CN203299584U - Device with intelligent standby power on/off function - Google Patents

Device with intelligent standby power on/off function Download PDF

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Publication number
CN203299584U
CN203299584U CN2013203221469U CN201320322146U CN203299584U CN 203299584 U CN203299584 U CN 203299584U CN 2013203221469 U CN2013203221469 U CN 2013203221469U CN 201320322146 U CN201320322146 U CN 201320322146U CN 203299584 U CN203299584 U CN 203299584U
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China
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microprocessor
signal
temperature
electrical equipment
circuit
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CN2013203221469U
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蒋勇辉
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Schneider Electric SE
Schneider Electric Industries SAS
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Schneider Electric SE
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Abstract

The utility model discloses a device with an intelligent standby power on/off function in a low-voltage distribution line. The device comprises a remote induction device (101) and a breaker accessory device (102). The remote induction device (101) is used to detect environment state of an electric appliance and output a plurality of environment state signals. The breaker accessory device (102) is used to receive a plurality of environment state signals, and controls the breaker to perform power on/off operation on a circuit which the electric appliance is connected with on the basis that whether the plurality of environment state signals, electric appliance information and time information conform to standby power on/off conditions. When a user uses an air condition, just a button K2 is needed to be pressed, so as to provide the electric appliance information to a processing center. If the user needs an appointment, just a button K1 is needed to be pressed to adjust time. The device can automatically identify, automatically operate, and automatically detect electric appliance states in a circuit, and performs operation on the circuit according to the environment. The device controls power on/off of the breaker, and transmits working information and total amount of power saving information to a display screen to inform the user.

Description

A kind of device with intelligent standby power on/off function
Technical field
The utility model relates to a kind of intelligent standby power on/off device, especially relates to the intelligent standby power on/off device that can reduce the waiting electric quantity loss in low-voltage distributing line.
Background technology
A lot of electrical appliance equipment has the function of standby now.But the long-time spent electric energy of standby is very huge.Various manual outages are arranged on market device.But do not have according to user's presence states and the device of intelligence outage.Vacuum circuit breaker is widely used in the family expenses circuit, itself in the line can operation circuit in power on/off, but it can't be controlled circuit according to user's specific environment.The disclosure has been filled up this blank.
The average standby energy consumption of China's urban family has accounted for 10% left and right of total energy consumption according to statistics, is equivalent to light in 24 hours " pilot burner " of one 30 watts.The average standby energy consumption of annual family is about 262.8 degree.Under holding state, when nobody is on the scene for a long time, the possibility fire, have great harm.Therefore, electrical equipment as for a long time not the used time to cut off the power supply, thereby prevent unnecessary waste and harm.
The device of this intelligence outage is by judging whether holding state of electrical equipment, according to the user whether the functions such as on the scene and temperature, time control.The power on/off of carrying out of intelligence does not affect user's normal electricity consumption.Reach the effect of power saving unconsciously.
The utility model content
Other aspect of the present utility model and advantage part will be set forth in the description of back, also have part to find out significantly from describe, and perhaps can obtain in practice of the present utility model.
Disclosure problem to be solved is under the unmanned state that uses, and during the long-time standby of electrical appliance, carries out the intelligently connecting or disconnecting electricity, reaches saves energy.For providing a kind of circuit breaker accessory with automatic identification, automatic operation, automatic detection function for standby intelligently connecting or disconnecting electricity aspect in isolating switch now.Make the user silent, power saving unconsciously.
The utility model discloses a kind of devices and methods therefor that has intelligent standby power on/off function in low-voltage distributing line, comprise long-range induction installation and isolating switch auxiliary equipment.
The disclosure is a kind of intelligent standby power on/off device with automatic identification, automatic operation, automatic detection function.Comprise fixing on the wall or be arranged on long-range induction installation on wall socket, described long-range induction installation carries out the data transmission by wireless transmission method and isolating switch auxiliary equipment, described isolating switch auxiliary equipment is used for the wireless signal that the receiving remote induction installation sends, control isolating switch after signal is processed and carry out power on/off, and the electric weight that can will save, expense, the information such as duty that reach the isolating switch auxiliary equipment are presented on display device.
Purpose of the present disclosure is: the intelligent standby power on/off device and method that a kind of circuit breaker accessory is provided, namely when holding state, environmental aspect residing according to electrical appliance, control the isolating switch power on/off by this intelligent standby power on/off device, reduce the waiting electric quantity of electrical appliance under holding state.Make the user silent, power saving unconsciously.
Another purpose of the present disclosure is: prevent under holding state, nobody the time may extremely incident fire and danger.Prevent unnecessary waste and harm.
The disclosure provides a kind of intelligent standby power on/off device, comprising: long-range induction installation (101), for detection of the residing ambient condition of electrical equipment, and export a plurality of ambient condition signals; Isolating switch auxiliary equipment (102), be used for a plurality of ambient condition signals that receiving remote induction installation (101) sends, while according to a plurality of ambient condition signals, electrical equipment information and temporal information, whether meeting standby, the power on/off condition is controlled the circuit that isolating switch accesses electrical equipment and is carried out the power on/off operation.
