CN102044805B - Master-slave socket system, control method thereof, and socket system with interlocking function - Google Patents
Master-slave socket system, control method thereof, and socket system with interlocking function Download PDFInfo
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- CN102044805B CN102044805B CN 200910205855 CN200910205855A CN102044805B CN 102044805 B CN102044805 B CN 102044805B CN 200910205855 CN200910205855 CN 200910205855 CN 200910205855 A CN200910205855 A CN 200910205855A CN 102044805 B CN102044805 B CN 102044805B
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Abstract
The invention provides a master-slave socket system, a control method thereof and a socket system with an interlocking function, wherein the control method of the master-slave socket system comprises the following steps: providing a master socket, electrically connecting the master socket with an active device, generating an output current or stopping the output current according to the on or off of the active device, and generating a wireless signal by the master socket according to the variation of the output current; and providing an auxiliary socket, electrically connecting the auxiliary socket with an auxiliary attachment, receiving the wireless signal, and controlling the auxiliary socket to output a power source or stop outputting the power source to the auxiliary attachment according to the wireless signal. Through the invention, a user turns on the active device connected with the master socket so that the auxiliary attachment connected with the auxiliary socket can be turned on synchronously, thereby improving the efficiency of starting device and promoting the upgrade in industries.
Description
Technical field
The present invention relates to supply socket, relates in particular to a kind of master-slave type socket system and control method thereof, has the jack system of linkage function.
Background technology
In recent years, along with the progress of science and technology, various high-tech electronic products also are developed the life with convenient people.The kind of these high-tech products is numerous, and the mutual relations of dependence are arranged wherein more, therefore the consumer is when choosing wherein a kind of electronic product, usually also can choose simultaneously the electronic product that other has correlation, for example: when the consumer chooses LCD TV, usually also sound equipment can be chosen in the lump and DVD dials electronic products such as putting device, to form a home theater system.And these electronic products can be installed on each other near so that install and be convenient to control.Therefore, when the consumer opens LCD TV, can will be installed on LCD TV neighbouring sound equipment and DVD player and open, to form family's theater, the user can utilize LCD TV to view and admire picture, utilizes DVD player to play film, and sees through sound equipment enjoyment sound effect.
Figure 1 shows that the schematic diagram of traditional supply socket system.
Traditional socket, elongation line socket or surge prevention socket etc. all are to belong to individually independently supply socket system 1.These supply sockets all have socket 12 or may possess switch 11.As shown in Figure 1, supply socket system 1 sees through a power line 14 and a plugs and sockets 13 is connected to obtain the power supply supply with the electric power system (not shown), and supply socket system 1 has a socket 12 and a switch 11, wherein socket 12 comprises a plurality of sockets 121,122,123,124, and switch 11 comprises a plurality of switches 111,112,113,114.These sockets 121,122,123,124 out of the ordinary and switches 111,112,113,114 are correspondingly controlled the unlatching of sockets 121,122,123,124 power supply supply or are closed to see through respectively these switches 111,112,113,114.In traditional use, for example: computer 15, sound equipment 16, screen 17, printer 18 can see through separately a plug 13 and a power line 14 and be connected to socket 123,122,121,124 forming a complete computer system, and can utilize separately switch 113,112,111,114 to carry out control and the management of power supply supply.Namely be, when needs are opened computer 15, open switch 111, then socket 123 can be to computer 15 supplies one power supply.
These sockets 121,122,123,124 are usually all for independent separately, namely be, when the switch 113 of socket 123 opens to provide computer 15 1 power supplys for seasonable, other relevant apparatus such as sound equipment 16, screen 17, printer 18 etc. can't receive the power supply supply simultaneously, have only after the user opens socket 122,121,124 its each self-corresponding switches 112,111,114, supply socket system 1 just can be to these relevant apparatus supply power supplys.
Independent separately for each socket in the supply socket system of correlation technique, so that the device that each socket can only unique its correspondence of unlatching causes the supply socket system to open the lower problem of efficient, effective solution is proposed not yet at present.
