CN203193728U - Two-signal complementary type processor - Google Patents
Two-signal complementary type processor Download PDFInfo
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- CN203193728U CN203193728U CN 201320095406 CN201320095406U CN203193728U CN 203193728 U CN203193728 U CN 203193728U CN 201320095406 CN201320095406 CN 201320095406 CN 201320095406 U CN201320095406 U CN 201320095406U CN 203193728 U CN203193728 U CN 203193728U
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Abstract
Provided is a two-signal complementary type processor belonging to the field of network technology. The two-signal complementary type processor comprises a communication mobile phone, an electronic control circuit unit, a vibration reduction object, a radio remote control transmission unit and an installation box. The electronic control circuit unit is capable of identifying a door-opening sensing signal and a door-closing sensing signal, and controls radio remote control transmission according to the logic law. A specific copper foil antenna is employed by the radio remote control transmission, thereby improving emission sensitivity. All parts are arranged in the installation box to form a whole body, therefore the two-signal complementary type processor is convenient to place, and secrecy is enhanced. The two-signal complementary type processor is a composite door-opening device innovated by the inventor making full use of the present technology, thereby providing a broad prospect for exploiting telephone door-opening products.
Description
Technical field
The invention belongs to networking technology area.
Background technology
In today that science and technology is maked rapid progress, with the remote opening door operation of phone realization door, be a kind of fashion of social popularity, have very much times flavour.But the nowadays but imperfection of series products function that opens the door of the phone on the market.
First: can only open the door by phone, but can not close the door by phone, this just becomes a kind of sorry unavoidably.
Second: single with regard to phone opens the door, the phone level of confidentiality figure place of opening the door is not high enough; And can not arbitrarily change password, the two-pass cipher after voice suggestion also can not be done the password figure place very high because being subjected to the constraint of technology.
For this reason, the designer proposes another kind of new technical scheme, and the enforcement of this scheme will remedy the very big deficiency of prior art.But it is supporting with it that this scheme need a kind ofly receive the processor of distant signal, and this processor should meet following requirement:
1, wanting to receive the signal that long distance network is notified from a phone call in electric property, can be to open the door and close the door two kinds the signal of telecommunication simultaneously with the signal transition of notifying from a phone call.
2, can produce and open the door and two kinds of signal instructions that close.
3, not having in the distance operation, all is to adopt the wireless remotecontrol emission and receive, and test shows that the distance of emission is that sensitivity one is to have a significant impact with weather, and fair weather is then effective, and bad weather is poor effect then; The 2nd, with the environment in place very big influence is arranged, local effective as in spaciousness, and just special poor in the many places of cover material.Make long-distance remote control accurate, just must will improve transmitting sensitivity.
Because the existence of above-mentioned difficult point, so there is not such product to exist now.
Summary of the invention
Main purpose of the present invention is the achievement technology that takes full advantage of, make up the supporting compound door opener of a kind of new and antitheft door, the effect one that produces is that required additional conditions are less, can remedy the open the door deficiency of series products of existing telephone, the 2nd, cost is lower, the 3rd, simple to operate, thereby to enrich the open the door kind of product of phone.
The measure that the present invention takes is:
1, two signal complementary type processors are by communication handset, electronic control circuit unit, the vibration damping thing, and the wireless remotecontrol transmitter unit, the installation box is formed jointly.
Wherein: directly from communication handset, take out holding wire and power line, be connected on the corresponding circuit;
The bag shape that the vibration damping thing is made by cotton goods.
The electronic control circuit unit is made of jointly NPN triode and PNP triode and peripheral element.
Lead-in wire with earphone in the mobile phone is connected on an electric capacity anode, and the negative terminal of electric capacity has been connected on the base stage of first NPN triode, has connect a resistance between the negative terminal of electric capacity and the ground wire.
The collector electrode of first NPN triode has been connected and has been connected the base stage of first PNP triode behind the resistance, and the emitter of this pipe connected system power supply, and collector electrode is as the present invention's first output.
