CN104216309B - A kind of devices and methods therefor with intelligent standby power on/off function - Google Patents
A kind of devices and methods therefor with intelligent standby power on/off function Download PDFInfo
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- CN104216309B CN104216309B CN201310221632.6A CN201310221632A CN104216309B CN 104216309 B CN104216309 B CN 104216309B CN 201310221632 A CN201310221632 A CN 201310221632A CN 104216309 B CN104216309 B CN 104216309B
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Abstract
The invention discloses a kind of devices and methods therefor with intelligent standby power on/off function in low-voltage distributing line, including: remotely induction installation (101), for detecting the ambient condition residing for electrical equipment, and export multiple ambient condition signal；Chopper auxiliary equipment (102), for receiving multiple ambient condition signals that long-range induction installation (101) sends, whether when meeting standby according to multiple ambient condition signals, appliance information and temporal information, power on/off condition controls the circuit that electrical equipment accessed by chopper and carries out power on/off operation.User is only need to press the button K2 to provide circuit appliance information to processing center using air-conditioning.Button press K1 is only needed to carry out Timing as preengage.Device can automatically identify, is automatically brought into operation, electrical appliance state in automatic inspection line road, carries out the operation to circuit according to environment.Control the power on/off of chopper.And job information and power saving total number information are passed to display screen inform user.
Description
Technical field
The present invention relates to a kind of intelligent standby power on/off device, especially relate to can reduce in low-voltage distributing line treat
The intelligent standby power on/off devices and methods therefor of machine kwh loss.
Background technology
The most a lot of electrical appliance equipment has standby function.But long-time standby spent electric energy is the hugest
Big.Commercially there is the device of various manual power-off.But the device of intelligence power-off not according to user's presence states.Vacuum
Chopper is widely used in domestic circuit, itself can control power on/off in circuit in the line, but its nothing
Circuit is controlled by method according to the specific environment of user.It is blank that the disclosure has filled up this.
The average standby energy consumption of China's urban family has accounted for about the 10% of total energy consumption according to statistics, is equivalent to 24 hours
Light " altar lamp " of one 30 watts.The average standby energy consumption of annual family is about at 262.8 degree.Under holding state, long-time nothing
Possible fire when people is on the scene, has harm greatly.Therefore, electrical equipment is as wanted power-off in the long-time not used time, thus prevents
The most unnecessary waste and harm.
The device of this intelligence power-off by judging electrical equipment whether holding state, and temperature the most on the scene according to user, time
Between etc. function be controlled.The power on/off that carries out of intelligence has no effect on the normal electricity consumption of user.Reach the effect of power saving unconsciously
Really.
Summary of the invention
Additional aspects of the present invention and advantage part will be set forth in the description that follows, and also having partly can from describe substantially
Ground is found out, or can obtain in the practice of the invention.
Disclosure problem to be solved is when unmanned use, electrical appliance long-time standby time, carry out intelligence
Energy power on/off, reaches saves energy.For present chopper provides one to have knowledge automatically for standby intelligently connecting or disconnecting electricity aspect
, be not automatically brought into operation, the circuit breaker accessory of automatic detection function.Make user silent, power saving unconsciously.
The invention discloses a kind of devices and methods therefor in low-voltage distributing line with intelligent standby power on/off function,
Including long-range induction installation and chopper auxiliary equipment.
The disclosure be a kind of have automatically identify, be automatically brought into operation, the intelligent standby power on/off device of automatic detection function.Bag
Including the long-range induction installation fixed on the wall or be arranged on wall socket, described long-range induction installation is by the side of being wirelessly transferred
Formula and chopper auxiliary equipment carry out data transmission, and described chopper auxiliary equipment is for receiving the nothing that long-range induction installation sends
Line signal, carries out power on/off, and the attached dress of electricity, expense and chopper that can will save by controlling chopper after signal processing
The information such as the duty put show on the display apparatus.
The purpose of the disclosure is: provide the intelligent standby power on/off device and method of a kind of circuit breaker accessory, i.e. standby
During state, according to the environmental aspect residing for electrical appliance, control chopper power on/off by this intelligent standby power on/off device, subtract
The waiting electric quantity of few electrical appliance in the standby state.Make user silent, power saving unconsciously.
Another object is that of the disclosure: prevent under holding state, nobody time may the most incident fire and danger.Prevent
Unnecessary waste and harm.
