CN2329054Y - Door bell of electronic control door lamp - Google Patents
Door bell of electronic control door lamp Download PDFInfo
- Publication number
- CN2329054Y CN2329054Y CN 97205334 CN97205334U CN2329054Y CN 2329054 Y CN2329054 Y CN 2329054Y CN 97205334 CN97205334 CN 97205334 CN 97205334 U CN97205334 U CN 97205334U CN 2329054 Y CN2329054 Y CN 2329054Y
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- China
- Prior art keywords
- circuit
- resistance
- door
- gate light
- doorbell
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Abstract
The utility model relates to a door bell of an electronic control door lamp, which comprises a shell, and is composed of a door-lamp door-bell transmitter, a door-lamp door-bell receiver and a 220 V electric lamp bulb, wherein, the transmitter is inlaid in a door from a theft-proof door inside-plate opening, and the receiver is arranged in rooms and connected with the 220 V electric lamp bulb which is installed at a corridor mouth. When the host comes back at night, the unlocking requires lighting, which can be solved by touching a door mirror by the hand. When guests visit, as long as the guests knock at doors lightly, the transmitter begins to work. Corresponding signals are sent out after signals are picked up, magnified, shaped, divided into regions and encoded. The receiver detects, shapes and decodes the received signals through corresponding circuits, and inputs the signals in a door-lamp control circuit and a door bell circuit. The 220 V electric lamp bulb of the corridor mouth is lighted and automatically extinguished after being delayed, and the receiver sends out door bell sound to report to the hosts that the guests come.
Description
The utility model belongs to normal lighting, and the control device of prompting usefulness is especially to touch the Electronic Control gate light doorbell of opening electric light, acoustic control connection doorbell.
At present, known gate light all adopts traditional mechanical switch or acoustic control electronic switch to open and close, and mechanical switch uses tired lock, need move up and down, damages easily, and the acoustic control electronic switch is easy to use, but function singleness.Electronic door bell normally is installed in indoor, and then, from the indoor pushbutton switch that picks out, pushbutton switch is contained on the door again, easily be removed or destroy, and the influence door is attractive in appearance.
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 doorbell 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 purpose of this 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 is bumped in the door from antitheft door interior plate opening, and gate light doorbell 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 is formed by sound pick-up circuit (A portion), induced signal pick-up circuit (B portion), luminance signal pick-up circuit (C portion), pulse shaping circuit (D portion), coding circuit (E portion), radio transmitter circuit (F portion); Gate light doorbell receiver (Fig. 2 G portion) is interconnected and is formed by radio receiver circuit (H portion), pulse shaping circuit (I portion), signal decoding circuit (J portion), doorbell circuit (K portion), gate light control circuit (L portion), door lamp switch circuit (M portion).When the guest knocked at the door or touch electrode slice on the transmitter night with hand, sound pick-up circuit on the transmitter or the work of induced signal pick-up circuit were after signal amplified, through the pulse shaping, coding circuit is distinguished, and coding exports radio transmitter circuit to, the emission corresponding signal.After receiver receives the signal of transmitter emission by radio receiver circuit, through the shaping of pulse shaping circuit, the decoding circuit decoding, send into doorbell circuit or gate light control circuit, make the door lamp switch circuit working, finish the lighting of pronunciation, gate light of doorbell, reach the purpose of utility model.
The utility model compared with prior art has tangible advantage and good effect.The Electronic Control gate light doorbell that emission that the utility model adopts and receiving circuit are formed touches peephole with hand and can turn on electric light; By tap-tap control doorbell, notify owner to come the guest.This product novelty, simple in structure, both solved the corridor dark of going home night, give the worry unblank to bring, solved attractive in appearance, the safety of door and the problem in the transportation 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 sound pick-up circuit; B part induced signal pick-up circuit; C part luminance signal pick-up circuit; D partial pulse shaping circuit; E part coding circuit; F part radio transmitter circuit.
Fig. 2: G part gate light doorbell receiver circuit figure
Wherein: H part radio receiver circuit; I partial pulse shaping circuit; J part signal decoding circuit; K part doorbell circuit; L part gate light control circuit; M part door lamp switch circuit.
