CN204906767U - Exempt from wiring from generating electricity light switch system - Google Patents
Exempt from wiring from generating electricity light switch system Download PDFInfo
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- CN204906767U CN204906767U CN201520365012.4U CN201520365012U CN204906767U CN 204906767 U CN204906767 U CN 204906767U CN 201520365012 U CN201520365012 U CN 201520365012U CN 204906767 U CN204906767 U CN 204906767U
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Abstract
The utility model relates to an electron field, concretely relates to wireless remote control. Exempt from wiring from generating electricity light switch system, remote control receiving ware include a wireless receiving module and an electric light control circuit, wireless receiving module control connection electric light control circuit, the remote control transmitter includes wireless transmitting module and the power module that generates electricity certainly, and the power module that generates electricity certainly is one with the electricity generation mechanism of mechanical energy conversion for the electric energy. Through the aforesaid design, when pressing the button, drive the mechanical power input member action, and then for from the power module input mechanical energy of generating electricity, and then be the electric energy with mechanical energy conversion by the power module that generates electricity certainly, offer wireless transmitting module, send the wireless remote control signal. The wireless remote control signal is received the back by the wireless receiving module, through electric light control circuit control light switch.
Description
Technical field
The utility model relates to electronic applications, is specifically related to wireless remote control.
Background technology
Current fixing electric lamp switch has various kinds of design patterns, but do not break away from all the time be connected with electric light supply line after be fixed on mentality of designing on metope.
This mentality of designing makes switch move and becomes very difficult.Often because the position of switch can not change, have influence on whole room layout.
In the environment of humidity, there is Danger Electric shock risk in this switch.
Depositing the occasion of combustible and explosive articles, owing to can produce electric spark when using, there is the potential safety hazard that set off an explosion in this switch.
There is multiple remote-controlled switch for lamp at present, seem to solve the problem.Although in fact they solve fixing electric light Problems existing, bring new problem.As needs use battery, so just need to change battery, bring inconvenience to use.
The most important is that present remote-controlled switch for lamp can arbitrarily movement, does not have fixing position.For other remote controllers, this is advantage, but this is fatal shortcoming for remote-controlled switch for lamp.The frequency of utilization of light switch is very high, if do not have fixing position, there will be the frequent situation finding remote-controlled switch for lamp.When also having use remote-controlled switch for lamp, be all in the middle of dark many times.If the position that remote-controlled switch for lamp is not fixed, just must find in the dark, be obviously be difficult to find.
Utility model content
The purpose of this utility model is, provides one to exempt from wiring self power generation light switch system, to solve the problems of the technologies described above.
The technical problem that the utility model solves can realize by the following technical solutions:
Exempt from wiring self power generation light switch system, comprise a receiver of remote-control sytem, and a remote control transmitter, it is characterized in that, described receiver of remote-control sytem comprises a wireless receiving module and an electric control circuit, wireless receiving module control connection electric control circuit;
Described remote control transmitter comprises wireless transmitter module and self-generating power source module, and described self-generating power source module is power facility mechanical energy being converted to electric energy;
Described self-generating power source module is provided with electric energy output end, and described electric energy output end connects described wireless transmitter module;
Described remote control transmitter is provided with a launcher shell, and described launcher shell comprises pedestal and a button, and described wireless transmitter module and self-generating power source module installation are in described pedestal;
Described self-generating power source module is provided with machine power input block, and described machine power input block and described button link.
By above-mentioned design, when depresses button, the action of driving mechanical power input part, and then be self-generating power source module input mechanical energy, and then by self-generating power source module, mechanical energy is converted to electric energy, be supplied to wireless transmitter module, send wireless remote control signals.Wireless remote control signals controls light switch by electric control circuit after being received by wireless receiving module.
In above-mentioned design, because be provided with self-generating power source module in described remote control transmitter, so do not need to lay battery.Avoid because dead battery, the problem that electric light can not be opened.
Described pedestal back is provided with adhesive surface, and described base length is 5 ~ 11cm, and width is 5 ~ 9cm, and thickness is 3 ~ 10mm.
Be bonded on wall or furniture by adhesive surface.The size design of pedestal, is applicable to ergonomics.Both can not be too lofty, also can not be difficult to find.
Described pedestal front is provided with the key system of a leverage, described pedestal is provided with a fulcrum, described button is rotating to be fixed on described fulcrum, and the machine power input block of described self-generating power source module contacts the contact point distance of described button, is less than the distance of fulcrum to button end.
By leverage, thus realize the effect of saving pressing dynamics.
Described button is of a size of, and width is 4 ~ 8cm, and length is 5 ~ 10cm.To adapt to the push action of staff.