Present disclose provides a kind of intelligent standby power on/off device, including: remotely induction installation (101), it is used for detecting electricity
Ambient condition residing for device, and export multiple ambient condition signal；Chopper auxiliary equipment (102), is used for receiving remotely sensing
Whether multiple ambient condition signals that device (101) sends, accord with according to multiple ambient condition signals, appliance information and temporal information
The circuit that when closing standby, electrical equipment is accessed by power on/off condition to control chopper carries out power on/off operation.
The disclosure additionally provides a kind of intelligent standby power on/off method, including: remotely sensing step, it is used for detecting electrical equipment institute
The ambient condition at place, and export multiple ambient condition signal；Breaker operator step, is used for receiving multiple ambient condition signal,
Whether when meeting standby according to multiple ambient condition signals, appliance information and temporal information, power on/off condition controls chopper pair
The circuit that electrical equipment is accessed carries out power on/off operation.
The effect of the disclosure is, electrical appliance etc. in the standby state time, this intelligent standby power on/off device without with
Family manual operation controls, and reaches the mesh saving produced electric energy loss on the basis of not affecting user's normal electricity consumption
's.And the electricity that will save, expense, and the information such as the duty of chopper auxiliary equipment show on the display apparatus.
Described holding state, refers under the holding state of electrical appliance own, or the situation that after shutdown, plug is not pulled out.
Accompanying drawing explanation
By combining accompanying drawing, the preferred embodiments of the present invention are described in detail, the above and other purpose of the present invention,
Characteristic and advantage will become apparent, the most identical label mutually isostructural unit of appointment, and wherein:
Fig. 1 shows the structural representation of the intelligent standby power on/off device according to disclosure embodiment.
Fig. 2 shows the block diagram of the long-range induction installation according to disclosure embodiment.
Fig. 3 shows the physical circuit figure of the long-range induction installation according to disclosure embodiment.
Fig. 4 shows the control method flow chart of the long-range induction installation according to disclosure embodiment.
Fig. 5 shows the block diagram of the chopper auxiliary equipment according to disclosure embodiment.
Fig. 6 shows the physical circuit figure of the chopper auxiliary equipment according to disclosure embodiment.
Fig. 7 shows the control method flow chart of the chopper auxiliary equipment according to disclosure embodiment.
Detailed description of the invention
The present invention is fully described below with reference to the accompanying drawing illustrating the embodiment of the present invention.But, the present invention can be with many
Different forms realizes, and should not be assumed that to be limited to embodiment described here.On the contrary, it is provided that these embodiments are to make these public affairs
Open thorough and complete, and the scope of the present invention will be given full expression to those skilled in the art.In the accompanying drawings, for the sake of clarity
It is exaggerated assembly.
Should be appreciated that it can be to be directly connected to or coupling when claiming " element " " being connected to " or " coupled " to another element
Receive another element or intermediary element can be there is.On the contrary, when claim element " be directly connected to " or " being directly coupled to " another
During element, there is not intermediary element.The element that identical reference instruction is identical.Term "and/or" used herein includes
Any and all combination of one or more relevant projects listed.
Although should be appreciated that and term first, second, third, etc. can being used here to describe each element, assembly and/or portion
Point, but these elements, assembly and/or part should not be limited by these terms.These terms are used only for element, assembly or part
Mutually make a distinction.Therefore, the first element discussed below, assembly or part are permissible on the premise of imparting knowledge to students without departing substantially from the present invention
It is referred to as the second element, assembly or part.
Fig. 1 shows the structural representation of the intelligent standby power on/off device according to disclosure embodiment.
Intelligent standby power on/off device according to disclosure embodiment includes: remotely induction installation 101 and chopper are attached
Device 102.Long-range induction installation 101 according to the disclosure can be fixed on the wall according to the needs of user or be arranged on body of wall
On socket.Chopper auxiliary equipment is installed together with chopper.
Remotely induction installation 101 carries out data transmission by wireless transmission method and chopper auxiliary equipment 102.Remotely sense
Answer device 101 for sensing the ambient condition residing for electrical appliance, such as, ambient temperature around electrical equipment, the sound size of people,
Whether there is people etc., and generate multiple ambient condition signal.Chopper auxiliary equipment 102 is used for receiving long-range induction installation 101
Whether the multiple ambient condition signals gone out, meet treating of electrical equipment according to multiple ambient condition signals, appliance information and temporal information
During machine, power on/off condition controls the circuit that electrical equipment accessed by chopper and carries out power on/off operation, thus manually grasps without user
Make to control electrical equipment.