Fig. 2: N part 220V bulb circuit diagram
The circuit structure of gate light doorbell transmitter of the present utility model is made of movement and shell as shown in Figure 1, and movement promptly is the circuit that various electronic components are set on printed-wiring board (PWB).Circuit mainly contains six parts to be formed, and first is sound pick-up circuit (Figure 1A portion), by triode V
3, triode V
4, resistance R
7, resistance R
8, resistance R
9, resistance R
10, capacitor C
2, capacitor C
3Reach microphone MIC and link composition mutually, its function mainly is to finish picking up, amplifying of the sound of knocking at the door, by triode V
4Emitter export pulse shaping circuit to, with the integrated package D in the pulse shaping circuit
19 pin be connected.Second portion is induced signal pick-up circuit (Figure 1B portion), by electrode slice P, triode V
1, triode V
2, resistance R
1, resistance R
2, resistance R
3, resistance R
4, capacitor C
1Link mutually and form, its function mainly is to finish picking up, amplifying of human-induced signal, passes through resistance R
4Export pulse shaping circuit to, with the integrated package D in the pulse shaping circuit
11 pin be connected.Third part is luminance signal pick-up circuit (Fig. 1 C portion), by photoresistance R
6, resistance R
5, integrated package D
1: C and diode V
6Binding is formed mutually, and its major function is for detecting corridor brightness and this signal being passed through diode V
6Deliver to pulse shaping circuit, with the integrated package D in the pulse shaping circuit
11 pin be connected.The 4th part is pulse shaping circuit (Fig. 1 D portion), by integrated package D
1Form.D
1: A, D1:B finish the shaping to human-induced signal and luminance signal, and the signal after the shaping is by integrated package D
14 pin deliver to coding circuit, with the integrated package D in the coding circuit
210 pin, diode V
8Positive pole be connected D
1: D, D
1: E finishes the shaping to the voice signal of knocking at the door, and the signal after the shaping is by integrated package D
110 pin deliver to coding circuit, with the integrated package D in the coding circuit
211 pin, diode V
7Positive pole be connected.The 5th part is coding circuit (Fig. 1 E portion), by integrated package D
2, integrated package D
1: F, diode V
7, diode V
8, resistance R
11, resistance R
12Link mutually and form, its major function is that differentiation, coding and the triggering finished signal source export the radio transmission part to, integrated package D
2Resistance R in output terminal and the radiating circuit
13An end be connected.The 6th part is radio transmitter circuit (Fig. 1 F portion), by inductance L
2, antenna L
1, capacitor C
6, capacitor C
5, capacitor C
4, resistance R
13, triode V
5Link mutually and form, its major function is to finish the wireless transmit of coded signal to receiver.The circuit of receiver of the present utility model is shown in Fig. 2 (G 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 contains six parts and forms, first is radio receiver circuit (Fig. 2 H portion), by triode V
1, antenna L
1, inductance L
2, capacitor C
1, capacitor C
2, capacitor C
3, capacitor C
4, capacitor C
5, capacitor C
6, resistance R
1, resistance R
2, resistance R
3Link mutually and form, its major function is to finish the reception task that transmitter is transmitted.Second portion is pulse shaping circuit (Fig. 2 I portion), by resistance R
4, resistance R
5, resistance R
6, capacitor C
7, integrated package D
1Link mutually and form, major function is to finish the signal that receiving circuit is received to carry out the detection shaping, by integrated package D
16 pin deliver to decoding circuit, with the integrated package D in the decoding circuit
2Input end 14 pin be connected.Third part is signal decoding circuit (Fig. 2 J portion), by integrated package D
2, diode V
2, diode V
3, resistance R
7, resistance R
8, resistance R
9Link mutually and form, major function is to finish the decoding task of transmitter signal coding, and will solve sign indicating number by diode V
2V
3Deliver to gate light control circuit and doorbell circuit respectively, respectively with the gate light control circuit in music integrated circuit D
4Music integrated circuit D in input end, the doorbell circuit
3Input end is connected.The 4th part is gate light control circuit (Fig. 2 L portion), by music integrated circuit D
4, triode V
6, resistance R
10, capacitor C
8Link mutually and form, its major function is to finish the control of gate light being lighted and lighting the time, triode V
6Emitter passes through resistance R
10With the controllable silicon V in the door lamp switch circuit
7Be connected.The 5th part is door lamp switch circuit (Fig. 2 M portion), by controllable silicon V
7, the bridge rectifier B that forms of diode
1Link mutually and form, its major function is the gate light electronic switch, is connected with the 220V bulb.The 6th part is doorbell circuit (Fig. 2 K portion), by music integrated circuit D
3, triode V
4, triode V
5, loudspeaker YS
1Link mutually and form, its major function is to finish the pronunciation and the time-delay of doorbell.The utility model installation method: gate light doorbell transmitter is bumped in the door from antitheft door interior plate opening, microphone MIC and antitheft door outer panel on it are inconsistent or close, electrode slice is connected with peephole, peephole is metallic and door insulation, photoresistance is arranged on the antitheft door outer panel, and gate light doorbell receiver places indoor gauge tap with the 220V bulb that is installed in the corridor mouth to be connected.
