CN203243352U - Router with remote control and timing functions - Google Patents
Router with remote control and timing functions Download PDFInfo
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- CN203243352U CN203243352U CN201320302264.3U CN201320302264U CN203243352U CN 203243352 U CN203243352 U CN 203243352U CN 201320302264 U CN201320302264 U CN 201320302264U CN 203243352 U CN203243352 U CN 203243352U
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Abstract
A router with remote control and timing functions belongs to the field of electromagnetics. The utility model aims to solve the problem that an existing router does not have remote control and timing functions. According to the router, a Zigbee transmitting and receiving module of a router power supply control assembly receives a control command sent by a remote controller assembly, the control command is processed by a single chip microcomputer minimum system so as to control a relay module, and the relay module is responsible for controlling on/off of a power supply of the router. When the command takes effect on the relay module, the relay module returns an operation success command, and the Zigbee transmitting and receiving module sends feedback to the remote controller assembly. A remote controller power supply module adopts a lithium battery or a button battery; and a key module and a display module are responsible for sending switching-on/off and timing commands of a relay, receiving commands sent successfully through a Zigbee transmitting and receiving module of a remote controller after the commands are processed by a single chip microcomputer minimum system of the remote controller, and displaying the received commands. The remote controller is used for controlling on/off of the router.
Description
Technical field
The utility model relates to a kind of router with remote-control timing function, belongs to the electromagnetism field.
Background technology
Present common household user's online pattern mostly is broadband access network, and when resident family has multiple computers to surf the Net simultaneously, will use router.General operator charged to the time that each user uses every month, time, longer charge was more, and when using the router online, can deposit user's account and password in the router in, router will be connected with network automatically as long as open, so no matter whether user's computer is surfing the Net, the router time connected to the network is the surf time just.The power supply that only pulls out router could stop the surf time, but as the user because position, time in the time of unallowed, can't carry out closely switch or user to router and forget when router closed, thereby bring very large loss to the user.
The utility model content
The utility model purpose is the problem that does not have remote control function regularly in order to solve the existing route device, and a kind of router with remote-control timing function is provided.
A kind of router with remote-control timing function described in the utility model, it comprises: router, router power-supply control unit and remote controller component;
Described router power-supply control unit and remote controller component adopt communication to realize data interaction, the power control signal input of the power control signal output connection route device of this router power-supply control unit;
Described router power-supply control unit comprises: power module, a connector, No. two connectors, Zigbee transmitting and receiving module, single-chip minimum system, relay module, power supply adaptor, single-pole double-throw switch (SPDT) and power interfaces;
Described power supply adaptor power supply signal output connects an end of a connector, the other end of this connector connects the moving contact of single-pole double-throw switch (SPDT) and an end of No. two connectors simultaneously, and the other end of described No. two connectors connects the power supply signal input of relay module;
A fixed contact of described single-pole double-throw switch (SPDT) is connected with the voltage signal input of power module; Described power module provides power supply for respectively relay module, single-chip minimum system and Zigbee transmitting and receiving module; The control signal output of described Zigbee transmitting and receiving module connects the control signal input of single-chip minimum system; The switch controlling signal output of single-chip minimum system connects the switch controlling signal input of relay module; The switch confirmation signal output of described relay module connects the switch confirmation signal input of single-chip minimum system; The switch acknowledgement control signal output of described single-chip minimum system connects the switch acknowledgement control signal input of Zigbee transmitting and receiving module;
Described remote controller component comprises: remote controller Zigbee transmitting and receiving module, remote controller single-chip minimum system, key-press module, display module and power supply of remote controller module;
Described power supply of remote controller module provides power supply for respectively remote controller single-chip minimum system and remote controller Zigbee transmitting and receiving module;
The push button signalling output of described key-press module connects the push button signalling input of remote controller single-chip minimum system; The control switch command signal output of described remote controller single-chip minimum system connects the control switch command signal input of remote controller Zigbee transmitting and receiving module;
Described remote controller Zigbee transmitting and receiving module and Zigbee transmitting and receiving module are realized data interaction by the Zigbee wireless network;
The signal input part of described Zigbee transmitting and receiving module connects the signal input output end of single-chip minimum system; The switch of described single-chip minimum system confirms that the display output connects the switch affirmation display input of display module;
Described single-chip minimum system and remote controller single-chip minimum system are the single-chip minimum system of same model, and are the MSP430 single-chip microcomputer.
Advantage of the present utility model:
Propose a kind of router with remote-control timing function, utilize remote controller that router timing switch module is controlled, thereby realize that to the router timed switching function remote control distance is at 10m～100m.This utility model has increased the useful life of router, saves the time that the user uses network, has improved the hommization that router uses.
Description of drawings
Fig. 1 is a kind of structural representation with router of remote-control timing function described in the utility model;
Fig. 2 is the circuit theory diagrams of the utility model embodiment three described power modules;
Fig. 3 is the circuit theory diagrams of the utility model embodiment five described relay module;
Fig. 4 is the circuit theory diagrams of Zigbee transmitting and receiving module described in the utility model;
Fig. 5 is the circuit theory diagrams of the utility model embodiment six described display modules;
Fig. 6 is the circuit theory diagrams of the utility model embodiment seven described key-press modules;
Fig. 7 is the circuit theory diagrams of remote controller Zigbee transmitting and receiving module described in the utility model.
Embodiment
Embodiment one: below in conjunction with Fig. 1 present embodiment is described, the described a kind of router with remote-control timing function of present embodiment, it comprises: router one-7, router power-supply control unit 1 and remote controller component 2;
Described router power-supply control unit 1 adopts communication to realize data interaction, the power control signal input of the power control signal output connection route device 1-7 of this router power-supply control unit 1 with remote controller component 2;
Described router power-supply control unit 1 comprises: power module 1-1, a connector P3, No. two connector P2, Zigbee transmitting and receiving module 1-2, single-chip minimum system 1-3, relay module 1-4, power supply adaptor 1-5, single-pole double-throw switch (SPDT) S2 and power interface 1-6;
Described power supply adaptor 1-5 power supply signal output connects the end of a connector P3, the other end of this connector P3 connects the moving contact of single-pole double-throw switch (SPDT) S2 and the end of No. two connector P2 simultaneously, and the other end of described No. two connector P2 connects the power supply signal input of relay module 1-4;
The fixed contact of described single-pole double-throw switch (SPDT) S2 is connected with the voltage signal input of power module 1-1; Described power module 1-1 provides power supply for respectively relay module 1-4, single-chip minimum system 1-3 and Zigbee transmitting and receiving module 1-2; The control signal output of described Zigbee transmitting and receiving module 1-2 connects the control signal input of single-chip minimum system 1-3; The switch controlling signal output of single-chip minimum system 1-3 connects the switch controlling signal input of relay module 1-4; The switch confirmation signal output of described relay module 1-4 connects the switch confirmation signal input of single-chip minimum system 1-3; The switch acknowledgement control signal output of described single-chip minimum system 1-3 connects the switch acknowledgement control signal input of Zigbee transmitting and receiving module 1-2;
Described remote controller component 2 comprises: remote controller Zigbee transmitting and receiving module 2-1, remote controller single-chip minimum system 2-2, key-press module 2-3, display module 2-4 and power supply of remote controller module 2-5;
Described power supply of remote controller module 2-5 provides power supply for respectively remote controller single-chip minimum system 2-2 and remote controller Zigbee transmitting and receiving module 2-1;
The push button signalling output of described key-press module 2-3 connects the push button signalling input of remote controller single-chip minimum system 2-2; The control switch command signal output of described remote controller single-chip minimum system 2-2 connects the control switch command signal input of remote controller Zigbee transmitting and receiving module 2-1;
Described remote controller Zigbee transmitting and receiving module 2-1 and Zigbee transmitting and receiving module 1-2 realize data interaction by the Zigbee wireless network;
The signal input part of described Zigbee transmitting and receiving module 2-1 connects the signal input output end of single-chip minimum system 2-2; The switch of described single-chip minimum system 2-2 confirms that the display output connects the switch affirmation display input of display module 2-4;
Described single-chip minimum system 1-3 and remote controller single-chip minimum system 2-2 are the single-chip minimum system of same model, and are the MSP430 single-chip microcomputer.
Embodiment two: present embodiment is described below in conjunction with Fig. 1 to Fig. 7, present embodiment is described further execution mode one, the described power module 1-1 of present embodiment and power supply of remote controller module 2-5 are the power module of same model, and described Zigbee transmitting and receiving module 1-2 and remote controller Zigbee transmitting and receiving module 2-1 are the Zigbee transmitting and receiving module of same model.
Embodiment three: present embodiment is described below in conjunction with Fig. 2, present embodiment is to further specifying that execution mode one or two is done, and the described described power module 1-1 of present embodiment comprises that circuit of three-terminal voltage-stabilizing integrated U3, No. two circuit of three-terminal voltage-stabilizing integrated U4, No. three circuit of three-terminal voltage-stabilizing integrated U5, diode D1 and capacitor C 1 are to C5;
The fixed contact of described single-pole double-throw switch (SPDT) S2 connects an end of capacitor C 1 and the input of a circuit of three-terminal voltage-stabilizing integrated U3 simultaneously;
A described circuit of three-terminal voltage-stabilizing integrated U3+output of 5V voltage connects the negative electrode of an end of capacitor C 2, diode D1 and the input of No. two circuit of three-terminal voltage-stabilizing integrated U4 simultaneously;
The earth terminal of a described circuit of three-terminal voltage-stabilizing integrated U3 connects the other end of capacitor C I, the other end of capacitor C 2, anode and the power supply ground of diode D1 simultaneously;
The output of described No. two circuit of three-terminal voltage-stabilizing integrated U4 connect simultaneously the end of an end, capacitor C 4 of capacitor C 3 and No. three circuit of three-terminal voltage-stabilizing integrated U5 input and as power module 1-1+the 3.3V power output end;
The earth terminal of described No. two circuit of three-terminal voltage-stabilizing integrated U4 connects power supply ground;
The other end of described capacitor C 3 connects power supply ground;
The other end of described capacitor C 4 connects an end and the power supply ground of capacitor C 5 simultaneously;
The output of described No. three circuit of three-terminal voltage-stabilizing integrated U5 connect capacitor C 5 the other end and as power module 1-1+the 1.8V power output end;
The earth terminal of described No. three circuit of three-terminal voltage-stabilizing integrated U5 connects power supply ground.
Embodiment four: present embodiment is described below in conjunction with Fig. 1 to Fig. 7, present embodiment is described further execution mode three, the model of the described circuit of three-terminal voltage-stabilizing integrated U3 of present embodiment is 7805 circuit of three-terminal voltage-stabilizing integrated, the model of described No. two circuit of three-terminal voltage-stabilizing integrated U4 is the circuit of three-terminal voltage-stabilizing integrated of AMS1117-3.3, and the model of described No. three circuit of three-terminal voltage-stabilizing integrated U5 is the circuit of three-terminal voltage-stabilizing integrated of AMS1117-1.8.
Embodiment five: present embodiment is described below in conjunction with Fig. 3, present embodiment is described further execution mode three, and the described relay module 1-4 of present embodiment comprises relay coil JIA, No. three switch S 3 of relay, No. four switch S 4 of relay, diode D3 and resistance R 7;
Described No. two connector P2 connect an end of No. three switch S 3 of relay and an end of No. four switch S 4 of relay simultaneously;
The other end of No. three switch S 3 of this relay is connected with two power interfaces of router power interface 1-6 with the other end of the relay number of being connected switch S 4 simultaneously;
Described power module 1-1+3.3V the power output end simultaneously end of connecting coil JIA and the negative electrode of a diode D3; The other end of this coil JIA and the anode of a diode D3 be the emitter of connecting triode Q5 simultaneously;
The collector electrode of described triode Q5 connects power supply ground;
The end of the base stage contact resistance R7 of this triode Q5, the other end of this resistance R 7 connects on the pin P1.1 of single-chip minimum system 1-3.
Embodiment six: present embodiment is described below in conjunction with Fig. 5, present embodiment is described further execution mode three, the described display module 2-4 of present embodiment comprises: group of four figures tube display screen LED, resistance R 11 be to R14, a triode Q1, No. two triode Q2, No. three triode Q3 and No. four triode Q4;
Described power supply of remote controller module 2-5+3.3V power supply signal output connects the emitter of a triode Q1, No. two triode Q2, No. three triode Q3 and No. four triode Q4 simultaneously;
The end of the base stage contact resistance R11 of a described triode Q1, the other end of this resistance R 11 connect on the pin P3.0 of remote controller single-chip minimum system;
The end of the base stage contact resistance R12 of described No. two triode Q2, the other end of this resistance R 12 connect on the pin P3.1 of remote controller single-chip minimum system;
The end of the base stage contact resistance R13 of described No. three triode Q3, the other end of this resistance R 13 connect on the pin P3.2 of remote controller single-chip minimum system;
The end of the base stage contact resistance R14 of described No. four triode Q4, the other end of this resistance R 14 connect on the pin P3.3 of remote controller single-chip minimum system;
The collector electrode of a described triode Q1 connects first charactron common port of group of four figures tube display screen LED;
The collector electrode of described No. two triode Q2 connects the second charactron common port of group of four figures tube display screen LED;
The collector electrode of described No. three triode Q3 connects the 3rd the charactron common port of group of four figures tube display screen LED;
The collector electrode of described No. four triode Q4 connects the group of four figures pipe common port of group of four figures tube display screen LED;
Eight data-signal inputs of described group of four figures tube display screen LED are connected with eight pin P2.0, pin P2.1, pin P2.2, pin P2.3, pin P2.4, pin P2.5, pin P2.6 and the pin P2.7 of remote controller single-chip minimum system 2-2 respectively.
Embodiment seven: present embodiment is described below in conjunction with Fig. 6, present embodiment is described further execution mode three, and the described key-press module 2-3 of present embodiment comprises resistance R 7 to R10, a button S3, No. two button S4, No. three button S5 and No. four button S6;
Described power supply of remote controller module 2-5+3.3V power supply signal output simultaneously an end, an end of resistance R 8, an end of resistance R 9 and the end of resistance R 10 of contact resistance R7;
The other end of described resistance R 7 connects the end of a button S3 and the pin P1.4 of remote controller single-chip minimum system 2-2 simultaneously;
The other end of described resistance R 8 connects the end of No. two button S4 and the pin P1.5 of remote controller single-chip minimum system 2-2 simultaneously;
The other end of described resistance R 9 connects the end of No. three button S5 and the pin P1.6 of remote controller single-chip minimum system 2-2 simultaneously;
The other end of described resistance R 10 connects the end of No. four button S6 and the pin P1.7 of remote controller single-chip minimum system 2-2 simultaneously;
The other end of a described button S3, No. two button S4, No. three button S5 and the number of being connected button S6 all is connected with power supply ground.
Operation principle of the present utility model:
The Zigbee transmitting and receiving module of router power-supply control unit of the present utility model receives the control command that remote controller component sends, processing and then control relay module through single-chip minimum system, be responsible for controlling the break-make of the power supply of router by relay module, when relay module comes into force to instruction, return success instruction, sent by the Zigbee transmitting and receiving module again and feed back to remote controller component, the power supply of remote controller module is to adopt lithium battery or button cell to realize, key-press module and display module are responsible for switch and the instruction regularly of sending filter, processing through the remote controller single-chip minimum system, receive the successful instruction of transmission by remote controller Zigbee transmitting and receiving module, and show.Be used for the open and close of control router.
Claims (7)
1. router with remote-control timing function, it comprises: router (1-7) is characterized in that it also comprises: router power-supply control unit (1) and remote controller component (2);
Described router power-supply control unit (1) adopts communication to realize data interaction, the power control signal input of the power control signal output connection route device (1-7) of this router power-supply control unit (1) with remote controller component (2);
Described router power-supply control unit (1) comprising: power module (1-1), a connector (P3), No. two connectors (P2), Zigbee transmitting and receiving module (1-2), single-chip minimum system (1-3), relay module (1-4), power supply adaptor (1-5), single-pole double-throw switch (SPDT) (S2) and power interface (1-6);
Described power supply adaptor (1-5) power supply signal output connects an end of a connector (P3), the other end of this connector (P3) connects the moving contact of single-pole double-throw switch (SPDT) (S2) and an end of No. two connectors (P2) simultaneously, and the other end of described No. two connectors (P2) connects the power supply signal input of relay module (1-4);
A fixed contact of described single-pole double-throw switch (SPDT) (S2) is connected with the voltage signal input of power module (1-1); Described power module (1-1) provides power supply for respectively relay module (1-4), single-chip minimum system (1-3) and Zigbee transmitting and receiving module (1-2); The control signal output of described Zigbee transmitting and receiving module (1-2) connects the control signal input of single-chip minimum system (1-3); The switch controlling signal output of single-chip minimum system (1-3) connects the switch controlling signal input of relay module (1-4); The switch confirmation signal output of described relay module (1-4) connects the switch confirmation signal input of single-chip minimum system (1-3); The switch acknowledgement control signal output of described single-chip minimum system (1-3) connects the switch acknowledgement control signal input of Zigbee transmitting and receiving module (1-2);
Described remote controller component (2) comprising: remote controller Zigbee transmitting and receiving module (2-1), remote controller single-chip minimum system (2-2), key-press module (2-3), display module (2-4) and power supply of remote controller module (2-5);
Described power supply of remote controller module (2-5) provides power supply for respectively remote controller single-chip minimum system (2-2) and remote controller Zigbee transmitting and receiving module (2-1);
The push button signalling output of described key-press module (2-3) connects the push button signalling input of remote controller single-chip minimum system (2-2); The control switch command signal output of described remote controller single-chip minimum system (2-2) connects the control switch command signal input of remote controller Zigbee transmitting and receiving module (2-1);
Described remote controller Zigbee transmitting and receiving module (2-1) is realized data interaction with Zigbee transmitting and receiving module (1-2) by the Zigbee wireless network;
The signal input part of described Zigbee transmitting and receiving module (2-1) connects the signal input output end of single-chip minimum system (2-2); The switch of described single-chip minimum system (2-2) confirms that the display output connects the switch affirmation display input of display module (2-4);
Described single-chip minimum system (1-3) and remote controller single-chip minimum system (2-2) are the single-chip minimum system of same model, and are the MSP430 single-chip microcomputer.
2. described a kind of router with remote-control timing function according to claim 1, it is characterized in that, described power module (1-1) is the power module of same model with power supply of remote controller module (2-5), and described Zigbee transmitting and receiving module (1-2) is the Zigbee transmitting and receiving module of same model with remote controller Zigbee transmitting and receiving module (2-1).
3. described a kind of router with remote-control timing function according to claim 1 and 2, it is characterized in that described power module (1-1) comprises that a circuit of three-terminal voltage-stabilizing integrated (U3), No. two circuit of three-terminal voltage-stabilizing integrated (U4), No. three circuit of three-terminal voltage-stabilizing integrated (U5), diode (D1) and capacitor C 1 are to C5;
A fixed contact of described single-pole double-throw switch (SPDT) (S2) connects an end of capacitor C 1 and the input of a circuit of three-terminal voltage-stabilizing integrated (U3) simultaneously;
A described circuit of three-terminal voltage-stabilizing integrated (U3)+output of 5V voltage connects the negative electrode of an end of capacitor C 2, diode (D1) and the input of No. two circuit of three-terminal voltage-stabilizing integrated (U4) simultaneously;
The earth terminal of a described circuit of three-terminal voltage-stabilizing integrated (U3) connects the other end of capacitor C I, the other end of capacitor C 2, anode and the power supply ground of diode (D1) simultaneously;
The output of described No. two circuit of three-terminal voltage-stabilizing integrated (U4) connect simultaneously the end of an end, capacitor C 4 of capacitor C 3 and No. three circuit of three-terminal voltage-stabilizing integrated (U5) input and as power module (1-1)+the 3.3V power output end;
The earth terminal of described No. two circuit of three-terminal voltage-stabilizing integrated (U4) connects power supply ground;
The other end of described capacitor C 3 connects power supply ground;
The other end of described capacitor C 4 connects an end and the power supply ground of capacitor C 5 simultaneously;
The output of described No. three circuit of three-terminal voltage-stabilizing integrated (U5) connect capacitor C 5 the other end and as power module (1-1)+the 1.8V power output end;
The earth terminal of described No. three circuit of three-terminal voltage-stabilizing integrated (U5) connects power supply ground.
4. described a kind of router with remote-control timing function according to claim 3, it is characterized in that, the model of a described circuit of three-terminal voltage-stabilizing integrated (U3) is 7805 circuit of three-terminal voltage-stabilizing integrated, the model of described No. two circuit of three-terminal voltage-stabilizing integrated (U4) is the circuit of three-terminal voltage-stabilizing integrated of AMS1117-3.3, and the model of described No. three circuit of three-terminal voltage-stabilizing integrated (U5) is the circuit of three-terminal voltage-stabilizing integrated of AMS1117-1.8.