Summary of the invention
Technical scheme of the present invention is achieved in that
A kind of master-slave type socket system comprises:
One baseplug comprises: one first power output interface, for exporting a power supply to an aggressive device that is connected with this first power output interface; One current sense unit is electrically connected with this first power output interface, and detects the variation of the output current of this first power output interface, and produces according to this a detection signal; One first processor unit is electrically connected with this current sense unit, and receives this detection signal, and produces according to this one first control signal; One first wireless module is electrically connected with this first processor unit, and receives this detection signal, and launches according to this a wireless signal; One secondary socket comprises: a second source output interface, for exporting a power supply to an auxiliary equipment that is connected with this second source output interface; One second wireless module is electrically connected with one second processor unit, be to receive this wireless signal, and this wireless signal is delivered to this second processor unit, and this second processor unit produces one second control signal according to this wireless signal; And a second switch, be electrically connected with this second processor unit and this second source output interface, and control the output of this second source output interface or stop to export a power supply according to this second control signal.
Wherein, this baseplug also comprises one first switch, this first switch and this first power output interface, this power input interface and this first processor unit are electrically connected, and this first switch control this power input interface this power supply input or stop to input to this first power output interface.
Preferably, this baseplug comprises that also one sets interface, can for input one setting signal with this first power output interface of setting this baseplug at least one this socket that is positioned at this pair socket of corresponding interlock.
A kind of interlocking method of master-slave type socket system comprises:
One baseplug is provided, is electrically connected with an aggressive device, and according to the unlatching of this aggressive device or close, produce an output current or stop this output current, and this baseplug produces a wireless signal according to the variation of this output current; And a secondary socket is provided, be electrically connected with an auxiliary equipment, and receive this wireless signal, and control this pair socket to output one power supply of this auxiliary equipment or stop to export this power supply according to this wireless signal.
Wherein, this baseplug also comprises:
One first power output interface is for exporting a power supply to an aggressive device that is connected with this first power output interface;
One current sense unit is electrically connected with this first power output interface, and detects the variation of the output current of this first power output interface, and produces according to this a detection signal;
One first processor unit is electrically connected with this current sense unit, and receives this detection signal, and produces according to this one first control signal; And
One first wireless module is electrically connected with this first processor unit, and receives this first control signal, and launches according to this a wireless signal;
Wherein, this pair socket also comprises:
One second processor unit;
One second source output interface is for exporting a power supply to an auxiliary equipment that is connected with this second source output interface;
One second wireless module is electrically connected with this second processor unit, be to receive this wireless signal, and this wireless signal is delivered to this second processor unit, and this second processor unit produces one second control signal according to this wireless signal; And
One second switch is electrically connected with this second processor unit and this second source output interface, and controls the output of this second source output interface or stop to export a power supply according to this second control signal.
Preferably, this baseplug also comprises one first switch, this first switch and this first power output interface, this power input interface and this first processor unit are electrically connected, and this first switch control this power input interface this power supply input or stop to input to this first power output interface.
Preferably, this baseplug comprises that also one sets interface, can for input one setting signal with this first power output interface of setting this baseplug at least one this socket that is positioned at this pair socket of corresponding interlock.
A kind of jack system with linkage function comprises: a baseplug, be electrically connected with an aggressive device, and according to the unlatching of this aggressive device or the curent change when closing produce a wireless signal; And a secondary socket, be electrically connected with an auxiliary equipment, receive this wireless signal, and according to this wireless signal provide a power supply to this auxiliary equipment or this power supply of stop supplies to this auxiliary equipment.
Wherein, this baseplug comprises that also one sets interface, can for input one setting signal with one first power output interface of setting this baseplug at least one this socket that is positioned at this pair socket of corresponding interlock.
This case inventor proposes the inventive concept of this case, mechanism of the present invention is completely different with known technology, in order to do so that a kind of master-slave type socket system to be provided, one group of baseplug and secondary socket with synchronous linkage function can be provided, so that the user opens the aggressive device that is connected with baseplug, can open synchronously the auxiliary equipment that is connected with secondary socket, improve the efficient of opening device, promote industrial upgrading.
Above general introduction and ensuing detailed description and accompanying drawing all are to reach mode, means and the effect that predetermined purpose is taked in order to further specify the present invention.And relevant other purpose of the present invention and advantage, will follow-up explanation and graphic in set forth.