Principle of work of the present utility model is: when owner touches peephole (Fig. 1), the resistance of human body and electromagnetic induction signal destroy V
1Stablize cut-off state V
1Conducting, V
2Conducting, if night, photoresistance R
6The big and R of resistance
5Send into D after the dividing potential drop
1: low level of C, output high level, triode V
2Export D to
1: A, D
1: B exports D to after the shaping
210 pin, and by diode V
8, D
1: F triggers D
214 pin, make D
2Scrambler is launched with the radiowave form through radiating circuit from 17 pin outupt coded signals.Its coded signal in two sub-sections, one is the human-induced signal, is address coding signal in addition, the purpose of geocoding be for distinguish and other remote control gate light doorbell between signal conflict takes place.The receiving circuit (Fig. 2) of gate light doorbell receiver, receive the radiowave of transmitter after, pass through D
1: A, D
1: B, D
1: send into the integrated package D in the decoding circuit after the C detection shaping
214 pin, when the coded address of receiver is identical with the coded address of transmitter, the D of receiver
2Just the coded signal demodulation that transmitter can be sent is come out, then D
211 pin will export high level control D
4Output high level (output terminal), V
6Conducting, V
7Conducting, the corridor gate light is lighted, and delay time is D
4The duration of output terminal output high level.When the guest is visiting when knocking at the door, voice signal passes through V then by MIC picked (Fig. 1)
3, V
4And the amplification of corresponding resistor electric capacity, pass through V
4Emitter output high level passes through D
1: D, D
1: D is delivered in the E shaping
211 pin, simultaneously by diode V
7, D
1: F triggers D
214 pin, make D
217 human hair combing wastes go out coded signal, send radiowave by radio transmitter circuit, cryptoprinciple is the same with human body sensing emission, gate light doorbell receiver receives (Fig. 2) behind the radiowave, passes through D
1: A, D
1: B, D
1: send into D after the C detection shaping
214 pin, when the coded address of receiver is identical with the coded address of transmitter, the D of receiver
2Just the coded signal demodulation that transmitter can be sent is come out, then D
210 pin will export high level control D
3Output terminal output doorbell signal, this doorbell signal passes through V
4, V
5Amplify and drive loudspeaker YS
1Send doorbell sound.The utility model using method is: owner comes back night, when unblanking to need illumination, touches peephole with hand, i.e. the P of Fig. 1 point, and the gate light of corridor will be lighted, and extinguishes automatically after the time-delay.When the guest was visiting, as long as knock at the door gently, its voice signal will be picked up by gate light doorbell transmitter, and makes gate light doorbell receiver send doorbell sound.
The shell of receiver of the present utility model and transmitter 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, it only is preferred embodiment of the present utility model, be not that the utility model is imposed any restrictions, everyly any simple modification that above embodiment did, change and equivalent structure are changed, all still belong in the scope of technical solutions of the utility model according to the utility model technical spirit.
Claims (5)
1. Electronic Control gate light doorbell, it includes housing, it is characterized in that: form by gate light doorbell transmitter, gate light doorbell receiver and 220V bulb, gate light doorbell transmitter is bumped in the door from antitheft door interior plate opening, gate light doorbell receiver places in the room and is connected with the 220V bulb that is installed in the corridor mouth, and gate light doorbell transmitter is interconnected and formed by sound pick-up circuit A, induced signal pick-up circuit B, luminance signal pick-up circuit C, pulse shaping circuit D, coding circuit E, radio transmitter circuit F; Gate light doorbell receiver G is interconnected and is formed by radio receiver circuit H, pulse shaping circuit I, signal decoding circuit J, doorbell circuit K, gate light control circuit L, door lamp switch circuit M.
2, Electronic Control gate light doorbell according to claim 1, it is characterized in that: have electrode slice on the gate light doorbell transmitter, electrode slice is connected with peephole, and peephole is metallic and door insulation.
