CN203553509U - Intelligent socket system - Google Patents
Intelligent socket system Download PDFInfo
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- CN203553509U CN203553509U CN201320509647.8U CN201320509647U CN203553509U CN 203553509 U CN203553509 U CN 203553509U CN 201320509647 U CN201320509647 U CN 201320509647U CN 203553509 U CN203553509 U CN 203553509U
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Abstract
The utility model discloses an intelligent socket system. The intelligent socket system comprises a master control socket and M subordinate sockets, wherein M is not less than 1; the master control socket comprises a first wireless communication module, a second wireless communication module and a processing module; each of the subordinate sockets comprises a second wireless communication module and a processing module; when the first wireless communication module of the master control socket receives a first wireless control signal corresponding to one of the subordinate sockets, and sent by a terminal, the processing module of the master control socket is used for controlling the second wireless communication module of the master control socket to send a corresponding second wireless communication control signal to the corresponding subordinate socket; when the second wireless communication module of the subordinate socket receives the second wireless communication control signal sent by the second wireless communication module of the master control socket, the processing module of the subordinate socket is used for controlling the subordinate socket to be turned on or off. According to the technical scheme of the intelligent socket system disclosed by the utility model, the turning-on or turning-off of each electrical appliance can be conveniently and timely controlled, thus energy conservation and consumption reduction can be realized, and an accident source can be turned off in time.
Description
Technical field
The utility model relates to wireless communication technology application, particularly a kind of can only jack system.
Background technology
In daily life, we conventionally can do other thing again when using some electrical equipment, probably can forget about the electrical equipment that those are being worked, and finally cause the accident that occurs that some are serious; We often also easily forget and turn off some electrical equipment when going out, and produce unnecessary power consumption; In office space and various electricity consumptions place, all can be because some carelessness cause unnecessary power consumption.
Utility model content
In view of the above problems, the utility model has been proposed to a kind of a kind of smart jack system that overcomes the problems referred to above or address the above problem is at least in part provided.
For achieving the above object, the technical solution of the utility model is achieved in that
Embodiment of the present utility model discloses a kind of smart jack system, and this smart jack system comprises a main control socket and M subordinate socket, wherein, and M >=1; Main control socket comprises the first wireless communication module, the second wireless communication module and processing module; Each subordinate socket comprises second wireless communication module and processing module;
The first wireless communication module of main control socket, the first wireless control signal of the subordinate socket of correspondence sending for receiving terminal;
The processing module of main control socket, for when the first wireless communication module receives the first wireless control signal, the second wireless communication module of controlling main control socket sends corresponding the second radio communication control signal to corresponding subordinate socket;
The second wireless communication module of subordinate socket, the second radio communication control signal sending for receiving the second wireless communication module of main control socket;
The processing module of subordinate socket, while receiving the second radio communication control signal for the second wireless communication module at subordinate socket, controls subordinate socket and opens or close.
Alternatively, in the disclosed smart jack system of the utility model embodiment, the second wireless communication module of subordinate socket, the second radio communication control signal of the subordinate socket of correspondence also sending for receiving terminal.
Alternatively, in the disclosed smart jack system of the utility model embodiment, the first wireless communication module of main control socket, the 3rd wireless control signal of the main control socket also sending for receiving terminal; The second wireless communication module of main control socket, the 4th wireless control signal of the main control socket also sending for receiving terminal; The processing module of main control socket, while also receiving the 3rd wireless control signal for the first wireless communication module at main control socket, or when the second wireless communication module of main control socket receives the 4th wireless control signal, controls main control socket and opens or close.
Alternatively, in the disclosed smart jack system of the utility model embodiment, main control socket also comprises electric control switch and insert row; Subordinate socket also comprises electric control switch and insert row; One end of the electric control switch of main control socket is connected with the processing module of main control socket, and the other end is connected with the insert row of main control socket; One end of the electric control switch of subordinate socket is connected with the processing module of described subordinate socket, and the other end is connected with the insert row of described subordinate socket;
The electric control switch of main control socket, when the first wireless communication module of main control socket receives described the 3rd wireless control signal, or when the second wireless communication module of main control socket receives described the 4th wireless control signal, by the processing module of main control socket, controlled and opening or close, and then making the insert row of main control socket open or close;
The electric control switch of subordinate socket, when the second wireless communication module of subordinate socket receives described the second wireless control signal, is being controlled and is opening or close by the processing module of subordinate socket, and then makes the insert row of subordinate socket open or close.