Terminate at one of a resistance on the lead-in wire of earphone in the mobile phone, the other end of this resistance is connected on the base stage of second NPN triode, has been connected an integrating capacitor between the base stage of this pipe and the ground wire.
The collector electrode of second NPN triode has been connected and has been connected the base stage of second PNP triode behind the resistance, and the emitter of this pipe connected system power supply, and collector electrode is as the present invention's second output.
The wireless remotecontrol transmitter unit is made of jointly the copper foil antenna of radio transmitter circuit and definite shape.
Radio transmitter circuit is: an end of copper foil antenna is power input, links to each other with positive source, and the antenna power input has connected three circuit.
One of connected resistance one end, the resistance other end is namely launched transistor base with a triode and is linked to each other.
Two connected electric capacity one end, the electric capacity other end links to each other with the emission transistor emitter.
Three connected another electric capacity one end, this electric capacity other end is that output links to each other with the other end of copper foil antenna.
The emission transistor collector is that output links to each other with the other end of copper foil antenna, the emission transistor base links to each other with an end of a resistance, an end of crystal oscillator, and the emission transistor emitter links to each other with the other end that another triode is namely modulated transistor collector, crystal oscillator.
Modulation transistor collector and emission transistor emitter, crystal oscillator the 3rd end, and an end of an electric capacity link to each other, the modulation transistor emitter links to each other with ground wire, the modulation transistor base links to each other with base resistance one end, modulation circuit output resistance one end, base resistance other end ground connection, the modulation circuit output resistance other end links to each other with modulation circuit output.
Crystal oscillator is totally three terminations, and crystal oscillator one end links to each other with the emission transistor base, and the other end links to each other with positive source, and the 3rd end links to each other with the emission transistor emitter.
With the output of first in the electronic control circuit unit, connected a bit line in the coding integrated circuit in the remote controlled transmitting circuit of being with coding.
With the output of second in the electronic control circuit unit, connected the another one bit line in the coding integrated circuit in the remote controlled transmitting circuit of being with coding.
The remote control of communication handset and electronic control circuit and band coding is launched in the installation box of packing into jointly.
2, the geometry of copper foil antenna is specific english lowercase n font shape in the wireless remotecontrol emission.
3, about the shape of copper foil antenna is designed in the wireless remotecontrol emission be two vertical and be approximately the Copper Foil of parallel shape, antenna Copper Foil width is 2MM, Copper Foil length is 30MM, article two, vertical and be approximately distance 20 MM between the Copper Foil of parallel shape, two Copper Foil tops vertical and that be approximately parallel shape are kissed with the arc Copper Foil and are connect.
4, the integrating capacitor that is connected between the base stage of second NPN triode and the ground wire is electrodeless electric capacity, is that two electrochemical capacitor positive poles connect together, and two ends then are connected between the base stage and ground wire of second NPN triode in addition.
5, used NPN is large power triode 3DD15 in the electronic control circuit unit, and puncture voltage is higher than 100V, and the voltage-stabiliser tube power of second NPN transistor base series connection is 1W.
Further specify as follows to above measure:
1, the phone of the present invention principle of opening the door is, the operator calls out the present invention with phone without, after mobile phone among the present invention is received bell signal, carry out logic transition through electronic circuit of the present invention then, the wireless remotecontrol that can become to close the door " length " in when operation with " weak point " signal transition or open the door transmits, after remote control command is received by the actuator in the door, carry out relevant logical action then.
2, the significance of electronic control circuit unit and principle.