For enabling further to understand feature of the present invention and technology contents, see also following about detailed description of the present invention and accompanying drawing, yet appended graphic only provide with reference to and explanation usefulness, be not to the present invention's limitr in addition.
Description of drawings
Fig. 1 is the schematic diagram of traditional supply socket system;
Fig. 2 is the schematic diagram according to the master-slave type socket system of first embodiment of the invention;
Fig. 3 is the system module formula intention according to the master-slave type socket system of first embodiment of the invention;
Fig. 4 is the device schematic diagram according to the master-slave type socket system of second embodiment of the invention;
Fig. 5 is the system module schematic diagram according to the master-slave type socket system of second embodiment of the invention.
[primary clustering symbol description]
1: power system
2,3: master-slave type socket system
11,111,112,113,114: switch
12,121,122,123,124,125,126,127,128,129,130,131,132: socket
13: plug
14: power line
15: computer
16: sound equipment
17: screen
18: printer
21,23: baseplug
22,24: secondary socket
31,31 ': power input interface
32: the first switches
33,33 ': set interface
34: the current sense unit
35: the first processor unit
The 35 ': the second processor unit
36: the first wireless modules
37: the second wireless modules
38: second switch
39: the first power output interfaces
40: the second source output interface
41: the three power output interfaces
42: the four power output interfaces
51: TV
52: player
53: accompanying video
54: box on the machine
Embodiment
Figure 2 shows that the schematic diagram according to the master-slave type socket system of first embodiment of the invention.
Master-slave type socket system 2 according to first embodiment of the invention has a baseplug 21 and a secondary socket 22.Baseplug 21 has at least one socket 125, and can provide a power supply to be supplied to a computer 15 through a plug 13 and a power line 14.Secondary socket 22 has a plurality of sockets 126,127,128, and can see through sound equipment 16, screen 17, printer 18 plug 13 and power line 14 separately and be connected to plug 127,126,128 to obtain separately the power supply supply.
Because, the association that the electronic installations such as computer 15 and sound equipment 16, screen 17, printer 18 have a master-slave mode, namely be, when opening computer 15, usually also need to open simultaneously sound equipment 16 so that a sound effect to be provided, open screen 17 to provide a menu display function, open printing machine 18 to provide one to print function etc., so can form a basic computer system, only take these three kinds of electronic installations as example, in fact, computer 15 can possess more other electronic installations in present embodiment.But the electronic installations such as sound equipment 16, screen 17, printer 18 can't independently operate, and these electronic installations all need to provide signal to operate according to this by computer 15, also can say that these electronic installations belong to the auxiliary equipment of computer 15.Therefore, computer 15 can be considered as aggressive device, the electronic installations such as sound equipment 16, screen 17, printer 18 are considered as the auxiliary equipment of computer 15.
Master-slave type socket system 2, provide a baseplug 21 to connect at least one aggressive device, as: a computer 15, and supply a power supply to aggressive device, and provide a secondary socket 22 to connect at least one auxiliary equipment, as: sound equipment 16, screen 17, printer 18 etc., and provide separately a power supply to be supplied to these auxiliary equipments.
The function that has current sense according to the baseplug 21 of master-slave type socket system 2 of the present invention, when baseplug 21 has detected the output current outflow, i.e. expression is connected to the computer 15 of baseplug 21 and has opened and operated, and then baseplug 21 namely produces a wireless signal.22 of secondary sockets receive this wireless signal, and control according to this socket 126,127,128 to supply the auxiliary equipment of a power supply to it was connected.So, the user only need open computer 15, and the auxiliary equipment such as sound equipment 16, screen 17, printer 18 that is connected to secondary socket 22 also can and then be opened.Can promote significantly by this that user uses these initiatively or the convenience of auxiliary equipment, reduce the switch that the user need open the socket that required auxiliary equipment connects item by item.
Figure 3 shows that the system module formula intention according to the master-slave type socket system of first embodiment of the invention.
Master-slave type socket system 2 has a baseplug 21 and a secondary socket 22.Baseplug 21 has a power input interface 31, one first switch 32, is set interface 33, a current sense unit 34, a first processor unit 35, one first wireless module 36, one first power output interface 39.Secondary socket 22 has a power input interface 31 ', a second switch 38, is set interface 33 ', one second processor unit 35 ', one second wireless module 37, a second source output interface 40.Wherein, power input interface 31,31 ' for the combination of as shown in Figure 1 power line 14 and plug 13 to be connected to obtain the power supply supply with the unified power system (not shown), the first power output interface 39 is socket 125 as shown in Figure 2, and second source output interface 40 comprises socket 126,127,128 as shown in Figure 2.
