CN103002618A

CN103002618A - LED lighting device

Info

Publication number: CN103002618A
Application number: CN2012101196617A
Authority: CN
Inventors: 陈明允
Original assignee: Living Style Enterprises Ltd
Current assignee: Living Style Enterprises Ltd
Priority date: 2011-09-09
Filing date: 2012-04-20
Publication date: 2013-03-27
Anticipated expiration: 2032-04-20
Also published as: CN103002618B

Abstract

The invention discloses an LED lighting device which comprises a lamp body and a mains induction circuit. The lamp body comprises an LED lamp set, a spare power device and a control circuit, and the spare power device and the LED lamp set are respectively connected with the control circuit. When no mains supply exists, the mains induction circuit can provide a blackout signal to the control circuit, and after receiving the blackout signal, the control circuit enables the spare power device to be connected with at least part of LED lamps in the LED lamp set for starting emergency lighting. Reasons of losing power supply can be identified through the mains induction circuit to avoid the LED lighting device from maloperations, and when the mains supply is in a blackout state, power, needed to be consumed, of the LED lamp set is smaller, so that time of emergency lighting can be prolonged.

Description

The LED lighting device

Technical field

The present invention relates to LED lighting device technical field, especially relate to a kind of LED lighting device with function of emergency illumination or power failure detecting function.

Background technology

In the prior art, the LED lighting device is used in the indoor environments such as office, family in large quantities, and the LED lighting device is to see through a switch and be electrically connected at a mains supply, that is the user can make by control switch the LED lighting device shinny or extinguish.In addition, the existing corridor emergency light that is used for providing emergency lighting, as long as its electricity consumption power supply is cut off, which kind of reason no matter, as pull out power line, cut off switch or be that civil power is power down mode, the corridor emergency light all can be lit and emergency lighting is provided.

Yet, be to have difficulty if want to make the LED lighting device to have can provide the function of emergency lighting such as the corridor emergency light.In detail, the corridor emergency light is that None-identified loses the reason that power supply provides, that is can't distinguish that power failure, switch disconnect or power line has been pulled out; Therefore, if the technology of corridor emergency light is applied to general LED lighting device, then same None-identified loses the reason that power supply provides, thus, when a user wants to leave the environment for use of LED lighting device and during cut-off switch, it is disconnected and produce misoperation that erroneous judgement will appear in the LED lighting device, that is the LED lighting device does not only extinguish, more start emergency lighting

In addition, existing mostly only have single lamp main body in order to the LED lighting device that emergency lighting is provided, so that when civil power was power down mode, single lamp main body must provide the illumination of environment on a large scale, so the stand-by power supply of LED lighting device is easy to just consume.

Be with, how to make general LED lighting device have the function of emergency lighting and misoperation can not occur, and when the LED lighting device provides emergency lighting, can have energy-conservation effect, in fact be necessary to give technical breakthrough.

Summary of the invention

One of technical problem that the present invention solves is, for the prior art above shortcomings, provide a kind of when having a power failure the LED lighting device of automatically starting, it can be identified and lose the reason that power supply provides, when having a power failure, start emergency lighting, avoid occurring misoperation.

One of technical problem that the present invention solves is, for the prior art above shortcomings, provide a kind of when having a power failure the LED lighting device of automatically starting, it expends less power when having a power failure makes LED lamp group that emergency lighting is provided, to prolong the emergency lighting time.

One of technical problem that the present invention solves is, for the prior art above shortcomings, provide a kind of when having a power failure the LED lighting device of automatically starting, it does not need additionally to occupy usage space or additionally occupies general commercial power socket just can provide emergency lighting, and can identify lose that power supply provides former thereby avoid occurring misoperation.

The technical solution adopted for the present invention to solve the technical problems provides a kind of LED lighting device, it comprises lamp main body and civil power sensor circuit, this lamp main body comprises LED lamp group, standby power supply device and control circuit, this LED lamp group and this standby power supply device are electrically connected at respectively this control circuit, and at least part of LED lamp in this LED lamp group is in response to the power supply of the power supply of a mains supply or this standby power supply device and export illuminating ray; This civil power sensor circuit is arranged in the electrical installation, and this electrical installation is connected in a general commercial power socket, and in order to an electric function to be provided; Wherein, can't power when giving this general commercial power socket in this mains supply, this civil power sensor circuit is exported a power cut signal to this control circuit, so that at least part of LED lamp in this LED lamp group is given in this standby power supply device power supply.

