triggered, and at this moment, as continuous Push switch, gate light can be lighted, and finishes living acquaintance's identification, and lighting of gate light reaches the purpose of utility model.

The utility model compared with prior art has tangible advantage and good effect.(the artificial setting) pressed once or press continuously for several times to the Electronic Control gate light doorbell that emission that the utility model adopts and receiving circuit are formed, and doorbell sends alternative sounds, and prompting owner guest is stranger or acquaintance; Press continuously night and can turn on electric light for several times, this product novelty, simple in structure, both solved the corridor dark of going home night, give the worry of unblanking to bring, have the function that the acquaintance is given birth in identification again.

Below in conjunction with accompanying drawing and preferred embodiment, the specific structural features and the effect of the Electronic Control gate light doorbell that foundation the utility model proposes are described in detail as follows:

Fig. 1: gate light doorbell transmitter circuitry figure

Wherein, A part on-off circuit; B part coding circuit; C part radio-frequency transmissions circuit.

Fig. 2: D part gate light doorbell receiver circuit figure

Wherein: E part radio frequency receives shaping amplification circuit; F partly is a decoding circuit; G part doorbell circuit; H partial pulse counting circuit; I part luminance signal pick-up circuit; J partly is the gate light control circuit.

Fig. 2: K part 220V bulb circuit diagram

Fig. 3: gate light doorbell transmitter shell structure figure

Wherein: 1 housing; 2 anti-back cards; 3 button switches

Fig. 2 is the utility model Figure of abstract

The circuit structure of gate light doorbell transmitter of the present utility model is as shown in Figure 1: be made of movement and shell, movement promptly is the circuit that various electronic components are set on printed-wiring board (PWB), circuit mainly contains three parts to be formed, and first is on-off circuit (Figure 1A portion), by battery E, capacitor C ₂, pushbutton switch S ₁Link mutually and form, its function mainly is to finish the emission triggering and the power switch effect of transmitter, is connected with coding circuit.Second portion coding circuit (Figure 1B portion) is by resistance R ₁, resistance R ₂, resistance R ₃, integrated package N ₁, diode D ₁, light emitting diode D ₂Link mutually and form, its function mainly is to finish the coding that transmits to pass through integrated package N ₁Output terminal 15 pin export the radio-frequency transmissions circuit to.Third part radio-frequency transmissions circuit (Fig. 1 C portion) is by antenna L ₂, inductance L ₁, capacitor C ₁, capacitor C ₃, capacitor C ₄, capacitor C ₅, triode V ₁Link mutually and form, its function is mainly finished the wireless transmit of coded signal to receiver.The circuit of receiver of the present utility model is shown in Fig. 2 (D portion), be made of movement and shell, movement promptly is the circuit that various electronic components are set on printed-wiring board (PWB), and circuit mainly is made up of six parts, first is that radio frequency receives shaping amplification circuit (Fig. 2 E portion), by resistance R ₁, resistance R ₂, resistance R ₃, resistance R ₄, by resistance R ₅, resistance R ₆, capacitor C ₁, capacitor C ₂, capacitor C ₃, capacitor C ₄, capacitor C ₅, capacitor C ₆, capacitor C ₇, triode V ₁, inductance L ₂, antenna L ₁, integrated circuit N ₁: A, N ₁: B, N ₁: C links composition mutually, and its major function is to finish reception, shaping, the amplification that transmitter is transmitted, and this signal is by integrated circuit N ₁: 6 pin of C export decoding circuit to, with the integrated package N in the decoding circuit ₂Input end 14 pin be connected.Second portion is decoding circuit (Fig. 2 F portion), by integrated package N ₂, resistance R ₇Mutually link and form, its major function is the decoding task of finishing the transmitter signal that receives, and will solve sign indicating number and pass through N ₂Output terminal 17 pin are delivered to pulse-scaling circuit, with the integrated package N in the pulse-scaling circuit ₃Input end 14 pin be connected.Third part is pulse-scaling circuit (Fig. 2 H portion), by integrated package N ₃, diode D ₁, diode D ₂, resistance R ₁₂, capacitor C ₈, integrated circuit N ₁: D, N ₁: E links composition mutually, and its major function is counting, integration time-delay, the shaping of finishing input signal, passes through N ₁: 10 pin of E and diode D ₁Export doorbell circuit to, respectively with doorbell circuit in music integrated circuit N ₄, N ₅Input end is connected.The 4th part is doorbell circuit (Fig. 2 G portion), by music integrated circuit N ₄, music integrated circuit N ₅, triode V ₂, triode V ₃, triode V ₄, triode V ₅, resistance R ₈, resistance R ₁₀, loudspeaker YS links composition mutually, its function mainly finish loudspeaker the difference pronunciation, the control of time, triode V are lighted and lighted to gate light ₅With the photoelectrical coupler V in the gate light control circuit ₆Be connected.The 5th part is gate light control circuit (Fig. 2 J portion), by photoelectrical coupler V ₆, controllable silicon KP, voltage stabilizing diode D ₈, resistance R ₁₁, commutation diode D ₄, commutation diode D ₅, commutation diode D ₆, commutation diode D ₇The bridge rectifier of forming interconnects composition, and its major function is that the electronic switch of gate light is connected with the 220V bulb.The 6th part is luminance signal pick-up circuit (Fig. 2 I portion), by resistance R ₁₃, photoresistance R ₁₄, resistance R ₁₅, integrated circuit N ₁: F, diode D ₃, triode V ₇, triode V ₈, switch S ₁The mutual binding formed, and its function is mainly and detects corridor brightness and this signal is passed through diode D ₃Deliver to the gate light control circuit.The utility model installation method: gate light doorbell transmitter is bumped in the door from antitheft door interior plate opening, anti-back card on it is fixed transmitter complete machine and door body, pushbutton switch is fixed with side plate outdoors, receiver places in the room, is connected with the gauge tap of the 220V bulb that is installed in the corridor mouth.

