CN103996935B - A kind of energy-saving socket and control method thereof - Google Patents
A kind of energy-saving socket and control method thereof Download PDFInfo
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- CN103996935B CN103996935B CN201410068266.XA CN201410068266A CN103996935B CN 103996935 B CN103996935 B CN 103996935B CN 201410068266 A CN201410068266 A CN 201410068266A CN 103996935 B CN103996935 B CN 103996935B
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Abstract
The present invention discloses a kind of energy-saving socket and control method thereof, and this energy-saving socket comprises power supply and multiple jack, also comprises jack setting module, main control chip, the first relay, detecting module and the second relay.This jack setting module coordinates Master control chip to control the first relay, first jack is set out a main jack and the secondary jack of at least one by jack setting module according to user's request, receive setting scheme by Master control chip carry out recording and send control signal to the first relay, make the jack that the first relay on-off is corresponding.Such socket can realize free setting, and jack design intelligence degree is high, easy to use.In addition, can also according to the power on/off state of main jack or the operating state being plugged in the electrical equipment in main jack, and the secondary jack of auto switching, reach Based Intelligent Control and energy-conservation object.
Description
Technical field
The present invention relates to smart jack art, referring in particular to one can the main jack of subregion, secondary jack, and can according to the power on/off state of main jack the energy-saving socket of the secondary jack of auto switching.
Background technology
Traditional socket (comprise socket or be flush-mounted in the socket of body of wall) has multiple the same jack, and the independently-powered of each jack does not interfere with each other, and under normal operating condition, each jack is generally be in continuous power supply state.When using the electrical equipment such as host computer, computer monitor, audio amplifier, television set, DVD player, desk lamp, needing each electrical equipment grafting jack, independently providing power supply.Often kind of electrical equipment all produces electric energy loss in the standby state, the most basic method that reduces the wastage is by the thoroughly also power supply disconnection of these electrical equipment, but due to the actual use of apparatus such as computer and the habit problem of people, power consumption efficiency is low, power resources is wasted serious problem and is difficult to solve, and how reducing the power consumption of electrical equipment when standby is a technical problem urgently to be resolved hurrily in the industry.
Summary of the invention
In view of this, the present invention is directed to the disappearance of prior art existence, its main purpose is to provide a kind of energy-saving socket, can according to the power on/off state of main jack or the operating state being plugged in the electrical equipment in main jack, and the secondary jack of auto switching, reach Based Intelligent Control and energy-conservation object.
Another object of the present invention is to provide a kind of control method of energy-saving socket, can user need free setting to go out main jack, secondary jack.
For achieving the above object, the present invention adopts following technical scheme:
A kind of energy-saving socket, comprises power supply and multiple jack, also comprises
One jack setting module, for one of them jack is defined as main jack, other jack is defined as secondary jack, and main jack and secondary jack distribution scheme is sent;
One main control chip, its input is connected to jack setting module, receives main jack and secondary jack distribution scheme information carries out record, and sends the break-make control signal corresponding with the major and minor jack set;
One first relay, be electrically connected between power supply and each jack, and be connected to main control chip, the break-make control signal that the major and minor jack that reception main control chip sends is corresponding, control the break-make of corresponding jack, set out the main jack and secondary jack that match with main jack and secondary jack distribution scheme;
One detecting module, according to electrical work whether and/or the whether power-off of main jack electrical connection electrical equipment and/or connect main jack, provide distinguishing signal;
One second relay, is electrically connected between power supply and each jack, and is connected to main control chip, and main control chip receives the distinguishing signal of detecting module, controls the power supply of the second relay corresponding actions and the secondary jack of break-make according to distinguishing signal.
Preferably, described jack setting module is a mechanical type diverter switch that can switch between multiple gear, this mechanical type diverter switch is Multi-band switch and is arranged on socket panel, and stirring mechanical type diverter switch, to define one of them jack be main jack, and other jack is secondary jack.
