CN107067594A - Intelligent fingerprint recognizes door bell and button system and recognition methods - Google Patents
Intelligent fingerprint recognizes door bell and button system and recognition methods Download PDFInfo
- Publication number
- CN107067594A CN107067594A CN201710190490.XA CN201710190490A CN107067594A CN 107067594 A CN107067594 A CN 107067594A CN 201710190490 A CN201710190490 A CN 201710190490A CN 107067594 A CN107067594 A CN 107067594A
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- Prior art keywords
- module
- fingerprint
- microcontroller
- indicator light
- power consumption
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Classifications
-
- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B3/00—Audible signalling systems; Audible personal calling systems
- G08B3/10—Audible signalling systems; Audible personal calling systems using electric transmission; using electromagnetic transmission
-
- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/30—Individual registration on entry or exit not involving the use of a pass
- G07C9/32—Individual registration on entry or exit not involving the use of a pass in combination with an identity check
- G07C9/37—Individual registration on entry or exit not involving the use of a pass in combination with an identity check using biometric data, e.g. fingerprints, iris scans or voice recognition
-
- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B19/00—Alarms responsive to two or more different undesired or abnormal conditions, e.g. burglary and fire, abnormal temperature and abnormal rate of flow
Abstract
Door bell and button system is recognized the invention discloses a kind of intelligent fingerprint, including transmitting terminal and receiving terminal, transmitting terminal includes the first microcontroller and connected first functional indicator light, micro energy lose capacitance touch chip, super low-power consumption stand-by circuit, fingerprint identification module, first low power consumption standby radio receiving transmitting module and the first power module, receiving terminal includes the second microcontroller and connected second functional indicator light, key-press module, second low power consumption standby radio receiving transmitting module, high temperature alarm module, combustible gas alarm module, voice driven module and second source module, fingerprint identification module includes fingerprint recognition chip, voice driven module includes speech chip.The invention further relates to the recognition methods that a kind of utilization intelligent fingerprint recognizes door bell and button system.Installation Flexibility of the present invention is higher, remind use environment hazard item to occur, install that more convenient, cost is relatively low, maintenances is more convenient, saving electric energy, with a variety of functions.
Description
Technical field
The present invention relates to door bell and button system field, more particularly to a kind of intelligent fingerprint identification door bell and button system and recognition methods.
Background technology
At present in door bell and button system, Line Doorbell, wireless non-video doorbell and radio visual doorbell can be largely classified into
Deng there is following defect：
For there is Line Doorbell, its transmitter and receiver are connected by wire, and the signal that transmitter is sent is passed by wire
Receiver is transported to, thus signal is relatively stable, but wiring is cumbersome, Installation Flexibility is low, and may greatly need chisel
Wall etc..Thus great inconvenience is brought to installation.Due to being to need electric wire to connect transmitting-receiving two-end, therefore it is old also to there is circuit
The irresistible factors such as change.
For wireless non-video doorbell, it transmits signal by wireless technology, when there is visitor, and receiving terminal receives hair
End signal is penetrated to point out to have visitor outdoors.But the system can only point out whether have visitor, it is impossible to visitor's body
Part is distinguished, in actual use, often seems dull and dull.
For wireless visual doorbell, it can be immediately seen visitor by panel, although can so distinguish visitor
Identity, but if going for visitor's information, must just stand could obtain before visual interface.So to user using causing
Very big inconvenience, in addition, also to there is cost high for visual doorbell, installs relative complex, the problems such as later maintenance is difficult.
Traditional doorbell does not have safety protection function, safety prompt function function, high temperature alarm and combustible gas alarm function, it is impossible to and
When remind user life security and property safety.
The content of the invention
The technical problem to be solved in the present invention is, for the drawbacks described above of prior art, there is provided a kind of Installation Flexibility
It is higher, remind use environment hazard item to occur, install that more convenient, cost is relatively low, maintenance is more convenient, saving is electric
Energy, the intelligent fingerprint identification door bell and button system with a variety of functions and recognition methods.
