CN202534139U - Indoor remote control power supply switch - Google Patents
Indoor remote control power supply switch Download PDFInfo
- Publication number
- CN202534139U CN202534139U CN2012200819777U CN201220081977U CN202534139U CN 202534139 U CN202534139 U CN 202534139U CN 2012200819777 U CN2012200819777 U CN 2012200819777U CN 201220081977 U CN201220081977 U CN 201220081977U CN 202534139 U CN202534139 U CN 202534139U
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- receiver module
- relay
- module
- power supply
- power
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Abstract
An indoor remote control power supply switch is composed of an emitting device and a receiving device and is characterized in that the emitting device is provided with an emitting module and a magnetic block, the receiving device is provided with a receiving module, a relay and a power supply socket, an order circuit of the receiving module is connected with the relay, a power line of a power grid 220v power supply is connected with a first contact of the relay, the power grid supplies working power to the receiving module, and a second contact of an output end of the relay is connected with the power supply socket. When the emitting module of the emitting device is attracted with the magnetic block, the emitting module transmits connection power supply signals to the receiving module; and when the emitting module is separated with the magnetic block, the emitting block transmits power supply cutting signals to the receiving module, the receiving module transmits connection and disconnection signal orders to the relay in real time, and the relay achieves actions on the 220v power supply according to the order of the receiving module.
Description
Technical field
The utility model relates to household electrical appliance, particularly relates to the remote-controlled power switch of indoor 220V power supply.
Background technology
At present, the indoor 220V power supply of known technology all is to adopt mechanical switch control power circuit; Sometimes it is indoor to forget that in use the powered-down people just leaves; Cause waste of energy, special enterprises and institutions and hotel are during air-conditioning work; The people of meeting smoking often opens door or window, causes electricity consumption to increase, wasted the energy like this.
Summary of the invention
The utility model purpose is in order to overcome the shortcoming that prior art exists, and it is simple to provide a kind of structure to use, and can realize window, doorframe are used for indoor remote-controlled power switch opening cut off the electricity supply under the situation a kind of.
The utility model is a kind of to be used for indoor remote-controlled power switch technical scheme and to be: be made up of emitter, receiving trap, it is characterized in that emitter has transmitter module and magnetic patch, receiving trap is made up of receiver module, relay, supply socket; The command circuit of receiver module connects relay; The live wire of electrical network 220V power supply connects relay first contact, and electrical network provides working power to receiver module, and relay output end second contact connects supply socket; When the transmitter module of emitter and magnetic patch adhesive; Transmitter module transmits the turn-on power signal to receiver module, and when transmitter module separated with magnetic patch, transmitter module sent the signal of cutting off the electricity supply to receiver module; Receiver module transmits the order of switching electric signal to relay in real time, and relay is realized the switch motion to the 220V power supply according to the order of receiver module.
The utility model is a kind of to be used for indoor remote-controlled power switch; Receiver module and relay, supply socket are processed one and are formed receiving trap, and the outer box that the receiver module outside has plastics or bakelite to process places inner chamber with receiver module, is fixed on indoor required zone; Or on the wall; Electrical network 220V power firestreak connects relay first contact, and electrical network provides working power to receiver module, and relay output end second contact connects supply socket; Electrical network provides the power supply of work to be used by alternating current 220V transformation to direct current 12V confession receiver module operating circuit to receiver module; Have optional (one or more emitter) to receive switching button in the receiver module, switching button is dialled when an emitter receives, and receiver module receives only a transmitter module signal; Switching button is dialled when a plurality of emitters receive, and receiver module can receive a plurality of transmitter module signals.Transmitter module has plastic casing outward; Transmitter module is installed on the framework of doorframe or window; The little outer box that the magnetic patch outside has plastics to process places inner chamber with magnetic patch, and magnetic patch is installed in movably on door or the window, and the installation of magnetic patch is alignd with the same horizontal direction of transmitter module; Transmitter module and magnetic patch can exchange according to actual conditions and install or be installed in respectively on the window of two activities, such as being that four two of centres opening a window can push away window; Sun power pole plate, accumulator, tongue tube are housed in the transmitter module, and the sun power pole plate is to charge in batteries, and accumulator provides power supply to transmitter module; Transmitter module is launched wireless signal according to the signal of tongue tube to receiver module, and when door or window were opened, magnetic patch separated with transmitter module; Transmitter module sends power-off signal to receiver module; When door or window closure, transmitter module and magnetic patch adhesive, transmitter module sends power on signal to receiver module; When receiver module was provided with a plurality of emitters and receives, it was that control command that power-off signal produces is to cut off the power supply that receiver module receives the order of one of which transmitter module; When receiver module receives all transmitter module orders for power on signal, producing control command is energising, and receiver module is to relay transmission energising and power off command then.Receiver module can be write delay procedure by single-chip microcomputer; Allow the interior emitter action of special time not cut off the electricity supply; Guarantee normal power-up, relay has been realized through door or window the remote control of power supply being controlled according to the conducting of order real-time working or the deenergization action of receiver module.