According to intelligent standby power on/off device described in the utility model, it is characterized in that, long-range induction installation (101) comprising: sound transducer (201) for detection of electrical equipment people around's sound size, and provides voice signal to first microprocessor (204); Temperature sensor (202), for detection of the environment temperature around electrical equipment, and provide temperature signal to first microprocessor (204); Infrared ray sensor (203), be used for induction apparatus personnel's activity on every side, and provide infrared signal to first microprocessor (204); First microprocessor (204), according to infrared signal, temperature signal and voice signal, the ambient condition around judgement electrical equipment, and export a plurality of ambient condition signals; And wireless transmitter module (205), be used for will being transmitted into isolating switch auxiliary equipment (102) from a plurality of ambient condition signals of first microprocessor (204) by wireless mode.
According to intelligent standby power on/off device described in the utility model, it is characterized in that, isolating switch auxiliary equipment (102) comprising: current detection module (502), electric current in the circuit that accesses for detection of electrical equipment, generation and the output electrical appliance state signal corresponding with the variation of electric current in circuit given the second microprocessor (504); Wireless receiving module (503), be used for receiving a plurality of ambient condition signals from long-range induction installation (101), and described a plurality of ambient condition signals sent to the second microprocessor (504); Timer (505), be connected with the second microprocessor (504), is used for the time of determining, and temporal information is offered the second microprocessor (504); The disconnecting device (506) that resets, be used for according to resetting or the dropout instruction that the second microprocessor (504) sends, and the isolating switch in described circuit is resetted or threads off operation; The first button (K1); Be connected with the second microprocessor (504), during for the working time when user's reserve line electrical equipment, subscription time sent to the second microprocessor (504); The second button (K2); Be connected with the second microprocessor (504), be used for, when circuit has accessed air-conditioning, electrical equipment information is offered microprocessor (504); And second microprocessor (504), be used for whether surpassing default definite value according to the electrical appliance state signal, control wireless receiving module (503) and carry out the reception of a plurality of ambient condition signals; A plurality of ambient condition signals, electrical equipment information and the time information that receive are processed, send reset instruction to the disconnecting device that resets (506) during power on condition when result meets standby, and send the dropout instruction to the disconnecting device that resets (506) during outage condition when result meets standby.
According to intelligent standby power on/off device described in the utility model, it is characterized in that, during less than or equal to default definite value, the second microprocessor (504) is controlled wireless receiving module (503) and is received a plurality of ambient condition signals when the electrical appliance state signal; During greater than default definite value, the second microprocessor (504) does not send instruction to keep the state of isolating switch to the disconnecting device that resets (506) when the electrical appliance state signal.
According to intelligent standby power on/off device described in the utility model, it is characterized in that, when the electrical equipment in line attachment is air-conditioning, press the second button (K2), in order to the electrical equipment information that has accessed air-conditioning in relevant circuit is offered microprocessor (504).
According to intelligent standby power on/off device described in the utility model, it is characterized in that, a plurality of ambient condition signals comprise the first to the 6th signal; While according to infrared signal, defining the people, export first signal when first microprocessor (204); And when first microprocessor (204), while according to infrared signal, determining the no one, export secondary signal; When first microprocessor (204) is while being within comfort temperature according to temperature signal judgement temperature, output the 3rd signal; When first microprocessor (204) judges that according to temperature signal temperature is outside comfort temperature, output the 4th signal; When first microprocessor (204) judgement voice signal during greater than first threshold, illustrate soundly, and export the 6th signal, when first microprocessor (204) judges voice signal less than or equal to first threshold, illustrate noiselessly, and export the 5th signal.
According to intelligent standby power on/off device described in the utility model, it is characterized in that, the second microprocessor (504) is the power on/off condition during according to following standby, control resets disconnecting device (506) operating breaker in order to connect or disconnect power supply in described circuit: for air-conditioning, nobody the time cut off the power supply; The outage when time durations except the late into the night has people's temperature within comfort temperature; Outage when while having the late into the night people noiseless, temperature is within temperature is comfortable; Temperature time energising outside comfort temperature; Energising when while having the late into the night people sound, temperature is within comfort temperature; For other electrical equipment except air-conditioning, nobody time cut off the power supply; The late into the night, outage while having the people noiseless; The late into the night, energising while having the people sound; When having the people, the time durations except the late into the night switches on.
According to intelligent standby power on/off device described in the utility model, it is characterized in that, isolating switch auxiliary equipment (102) also comprises: liquid crystal display (501),, according to the information from microcontroller, show electric weight, the expense of saving, the information that reaches the duty of isolating switch auxiliary equipment (102).
According to intelligent standby power on/off device described in the utility model, it is characterized in that, described counter (505) can be placed on or be built in the second microprocessor (504).
According to intelligent standby power on/off device described in the utility model, it is characterized in that, can access an electrical equipment or a plurality of electrical equipment in described circuit.
According to intelligent standby power on/off device described in the utility model, it is characterized in that, wireless transmit mould (205) is launched simultaneously multi-signal or is launched separately a kind of signal.