Preferably, described jack setting module is the software control diverter switch of a changeable multiple gear, this software control diverter switch comprises the LED of a total button and each jack setting of correspondence, this LED connects total button, total button is often by next time, software control diverter switch is jumped toward next jack, and the LED be chosen to be corresponding to main jack is bright, and other LED corresponding to secondary jack is gone out.
Preferably, described detecting module comprises the first detecting module being connected to main jack, and whether the first detecting module detects main jack on/off electricity condition, be energized and provide distinguishing signal, give main control chip according to main jack.
Preferably, between described main control chip with the second relay, be connected delayer, when the first detecting module detects main jack power-off, then each secondary jack delay cut-off; Or,
Synchronous power-off modular is connected between described main control chip with the second relay, when the first detecting module detects main jack power-off, then the synchronous power-off of each secondary jack; Or,
Be connected reverse break-make module between described main control chip with the second relay, when the first detecting module detects main jack power-off, then each secondary jack is oppositely energized.
Preferably, described detecting module comprises the second detecting module being connected to host computer, this second detecting module adopts detecting USB interface, the USB of this detecting USB interface grafting host computer, main jack grafting host computer, the sub-appliance of each secondary jack grafting host computer, the operating state of this detecting USB interface identification host computer, whether the work of foundation host computer, distinguishing signal is provided, and this main control chip output is more connected to the second relay by awakening device, when the second detecting module detecting host computer resting state, each secondary jack power-off, when host computer transfers wake-up states to from resting state, each secondary jack is energized again.
Preferably, described energy-saving socket is provided with further a charging USB interface.
A control method for energy-saving socket, comprises the steps
The first step: one of them jack is defined as main jack by jack setting module, other jack is defined as secondary jack, and main jack and secondary jack distribution scheme is sent;
Second step: receive main jack by main control chip and secondary jack distribution scheme information carries out record, and send the break-make control signal corresponding with defined major and minor jack;
3rd step: the break-make control signal that the major and minor jack that the first relay reception main control chip sends is corresponding, controls the break-make of corresponding jack, sets out the main jack and secondary jack that match with main jack and secondary jack distribution scheme.
Preferably, the method of described jack setting module selects a mechanical type diverter switch that can switch between multiple gear, this mechanical type diverter switch is Multi-band switch and is arranged on socket panel, stirring mechanical type diverter switch by hardware, to define one of them jack be main jack, and other jack is secondary jack; Or,
The method of described jack setting module selects the software control diverter switch of a changeable multiple gear, this software control diverter switch comprises the LED of a total button and each jack setting of correspondence, this LED connects total button, total button is often by next time, software control diverter switch is jumped toward next jack, the LED be chosen to be corresponding to main jack is bright, and other LED corresponding to secondary jack is gone out.
10, the control method of energy-saving socket according to claim 8 or claim 9, is characterized in that:
A. whether be energized by the main jack of the first detecting module identification,
(a1). when main jack power-off, by the secondary jack delay cut-off of the second Control, or
(a2). when main jack power-off, be oppositely energized by the secondary jack of the second Control, or
(a3). when main jack power-off, by the power-off simultaneously of the secondary jack of the second Control; Or,
B. host computer is plugged in main jack, the sub-appliance of host computer is plugged in secondary jack, be in " operating state ", " holding state " or " reawaking state " by the second detecting module identification host computer, whether the work of foundation host computer, provides distinguishing signal;
(b1). when host computer is in " operating state ", this main control chip controls the power supply that all jacks connected by the second relay;
(b2). when host computer is in " holding state ", this main control chip controls the power supply that main jack only connected by the second relay, each secondary jack power-off;
(b3). when host computer is in " reawaking state ", send control signal by main control chip, reawake by awakening device the power supply that each secondary jack connected by the second relay.