A kind ofly be used for indoor remote-controlled power switch; Can be according to the additional guard against theft and alarm system transmitter that is provided with of user's different demands; The guard against theft and alarm system transmitter is an emitter independently; The guard against theft and alarm system transmitter has three buttons, and one of them button makes zero, and in addition two buttons can be used as and voice suggestion is set closes the door at any time and emitter adhesive call prompt not.
The utility model is a kind of to be used for indoor remote-controlled power switch; Described receiving trap is made up of receiver module, relay, supply socket; It is characterized in that receiver module has the single-chip microcomputer written program, described receiver module is inserted through transformation by the alternating current 220V power supply and uses to DC voltage 12V, and the reception switching button of one or more emitters is arranged in the described receiver module; Switching button is dialled when an emitter receives; Receiver module receives only an emitter signal, and switching button is dialled when a plurality of emitters receive, and receiver module can receive a plurality of emitter signals.Described relay is characterized in that the working current of relay greater than 5A, and described supply socket is characterized in that a pin of supply socket connects relay output end second contact, and another pin zero line is inserted by the family expenses electrical network; The outer box that described receiver module outside has plastics or bakelite to process places inner chamber with receiver module.Described transmitter module and magnetic patch are formed an emitter; It is characterized in that the sun power pole plate is arranged in the transmitter module, accumulator, tongue tube (perhaps coil); Transmitter module has SCM program; Transmitter module sends the switching electric signal according to the trigger pip of magnetic patch and tongue tube to receiver module, and transmitter module has plastic casing outward, and the sun power pole plate places plastic casing outside; Described sun power pole plate is used for generating provides power supply to accumulator, and described accumulator is characterized in that accumulator provides working power to transmitter module; Described magnetic patch; It is characterized in that having magnetic bodies and process (perhaps being referred to as magnet, magnet steel); Shape can be rectangle or square and polygonal shape, and the little outer box that the magnetic patch outside has plastics to process is mated, and magnetic patch is placed inner chamber; Little outer box outside is prolonged the desired zone that the limit is shaped on two above apertures and doorframe or window and is fixed, and the installation of magnetic patch is alignd with the same horizontal direction of transmitter module.
Description of drawings
Fig. 1: receiving trap synoptic diagram;
Fig. 2: emitter adhesive synoptic diagram;
Fig. 3: emitter separates synoptic diagram:
Fig. 4: transmitter module structural representation;
Fig. 5: magnetic patch synoptic diagram;
Embodiment:
The utility model discloses a kind of indoor remote-controlled power switch that is used for: as Fig. 1,2,3, shown in, form by emitter 2, receiving trap 1, it is characterized in that emitter 2 has transmitter module 22 and magnetic patch 26; Receiving trap 1 is made up of receiver module 11, relay 16, supply socket 15, and the command circuit 12 of receiver module 11 connects relay 16, and the live wire of electrical network 220V power supply connects relay first contact 18; Electrical network provides working power to receiver module 11, and relay 16 output terminals second contact 17 connects supply socket 15, and is as shown in Figure 2; When the transmitter module of emitter 2 22 during with magnetic patch 26 adhesives; Transmitter module 22 transmits the turn-on power signal to receiver module 11, and is as shown in Figure 3, when transmitter module 22 separates with magnetic patch 26; Transmitter module 22 sends the signal of cutting off the electricity supply to receiver module 11; As shown in Figure 1, receiver module 11 transmits the order of switching electric signal to relay 16 in real time, and relay 16 is realized the switch motion to the 220V power supply according to the order of receiver module 11.