Described self-generating power source module comprises an electromagnetic conversion mechanism and a mechanical energy switching mechanism; Described electromagnetic conversion mechanism, comprises an E shape soft magnet, and E shape soft magnet, is followed successively by top soft magnetism bar, middle part soft magnetism bar and bottom soft magnetism bar from top to bottom, and an induction coil is wound on the soft magnetism bar of described middle part;
Also comprise the permanent magnet that is provided with two magnetic poles, the distance between two magnetic poles of permanent magnet, differ within 1/5th with the distance between the top soft magnetism bar of E shape soft magnet, middle part soft magnetism bar;
Described mechanical energy switching mechanism is provided with machine power input block, also be provided with machine power output block, described machine power input block connects described button, described machine power output block, connect described permanent magnet, described machine power output block drives described permanent magnet to travel to and fro between top soft magnetism bar, middle part soft magnetism bar, and middle part soft magnetism bar, between the soft magnetism bar of bottom.
By permanent magnet between top soft magnetism bar, middle part soft magnetism bar, and middle part soft magnetism bar, coming and going between the soft magnetism bar of bottom, the magnetic direction in the soft magnetism bar of middle part is changed thereupon, and then drives the magnetic field in induction coil to change thereupon, and then produce electric energy.
By above-mentioned design, can produce magnetic direction and change, but not the cutting magnetic line of generator in the past, magnetic field converted quantity increases greatly, compared to generator in the past, has that volume is little, the simple feature of structure.Also have, under the identical stroke of permanent magnet, rate of change of magnetic improves greatly, and then the feature that energy output promotes greatly.
Described self-generating power source module is provided with inner shell, and described electromagnetic conversion organization establishes is in inner shell, and described mechanical energy switching mechanism is arranged in inner shell.
Described pedestal is provided with buckle, and described inner shell, by buckle, is connected on described pedestal.
Described wireless receiving module is also arranged in described inner shell.So that realize integrated design.Avoid in worker assembles's process, occur electrical connection process, and then reduce operative's difficulty, increase work efficiency.
Described mechanical energy switching mechanism comprises the inner-support that is positioned at described inner shell, described machine power input block is rotating to be arranged on described inner-support, described machine power input block has two ends, and one end nearer apart from inner-support connects described machine power output block; One end far away apart from inner-support connects described button.The mode connecting button can for propping up button.The driving mechanical power input part motion when depresses button.
By again arranging leverage, dynamics during user's pressing keys can be reduced further.
The end of described button is on the right side of fulcrum, then the contact jaw of described machine power input block and button is then positioned at the right side of inner-support.
And then make structure compacter.Can avoid setting up very long lever, and the problem causing equipment volume excessive.
Also be provided with a flexible restoring organ in described inner shell, described flexible restoring organ connects described machine power input block.To realize the reset after button.
Described induction coil, is connected with a regulator rectifier circuit, and regulator rectifier circuit is connected with the power management module with hypotensive effect, connects described storage capacitor by power management module, and described storage capacitor connects described wireless transmitter module.
By above-mentioned design, realize the arrangement of electric current, efficient, stable acquisition electrical power storage.
Described induction coil, is connected with a regulator rectifier circuit, and regulator rectifier circuit connects storage capacitor, and described storage capacitor is connected with the power management module that has boosting, and described power management module connects described wireless transmitter module.By above-mentioned design, realize the arrangement of electric current, obtain stable electric energy.
Described wireless transmitter module is provided with at least one trigger switch, and described trigger switch is positioned at below described button, and accepts triggering when described button is pressed.Realize natural interaction effect.User is made to feel to experience the same with use common lamp switch.
Described pedestal is provided with at least two buttons, and at least two buttons connect machine power input block described in respectively, and described wireless transmitter module is provided with at least two trigger switches, and at least two trigger switches link with at least two buttons respectively.
Be preferably, at least two trigger switches lay respectively at below at least two buttons, and accept triggering when at least two described buttons are pressed respectively.
So that send different remote signals by different buttons, and then realize set of system different electric lights is controlled.
Described receiver of remote-control sytem comprises a receiver casing, and described wireless receiving module and described electric control circuit are positioned at described receiver casing.
Described electric control circuit comprises a controlled force device, can be such as thyristor, electric power triode, relay etc.; The controlled end of controlled force device, is provided with two controlled terminals;
Also be provided with power-supply system in described receiver casing, described power-supply system is provided with power input, and two terminals of described power input, are connected respectively to two controlled terminals; The power output end of described power-supply system connects described electric control circuit.Controlled force device, by two controlled terminals, is connected in lamp loop.
When controlled force device not conducting, the leakage current through lamp can flow through power input, for power-supply system provides electric energy.
Power input rear is connected with step-down transformer.Thus reduced by line voltage, and realize electric current increase.
The electric energy output end of step-down transformer is provided with storage capacitor.So that reserve power.
A described electric control circuit can arrange two or more controlled force devices.To realize respectively to the control of many electric lights.
Power-supply service for during controlled electric power element conductive:
(1) described power-supply system also comprises a transformer, two controlled terminal series-shunt of described transformer and described controlled force device.So that provide electric energy when controlled electric power element conductive.