The first switch 32 of baseplug 21 is electrically connected with power input interface 31, the first power output interface 39 and first processor unit 35, current sense unit 34 and the first power output interface 39 and first processor unit 35 are electrically connected, and one sets interface 33 and one first wireless module 36 and 35 electric connections of first processor unit.The second switch 38 of secondary socket 22 is electrically connected with power input interface 31 ', second source output interface 40 and the second processor unit 35 ', and one sets interface 33 ' and the second wireless module 37 and the second processor unit 35 ' is electrically connected.
In baseplug 21, power supply input face 31 receives a power supply from the unified power system (not shown), and delivers to the first power output interface 39 to export a power supply through the first switch 32.Export power supplys or stop to export a power supply when the first power output interface 39, then can produce an output current or stop to produce an output current, the then variation of current sense unit 34 these output currents of detecting, and produce a detection signal.First processor unit 35 receives this detection signal, and produces one first control signal.The first wireless module 36 receives this first control signal, and launches a wireless signal according to the first control signal.In addition, setting 33 interfaces provides the user to input a set point.
In secondary socket 22, power supply input face 31 ' receives a power supply supply from the unified power system (not shown), and delivers to second source output interface 40 to export a power supply through second switch 38.And the second wireless module 37 receives the wireless signal of baseplug 21, and this wireless signal is delivered to the second processor unit 35 '.The second processor unit 35 ' produces one second control signal according to this wireless signal, second switch 38 receives the second control signal, and according to this second control signal carry out the control of second switch 38, namely be that the power supply that receives of control power input interface 31 ' is passed to second source output interface 40 or stop supplies to second source output interface 40.Therefore, when secondary socket 22 receives the wireless signal of baseplug 21, then can open or close second source output interface 40 with the supply of beginning power supply or stop the supply of power supply according to this wireless signal.
Please also refer to Fig. 2 and Fig. 3, baseplug 2 jack systems according to the master-slave type socket system 2 of the embodiment of the invention, to see through a power input interface 31 to be connected to obtain the power supply supply with the electric power system (not shown), and power input interface 31 sees through one first power output interface 39 and is connected to provide a power supply with a computer 15, and when the user opens or shuts down computer 15 the time, baseplug 21 can operate or stop supplies one power supplys for computer 15 by supply one power supply, and baseplug 21 can generation one output current to computer 15 or stop to output current to computer 15.At this moment, 34 variations that can detect this output current in current sense unit in baseplug 21, and producing a detection signal, 35 of first processor unit produce one first control signal according to this detection signal and control the first wireless module 36 and launch a wireless signal.Then secondary socket 22 sees through the second wireless module 37 and receives this wireless signal, the second processor unit 35 ' produces one second control signal with the unlatching of control second switch according to this wireless signal or closes, namely be, the power supply that receives of control power input interface 31 ' is delivered to second source output interface 40 or stops to be delivered to second source output interface 40, to provide such as the electronic installation one power supply supply such as sound equipment 16, screen 17, printer 18 so that these electronic installations are operated or stop the power supply supply so that these electronic installations decommission.
Therefore, according to the master-slave type socket system 2 of the embodiment of the invention, can see through the switch detecting that a baseplug 21 carries out aggressive device, when aggressive device opens or cuts out, then baseplug 21 can be supplied a power supply or stop supplies one power supply, and can produce an output current or stop an output current.At this moment, the current sense unit 34 of baseplug 21 detects the variation of this electric current, and then baseplug 21 can produce a wireless signal.Secondary socket 22 receives these wireless signals, and opens according to this or close second switch 38 and be connected to various auxiliary equipments to provide power supply to be supplied to be connected to various auxiliary equipments or to stop to provide power supply to be supplied to it with it.