According to intelligent standby power on/off device described in the utility model, it is characterized in that, long-range induction installation (101) is fixed on the wall or is arranged on wall socket, and isolating switch auxiliary equipment (102) is installed together with isolating switch.
Effect of the present disclosure is, electrical appliance etc. are under holding state the time, and this intelligent standby power on/off device need not user's manual operation and controls, and reaches the purpose that the electric energy loss that produces is saved on the basis that does not affect the normal electricity consumption of user.And the electric weight that will save, expense, and the information such as duty of isolating switch auxiliary equipment are presented on display device.
Described holding state, refer under the holding state of electrical appliance own, or the situation that after shutdown, plug is not pulled out.
Description of drawings
In conjunction with the drawings preferred embodiment of the present utility model is described in detail, above and other purpose of the present utility model, characteristic and advantage will become apparent, and wherein identical label is specified the unit of same structure, and therein:
Fig. 1 shows the structural representation according to the intelligent standby power on/off device of disclosure embodiment.
Fig. 2 shows the block scheme according to the long-range induction installation of disclosure embodiment.
Fig. 3 shows the physical circuit figure according to the long-range induction installation of disclosure embodiment.
Fig. 4 shows the control method process flow diagram according to the long-range induction installation of disclosure embodiment.
Fig. 5 shows the block scheme according to the isolating switch auxiliary equipment of disclosure embodiment.
Fig. 6 shows the physical circuit figure according to the isolating switch auxiliary equipment of disclosure embodiment.
Fig. 7 shows the control method process flow diagram according to the isolating switch auxiliary equipment of disclosure embodiment.
Embodiment
Below with reference to the accompanying drawing that the utility model embodiment is shown, the present invention is described fully.Yet the utility model can realize in many different forms, and not will be understood that and be limited to embodiment described here.On the contrary, provide these embodiment in order to make the disclosure thorough and complete, and will give full expression to scope of the present utility model to those skilled in the art.In the accompanying drawings, for the sake of clarity amplified assembly.
Should be appreciated that it can be directly connected or coupled to another element or can have intermediary element when claiming " element " " to be connected to " or " coupling " during to another element.On the contrary, when claiming element " to be directly connected to " or during " being directly coupled to " another element, not having intermediary element.The identical identical element of Reference numeral indication.Term used herein " and/or " comprise any and all combinations of one or more relevant projects of listing.
Although should be appreciated that and can use the term first, second, third, etc. to describe each element, assembly and/or part here, these elements, assembly and/or part are not limited by these terms.These terms only are used for element, assembly or part are made a distinction mutually.Therefore, the first element discussed below, assembly or part can be called the second element, assembly or part under the prerequisite that does not deviate from the utility model teaching.
Fig. 1 shows the structural representation according to the intelligent standby power on/off device of disclosure embodiment.
Comprise according to the intelligent standby power on/off device of disclosure embodiment: long-range induction installation 101 and isolating switch auxiliary equipment 102.Can fix on the wall or be arranged on wall socket according to user's needs according to long-range induction installation 101 of the present disclosure.Isolating switch auxiliary equipment and isolating switch are installed together.
Long-range induction installation 101 carries out the data transmission by wireless transmission method and isolating switch auxiliary equipment 102.Long-range induction installation 101 is used for the residing ambient condition of sensing electrical appliance, for example, the environment temperature around electrical equipment, people's sound size, whether people etc. is arranged, and generates a plurality of ambient condition signals.Isolating switch auxiliary equipment 102 is used for a plurality of ambient condition signals that receiving remote induction installation 101 sends, while according to a plurality of ambient condition signals, electrical equipment information and temporal information, whether meeting the standby of electrical equipment, the power on/off condition is controlled the circuit that isolating switch accesses electrical equipment and is carried out the power on/off operation, thereby need not user's manual operation, carrys out control apparatus.
And isolating switch auxiliary equipment 102 can also be presented at electric weight, the expense of saving, the information such as duty that reach isolating switch auxiliary equipment 102 on display device, so that the user checks.
Can be according to the power on/off condition according to the intelligent standby power on/off device of disclosure embodiment, automatically be switched on or switched off the power supply in the circuit of electrical appliance access, thereby reach the conservation of power purpose.
Fig. 2 shows the block scheme according to the long-range induction installation 101 of disclosure embodiment.
As shown in Figure 2, described long-range induction installation comprises: sound transducer 201, temperature sensor 202, infrared ray sensor 203, microprocessor 204 and wireless transmitter module 205.
Sound transducer 201, temperature sensor 202, infrared ray sensor 203 and wireless transmitter module 205 are connected with microprocessor 204 respectively.Sound transducer 201, temperature sensor 202, infrared ray sensor 203 are used for the extraneous ambient condition of induction, and send a plurality of induced signals to microprocessor 204 by the I/O port, a plurality of ambient condition signals are processed and generated to 204 pairs of a plurality of induced signals of microprocessor accordingly, by wireless transmitter module 205, a plurality of ambient condition signals sent to the attached control device 102 of isolating switch.