Further, electricity, expense and the work of chopper auxiliary equipment 102 that chopper auxiliary equipment 102 can also will be saved
Make the information such as state and show on the display apparatus, in order to user checks.
Intelligent standby power on/off device according to disclosure embodiment can be according to power on/off condition, turn on automatically or disconnection
Power supply in the circuit that electrical appliance accesses, thus reach to save electric power purpose.
Fig. 2 shows the block diagram of the long-range induction installation 101 according to disclosure embodiment.
As in figure 2 it is shown, described long-range induction installation includes: sound transducer 201, temperature sensor 202, infrared ray sensing
Device 203, microprocessor 204 and wireless transmitter module 205.
Sound transducer 201, temperature sensor 202, infrared ray sensor 203 and wireless transmitter module 205 are respectively with micro-
Processor 204 connects.Sound transducer 201, temperature sensor 202, infrared ray sensor 203 are for sensing the environment shape in the external world
State, and send multiple induced signals to microprocessor 204 by I/O port, multiple induced signals are carried out by microprocessor 204
Process and generate multiple ambient condition signal accordingly, by wireless transmitter module 205, multiple ambient condition signals are sent to
Chopper attached control device 102.
Infrared ray sensor 203 is for sensing the activity residing electrical appliance surrounding people, it is provided that infrared signal is given
Remotely in induction installation, microprocessor 204 processes.The sound that sound transducer 201 senses residing electrical appliance people around is big
Little, it is provided that acoustical signal processes to microprocessor 204.Temperature sensor 202 senses the environment residing electrical appliance people around
Temperature, it is provided that temperature signal processes to microprocessor 204.After the signal received is processed by microprocessor 204, control nothing
Line transmitter module 205 launches multiple ambient condition signals to chopper auxiliary equipment.
For the infrared signal from infrared ray sensor 203, microprocessor 204 is according to whether there is people to export respectively
One signal and secondary signal.For the temperature signal from temperature sensor 202, microprocessor 204 judges whether temperature is people
Body suitable temperature (for example, it is possible to arranging human comfort's temperature is 17 DEG C to 24 DEG C or 18 DEG C to 22 DEG C etc.), and according to temperature
Whether degree exports the third and fourth signal in human comfort's temperature respectively.For the acoustical signal from sound transducer 201,
Microprocessor 204 is boundary with first threshold (such as, first threshold is set to 40 decibels), when acoustical signal is beyond first threshold
Time, export the 6th signal, if acoustical signal is not above in first threshold, then output the 5th signal.
First signal represents people's state, and secondary signal represents unmanned state, and the 3rd signal represents temperature human comfort
In temperature, the 4th signal represents temperature outside human comfort's temperature, and the 5th signal representative voice is not above first threshold, for nothing
Sound, the 6th signal representative voice is beyond first threshold, for sound.
Although Fig. 2 illustrate only the device of 3 kinds of sensing environment, it will be understood by those skilled in the art that according to reality
Situation, it is also possible to increase other sensing devices.
Microprocessor 204 controls wireless transmit mould 205 and launches signal, also can individually launch multi-signal simultaneously, including
But it is not limited to above 6 kinds of ambient condition signal messages.After wireless transmitter module 205 launches signal, microprocessor 204 returns to
Program initialization, enters duty again.
Fig. 3 shows the physical circuit figure of the long-range induction installation 101 according to disclosure embodiment.
As it is shown on figure 3, MSP430F135 single-chip microcomputer mould such as can be used according to the microprocessor 304 of disclosure embodiment
Block.Wireless transmitter module 305 such as can use CC1000 module.Temperature sensor 202 such as can use DS18B20 mould
Block.Infrared ray sensor 303 such as can use RE200B module.Sound transducer 301 includes operational amplifier IC1, three poles
Pipe V1 and mike MIC, first and second inputs of operational amplifier IC1 connect the two ends of mike MIC, operation amplifier respectively
First outfan of device IC1 is connected to the base stage of audion V1, and the emitter stage of audion V1 is connected to the of operational amplifier IC1
Three inputs, the colelctor electrode of audion V1 is connected to the four-input terminal of operational amplifier IC1, the second of operational amplifier IC1
The acoustical signal of detection is sent to microprocessor 304 by outfan.Sound transducer 301 can also include multiple resistor R1-
R8 and capacitor C1 and C2.Wherein, audion V1 such as can use 2N4125 or BC457, IC1 to use
TLC274。
Although Fig. 3 showing the physical circuit of all parts of long-range induction installation, but those skilled in the art should
Understand, sound transducer 201, temperature sensor 202, infrared ray sensor 203, microprocessor 204 and wireless transmitter module 205
It is not limited to the physical circuit described in Fig. 3, it would however also be possible to employ there are other circuit of identical function.