So, master-slave type socket system 2 according to the embodiment of the invention, one electric power system with master-slave mode can be provided, when the aggressive device that is connected to baseplug 21 is opened, then can open synchronously the power supply supply of secondary socket 22, so that be connected in the various auxiliary equipment synchronous operations of secondary socket 22, and when closing the aggressive device that is connected to baseplug 2 jack systems, the running of closing various auxiliary equipments is used in power supply supply that then can the secondary socket 22 of close synchronously.So can produce the socket 125 of a baseplug 21 and the socket 126,127 of a secondary socket 22,128 continuous action relation.
Master-slave type socket system 2 according to first embodiment of the invention, all have one in baseplug 21 and secondary socket 22 in addition and set interface 33,33 ', this sets interface 33,33 ' and is available for users to see through this and sets interface 33,33 ' and set socket 126,127 of the second source output interface 40 of secondary socket 22,128 and the continuous action relation of the first power output interface 39 of baseplug 21.That is the user can see through this and set interface 33,33 ' and set baseplug 21 and control socket 126,127,128 at least one of them and its interlock on the secondary socket 22.Therefore, can see through this and set the continuous action relation that the socket of baseplug 21 and secondary socket 22 is set on interface flexible ground.In addition, according to spirit of the present invention, the first power output interface 39 of baseplug 21 can possess a plurality of sockets, and can possess a plurality of power output interfaces, and secondary socket 22 also can possess a plurality of power output interfaces and a plurality of socket, therefore, also can see through this sets interface 33,33 ' and sets these in baseplug 21 or a plurality of power output interfaces on secondary socket 22 or the continuous action relation of a plurality of sockets wherein.
Wherein, the first wireless module 36 and the second wireless module 37 can be has emission and the module that receives wireless signal simultaneously, therefore can be so that baseplug 21 has the relation of synchronous operation with secondary socket 22.Namely be that when opening or close baseplug 21, then the wireless signal that can launch according to baseplug 21 of secondary socket 22 is with synchronous unlatching or close.And also can see through the first wireless module 36 and the second wireless module 37 transmission relevent informations between baseplug 21 and the secondary socket 22, for example: baseplug 21 transmits wireless signals with the unlatching of controlling secondary socket 22 or closes, or secondary socket 22 transmits wireless signals to baseplug 21 so that baseplug 21 is shown the power supply supply situation of secondary socket 22 or unlatching situation etc.
Figure 4 shows that the device schematic diagram according to the master-slave type socket system of second embodiment of the invention.
According to the master-slave type socket system 3 of second embodiment of the invention, comprise a plurality of baseplugs 21,23 and at least one secondary socket 24.Baseplug 21,23 identical with baseplug shown in Figure 3 21 and have identical assembly and an annexation.Roughly the secondary socket 22 with shown in Figure 2 is identical for secondary 24 of sockets, but the socket 126,127,128 and 129,130,131 with at least two groups.Wherein, baseplug 21 corresponds to first group of socket 126,127,128 of secondary socket 24, and first group of socket 126,127,128 and baseplug 21 produce interlocks, baseplug 23 corresponds to second group of socket 129,130,131 of secondary socket 24, and second group of socket 129,130,131 and baseplug 23 produce interlocks.
Namely be, open the computer 15 that is connected in baseplug 21 as the user, then baseplug 21 detects output current, or detect and stop output current, then can produce a wireless signal and open or close first group of socket 126,127,128 of secondary socket 24 with control, so that the first group of socket 126,127,128 sound equipment 16, screen 17, printer 18 that are connected to secondary socket 24 are along with the unlatching of the computer that is connected to baseplug 21 or close and carry out interlock.If the user opens or closes the TV 51 that is connected in baseplug 23, then baseplug 23 can detect output current or detect and stop output current, then can produce a wireless signal and open with second group of socket 129 controlling secondary socket 24,130,131, so that be connected to second group of socket 129,130,131 dial and put on device 52, sound equipment 53, the machine box 54 and open or close of secondary socket 24.
Figure 5 shows that the system module schematic diagram according to the master-slave type socket system of second embodiment of the invention.
According to a second embodiment of the present invention, master-slave type socket system 3 comprises at least two baseplugs 21,23 and at least one secondary socket 24.Baseplug 21,23 intraware and its annexation and baseplug 21 shown in Figure 3 are identical, and 24 of secondary sockets are roughly the same with secondary socket 22 shown in Figure 3, and possess in addition one the 4th switch 43 and one the 4th power output interface 42.Wherein, the 4th switch 43 is electrically connected with power input interface 31 ', the second processor unit 35 ' and the 4th power output interface 42.