Alternatively, in the disclosed smart jack system of the utility model embodiment, the first wireless communication module of main control socket is Wi-Fi module or bluetooth low energy consumption module; The second wireless communication module of main control socket is bluetooth low energy consumption module; The second wireless communication module of subordinate socket is bluetooth low energy consumption module
Alternatively, in the disclosed smart jack system of the utility model embodiment, main control socket also comprises current detection module; Subordinate socket also comprises electric current electrical measurement module; One end of the current detection module of main control socket is connected with the electric control switch of described main control socket, and the other end is connected with the insert row of described main control socket; One end of the current detection module of subordinate socket is connected with the electric control switch of subordinate socket, and the other end is connected with the insert row of subordinate socket.
The current detection module of main control socket, for detection of the size of current that flows through electric equipment on main control socket, when the size of current that flows through electric equipment is abnormal, sends and reports to the police to terminal; Also, for after the size of current that flows through electric equipment on main control socket being detected, to terminal, send the current value detecting, and then make terminal recognition go out the electrical equipment that this current value is corresponding.
The current detection module of subordinate socket for detection of flowing through the size of current of electric equipment on subordinate socket, sends and reports to the police to terminal when the size of current that flows through electric equipment is abnormal; Also, for after the size of current that flows through electric equipment on main control socket being detected, to terminal, send the current value detecting, and then make terminal recognition go out the electrical equipment that this current value is corresponding.
Alternatively, in the disclosed smart jack system of the utility model embodiment, main control socket also comprises one or more in temperature detecting module, humidity detecting module and Smoke Detection module; Subordinate socket also comprises one or more in temperature detecting module, humidity detecting module and Smoke Detection module.Wherein, the temperature detecting module of described main control socket, humidity detecting module and Smoke Detection module are all connected with the processing module of the main control socket of described main control socket; The temperature detecting module of described subordinate socket, humidity detecting module and Smoke Detection module are all connected with the processing module of corresponding subordinate socket;
When temperature, humidity or the smog in space, main control socket place exceeds the scope that the processing module of main control socket sets, the temperature detecting module of main control socket, humidity detecting module or Smoke Detection module send alarm signal to the processing module of main control socket, the processing module of main control socket is received after alarm signal, control main control socket is closed, and sends and report to the police to terminal;
When temperature, humidity or the smog in space, subordinate socket place exceeds the scope that the processing module of its corresponding subordinate socket sets, the temperature detecting module of subordinate socket, humidity detecting module or Smoke Detection module send alarm signal to the processing module of its corresponding subordinate socket, the processing module of corresponding subordinate socket is received after alarm signal, control corresponding subordinate socket and close, and send and report to the police to terminal.
Alternatively, in the disclosed smart jack system of the utility model embodiment, main control socket also comprises button; Described button is connected with the processing module of main control socket; Press this button, the processing module of main control socket is controlled main control socket and is opened, and the processing module of main control socket sends an open command to each subordinate socket simultaneously, and each subordinate socket is opened; Again press this button, the processing module of main control socket is controlled main control socket and is closed, and the processing module of main control socket sends an out code to each subordinate socket simultaneously, and each subordinate socket is closed.
Alternatively, in the disclosed smart jack system of the utility model embodiment, main control socket also comprises time block; Described time block is connected with the processing module of main control socket;
Time block, for main control socket and each subordinate socket are implemented to timing controlled, in above-mentioned socket, the unlatching of any one socket or a plurality of sockets or closed condition arrive after timing, processing module to main control socket sends one or more corresponding signals, makes the processing module of main control socket control corresponding one or more socket unlatching or close.