Fig. 4 shows the control method flow chart of the long-range induction installation 101 according to disclosure embodiment.
As shown in Figure 4, in step 401, microprocessor 204 carries out program initialization after powered up.
In step 402, (include sound transducer 201, temperature sensor 202, infrared ray sensor by multiple induction apparatuss
203) carry out signal detection, the multiple detection signals received from multiple induction apparatuss are transferred to microprocessor 204.
In step 403, multiple detection signals are processed to change into multiple ambient condition signal by microprocessor 204,
And multiple ambient condition signals are exported to transmitter module 205.
In step 404, transmitter module 205 carries out signal transmitting according to the signal that microprocessor 204 exports, and returns to step
Rapid 401.
As shown in Figure 4, step 403 farther includes: step 4031, and microprocessor 204 is according to from infrared ray sensor
The infrared detection signal of 203 judges that whether people are around at electrical equipment.If someone, then microprocessor 204 exports the first signal
To wireless transmitter module 205；Without people, then microprocessor 104 exports secondary signal to wireless transmitter module 205.
Step 4032, microprocessor 204 judges around electrical equipment according to the temperature detection signal from temperature sensor 202
Whether temperature is within suitable temperature.If it is, microprocessor 204 exports the 3rd signal to wireless transmitter module 205；No
Then, microprocessor 204 exports the 4th signal to wireless transmitter module 205.
Step 4033, microprocessor 204 judges around electrical equipment according to the sound detection signals from sound transducer 201
Whether sound detection signals is more than first threshold.If it is, microprocessor 204 exports the 6th signal to wireless transmitter module
205；Otherwise, microprocessor 204 exports the 5th signal to wireless transmitter module 205.
Fig. 5 shows the block diagram of the chopper auxiliary equipment 102 according to disclosure embodiment.
As it is shown in figure 5, described chopper auxiliary equipment includes: liquid crystal display 501, current detection module 502, wireless connect
Receive module 503, microprocessor 504, timer 505, resetting disconnects device 506 and the first button K1 and the second button K2.
Liquid crystal display 501, current detection module 502, wireless receiving module 503, microprocessor 504, timer 505 with
And first button K1 and the second button K2 be connected with microprocessor 504 respectively.
Described current detection module 502 can detect the size of the electric current in the circuit that electrical appliance accesses, generate with
The electrical appliance state signal that in circuit, the change of electric current is corresponding, and send microprocessor 504, micro-place to by I/O port
According to electrical appliance state signal, whether reason device 504 exceedes pre-set value may determine that in circuit whether be in operating current.Work as electrical equipment
When status signal exceedes pre-set value, it is judged that circuit is in operating current.When electrical appliance state signal is not less than pre-set value
Time, namely during less than or equal to pre-set value, it is judged that being not on operating current in circuit, now microprocessor 504 controls wireless
Receiver module 503 receives signal from wireless transmitter module 205.
Described current detection module 502 detects the size of current in a circuit.According to the needs of user, in this circuit
An electrical appliance can be accessed, or multiple electrical appliance can also be accessed.Set presetting according to different electrical appliances
The size of value.
Wireless receiving module 503 receives self-multiple ambient condition signals thinking transmitter module 205, and will receive
Signal sends microprocessor 504 to by I/O port, and microprocessor 504 carries out respective handling according to receiving signal.
Timer 505 is used for determining the time of being presently in, and temporal information is sent to microprocessor 504.This area skill
Art personnel should be appreciated that, although shows the timer 505 being individually placed on microprocessor 504, described enumerator in Fig. 5
505 can also be built in microprocessor 504.