The technical solution adopted for the present invention to solve the technical problems is：A kind of intelligent fingerprint identification door bell and button system is constructed,
Including transmitting terminal and receiving terminal, the transmitting terminal includes the first microcontroller and be connected with first microcontroller the
One functional indicator light, micro energy lose capacitance touch chip, super low-power consumption stand-by circuit, fingerprint identification module and the first micro energy lose are treated
Machine radio receiving transmitting module, the transmitting terminal also includes electric with first microcontroller, the first functional indicator light, micro energy lose respectively
Appearance formula touches chip, super low-power consumption stand-by circuit, fingerprint identification module and the connection of the first low power consumption standby radio receiving transmitting module simultaneously
For the first power module of power supply, the receiving terminal includes the second microcontroller and is connected with second microcontroller
The second functional indicator light, key-press module, the second low power consumption standby radio receiving transmitting module, high temperature alarm module, fuel gas report
Alert module and voice driven module, the receiving terminal also include respectively with second microcontroller, the second functional indicator light, press
Key module, the second low power consumption standby radio receiving transmitting module, high temperature alarm module, combustible gas alarm module and voice driven module
The second source module powered is connected and is used for, the fingerprint identification module includes fingerprint recognition chip, the voice driven mould
Block includes speech chip.
The invention further relates to a kind of recognition methods that door bell and button system is recognized using above-mentioned intelligent fingerprint, comprise the following steps：
A）Intelligent fingerprint recognizes doorbell system electrification, and the transmitting terminal and receiving terminal enter normal mode of operation；
B）Visitor is waited to touch doorbell；
C）Fingerprint recognition chip described in visitor's touch-control is determined whether, in this way, the micro energy lose capacitance touch chip is to institute
State the first microcontroller and send wake-up signal, first microcontroller issues identification fingerprint to the fingerprint recognition chip and referred to
Order, the fingerprint recognition chip reads the finger print information of the visitor and sends it to first microcontroller, performs
Step D）；Otherwise, return to step B）；
D）First microcontroller is analyzed the finger print information, and wakes up the first low power consumption standby wireless receiving and dispatching
The finger print information is sent to the receiving terminal by module；
E）The finger print information is compared the receiving terminal with the fingerprint in fingerprint base, and judges whether that comparison is compared into
Work(, in this way, then doorbell sounds the tinkle of bells of the correspondence finger print information, and the receiving terminal will compare successful information by described the
One low power consumption standby radio receiving transmitting module is sent to first microcontroller；Otherwise, then doorbell sounds the bell that stranger comes to visit
Sound, the receiving terminal will compare the information failed and be sent to described first by the first low power consumption standby radio receiving transmitting module
Microcontroller.
In the recognition methods of the present invention that door bell and button system is recognized using above-mentioned intelligent fingerprint, in the step A）It
Also include afterwards：
B ＇）Open high temperature alarm module and combustible gas alarm module；
C ＇）Judge whether indoor environment temperature exceedes design temperature or the concentration of indoor fuel gas is more than setting concentration, in this way,
Perform step D ＇）；Otherwise, return to step B ＇）；
D ＇）Speech chip is driven to carry out alarm；
E ＇）Judge whether indoor environment returns to normal condition, in this way, sound all clear and return to step B ＇）；Otherwise, return to step
D ＇）.
In the recognition methods of the present invention that door bell and button system is recognized using above-mentioned intelligent fingerprint, the design temperature is
68 degree.
In the recognition methods of the present invention that door bell and button system is recognized using above-mentioned intelligent fingerprint, when the fuel gas
During for liquefied gas, the concentration that sets is 0.1%；When the fuel gas is natural gas, the concentration that sets is 0.1%；When
When the fuel gas is town gas, the concentration that sets is 0.1%；It is described to set when the fuel gas is carbon monoxide
It is 1 ‰ to determine concentration.