(2) be also provided with power-supply system in described receiver casing, the power input of power-supply system also connects the constant voltage circuit that two ends have maximum voltage value, and described constant voltage circuit is connected with described controlled force device.Thus make electric control circuit acquisition voltage peak be no more than the electric energy of predetermined value.So that realize normal work.
Described constant voltage circuit is preferably the circuit of two-way admittance.So that the crest of alternating current and trough homomergic flow lead to, and then ensure to provide stable electric energy for controlled electric light.
Can be that described constant voltage circuit two ends are parallel with current rectifying and wave filtering circuit.And then obtain stable electric current.The electric energy output end of current rectifying and wave filtering circuit connects the electrical energy inputs of electric control circuit.
Or current rectifying and wave filtering circuit rear, can be connected with the booster power administration module of boosting again, or the voltage dropping power supply administration module of hypotensive effect, then connects the electrical energy inputs of electric control circuit.To adjust transformation multiple in good time, realize the stable output of output current and voltage.
Described constant voltage circuit can be at least two diodes of series connection.
Described constant voltage circuit can be at least two silicon diodes of series connection.Or at least three germanium diodes.By constant voltage circuit, while can be implemented in stable acquisition voltage, reduce the electric energy loss because resistance produces.
Described constant voltage circuit can also pass through the integrated circuit of two ends constant voltage, or the separating element circuit of two ends constant voltage realizes.But the form of series diode is the simplest, economic, practical.
Further preferred described constant voltage circuit can be, forward series connection obtains at least two silicon diodes, with at least two silicon diodes of differential concatenation, in parallel.
Further preferred described constant voltage circuit can be, forward series connection at least three germanium diodes, with differential concatenation at least three germanium diodes, in parallel.
Selecting at least two silicon diodes or at least three germanium diodes, is be convenient to voltage sets in the operating voltage threshold value being greater than general booster power administration module.Booster power administration module is normally worked.
In above-mentioned design, only need a civil power electric wire connecting electric light to be linked into receiver of remote-control sytem, the electric energy of needs just can be provided.Can adapt to be accustomed in existing house decoration in light switch, only leave a live wire or a zero line, but not the finishing custom that Live line Zero line all retains.Product is made to have universality widely.
Described wireless receiving module is also provided with a manual key.Described manual key can be mechanical contact button, also can be touch control induction key-press.
Be preferably receiver casing front and be provided with control panel, described manual key is arranged on described control panel.
More preferably, toughened glass after described control panel front covers, arranges the induction point with touch control induction key-press below toughened glass.
Described control panel is of a size of, and length is 5 ~ 11cm, and width is 5 ~ 11cm, and thickness is 2 ~ 10mm.
Described control panel rear is described receiver casing, and described receiver casing sectional dimension is less than control panel sectional dimension, so that described receiver casing is controlled panel mask.
Described receiver casing is of a size of, and length is 4 ~ 10cm, and width is 4 ~ 10cm, and thickness is 1 ~ 3cm.So that can be embedded on body of wall in existing light switch reserved opening.
Accompanying drawing explanation
Fig. 1 is remote control transmitter principle schematic of the present utility model;
Fig. 2 is receiver of remote-control sytem principle schematic of the present utility model;
Fig. 3 is the utility model remote control transmitter external structure schematic diagram;
Fig. 4 is the utility model energy conversion part structural representation;
Fig. 5 is a kind of constant voltage circuit structural representation of the utility model.
Embodiment
The technological means realized to make the utility model, creation characteristic, reaching object and effect is easy to understand, setting forth the utility model further below in conjunction with concrete diagram.
With reference to Fig. 1, Fig. 2, exempt from wiring self power generation light switch system, comprise a receiver of remote-control sytem 2, and a remote control transmitter 1, receiver of remote-control sytem 2 comprises wireless receiving module 21 and an electric control circuit 22, wireless receiving module 21 control connection electric control circuit 22.Remote control transmitter 1 comprises wireless transmitter module 11 and self-generating power source module 12, and self-generating power source module 12 is power facility mechanical energy being converted to electric energy.Self-generating power source module 12 is provided with electric energy output end, and electric energy output end connects wireless transmitter module 11.
With reference to Fig. 3, remote control transmitter 1 is provided with a launcher shell, and launcher shell comprises pedestal 32 and a button 31, and wireless transmitter module 11 and self-generating power source module 12 are arranged in pedestal 32.Self-generating power source module 12 is provided with machine power input block 41, and machine power input block 41 and button 31 link.
By above-mentioned design, when depresses button 31, driving mechanical power input part 41 action, and then input mechanical energy for self-generating power source module 12, and then by self-generating power source module 12, mechanical energy is converted to electric energy, be supplied to wireless transmitter module 11, send wireless remote control signals.Wireless remote control signals controls light switch by electric control circuit 22 after being received by wireless receiving module 21.