Alternatively, in the disclosed smart jack system of the utility model embodiment, the electric control switch of subordinate socket is relay; The electric control switch of main control socket is relay.
Compared with prior art, the smart jack system that the utility model embodiment provides can facilitate to be controlled timely the unlatching of each electric equipment connecting in smart jack system or closes, and can save energy and reduce the cost, and also can close in time accident source.
Accompanying drawing explanation
The main control socket structured flowchart of a kind of smart jack system that Fig. 1 provides for the utility model embodiment;
The subordinate socket block diagram of a kind of smart jack system that Fig. 2 provides for the utility model embodiment;
The application block diagram of the far-end operation of an embodiment of the smart jack system that Fig. 3 provides for the utility model;
The application block diagram of the near-end operation of an embodiment of the smart jack system that Fig. 4 provides for the utility model.
Embodiment
For making the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing, the utility model execution mode is described in further detail.
The main control socket structured flowchart of a kind of smart jack system that Fig. 1 provides for the utility model embodiment.
The subordinate socket block diagram of a kind of smart jack system that Fig. 2 provides for the utility model embodiment.
The smart jack system that the utility model embodiment provides comprises a main control socket 100 and M subordinate socket 200, wherein, and M >=1; Referring to Fig. 1, main control socket comprises the first wireless communication module 101, the second wireless communication module 102 and processing module 103; Each subordinate socket comprises second wireless communication module 201 and processing module 202;
The first wireless communication module 101 of main control socket 100, the first wireless control signal of the subordinate socket 200 of correspondence sending for receiving terminal;
The processing module 103 of main control socket 100, for when the first wireless communication module 101 receives the first wireless control signal, the second wireless communication module 102 of controlling main control socket 100 sends corresponding the second radio communication control signal to corresponding subordinate socket 200;
The second wireless communication module 201 of subordinate socket 200, the second radio communication control signal sending for receiving the second wireless communication module 102 of main control socket 100;
The processing module 202 of subordinate socket 200, while receiving the second radio communication control signal for the second wireless communication module 201 at subordinate socket 200, controls subordinate socket 200 and opens or close.
In the smart jack system providing at embodiment of the utility model, the second wireless communication module 201 of subordinate socket 200, the second radio communication control signal of the subordinate socket 200 of correspondence also sending for receiving terminal.
In the smart jack system providing at embodiment of the utility model, the first wireless communication module 101 of main control socket 100, the 3rd wireless control signal of the main control socket 100 also sending for receiving terminal; The second wireless communication module 102 of main control socket 100, the 4th wireless control signal of the main control socket 100 also sending for receiving terminal; The processing module 103 of main control socket 100, while also receiving the 3rd wireless control signal for the first wireless communication module 101 at main control socket 100, or when the second wireless communication module 102 of main control socket 100 receives the 4th wireless control signal, control main control socket 100 and open or close.
In the smart jack system providing at embodiment of the utility model, main control socket 100 also comprises electric control switch 104 and insert row 105; Subordinate socket 200 also comprises electric control switch 203 and insert row 204; One end of 100 electric control switch 104 of main control socket is connected with the processing module 103 of main control socket 100, and the other end is connected with the insert row 105 of main control socket 100; One end of the electric control switch 203 of subordinate socket 200 is connected with the processing module 202 of described subordinate socket 200, and the other end is connected with the insert row 204 of described subordinate socket 200;
The electric control switch 104 of main control socket 100, when the first wireless communication module 101 of main control socket 100 receives described the 3rd wireless control signal, or at the second wireless communication module 102 of main control socket 100 when receiving described the 4th wireless control signal, by the processing module 103 of main control socket 100, controlled and opening or close, and then making the insert row 105 of main control socket 100 open or close;
The electric control switch 203 of subordinate socket 200, when the second wireless communication module 201 of subordinate socket 200 receives described the second wireless control signal, by the processing module 202 of subordinate socket 200, controlled and opening or close, and then making the insert row 204 of subordinate socket 200 open or close.
In the smart jack system providing at embodiment of the utility model, the electric control switch of subordinate socket 200 can be relay; The electric control switch of main control socket 100 can be relay.