In the recognition methods of the present invention that door bell and button system is recognized using above-mentioned intelligent fingerprint, the key-press module bag
The ID buttons and SET buttons being connected with the second microcontroller are included, in the step A）Also include before to code process, it is described to code
Process comprises the following steps：
A01）ID buttons described in short-press, the green light flicker of second functional indicator light；
A02）Long-press fingerprint recognition chip 1 second, if the first functional indicator light becomes green light, then it is assumed that to code success, doorbell hair
Go out ding-dong prompt tone；It is that code is failed if sending out a warning.
In the recognition methods of the present invention that door bell and button system is recognized using above-mentioned intelligent fingerprint, in the step A）It
Preceding also to include record fingerprinting process, the record fingerprinting process comprises the following steps：
A01 ＇）SET buttons described in short-press, select the tinkle of bells；
A02 ＇）Simultaneously by the ID buttons and SET buttons, now enter in record fingerprint pattern, second functional indicator light
Blinking red lamp；
A03 ＇）No. 0 fingerprint authentication of fingerprint base, if being verified, the blinking red lamp in first functional indicator light, start into
Enter to record fingerprinting process；If authentication failed, the red light and green light in first functional indicator light are all bright, now in 5 second time
Interior second of checking of progress, if checking still fails, intelligent fingerprint identification door bell and button system will move out record fingerprint pattern；
A04 ＇）Repeat to record 6 fingerprints, often succeed once, the green light in first functional indicator light will flash；If success
Record fingerprint success 6 times, the green light of second functional indicator light 2 seconds, and the tinkle of bells preselected that sounds, second work(
When red in energy indicator lamp 2 seconds.
Implement intelligent fingerprint identification door bell and button system and the recognition methods of the present invention, have the advantages that：Due to transmitting
End and receiving terminal, transmitting terminal include the first microcontroller, the first functional indicator light, micro energy lose capacitance touch chip, ultralow work(
Consume stand-by circuit, fingerprint identification module, the first low power consumption standby radio receiving transmitting module and the first power module, receiving terminal includes the
Two microcontrollers, the second functional indicator light, key-press module, the second low power consumption standby radio receiving transmitting module, high temperature alarm module, can
Combustion gas body alarm module, voice driven module and second source module, the super low-power consumption circuit of use, in an idle state, cut
The power supply of disconnected unnecessary power consuming device so that whole door bell and button system has ultra-low power standby characteristic, in addition, using channel radio
Letter mode can increase flexibility and the convenience of installation, by setting high temperature alarm module and combustible gas alarm module, make
The function of obtaining door bell and button system is more various, so its Installation Flexibility is higher, remind use environment hazard item to occur, pacify
Fill that more convenient, cost is relatively low, maintenance is more convenient, save electric energy, with a variety of functions.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the accompanying drawing used required in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, without having to pay creative labor, may be used also
To obtain other accompanying drawings according to these accompanying drawings.
Fig. 1 is the structural representation that intelligent fingerprint of the present invention recognizes system in door bell and button system and recognition methods one embodiment
Figure；
Fig. 2 is the flow chart of recognition methods in the embodiment；
Fig. 3 is the flow chart alarmed in the embodiment；
Fig. 4 is to the flow chart of code process in the embodiment；
Fig. 5 is the flow chart of record fingerprinting process in the embodiment.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation is described, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiments.It is based on
Embodiment in the present invention, it is every other that those of ordinary skill in the art are obtained under the premise of creative work is not made
Embodiment, belongs to the scope of protection of the invention.