The utility model principle of work: the coded address that configures transmitter and receiver amounts to 126 addresses, and the coded address of transmitter and receiver must be consistent.When the guest presses transmitter switch once, i.e. Fig. 1 S ₁Contact once encoding block N ₁15 pin just send one group through the coding serial code, pass through R ₃Be coupled to its radio-frequency transmissions circuit, the radio-frequency transmissions circuit is launched serial code with the form of radiowave, after the radio frequency reception shaping amplification circuit of gate light doorbell receiver receives the radiowave of transmitter, passes through N ₁: A, N ₁: B, N ₁: send into the decoding block N in the decoding circuit after the C detection shaping ₂Input end 14 pin decodings, when decode address is consistent with the transmitter signal address, the N of receiver ₂Just the coded signal demodulation that transmitter can be sent is come out, and exports high level to pulse-scaling circuit by 17 pin, integrated package N ₃After receiving a pulse, through R ₁₂, C ₈The integration time-delay, N ₁: D, N ₁: the E shaping makes N ₁: high level of 10 pin output of E, trigger music integrated circuit N ₄Input end passes through V ₂, V ₃Amplify driving loudspeaker YS and send doorbell sound, this high level is by diode D simultaneously ₂Make N ₃Reset, thereby make N ₁: 10 pin of E become low level, and loudspeaker only sends a doorbell music cycle.The continuous Push switch of guest on daytime, transmitter is just launched wireless signal continuously, in the receiver, N ₃Be a shift counter, when receiving a pulse, Q ₁The output high level, all the other are low level; When receiving two pulses, Q ₂The output high level, all the other are low level; When receiving three pulses, Q ₃The output high level, all the other are low level, by that analogy, according to above-mentioned principle, press number of times continuously when identical with set point number, N ₅Input end IN just obtain a high level, loudspeaker YS sends doorbell sound, generally speaking, the stranger does not know what agreement the utility model has, and when visiting, only presses switch once, and the acquaintance presses music integrated circuit N continuously by the number of times of pressing of prior setting ₅Be different from N ₄Musical sonification, to guarantee the distinguishing uncooked and cooked people of owner, daytime is because photoresistance R ₁₄Effect, diode D ₃Low level just very, the KP conducting that can not be triggered, gate light can not be lighted; Night, R ₁₄The big and R of resistance ₁₃N after the dividing potential drop ₁: 13 pin of F are low level, are output as high level, and controllable silicon KP has possessed the condition that is triggered, this moment as the continuous Push switch that need throw light on of unblanking, and gate light can be lighted, and delay time is music integrated circuit N ₅The musical sound duration, simultaneously, V ₇, V ₈End, doorbell is mute, if want to allow the doorbell pronunciation this moment, S closes a switch ₁Get final product.The utility model using method: a doorbell pronunciation of Push switch one-period, press the number of times that configures in advance continuously, doorbell sends the sound that is different from the former.Night, when unblanking to need illumination, continuous Push switch, the gate light of corridor mouth will be lighted, and extinguishes automatically after the time-delay, if receiver is connected S ₁Switch, when lamp is bright, the doorbell pronunciation.

The shell of Receiver And Transmitter of the present utility model all adopts plastic casing, and its enforcement relates to plastic processing and circuit assembling, with reference to instructions and accompanying drawing, processes assembling by the known technology of plastic processing and electronic component welding assembly and gets final product.