In the smart jack system providing at embodiment of the utility model, main control socket 100 also comprises current detection module 106; Subordinate socket 200 also comprises electric current electrical measurement module 205; One end of the current detection module 106 of main control socket 100 is connected with the electric control switch 104 of described main control socket 100, and the other end is connected with the insert row 106 of described main control socket 100; One end of the current detection module 205 of subordinate socket is connected with the electric control switch 203 of subordinate socket, and the other end is connected with the insert row 204 of subordinate socket.
The current detection module 106 of main control socket 100, for detection of flowing through the size of current of electric equipment on main control socket 100, when the size of current that flows through electric equipment is abnormal, sends and reports to the police to terminal; Also, for after the size of current that flows through electric equipment on main control socket 100 being detected, to terminal, send the current value detecting, and then make terminal recognition go out the electrical equipment that this current value is corresponding;
The current detection module 205 of subordinate socket 200, for detection of flowing through the size of current of electric equipment on subordinate socket 200, when the size of current that flows through electric equipment is abnormal, sends and reports to the police to terminal; Also, for after the size of current that flows through electric equipment on subordinate socket 200 being detected, to terminal, send the current value detecting, and then make terminal recognition go out the electrical equipment that this current value is corresponding.
In this embodiment of the invention, terminal is equipped with the program setting, and in this program, has set the corresponding relation of current value and electrical equipment.Different electric equipments, the current value size that current detection module detects is different, and then to make the current value size sending to terminal be different, thereby send to the terminal that packs this program into the current value that current detection module detects, terminal just can be identified the electrical equipment that this current value is corresponding, like this, user just can remember which electrical equipment is to be inserted on which socket to have used, more convenient user's operation.
In the smart jack system providing at embodiment of the utility model, main control socket also comprises a supply module, this power module is for the first wireless communication module to main control socket, the second wireless communication module, processing module, electric control switch and current detection module power supply, each subordinate socket includes a supply module, this power module is for the second wireless communication module to subordinate socket, processing module, electric control switch and current detection module power supply, because the supply module of main control socket and the supply module of subordinate socket are not emphasis of the present utility model, and be prior art, at this, do not introduce.
In the smart jack system providing at embodiment of the utility model, main control socket 100 also comprises one or more in temperature detecting module 107, humidity detecting module 108 and Smoke Detection module 109; Subordinate socket 200 also comprises one or more in temperature detecting module 206, humidity detecting module 207 and Smoke Detection module 208.Wherein, the temperature detecting module 107 of described main control socket 100, humidity detecting module 108 and Smoke Detection module 109 are all connected with the processing module 103 of described main control socket; The temperature detecting module 206 of described subordinate socket, humidity detecting module 207 and Smoke Detection module 208 are all connected with the processing module 202 of 200 sockets of corresponding subordinate socket;
When temperature, humidity or the smog in main control socket 100 spaces, place exceeds the scope that the processing module 103 of main control socket sets, the temperature detecting module 107 of main control socket 100, humidity detecting module 108 or Smoke Detection module 109 send alarm signal to the processing module 103 of main control socket, the processing module 103 of main control socket is received after alarm signal, control main control socket 100 and close, and send and report to the police to terminal; In this embodiment, it can be to report to the police to terminal transmission by the first wireless communication module 101 of main control socket 100 that the processing module 103 of main control socket 100 sends the mode of reporting to the police to terminal, can be also to be sent and report to the police to terminal by the second wireless communication module 102.
Temperature in subordinate socket 200 spaces, place, when humidity or smog exceed the scope that the processing module 202 of its corresponding subordinate socket sets, the temperature detecting module 206 of subordinate socket, humidity detecting module 207 or Smoke Detection module 208 send alarm signal to the processing module of its corresponding subordinate socket, the processing module 202 of corresponding subordinate socket is received after alarm signal, controlling corresponding subordinate socket 200 closes, and send and report to the police to terminal, in this embodiment, it can be to report to the police to terminal transmission by the second wireless communication module 201 of subordinate socket 200 that the processing module 202 of corresponding subordinate socket 200 sends the mode of reporting to the police to terminal, also can be to report to the police to the second wireless communication module 102 transmissions of main control socket 100 by the second wireless communication module 201 of subordinate socket 200, the second wireless communication module 102 of main control socket 100 is when receiving this alarm signal, the first wireless communication module 101 that the processing module 103 of main control socket 100 is controlled main control socket 100 sends and reports to the police to terminal.