Infrared ray sensor 203 is used for induction personnel's around electrical appliance of living in activity, provides infrared signal to process to microprocessor in long-range induction installation 204.Sound transducer 201 inductions, in electrical appliance people around's of living in sound size, provide voice signal to process to microprocessor 204.Temperature sensor 202 inductions, in electrical appliance people around's of living in environment temperature, provide temperature signal to process to microprocessor 204.After microprocessor 204 is processed to the received signal, control wireless transmitter module 205 to a plurality of ambient condition signals of isolating switch auxiliary equipment emission.
For the infrared signal from infrared ray sensor 203, whether microprocessor 204 is according to having the people to export respectively first signal and secondary signal.For the temperature signal from temperature sensor 202, microprocessor 204 judge temperature be whether the human body comfort temperature (for example, it is 17 ° of C to 24 ° of C or 18 ° of C to 22 ° of C etc. that the human body comfort temperature can be set), and according to temperature, whether export respectively the third and fourth signal in the human body comfort temperature.For the voice signal from sound transducer 201, microprocessor 204 is boundary with first threshold (for example, first threshold is set to 40 decibels), when voice signal exceeds first threshold, export the 6th signal,, if voice signal does not surpass in first threshold, export the 5th signal.
The first signal representative has people's state, secondary signal represents the unmanned state, the 3rd signal representation temperature is in the human body comfort temperature, the 4th signal representation temperature is outside the human body comfort temperature, the 5th signal representative voice does not surpass first threshold, for noiseless, the 6th signal representative voice has exceeded first threshold, for sound.
Although only show the device of 3 kinds of sensitive context in Fig. 2, it should be appreciated by those skilled in the art that according to actual conditions, can also increase other sensing apparatus.
Microprocessor 204 is controlled wireless transmit mould 205 and is transmitted, and can also can launch separately multi-signal simultaneously, including, but not limited to above 6 kinds of ambient condition signal messages.The wireless transmitter module 205 rear microprocessor 204 that transmits turns back to program initialization, enters duty again.
Fig. 3 shows the physical circuit figure according to the long-range induction installation 101 of disclosure embodiment.
As shown in Figure 3, for example can adopt the MSP430F135 one-chip computer module according to the microprocessor 304 of disclosure embodiment.Wireless transmitter module 305 for example can adopt the CC1000 module.Temperature sensor 202 for example can adopt the DS18B20 module.Infrared ray sensor 303 for example can adopt the RE200B module.Sound transducer 301 comprises operational amplifier IC1, triode V1 and microphone MIC, the first and second input ends of operational amplifier IC1 connect respectively the two ends of microphone MIC, the first output terminal of operational amplifier IC1 is connected to the base stage of triode V1, the emitter of triode V1 is connected to the 3rd input end of operational amplifier IC1, the collector of triode V1 is connected to the four-input terminal of operational amplifier IC1, and the voice signal that the second output terminal of operational amplifier IC1 will detect sends to microprocessor 304.Sound transducer 301 can also comprise a plurality of resistor R1-R8 and capacitor C1 and C2.Wherein, triode V1 for example can adopt 2N4125 or BC457, and IC1 can adopt TLC274.
Although the physical circuit of all parts of long-range induction installation has been shown in Fig. 3, but those skilled in the art should understand that, sound transducer 201, temperature sensor 202, infrared ray sensor 203, microprocessor 204 and wireless transmitter module 205 are not limited to the physical circuit described in Fig. 3, also can adopt other circuit with identical function.
Fig. 4 shows the control method process flow diagram according to the long-range induction installation 101 of disclosure embodiment.
As shown in Figure 4, in step 401, microprocessor 204 carries out program initialization after energising.
In step 402, carry out input by a plurality of inductors (comprising sound transducer 201, temperature sensor 202, infrared ray sensor 203), will be transferred to microprocessor 204 from a plurality of detection signals that a plurality of inductors receive.
In step 403,204 pairs of a plurality of detection signals of microprocessor process to change into a plurality of ambient condition signals, and a plurality of ambient condition signals are exported to transmitter module 205.
In step 404, transmitter module 205 carries out the signal emission according to the signal of microprocessor 204 outputs, and turns back to step 401.
As shown in Figure 4, step 403 further comprises: step 4031, whether microprocessor 204 has the people according to the judgement of the infrared detection signal from infrared ray sensor 203 around electrical equipment.If someone, microprocessor 204 output first signals are to wireless transmitter module 205; If nobody, microprocessor 104 output secondary signals are to wireless transmitter module 205.
Step 4032, microprocessor 204 judge that according to the temperature detection signal from temperature sensor 202 electrical equipment temperature on every side is whether within comfort temperature.If so, microprocessor 204 is exported the 3rd signals to wireless transmitter module 205; Otherwise microprocessor 204 output the 4th signals are to wireless transmitter module 205.
Step 4033, microprocessor 204 judges that according to the sound detection signals from sound transducer 201 whether electrical equipment sound detection signals on every side is greater than first threshold.If so, microprocessor 204 is exported the 6th signals to wireless transmitter module 205; Otherwise microprocessor 204 output the 5th signals are to wireless transmitter module 205.
