CN104092062A - Intelligent power socket, network device system and control method - Google Patents

Intelligent power socket, network device system and control method Download PDF

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Publication number
CN104092062A
CN104092062A CN201410316320.8A CN201410316320A CN104092062A CN 104092062 A CN104092062 A CN 104092062A CN 201410316320 A CN201410316320 A CN 201410316320A CN 104092062 A CN104092062 A CN 104092062A
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China
Prior art keywords
network
power
processor
relay
time
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Pending
Application number
CN201410316320.8A
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Chinese (zh)
Inventor
李志斌
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Shenzhen Polytechnic
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Shenzhen Polytechnic
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Priority to CN201410316320.8A priority Critical patent/CN104092062A/en
Publication of CN104092062A publication Critical patent/CN104092062A/en
Pending legal-status Critical Current

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Abstract

The invention provides an intelligent power socket. The intelligent power socket comprises a shell, a power input wire and a power output wire, wherein the power input wire is electrically connected with the power output wire. The intelligent power socket further comprises a processor, a voltage converting module, a network interface and a relay, and a contact of the relay is connected to the power output wire in series; the voltage converting module is electrically connected with the power input wire and connected with the processor; the network interface and the relay are respectively connected with the processor. The invention further provides a network device system and a control method. The intelligent power socket, the network device system and the control method have the advantages that the network interface monitors the working state of a network device, when an access fault happens, the processor controls the state of the relay, the power output wire can be powered on and off, thus, the network device connected with the power output wire can be restarted and kept powered off or on, the access fault can be effectively solved, electric energy can be saved, and meanwhile, a clock module is arranged to achieve timing control; a signal indicator lamp indicates a working state; a button facilitates manual operation; a temperature and humidity sensor performs environmental monitoring.