The present invention compared with prior art has obvious advantage and beneficial effect, specifically, as shown from the above technical solution, it is mainly owing to being provided with jack setting module, Master control chip is coordinated to control the first relay, jack can be set out a main jack and jack secondary with at least one by this jack setting module according to user's request, the prosperity of the signal of setting is arrived Master control chip by this jack setting module, undertaken recording by Master control chip and send control signal to the first relay, make the jack that the first relay on-off is corresponding, the state of each like this jack break-make and the main jack of setting and multiple secondary jack match, such socket can realize free setting, jack design intelligence degree is high, easy to use.
The basis of the major and minor jack of free setting is realized by detecting module and the second relay assembly the power saving function of various ways:
A, when the first detecting module detects side to main jack power-off, secondary jack realizes " delay cut-off " function;
B, when the first detecting module detects side to main jack power-off, function that secondary jack realizes " being oppositely energized ";
C, obtained electrical appliance by the first detecting module off signal after, main jack and secondary jack " power-off simultaneously " function;
D, when the second detecting module detect side to host computer standby or wake up time, each secondary jack realizes " power-off " and " again starting power supply " function;
E, when energy-saving socket uses at conventional sense, can also with USB interface be the electronic product such as mobile phone, panel computer charging.
By this, this socket can be energized automatically according to different electricity consumption situations, power-off, delay cut-off, without the need to manual operation, realize the intellectuality of socket, very easy to use.
For more clearly setting forth architectural feature of the present invention and effect, below in conjunction with accompanying drawing and specific embodiment, the present invention is described in detail.
Accompanying drawing explanation
Fig. 1 is the product figure of the energy-saving socket of the television-specific tool formula diverter switch of first embodiment of the present invention;
Fig. 2 is the product figure of the energy-saving socket of the television-specific software control diverter switch of first embodiment of the present invention;
Fig. 3 is the former block diagram of control of television-specific energy-saving socket in first embodiment of the present invention;
Fig. 4 is the using state figure of television-specific energy-saving socket in first embodiment of the present invention;
Fig. 5 is the workflow diagram of television-specific energy-saving socket in first embodiment of the present invention;
Fig. 6 is the former block diagram of control of energy-saving socket in second embodiment of the present invention;
Fig. 7 is the using state figure of energy-saving socket in second embodiment of the present invention;
Fig. 8 is the workflow diagram of energy-saving socket in second embodiment of the present invention;
Fig. 9 is that in the 3rd embodiment of the present invention, energy-saving socket controls former block diagram;
Figure 10 is the using state figure of energy-saving socket in the 3rd embodiment of the present invention;
Figure 11 is the workflow diagram of energy-saving socket in the 3rd embodiment of the present invention;
Figure 12 is the product figure of the energy-saving socket of the computer special tool formula diverter switch of the 4th embodiment of the present invention;
Figure 13 is the product figure of the energy-saving socket of the computer special-purpose software control diverter switch of the 4th embodiment of the present invention;
Figure 14 is the former block diagram of control of computer dedicated energy-saving socket in the 4th embodiment of the present invention;
Figure 15 is the using state figure of computer dedicated energy-saving socket in the 4th embodiment of the present invention;
Figure 16 is the workflow diagram of computer dedicated energy-saving socket in the 4th embodiment of the present invention.
Accompanying drawing identifier declaration:
10, power supply 11, charging USB interface
20, jack 21, main jack
22, secondary jack 30, first relay
40, jack setting module 41, tool formula diverter switch
42, total button 43, LED
50, detecting module 51, first detecting module
52, the second detecting module
60, the second relay 70, main control chip
80, delayer 90, synchronous power-off modular
100, reverse break-make module 110, awakening device.
Embodiment
Embodiment one
Please refer to shown in Fig. 1 to Fig. 5, that show the concrete structure of first embodiment of the present invention, this energy-saving socket is designed to television-specific type, can be that socket or the wall being flush-mounted in body of wall are inserted, it includes power supply 10, multiple jack 20, first relay 30, jack setting module 40, detecting module 50, second relay 60, main control chip 70 and delayer 80, the function that this energy-saving socket realizes is that first free setting goes out major and minor jack, then according to the power-off of main jack 21, realizing each secondary jack 22 can " delay cut-off " function.Wherein:
This power supply 10 provides electric energy for multiple jack 20, and television set and sub-appliance (as DVD, audio amplifier, Set Top Box etc.) thereof can arbitrarily be plugged in these jacks 20, to provide electric energy.
This jack setting module 40 is for being set as main jack 21 by one of them jack 20, and other is secondary jack 22, and main jack and secondary jack distribution scheme is sent.
Described jack setting module 40 is the mechanical type diverter switches 41 that can switch between multiple gear, this mechanical type diverter switch 41 is Multi-band switch and is arranged on socket panel, stirring mechanical type diverter switch, to define one of them jack be main jack 21, and other jack is secondary jack 22.
In the present embodiment, as shown in Figure 1, can select 5 segmentation tool formula diverter switches 41, correspondence arranges 4 jacks on socket, and stirring mechanical type diverter switch by hardware mechanical type is less than 5 gears:
First gear, closes: by overall power-off;
Second gear, a point jack 1 is main jack, and all the other are secondary socket;
Third gear, a point jack 2 is main jack, and all the other are secondary socket;
Fourth speed position, a point jack 3 is main jack, and all the other are secondary socket;
Fifth speed position, a point jack 4 is main jack, and all the other are secondary socket.
Certainly, the quantity of major-minor socket is not limited thereto, and major-minor is minimum respectively one, and secondary socket can set as required from 1 to multiple, and the hop count of the tool formula diverter switch of correspondence becomes according to this.
As shown in Figure 2, except the mode of above-mentioned hardware controls, this jack setting module 40 also can use software control, namely as software control diverter switch that jack setting module 40 is changeable multiple gears, this software control diverter switch comprises the LED 43 of a total button 42 and each jack setting of correspondence, this LED 43 connects total button 42, total button is often by next time, software control diverter switch is jumped toward next jack, the LED be chosen to be corresponding to main jack 21 is bright, and other LED corresponding to secondary jack 22 is gone out.
This with 4 jacks for standard, be used as the differentiation of major-minor jack with a total button 42 form setting, this total button 42 often by next time, switches to less than 5 gears:
First gear, closes: by overall power-off;
Second gear, a point jack 1 is main jack, and all the other are secondary socket;
Third gear, a point jack 2 is main jack, and all the other are secondary socket;
Fourth speed position, a point jack 3 is main jack, and all the other are secondary socket;
Fifth speed position, a point jack 4 is main jack, and all the other are secondary socket.
Same, the quantity of major-minor jack is not as limit.
More convenient in order to use, set condition as shown in Figure 4, but can be not limited to this form, and the order of its major and minor jack 21,22 freely can define according to user habit.During use, preferably the jack 20 of grafting television set is set to main jack 21, DVD, audio amplifier, Set Top Box be plugged in each secondary jack 22, each secondary jack 22 realizes power on/off according to the state of television set.
This first relay 30 is electrically connected between power supply 10 and each jack 20, for controlling the break-make of each jack 20, make each jack and the main jack 21 that jack setting module 40 sets, secondary jack 22 corresponding, realize the object of the dynamically major and minor jack of setting, during use, client can carry out Automated Design major-minor jack according to the custom of individual, workable, intelligent high, use very convenient.
The action of this first relay 30 is controlled by main control chip 70, and control signal that main control chip 70 sends is determined according to the given signal of jack setting module 40.The input of described main control chip 70 is connected to jack setting module 40, receive jack (main jack, secondary jack) information that jack setting module 40 sets to go forward side by side line item, output is connected to the first relay 30, the break-make order of jack is sent according to corresponding jack signal, control the first relay 30 action, the electric power thus supplied of power supply is mated with the situation corresponding to the major and minor jack set out, namely be as shown in Figure 3, jack 1 is set as main jack 21 by the present embodiment, jack 2 to jack 4 is set as secondary jack 22.