In intelligent fingerprint of the present invention recognizes door bell and button system and recognition methods embodiment, its intelligent fingerprint identification door bell and button system
Structural representation it is as shown in Figure 1.In Fig. 1, intelligent fingerprint identification door bell and button system includes transmitting terminal and receiving terminal, wherein, hair
Penetrating end includes the first microcontroller 11 and the first functional indicator light 12, the micro energy lose electric capacity that are connected with the first microcontroller 11
Formula touches chip 13, super low-power consumption stand-by circuit 14, the low power consumption standby radio receiving transmitting module 16 of fingerprint identification module 15 and first,
Transmitting terminal also include respectively with the first microcontroller 11, the first functional indicator light 12, micro energy lose capacitance touch chip 13, ultralow
Power consumption stand-by circuit 14, the low power consumption standby radio receiving transmitting module 16 of fingerprint identification module 15 and first connect and for power the
One power module 17, receiving terminal includes the second microcontroller 21 and the second function being connected with the second microcontroller 21 is indicated
Lamp 22, key-press module 23, the second low power consumption standby radio receiving transmitting module 24, high temperature alarm module 25, combustible gas alarm module
26 and voice driven module 27, receiving terminal also include respectively with the second microcontroller 21, the second functional indicator light 22, key-press module
23rd, the second low power consumption standby radio receiving transmitting module 24, high temperature alarm module 25, combustible gas alarm module 26 and voice driven mould
Block 27 is connected and the second source module 28 for powering, and fingerprint identification module 15 includes fingerprint recognition chip, voice driven mould
Block 27 includes speech chip.
First microcontroller 11 and the second microcontroller 21 use 8 8-digit microcontrollers, its model STM8S003F3, when
So, under the certain situation of the present embodiment, the first microcontroller 11 and the second microcontroller 21 can also be using other models
Microcontroller with similar functions.
The model FTC334K that micro energy lose capacitance touch chip 13 is used, certainly, in the certain situation of the present embodiment
Under, micro energy lose capacitance touch chip 13 can also have the chip of type of functionality using other models.
First low power consumption standby radio receiving transmitting module 16 and the second low power consumption standby radio receiving transmitting module 24 are 433M wireless
Transmitted in both directions module, the model A7139 of use, certainly, under the certain situation of the present embodiment, the first low power consumption standby is wireless
The low power consumption standby radio receiving transmitting module 24 of transceiver module 16 and second can also use the mould with similar functions of other models
Block.
For the first power module 17, the first power interface of transmitting terminal is powered by a section 12V/23A size battery cells, is passed through
First voltage stabilizing chip obtains 3.3V power supplys and is used for being powered to transmitting terminal modules.The model of first voltage stabilizing chip
HT7533-3, certainly, under the certain situation of the present embodiment, the first voltage stabilizing chip can also have similar work(using other models
The chip of energy.
For second source module 28, the second source interface of receiving terminal directly connects 85-275V-AC power supplys, it is adaptable to complete
Each national standard of ball, external power source obtains 12V dc sources after power supply chip rectification, and the 12V dc sources pass through second again
A 3V power supply is obtained after voltage stabilizing chip, the 3V power supplys are used for being powered to modules.The model of power supply chip
LNK3040N, the model HT7530 of the second voltage stabilizing chip, certainly, under the certain situation of the present embodiment, power supply chip and
Two voltage stabilizing chips can also use the chip with similar functions of other models.
The present invention is by setting super low-power consumption circuit, in an idle state, cuts off the power supply of unnecessary power consuming device, makes
Obtaining whole door bell and button system has ultra-low power standby characteristic, in addition, can increase the flexibility of installation using communication
And convenience, by setting high temperature alarm module and combustible gas alarm module so that the function of door bell and button system is more various, institute
With its Installation Flexibility it is higher, remind use environment hazard item to occur, to install more convenient, cost relatively low, safeguard compared with
For convenience, electric energy is saved, with a variety of functions.
The invention further relates to a kind of recognition methods that door bell and button system is recognized using above-mentioned intelligent fingerprint, its flow chart such as Fig. 2
It is shown.In Fig. 2, this method comprises the following steps：
Step S01 intelligent fingerprints recognize doorbell system electrification, and transmitting terminal and receiving terminal enter normal mode of operation：In this step,
Intelligent fingerprint recognizes doorbell system electrification, and transmitting terminal and receiving terminal enter normal mode of operation, the first microcontroller under this pattern,
Second microcontroller, the first low power consumption standby radio receiving transmitting module, the second low power consumption standby radio receiving transmitting module and fingerprint are known
Other module is in deep sleep, and only micro energy lose capacitance touch chip 13 is in running order, thus can be real
Existing ultra-low power standby state.
Step S02 waits visitor to touch doorbell：In this step, visitor is waited to touch doorbell.