Description

Intelligent power socket, network equipment system and control method
Technical field
The present invention relates to socket, particularly a kind of intelligent power socket, network equipment system and control method.
Background technology
Supply socket has the insertable hole of one or more circuit connections, by inserting various wiring in hole, is convenient to connect with other circuit.By being connected and disconnection between circuit and power outlet in hole, reach the connecting and disconnecting of other circuit.Present supply socket, general, when the state of insertion, its corresponding wiring is "on" position; When non-insertion state, its corresponding wiring is off-position.
Along with the fast development of network technology, in work and life, there is a large amount of network equipments, such as the webserver, router, switch, IP Camera, the network storage equipment etc.The in the situation that these network equipments disturbing in the attack that moves over a long time, works overloadingly or have an accident, may cause system in case of system halt, cause access to netwoks fault.
Need a kind of supply socket that can contribute to automatically to solve network equipment access fault badly.
Summary of the invention
In order to solve above-mentioned existing technical problem, the invention provides a kind of intelligent power socket, network equipment system and control method, it arranges network interface and communicates by letter with the network equipment being connected, and the operating state of monitor network equipment, to realize the operations such as initiatively power-off, energising, power-off restarting.
The present invention solves above-mentioned existing technical problem, and a kind of intelligent power socket is provided, and comprises housing, electric power incoming line and power outlet, and described electric power incoming line and described power outlet are electrically connected; Also comprise processor, voltage transformation module, network interface and relay; The contact of described relay is series at described power outlet; Described voltage transformation module and described electric power incoming line are electrically connected, and described voltage transformation module is connected with described processor; Described network interface is connected with described processor respectively with described relay.
Further improvement of the present invention is as described below.
Described network interface is wired communication interface or wireless communication interface.
Described relay is N, and corresponding described power outlet is N road.
Comprise clock module, signal lamp, button or temperature-humidity sensor, described clock module, described signal lamp, described button or described temperature-humidity sensor are connected with described processor respectively.
Comprise overload protection module, described overload protection module is series at described electric power incoming line.
Compared to prior art, the invention has the beneficial effects as follows: the operating state of network interface monitor network equipment, when there is access fault, the state of processor control relay contact, realizes energising, the power-off of power outlet, the network equipment that connects like this power outlet is restarted, is kept power-off or keep power supply, can effectively solve the access fault of the network equipment, also can saves energy, simultaneously, clock module is set, realizes timing controlled; Signal lamp, indicating operating status; Button, facilitates manual operation; Temperature-humidity sensor, carries out environment measuring; Overload protection module, to circuit overcurrent protection.
The present invention solves above-mentioned existing technical problem, and a kind of network equipment system is provided, and comprises the network equipment, also comprises above-mentioned intelligent power socket; The network interface of described intelligent power socket and comprise between the network of the described network equipment and carry out communication, the power outlet of described intelligent power socket is powered to the described network equipment.
Compared to prior art, the invention has the beneficial effects as follows: the network interface of intelligent power socket and the network of network equipment system communicate, when there is network equipment access fault, the state of the processor control relay contact of intelligent power socket, realize energising, the power-off of power outlet, the network equipment that connects like this power outlet restarts, keeps power-off or keep power supply, can effectively solve network equipment access fault, also can saves energy.Intelligent power socket is communicated by letter by between network interface and network equipment system, makes this intelligent power socket have the function of network house dog.
The present invention solves above-mentioned existing technical problem, a kind of control method that is applied to described intelligent power socket is provided, and the stand-by period that the number of times that comprises the steps: default stand-by period T1, return span time t, target ip address or domain name, continuous P ING target ip address or domain name in processor is that N1, unsuccessful recycle time are N2, the power-off time of restarting power supply is T2, enter next round PING is T3; One network equipment and power outlet energising, this power outlet string is established the contact of a relay; Processor is communicated by letter with the network equipment through network interface, in stand-by period T1, and PING target ip address or domain name N continuous 1 time; The unsuccessful recycle time that surpasses return span time t is more than or equal to N2; Processor sends control signal to relay, changes the contacts status of relay, and after power-off, energising is to restart the power supply of the network equipment.
Further improvement of the present invention is as described below.
The control method of intelligent power socket according to claim 8, in processor, default number of times of restarting continuously the power supply of the network equipment is C; This control method also comprises step: the number of times of restarting continuously the power supply of the network equipment is more than or equal to C; The power outlet power-off being connected with the network equipment or maintenance power supply.
The number of times that comprises the steps: default stand-by period T1, return span time t, external network domain name, continuous P ING external network domain name in processor is that N1, unsuccessful recycle time are N2; One power outlet is powered to a network access equipment, and this power outlet string is established the contact of a relay; Processor is communicated by letter with this network access equipment through network interface, in stand-by period T1, and PING external network domain name N continuous 1 time; The unsuccessful recycle time that surpasses return span time t is more than or equal to N2; Processor sends control signal to relay, changes the contacts status of relay, and after power-off, energising is to restart the power supply of network access equipment.
The number of times that comprises the steps: default stand-by period T1, return span time t, objective network IP address of terminal, continuous P ING objective network IP address of terminal in processor is that N1, unsuccessful recycle time are N2; One power outlet is powered to an objective network terminal, and this power outlet string is established the contact of a relay; Processor is communicated by letter with internal network through network interface, in stand-by period T1, and PING objective network terminal IP N continuous 1 time; The unsuccessful recycle time that surpasses return span time t is more than or equal to N2; Processor sends control signal to relay, changes the contacts status of relay, and after power-off, energising is to restart the power supply of objective network terminal.
Compared to prior art, the invention has the beneficial effects as follows: the processor of intelligent power socket is accessed external network domain name through network interface by network access equipment, the operating state of judgement network access equipment, when there is access fault, restart, keep power-off or this network access equipment of protection power supply; The processor of intelligent power socket is accessed internal network terminal equipment through network interface by network access equipment, judge the operating state of this network-termination device, when there is access fault, restart, keep power-off or keep this network-termination device of power supply, effectively to solve the access fault of the network equipment.
Accompanying drawing explanation
Fig. 1 is the module diagram of smart jack of the present invention.
Fig. 2 is network equipment system one embodiment of the present invention.
Fig. 3 is control method one flow chart of this intelligent power socket.
Fig. 4 is the another flow chart of the control method of this intelligent power socket.
Fig. 5 is control method one block diagram of this intelligent power socket.
Electric power incoming line 1 Power outlet 2
Processor 3 Voltage transformation module 4
Network interface 5 Relay 6
Clock module 7 Signal lamp 8
Button 9 Temperature-humidity sensor 10
Overload protection module 11 Router one 2
Modulator-demodulator 13 ?
Embodiment
Below in conjunction with accompanying drawing explanation and embodiment, the present invention is further described.
As shown in Figure 1, a kind of intelligent power socket, comprises housing, electric power incoming line 1 and power outlet 2, electric power incoming line 1 is electrically connected with power outlet 2, electric power incoming line 1 is introduced enclosure interior from the outside of housing, and power outlet 2 is positioned at enclosure interior, by the jack that is arranged at housing is convenient, externally draws.This intelligent power socket also comprises processor 3, voltage transformation module 4, network interface 5 and relay 6, and voltage transformation module 4 is electrically connected with electric power incoming line 1, be connected with processor 3 again, thereby to processor 3 power supplies.The contact of relay 6 is series at power outlet 2, and the state of relay 6 can change energising, the power-off of power outlet 2.Network interface 5 is connected with processor 3 respectively with relay 6, and processor 3 receives the signal of network interface 5, thereby changes the contacts status of relay 6.Network interface 5 monitor network equipment working states, when there is access fault, the state of processor 3 control relays 6, realize energising, the power-off of power outlet 2, the network equipment that connects like this power outlet 2 is restarted, is kept power-off or keep power supply, can effectively solve access fault, also can saves energy.This intelligent power socket, network interface 5 is wired communication interface or wireless communication interface.Relay 6 is N, and corresponding power outlet 2 is also N, and a network interface 5 carries out network service, and N road power outlet 2 is independent to be controlled.
This intelligent power socket comprises clock module 7, and clock module 7 is connected with processor 3, realizes timing controlled; Comprise signal lamp 8, signal lamp 8 is connected with processor 3, indicating operating status; Comprise button 9, button 9 is connected with processor 3, facilitates manual operation; Comprise temperature-humidity sensor 10, temperature-humidity sensor 10 is connected with processor 3, carries out environment measuring; Comprise overload protection module 11, overload protection module 11 is series at electric power incoming line 1, to circuit overcurrent protection.
As shown in Figure 2, a kind of network equipment system, comprises the network equipment, and this network equipment can be network access equipment, for example: and router one 2, modulator-demodulator 13, and the miscellaneous equipment of knowing is known in this area; Also can be network-termination device, for example: IP Camera, the webserver, and this area knows the miscellaneous equipment of knowing, also comprises above-mentioned intelligent power socket; The network interface 5 of intelligent power socket communicates with the network of network equipment system, and 2 pairs of network equipments of power outlet of intelligent power socket are powered.