The significance of this circuit is can differentiate automatically to close the door and the bell signal that opens the door, and by this logical laws control wireless remotecontrol emission, thereby be the heaviest measure of the present invention.The structure and the principle process that form are: the present invention forms with the passage that opens the door jointly by closing the door, two passages are made up of two complementary type triodes (among Fig. 1 106 and 107) respectively, when not having signal, the back level PNP triode of two passages is not all exported and is closed the door or enabling signal.When bell signal, the bell signal of being drawn by mobile phone, (among Fig. 1 101) passed through the laggard door prime NPN triode of entering the GATT of differential circuit, thereby gate signal closed in back level PNP triode output.When if signal is long signal, be differential circuit owing to close the input of door, (being formed jointly by differential capacitance among Fig. 1 102 and differential resistance 103), so that the signal of this passage is still is of short duration, remains irrelevant gate signal at last and export.But variation has but taken place in the passage that opens the door, in case the time constant of long signal greater than the time constant by resistance (among Fig. 1 104) and electric capacity (105 among Fig. 1) after, the preceding utmost point pipe of passage of opening the door is triggered, and the back level triode of this passage has enabling signal output, has produced enabling signal.What want simultaneously to illustrate is, angle from security personnel, the program of closing the door is advantageously ensured public security, and the program of opening the door can not be made a mistake, so the present invention is opening door operation with long signal (call signal for a long time), call signal with the short time is the signal operation of closing the door, and is not easy to occur mistake, because long-time operation has the character of " affirmation ".
3, critical effect has been played in wireless remotecontrol emission in the present invention, description of test, and the distance of radio controlled emission has much relations with size when the same circuit.Because it has very big influence to the stable of radio transmission and reception with reliability.And the shape of copper foil antenna has been done relative design with size among the present invention, makes like this between emission and the reception and can realize well coupling.According to result of the test, the present invention proposes this measure, intrinsic good effect.
4, electronic control circuit unit and the relation of being with the remote controlled transmitting circuit of encoding.
Pass gate output terminal in the electronic control circuit unit (among Fig. 1 111) has connected a bit line of coding integrated circuit in the remote controlled transmitting circuit of band coding, and the logic of closing the door is implemented in the control of this bit line just.
In like manner the output that opens the door in the electronic control circuit unit (among Fig. 1 112) has connected the another one bit line of coding integrated circuit in the remote controlled transmitting circuit of band coding, and the logic of opening the door is implemented in the control of this bit line just.
5, cotton goods are done pouch, communication handset is packed into wherein, avoid mobile phone to damage because of the vibration bump, communication handset and circuit thereof are put in the installation box, because the installation box seals, so others can not dial and know cell phone password, and oneself can change password very easily, so be reliable.
Following outstanding advantage is arranged after the invention process:
1, the present invention can realize that phone opens the door, and can realize that again phone closes the door, and has remedied the big not enough of existing a lot of products.But realized the function that phone is closed the door, namely at any time any place can be by the phone mode opposite house affirmation of closing the door of closing the door, thus can make the user have more the sense of security, because this can remedy multiple deficiency.
2, directly from mobile phone, take out transducing signal, avoided the loss of signal.
3, excellent performance, mobile phone can receive the communication signal of radio net reliably, so excellent electrical properties of the present invention very is suitable for the receiving system that opens the door as a kind of phone, it is sensitive and reliable with the function of closing the door to open the door, and offers a clear explanation accurately.The present invention also can do other and use with long-distance remote control.
4, easily cooperate with supporting actuator, mobile phone adopts the wireless radio transmission network to receive signal, so, place the constraint (will be subjected to the lead-in wire interface constraints of telephone wire as adopting base) that is not subjected to environment, do not influence attractive in appearance within doors, do not know for its people yet, all bring benefit to maintaining secrecy.
5, level of confidentiality height, because one be that the password figure place of mobile phone is many, the 2nd, can often change password.
6, the succinct and regular strong one-tenth symmetric line of electronic circuit is convenient to integrated.
7, debugging does not need top-grade instrument easily, is convenient to produce.
8, the utilization of installation box has improved secrecy.
9, can realize coupling well between emission and the reception, promote distance between the two greatly.Radio transmission and receive between good effect is arranged, receiving unit can be put more hiddenly, and laying of being in a little brought more selection, the while also can be to the secret space that provides a little be provided.