Step S03 determines whether visitor's touch-control fingerprint recognition chip：In this step, visitor's touch-control is determined whether
Fingerprint recognition chip, if it is determined that result be yes, then perform step S04；Otherwise, return to step S02.
Step S04 micro energy lose capacitance touch chips to the first microcontroller send wake-up signal, the first microcontroller to
Fingerprint recognition chip issues identification fingerprinting-instruction, and fingerprint recognition chip reads the finger print information of visitor and sends it to first
Microcontroller：If above-mentioned steps S03 judged result is yes, this step is performed.In this step, used when there is visitor's touch-control
When finger touch is to fingerprint recognition chip, fingerprint recognition chip senses the conversion of environmental capacitance value, judges that now someone touches
Doorbell is touched, micro energy lose capacitance touch chip sends wake-up signal to the first microcontroller, after the first microcontroller is waken up,
Identification fingerprinting-instruction is issued to fingerprint recognition chip, fingerprint recognition chip is received after the identification fingerprinting-instruction, read visitor
Finger print information, obtain visitor finger print information after, fingerprint recognition chip sends it to the first microcontroller.Perform
Step, performs step S05.
The microcontrollers of step S05 first are analyzed the finger print information, and the first low power consumption standby of wake-up is wirelessly received
Finger print information is sent to receiving terminal by hair module：In this step, the fingerprint letter that the first microcontroller is returned to fingerprint recognition chip
Breath is analyzed, after the completion of analysis, wakes up the first low power consumption standby radio receiving transmitting module and the finger print information is sent into receiving terminal.
Finger print information is compared step S06 receiving terminals with the fingerprint in fingerprint base, and judges whether that comparison is compared into
Work(：In this step, receiving terminal is received after the finger print information of transmitting terminal transmission, and the fingerprint in the finger print information and fingerprint base is carried out
Compare, and judge whether to compare successfully：If it is determined that result be yes, then perform step S08；Otherwise, step is performed
S07。
Step S07 doorbells are sounded the tinkle of bells that stranger comes to visit, and the information for comparing failure is passed through the first micro energy lose by receiving terminal
Standby radio receiving transmitting module is sent to the first microcontroller：If above-mentioned steps S06 judged result is no, that is, fail and fingerprint
Fingerprint comparison success in storehouse, then perform this step.In this step, doorbell sounds the tinkle of bells that stranger comes to visit.
Step S08 doorbells, which sound, corresponds to the tinkle of bells of finger print information, and receiving terminal will compare successful information and pass through first micro- work(
Consume standby radio receiving transmitting module and be sent to the first microcontroller：If the result that above-mentioned steps S06 judges is yes, this step is performed
Suddenly.In this step, doorbell sounds the tinkle of bells specified of fingerprint when recording fingerprint originally, and receiving terminal will compare successful information by the
One low power consumption standby radio receiving transmitting module is sent to the first microcontroller.It is noted that receiving terminal is by that will handle successfully
Or the feedback of the information of failure eventually arrives at the first microcontroller to the first low power consumption standby radio receiving transmitting module of transmitting terminal,
Ensure the integrality of whole transfer process.So it is achieved that whole data transfer workflow.
The present invention adds Partial security safeguard function in intelligent fingerprint identification door bell and button system, specifically, in step S01
Alarm flow is added afterwards, and its flow chart is as shown in Figure 3.In Fig. 3, also include after step S01：
Step S02 ＇ open high temperature alarm module and combustible gas alarm module：In this step, high temperature alarm module and can is opened
Combustion gas body alarm module.
Step S03 ＇ judge whether indoor environment temperature exceedes design temperature or the concentration of indoor fuel gas is more than setting
Concentration：In this step, judge whether indoor environment temperature exceedes design temperature or the concentration of indoor fuel gas is dense more than setting
Degree, that is, judge whether indoor environment temperature too high or there occurs the leakage of fuel gas, if it is determined that result be
It is then to perform step S04 ＇；Otherwise, return to step S02 ＇.It is noted that in the present embodiment, design temperature is 68 degree, should
Temperature thinks very likely to there occurs fire.When fuel gas is liquefied gas, concentration is set as 0.1%；When fuel gas is
During natural gas, concentration is set as 0.1%；When fuel gas is town gas, concentration is set as 0.1%；When fuel gas is one
During carbonoxide, concentration is set as 1 ‰.