In above-mentioned design, because be provided with self-generating power source module 12 in remote control transmitter 1, so do not need to lay battery.Avoid because dead battery, the problem that electric light can not be opened.
Pedestal 32 back is provided with adhesive surface, and pedestal 32 length is 5 ~ 11cm, and width is 5 ~ 9cm, and thickness is 3 ~ 10mm.Adhesive surface can apply adhesive sticker.Or double faced adhesive tape in bonding.Be bonded on wall or furniture by adhesive surface.The size design of pedestal 32, is applicable to ergonomics.Both can not be too lofty, also can not be difficult to find.
Pedestal 32 front is provided with button 31 system of a leverage, pedestal 32 is provided with a fulcrum, button 31 is rotating to be fixed on fulcrum, and the machine power input block 41 of self-generating power source module 12 contacts the contact point distance of button 31, is less than the distance of fulcrum to button 31 end.By leverage, thus realize the effect of saving pressing dynamics.Button 31 is of a size of, and width is 4 ~ 8cm, and length is 5 ~ 10cm.To adapt to the push action of staff.
With reference to Fig. 4, self-generating power source module 12 comprises an electromagnetic conversion mechanism and a mechanical energy switching mechanism; Electromagnetic conversion mechanism, comprises E shape soft magnet 42, an E shape soft magnet 42 from top to bottom, is followed successively by top soft magnetism bar, middle part soft magnetism bar and bottom soft magnetism bar, and an induction coil 43 is wound on the soft magnetism bar of middle part; Also comprise the permanent magnet 44 that is provided with two magnetic poles, the distance between two magnetic poles of permanent magnet 44, differ within 1/5th with the distance between the top soft magnetism bar of E shape soft magnet 42, middle part soft magnetism bar; Mechanical energy switching mechanism is provided with machine power input block 41, also be provided with machine power output block, machine power input block 41 connects button 31, machine power output block, connect permanent magnet 44, machine power output block drives permanent magnet 44 to travel to and fro between top soft magnetism bar, middle part soft magnetism bar, and middle part soft magnetism bar, between the soft magnetism bar of bottom.
By permanent magnet 44 between top soft magnetism bar, middle part soft magnetism bar, and middle part soft magnetism bar, coming and going between the soft magnetism bar of bottom, the magnetic direction in the soft magnetism bar of middle part is changed thereupon, and then drives the magnetic field in induction coil 43 to change thereupon, and then produce electric energy.
By above-mentioned design, can produce magnetic direction and change, but not the cutting magnetic line of generator in the past, magnetic field converted quantity increases greatly, compared to generator in the past, has that volume is little, the simple feature of structure.Also have, under the identical stroke of permanent magnet 44, rate of change of magnetic improves greatly, and then the feature that energy output promotes greatly.Self-generating power source module 12 is provided with inner shell, and electromagnetic conversion organization establishes is in inner shell, and mechanical energy switching mechanism is arranged in inner shell.Pedestal 32 is provided with buckle, and inner shell, by buckle, is connected on pedestal 32.Wireless receiving module 21 is also arranged in inner shell.So that realize integrated design.Avoid in worker assembles's process, occur electrical connection process, and then reduce operative's difficulty, increase work efficiency.
Mechanical energy switching mechanism comprises the inner-support that is positioned at inner shell, and machine power input block 41 is rotating to be arranged on inner-support, and machine power input block 41 has two ends, and one end nearer apart from inner-support connects mechanical power output part; One end connection button 31 that distance inner-support is far away.The mode connecting button 31 can for propping up button 31.When depresses button 31, driving mechanical power input part 41 moves.By again arranging leverage, dynamics during user's pressing keys 31 can be reduced further.The end of button 31 is on the right side of fulcrum, then machine power input block 41 and the contact jaw of button 31 are then positioned at the right side of inner-support.And then make structure compacter.Can avoid setting up very long lever, and the problem causing equipment volume excessive.
Also be provided with a flexible restoring organ in inner shell, flexible restoring organ connects mechanical power input part 41.To realize the reset after button 31.
Induction coil 43, is connected with a regulator rectifier circuit, and regulator rectifier circuit is connected with the power management module with hypotensive effect, connects storage capacitor by power management module, and storage capacitor connects wireless transmitter module 11.By above-mentioned design, realize the arrangement of electric current, efficient, stable acquisition electrical power storage.
Induction coil 43, is connected with a regulator rectifier circuit, and regulator rectifier circuit connects storage capacitor, and storage capacitor is connected with the power management module that has boosting, and power management module connects wireless transmitter module 11.By above-mentioned design, realize the arrangement of electric current, obtain stable electric energy.
Wireless transmitter module 11 is provided with at least one trigger switch, and trigger switch is positioned at below button 31, and accepts triggering when button 31 is pressed.Realize natural interaction effect.User is made to feel to experience the same with use common lamp switch.