When the network equipment being connected with power outlet 2 is router one 2, processor 3, through these router one 2 access external network domain names, to judge the operating state of router one 2, when there is access fault, is restarted this router one 2, or is kept power-off or keep power supply.When the network equipment being connected with power outlet 2 is IP Camera, processor 3 router one 2 these IP Cameras of access through being connected with this IP Camera, to judge the operating state of this IP Camera, when there is IP Camera access fault, restart this IP Camera, or keep power-off or keep power supply.
The network interface 5 of intelligent power socket communicates with the network of network equipment system, when there is network equipment access fault, the state of processor 3 control relay 6 contacts of intelligent power socket, realize energising, the power-off of power outlet 2, the network equipment that connects like this power outlet 2 is restarted, is kept power-off or keep power supply, can effectively solve network equipment access fault, also can saves energy.Intelligent power socket is communicated by letter by between network interface 5 and network equipment system, makes this intelligent power socket have the function of network house dog.
As shown in Figures 3 to 5, a kind of control method of intelligent power socket, comprises the steps:
S1: the number of times of the interior default stand-by period T1 of processor 3, return span time t, target ip address or domain name, continuous P ING target ip address or domain name is that N1, unsuccessful recycle time are N2;
S2 a: network equipment and power outlet 2 energisings, the contact that these power outlet 2 strings are established a relay 6; Processor 3 is communicated by letter with the network equipment through network interface 5, in stand-by period T1, and PING target ip address or domain name N continuous 1 time;
S3: the unsuccessful recycle time that surpasses return span time t is more than or equal to N2;
S4: processor 3 sends control signal to relay 6, the contacts status of change relay 6, after power-off, energising is to restart the power supply of the network equipment.
Meanwhile, during step S1, in processor 3, also default number of times of restarting continuously the power supply of the network equipment is C.
The control method of intelligent power socket, also comprises step
S5: the number of times of restarting continuously the power supply of the network equipment is more than or equal to C;
S6: power outlet 2 power-off that are connected with the network equipment or maintenance power supply.
In addition, during step S1, default power-off time of restarting power supply is T2, the default stand-by period T3 that enters next round PING.
Network interface 5 monitor network equipment working states, when there is access fault, the state of processor 3 control relays 6, realize energising, the power-off of power outlet 2, the network equipment that connects like this power outlet 2 is restarted, is kept power-off or keep power supply, can effectively solve network equipment access fault, also can saves energy, meanwhile, clock module 7 is set, realizes timing controlled; Signal lamp 8, indicating operating status; Button 9, facilitates manual operation; Temperature-humidity sensor 10, carries out environment measuring; Overload protection module 11, to circuit overcurrent protection.
This control method can monitor network access device, for example router one 2 and modulator-demodulator 13, and its step is as follows:
The number of times of the interior default stand-by period T1 of processor 3, return span time t, external network domain name, continuous P ING external network domain name is that N1, unsuccessful recycle time are that the number of times of N2, the power supply of restarting continuously the network equipment is that C, default power-off time of restarting power supply are T2, enter the stand-by period T3 of next round PING;
One router one 2 and a modulator-demodulator 13 and power outlet 2 energisings, the contact that these power outlet 2 strings are established a relay 6; Processor 3 is communicated by letter with router one 2 and modulator-demodulator 13 through network interface 5, in stand-by period T1, and PING external network domain name N continuous 1 time;
The unsuccessful recycle time that surpasses return span time t is more than or equal to N2;
Processor 3 sends control signal to relay 6, changes the contacts status of relay 6, and after power-off, energising is with the power supply of restarter 12 and modulator-demodulator 13.
This control method also can be monitored the objective network terminal of internal network, and its step is as follows
The number of times of the interior default stand-by period T1 of processor 3, return span time t, objective network IP address of terminal, continuous P ING objective network IP address of terminal is that N1, unsuccessful recycle time are that the number of times of N2, the power supply of restarting continuously the network equipment is that C, default power-off time of restarting power supply are T2, enter the stand-by period T3 of next round PING;
Objective network terminal and power outlet 2 energisings, the contact that these power outlet 2 strings are established a relay 6; Processor 3 is communicated by letter with internal network through network interface 5, in stand-by period T1, and PING objective network terminal IP N continuous 1 time;
The unsuccessful recycle time that surpasses return span time t is more than or equal to N2;
Processor 3 sends control signal to relay 6, changes the contacts status of relay 6, and after power-off, energising is to restart the power supply of objective network terminal.
Above content is in conjunction with concrete preferred implementation further description made for the present invention, can not assert that specific embodiment of the invention is confined to these explanations.For general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, can also make some simple deduction or replace, all should be considered as belonging to protection scope of the present invention.