Description of drawings
Fig. 1 is electronic control circuit element circuit figure of the present invention.。
Among the figure: 101, the mobile phone signal of drawing; 102, close the door differential capacitance; 103, close the door differential resistance; 104, the passage integrating resistor that opens the door; 105, the passage integrating capacitor of opening the door; 106, close door prime triode; 107, level triode behind the door of pass; 109, the level triode behind the passage that opens the door; 110, the passage prime triode that opens the door; 111, close door output; 112, open the door passage output.
Fig. 2 is claim 4 and the described circuit diagram of claim 5.
Among the figure: 101, the mobile phone signal of drawing; 102, close the door differential capacitance; 103, close the door differential resistance; 104, the passage integrating resistor that opens the door; 105, the passage integrating capacitor of opening the door; 106, close door prime triode; 107, level triode behind the door of pass; 109, the level triode behind the passage that opens the door; 110, the passage prime triode that opens the door; 111, close door output; 112, open the door passage output; 113, the electrochemical capacitor of Zeng Jiaing; 115, the voltage-stabiliser tube of second NPN transistor base loop series connection.
Fig. 3 is the communication handset number of winning the confidence schematic diagram.
Among the figure: 1, cell phone rear cover; 2, mobile phone main body; 3, the acoustic generator that carries of mobile phone; 6, the power outlet that from mobile phone, takes out; 101, the mobile phone signal of drawing.
Fig. 4 is wireless remotecontrol radiating circuit figure.
Among the figure: 01, vapotron; 02, key tubulation; 03, crystal oscillator; 05, copper foil antenna; 08, coding integrated circuit.
Embodiment
Fig. 1, Fig. 2, Fig. 3, Fig. 4 have described the concrete a kind of mode implemented of the present invention jointly, and concrete operations are as follows:
One, from the acoustic generator that mobile phone carries, draws holding wire as shown in Figure 3, be connected electronic control circuit of the present invention unit input.
Two, implement electronic control circuit of the present invention unit.
1, presses Fig. 1 or Fig. 2 welding.
2, inspection and debugging:
(1), close the output of door and the passage that opens the door with the test of table meter voltage gear, when no bell signal, the equal no-output of two passages.
(2), adjust the channel time constant of closing the door, closing door when bell signal is arranged has signal output, but bell signal becomes no-output again when long.Undesirablely should adjust derivative constant (accompanying drawing 102 elements and 103 elements).
(3) adjust the channel time constant that opens the door, in bell signal this passage no-output in short-term the time.Signal output is arranged when long-time.Undesirablely should adjust derivative constant (104 elements and 105 elements among Fig. 1, or among Fig. 2 115 elements).
Three, realization and wireless remotecontrol radiating circuit is connected.
1, welds the wireless remotecontrol radiating circuit according to Fig. 4.
2, the check on output (among Fig. 1 111) of door is connected in the coding integrated circuit and produces on the control bit line of the function of closing the door, and the output of the passage that opens the door (among Fig. 1 112) is connected generation in the coding integrated circuit opens the door on the control bit line of function.
Four, in door, pack into radio reception part and electronic operating part.
Five, mobile phone is packed in the vibration damping bag of being made by cotton goods (cloth, towel).
Six, the radiating circuit of mobile phone and control circuit and band coding is packed in the installation box.