Pedestal 32 is provided with at least two buttons 31, and at least two buttons 31 connect a machine power input block 41 respectively, and wireless transmitter module 11 is provided with at least two trigger switches, and at least two trigger switches link with at least two buttons 31 respectively.
Be preferably, at least two trigger switches lay respectively at below at least two buttons 31, and accept triggering when at least two buttons 31 are pressed respectively.So that send different remote signals by different buttons 31, and then realize set of system different electric lights is controlled.
Receiver of remote-control sytem 2 comprises a receiver casing, and wireless receiving module 21 and electric control circuit 22 are positioned at receiver casing.Electric control circuit 22 comprises a controlled force device, can be such as thyristor, electric power triode, relay etc.; The controlled end of controlled force device, is provided with two controlled terminals; Also be provided with power-supply system in receiver casing, power-supply system is provided with power input, and two terminals of power input, are connected respectively to two controlled terminals; The power output end of power-supply system connects electric control circuit 22.Controlled force device, by two controlled terminals, is connected in lamp loop.
When controlled force device not conducting, the leakage current through lamp can flow through power input, for power-supply system provides electric energy.Power input rear is connected with step-down transformer.Thus reduced by line voltage, and realize electric current increase.The electric energy output end of step-down transformer is provided with storage capacitor.So that reserve power.
An electric control circuit 22 can arrange two or more controlled force devices.To realize respectively to the control of many electric lights.
Power-supply service for during controlled electric power element conductive:
(1) power-supply system also comprises a transformer, two controlled terminal series-shunt of transformer and controlled force device.So that provide electric energy when controlled electric power element conductive.
(2) with reference to Fig. 5, be also provided with power-supply system in receiver casing, the power input of power-supply system also connects the constant voltage circuit 6 that two ends have maximum voltage value, and constant voltage circuit 6 is connected with controlled force device.Thus electric control circuit 22 is obtained electric energy that voltage peak is no more than predetermined value.So that realize normal work.
Constant voltage circuit 6 is preferably the circuit of two-way admittance.So that the crest of alternating current and trough homomergic flow lead to, and then ensure to provide stable electric energy for controlled electric light.
Can be that constant voltage circuit 6 two ends are parallel with current rectifying and wave filtering circuit.And then obtain stable electric current.The electric energy output end of current rectifying and wave filtering circuit connects the electrical energy inputs of electric control circuit 22.
Or current rectifying and wave filtering circuit rear, can be connected with the booster power administration module of boosting again, or the voltage dropping power supply administration module of hypotensive effect, then connects the electrical energy inputs of electric control circuit 22.To adjust transformation multiple in good time, realize the stable output of output current and voltage.
Constant voltage circuit 6 can be at least two silicon diodes of series connection.Or at least three germanium diodes.By constant voltage circuit 6, while can be implemented in stable acquisition voltage, reduce the electric energy loss because resistance produces.
Constant voltage circuit 6 can also pass through the integrated circuit of two ends constant voltage, or the separating element circuit of two ends constant voltage realizes.But the form of series diode is the simplest, economic, practical.
Preferably constant voltage circuit 6 can be further, and forward series connection obtains at least two silicon diodes, with at least two silicon diodes of differential concatenation, in parallel.
Preferably constant voltage circuit 6 can be further, forward series connection at least three germanium diodes, with differential concatenation at least three germanium diodes, in parallel.
Selecting at least two silicon diodes or at least three germanium diodes, is be convenient to voltage sets in the operating voltage threshold value being greater than general booster power administration module.Booster power administration module is normally worked.
In above-mentioned design, only need a civil power electric wire connecting electric light to be linked into receiver of remote-control sytem 2, the electric energy of needs just can be provided.Can adapt to be accustomed in existing house decoration in light switch, only leave a live wire or a zero line, but not the finishing custom that Live line Zero line all retains.Product is made to have universality widely.
Wireless receiving module 21 is also provided with a manual key 31.Manual key 31 can be mechanical contact button 31, also can be touch control induction key-press 31.Be preferably receiver casing front and be provided with control panel, manual key 31 is arranged on the control panel.More preferably, toughened glass after control panel front covers, arranges the induction point with touch control induction key-press 31 below toughened glass.Control panel is of a size of, and length is 5 ~ 11cm, and width is 5 ~ 11cm, and thickness is 2 ~ 10mm.
Control panel rear is receiver casing, and receiver casing sectional dimension is less than control panel sectional dimension, so that receiver casing is controlled panel mask.Receiver casing is of a size of, and length is 4 ~ 10cm, and width is 4 ~ 10cm, and thickness is 1 ~ 3cm.So that can be embedded on body of wall in existing light switch reserved opening.