Step S04 ＇ driving speech chips carry out alarm：If the result that above-mentioned steps S03 ＇ judge is yes, hold
This step of row.In this step, driving speech chip carries out alarm, specifically, the high temperature alarm module built in door bell and button system
These abnormal conditions will be recognized with combustible gas alarm module, and are transferred to the second microcontroller, the second microcontroller will
Speech chip can be driven to carry out alarm the tinkle of bells prompting, the detection function of high temperature detection and toxic gas is so just realized, performed
This step, performs step S05 ＇.
Step S05 ＇ judge whether indoor environment returns to normal condition：In this step, judge whether indoor environment returns to just
Reason condition, if it is determined that result be yes, perform step S06 ＇；Otherwise, return to step S04 ＇.
Step S06 ＇ sound all clear：If the result that above-mentioned steps S05 ＇ judge is yes, this step is performed.This step
In, sound all clear.This step, return to step S02 ＇ are performed.
The present invention has ultra-low power standby function, and when not having visitor, door bell and button system enters resting state, by the
The external power of high power consumption is first cut off or makes it into deep sleep by one microcontroller, and after being provided with, first is micro-
Oneself is also entered sleep state by controller, when there is visitor to ring a doorbell, the unique micro energy lose capacitance touch core of the present invention
Piece will be triggered and then can wake up microcontroller, so be achieved that ultra-low power standby function.The present invention has high-performance
Fingerprint identification module, in 360 degree of identifications, the identification of the adaptability of dry and wet finger, FAR/FRR standard, prosthetic finger and figure layer
It is very advantageous in terms of scratch resistance, with more IP67 fire resistance characteristics.This ensures that fingerprint data collection and the success compared
Rate.
In the present embodiment, key-press module includes ID buttons and SET buttons, ID buttons and SET buttons with the second microcontroller
Device is connected.Also include before step S01 to code process, the flow chart of this pair of code process is as shown in Figure 4.In Fig. 4, this pair of code mistake
Journey comprises the following steps：
Step S001 short-press ID buttons, the green light flicker of the second functional indicator light：In this step, short-press ID buttons, the second function
The green light flicker of indicator lamp.
Step S002 long-press fingerprint recognitions chip 1 second, if the first functional indicator light becomes green light, then it is assumed that to code into
Work(, doorbell sends ding-dong prompt tone；It is that code is failed if sending out a warning：In this step, long-press fingerprint recognition chip 1 second, if the
One functional indicator light becomes green light, then it is assumed that to code success, doorbell sends ding-dong prompt tone；It is that code is lost if sending out a warning
Lose.
When wanting clear code, the ID buttons of long-press receiving terminal 3 seconds, if now the second functional indicator light gives a green light and just cleared up into
Work(, sends out a warning, and is failure.
In the present embodiment, record fingerprinting process is also included before step S01, its flow chart is as shown in Figure 5.In Fig. 5, record refers to
Line process comprises the following steps：
Step S001 ＇ short-press SET buttons, select the tinkle of bells：In this step, short-press SET buttons select the tinkle of bells.
Step S002 ＇ by ID buttons and SET buttons, now enter in record fingerprint pattern, the second functional indicator light simultaneously
Blinking red lamp：In this step, while by ID buttons and SET buttons, now entering in record fingerprint pattern, the second functional indicator light
Blinking red lamp.
Step S003 ＇ No. 0 fingerprint authentication of fingerprint base, if being verified, the blinking red lamp in the first functional indicator light is opened
Begin to enter record fingerprinting process；If authentication failed, the red light and green light in the first functional indicator light are all bright, now in 5 second time
Interior second of checking of progress, if checking still fails, intelligent fingerprint identification door bell and button system will move out record fingerprint pattern：This step
In, No. 0 fingerprint authentication of fingerprint base, if being verified, the blinking red lamp in the first functional indicator light initially enters record fingerprint mistake
Journey；If authentication failed, the red light and green light in the first functional indicator light are all bright, are now tested for the second time within 5 second time
Card, if checking still fails, intelligent fingerprint identification door bell and button system will move out record fingerprint pattern.