Corresponding information is shown in screen by microprocessor 504 also by liquid crystal display 501.Described liquid crystal indicator
The information such as 501 duties that can show saved electricity, expense and chopper auxiliary equipment.Although Fig. 5 shows
Liquid crystal display 501, those skilled in the art should understand that the actual demand according to user, it is also possible to do not provide liquid crystal display
501。
Described reset disconnects device 506 containing motor and tripping mechanism, for carry out the chopper in circuit reset or
Trip operation.Reset or dropout instruction that the described disconnection device 506 that resets sends according to microprocessor 504 carry out action.Micro-place
Reason device 504 can disconnect, by controlling to reset, the power supply that device 506 disconnects or connects in circuit.
The described button connected on described microprocessor 504 the most e.g. reserve button K1 and control knob K2.With
The family pressing by button K2, it is provided that the appliance information in circuit is to microprocessor 504.Such as, if circuit has accessed sky
Adjust, then user presses the button K2, now, will be supplied to microprocessor 504 about having accessed the appliance information of air-conditioning in circuit.As
Really accessed other electrical equipment in addition to air-conditioning in circuit, then user does not press the button K2, now, does not carries to microprocessor 504
Charger information.
Only need to press button K1 carry out Timing subscription time to be supplied to microprocessor 504 as preengage.When
When circuit has accessed the electrical equipment with reservation function, user can by pressing button K1 set reservation time so as
The time of reservation can connect the power supply of circuit.Such as, if circuit has accessed water heater, when user wishes at subscription time
When connecting water heater after 2 hours, user is preengage by K1 so that after 2 hours, performs closing operation.If nothing
Need reservation, the most do not press button K1, also do not provide subscription time to microprocessor 504.
According to current detection module 502, microprocessor 504 detects that in circuit, the state of electrical appliance controls wireless connecing
Receive module 503 and carry out the reception of wireless signal；Come by multiple according to appliance information, the ambient condition signal of reception and temporal information
Position disconnects device 506 and controls chopper, carries out break-make circuit and saves electric energy.
For example, it is possible to power on/off condition is as follows when arranging standby:
Air-conditioning: the power-off when nobody；It is energized when temperature is outside suitable temperature；People's temperature is had during time in addition to the late into the night
Disconnect when degree is within suitable temperature；Disconnection when temperature is within temperature pleasant when having the late into the night people noiseless；When having the late into the night people sound
It is energized when temperature is within suitable temperature.
Other electrical equipment: nobody time power-off；Time of having a rest in the late into the night, (such as can arrange the late into the night was at 12 in evening～6:00 AM
Between period or at 11 in evening to the period between 6:00 AM, etc.), have people noiseless time power-off；Time of having a rest in the late into the night, have
It is energized when people is sound；Energising when having people during the time in addition to the late into the night.
Microprocessor 504 carries out respective handling according to the multiple ambient condition signals, appliance information and the temporal information that receive,
When meet above-mentioned standby time power on condition time disconnect device 506 to resetting and send reset instruction, and when meet above-mentioned standby time disconnected
Disconnect device 506 during electricity condition to resetting and send dropout instruction.
So can not affect in the case of user normally uses, make user silent, reach power saving unconsciously.
Although the disclosure give above-mentioned standby time power on/off condition, it will be understood by those skilled in the art that according to
Being actually needed of family, user can arrange other standby time power on/off condition.
Device according to the disclosure can automatically identify, is automatically brought into operation, electrical appliance state in automatic inspection line road, according to
Environment carries out the operation to circuit, each sensing parts deliver a signal to microprocessor and learn current ambient condition, electricity consumption electricity
Device duty, determines, by time timer, the time of being presently in.Control the power on/off of chopper.And by job information and province
Electricity total number information passes to display screen and informs user.
Fig. 6 shows the physical circuit figure of the chopper auxiliary equipment 102 according to disclosure embodiment.
Microprocessor 504 such as can use MSP430F435 one-chip computer module, and wireless receiving module 403 such as may be used
To use CC1000 module.Current measurement module 602 includes mutual inductor L, rectifier bridge VD1, stabilivolt VD2 and C1 and optocoupler
VD4.Mutual inductor L is for sensing the electric current in the circuit accessing electrical appliance, and exports whole by the current signal I2 of sensing
Stream bridge VD1.Rectifier bridge VD1 for being converted into DC current signal by ac current signal, and is exported by stabilivolt VD2 and C1
Galvanic current stream signal, galvanic current stream signal is converted into and the electrical appliance electricity consumption in circuit through optocoupler VD4
Status signal, and export microprocessor 604.
Fig. 7 shows the control method flow chart of the chopper auxiliary equipment 102 according to disclosure embodiment.