More than show and describe general principle of the present utility model and principal character and advantage of the present utility model.The technical staff of the industry should understand; the utility model is not restricted to the described embodiments; what describe in above-described embodiment and specification just illustrates principle of the present utility model; under the prerequisite not departing from the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed the utility model.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (55)
1. exempt from wiring self power generation light switch system, comprise a receiver of remote-control sytem, and a remote control transmitter, it is characterized in that, described receiver of remote-control sytem comprises a wireless receiving module and an electric control circuit, wireless receiving module control connection electric control circuit;
Described remote control transmitter comprises wireless transmitter module and self-generating power source module, and described self-generating power source module is power facility mechanical energy being converted to electric energy;
Described self-generating power source module is provided with electric energy output end, and described electric energy output end connects described wireless transmitter module;
Described remote control transmitter is provided with a launcher shell, and described launcher shell comprises pedestal and a button, and described wireless transmitter module and self-generating power source module installation are in described pedestal;
Described self-generating power source module is provided with machine power input block, and described machine power input block and described button link.
2. according to claim 1ly exempt from wiring self power generation light switch system, it is characterized in that, described remote control transmitter is provided with a launcher shell, and described launcher shell comprises pedestal and a button, and described wireless transmitter module and self-generating power source module installation are in described pedestal;
Described self-generating power source module is provided with machine power input block, and described machine power input block and described button link.
3. according to claim 2ly exempt from wiring self power generation light switch system, it is characterized in that, when depresses button, the action of driving mechanical power input part, and then be self-generating power source module input mechanical energy, and then by self-generating power source module, mechanical energy is converted to electric energy, be supplied to wireless transmitter module, send wireless remote control signals;
Wireless remote control signals controls light switch by electric control circuit after being received by wireless receiving module.
4. according to claim 1ly exempt from wiring self power generation light switch system, it is characterized in that, described pedestal back is provided with adhesive surface.
5. according to claim 1ly exempt from wiring self power generation light switch system, it is characterized in that, described base length is 5 ~ 11cm, and width is 5 ~ 9cm, and thickness is 3 ~ 10mm.
6. according to claim 4ly exempt from wiring self power generation light switch system, it is characterized in that, adhesive surface has coating adhesive sticker.
7. according to claim 4ly exempt from wiring self power generation light switch system, it is characterized in that, adhesive surface is bonded with double faced adhesive tape.
8. according to claim 4ly exempt from wiring self power generation light switch system, it is characterized in that, described launcher shell is bonded on wall or furniture by adhesive surface.
9. according to claim 1ly exempt from wiring self power generation light switch system, it is characterized in that, described pedestal front is provided with the key system of a leverage, described pedestal is provided with a fulcrum, described button is rotating to be fixed on described fulcrum, the machine power input block of described self-generating power source module contacts the contact point distance of described button, is less than the distance of fulcrum to button end.
10. according to claim 9ly exempt from wiring self power generation light switch system, it is characterized in that, described button is of a size of, and width is 4 ~ 8cm, and length is 5 ~ 10cm.
11. according to claim 1ly exempt from wiring self power generation light switch system, and it is characterized in that, described self-generating power source module comprises an electromagnetic conversion mechanism and a mechanical energy switching mechanism; Described electromagnetic conversion mechanism, comprises an E shape soft magnet, and E shape soft magnet, is followed successively by top soft magnetism bar, middle part soft magnetism bar and bottom soft magnetism bar from top to bottom, and an induction coil is wound on the soft magnetism bar of described middle part;
Also comprise the permanent magnet that is provided with two magnetic poles, the distance between two magnetic poles of permanent magnet,
Differ within 1/5th with the distance between the top soft magnetism bar of E shape soft magnet, middle part soft magnetism bar;
Described mechanical energy switching mechanism is provided with machine power input block, also be provided with machine power output block, described machine power input block connects described button, described machine power output block, connect described permanent magnet, described machine power output block drives described permanent magnet to travel to and fro between top soft magnetism bar, middle part soft magnetism bar, and middle part soft magnetism bar, between the soft magnetism bar of bottom.
12. according to claim 11ly exempt from wiring self power generation light switch system, it is characterized in that, by permanent magnet between top soft magnetism bar, middle part soft magnetism bar, and middle part soft magnetism bar, coming and going between the soft magnetism bar of bottom, magnetic direction in the soft magnetism bar of middle part is changed thereupon, and then the magnetic field in drive induction coil changes thereupon, and then produce electric energy.
13. according to claim 11ly exempt from wiring self power generation light switch system, and it is characterized in that, described self-generating power source module is provided with inner shell, and described electromagnetic conversion organization establishes is in inner shell, and described mechanical energy switching mechanism is arranged in inner shell.
14. according to claim 13ly exempt from wiring self power generation light switch system, and it is characterized in that, described pedestal is provided with buckle, and described inner shell, by buckle, is connected on described pedestal.
15. according to claim 14ly exempt from wiring self power generation light switch system, and it is characterized in that, described wireless receiving module is arranged in described inner shell.
