CN203313268U - Mobile phone signal receiving device - Google Patents

Abstract

The utility model discloses a mobile phone signal receiving device, and pertains to the technical field of stored program control. The mobile phone signal receiving device is composed of a matching power source, a connector and a communication mobile phone collectively. A power line taken from the mobile phone itself is matched with the matching power source having advantages of good lightning protection effects and good practicability and the newly-added connector, the voltage can be adjusted to an ideal value conveniently, a ringing signal is extracted from two ends of a loudspeaker of the mobile phone itself as a sensing signal outputted to the outside, when a ring exists in the mobile phone, the sensing signal loss is small, the matching with phone door opening products is facilitated, and a broad space is provided for phone door opening.

Description

The mobile phone signal receiving device

Technical field

The invention belongs to the program control technology field.

Background technology

With phone, realizing the remote opening door operation of door, is a kind of fashion of social popularity.The state of the art of this series products of existing market is that the user calls out the fixed line phone be placed in family, by voice suggestion, then inputs the password of secondary enabling signal.Adopt such technical measures, following 2 deficiencies are arranged, the one, the phone level of confidentiality figure place of opening the door is not high enough; The 2nd, phone has the off-hook program, and the expense that phone opens the door is higher, with often voice suggestion being arranged, the information of bringing out crime is arranged.For this reason, the designer had once applied for a patent, and the enforcement of this patent will make up the deficiencies in the prior art.But this patent needs a kind of receiver supporting with it, and this receiver should meet following requirement:

1, on electric property, want to receive the signal that long distance network is notified from a phone call, can change the signal of call into open the door the signal of telecommunication simultaneously.For not affecting the aesthetic feeling of the original decoration of family, so also have following requirement.

2, attractive in appearance, independence is strong, becomes independent parts, in order to supporting.

3, be convenient to place flexibly.

In the current automated production of door industry, there is no satisfactory receiver.Consult existing pickoff spare, also do not have a kind of transducer can directly meet above-mentioned 3 requirements and do sensing adapter.

Realize that this technical scheme requires to mainly contain following difficult point:

1, the kind of moment sensor is a lot, can convert a kind of physical quantity to electronic circuit required initiating signal.But in numerous kinds, but the neither one kind has directly the network received is notified from a phone call to signal at a distance, change the required function that plays dynamic control signal of electronic circuit into.

2, cell phone can be easily from communication network, receiving remote call signal, but it need to change the maintenance of battery, and this is one.It two is that the present invention is a kind of special application product, because its Main Function is to realize that phone opens the door, it should be in a kind of armed state at any time, is namely to be at any time normal operating state, otherwise can not opens the door, directly impact life.Obviously supporting with it with the Power Management Design of ordinary electrical home appliance is to be difficult to reach such purpose, its reason one is that ordinary electrical home appliance can not worked when thunderbolt is arranged, can avoid damaging, the 2nd, within ordinary electrical home appliance work can only be operated in common standard, when exceeding standard, easily damages civil power, when low, work and cisco unity malfunction, the working range surplus is little, limited the scope of application of the present invention, the 3rd, the present invention is furnished with storage battery, must carry out scientific maintenance, otherwise fragile, the 4th, power supply is flimsy parts in electrical equipment, in case damage the maintenance difficult of asking someone, and consequence is serious, therefore want what kind of design, could requirement according to the invention.Also become a difficult problem.Because, to cause this quality factor of first aspect deficiency be the inherency deficiency of three end integrated stable voltage circuits (as circuit of three-terminal voltage-stabilizing integrated 78 series), the voltage of input can not be too high, is generally 30 volts.And have the input of three end integrated circuits while being struck by lightning may surpass this value.Cause the reason of which aspect deficiency to be, 220 volts of civil powers are become to the bridge rectifier voltage output value after the required low pressure of electronic circuit, can only meet city's electric standard of most applications, when the high place of civil power and period, its bridge rectifier output just may surpass the amount of imports definite value of three end integrated circuits.For addressing this problem, conventional method is, after bridge rectifier before three end integrated circuits, newly increase the one-level emitter follower, its objective is, after the bridge rectifier overtension, allow emitter follower will export pressure limiting, make this not surpass the rated voltage of three end integrated circuit inputs.Although such scheme has been expanded the higher limit of bridge rectifier output, but has produced new contradiction, because newly-increased emitter follower can produce the supplementary loss voltage drop.When civil power was low, three end integrated circuits likely can be worked, but because there is the additional electrical pressure drop in the emitter follower increased newly, and three end integrated circuit input ends will step-down, lower than desirable value, and just can not voltage stabilizing.The reason caused is, because the output valve of circuit of three-terminal voltage-stabilizing integrated is a certain integer value of fixing, as, 5 volts, 8 volts, 12 volts, the float charge voltage of the fractional value of can't satisfying the demand, as 3.7 volts, 12.6 volts, etc.More seriously, in present existing design, be difficult to solving float charge voltage needs high and contradiction that electric discharge is forced down.Due to the problem that can not effectively solve above-mentioned three aspects, so easily damage, this has just caused next aspect problem easily to produce, in case be namely to damage, maintenance is difficulty again, affects phone and opens the door, directly impact life.The stabilized voltage power supply of joining in addition, also relates to many-sided problems such as cost and reliability.

Summary of the invention

The objective of the invention is to design a kind of applicable receiver, be mainly used in the automated production of supporting door industry, the one, to the patent that the designer applies for, do further to supplement.Two are to provide a kind of transducer kind of excellence, and the outstanding product of exploitation door industry class provides larger space.

Concrete measure of the present invention is:

1, the mobile phone signal receiving device is by supporting power supply, pecker, signal mobile phone, the common composition.

Supporting power supply is by AC voltage-stabilizing circuit, floating charge circuit, and the accumulator cell charging and discharging switching circuit, the combined balance system circuit forms jointly.

AC voltage-stabilizing circuit is: alternating current has been exported 4 tunnels after over commutation; The one, and between ground wire, be connected an anti-thunder tube (904); The 2nd, and between ground, be connected an input capacitance (903); The 3rd, connected a collector electrode that triode is namely output voltage adjustment pipe (912); The 4th, connected an end of inclined to one side resistance (905) on an output voltage adjustment pipe; On output voltage adjustment pipe, the other end of inclined to one side resistance (905) has connected the base stage of output voltage adjustment pipe (912).

The base stage that output voltage is adjusted pipe has connected three branch roads; The one, reference voltage branch road, this branch road are the positive poles that base stage has connected an output voltage coarse adjustment voltage-stabiliser tube (908), the negative pole of the output voltage coarse adjustment voltage-stabiliser tube ground connection after an output voltage accurate adjustment resistance (909) of having connected; The 2nd, backup protection branch road, backup protection branch road are the positive poles that the base stage of output voltage adjustment pipe (912) has connected a backup branch road voltage-stabiliser tube (910), the minus earth of backup branch road voltage-stabiliser tube (910); The 3rd, connected a base capacity (906) positive pole, base capacity (906) minus earth.

With an overcurrent protection resistance (913) one, terminated at the emitter of output voltage adjustment pipe (912), this overcurrent protection resistance (913) other end is as the output point of voltage stabilizing circuit float charge voltage; With two overcurrent protection diodes (911), connect; one of overcurrent protection diode (911) positive pole has terminated at the base stage of output voltage adjustment pipe (912), and one of overcurrent protection diode (911) negative pole terminates at the output point of the emitter float charge voltage of adjusting the stream organ pipe.

With an output resistance (914), connect with isolating diode (915), output resistance (914) other end has been connected on the float charge voltage output point of voltage stabilizing circuit, isolating diode (915) negative pole end is connected on the contact of connecting of output voltage coarse adjustment voltage-stabiliser tube (908) and output voltage accurate adjustment resistance (909) in the first branch road, this contact has also connected the positive pole of an electric capacity (916), this electric capacity (916) minus earth.

Floating charge circuit is: with one of a floating charge isolation resistance (926), terminated at the float charge voltage output point, floating charge isolation resistance (926) other end has been connected on the positive pole of storage battery (930).

The accumulator cell charging and discharging switching circuit is: the emitter that has connect a PNP floating charge and control of discharge electronic switching transistor (928) at the positive pole of storage battery (930), one of the base resistance (929) of controlling with the output of bridge rectifier has terminated at the base stage of this floating charge and control of discharge electronic switching transistor (928), the other end ground connection of the base resistance (929) of bridge rectifier output control; The positive pole of controlling diode (927) with a bridge rectifier is connected to rectification output, its negative pole end has been connected to the base stage of floating charge and control of discharge electronic switching transistor (928), and the collector electrode of floating charge and control of discharge electronic switching transistor (928) has been connected on alternating current-direct current mixed voltage circuit output point.

The output of combined balance system circuit is: the output point of float charge voltage becomes alternating current-direct current mixed voltage circuit output point after two rectifier output voltage balance diodes (935) series connection, this point is also the final output point of circuit.

Pecker is in the output of supply voltage, to connect the collector electrode of a pecker NPN triode (110), with a base stage voltage-stabiliser tube (112) with a voltage stabilizing resistance to earth (113), connect again after voltage stabilizing didoe (115) is connected, the positive pole of this series arm base stage voltage-stabiliser tube (112) is connected on the base stage of receiver NPN triode (110), the other end ground connection of voltage stabilizing resistance to earth (113), with one of a voltage regulation resistance (114), terminate at the emitter-base bandgap grading of pecker NPN triode (110), the other end of voltage regulation resistance (114) is connected on voltage stabilizing didoe (115) in this pecker NPN triode (110) base stage branch road and contact that voltage stabilizing resistance to earth (113) is connected.

The signal mobile phone is that on loudspeaker (2) two pile crowns with an end interconnection network mobile phone (1) of one group of wire, the other end is outwards exported as signal.

With an end of another group wire, connect the two ends of the charge power supply socket of mobile phone, the other end is connected on mobile phone and safeguards in power supply (5) output.

2, in supporting power supply, the isolation resistance of floating charge circuit can replace with high back-pressure large power triode.

3, the anti-thunder tube puncture voltage parameter value that welds of the rectification in supporting power supply output is below 100 volts.

4, the voltage-stabiliser tube diode is connected and is become mutually the first branch road with resistance one end, the resistance other end is connected with ground wire, output voltage modulating tube base stage in supporting power supply is connected with voltage stabilizing didoe is anodal, and voltage-stabiliser tube power is for being greater than 1/2nd watts, and resistance is for being greater than 1/2nd watts.

5, the power of the voltage-stabiliser tube in the circuit of the transistor base of pecker between over the ground is more than 1/2nd.

The relevance of above measure further is explained as follows:

The principle of the functional device one, opened the door as a kind of phone is that what at first to need is to receive the function that outside room, phone is called out, and after the calling of phone, just can send the instruction of opening the door outside it receives room.In the present invention, mobile phone Main Function used is to be used as to receive mobile phone (" key " mobile phone) calling outside room.While due to mobile phone outside room, calling out, receiver ring of the present invention rings within doors, and signal is directly drawn by mobile phone self loudspeaker, is reliably so receive signal, also can not produce the loss of signal.

If two only use the signal mobile phone as receiving network signal, but do not have excellent mobile phone to safeguard power supply, can't become the product that can receive on a kind of engineering, more can not become the product that a kind of excellent performance is good, because mobile phone needs normal battery to safeguard, if the employing Alternating Current Power Supply, also essential will in the situation that multiple severe can normal operation, so the power supply of safeguarding of mobile phone becomes a key component of the present invention.

Three, because power unit is an emphasis of the present invention, be directly connected to performance and reliability of the present invention, to this circuit, be explained as follows:

The first, measure summation: made the modified model of emitter follower by one of them NPN triode, the float charge voltage of output science; The power supply of work system is provided simultaneously when civil power is arranged, is subjected to city's electric control with a PNP triode, to the automatic switchover of floating charge and electric discharge, make output not produce 1.The drop of 4 volts.

The second, voltage stabilizing circuit pack and the characteristics in power circuit mainly illustrate:

(1), output voltage can be adjusted into arbitrarily the required normal voltage of floating charge.Its principle is, the voltage-stabiliser tube of article one branch road in base stage (be namely base stage through road that voltage-stabiliser tube is connected with resistance) can be realized the coarse adjustment of output voltage, and resistance can be realized accurate adjustment.It should be noted that, why resistance can realize that the reason one of accurate adjustment is that the ratio that accounts for of the pressure drop of this resistance is little, the 2nd, designed output end of pressure-stabilizing and provide electric current by this resistance of Zhi Luxiang of diode and resistance string, and this branch current accounts for leading part in the electric current of this element.The 3rd, between this element and ground, be connected to integrating capacitor, to avoid the transition of this point voltage; So in the fixed situation of other component parameters, adjust the size of this resistance value in this circuit, with regard to pressure-adjustable, rule is that this resistance value is higher, and voltage is higher, otherwise lower.

(2), have voltage stabilizing backup and automatically drop into protection circuit, greatly improved circuit reliability.As everyone knows, active of electronic circuit (being namely triode in circuit and voltage-stabiliser tube etc.) belongs to easy failed part, this circuit in the present invention, and anti-exactly voltage-stabiliser tube damages and designs.Between this route base stage and ground, institute's voltage-stabiliser tube that connects is called for short the second branch road after forming.Its principle is that base stage is to the low PN joint of first branch road pressure drop ratio the second branch road left and right, by the second branch road clamper when normal operation.So the second branch road does not produce " electrical wear ", can not damage.Its meaning is as follows: one, after the voltage stabilizing in the first branch road damages in the course of the work, the second branch road voltage-stabiliser tube conducting immediately, although variation has occurred in now voltage stabilizing value, many PN joints, (three end integrated circuit circuit, error amount is 0,5 volt), but due to output remain voltage of voltage regulation, on the electrical equipment of joining substantially without affecting.Two, when thunderbolt was arranged, the first branch voltage increased, and the conducting immediately of the second branch road forms shunting, has alleviated the load of the first branch road, and the first branch road is not fragile, has strengthened the reliability of the first branch road.

(3), have three layers of factor protection, so lightning protection is good.The one, triode used is high back-pressure high power valve, and its back-pressure parameter is (three end integrated circuits input voltages are only 30 volts) higher than 78 serial integrated regulators more than 10 times; The 2nd, anti-thunder tube is housed.Three be to have voltage stabilizing backup automatically to drop into protection circuit.

(4), in the higher place of civil power and period, can not damage the reason of circuit.Adjusting pipe is high inverse-voltage tube, and back-pressure is three ends more than 10 times, by far away higher than the integrated regulator of 78 series.

(5), the reason that can work on the lower ground of civil power.The one, because adjusting pipe, be high inverse-voltage tube, can design the bridge-type output voltage higherly, when civil power is low, just can do certain compensation.The 2nd, output voltage adjustment pipe of the present invention, can not produce the additional electrical pressure drop, and it directly is adjusted into electric power output voltage by the bridge rectifier output voltage, be namely to need only bridge-type voltage higher than output voltage, and this voltage can make triode work, just energy voltage stabilizing.(illustrate: if the design that adopts traditional triode to connect with three end integrated circuits, so work that three end integrated circuits will be stable, voltage that just must input is higher than definite value of output, and if the input prime of three end integrated circuits string has the triode reflector, input has just increased the auxiliary voltage loss that emitter follower causes, that is to say when civil power is low, after bridge-type output must deduct supplementary loss voltage, be only the input effective voltage of three end integrated circuits.And when civil power was low, this was valuable voltage).

(6), overcurrent protection principle: when output current is excessive, adjust the resistance drop increase that the pipe emitter is connected, the diode current flow in the overcurrent protection branch road, base current minimizing, the automatic adjusting.

Due to above reason, thus this circuit with 78 traditional serial integrated regulator methods for designing, compare, the many index excellence.

Three, the explanation of the floating charge in power circuit:

This part mainly consists of jointly floating charge resistance, electronic switching tube (PNP pipe), peripheral assembly and balance diode.

Because the NPN triode has been exported the floating charge normal voltage, so the floating charge science.Floating charge resistance mainly contains two functions, and the one, to large current limitation, the 2nd, realize the voltage isolation between AC voltage-stabilizing floating charge output point and storage battery, thereby when interchange is arranged, namely can floating charge, can become operation source again.

While four, scientifically solving the storage battery floating charge with electric discharge, there is the explanation of the problem of larger voltage difference:

When the electronic switch be comprised of PNP triode and peripheral element can successfully solve the storage battery floating charge, battery tension was high, and electric discharge is forced down, both inconsistence problems, and its principle is: this pipe base stage resistance to earth is subjected to the control of bridge rectifier output.The composition of this circuit, just formed such principle, when the bridge-type output voltage, shown and now had alternating current, storage battery to should be the floating charge stage, at this moment the operating state of switching tube PNP pipe is, its base stage has voltage, and PNP pipe can conducting and become closed state, when when bridge-type is exported no-voltage, PNP pipe base stage does not have auxiliary voltage, and the electronic switch that the PNP pipe forms becomes opening state.Storage battery is discharge condition.So just distinguish reliably two stages of floating charge and battery discharging.Should heavily point out, this pipe PNP pipe is not only a state control switch pipe, has distinguished floating charge and electric discharge two states, and the very important point is that storage battery is while being in discharge condition, this pipe is in saturation condition, and the voltage fallen is very low, can not lose the most valuable pressure drop of storage battery.

Five, alterating and direct current is mixed the explanation of the voltage principle that output quality is good:

The effect of balance diode assembly: because AC voltage-stabilizing output is 13,5 volts of float charge voltages, through after two diode step-downs, reduced to again about 12 volts, because dynamic resistance of diode is little, little to load effect, do not produce the output voltage fluctuation, so guaranteed to exchange the correctness of output.And, when storage battery power supply, without this part, only through discharging and recharging electronic switch, do not produce pressure drop.

With regard to power supply, this beyond above-mentioned multiple performance, this power supply also has core be a bit active few, thereby bring reliable, cost is low, circuit is simple and easy to produce a series of advantages such as easy debugging.

Four, adding pecker is an emitter follower, and output resistance is low, is conducive to bringing onto load, and the output voltage of this circuit is adjustable simultaneously, can be transferred to arbitrary value.With voltage-stabiliser tube and diode, be in series and can carry out coarse adjustment to the pecker output voltage, be convenient to batch production, and resistance can be realized accurate adjustment.

Following outstanding advantages is arranged after the invention process:

One, mobile phone can receive the signal of wireless communication networks reliably, and anti-interference strong, and this is because no matter be that extraneous acoustic jamming or electrical interference all can not make sound horn, produces the malfunction signal.Extremely be suitable as the receiving system that a kind of phone opens the door.

Two, mobile phone receives signal by the wireless radio transmission network, so, place the constraint (will be subject to the lead-in wire interface constraints of telephone wire if adopted base) that is not subjected to environment, do not affect attractive in appearancely within doors, for its people, do not know, to the secret benefit of all bringing yet.

Three, strong security, the one, cell phone password is 11, the 2nd, can change at any time.

Four, because the present invention has adopted excellent power supply adapted with it, General Promotion the performance of integral body of the present invention, embody in the following areas: the one, lightning protection effect is good, at thunderstorm season, not fragile, supporting electrical equipment does not quit work because of thundery sky.The 2nd, adapt to widely, than traditional stabilized voltage power supply, wider adaptive capacity is arranged, be namely work and be unlikely to damage when the high place of civil power and period or accidental cause, and also can work in the lower place of voltage and period.The 3rd, can be used for exporting the voltage stabilizing value that there is decimal in generation.Thereby can the required voltage of floating cell.Storage battery is not fragile, and the life-span is long.The 4th, simple in circuits is easily gone, and excellent performance, have overvoltage and overcurrent protection.The 5th, particular importance be a bit no matter at floating charge state, or, having a power failure the period, all keeping good performance.

Five, because supporting power supply can be adjusted output voltage flexibly, thus can be unrestricted as the kind of signal mobile phone, so this bright exploitativeness is strong.

Six, be convenient to debugging, favourable batch production.

The accompanying drawing explanation

Fig. 1 is supporting power circuit diagram.

In figure: 902, rectification output; 903, import and export electric capacity; 904, anti-thunder tube; 905, emitter follower is the upper inclined to one side resistance (one of output voltage accurate adjustment resistance) that output voltage is adjusted pipe; 906, base capacity; 907, the reference voltage branch road is namely emitter follower base stage the first branch road over the ground; 908, output voltage coarse adjustment voltage-stabiliser tube; 909, output voltage accurate adjustment resistance (output voltage accurate adjustment resistance two); 910, the backup protection branch road is namely emitter follower base stage the second branch road over the ground; 911, overcurrent protection diode; 912, emitter follower is output voltage adjustment pipe; 913, overcurrent protection resistance, 914, output resistance (output voltage accurate adjustment resistance three); 915, isolating diode; 916, integrating capacitor; 926, floating charge resistance; 927, bridge rectifier is controlled diode; 928, floating charge and control of discharge triode electronic switch; 929, the base resistance of being controlled by bridge rectifier output; 930, storage battery; 935, exchange output pressure drop balance diode; 936, alternating current-direct current output.

Fig. 2 is the circuit diagram that the described isolation resistance of measure 2 replaces with triode.

In figure: 905, emitter follower is the upper inclined to one side resistance (one of output voltage accurate adjustment resistance) that output voltage is adjusted pipe; 906, base capacity; 912, emitter follower is output voltage adjustment pipe; 913, overcurrent protection resistance, 927, bridge rectifier controls diode; 928, floating charge and control of discharge triode electronic switch; 929, the base resistance of being controlled by bridge rectifier output; 930, storage battery; 935, exchange output pressure drop balance diode; 936, alternating current-direct current output; 940, the triode that replaces isolation resistance described in measure in floating charge circuit; 945, the base resistance of floating charge circuit triode; 951, adjust the pipe base loop.

Fig. 3 be of the present invention in the signal mobile phone with safeguard the graph of a relation of power supply.

In figure: 1, network mobile phone; 2, the loudspeaker in mobile phone; 3, the line of network mobile phone and supporting power supply; 5, supporting power supply; 6, pecker; 7, network mobile phone earphone signal output line; 8, network mobile phone earphone signal output line output.

Fig. 4 is newly-increased pecker circuit diagram.

In figure: 109, supporting power output end; 110, pecker triode; 111, the pecker resistance of sealing up a door; 112, base stage voltage-stabiliser tube; 113, voltage stabilizing resistance to earth; 114, voltage regulation resistance.115, voltage stabilizing didoe; 936, alternating current-direct current output.

Embodiment

Fig. 1,2,3,4 has meaned a kind of embodiment jointly .

One, a cell phone rear cover sheet is opened, drawn loudspeaker two ends lead-in wire, with the charging lead-in wire.

Two, the enforcement of supporting power supply.

1, supporting power supply welds by Fig. 1, and isolation resistance replaces pressing Fig. 2 welding with triode.

2, the debugging of power supply: (1) adjusts output voltage voltage stabilizing value.Adjusting object is mainly to adjust the reference voltage branch road, is namely to adjust element 908 and 909 in base stage the first branch road.At first determine the voltage-stabiliser tube parameter in this branch road, allow its voltage stabilizing value not higher than output voltage values.But can not be too low, should account for the leading part of output voltage as 80%, then adjust the resistance 909 that this branch road is connected, and relevant part resistance 914; Its rule is that the resistance when this resistance 909 is larger, and the voltage of output is higher, otherwise lower.And after definite resistance 909 was fixed, the value of resistance 914 was larger, voltage is lower, repeatedly adjusts both relations, makes it output voltage and meets the requirements.(2), adjusting the backup protection branch road is namely the voltage stabilizing parameter of base stage the second branch road: mainly select the voltage stabilizing value of the voltage-stabiliser tube parameter of the second branch road should be greater than the first branch road pressure drop and.(3), adjust the performance of PNP triode, when the first has output when bridge-type, survey that PNP manages emitter and collector voltage should be opened a way.It two is when the bridge-type no-output, surveys PNP pipe emitter and should be less than 0,1 with collector voltage, otherwise the resistance of change resistance 929.

Three, pecker welds by 3.Reduce or increase the quantity of voltage stabilizing didoe and carry out coarse adjustment, adjusting resistance reaches accurate magnitude of voltage.

Four, the charge power supply of network mobile phone is connected in pecker output.

Five, the lead-out wire of network mobile phone loudspeaker is connected to supporting parts.

Claims (5)

1. the mobile phone signal receiving device, is characterized in that, by supporting power supply, and pecker, the signal mobile phone, the common composition:

Supporting power supply is by AC voltage-stabilizing circuit, floating charge circuit, and the accumulator cell charging and discharging switching circuit, the combined balance system circuit forms jointly:

AC voltage-stabilizing circuit is: alternating current has been exported 4 tunnels after over commutation; The one, and between ground wire, be connected an anti-thunder tube (904); The 2nd, and between ground, be connected an input capacitance (903); The 3rd, connected a collector electrode that triode is namely output voltage adjustment pipe (912); The 4th, connected an end of inclined to one side resistance (905) on an output voltage adjustment pipe; On output voltage adjustment pipe, the other end of inclined to one side resistance (905) has connected the base stage of output voltage adjustment pipe (912);

The base stage that output voltage is adjusted pipe has connected three branch roads; The one, reference voltage branch road, this branch road are the positive poles that base stage has connected an output voltage coarse adjustment voltage-stabiliser tube (908), the negative pole of the output voltage coarse adjustment voltage-stabiliser tube ground connection after an output voltage accurate adjustment resistance (909) of having connected; The 2nd, backup protection branch road, backup protection branch road are the positive poles that the base stage of output voltage adjustment pipe (912) has connected a backup branch road voltage-stabiliser tube (910), the minus earth of backup branch road voltage-stabiliser tube (910); The 3rd, connected a base capacity (906) positive pole, base capacity (906) minus earth;

With an overcurrent protection resistance (913) one, terminated at the emitter of output voltage adjustment pipe (912), this overcurrent protection resistance (913) other end is as the output point of voltage stabilizing circuit float charge voltage; With two overcurrent protection diodes (911), connect, one of overcurrent protection diode (911) positive pole has terminated at the base stage of output voltage adjustment pipe (912), and one of overcurrent protection diode (911) negative pole terminates at the output point of the emitter float charge voltage of adjusting the stream organ pipe;

With an output resistance (914), connect with isolating diode (915), output resistance (914) other end has been connected on the float charge voltage output point of voltage stabilizing circuit, isolating diode (915) negative pole end is connected on the contact of connecting of output voltage coarse adjustment voltage-stabiliser tube (908) and output voltage accurate adjustment resistance (909) in the first branch road, this contact has also connected the positive pole of an electric capacity (916), this electric capacity (916) minus earth;

Floating charge circuit is: with one of a floating charge isolation resistance (926), terminated at the float charge voltage output point, floating charge isolation resistance (926) other end has been connected on the positive pole of storage battery (930);

The accumulator cell charging and discharging switching circuit is: the emitter that has connect a PNP floating charge and control of discharge electronic switching transistor (928) at the positive pole of storage battery (930), one of the base resistance (929) of controlling with the output of bridge rectifier has terminated at the base stage of this floating charge and control of discharge electronic switching transistor (928), the other end ground connection of the base resistance (929) of bridge rectifier output control; The positive pole of controlling diode (927) with a bridge rectifier is connected to rectification output, its negative pole end has been connected to the base stage of floating charge and control of discharge electronic switching transistor (928), and the collector electrode of floating charge and control of discharge electronic switching transistor (928) has been connected on alternating current-direct current mixed voltage circuit output point;

The output of combined balance system circuit is: the output point of float charge voltage becomes alternating current-direct current mixed voltage circuit output point after two rectifier output voltage balance diodes (935) series connection, this point is also the final output point of circuit;

Pecker is in the output of supply voltage, to connect the collector electrode of a pecker NPN triode (110), with a base stage voltage-stabiliser tube (112) with a voltage stabilizing resistance to earth (113), connect again after voltage stabilizing didoe (115) is connected, the positive pole of this series arm base stage voltage-stabiliser tube (112) is connected on the base stage of receiver NPN triode (110), the other end ground connection of voltage stabilizing resistance to earth (113), with one of a voltage regulation resistance (114), terminate at the emitter-base bandgap grading of pecker NPN triode (110), the other end of voltage regulation resistance (114) is connected on voltage stabilizing didoe (115) in this pecker NPN triode (110) base stage branch road and contact that voltage stabilizing resistance to earth (113) is connected,

The signal mobile phone is that on loudspeaker (2) two pile crowns with an end interconnection network mobile phone (1) of one group of wire, the other end is outwards exported as signal;

With an end of another group wire, connect the two ends of the charge power supply socket of mobile phone, the other end is connected on mobile phone and safeguards in power supply (5) output.

2. mobile phone signal receiving device according to claim 1 is characterized in that: in supporting power supply, the isolation resistance of floating charge circuit can replace with high back-pressure large power triode.

3. mobile phone signal receiving device according to claim 1 is characterized in that: the anti-thunder tube puncture voltage parameter value that the rectification output in supporting power supply is welded is below 100 volts.

4. mobile phone signal receiving device according to claim 1, it is characterized in that: the voltage-stabiliser tube diode is connected and is become mutually the first branch road with resistance one end, the resistance other end is connected with ground wire, output voltage modulating tube base stage in supporting power supply is connected with voltage stabilizing didoe is anodal, voltage-stabiliser tube power is for being greater than 1/2nd watts, and resistance is for being greater than 1/2nd watts.

5. mobile phone signal receiving device according to claim 1 is characterized in that: the power of the voltage-stabiliser tube in the circuit of the transistor base of pecker between over the ground is more than 1/2nd.

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