The control method of the chopper auxiliary equipment 102 according to disclosure embodiment is energized at chopper auxiliary equipment 102
After, current detection module 502 carries out the detection of electric current in circuit and judges that electrical equipment is the most in running order, if electrical equipment does not has
In running order, then receive multiple ambient condition signal from long-range induction installation 101, and multiple ambient condition signals are transmitted
To microprocessor 504.Microprocessor 504 judges the control of laggard row line according to received signal and residing time
System.When judging to meet standby during power on condition, control to close a floodgate and detect electrical equipment and be in after holding state time delay 20s basis again
The signal received and time carry out the control of circuit.Time is supplied to microprocessor by timer output.
As it is shown in fig. 7, the control method of described chopper auxiliary equipment 102 comprises the steps of
After energising, in step 701, the state of detection electrical equipment, i.e. carry out electric current in circuit by current detection module 502
Detection, generate and the changing corresponding electrical appliance state signal and judge that electrical equipment is the most in running order of electric current in circuit.
If electrical appliance state signal is more than pre-set value, then explanation electrical appliance is in duty, enters step
702, keep closing a floodgate.
If electrical appliance state signal be less than or equal to pre-set value, then be not on duty, be i.e. in holding state or
Person's off-position, enters step 703, carries out the judge process of standby power on/off.
In step 703, wireless receiving module 603 receive various ambient condition signal from long-range induction installation 101.
Then in step 704, carry out button judgement, i.e. determine whether to receive subscription time and appliance information.
If it is determined that do not receive any button press signal, the most do not receive subscription time and appliance information, then illustrate
It is in the electrical equipment of holding state and is in addition to other electrical equipment outside air-conditioning and user does not has the booking work time, now to enter step
710, i.e. ambient condition signal and the temporal information from long-range induction installation is carried out signal processing, and judge result
Power on/off condition when whether meeting other electrical equipment standby.When judging to meet standby power on condition in step 710, control to close a floodgate
And after time delay 20s, return step 701.When judging to meet power off in standby state of electric condition in step 710, control deenergization and return
Return step 701.
If it is determined that receive button press signal, then determine it is which kind of button signal according to button press signal.
It is in, if it is determined that receive, the appliance information that the electrical equipment of holding state is air-conditioning, then enters step 709, illustrate the
Two button K2 are pressed.Subsequently enter step 711, i.e. ambient condition signal and the information from long-range induction installation is carried out
Signal processing, and judge power on/off condition when whether result meets air-conditioning standby.When meeting standby in step 711 judgement
During power on condition, control to close a floodgate and after time delay 20s, return step 701.When judging to meet power off in standby state of electric condition in step 711
Time, control deenergization and return step 701.
If it is determined that receive subscription time, then entering step 705, illustrate that reserve button K1 is pressed, user is carried out
Reservation.Then, step 706 is entered.
In step 706, whether microprocessor judges temporal information, in subscription time, if in subscription time, is then entered
Enter step 707, control deenergization, and return step 701.Without in subscription time, then enter step 708, control
Close a floodgate, i.e. disconnect device 606 by resetting and perform to connect the closing operation of the power supply in circuit, and return step 701.
Step 711 farther includes step 7111-7117.
In step 7111, microprocessor 604 carries out signal processing, if wireless receiving module 603 is from long-range induction installation
101 receive secondary signal, then nobody is described, now, proceeds to step 7112.If wireless receiving module 603 receives
Be the first signal, then explanation has people, and proceeds to step 7113.
In step 7112, control to disconnect the power supply in the circuit that electrical appliance accesses.And return step 701, basis again
The signal that wireless receiving module 603 receives processes.
In step 7113, it may be judged whether be the late into the night, the time period in the late into the night can be set as required, for example, it may be late
Upper 12 to 6:00 AM, or at 11 in evening is to 6:00 AM etc..When judging not to be the late into the night, proceed to step 7114.If
Judgement is the late into the night, then proceed to step 7115.
In step 7115, microprocessor 604 determines the sound detection result that wireless receiving module 603 receives.If it is wireless
What receiver module 603 received is the 6th signal, then explanation has sound.Subsequently enter step 7116.If wireless receiving module
603 receive is the 5th signal, then explanation does not has sound.Subsequently enter step 7114.
In step 7114, microprocessor 604 determines the temperature detection result that wireless receiving module 603 receives.If the
Three signals, within i.e. temperature is in suitable temperature, then proceed to step 7112.If the 4th signal, i.e. temperature are in comfortable
Outside temperature, then proceed to step 7116.