Hold, this detecting module 50 is the first detecting module 51 of the main jack of detecting.Whether this first detecting module 51 is connected to main jack 21, for detecting main jack 21 on/off electricity condition, and be energized according to main jack 21 and provide distinguishing signal; This delayer 80 is connected between main control chip 70 and the second relay 60, and when main jack 21 power-off, this main control chip 70 sends control signal, controls by delayer 80 power supply that second relay 60 time delay disconnects secondary jack 22.
Use illustration as shown in Figure 4, its control principle is as shown in Figure 5: after described jack setting module 40, Master control chip 70 and the first relay 30 coordinate, former jack 3 is set as main jack 21, former jack 1, jack 2 and jack 4 are set as secondary jack 22, if television set to be connected to main jack 21, DVD, audio amplifier, Set Top Box are connected to secondary jack 22, when closing television machine, after the power-off of main jack 21, be plugged in the DVD of secondary jack 22, audio amplifier, Set Top Box can delay power certain hour auto-breaking again, for the routine life of people brings convenience, reach electricity-saving function.
Embodiment two
Please refer to shown in Fig. 6-8, that show the concrete structure of second embodiment of the present invention.The present embodiment is substantially identical with the first embodiment in the structure of setting major-minor jack, and difference is that the structure that energy-saving socket is energy-conservation and mode change.
The function that this energy-saving socket realizes is when main jack 21 power-off, and secondary jack 22 can realize " synchronous power-off " function.For this reason, this energy-saving socket has arranged the first detecting module 51 and synchronous power-off modular 90.Whether described first detecting module 51 is connected to main jack 21, for detecting main jack 21 on/off electricity condition, and be energized according to main jack 21 and provide distinguishing signal; This synchronous power-off modular 90 is connected between main control chip 70 and the second relay 60, and when main jack 21 power-off, this main control chip 70 controls the synchronous power-off of secondary jack 22 by synchronous power-off modular 90 by the second relay 60.
Embodiment three
Please refer to shown in Fig. 9-11, that show the concrete structure of the 3rd embodiment of the present invention.The present embodiment is substantially identical with the first embodiment in the structure of the major and minor jack 21,22 of setting, and difference is that energy-conservation structure and mode change.This energy-saving socket is not limited to the socket being made into socket or wall embedded type, can also be built on small household appliances or some electric equipments as independent control unit, to realize automatic control function and energy-conservation object.
The function that this energy-saving socket realizes is when main jack 21 power-off, function that secondary jack 22 can realize " being oppositely energized ".For this reason, this energy-saving socket has arranged the first detecting module 51 and reverse break-make module 100.This first detecting module 51 is plugged in main jack 21 for connecting, and identifies whether this main jack 21 is energized, and provides distinguishing signal.The input of this main control chip 50 is connected to the first detecting module 51, receives the distinguishing signal of the first detecting module 51, and output is more connected to the second relay 60 by reverse break-make module 100.When main jack 21 power-off, this main control chip 70 controls secondary jack 22 by reverse break-make module 100 by the second relay 60 and is energized, and when main jack 21 is energized, this main control chip 70 controls the power-off of secondary jack 22 by reverse break-make module 100 by the second relay 60.
During use, if television set to be plugged in main jack 21, host computer and other electrical equipment are plugged in secondary slotting 22.Detect main jack 21 with the first detecting module 51 to be again energized or power-off, when main jack 21 power-off, this main control chip 70 controls secondary jack 22 by reverse break-make module 100 by the second relay 60 and is energized, such as after the television set being plugged in main jack is closed, secondary jack 22 for connecing host computer is in "on" position, can open computer and use.When main jack 21 is energized, this main control chip 70 controls the power-off of secondary jack 22 by reverse break-make module 100 by the second relay 60; Such as when the television set being plugged in main jack is opened, be in off-position for the secondary jack 22 connecing host computer, computer cannot be opened.Like this, computer and television set can not be used simultaneously, avoid opening multiple electrical equipment and nobody uses, effective saves energy simultaneously.