3, Electronic Control gate light doorbell according to claim 1 is characterized in that: the sound pick-up circuit A of transmitter is by triode V
3, triode V
4, resistance R
7, resistance R
8, resistance R
9, resistance R
10, capacitor C
2, capacitor C
3And microphone MIC links composition mutually; Induced signal pick-up circuit B is by electrode slice P, triode V
1, triode V
2, resistance R
1, resistance R
2, resistance R
3, resistance R
4, capacitor C
1Link mutually and form; Luminance signal pick-up circuit C is by photoresistance R
6, resistance R
5, integrated package D
1: C and diode V
6Link mutually and form; Pulse shaping circuit D is by integrated package D
1Form; Coding circuit E is by integrated package D
2, integrated package D
1: F, diode V
7, diode V
8, resistance R
11, resistance R
12Link mutually and form; Radio transmitter circuit F is by inductance L
2, antenna L
1, capacitor C
6, capacitor C
5, capacitor C
4, resistance R
13, triode V
5Link mutually and form; The radio receiver circuit H of receiver is by triode V
1, antenna L
1, inductance L
2, capacitor C
1, capacitor C
2, capacitor C
3, capacitor C
4, capacitor C
5, capacitor C
6, resistance R
1, resistance R
2, resistance R
3Link mutually and form; Pulse shaping circuit I is by resistance R
4, resistance R
5, resistance R
6, capacitor C
7, integrated package D
1Link mutually and form; Signal decoding circuit J is by integrated package D
2, diode V
2, diode V
3, resistance R
7, resistance R
8, resistance R
9Link mutually and form; Gate light control circuit L is by music integrated circuit D
4, triode V
6, resistance R
10, capacitor C
8Link mutually and form; Door lamp switch circuit M is by controllable silicon V
7, the bridge rectifier B that forms of diode
1Link mutually and form; Doorbell circuit K is by music integrated circuit D
3, triode V
4, triode V
5, loudspeaker YS
1Link mutually and form.
4, gate light doorbell transmitter according to claim 1, its feature; Sound pick-up circuit A is by triode V
4Emitter export pulse shaping circuit D to, with the integrated package D in the pulse shaping circuit
19 pin be connected; Induced signal pick-up circuit B passes through resistance R
4Export pulse shaping circuit D to, with the integrated package D in the pulse shaping circuit
11 pin be connected; Luminance signal pick-up circuit C is by diode V
6Deliver to pulse shaping circuit, with the integrated package D in the pulse shaping circuit
11 pin be connected; Pulse shaping circuit is by integrated package D
14 pin, 10 pin deliver to coding circuit E respectively, with the integrated package D in the coding circuit
210 pin, diode V
8Positive pole be connected, with the integrated package D in the coding circuit
211 pin, diode V
7Positive pole be connected; Coding circuit is by integrated package D
2Resistance R among output terminal and the radiating circuit F
13An end be connected.
5, gate light doorbell receiver according to claim 1, its feature: pulse shaping circuit I is by integrated package D
16 pin deliver to decoding circuit J, with the integrated package D in the decoding circuit
2Input end 14 pin be connected; Decoding circuit is by diode V
2, V
3Deliver to gate light control circuit L and doorbell circuit K respectively, respectively with the gate light control circuit in music integrated circuit D
4Music integrated circuit D in input end, the doorbell circuit
3Input end is connected; The gate light control circuit is by triode V
6Emitter passes through resistance R
10With the controllable silicon V among the door lamp switch circuit M
7Be connected; The door lamp switch circuit is connected with the 220V bulb.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 97205334 CN2329054Y (en) | 1997-02-20 | 1997-02-20 | Door bell of electronic control door lamp |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 97205334 CN2329054Y (en) | 1997-02-20 | 1997-02-20 | Door bell of electronic control door lamp |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2329054Y true CN2329054Y (en) | 1999-07-14 |
Family
ID=33925581
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 97205334 Expired - Fee Related CN2329054Y (en) | 1997-02-20 | 1997-02-20 | Door bell of electronic control door lamp |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2329054Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101833835A (en) * | 2010-04-16 | 2010-09-15 | 陈清尧 | Micro-power remote control doorbell |
-
1997
- 1997-02-20 CN CN 97205334 patent/CN2329054Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101833835A (en) * | 2010-04-16 | 2010-09-15 | 陈清尧 | Micro-power remote control doorbell |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |