CN103296539A - Timing extension cord set through external program - Google Patents
Timing extension cord set through external program Download PDFInfo
- Publication number
- CN103296539A CN103296539A CN2012100431997A CN201210043199A CN103296539A CN 103296539 A CN103296539 A CN 103296539A CN 2012100431997 A CN2012100431997 A CN 2012100431997A CN 201210043199 A CN201210043199 A CN 201210043199A CN 103296539 A CN103296539 A CN 103296539A
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- China
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- housing
- microprocessing unit
- timing
- extended line
- external program
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Abstract
A timing extension cord set through an external program comprises a shell, at least one electric socket is arranged in the shell and electrically connected with a relay, the relay is electrically connected with a micro processing unit which is electrically connected with a port, and the port can be further electrically connected with a remote control unit through a transmission line. Therefore, a user can set timing information of the electric socket at the outside and then transmit the timing information to the micro processing unit through the port, and the micro processing is made to control corresponding electric sockets to supply power or not to supply power according to the timing information.
Description
Technical field
The present invention is relevant with a kind of extended line, particularly, refers to a kind of timing extended line of being set by external program especially.
Background technology
General household or office block all are flooded with many moneys electrical appliance, and be inserted on supply socket or the extended line by its plug, and can make this electrical appliance normal operation, when the user does not continue to use this electrical appliance, then the user must be by the power-off of manual mode with this electrical appliance, moreover, general user is when using electrical appliance, if want this electrical appliance of book setting to start, the time of closing, often must additionally buy more a timer again, make this extended line have function regularly, perhaps, a kind of extended line that can be is regularly arranged on the market in addition, directly be equiped with timing controller in this extended line inside, simultaneously, be equiped with a plurality of control buttons and display screen in addition on this timing extended line, can go to set the socket conducting on this extended line or the time of closing by those control buttons, and timing information can be shown on this display screen.
Be equiped with this timer at general extended line, very convenient for general family and industrial cousumer, but general timer can only correspondingly be controlled single plug, if there are a plurality of plugs to need the different timing scheduling, certainly will buy more a plurality of timers, therefore must buy more the practice of timer in addition, just become to say it is a kind of waste really originally, again, remove to set timing information but timer is prosperous by control button, and can be shown on this display screen, yet size-constrained in the size of product own because of display screen can only show simple information, and control button has plural function more, the complicated difficulty of operating and setting flow process has certain degree of difficulty, therefore, how to research and develop a kind of timing extended line that can effectively improve above-mentioned shortcoming, be necessary in fact.
Summary of the invention
The object of the invention is to provide a kind of timing extended line that can be set timing information by external program, to overcome the defective that exists in the known technology.
For achieving the above object, the timing extended line of being set by external program provided by the invention, it consists predominantly of:
One housing is equiped with at least one electrical socket in it, this electrical socket correspondence is connected with a relay;
One microprocessing unit is installed in this housing, and electrically connects with this relay, can serve as power supply or off-position with the corresponding electrical socket of further control for the open and close line state of this relay of control;
One port, be installed in this housing, and electrically connect with this microprocessing unit, can be for electrically connecting by a transmission line and a remote control unit, and this remote control unit can send a timing information to this port by this transmission line, and then by this port this timing information is transferred to this microprocessing unit again, make this microprocessing unit control the open and close line state of this relay according to this timing information;
One power line, the one end is connected on this housing, and forms electric connection with this relay and this microprocessing unit, and end then is provided with an attaching plug in addition.
The described timing extended line of being set by external program wherein, includes at least one mode selector switch, is installed on this housing, and electrically connects with this microprocessing unit.
The described timing extended line of being set by external program, wherein, this remote control unit includes a software program, can set this timing information by this software program, by this transmission line the timing information of this software program is transferred to this microprocessing unit again.
The described timing extended line of being set by external program, wherein, this housing is provided with at least one power supply state display lamp, and this power supply state display lamp and this electrical socket electrically connect.
The described timing extended line of being set by external program, wherein, this housing is provided with at least one hand switch, and this hand switch and this microprocessing unit electrically connect.
The described timing extended line of being set by external program wherein, is equiped with an overload replacement switch on this housing, this overload replacement switch is electrically connected between this attaching plug and this relay.
The described timing extended line of being set by external program wherein, is equiped with a stand-by power supply group in this housing, this stand-by power supply group and this microprocessing unit electrically connect.
The described timing extended line of being set by external program wherein, is equiped with a warning lamp in this housing, this warning lamp and this microprocessing unit electrically connect.
The described timing extended line of being set by external program, wherein, this port is selected from USB, IEEE1394, RS232, RS485, RJ45 and power line communication module (Power Line Communication, PLC) wherein a kind of.
The timing extended line of being set by external program provided by the present invention, can be by this port as coffret, to plan that the timing information (power supply field data of scheduling information) of each electrical socket of finishing is transferred to this microprocessing unit in the outside, allow this microprocessing unit according to the timing information and the clock internal that obtain, drive corresponding relay controlling corresponding electrical socket power supply or outage, and then start or close electrical appliance.
Description of drawings
Fig. 1 is the schematic appearance of preferred embodiment of the present invention.
Fig. 2 is the structural representation of preferred embodiment of the present invention.
Fig. 3 is the structural representation of another preferred embodiment of the present invention.
Primary clustering symbol simple declaration in the accompanying drawing:
10 housings, 11 electrical sockets, 111 first electrical sockets, 112 second electrical sockets, 113 the 3rd electrical sockets, 12 relays, 13 power supply state display lamps, 14 overload replacement switches, 15 battery backup, 16 warning lamps, 20 microprocessing units, 21 timing units, 30 ports, 31 transmission lines, 40 remote control units, 41 software programs, 50 mode selector switch, 51 first mode selector switch, 52 second mode selector switch, 53 three-mode diverter switches, 60 power lines, 61 attaching plugs, 70 hand switches.
Embodiment
The timing extended line of being set by external program provided by the present invention, it consists predominantly of a housing, and is equiped with at least one electrical socket in this housing, and this electrical socket also correspondence is connected with a relay; And a microprocessing unit, be installed in this housing, and electrically connect with this relay, can serve as power supply or off-position with the corresponding electrical socket of further control for the open and close line state of this relay of control; An and port, be installed in this housing, and electrically connect with this microprocessing unit, can be for electrically connecting by a transmission line and a remote control unit, and this remote control unit can send a timing information to this port by this transmission line, and then by this port this timing information is transferred to this microprocessing unit again, make this microprocessing unit control the open and close line state of this relay according to this timing information; Also have a power line, the one end is connected on this housing, and forms electric connection with this relay and this microprocessing unit, and end then is provided with an attaching plug in addition.
As preferred version, wherein, also include at least one mode selector switch, be installed on this housing, and electrically connect with this microprocessing unit.
As preferred version, wherein, this remote control unit also includes a software program, can set this timing information by this software program, by this transmission line the timing information of this software program is transferred to this microprocessing unit again.
As preferred version, wherein, also be provided with at least one power supply state display lamp on this housing, this power supply state display lamp and this electrical socket electrically connect.
As preferred version, wherein, also be provided with at least one hand switch on this housing, this hand switch and this microprocessing unit electrically connect.
As preferred version, wherein, also be equiped with an overload replacement switch on this housing, this overload replacement switch is electrically connected between this attaching plug and this relay.
As preferred version, wherein, also be equiped with a stand-by power supply group in this housing, this stand-by power supply group and this microprocessing unit electrically connect.
As preferred version, wherein, also be equiped with a warning lamp in this housing, this warning lamp and this microprocessing unit electrically connect.
As preferred version, wherein, this port is to be selected from USB, IEEE1394, RS232, RS485, RJ45 and power line communication module (Power Line Communication, PLC) wherein a kind of.
Below in conjunction with accompanying drawing the present invention is described in detail.
See also Figure 1 and Figure 2, be respectively schematic appearance and the structural representation of preferred embodiment of the present invention, it discloses a kind of timing extended line of being set by external program, and this timing extended line consists predominantly of:
One housing 10, it is equiped with at least one electrical socket 11, and is provided with in this housing 10 and this electrical socket 11 the same number of relays 12, and this electrical socket 11 electrically connects with this relay 12, in present embodiment, have three electrical sockets that are arranged in a linear 11 and relay 12 in this housing 10.
One microprocessing unit 20, be installed in this housing 10, and electrically connect with those relays 12, in order to control the open and close line state of each relay 12, and then can control corresponding electrical socket 11 and be power supply or off-position, and be provided with a timing unit 21 in this microprocessing unit 20.
One port 30, it is selected from USB, IEEE1394, RS232, RS485, RJ45 and power line communication module (Power Line Communication, PLC) wherein a kind of, and be installed in this housing 10, and electrically connect with this microprocessing unit 20, can be for further electrically connecting by a transmission line 31 and a remote control unit 40, to receive a timing information, and this timing information reached this microprocessing unit 20, make this microprocessing unit 20 control opening of this relay 12 according to this timing information, closed circuit state, in present embodiment, this port 30 is a USB, this remote control unit 40 then includes a software program 41, can be for the timing information (power supply field data of scheduling information) in order to set each electrical socket 11, wherein, this remote control unit 40 can be computer, PDA(Personal Digital Assistant), intelligent mobile phone one of them, the embodiment of the invention is not limited to.
At least one mode selector switch 50, be installed on this housing 10, and electrically connect with this microprocessing unit 20, its open and close line state is traditional mode or timing mode in order to these microprocessing unit 20 interpretations to be provided, as shown in Figures 1 and 2, in present embodiment, have a mode selector switch 50, but those electrical sockets 11 of these mode selector switch 50 synchronization settings are traditional mode or timing mode.
One power line 60, one end are connected on this housing 10, and form electric connection with those relays 12 and this microprocessing unit 20 simultaneously, and end then is provided with an attaching plug 61 in addition, in order to receive external power source.
At least one hand switch 70, be arranged on this housing 10, this hand switch 70 electrically connects with this microprocessing unit 20, in present embodiment, have three hand switches 70 on this housing 10, each hand switch 70 can utilize the mode of manually pressing to control open circuit or the closed circuit state of corresponding relay 12 respectively, and then the corresponding electrical socket 11 of control is power supply or off-position.
Please continue to consult Figure 1 and Figure 2, at first, conversion by this mode selector switch 50, can make the present invention have two kinds of operating modes, it divides into traditional mode and timing mode, when this mode selector switch 50 switches to traditional mode, this timing extended line does not have timing function, this microprocessor 20 can come by the interpretation to those hand switch 70 states those relays 12 are opened a way and closed circuit control, those electrical sockets 11 can be cut off the power supply according to user's request in good time, no matter be under which kind of operating mode, when those hand switches 70 when closing, those electrical sockets 11 are no power; When this mode selector switch 50 switches to timing mode, this timing extended line then has timing function, at first, the user can set timing information (power supply field data of scheduling information) on the software program 41 of this remote control unit 40, and by this transmission line 31 this remote control unit 40 is formed to electrically connect with this port 30,20 timing informations that can receive this remote control unit 40 of this microprocessing unit, in the power-on time that these timing unit 21 timing to this software program 41 sets, can send the control signal to those relays 12, and then reach control those electrical sockets 11 the power supply purpose, otherwise then control those electrical sockets 11 and be outage, so, this timing extended line can be when setting-up time arrives, and then starts or close this electrical appliance.
In addition, the present invention also is equiped with the power supply state display lamp 13 of corresponding those electrical socket numbers on this housing 10, this power supply state display lamp 13 electrically connects with this electrical socket 11, in order to show the "on" position of this electrical socket 11, when this electrical socket 11 is energising, this power supply state display lamp 13 is bright lamp, otherwise, when this electrical socket 11 is outage, this power supply state display lamp 13 is the lamp that do not work, again, also be equiped with an overload replacement switch 14 on this housing 10, this overload replacement switch 14 is electrically connected between this attaching plug 61 and those relays 12, when this timing extended line generation electric current overload condition, this overload replacement switch 14 can escape and is formed outage, treat to press again this overload replacement switch 14 after, 11 of those electrical sockets can recover the energising use.
Moreover, the present invention also is equiped with a stand-by power supply group 15 in this housing 10, in present embodiment, this battery backup 15 is formed by an odd number battery, when this timing extended line is not imported external power source, this battery backup 15 can provide power supply to keep the running of a period of time to this microprocessing unit 20, and when this timing extended line has the external power source input, 15 of this stand-by power supply groups stop power supply to this microprocessing unit 20, in addition, this microprocessing unit 20 also is electrically connected with a warning lamp 16, when making this microprocessing unit 20 detect abnormality, can carry out bright lamp or glimmer to remind the user by this warning lamp 16, for example work as this microprocessing unit 20 and detect this battery backup 15 power shortages, just can allow this warning lamp 16 glimmer, change this battery backup 15 to remind the user.
Please consult shown in Figure 3 again, structural representation for another preferred embodiment of the present invention, be with aforementioned preferred embodiment difference, has one first mode selector switch 51 in the present embodiment, one second mode selector switch 52 and a three-mode diverter switch 53, and by this microprocessing unit 20 respectively correspondence be connected with one first electrical socket 111, one second electrical socket 112 and one the 3rd electrical socket 113, by above-mentioned first mode selector switch 51, second mode selector switch 52 and three-mode diverter switch 53 can be controlled the first corresponding electrical socket 111, second electrical socket 112 and the 3rd electrical socket 113 are traditional mode or timing mode, the present invention is set in the pattern of its electrical socket further have selectivity.
What deserves to be mentioned is, the present invention sets timing information by this remote control unit 40, and this remote control unit 40 can be electronic equipments such as computer, it has the large scale operation-interface, can show detailed information and the operating habit that friendliness is provided, compared to known timing extended line, the present invention is more convenient for the user and carries out timing setting.
Claims (9)
1. timing extended line of being set by external program, it consists predominantly of:
One housing is equiped with at least one electrical socket in it, this electrical socket correspondence is connected with a relay;
One microprocessing unit is installed in this housing, and electrically connects with this relay, can serve as power supply or off-position with the corresponding electrical socket of further control for the open and close line state of this relay of control;
One port, be installed in this housing, and electrically connect with this microprocessing unit, can be for electrically connecting by a transmission line and a remote control unit, and this remote control unit can send a timing information to this port by this transmission line, and then by this port this timing information is transferred to this microprocessing unit again, make this microprocessing unit control the open and close line state of this relay according to this timing information;
One power line, the one end is connected on this housing, and forms electric connection with this relay and this microprocessing unit, and end then is provided with an attaching plug in addition.
2. according to the described timing extended line of being set by external program of claim 1, wherein, include at least one mode selector switch, be installed on this housing, and electrically connect with this microprocessing unit.
3. according to the described timing extended line of being set by external program of claim 1, wherein, this remote control unit includes a software program, can set this timing information by this software program, by this transmission line the timing information of this software program is transferred to this microprocessing unit again.
4. according to the described timing extended line of being set by external program of claim 1, wherein, this housing is provided with at least one power supply state display lamp, and this power supply state display lamp and this electrical socket electrically connect.
5. according to the described timing extended line of being set by external program of claim 1, wherein, this housing is provided with at least one hand switch, and this hand switch and this microprocessing unit electrically connect.
6. according to the described timing extended line of being set by external program of claim 1, wherein, be equiped with an overload replacement switch on this housing, this overload replacement switch is electrically connected between this attaching plug and this relay.
7. according to the described timing extended line of being set by external program of claim 1, wherein, be equiped with a stand-by power supply group in this housing, this stand-by power supply group and this microprocessing unit electrically connect.
8. according to the described timing extended line of being set by external program of claim 1, wherein, be equiped with a warning lamp in this housing, this warning lamp and this microprocessing unit electrically connect.
9. according to the described timing extended line of being set by external program of claim 1, wherein, this port is selected from the wherein a kind of of USB, IEEE1394, RS232, RS485, RJ45 and power line communication module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012100431997A CN103296539A (en) | 2012-02-24 | 2012-02-24 | Timing extension cord set through external program |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012100431997A CN103296539A (en) | 2012-02-24 | 2012-02-24 | Timing extension cord set through external program |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN103296539A true CN103296539A (en) | 2013-09-11 |
Family
ID=49097047
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012100431997A Pending CN103296539A (en) | 2012-02-24 | 2012-02-24 | Timing extension cord set through external program |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN103296539A (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2425225A (en) * | 2005-04-14 | 2006-10-18 | Roger Green | Power distribution device having light and sound sensors and timing means |
| CN201018464Y (en) * | 2007-02-07 | 2008-02-06 | 黄月云 | Multistage type power supply timing controller |
| CN201766251U (en) * | 2010-09-17 | 2011-03-16 | 邓贵平 | Portable remote power supply control socket |
| KR20110108184A (en) * | 2010-03-26 | 2011-10-05 | 제천시 | Consent apparatus available for power control |
| CN102290685A (en) * | 2011-06-16 | 2011-12-21 | 孙少珍 | Time control socket with multi-group controlled plug jacks capable of being individually controlled |
-
2012
- 2012-02-24 CN CN2012100431997A patent/CN103296539A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2425225A (en) * | 2005-04-14 | 2006-10-18 | Roger Green | Power distribution device having light and sound sensors and timing means |
| CN201018464Y (en) * | 2007-02-07 | 2008-02-06 | 黄月云 | Multistage type power supply timing controller |
| KR20110108184A (en) * | 2010-03-26 | 2011-10-05 | 제천시 | Consent apparatus available for power control |
| CN201766251U (en) * | 2010-09-17 | 2011-03-16 | 邓贵平 | Portable remote power supply control socket |
| CN102290685A (en) * | 2011-06-16 | 2011-12-21 | 孙少珍 | Time control socket with multi-group controlled plug jacks capable of being individually controlled |
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Application publication date: 20130911 |