In the smart jack system providing at embodiment of the utility model, main control socket 100 also comprises button 110; Described button 110 is connected with the processing module 103 of main control socket; Press this button 110, the processing module 103 of main control socket 100 is controlled main control socket 100 and is opened, and the processing module 103 of main control socket 100 sends an open command to each subordinate socket 200 simultaneously, and each subordinate socket 200 is opened; Again press this button 110, the processing module 103 of main control socket 100 is controlled main control socket 100 and is closed, and the processing module 103 of main control socket 100 sends an out code to each subordinate socket 200 simultaneously, and each subordinate socket 200 is closed.
In the smart jack system providing at embodiment of the utility model, main control socket 100 also comprises time block; Described time block is connected with the processing module of main control socket;
Time block, for main control socket 100 and each subordinate socket 200 are implemented to timing controlled, in above-mentioned socket (comprising main control socket and subordinate socket), the unlatching of any one socket or a plurality of sockets or closed condition arrive after timing, processing module 103 to main control socket 100 sends one or more corresponding signals, makes the processing module 103 of main control socket 100 control corresponding one or more socket unlatching or close.
In the disclosed smart jack system of embodiment of the utility model, the first wireless communication module 101 of main control socket 100 can be Wi-Fi module or bluetooth low energy consumption module; The second wireless communication module 102 of main control socket 100 can be bluetooth low energy consumption module; The second wireless communication module 201 of subordinate socket 200 can be bluetooth low energy consumption module or Wi-Fi module.
The application block diagram of an embodiment near-end operation of the smart jack system that Fig. 3 provides for the utility model.
The application block diagram of an embodiment near-end operation of the smart jack system that Fig. 4 provides for the utility model.
Referring to Fig. 3, in this embodiment of the present utility model, the first wireless communication module of main control socket 100 is Wi-Fi module 302, and the second wireless communication module of main control socket 100 is bluetooth low energy consumption module 303, referring to Fig. 3 and Fig. 4, the second wireless communication module of subordinate socket 200 is bluetooth low energy consumption module 304, the number of subordinate socket 200 is 3 (M=3), is respectively subordinate socket 1, subordinate socket 2, subordinate socket 3, its operation principle is specific as follows:
Referring to Fig. 3, if need to close certain subordinate socket 200, far-end operation, we can be by the whole 301(with Wi-Fi module such as mobile phone, computer or remote controller etc.) by wireless network, send the first wireless control signal to the Wi-Fi module 302 of main control socket 100, the Wi-Fi module 302 of main control socket 100 is when receiving the first wireless control signal, the bluetooth low energy consumption module 303 that the processing module 103 of main control socket 100 is controlled main control socket 100 sends the second control signal to the bluetooth low energy consumption module 304 of corresponding subordinate socket, when the bluetooth low energy consumption module 304 of corresponding subordinate socket receives the second wireless control signal, the processing module 202 of corresponding subordinate socket is controlled this subordinate socket 200 and is opened or close.
Referring to Fig. 4, if need to close certain subordinate socket 200, near-end operation, we can be by the terminal 401(with bluetooth low energy consumption module such as mobile phone, computer or remote controller etc.) send the second wireless control signal of a corresponding subordinate socket 200, when the bluetooth low energy consumption module 304 of corresponding subordinate socket 200 receives above-mentioned the second wireless control signal, the processing module 202 of this subordinate socket is controlled this subordinate socket 200 and is opened or close.
In sum, the technical solution of the utility model tool has the following advantages.
The smart jack system that the utility model embodiment provides can facilitate to be controlled timely the unlatching of each electric equipment connecting in smart jack system or closes, and can save energy and reduce the cost, and also can close in time accident source.