Fig. 5 shows the block scheme according to the isolating switch auxiliary equipment 102 of disclosure embodiment.
As shown in Figure 5, described isolating switch auxiliary equipment comprises: liquid crystal display 501, current detection module 502, wireless receiving module 503, microprocessor 504, timer 505, disconnecting device 506 and the first button K1 and the second button K2 reset.
Liquid crystal display 501, current detection module 502, wireless receiving module 503, microprocessor 504, timer 505 and the first button K1 be connected button K2 and be connected with microprocessor 504 respectively.
Described current detection module 502 can detect the size of the electric current in the circuit of electrical appliance access, generate the electrical appliance state signal corresponding with the variation of electric current in circuit, and send it to microprocessor 504 by the I/O port, whether microprocessor 504 surpasses default definite value according to the electrical appliance state signal can judge in circuit whether be in working current.When the electrical appliance state signal surpasses default definite value, be to be in working current in the judgement circuit.When the electrical appliance state signal does not surpass default definite value, during namely less than or equal to default definite value, be not in working current in the judgement circuit yet, microprocessor 504 is controlled wireless receiving module 503 and is received signal from wireless transmitter module 205 at this moment.
The size of current that described current detection module 502 detects in a circuit.According to user's needs, can access an electrical appliance in this circuit, perhaps also can access a plurality of electrical appliances.Set the size of default definite value according to different electrical appliances.
Wireless receiving module 503 receives self-a plurality of ambient condition signals of thinking transmitter module 205, and the signal that will receive sends microprocessor 504 to by the I/O port, and microprocessor 504 carries out respective handling according to receiving signal.
Timer 505 is used for determining the current time of living in, and temporal information is sent to microprocessor 504.Although it should be appreciated by those skilled in the art that in Fig. 5 the independent timer that is placed on microprocessor 504 505 has been shown, described counter 505 also can be built in microprocessor 504.
Microprocessor 504 also is presented at corresponding information in screen by liquid crystal display 501.Described liquid crystal indicator 501 can show electric weight, the expense of saving, the information such as duty that reach the isolating switch auxiliary equipment.Although liquid crystal display 501 has been shown in Fig. 5, those skilled in the art should understand that the actual demand according to the user, also can not provide liquid crystal display 501.
The described disconnecting device 506 that resets contains motor and tripping mechanism, resetting or threading off operation for the isolating switch that carries out circuit.The described disconnecting device 506 that resets is according to resetting of sending of microprocessor 504 or the dropout instruction is moved.Microprocessor 504 can disconnect or connect power supply in circuit by reset disconnecting device 506 of control.
The described button that connects on described microprocessor 504 is for example respectively reserve button K1 and control knob K2.The user presses by button K2's, provides electrical equipment information in circuit to microprocessor 504.For example, if accessed air-conditioning in circuit, the user presses the button K2, at this moment, the electrical equipment information that has accessed air-conditioning in relevant circuit is offered microprocessor 504.If accessed other electrical equipment except air-conditioning in circuit, the user does not press the button K2, at this moment, to microprocessor 504, does not provide electrical equipment information.
Only need press button K1 carries out Timing in order to subscription time is offered microprocessor 504 in reservation as need.When having accessed the electrical equipment with reservation function in circuit, the user can set the time of reservation in order to can connect the power supply of circuit in the time of reservation by pressing button K1.For example,, if accessed water heater in circuit,, when the user wishes that the user preengages by K1 when subscription time is connected water heater after 2 hours, make after 2 hours, carry out closing operation.If need not reservation, do not press button K1, to microprocessor 504, do not provide subscription time yet.
Microprocessor 504 detects in circuit the state of electrical appliance according to current detection module 502 and controls wireless receiving module 503 and carry out the reception of wireless signal; Control isolating switch according to ambient condition signal and the time information of electrical equipment information, reception by the disconnecting device 506 that resets, carry out the break-make circuit and save electric energy.
For example, in the time of can standby being set, the power on/off condition is as follows:
Air-conditioning: nobody the time cut off the power supply; Temperature time energising outside comfort temperature; When having people's temperature within comfort temperature, the time durations except the late into the night disconnects; Disconnect when while having the late into the night people noiseless, temperature is within temperature is comfortable; Energising when while having the late into the night people sound, temperature is within comfort temperature.
Other electrical equipment: nobody the time cut off the power supply; Time of having a rest in the late into the night (for example can be set the late into the night be between 12 points in evening~6:00 AM during or at 11 in evening to during between 6:00 AM, etc.), outage while having the people noiseless; Time of having a rest in the late into the night, energising while having the people sound; When having the people, the time durations except the late into the night switches on.
Microprocessor 504 carries out respective handling according to a plurality of ambient condition signals, electrical equipment information and the time information that receive, send reset instruction to the disconnecting device 506 that resets during power on condition when meeting above-mentioned standby, and send the dropout instruction to the disconnecting device 506 that resets during outage condition when meeting above-mentioned standby.
Can not affect like this in the normal situation about using of user, make the user silent, reach unconsciously power saving.
Although power on/off condition when the disclosure has provided above-mentioned standby, it should be appreciated by those skilled in the art that the actual needs according to the user, power on/off condition when the user can arrange other standbies.