Embodiment four
Please refer to shown in Figure 12-16, that show the concrete structure of the 4th embodiment of the present invention.The present embodiment is substantially identical with the first embodiment in the structure of setting major-minor jack, and this energy-conservation jack is row socket special for computer.
In the present embodiment, described detecting module 50 also comprises the second detecting module 52.This second detecting module 52 adopts detecting USB interface USB data line to receive host computer, and identify that host computer is in " operating state ", " holding state " or " reawaking state ", whether the work of foundation host computer, provides distinguishing signal.When host computer is in " operating state " and " reawaking state ", detecting USB interface obtains electric, and when host computer is in " holding state ", the power-off of detecting USB interface, judges the working condition of computer thus.
This detecting USB interface and each jack are set up in parallel, because the present embodiment is provided with 4 jacks and a detecting USB interface; As shown in figure 12, when with hardware controls major-minor jack, hardware type 6 sections of mechanical type toggle switches 41 can be selected.It is that 6 gears are as follows that this total button 42 stirs mechanical type diverter switch:
First gear, closes: by overall power-off;
Second gear, a point jack 1 is main jack, and all the other are secondary socket;
Third gear, a point jack 2 is main jack, and all the other are secondary socket;
Fourth speed position, a point jack 3 is main jack, and all the other are secondary socket;
Fifth speed position, a point jack 4 is main jack, and all the other are secondary socket;
Sixth speed position, detecting USB interface is main jack, and all the other are secondary socket, and this pattern is collocation computer use.
In addition, described energy-saving socket is provided with further a charging usb 11, when energy-conservation socket routine uses, the charging of other electronic equipment such as mobile phone, panel computer can be given by charging usb 11.
As shown in figure 13, when with software control major-minor jack, with 4 jacks for standard, be used as the differentiation of major-minor jack with a total button 42 form setting, each jack is to there being a LED 43.This total button 42 often by next time, can switch to less than 6 gears equally:
First gear, closes: by overall power-off;
Second gear, a point jack 1 is main jack, and all the other are secondary socket;
Third gear, a point jack 2 is main jack, and all the other are secondary socket;
Fourth speed position, a point jack 3 is main jack, and all the other are secondary socket;
Fifth speed position, a point jack 4 is main jack, and all the other are secondary socket;
Sixth speed position, detecting USB interface (the second detecting module 52) is main jack, and all the other are secondary socket, and this pattern is collocation computer use.
Hold, the input of described main control chip 70 is connected to the second detecting module 52, receives the distinguishing signal of the second detecting module 52, and output connects the second relay 60.This second relay 60 is electrically connected between power supply 10 and each jack 20, also for controlling the break-make of each jack 20.And this second relay 60 controls by main control chip 70 and enables socket realize power saving function.Specifically:
As shown in Figure 15,16, when detecting USB interface (the second detecting module 52) is main jack, detect host computer when being in " operating state ", this main control chip 70 controls the power supply that all jacks connected by the second relay 60, makes host computer, the electrical equipment (as display, audio amplifier, printer, desk lamp etc.) that mates with host computer powers continuously; When host computer is in " holding state ", this main control chip 70 controls the power supply 10 that main jack 21 only connected by the second relay 60, other secondary jack 22 power-off, is also namely that host computer continues power supply, and the appliance cut-offs such as other display, audio amplifier, printer, desk lamp, like this can be effectively energy-conservation; When host computer is in " reawaking state ", the output of this main control chip 70 is more connected to the second relay 60 by awakening device 110, the second relay 60 is connected by awakening device 110, automatically the power supply 10 that each secondary jack 22 connected by the second relay 60 is waken up by awakening device 110, the electrical equipment that host computer is mated is powered again, reaches intelligentized control method.
If detecting USB interface (the second detecting module 52) is not main jack, the energy-saving socket use as such as first, second, third embodiment can work as in side.