Please also refer to Fig. 4 and Fig. 5, master-slave type socket system 3 according to second embodiment of the invention, when the user opens or shuts down computer 15 the time, the first power output interface 39 of baseplug 21 can produce an output current for answering computer 15 or stopping to produce an output current, the then variation of the output current of 34 of the current sense unit in baseplug 21, first power output interface 39 that can detect, and producing a detection signal, 35 of first processor unit produce one first control signal according to this detection signal and control the first wireless module 36 and launch a wireless signal.Secondary socket 24 sees through the second wireless module 37 and receives this wireless signal, the second processor unit 35 ' produces one second control signal according to this wireless signal and controls the power supply supply that power input interface 31 ' received with the unlatching or close of control second switch 38 and whether be delivered to second source output interface 40, to provide or to stop to provide such as sound equipment 16, screen 17, printer 18 1 power supply supplies so that these devices operate or decommission.
Similarly, open or closing television 51 when the user is other, baseplug 23 also can produce an electric current and be supplied to TV 51 or stop an electric current supply, and then the current sense unit 34 of baseplug 23 detects this electric current, then can be so that baseplug 23 produces a wireless signal.24 of secondary sockets receive this wireless signal, and control according to this unlatching of the 4th switch 43 or close, control by this power supply supply that power input interface 31 ' receives and whether be delivered to the 4th power output interface 42, to provide or to stop to provide such as box 54 1 power supply supplies on player 52, accompanying video 53, the machine so that these devices operate or decommission.
Therefore, according to the master-slave type socket system 3 of second embodiment of the invention, can see through the switch detecting that baseplug 21,23 carries out aggressive device, when aggressive device opens or cuts out, can produce separately an output current or stop output current.Baseplug 21,23 current sense unit 34 detect this curent change separately, and then baseplug 21,23 can produce a wireless signal separately.Secondary socket 24 receives respectively this wireless signal, and according to this control is opened or closed second switch 38 and the 4th switch 43 and is supplied to it and is connected to various auxiliary equipments to provide respectively or to stop a power supply respectively.
So, master-slave type socket system 3 according to second embodiment of the invention, one electric power system with master-slave mode can be provided, when being connected to respectively a plurality of baseplugs 21, when 23 plurality of active devices is opened or is closed, then can open respectively or close corresponding to the second source output interface 40 of baseplug 21 or corresponding to the power supply supply of the 4th power output interface 42 of baseplug 23, so that be connected to the second source output interface 40 of secondary socket 22 and various auxiliary equipments aggressive device synchronous operation or the close synchronously corresponding with it of the 4th power output interface 42.
Can find out that master-slave type socket system of the present invention possesses a baseplug and a secondary socket, baseplug possesses a current sense unit and one first wireless module, and secondary socket possesses one second wireless module.When the aggressive device that is connected in baseplug opens or cuts out, can produce a corresponding curent change at baseplug, then this variation is detected in the current sense unit of baseplug, and sees through the first wireless module emission wireless signal.Secondary socket exports the auxiliary equipment that is connected to according to this wireless signal control power supply, so that aggressive device and auxiliary equipment synchronous operation.Wherein, baseplug and secondary socket electrifying are to carry out bidirectional data transfers by first and second wireless module.
The above is preferred embodiment of the present invention only, is not limited to the present invention, and is within the spirit and principles in the present invention all, any modification of doing, is equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a master-slave type socket system is characterized in that, comprising:
One baseplug comprises:
One first power output interface is for exporting a power supply to an aggressive device that is connected with this first power output interface;
One current sense unit is electrically connected with this first power output interface, and detects the variation of the output current of this first power output interface, and produces according to this a detection signal;
One first processor unit is electrically connected with this current sense unit, and receives this detection signal, and produces according to this one first control signal;
One first wireless module is electrically connected with this first processor unit, and receives this first control signal, and launches according to this a wireless signal;
One secondary socket comprises:
One second processor unit;
One second source output interface is for exporting a power supply to an auxiliary equipment that is connected with this second source output interface;
One second wireless module is electrically connected with this second processor unit, be to receive this wireless signal, and this wireless signal is delivered to this second processor unit, and this second processor unit produces one second control signal according to this wireless signal; And
One second switch is electrically connected with this second processor unit and this second source output interface, and controls the output of this second source output interface or stop to export a power supply according to this second control signal.