The above, only being preferred embodiment of the present utility model, is not that the utility model is imposed any restrictions, every according to the utility model technical spirit to any simple modification that above embodiment did, change changes with equivalent structure, all belongs in the scope of technical solutions of the utility model.

Claims

1. Electronically controlled door light and doorbell, which includes a shell, characterized in that it is composed of a door light doorbell transmitter, a door light doorbell receiver and a 220V light bulb. There is a movable anti-return card on the outer wall of the door light doorbell transmitter shell , insert into the door from the opening of the inner panel of the anti-theft door, the anti-return card fixes the transmitter and the door body, the receiver is placed in the room and connected to the 220V light bulb installed at the entrance of the corridor, the door light and doorbell transmitter is controlled by switch circuit A, code The circuit B and the radio frequency transmitting circuit C are connected to each other; the door light doorbell receiver D is composed of the radio frequency receiving shaping amplifier circuit E, the decoding circuit F, the doorbell circuit G, the pulse counting circuit H, the brightness signal pickup circuit I, and the door light control circuit J. Connection composition.

2. The electronically controlled door light and doorbell according to claim 1, characterized in that: the switch circuit A of the door light doorbell transmitter is composed of a battery E, a capacitor C ₂ , and a button switch S ₁ connected to each other; the encoding circuit B is composed of a resistor R _1. Resistor R ₂ , resistor R ₃ , integrated block N ₁ , diode D ₁ , and light-emitting diode D ₂ are connected to each other; the radio frequency transmitting circuit C consists of antenna L ₂ , inductor L ₁ , capacitor C ₁ , capacitor C ₃ , and capacitor C _4. Capacitor C ₅ and triode V ₁ are connected to each other; the radio frequency receiving shaping amplifier circuit E of the receiver is composed of resistor R ₁ , resistor R ₂ , resistor R ₃ , resistor R ₄ , resistor R ₅ , resistor R ₆ and capacitor C ₁ , Capacitor C ₃ , Capacitor C ₄ , Capacitor C ₅ , Capacitor C ₆ , Capacitor C ₇ , Transistor V ₁ , Inductor L ₂ , Antenna L ₁ , Integrated Circuit N ₁ : A, N ₁ : B, N ₁ : C The decoding circuit F is composed of integrated block N ₂ and resistor R ₇ connected to each other; the pulse counting circuit H is composed of integrated block N ₃ , diode D ₁ , diode D ₂ , resistor R ₁₂ , capacitor C ₈ , and integrated circuit N ₁ : D, N ₁ : E, connected with each other; the doorbell circuit G consists of music integrated circuit N ₄ , _music integrated circuit N ₅ , triode V ₂ , triode V ₃ , triode V 4 , triode V ₅ , resistor R ₈ , and resistor R ₁₀ , loudspeaker YS are connected with each other; the door light control circuit J consists of photocoupler V ₆ , thyristor KP, Zener diode D ₈ , resistor R ₁₁ , rectifier diode D ₄ , rectifier diode D ₅ , rectifier diode D ₆ , rectifier A bridge rectifier composed of diodes D ₇ is connected to each other; the brightness signal pickup circuit I is composed of resistor R ₁₃ , photosensitive resistor R ₁₄ , resistor R ₁₅ , integrated circuit N ₁ : F, diode D ₃ , triode V ₇ , triode V ₈ , The switches _S1 are connected to each other.

3. The electronically controlled door light and doorbell according to claim 1, characterized in that: the switch circuit A is connected to the encoding circuit B, and the encoding circuit outputs to the radio frequency transmitting circuit through the output terminal 15 of the integrated block _N1 .

4. The electronically controlled door light and doorbell according to claim 1, characterized in that: the radio frequency receiving shaping amplifier circuit E is output to the decoding circuit F by the 6 pins of the integrated circuit N ₁ : C, and the integrated block N ₂ in the decoding circuit The 14 pins of the input end are connected; the decoding circuit is sent to the pulse counting circuit H through the 17 pins of the output end of _N2 , and connected with the 14 pins of the input end of the integrated block _N3 in the pulse counting circuit; the pulse counting circuit is passed through _N1 :E Pin 10 and diode D ₁ are output to the doorbell circuit G, which are respectively connected to the input terminals of the music integrated circuits N ₄ and N ₅ in the doorbell circuit; the doorbell circuit is composed of a triode V ₅ and a photocoupler V ₆ in the door light control circuit J The brightness signal pick-up circuit I is sent to the gate light control circuit J through _D3 ; the gate light control circuit is connected with the 220V electric bulb.