The utility model is a kind of to be used for indoor remote-controlled power switch, as shown in Figure 1, and receiver module 11 is processed one with relay 16, supply socket 15 and formed receiving trap 1; The outer box that the receiver module outside has plastics or bakelite to process places inner chamber with receiver module; Be fixed on indoor required zone, or on the wall, electrical network 220V power firestreak connects relay first contact 18; Electrical network provides working power to receiver module 11; Relay 16 output terminals second contact 17 connects supply socket 15, and electrical network provides the power supply of work to be used by alternating current 220V transformation to direct current 12V confession receiver module 11 operating circuits to receiver module 11, have optional (one or more emitter 2) to receive switching button in the receiver module 11; Switching button is dialled when an emitter 2 receives; Receiver module 11 receives only transmitter module 22 signals, and switching button is dialled when a plurality of emitters 2 receive, and receiver module 11 can receive a plurality of transmitter module 22 signals.As shown in Figure 4; There are plastic casing 20, transmitter module 22 to be installed on the framework of doorframe or window outside the transmitter module 22, as shown in Figure 5; Magnetic patch 26 outsides have little outer box that plastics process 25 that magnetic patch is placed inner chamber; Magnetic patch 26 is installed in movably on door or the window, and as shown in Figure 2, the installation of magnetic patch 26 is alignd with transmitter module 22 same horizontal directions; Transmitter module 22 can exchange according to actual conditions with magnetic patch 26 and install or be installed in respectively on the window of two activities, such as being that four two of centres opening a window can push away window; Sun power pole plate 21, accumulator 23, tongue tube 24 are housed in the transmitter module 22, and the sun power utmost point 21 plates are to accumulator 23 chargings, and accumulator 23 provides power supply to transmitter module 22; Transmitter module 22 according to the signal of tongue tube 24 to receiver module 11 emission wireless signals, when door or window are opened, as shown in Figure 3; Magnetic patch 26 separates with transmitter module 22; Transmitter module 22 sends power-off signal to receiver module 11, and is when door or window closure, as shown in Figure 2; Transmitter module 22 and magnetic patch 26 adhesives, transmitter module 22 sends power on signal to receiver module 11; As shown in Figure 1, when receiver module 11 was provided with a plurality of emitters 22 and receives, it was that control command that power-off signal produces is to cut off the power supply that receiver module 11 receives 22 orders of one of which transmitter modules; When receiver module 11 receives 22 orders of all transmitter modules for power on signal, producing control command is energising, and receiver module 11 transmits energising and power off command to relay 16 then.Receiver module 11 can be write delay procedure by single-chip microcomputer; Allow interior emitter 2 actions of special time not cut off the electricity supply; Guarantee normal power-up; Relay 16 has been realized through door or window the remote control of power supply being controlled according to the conducting of order real-time working or the deenergization action of receiver module 11.
A kind ofly be used for indoor remote-controlled power switch; Can be according to the additional guard against theft and alarm system transmitter that is provided with of user's different demands; The guard against theft and alarm system transmitter is an emitter independently; The guard against theft and alarm system transmitter has three buttons, and one of them button makes zero, and in addition two buttons can be used as and voice suggestion is set closes the door at any time and emitter adhesive call prompt not.