16. according to claim 13ly exempt from wiring self power generation light switch system, it is characterized in that, described mechanical energy switching mechanism comprises the inner-support that is positioned at described inner shell, described machine power input block is rotating to be arranged on described inner-support, described machine power input block has two ends, and one end nearer apart from inner-support connects described machine power output block; One end far away apart from inner-support connects described button.
17. according to claim 16ly exempt from wiring self power generation light switch system, it is characterized in that, connecting the mode of button for propping up button.
18. according to claim 17ly exempt from wiring self power generation light switch system, it is characterized in that, the driving mechanical power input part motion when depresses button.
19. according to claim 18ly exempt from wiring self power generation light switch system, it is characterized in that, by again arranging leverage, reducing dynamics during user's pressing keys.
20. according to claim 16ly exempt from wiring self power generation light switch system, and it is characterized in that, the end of described button is on the right side of fulcrum, then the contact jaw of described machine power input block and button is then positioned at the right side of inner-support.
21. according to claim 16ly exempt from wiring self power generation light switch system, and it is characterized in that, be also provided with a flexible restoring organ in described inner shell, described flexible restoring organ connects described machine power input block.
22. according to claim 11ly exempt from wiring self power generation light switch system, it is characterized in that, described induction coil, be connected with a regulator rectifier circuit, regulator rectifier circuit connects storage capacitor, described storage capacitor is connected with the power management module that has boosting, and described power management module connects described wireless transmitter module.
23. according to claim 11ly exempt from wiring self power generation light switch system, it is characterized in that, described induction coil, be connected with a regulator rectifier circuit, regulator rectifier circuit is connected with the power management module with hypotensive effect, connect storage capacitor by power management module, described storage capacitor connects described wireless transmitter module.
24. according to exempting from wiring self power generation light switch system in claim 1-23 described in any one, it is characterized in that, described wireless transmitter module is provided with at least one trigger switch, and described trigger switch is positioned at below described button, and accepts triggering when described button is pressed.
25. according to exempting from wiring self power generation light switch system in claim 1-23 described in any one, it is characterized in that, described pedestal is provided with at least two buttons, at least two buttons connect machine power input block described in respectively, described wireless transmitter module is provided with at least two trigger switches, and at least two trigger switches link with at least two buttons respectively.
26. according to claim 25ly exempt from wiring self power generation light switch system, and it is characterized in that, at least two trigger switches lay respectively at below at least two buttons, and accept triggering when at least two described buttons are pressed respectively.
27. according to claim 26ly exempt from wiring self power generation light switch system, it is characterized in that, send different remote signals by different buttons, and then realize set of system and control different electric lights.
28. according to exempting from wiring self power generation light switch system in claim 1-23 described in any one, and it is characterized in that, described receiver of remote-control sytem comprises a receiver casing, and described wireless receiving module and described electric control circuit are positioned at described receiver casing.
29. according to claim 28ly exempt from wiring self power generation light switch system, and it is characterized in that, described electric control circuit comprises a controlled force device, the controlled end of controlled force device, is provided with two controlled terminals;
Also be provided with power-supply system in described receiver casing, described power-supply system is provided with power input, and two terminals of described power input, are connected respectively to two controlled terminals; The power output end of described power-supply system connects described electric control circuit.
30. according to claim 29ly exempt from wiring self power generation light switch system, and it is characterized in that, when controlled force device not conducting, the leakage current through lamp can flow through power input, for power-supply system provides electric energy.
31. according to claim 29ly exempt from wiring self power generation light switch system, and it is characterized in that, controlled force device is thyristor, electric power triode or relay.
32. according to claim 29ly exempt from wiring self power generation light switch system, and it is characterized in that, controlled force device, by two controlled terminals, is connected in lamp loop.
33. according to claim 29ly exempt from wiring self power generation light switch system, and it is characterized in that, power input rear is connected with step-down transformer.
34. according to claim 33ly exempt from wiring self power generation light switch system, and it is characterized in that, the electric energy output end of step-down transformer is provided with storage capacitor.
35. according to claim 29ly exempt from wiring self power generation light switch system, and it is characterized in that, a described electric control circuit arranges two or more controlled force devices.
36. according to claim 29ly exempt from wiring self power generation light switch system, and it is characterized in that, described power-supply system also comprises a transformer, two controlled terminal series-shunt of described transformer and described controlled force device.
37. according to claim 29ly exempt from wiring self power generation light switch system, it is characterized in that, also power-supply system is provided with in described receiver casing, the power input of power-supply system also connects the constant voltage circuit that two ends have maximum voltage value, and described constant voltage circuit is connected with described controlled force device.
38. exempt from wiring self power generation light switch system according to according to claim 37, and it is characterized in that, described constant voltage circuit is the circuit of two-way admittance.
39. exempt from wiring self power generation light switch system according to according to claim 37, and it is characterized in that, described constant voltage circuit two ends are parallel with current rectifying and wave filtering circuit.
40. exempt from wiring self power generation light switch system according to according to claim 39, and it is characterized in that, the electric energy output end of current rectifying and wave filtering circuit connects the electrical energy inputs of electric control circuit.