Certainly, the assembled state of this energy-saving socket is not limited to the type described by four kinds of embodiments, and user can according to needs combined crosswise several functions, and both met power conservation requirement, more user brings convenience.
In sum, design focal point of the present invention is, by jack setting module, main control chip, the first relay assembly be connected on multiple jack, main jack, secondary jack can be set out arbitrarily according to user's request, realize several functions by detecting module and the second relay assembly on this basis:
A, when the first detecting module detects side to main jack power-off, secondary jack realizes " delay cut-off " function;
B, when the first detecting module detects side to main jack power-off, secondary jack realizes " reverse power on/off " function;
C, obtained electrical appliance by the first detecting module off signal after, main jack and secondary jack " power-off simultaneously " function;
D, when the second detecting module detect side to host computer standby or wake up time, each secondary jack realizes " power-off " and " again starting power supply " function;
E, when energy-saving socket uses at conventional sense, can also with USB interface be the electronic product such as mobile phone, panel computer charging.
By this, this socket can be energized automatically according to different electricity consumption situations, power-off, delay cut-off, without the need to manual operation, realize the intellectuality of socket, very easy to use.
The above, it is only preferred embodiment of the present invention, not technical scope of the present invention is imposed any restrictions, thus every above embodiment is done according to technical spirit of the present invention any trickle amendment, equivalent variations and modification, all still belong in the scope of technical solution of the present invention.
Claims (10)
1. an energy-saving socket, comprises power supply and multiple jack, it is characterized in that: also comprise
One jack setting module, for one of them jack is defined as main jack, other jack is defined as secondary jack, and main jack and secondary jack distribution scheme is sent;
One main control chip, its input is connected to jack setting module, receives main jack and secondary jack distribution scheme information carries out record, and sends the break-make control signal corresponding with the major and minor jack set;
One first relay, be electrically connected between power supply and each jack, and be connected to main control chip, the break-make control signal that the major and minor jack that reception main control chip sends is corresponding, control the break-make of corresponding jack, set out the main jack and secondary jack that match with main jack and secondary jack distribution scheme;
One detecting module, according to electrical work whether and/or the whether power-off of main jack electrical connection electrical equipment and/or connect main jack, provide distinguishing signal;
One second relay, is electrically connected between power supply and each jack, and is connected to main control chip, and main control chip receives the distinguishing signal of detecting module, controls the power supply of the second relay corresponding actions and the secondary jack of break-make according to distinguishing signal.
2. a kind of energy-saving socket according to claim 1, it is characterized in that: described jack setting module is a mechanical type diverter switch that can switch between multiple gear, this mechanical type diverter switch is Multi-band switch and is arranged on socket panel, stirring mechanical type diverter switch, to define one of them jack be main jack, and other jack is secondary jack.
3. a kind of energy-saving socket according to claim 1, it is characterized in that: described jack setting module is the software control diverter switch of a changeable multiple gear, this software control diverter switch comprises the LED of a total button and each jack setting of correspondence, this LED connects total button, total button is often by next time, software control diverter switch is jumped toward next jack, and the LED be chosen to be corresponding to main jack is bright, and other LED corresponding to secondary jack is gone out.
4. a kind of energy-saving socket according to claim 1, it is characterized in that: described detecting module comprises the first detecting module being connected to main jack, whether the first detecting module detects main jack on/off electricity condition, be energized and provide distinguishing signal, give main control chip according to main jack.
5. a kind of energy-saving socket according to claim 4, is characterized in that: be connected delayer between described main control chip with the second relay, when the first detecting module detects main jack power-off, then and each secondary jack delay cut-off; Or,
Synchronous power-off modular is connected between described main control chip with the second relay, when the first detecting module detects main jack power-off, then the synchronous power-off of each secondary jack; Or,
Be connected reverse break-make module between described main control chip with the second relay, when the first detecting module detects main jack power-off, then each secondary jack is oppositely energized.