According to the electrical appliance state in device of the present disclosure identification automatically, automatic operation, automatic inspection line road, carry out operation to circuit according to environment, learn current ambient condition by each inductive means transmission of signal to microprocessor, the electrical appliance duty, determine the current time of living in by time timer.Control the power on/off of isolating switch.And job information and power saving sum information is passed to display screen inform the user.
Fig. 6 shows the physical circuit figure according to the isolating switch auxiliary equipment 102 of disclosure embodiment.
Microprocessor 504 for example can adopt the MSP430F435 one-chip computer module, and wireless receiving module 403 for example can adopt the CC1000 module.Current measurement module 602 comprises mutual inductor L, rectifier bridge VD1, stabilivolt VD2 and C1 and optocoupler VD4.Mutual inductor L is used for the electric current of the circuit of induction access electrical appliance, and the current signal I2 that will respond to outputs to rectifier bridge VD1.Rectifier bridge VD1 is used for converting ac current signal to dc current signal, and the dc current signal by stabilivolt VD2 and C1 stable output, galvanic current stream signal through optocoupler VD4 convert to circuit in electrical appliance electricity consumption status signal, and output to microprocessor 604.
Fig. 7 shows the control method process flow diagram according to the isolating switch auxiliary equipment 102 of disclosure embodiment.
According to the control method of the isolating switch auxiliary equipment 102 of disclosure embodiment after 102 energisings of isolating switch auxiliary equipment, current detection module 502 carries out the detection of electric current in circuit and judges whether electrical equipment is in running order, if electrical equipment does not have in running order, from long-range induction installation 101, receive a plurality of ambient condition signals, and a plurality of ambient condition signals are transferred to microprocessor 504.Microprocessor 504 is according to the control on received signal and judgement of residing time laggard line road.When judgement meets standby during power on condition, controlling closes a floodgate and detect electrical equipment is in after holding state time delay 20s again signal and the time that basis receives and carries out the control of circuit.Time offers microprocessor by timer output.
As shown in Figure 7, the control method of described isolating switch auxiliary equipment 102 comprises following steps:
After energising,, in step 701, detect the state of electrical equipment, that is, by current detection module 502, carry out the detection of electric current in circuit, generate the electrical appliance state signal corresponding with the variation of electric current in circuit and judge whether electrical equipment is in running order.
If the electrical appliance state signal, greater than default definite value, illustrates that electrical appliance is in running order, enter step 702, keep closing a floodgate.
If it is in running order that the electrical appliance state signal, less than or equal to default definite value, does not have, namely be in holding state or off-position, enter step 703, carry out the deterministic process of standby power on/off.
, in step 703, by wireless receiving module 603, from long-range induction installation 101, receive various ambient condition signals.
Then, in step 704, carry out button and judge, namely determine whether subscription time and the electrical equipment information received.
If any button press signal is not received in judgement, namely do not receive subscription time and electrical equipment information, the explanation electrical equipment that is in holding state is that other electrical equipment and user except air-conditioning do not have the booking work time, enter step 710 this moment, namely the ambient condition signal from long-range induction installation and temporal information are carried out signal and process, and judge power on/off condition when whether result meets the standby of other electrical equipment., when when step 710 judgement meets the standby power on condition, control and close a floodgate and return to step 701 after time delay 20s., when when step 710 judgement meets the capable of power off in standby state of electric condition, control deenergization and return to step 701.
, if button press signal is received in judgement, according to button press signal, determine it is which kind of button signal.
If judgement receives the electrical equipment information that the electrical equipment that is in holding state is air-conditioning, enter step 709, illustrate that the second button K2 is pressed.Then enter step 711, namely the ambient condition signal from long-range induction installation and information are carried out signal and process, and judge power on/off condition when whether result meets the standby of air-conditioning., when when step 711 judgement meets the standby power on condition, control and close a floodgate and return to step 701 after time delay 20s., when when step 711 judgement meets the capable of power off in standby state of electric condition, control deenergization and return to step 701.
If judgement receives subscription time, enter step 705, illustrate that reserve button K1 is pressed, the user preengages.Then, enter step 706.
In step 706, whether the microprocessor judges temporal information in subscription time,, if in subscription time, enters step 707, controls deenergization, and returns to step 701.If in subscription time, do not enter step 708, control and close a floodgate, namely by the disconnecting device 606 that resets, carry out the closing operation of connecting the power supply in circuit, and return to step 701.
Step 711 further comprises step 7111-7117.
In step 7111, microprocessor 604 carries out signal to be processed, if wireless receiving module 603 receives secondary signal from long-range induction installation 101, nobody is described, at this moment, advances to step 7112.If what wireless receiving module 603 received is first signal, explanation has the people, and advances to step 7113.
, in step 7112, control the power supply in the circuit that disconnects the electrical appliance access.And returning to step 701, the signal that again according to wireless receiving module 603, receives is processed.
In step 7113, judge whether it is the late into the night, can set as required the time period in the late into the night, for example, can be at 12 in evening to 6:00 AM, perhaps at 11 in evening is to 6:00 AM etc.When judgement is not the late into the night, advance to step 7114., if judgement is the late into the night, proceed to step 7115.