In step 7116, control to close a floodgate so that the power supply connected in the circuit that electrical appliance accesses.So that user can root
Electrical equipment is opened at any time according to needs.
After controlling to close a floodgate, enter step 7117, if be detected that after electrical equipment is in holding state time delay 20s, then weigh
The control of the new new round carrying out circuit according to the ambient condition signal received and temporal information.That is, after time delay 20s, return
Return to step 701.
Step 710 farther includes step 7101-7106.
In step 7101, microprocessor 604 carries out signal processing, if wireless receiving module 603 is from long-range induction installation
101 receive secondary signal, then nobody is described.Now, step 7103 is entered.If wireless receiving module 603 receives
It is the first signal, then enters step 7102.
In step 7103, control to disconnect the power supply in the circuit that electrical appliance accesses.And return step 701, basis again
The signal that wireless receiving module 603 receives processes.
In step 7102, it may be judged whether the late into the night.If then entering step 7104 late into the night.Otherwise enter step 7105.
In step 7104, microprocessor 604 determines the sound detection result that wireless receiving module 603 receives.If it is wireless
What receiver module 603 received is the 6th signal, then explanation has sound.Subsequently enter step 7105.If wireless receiving module
603 receive is the 5th signal, then explanation does not has sound.Subsequently enter step 7103.
In step 7105, control to close a floodgate so that the power supply connected in the circuit that electrical appliance accesses.So that user can root
Electrical equipment is opened at any time according to needs.
After controlling to close a floodgate, enter step 7106, if be detected that after electrical equipment is in holding state time delay 20s, then weigh
The control of the new new round carrying out circuit according to the ambient condition signal received and temporal information.That is, after time delay 20s, return
Return to step 701.
Although show the above-mentioned concrete steps of step 710 and 711 in Fig. 7, it will be understood by those skilled in the art that root
According to different demands and practical situation, the sub-step in step 710 and 711 can be revised.That is, change the bar of standby power on/off
Part.Such as, regardless of daytime or night, as long as temperature just controls to disconnect in suitable temperature；Or there is daytime people's temperature relaxing
Sound being switched within thermophilic degree and noiseless time disconnect.Step 710 and the power on/off condition of 711 in Fig. 7 are schematic, and
It is not used in restriction the scope of the present disclosure.
The described electrical equipment that the application can be applicable to includes: TV, washing machine, water heater, sound equipment, air-conditioning, smoke pumping are mechanical, electrical
Brain display, microwave oven, Set Top Box, DVD, electronic type electromagnetic oven, disinfection cabinet, remote control electric fan etc..Described button is soft-touch type
Button or mechanical botton.It is air-conditioning or other electrical equipment that described control knob is used for distinguishing electrical equipment.
Although the present invention describes with reference to its specific preferred embodiment, but those skilled in the art should manage
Solve, in the case of without departing from the spirit and scope of the present invention being defined by the following claims, can to its carry out form and
The various amendments of details.And the amendment to the disclosed embodiments and other embodiments is intended to encompass in claims
In the range of book.
Claims (8)
1. an intelligent standby power on/off method, including:
Remotely sensing step, for detecting the ambient condition residing for electrical equipment, and exports multiple ambient condition signal；
Breaker operator step, is used for receiving multiple ambient condition signal, according to multiple ambient condition signals, appliance information and time
Between the information circuit whether electrical equipment is accessed by power on/off condition to control chopper when meeting standby carry out power on/off operation,
Wherein, breaker operator step includes:
M) electric current in the circuit that detection electrical equipment is accessed, generates and exports the electrical equipment shape corresponding with the change of electric current in circuit
State signal；
N) judge whether electrical equipment is duty according to electrical appliance state signal, when electrical appliance state signal is more than pre-set value, electricity
Device is duty, keeps closing a floodgate and returning step m)；
O) when electrical appliance state signal is not more than pre-set value, multiple ambient condition signal is received；
P) subscription time and appliance information are judged whether, if there is no subscription time and appliance information, then to multiple rings
Border status signal and temporal information carry out signal processing, and when result meets other electrical equipment in addition to air-conditioning standby
Control the power supply in closing of power circuit breaker circuit during power on condition, and after time delay 20s, return step m), and work as result
Control the power supply in chopper open-circuit line during outage condition when meeting other electrical equipment in addition to air-conditioning standby, and return step
M)；
Q) if there is subscription time, then judge temporal information whether within subscription time, if within subscription time, then
Control the power supply in chopper open-circuit line, and return step m)；Without within subscription time, then control chopper and connect
Power supply in logical circuit, and return step m)；
R) if there is appliance information, then multiple ambient condition signals and temporal information are carried out signal processing, and when processing knot
Control the power supply in closing of power circuit breaker circuit when fruit meets air-conditioning standby during power on condition, and after time delay 20s, return step
Rapid m) and control the power supply in chopper open-circuit line when result meets air-conditioning standby during outage condition, and return
Return step m).