41. exempt from wiring self power generation light switch system according to according to claim 39, it is characterized in that, current rectifying and wave filtering circuit rear, then be connected with the booster power administration module of boosting, or the voltage dropping power supply administration module of hypotensive effect, then connect the electrical energy inputs of electric control circuit.
42. exempt from wiring self power generation light switch system according to according to claim 37, and it is characterized in that, described constant voltage circuit is at least two diodes of series connection.
43. according to claim 42ly exempt from wiring self power generation light switch system, and it is characterized in that, described constant voltage circuit is at least two silicon diodes of series connection.
44. exempt from wiring self power generation light switch system according to according to claim 37, and it is characterized in that, described constant voltage circuit is at least three germanium diodes of series connection.
45. exempt from wiring self power generation light switch system according to according to claim 37, and it is characterized in that, described constant voltage circuit is by the integrated circuit of two ends constant voltage, or the separating element circuit of two ends constant voltage realizes.
46. exempt from wiring self power generation light switch system according to according to claim 37, and it is characterized in that, described constant voltage circuit is, forward series connection obtains at least two silicon diodes, with at least two silicon diodes of differential concatenation, in parallel.
47. exempt from wiring self power generation light switch system according to according to claim 37, and it is characterized in that, described constant voltage circuit is, forward series connection at least three germanium diodes, with differential concatenation at least three germanium diodes, in parallel.
48. according to exempting from wiring self power generation light switch system in claim 1-23 described in any one, and it is characterized in that, described wireless receiving module is also provided with a manual key.
49. according to claim 48ly exempt from wiring self power generation light switch system, and it is characterized in that, described manual key is mechanical contact button, or touch control induction key-press.
50. according to claim 48ly exempt from wiring self power generation light switch system, and it is characterized in that, receiver casing front is provided with control panel, and described manual key is arranged on described control panel.
51. according to claim 50ly exempt from wiring self power generation light switch system, it is characterized in that toughened glass after described control panel front covers arranges the induction point with touch control induction key-press below toughened glass.
52. according to claim 50ly exempt from wiring self power generation light switch system, and it is characterized in that, described control panel is of a size of, and length is 5 ~ 11cm, and width is 5 ~ 11cm, and thickness is 2 ~ 10mm.
53. according to claim 50ly exempt from wiring self power generation light switch system, and it is characterized in that, described control panel rear is described receiver casing, and described receiver casing sectional dimension is less than control panel sectional dimension.
54. according to claim 53ly exempt from wiring self power generation light switch system, and it is characterized in that, described receiver casing is controlled panel mask.
55. according to claim 52ly exempt from wiring self power generation light switch system, and it is characterized in that, described receiver casing is of a size of, and length is 4 ~ 10cm, and width is 4 ~ 10cm, and thickness is 1 ~ 3cm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520365012.4U CN204906767U (en) | 2015-05-29 | 2015-05-29 | Exempt from wiring from generating electricity light switch system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520365012.4U CN204906767U (en) | 2015-05-29 | 2015-05-29 | Exempt from wiring from generating electricity light switch system |
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| Publication Number | Publication Date |
|---|---|
| CN204906767U true CN204906767U (en) | 2015-12-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520365012.4U Active CN204906767U (en) | 2015-05-29 | 2015-05-29 | Exempt from wiring from generating electricity light switch system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106973460A (en) * | 2017-04-01 | 2017-07-21 | 深圳市无电通科技有限公司 | Exempt from the illuminator and its application process of cloth control line |
| WO2017166146A1 (en) * | 2016-03-31 | 2017-10-05 | 肇庆市衡艺实业有限公司 | Wireless switch device |
| CN108595032A (en) * | 2018-05-10 | 2018-09-28 | 东南大学 | A kind of self power generation energy-saving wireless mouse using pressing power generation |
| CN108776442A (en) * | 2018-04-28 | 2018-11-09 | 武汉领普科技有限公司 | A kind of self power generation passive switch and its working method |
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2015
- 2015-05-29 CN CN201520365012.4U patent/CN204906767U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017166146A1 (en) * | 2016-03-31 | 2017-10-05 | 肇庆市衡艺实业有限公司 | Wireless switch device |
| CN106973460A (en) * | 2017-04-01 | 2017-07-21 | 深圳市无电通科技有限公司 | Exempt from the illuminator and its application process of cloth control line |
| CN108776442A (en) * | 2018-04-28 | 2018-11-09 | 武汉领普科技有限公司 | A kind of self power generation passive switch and its working method |
| CN108595032A (en) * | 2018-05-10 | 2018-09-28 | 东南大学 | A kind of self power generation energy-saving wireless mouse using pressing power generation |
| CN108595032B (en) * | 2018-05-10 | 2021-06-25 | 东南大学 | Self-generating energy-saving wireless mouse capable of generating electricity by pressing |
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