Claims (5)
1. two signal complementary type processors is characterized in that: by communication handset, electronic control circuit unit, and the vibration damping thing, the wireless remotecontrol transmitter unit, the installation box is formed jointly:
Wherein: directly from communication handset, take out holding wire and power line, be connected on the corresponding circuit;
The bag shape that the vibration damping thing is made by cotton goods;
The electronic control circuit unit is made of jointly NPN triode and PNP triode and peripheral element;
Lead-in wire with earphone in the mobile phone is connected on an electric capacity anode, and the negative terminal of electric capacity has been connected on the base stage of first NPN triode, has connect a resistance between the negative terminal of electric capacity and the ground wire;
The collector electrode of first NPN triode has been connected and has been connected the base stage of first PNP triode behind the resistance, and the emitter of this pipe connected system power supply, and collector electrode is as the present invention's first output;
Terminate at one of a resistance on the lead-in wire of earphone in the mobile phone, the other end of this resistance is connected on the base stage of second NPN triode, has been connected an integrating capacitor between the base stage of this pipe and the ground wire;
The collector electrode of second NPN triode has been connected and has been connected the base stage of second PNP triode behind the resistance, and the emitter of this pipe connected system power supply, and collector electrode is as the present invention's second output;
The wireless remotecontrol transmitter unit is made of jointly the copper foil antenna of radio transmitter circuit and definite shape:
Radio transmitter circuit is: an end of copper foil antenna is power input, links to each other with positive source, and the antenna power input has connected three circuit;
One of connected resistance one end, the resistance other end is namely launched transistor base with a triode and is linked to each other;
Two connected electric capacity one end, the electric capacity other end links to each other with the emission transistor emitter;
Three connected another electric capacity one end, this electric capacity other end is that output links to each other with the other end of copper foil antenna;
The emission transistor collector is that output links to each other with the other end of copper foil antenna, the emission transistor base links to each other with an end of a resistance, an end of crystal oscillator, and the emission transistor emitter links to each other with the other end that another triode is namely modulated transistor collector, crystal oscillator;
Modulation transistor collector and emission transistor emitter, crystal oscillator the 3rd end, and an end of an electric capacity link to each other, the modulation transistor emitter links to each other with ground wire, the modulation transistor base links to each other with base resistance one end, modulation circuit output resistance one end, base resistance other end ground connection, the modulation circuit output resistance other end links to each other with modulation circuit output;
Crystal oscillator is totally three terminations, and crystal oscillator one end links to each other with the emission transistor base, and the other end links to each other with positive source, and the 3rd end links to each other with the emission transistor emitter;
With the output of first in the electronic control circuit unit, connected a bit line in the coding integrated circuit in the remote controlled transmitting circuit of being with coding;
With the output of second in the electronic control circuit unit, connected the another one bit line in the coding integrated circuit in the remote controlled transmitting circuit of being with coding;
The remote control of communication handset and electronic control circuit and band coding is launched in the installation box of packing into jointly.
2. two signal complementary type processors according to claim 1 is characterized in that: the geometry of copper foil antenna is specific english lowercase n font shape in the wireless remotecontrol emission.
3. two signal complementary type processors according to claim 1, it is characterized in that: about the shape of copper foil antenna is designed in the wireless remotecontrol emission be two vertical and be approximately the Copper Foil of parallel shape, antenna Copper Foil width is 2MM, Copper Foil length is 30MM, article two, vertical and be approximately distance 20 MM between the Copper Foil of parallel shape, two Copper Foil tops vertical and that be approximately parallel shape are kissed with the arc Copper Foil and are connect.
4. two signal complementary type processors according to claim 1, it is characterized in that: the integrating capacitor that is connected between the base stage of second NPN triode and the ground wire is electrodeless electric capacity, be that two electrochemical capacitor positive poles connect together, two ends then are connected between the base stage and ground wire of second NPN triode in addition.
5. two signal complementary type processors according to claim 1, it is characterized in that: used NPN is large power triode 3DD15 in the electronic control circuit unit, and puncture voltage is higher than 100V, the voltage-stabiliser tube power of second NPN transistor base series connection is 1W.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320095406 CN203193728U (en) | 2013-03-03 | 2013-03-03 | Two-signal complementary type processor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320095406 CN203193728U (en) | 2013-03-03 | 2013-03-03 | Two-signal complementary type processor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203193728U true CN203193728U (en) | 2013-09-11 |
Family
ID=49110552
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320095406 Expired - Fee Related CN203193728U (en) | 2013-03-03 | 2013-03-03 | Two-signal complementary type processor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203193728U (en) |
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2013
- 2013-03-03 CN CN 201320095406 patent/CN203193728U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130911 Termination date: 20140303 |