The utility model is a kind of to be used for indoor remote-controlled power switch; As shown in Figure 1, described receiving trap 1 is made up of receiver module 11, relay 16, supply socket 15, it is characterized in that receiver module 11 has the single-chip microcomputer written program; Described receiver module 11 is inserted through transformation by the alternating current 220V power supply and uses to DC voltage 12V; The reception switching button that one or more emitters 2 are arranged in the described receiver module 11, switching button are dialled when an emitter 2 receives, and receiver module 11 receives only emitter 2 signals; Switching button is dialled when a plurality of emitters 2 receive, and receiver module 11 can receive a plurality of emitter 2 signals.The working current that described relay 16 is characterized in that relay 16 is greater than 5A, and described supply socket 15 is characterized in that a pin of slotting 15 of power supply connects relay 16 output terminals second contact 17, and another pin zero line is inserted by the family expenses electrical network; The outer box that described receiver module 11 outsides have plastics or bakelite to process places inner chamber with receiver module 11.Like Fig. 2, shown in 3; Described transmitter module 22 is formed an emitter 2 with magnetic patch 26; It is characterized in that sun power pole plate 21 is arranged in the transmitter module 22, accumulator 23, tongue tube 24 (perhaps coil), transmitter module 22 has SCM program, transmitter module 22 sends the switching electric signal according to the magnetic patch 26 and the trigger pip of tongue tube 24 to receiver module 11; There are plastic casing 20, sun power pole plate 21 to place plastic casing 20 outsides outside the transmitter module 22; Described sun power pole plate 21 is used for generating provides power supply to accumulator 23, and described accumulator 23 is characterized in that accumulator 23 provides working power to transmitter module 22; Like Fig. 2,3, shown in 5, described magnetic patch 26 is characterized in that having magnetic bodies and processes (perhaps being referred to as magnet, magnet steel); Shape can be rectangle or square and polygonal shape; The little outer box 25 that magnetic patch 26 outsides have plastics to process is mated, and magnetic patch 26 is placed inner chamber, and little outer box 25 outsides are prolonged the limit and are shaped on two above apertures 27 and fix with the desired zone of doorframe or window; As shown in Figure 2,26 of magnetic patch is installed and is alignd with transmitter module 22 same horizontal directions.
The technician is appreciated that; Under the situation that does not break away from the utility model, can change disclosed configuration; Therefore, the instance of as above describing only is used for the purpose of example rather than restriction, recognizes with it will be apparent to those skilled in that; Under not obvious change aforesaid operations situation, can carry out little modification and reach identical purpose configuration or mounting process, the utility model be made restriction by claims.
Claims (2)
1. one kind is used for indoor remote-controlled power switch; Be made up of emitter (2), receiving trap (1), it is characterized in that emitter (2) has transmitter module (22) and magnetic patch (26), receiving trap (1) has receiver module (11), relay (16), supply socket (15) to form; The command circuit (12) of receiver module (11) connects relay (16); The live wire of electrical network 220V power supply connects relay first contact (18), and electrical network provides working power to receiver module (11), and relay (16) output terminal second contact (17) connects supply socket (15); When the transmitter module (22) of emitter (2) and magnetic patch (26) adhesive; Transmitter module (22) transmits the turn-on power signal to receiver module (11), and when transmitter module (22) and magnetic patch (26) when separating, transmitter module (22) is to receiver module (11) the transmission signal of cutting off the electricity supply; Receiver module (11) transmits the order of switching electric signal to relay (16) in real time, and relay (16) is realized the switch motion to the 220V power supply according to the order of receiver module (11).
2. a kind of indoor remote-controlled power switch that is used for as claimed in claim 1; Described receiver module; It is characterized in that having in the receiver module (11) the reception switching button of one or more emitters (2), switching button is dialled when an emitter (2) receives, and receiver module (11) receives only an emitter (2) signal; Switching button is dialled when a plurality of emitters (2) receive, and receiver module (11) can receive a plurality of emitters (2) signal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200819777U CN202534139U (en) | 2012-02-27 | 2012-02-27 | Indoor remote control power supply switch |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200819777U CN202534139U (en) | 2012-02-27 | 2012-02-27 | Indoor remote control power supply switch |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202534139U true CN202534139U (en) | 2012-11-14 |
Family
ID=47135305
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200819777U Expired - Fee Related CN202534139U (en) | 2012-02-27 | 2012-02-27 | Indoor remote control power supply switch |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202534139U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103297019A (en) * | 2012-02-27 | 2013-09-11 | 牟松青 | Indoor remote control power switch |
| CN103354314A (en) * | 2013-06-19 | 2013-10-16 | 国家电网公司 | Remote control plug apparatus |
-
2012
- 2012-02-27 CN CN2012200819777U patent/CN202534139U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103297019A (en) * | 2012-02-27 | 2013-09-11 | 牟松青 | Indoor remote control power switch |
| CN103354314A (en) * | 2013-06-19 | 2013-10-16 | 国家电网公司 | Remote control plug apparatus |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20121114 Termination date: 20150227 |
|
| EXPY | Termination of patent right or utility model |