The foregoing is only preferred embodiment of the present utility model, be not intended to limit protection range of the present utility model.All any modifications of doing, be equal to replacement, improvement etc. within spirit of the present utility model and principle, be all included in protection range of the present utility model.
Claims (10)
1. a smart jack system, is characterized in that, described smart jack system comprises a main control socket and M subordinate socket, wherein, and M >=1; Described main control socket comprises the first wireless communication module, the second wireless communication module and processing module; Each subordinate socket comprises second wireless communication module and processing module;
The first wireless communication module of main control socket, the first wireless control signal of the subordinate socket of correspondence sending for receiving terminal;
The processing module of main control socket, for when described the first wireless communication module receives described the first wireless control signal, the second wireless communication module of controlling main control socket sends corresponding the second radio communication control signal to corresponding subordinate socket;
The second wireless communication module of subordinate socket, the second radio communication control signal sending for receiving the second wireless communication module of main control socket;
The processing module of subordinate socket, while receiving the second radio communication control signal for the second wireless communication module at subordinate socket, controls subordinate socket and opens or close.
2. smart jack system as claimed in claim 1, is characterized in that,
The second wireless communication module of subordinate socket, the second radio communication control signal of the subordinate socket of correspondence also sending for receiving terminal.
3. smart jack system as claimed in claim 1, is characterized in that,
The first wireless communication module of described main control socket, the 3rd wireless control signal of the main control socket also sending for receiving terminal;
The second wireless communication module of described main control socket, the 4th wireless control signal of the main control socket also sending for receiving terminal;
The processing module of main control socket, while also receiving described the 3rd wireless control signal for the first wireless communication module at main control socket, or when the second wireless communication module of main control socket receives described the 4th wireless control signal, control main control socket and open or close.
4. smart jack system as claimed in claim 3, is characterized in that, described main control socket also comprises electric control switch and insert row; Described subordinate socket also comprises electric control switch and insert row; One end of the electric control switch of described main control socket is connected with the processing module of described main control socket, and the other end is connected with the insert row of described main control socket; One end of the electric control switch of described subordinate socket is connected with the processing module of described subordinate socket, and the other end is connected with the insert row of described subordinate socket;
The electric control switch of main control socket, when the first wireless communication module of main control socket receives described the 3rd wireless control signal, or when the second wireless communication module of main control socket receives described the 4th wireless control signal, by the processing module of main control socket, controlled and opening or close, and then making the insert row of main control socket open or close;
The electric control switch of subordinate socket, when the second wireless communication module of subordinate socket is received described the second wireless control signal of receipts, is being controlled and is opening or close by the processing module of subordinate socket, and then makes the insert row of subordinate socket open or close.
5. smart jack system as claimed in claim 1, is characterized in that,
The first wireless communication module of described main control socket is Wi-Fi module or bluetooth low energy consumption module;
The second wireless communication module of described main control socket is bluetooth low energy consumption module;
The second wireless communication module of described subordinate socket is bluetooth low energy consumption module.
6. smart jack system as claimed in claim 4, is characterized in that,
Described main control socket also comprises current detection module; Described subordinate socket also comprises electric current electrical measurement module;
One end of the current detection module of described main control socket is connected with the electric control switch of described main control socket, and the other end is connected with the insert row of described main control socket;
One end of the current detection module of described subordinate socket is connected with the electric control switch of described subordinate socket, and the other end is connected with the insert row of described subordinate socket;
The current detection module of main control socket, for detection of the size of current that flows through electric equipment on main control socket, when the size of current that flows through electric equipment is abnormal, sends and reports to the police to terminal; Also, for after the size of current that flows through electric equipment on main control socket being detected, to terminal, send the current value detecting, and then make terminal recognition go out the electrical equipment that this current value is corresponding;
The current detection module of subordinate socket, for detection of flowing through the size of current of electric equipment on subordinate socket, when the size of current that flows through electric equipment is abnormal, sends and reports to the police to terminal; Also, for after the size of current that flows through electric equipment on subordinate socket being detected, to terminal, send the current value detecting, and then make terminal recognition go out the electrical equipment that this current value is corresponding.