2. master-slave type socket system according to claim 1, it is characterized in that, this baseplug also comprises one first switch, this first switch and this first power output interface, this power input interface and this first processor unit are electrically connected, and this first switch control this power input interface this power supply input or stop to input to this first power output interface.
3. master-slave type socket system according to claim 1, it is characterized in that, this baseplug comprises that also one sets interface, can for input one setting signal with this first power output interface of setting this baseplug at least one this socket that is positioned at this pair socket of corresponding interlock.
4. the control method of a master-slave type socket system is characterized in that, comprising:
One baseplug is provided, is electrically connected with an aggressive device, and according to the unlatching of this aggressive device or close, produce an output current or stop this output current, and this baseplug produces a wireless signal according to the variation of this output current; And
One secondary socket is provided, is electrically connected with an auxiliary equipment, and receives this wireless signal, and control this pair socket to output one power supply of this auxiliary equipment or stop to export this power supply according to this wireless signal.
5. method according to claim 4 is characterized in that, this baseplug also comprises:
One first power output interface is for exporting a power supply to an aggressive device that is connected with this first power output interface;
One current sense unit is electrically connected with this first power output interface, and detects the variation of the output current of this first power output interface, and produces according to this a detection signal;
One first processor unit is electrically connected with this current sense unit, and receives this detection signal, and produces according to this one first control signal; And
One first wireless module is electrically connected with this first processor unit, and receives this first control signal, and launches according to this a wireless signal.
6. method according to claim 4 is characterized in that, this pair socket also comprises:
One second processor unit;
One second source output interface is for exporting a power supply to an auxiliary equipment that is connected with this second source output interface;
One second wireless module is electrically connected with this second processor unit, be to receive this wireless signal, and this wireless signal is delivered to this second processor unit, and this second processor unit produces one second control signal according to this wireless signal; And
One second switch is electrically connected with this second processor unit and this second source output interface, and controls the output of this second source output interface or stop to export a power supply according to this second control signal.
7. method according to claim 5, it is characterized in that, this baseplug also comprises one first switch, this first switch and this first power output interface, this power input interface and this first processor unit are electrically connected, and this first switch control this power input interface this power supply input or stop to input to this first power output interface.
8. method according to claim 5 is characterized in that, this baseplug comprises that also one sets interface, can for input one setting signal with this first power output interface of setting this baseplug at least one this socket that is positioned at this pair socket of corresponding interlock.
9. the jack system with linkage function is characterized in that, comprising:
One baseplug is electrically connected with an aggressive device, and according to the unlatching of this aggressive device or the curent change when closing produce a wireless signal; And
One secondary socket is electrically connected with an auxiliary equipment, receives this wireless signal, and according to this wireless signal provide a power supply to this auxiliary equipment or this power supply of stop supplies to this auxiliary equipment.
10. system according to claim 9 is characterized in that, this baseplug comprises that also one sets interface, can for input one setting signal with one first power output interface of setting this baseplug at least one this socket that is positioned at this pair socket of corresponding interlock.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910205855 CN102044805B (en) | 2009-10-19 | 2009-10-19 | Master-slave socket system, control method thereof, and socket system with interlocking function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910205855 CN102044805B (en) | 2009-10-19 | 2009-10-19 | Master-slave socket system, control method thereof, and socket system with interlocking function |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102044805A CN102044805A (en) | 2011-05-04 |
| CN102044805B true CN102044805B (en) | 2013-03-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200910205855 Expired - Fee Related CN102044805B (en) | 2009-10-19 | 2009-10-19 | Master-slave socket system, control method thereof, and socket system with interlocking function |
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| CN (1) | CN102044805B (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| GB201313212D0 (en) * | 2013-07-24 | 2013-09-04 | En Twyn Ltd | A power socket terminal |
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2009
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| CN102044805A (en) | 2011-05-04 |
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