2. intelligent standby power on/off method as claimed in claim 1, wherein, long-range sensing step includes:
A) carried out the signal detection of electrical equipment surrounding by multiple induction apparatuss, and generate multiple detection signal；
B) multiple detection signals are processed, and export multiple ambient condition signal；
C) launch multiple ambient condition signal, and return to step a).
3. intelligent standby power on/off method as claimed in claim 1, wherein, when the electrical equipment in line attachment is air-conditioning, presses
Lower second button (K2), in order to export the appliance information about having accessed air-conditioning in circuit.
4. intelligent standby power on/off method as claimed in claim 2, wherein, step a) farther includes:
The sound size of detection electrical equipment people around, and generate sound detection signals；
Ambient temperature around detection electrical equipment, and generate temperature detection signal；
The activity of induction apparatus surrounding people, and generate infrared detection signal.
5. intelligent standby power on/off method as claimed in claim 2, wherein, multiple ambient condition signals include first to the 6th
Signal；And step b) farther includes:
Determining whether people according to infrared detection signal, if there being people, then exporting the first signal, if no one, then export
Binary signal；
Within judging whether to be in suitable temperature according to temperature detection signal, if within temperature is in suitable temperature, the most defeated
Go out the 3rd signal, if temperature is outside suitable temperature, then output the 4th signal；
Judge it is sound or noiseless according to sound detection signals, if sound detection signals is more than first threshold, be then judged as
Sound and export the 6th signal, if sound detection signals is less than or equal to first threshold, then it is judged as noiseless and exports the 5th letter
Number.
6. intelligent standby power on/off method as claimed in claim 1, wherein, step p) farther includes:
When receiving secondary signal, control the power supply in chopper open-circuit line, and return step m)；
When receiving the first signal, it may be judged whether the late into the night, if then judging whether sound the late into the night；If noiseless, i.e. receive
To the 5th signal, then control the power supply in chopper open-circuit line, and return step m)；
If it is determined that be not the late into the night or the late into the night but receive the 6th signal, then control the power supply in closing of power circuit breaker circuit,
And after time delay 20s, return step m).
7. intelligent standby power on/off method as claimed in claim 1, wherein, step r) farther includes:
When receiving secondary signal, control the power supply in chopper open-circuit line, and return step m)；
When receiving the first signal, it may be judged whether the late into the night, if then judging whether sound the late into the night；If sound, i.e. receive
To the 6th signal, then control the power supply in closing of power circuit breaker circuit, and after time delay 20s, return step m)；
If it is determined that be not the late into the night or judgement is the late into the night but receives the 5th signal, then judge whether temperature is in suitable temperature
Within, if within being in suitable temperature, i.e. receive the 3rd signal, then control the power supply in chopper open-circuit line, and return
Return step m)；
If being in outside suitable temperature, i.e. receiving the 4th signal, then controlling the power supply in closing of power circuit breaker circuit, and prolonging
Time 20s after return step m).
8. intelligent standby power on/off method as claimed in claim 7, can access an electrical equipment or multiple in described circuit
Electrical equipment.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106125561A (en) * | 2016-08-04 | 2016-11-16 | 轩脉家居科技（上海）有限公司 | A kind of unmanned automatic closing system of human body sensing |
| CN106056827A (en) * | 2016-08-12 | 2016-10-26 | 合肥通用电源设备有限公司 | Fire-fighting power control system |
| CN106773812B (en) * | 2016-11-28 | 2018-08-03 | 国网山东省电力公司济宁供电公司 | Intelligent breaker device and system |
| CN114578705B (en) * | 2022-04-01 | 2022-12-27 | 深圳冠特家居健康系统有限公司 | Intelligent home control system based on 5G Internet of things |
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