5. described a kind of router with remote-control timing function according to claim 3, it is characterized in that described relay module (1-4) comprises relay coil (JIA), No. three switches of relay (S3), No. four switches of relay (S4), a diode (D3) and resistance R 7;
Described No. two connectors (P2) connect an end of No. three switches of relay (S3) and an end of No. four switches of relay (S4) simultaneously;
The other end of the other end of No. three switches of this relay (S3) and the relay number of being connected switch (S4) is connected with two power interfaces of router power interface (1-6) simultaneously;
Described power module (1-1)+3.3V power output end simultaneously an end of connecting coil (JIA) and the negative electrode of a diode (D3); The anode of the other end of this coil (JIA) and a diode (D3) is the emitter of connecting triode (Q5) simultaneously;
The collector electrode of described triode (Q5) connects power supply ground;
The end of the base stage contact resistance R7 of this triode (Q5), the other end of this resistance R 7 connects on the pin P1.1 of single-chip minimum system (1-3).
6. described a kind of router with remote-control timing function according to claim 3, it is characterized in that, described display module (2-4) comprising: group of four figures tube display screen (LED), resistance R 11 be to R14, a triode (Q1), No. two triodes (Q2), No. three triodes (Q3) and No. four triodes (Q4);
Described power supply of remote controller module (2-5)+3.3V power supply signal output connects the emitter of a triode (Q1), No. two triodes (Q2), No. three triodes (Q3) and No. four triodes (Q4) simultaneously;
The end of the base stage contact resistance R11 of a described triode (Q1), the other end of this resistance R 11 connect on the pin P3.0 of remote controller single-chip minimum system;
The end of the base stage contact resistance R12 of described No. two triodes (Q2), the other end of this resistance R 12 connect on the pin P3.1 of remote controller single-chip minimum system;
The end of the base stage contact resistance R13 of described No. three triodes (Q3), the other end of this resistance R 13 connect on the pin P3.2 of remote controller single-chip minimum system;
The end of the base stage contact resistance R14 of described No. four triodes (Q4), the other end of this resistance R 14 connect on the pin P3.3 of remote controller single-chip minimum system;
The collector electrode of a described triode (Q1) connects first charactron common port of group of four figures tube display screen (LED);
The collector electrode of described No. two triodes (Q2) connects the second charactron common port of group of four figures tube display screen (LED);
The collector electrode of described No. three triodes (Q3) connects the 3rd charactron common port of group of four figures tube display screen (LED);
The collector electrode of described No. four triodes (Q4) connects the group of four figures pipe common port of group of four figures tube display screen (LED);
Eight data-signal inputs of described group of four figures tube display screen (LED) are connected with eight pin P2.0, pin P2.1, pin P2.2, pin P2.3, pin P2.4, pin P2.5, pin P2.6 and the pin P2.7 of remote controller single-chip minimum system (2-2) respectively.
7. described a kind of router with remote-control timing function according to claim 3 is characterized in that described key-press module (2-3) comprises resistance R 7 to R10, a button (S3), No. two buttons (S4), No. three buttons (S5) and No. four buttons (S6);
Described power supply of remote controller module (2-5)+3.3V power supply signal output simultaneously an end, an end of resistance R 8, an end of resistance R 9 and the end of resistance R 10 of contact resistance R7;
The other end of described resistance R 7 connects an end of a button (S3) and the pin P1.4 of remote controller single-chip minimum system (2-2) simultaneously;
The other end of described resistance R 8 connects an end of No. two buttons (S4) and the pin P1.5 of remote controller single-chip minimum system (2-2) simultaneously;
The other end of described resistance R 9 connects an end of No. three buttons (S5) and the pin P1.6 of remote controller single-chip minimum system (2-2) simultaneously;
The other end of described resistance R 10 connects an end of No. four buttons (S6) and the pin P1.7 of remote controller single-chip minimum system (2-2) simultaneously;
The other end of a described button (S3), No. two buttons (S4), No. three buttons (S5) and the number of being connected button (S6) all is connected with power supply ground.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320302264.3U CN203243352U (en) | 2013-05-29 | 2013-05-29 | Router with remote control and timing functions |
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| CN201320302264.3U CN203243352U (en) | 2013-05-29 | 2013-05-29 | Router with remote control and timing functions |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103259734A (en) * | 2013-05-29 | 2013-08-21 | 哈尔滨理工大学 | Router with remote control timing function |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103259734A (en) * | 2013-05-29 | 2013-08-21 | 哈尔滨理工大学 | Router with remote control timing function |
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Granted publication date: 20131016 Termination date: 20190529 |