Step S004 ＇ repeat to record 6 fingerprints, often succeed once, the green light in the first functional indicator light will flash；If
Fingerprint success 6 times, the green light of the second functional indicator light 2 seconds, and the tinkle of bells preselected that sounds are recorded in success, and the second function refers to
Show the when red 2 seconds in lamp：In this step, repeat to record 6 fingerprints, often succeed once, the green light in the first functional indicator light will
Flash；If successfully record fingerprint is successful 6 times, the green light of the second functional indicator light 2 seconds, and the bell preselected that sounds
When red in sound, the second functional indicator light 2 seconds.
When fingerprint base to be removed, long-press ID buttons and SET buttons now enter and remove fingerprint base pattern, the second function
The red light and green light of indicator lamp are all bright, into removing fingerprint base pattern.Long-press fingerprint recognition chip, if the first functional indicator light becomes
Then it is failure if sending out a warning for code success, doorbell will also send ding-dong prompt tone into green light.Pass through each above-mentioned mould
Block cooperates, and realizes that intelligent fingerprint recognizes door bell and button system.
In a word, dual-use function of the present invention with prompting and identification, in addition, integrated combustible gas alarm of the invention and high temperature
The safety protection functions such as alarm, really realize safe and environment-friendly and energy-conservation purpose.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
God is with principle, and any modification, equivalent substitution and improvements made etc. should be included in the scope of the protection.
Claims (7)
1. a kind of intelligent fingerprint recognizes door bell and button system, it is characterised in that including transmitting terminal and receiving terminal, the transmitting terminal includes the
One microcontroller and the first functional indicator light being connected with first microcontroller, micro energy lose capacitance touch chip,
Super low-power consumption stand-by circuit, fingerprint identification module and the first low power consumption standby radio receiving transmitting module, the transmitting terminal also include dividing
Not with first microcontroller, the first functional indicator light, micro energy lose capacitance touch chip, super low-power consumption stand-by circuit, refer to
Line identification module and the first low power consumption standby radio receiving transmitting module connect and are used for the first power module powered, the receiving terminal
It is the second functional indicator light for including the second microcontroller and being connected with second microcontroller, key-press module, second micro-
Power-consumption standby radio receiving transmitting module, high temperature alarm module, combustible gas alarm module and voice driven module, the receiving terminal is also
Including respectively with second microcontroller, the second functional indicator light, key-press module, the second low power consumption standby wireless receiving and dispatching mould
Block, high temperature alarm module, combustible gas alarm module and voice driven module connect and are used for the second source module powered, institute
Stating fingerprint identification module includes fingerprint recognition chip, and the voice driven module includes speech chip.
2. a kind of recognition methods that door bell and button system is recognized using intelligent fingerprint as claimed in claim 1, it is characterised in that including
Following steps：
A）Intelligent fingerprint recognizes doorbell system electrification, and the transmitting terminal and receiving terminal enter normal mode of operation；
B）Visitor is waited to touch doorbell；
C）Fingerprint recognition chip described in visitor's touch-control is determined whether, in this way, the micro energy lose capacitance touch chip is to institute
State the first microcontroller and send wake-up signal, first microcontroller issues identification fingerprint to the fingerprint recognition chip and referred to
Order, the fingerprint recognition chip reads the finger print information of the visitor and sends it to first microcontroller, performs
Step D）；Otherwise, return to step B）；
D）First microcontroller is analyzed the finger print information, and wakes up the first low power consumption standby wireless receiving and dispatching
The finger print information is sent to the receiving terminal by module；
E）The finger print information is compared the receiving terminal with the fingerprint in fingerprint base, and judges whether that comparison is compared into
Work(, in this way, then doorbell sounds the tinkle of bells of the correspondence finger print information, and the receiving terminal will compare successful information by described the
One low power consumption standby radio receiving transmitting module is sent to first microcontroller；Otherwise, then doorbell sounds the bell that stranger comes to visit
Sound, the receiving terminal will compare the information failed and be sent to described first by the first low power consumption standby radio receiving transmitting module
Microcontroller.