In step 7115, microprocessor 604 is determined the sound detection result that wireless receiving module 603 receives.If what wireless receiving module 603 received is the 6th signal, explanation has sound.Then enter step 7116.If what wireless receiving module 603 received is the 5th signal, explanation does not have sound.Then enter step 7114.
In step 7114, microprocessor 604 is determined the temperature detection result that wireless receiving module 603 receives.If the 3rd signal within namely temperature is in comfort temperature, proceeds to step 7112.If the 4th signal, namely temperature is in outside comfort temperature, proceeds to step 7116.
, in step 7116, control and close a floodgate so that the power supply in the circuit of connection electrical appliance access.So that the user can open electrical equipment as required at any time.
After control closing a floodgate, enter step 7117, if after electrical equipment being detected and being in holding state time delay 20s, again according to the ambient condition signal and the time information that receive, carry out the control of the new round of circuit.That is, after time delay 20s, turn back to step 701.
Step 710 further comprises step 7101-7106.
In step 7101, microprocessor 604 carries out signal to be processed, if wireless receiving module 603 receives secondary signal from long-range induction installation 101, nobody is described.At this moment, enter step 7103., if what wireless receiving module 603 received is first signal, enter step 7102.
, in step 7103, control the power supply in the circuit that disconnects the electrical appliance access.And returning to step 701, the signal that again according to wireless receiving module 603, receives is processed.
, in step 7102, judge whether the late into the night.If enter step 7104 late into the night.Otherwise enter step 7105.
In step 7104, microprocessor 604 is determined the sound detection result that wireless receiving module 603 receives.If what wireless receiving module 603 received is the 6th signal, explanation has sound.Then enter step 7105.If what wireless receiving module 603 received is the 5th signal, explanation does not have sound.Then enter step 7103.
, in step 7105, control and close a floodgate so that the power supply in the circuit of connection electrical appliance access.So that the user can open electrical equipment as required at any time.
After control closing a floodgate, enter step 7106, if after electrical equipment being detected and being in holding state time delay 20s, again according to the ambient condition signal and the time information that receive, carry out the control of the new round of circuit.That is, after time delay 20s, turn back to step 701.
, although the above-mentioned concrete steps of step 710 and 711 have been shown in Fig. 7, it should be appreciated by those skilled in the art that according to different demands and actual conditions the substep in can modify steps 710 and 711.Also namely, change the condition of standby power on/off.For example, no matter daytime or night, as long as temperature is just controlled and is disconnected in comfort temperature; Perhaps having daytime people's temperature sound within comfort temperature is energising and disconnecting when noiseless.Step 710 in Fig. 7 and 711 power on/off condition are schematically, and are not used in restriction the scope of the present disclosure.
The described electrical equipment that the application can be applicable to comprises: TV, washing machine, water heater, sound equipment, air-conditioning, smoke exhaust ventilator, computer monitor, micro-wave oven, set-top box, DVD, electronic type electromagnetic oven, disinfection cabinet, remote control electric fan etc.Described button is light 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 utility model is described with reference to its specific preferred embodiment, but it should be appreciated by those skilled in the art,, in the situation that do not break away from the spirit and scope of the present utility model that limited by the utility model content, can carry out to it various modifications of form and details.And the modification intention to the disclosed embodiments and other embodiment is included in the scope of the utility model content.

Claims (12)

1. intelligent standby power on/off device comprises:
Long-range induction installation (101), for detection of the residing ambient condition of electrical equipment, and export a plurality of ambient condition signals;
Isolating switch auxiliary equipment (102), be used for a plurality of ambient condition signals that receiving remote induction installation (101) sends, while according to a plurality of ambient condition signals, electrical equipment information and temporal information, whether meeting standby, the power on/off condition is controlled the circuit that isolating switch accesses electrical equipment and is carried out the power on/off operation.
2. intelligent standby power on/off device as claimed in claim 1, is characterized in that, long-range induction installation (101) comprising:
Sound transducer (201), for detection of electrical equipment people around's sound size, and provide voice signal to first microprocessor (204);
Temperature sensor (202), for detection of the environment temperature around electrical equipment, and provide temperature signal to first microprocessor (204);
Infrared ray sensor (203), be used for induction apparatus personnel's activity on every side, and provide infrared signal to first microprocessor (204);
First microprocessor (204), according to infrared signal, temperature signal and voice signal, the ambient condition around judgement electrical equipment, and export a plurality of ambient condition signals; And
Wireless transmitter module (205), be used for will being transmitted into isolating switch auxiliary equipment (102) from a plurality of ambient condition signals of first microprocessor (204) by wireless mode.