6. a kind of energy-saving socket according to claim 1, it is characterized in that: described detecting module comprises the second detecting module being connected to host computer, this second detecting module adopts detecting USB interface, the USB of this detecting USB interface grafting host computer, main jack grafting host computer, the sub-appliance of each secondary jack grafting host computer, the operating state of this detecting USB interface identification host computer, whether the work of foundation host computer, distinguishing signal is provided, and this main control chip output is more connected to the second relay by awakening device, when the second detecting module detecting host computer resting state, each secondary jack power-off, when host computer transfers wake-up states to from resting state, each secondary jack is energized again.
7. a kind of energy-saving socket according to claim 1, is characterized in that: described energy-saving socket is provided with further a charging USB interface.
8. a control method for energy-saving socket, is characterized in that: comprise the steps
The first step: one of them jack is defined as main jack by jack setting module, other jack is defined as secondary jack, and main jack and secondary jack distribution scheme is sent;
Second step: receive main jack by main control chip and secondary jack distribution scheme information carries out record, and send the break-make control signal corresponding with defined major and minor jack;
3rd step: the break-make control signal that the major and minor jack that the first relay reception main control chip sends is corresponding, controls the break-make of corresponding jack, sets out the main jack and secondary jack that match with main jack and secondary jack distribution scheme.
9. the control method of energy-saving socket according to claim 8, is characterized in that:
The method of described jack setting module selects a mechanical type diverter switch that can switch between multiple gear, this mechanical type diverter switch is Multi-band switch and is arranged on socket panel, stirring mechanical type diverter switch by hardware, to define one of them jack be main jack, and other jack is secondary jack; Or,
The method of described jack setting module selects the software control diverter switch of a changeable multiple gear, this software control diverter switch comprises the LED of a total button and each jack setting of correspondence, this LED connects total button, total button is often by next time, software control diverter switch is jumped toward next jack, the LED be chosen to be corresponding to main jack is bright, and other LED corresponding to secondary jack is gone out.
10. the control method of energy-saving socket according to claim 8 or claim 9, is characterized in that:
A. whether be energized by the main jack of the first detecting module identification,
(a1). when main jack power-off, by the secondary jack delay cut-off of the second Control, or
(a2). when main jack power-off, be oppositely energized by the secondary jack of the second Control, or
(a3). when main jack power-off, by the power-off simultaneously of the secondary jack of the second Control; Or,
B. host computer is plugged in main jack, the sub-appliance of host computer is plugged in secondary jack, be in " operating state ", " holding state " or " reawaking state " by the second detecting module identification host computer, whether the work of foundation host computer, provides distinguishing signal;
(b1). when host computer is in " operating state ", this main control chip controls the power supply that all jacks connected by the second relay;
(b2). when host computer is in " holding state ", this main control chip controls the power supply that main jack only connected by the second relay, each secondary jack power-off;
(b3). when host computer is in " reawaking state ", send control signal by main control chip, reawake by awakening device the power supply that each secondary jack connected by the second relay.
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| CN105635816B (en) * | 2014-11-03 | 2018-10-26 | Tcl集团股份有限公司 | The power supply of media device and channel interface Information Acquisition System and acquisition methods |
| CN107255788B (en) * | 2017-04-18 | 2021-02-02 | 广东浪潮大数据研究有限公司 | Power supply on-off impact test method and system and intelligent socket |
| CN107728698A (en) * | 2017-11-14 | 2018-02-23 | 北京银鞍技术有限公司 | A kind of method of central controller and its intelligent centralized control electrical equipment |
| CN110444970A (en) * | 2019-07-08 | 2019-11-12 | 杭州电子科技大学 | A kind of domestic intelligent principal and subordinate linkage socket controlling system |
| CN112565850A (en) * | 2020-10-31 | 2021-03-26 | 易斐斯贸易(深圳)有限公司 | External electronic equipment for controlling television through infrared code and USB mode |
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