3. the recognition methods according to claim 2 that door bell and button system is recognized using intelligent fingerprint as claimed in claim 1,
Characterized in that, in the step A）Also include afterwards：
B ＇）Open high temperature alarm module and combustible gas alarm module；
C ＇）Judge whether indoor environment temperature exceedes design temperature or the concentration of indoor fuel gas is more than setting concentration, in this way,
Perform step D ＇）；Otherwise, return to step B ＇）；
D ＇）Speech chip is driven to carry out alarm；
E ＇）Judge whether indoor environment returns to normal condition, in this way, sound all clear and return to step B ＇）；Otherwise, return to step
D ＇）.
4. the recognition methods according to claim 3 that door bell and button system is recognized using intelligent fingerprint as claimed in claim 1,
Characterized in that, the design temperature is 68 degree.
5. the recognition methods according to claim 3 that door bell and button system is recognized using intelligent fingerprint as claimed in claim 1,
Characterized in that, when the fuel gas is liquefied gas, the concentration that sets is 0.1%；When the fuel gas is natural
During gas, the concentration that sets is 0.1%；When the fuel gas is town gas, the concentration that sets is 0.1%；When described
When fuel gas is carbon monoxide, the concentration that sets is 1 ‰.
6. the utilization intelligent fingerprint identification door bell and button system as claimed in claim 1 according to claim 2 to 5 any one
Recognition methods, it is characterised in that the key-press module includes the ID buttons and SET buttons that are connected with the second microcontroller,
The step A）Also include before to code process, it is described that code process is comprised the following steps：
A01）ID buttons described in short-press, the green light flicker of second functional indicator light；
A02）Long-press fingerprint recognition chip 1 second, if the first functional indicator light becomes green light, then it is assumed that to code success, doorbell hair
Go out ding-dong prompt tone；It is that code is failed if sending out a warning.
7. the recognition methods according to claim 6 that door bell and button system is recognized using intelligent fingerprint as claimed in claim 1,
Characterized in that, in the step A）Also include record fingerprinting process before, the record fingerprinting process comprises the following steps：
A01 ＇）SET buttons described in short-press, select the tinkle of bells；
A02 ＇）Simultaneously by the ID buttons and SET buttons, now enter in record fingerprint pattern, second functional indicator light
Blinking red lamp；
A03 ＇）No. 0 fingerprint authentication of fingerprint base, if being verified, the blinking red lamp in first functional indicator light, start into
Enter to record fingerprinting process；If authentication failed, the red light and green light in first functional indicator light are all bright, now in 5 second time
Interior second of checking of progress, if checking still fails, intelligent fingerprint identification door bell and button system will move out record fingerprint pattern；
A04 ＇）Repeat to record 6 fingerprints, often succeed once, the green light in first functional indicator light will flash；If success
Record fingerprint success 6 times, the green light of second functional indicator light 2 seconds, and the tinkle of bells preselected that sounds, second work(
When red in energy indicator lamp 2 seconds.
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| CN201710190490.XA CN107067594A (en) | 2017-03-28 | 2017-03-28 | Intelligent fingerprint recognizes door bell and button system and recognition methods |
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| CN201710190490.XA CN107067594A (en) | 2017-03-28 | 2017-03-28 | Intelligent fingerprint recognizes door bell and button system and recognition methods |
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| CN107067594A true CN107067594A (en) | 2017-08-18 |
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| CN110533818A (en) * | 2019-09-30 | 2019-12-03 | 傅勇 | A kind of guard method for realizing finger print door bell one with fingerprint module |
| CN110599661A (en) * | 2019-10-16 | 2019-12-20 | 傅勇 | Entrance guard method for realizing fingerprint identification and doorbell integration by using fingerprint module |
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