Claims (10)

1. an intelligent power socket, comprises housing, electric power incoming line and power outlet, and described electric power incoming line and described power outlet are electrically connected; It is characterized in that: also comprise processor, voltage transformation module, network interface and relay;
The contact of described relay is series at described power outlet;
Described voltage transformation module and described electric power incoming line are electrically connected, and described voltage transformation module is connected with described processor;
Described network interface is connected with described processor respectively with described relay.
2. intelligent power socket according to claim 1, is characterized in that: described network interface is wired communication interface or wireless communication interface.
3. intelligent power socket according to claim 2, is characterized in that: described relay is N, and corresponding described power outlet is N road.
4. intelligent power socket according to claim 2, it is characterized in that: comprise clock module, signal lamp, button or temperature or humidity sensor, described clock module, described signal lamp, described button or described temperature-humidity sensor are connected with described processor respectively.
5. intelligent power socket according to claim 2, is characterized in that: comprise overload protection module, described overload protection module is series at described electric power incoming line.
6. a network equipment system, comprises the network equipment, it is characterized in that: also comprise the intelligent power socket described in the claims 1 to 5 any one;
The network interface of described intelligent power socket and comprise between the network of the described network equipment and carry out communication, the power outlet of described intelligent power socket is powered to the described network equipment.
7. a control method that is applied to intelligent power socket described in claim 1 to 5 any one, is characterized in that: comprise the steps:
The number of times of default stand-by period T1, return span time t, target ip address or domain name, continuous P ING target ip address or domain name is that N1, unsuccessful recycle time are N2, the power-off time of restarting power supply is T2 in processor, stand-by period of entering next round PING is T3;
One network equipment and power outlet energising, this power outlet string is established the contact of a relay; Processor is communicated by letter with the network equipment through network interface, in stand-by period T1, and PING target ip address or domain name N continuous 1 time;
The unsuccessful recycle time that surpasses return span time t is more than or equal to N2;
Processor sends control signal to relay, changes the contacts status of relay, and after power-off, energising is to restart the power supply of the network equipment.
8. the control method of intelligent power socket according to claim 7, is characterized in that: in processor, default number of times of restarting continuously the power supply of the network equipment is C;
This control method also comprises step:
The number of times of restarting continuously the power supply of the network equipment is more than or equal to C;
The power outlet power-off being connected with the network equipment or maintenance power supply.
9. the control method of intelligent power socket according to claim 8, is characterized in that: comprise the steps:
In processor, the number of times of default stand-by period T1, return span time t, external network domain name, continuous P ING external network domain name is that N1, unsuccessful recycle time are N2;
One power outlet is powered to a network access equipment, and this power outlet string is established the contact of a relay; Processor is communicated by letter with this network access equipment through network interface, in stand-by period T1, and PING external network domain name N continuous 1 time;
The unsuccessful recycle time that surpasses return span time t is more than or equal to N2;
Processor sends control signal to relay, changes the contacts status of relay, and after power-off, energising is to restart the power supply of network access equipment.
10. the control method of intelligent power socket according to claim 8, is characterized in that: comprise the steps:
In processor, the number of times of default stand-by period T1, return span time t, objective network IP address of terminal, continuous P ING objective network IP address of terminal is that N1, unsuccessful recycle time are N2;
One power outlet is powered to an objective network terminal, and this power outlet string is established the contact of a relay; Processor is communicated by letter with internal network through network interface, in stand-by period T1, and PING objective network terminal IP N continuous 1 time;
The unsuccessful recycle time that surpasses return span time t is more than or equal to N2;
Processor sends control signal to relay, changes the contacts status of relay, and after power-off, energising is to restart the power supply of objective network terminal.
CN201410316320.8A 2014-07-04 2014-07-04 Intelligent power socket, network device system and control method Pending CN104092062A (en)

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Application Number Priority Date Filing Date Title
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Application Number Priority Date Filing Date Title
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CN105262599A (en) * 2015-07-22 2016-01-20 大连海事大学 WiFi based remote power supply control system
WO2016101713A1 (en) * 2014-12-26 2016-06-30 小米科技有限责任公司 Method and device for controlling switch of socket
WO2017206943A1 (en) * 2016-06-02 2017-12-07 中兴通讯股份有限公司 Optical network terminal and operating method thereof, communication system, and data storage medium
CN108649396A (en) * 2018-05-02 2018-10-12 深圳市相位科技有限公司 A kind of WIFI intelligent sockets and its without the automatic method for restarting of outer net
CN109617022A (en) * 2018-12-28 2019-04-12 中国船舶重工集团公司第七0研究所 A kind of power control supporting fault diagnosis and restoring

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CN109617022A (en) * 2018-12-28 2019-04-12 中国船舶重工集团公司第七0研究所 A kind of power control supporting fault diagnosis and restoring

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Application publication date: 20141008