7. smart jack system as claimed in claim 1, is characterized in that,
Described main control socket also comprises one or more in temperature detecting module, humidity detecting module and Smoke Detection module;
Described subordinate socket also comprises one or more in temperature detecting module, humidity detecting module and Smoke Detection module;
Wherein, the temperature detecting module of described main control socket, humidity detecting module and Smoke Detection module are all connected with the processing module of the main control socket of described main control socket; The temperature detecting module of described subordinate socket, humidity detecting module and Smoke Detection module are all connected with the processing module of corresponding subordinate socket;
When temperature, humidity or the smog in space, main control socket place exceeds the scope that the processing module of main control socket sets, the temperature detecting module of main control socket, humidity detecting module or Smoke Detection module send alarm signal to the processing module of main control socket, the processing module of main control socket is received after alarm signal, control main control socket is closed, and sends and report to the police to terminal;
When temperature, humidity or the smog in space, subordinate socket place exceeds the scope that the processing module of its corresponding subordinate socket sets, the temperature detecting module of subordinate socket, humidity detecting module or Smoke Detection module send alarm signal to the processing module of its corresponding subordinate socket, the processing module of corresponding subordinate socket is received after alarm signal, control corresponding subordinate socket and close, and send and report to the police to terminal.
8. smart jack system as claimed in claim 1, is characterized in that,
Described main control socket also comprises button; Described button is connected with the processing module of main control socket;
Press this button, the processing module of main control socket is controlled main control socket and is opened, and the processing module of main control socket sends an open command to each subordinate socket simultaneously, and each subordinate socket is opened; Again press this button, the processing module of main control socket is controlled main control socket and is closed, and the processing module of main control socket sends an out code to each subordinate socket simultaneously, and each subordinate socket is closed.
9. smart jack system as claimed in claim 1, is characterized in that,
Described main control socket also comprises time block; Described time block is connected with the processing module of main control socket;
Time block, for main control socket and each subordinate socket are implemented to timing controlled, in above-mentioned socket, the unlatching of any one socket or a plurality of sockets or closed condition arrive after timing, processing module to main control socket sends one or more corresponding signals, makes the processing module of main control socket control corresponding one or more socket unlatching or close.
10. smart jack system as claimed in claim 4, is characterized in that,
The electric control switch of described subordinate socket is relay;
The electric control switch of described main control socket is relay.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320509647.8U CN203553509U (en) | 2013-08-20 | 2013-08-20 | Intelligent socket system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320509647.8U CN203553509U (en) | 2013-08-20 | 2013-08-20 | Intelligent socket system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203553509U true CN203553509U (en) | 2014-04-16 |
Family
ID=50471578
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320509647.8U Withdrawn - After Issue CN203553509U (en) | 2013-08-20 | 2013-08-20 | Intelligent socket system |
Country Status (1)
| Country | Link |
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| CN (1) | CN203553509U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103474842A (en) * | 2013-08-20 | 2013-12-25 | 青岛歌尔声学科技有限公司 | Intelligent socket system |
| CN105005273A (en) * | 2014-04-25 | 2015-10-28 | 力创亿科技有限公司 | Energy switching device and energy switching control system |
| CN108336599A (en) * | 2018-03-07 | 2018-07-27 | 郑州森源新能源科技有限公司 | Intelligent domestic system and its intelligent socket |
-
2013
- 2013-08-20 CN CN201320509647.8U patent/CN203553509U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103474842A (en) * | 2013-08-20 | 2013-12-25 | 青岛歌尔声学科技有限公司 | Intelligent socket system |
| CN103474842B (en) * | 2013-08-20 | 2016-09-07 | 青岛歌尔声学科技有限公司 | A kind of intelligent socket system |
| CN105005273A (en) * | 2014-04-25 | 2015-10-28 | 力创亿科技有限公司 | Energy switching device and energy switching control system |
| CN108336599A (en) * | 2018-03-07 | 2018-07-27 | 郑州森源新能源科技有限公司 | Intelligent domestic system and its intelligent socket |
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