3. intelligent standby power on/off device as claimed in claim 1 or 2, is characterized in that, isolating switch auxiliary equipment (102) comprising:
Current detection module (502), the electric current in the circuit that accesses for detection of electrical equipment, generation and the output electrical appliance state signal corresponding with the variation of electric current in circuit given the second microprocessor (504);
Wireless receiving module (503), be used for receiving a plurality of ambient condition signals from long-range induction installation (101), and described a plurality of ambient condition signals sent to the second microprocessor (504);
Timer (505), be connected with the second microprocessor (504), is used for the time of determining, and temporal information is offered the second microprocessor (504);
The disconnecting device (506) that resets, be used for according to resetting or the dropout instruction that the second microprocessor (504) sends, and the isolating switch in described circuit is resetted or threads off operation;
The first button (K1); Be connected with the second microprocessor (504), during for the working time when user's reserve line electrical equipment, subscription time sent to the second microprocessor (504);
The second button (K2); Be connected with the second microprocessor (504), be used for, when circuit has accessed air-conditioning, electrical equipment information is offered microprocessor (504); And
The second microprocessor (504), be used for whether surpassing default definite value according to the electrical appliance state signal, controls wireless receiving module (503) and carry out the reception of a plurality of ambient condition signals; A plurality of ambient condition signals, electrical equipment information and the time information that receive are processed, send reset instruction to the disconnecting device that resets (506) during power on condition when result meets standby, and send the dropout instruction to the disconnecting device that resets (506) during outage condition when result meets standby.
4. intelligent standby power on/off device as claimed in claim 3, is characterized in that, during less than or equal to default definite value, the second microprocessor (504) is controlled wireless receiving module (503) and received a plurality of ambient condition signals when the electrical appliance state signal; During greater than default definite value, the second microprocessor (504) does not send instruction to keep the state of isolating switch to the disconnecting device that resets (506) when the electrical appliance state signal.
5. intelligent standby power on/off device as claimed in claim 4, it is characterized in that, when the electrical equipment in line attachment is air-conditioning, press the second button (K2), in order to the electrical equipment information that has accessed air-conditioning in relevant circuit is offered microprocessor (504).
6. intelligent standby power on/off device as claimed in claim 5, is characterized in that, a plurality of ambient condition signals comprise the first to the 6th signal;
While according to infrared signal, defining the people, export first signal when first microprocessor (204); And when first microprocessor (204), while according to infrared signal, determining the no one, export secondary signal;
When first microprocessor (204) is while being within comfort temperature according to temperature signal judgement temperature, output the 3rd signal; When first microprocessor (204) judges that according to temperature signal temperature is outside comfort temperature, output the 4th signal;
When first microprocessor (204) judgement voice signal during greater than first threshold, illustrate soundly, and export the 6th signal, when first microprocessor (204) judges voice signal less than or equal to first threshold, illustrate noiselessly, and export the 5th signal.
7. intelligent standby power on/off device as claimed in claim 6, it is characterized in that, the second microprocessor (504) is the power on/off condition during according to following standby, controls and resets disconnecting device (506) operating breaker in order to connect or disconnect power supply in described circuit:
For air-conditioning, nobody the time cut off the power supply; The outage when time durations except the late into the night has people's temperature within comfort temperature; Outage when while having the late into the night people noiseless, temperature is within temperature is comfortable; Temperature time energising outside comfort temperature; Energising when while having the late into the night people sound, temperature is within comfort temperature;
For other electrical equipment except air-conditioning, nobody time cut off the power supply; The late into the night, outage while having the people noiseless; The late into the night, energising while having the people sound; When having the people, the time durations except the late into the night switches on.
8. intelligent standby power on/off device as claimed in claim 7, it is characterized in that, isolating switch auxiliary equipment (102) also comprises: liquid crystal display (501),, according to the information from microcontroller, show electric weight, the expense of saving, the information that reaches the duty of isolating switch auxiliary equipment (102).
9. intelligent standby power on/off device as claimed in claim 8, is characterized in that, described counter (505) can be placed on or be built in the second microprocessor (504).
10. intelligent standby power on/off device as claimed in claim 9, is characterized in that, can access an electrical equipment or a plurality of electrical equipment in described circuit.
11. intelligent standby power on/off device as claimed in claim 10, is characterized in that, wireless transmit mould (205) is launched simultaneously multi-signal or is launched separately a kind of signal.
12. intelligent standby power on/off device as claimed in claim 11, is characterized in that, long-range induction installation (101) is fixed on the wall or is arranged on wall socket, and isolating switch auxiliary equipment (102) is installed together with isolating switch.
CN2013203221469U 2013-06-05 2013-06-05 Device with intelligent standby power on/off function Active CN203299584U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104216309A (en) * 2013-06-05 2014-12-17 施耐德电器工业公司 Intelligent standby powering on and off device and method
CN104238394A (en) * 2014-09-16 2014-12-24 杭州古北电子科技有限公司 Universal control method including triggering conditions, state judgment conditions and judgment implementation conditions

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104216309A (en) * 2013-06-05 2014-12-17 施耐德电器工业公司 Intelligent standby powering on and off device and method
CN104216309B (en) * 2013-06-05 2016-12-28 施耐德电器工业公司 A kind of devices and methods therefor with intelligent standby power on/off function
CN104238394A (en) * 2014-09-16 2014-12-24 杭州古北电子科技有限公司 Universal control method including triggering conditions, state judgment conditions and judgment implementation conditions

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