Preferably, this electrical installation is indoor electric appliance device or outdoor electric device, and this electrical installation more comprises human inductor, whether there is a human body to enter in the reconnaissance range in order to detect, and when this human inductor is detected this human body and is entered in this reconnaissance range, produce a human-induced signal, so that this electrical installation provides this electric function.

Preferably, this electrical installation more comprises optical inductor, in order to detect the ambient brightness of living in of this electrical installation.

Preferably, this electrical installation is mini light night, and this electric function is illumination functions; Wherein, this electrical installation more comprises adjusting knob, is used for operating to select this mini light night to be in any one of multiple operation mode for a user.

Preferably, this multiple operation mode comprises open mode, automatic mode and " shut " mode"; Wherein, when this mini light night is in this open mode, the permanent output of this mini light night illuminating ray; When this mini light night was in this automatic mode, this mini light night detected in this human inductor and exports illuminating ray when this human body enters in this reconnaissance range; And when this mini light night was in " shut " mode", this mini light night perseverance was not exported illuminating ray.

Preferably, this electrical installation is power extension cord socket, monitoring arrangement or is fan assembly.

Preferably, this standby power supply device is dry cell, storage battery or is lithium battery, and this standby power supply device is arranged at the inside of this lamp main body, or is the outside that is connected in this lamp main body; Wherein, this lamp main body is an induction type or non-induction type LED bulb, an induction type or non-induction type LED fluorescent tube, an indoor/outdoor induction type or non-Induction lamp, an induction type or non-induction type plant light fixture or is an induction type or non-induction type work light.

Preferably, this control circuit comprises wireless signal receiving circuit, and this civil power sensor circuit comprises the wireless signal transtation mission circuit, when giving this general commercial power socket can't power in this mains supply, export this power cut signal to this wireless signal receiving circuit, and/or when this mains powered is given this general commercial power socket, export an incoming telephone signal to this wireless signal receiving circuit.

Preferably, this LED lamp group is exported the illuminating ray with one first lighting parameter in response to the power supply of this mains supply, and this LED lamp group is exported the illuminating ray with one second lighting parameter in response to the power supply of this standby power supply device.

Preferably, this LED lamp group comprises one the one LED lamp group and one the 2nd LED lamp group at least, and a LED lamp group has the illuminating ray of this first lighting parameter in order to output, and the 2nd LED lamp group has the illuminating ray of this second lighting parameter in order to output; Wherein, the power of LED lamp group required consumption when output has the illuminating ray of this first lighting parameter is greater than the power of the 2nd LED lamp group required consumption when output has the illuminating ray of this second lighting parameter.

Preferably, this control circuit more comprises mains-supplied circuit and power failure control circuit, and this mains-supplied circuit is electrically connected at a LED lamp group, and should comprise voltage stabilizing circuit, charging circuit and the first control chip by the power failure control circuit; Wherein, this voltage stabilizing circuit is electrically connected between this mains-supplied circuit and this charging circuit, this charging circuit is electrically connected between this voltage stabilizing circuit and this standby power supply device, this first control chip is electrically connected between this standby power supply device and the 2nd LED lamp group, and this wireless signal receiving circuit is electrically connected at a signal input part of this first control chip.

Preferably, this civil power sensor circuit more comprises rectification circuit, transforming circuit, low pressure voltage stabilizing circuit, the second control chip and low tension feed unit, and this second control chip has one first power input, a second source input and a wireless signal output at least; Wherein, this rectification circuit is electrically connected at this transforming circuit, this transforming circuit is electrically connected at this low pressure voltage stabilizing circuit, this low pressure voltage stabilizing circuit is electrically connected at this first power input, this low tension feed unit is electrically connected at this second source input, and this wireless signal transtation mission circuit is electrically connected at this wireless signal output.

Preferably, this civil power sensor circuit more comprises the switching signal control chip, and it is electrically connected at this second control chip.

The present invention also provides a kind of LED lighting device, it comprises lamp main body and city's electrical induction device, this lamp main body comprises LED lamp group, standby power supply device and control circuit, and this LED lamp group and this standby power supply device are electrically connected at respectively this control circuit, and this LED lamp group is exported the illuminating ray with one first lighting parameter in response to the power supply of a mains supply, or is to export the illuminating ray with one second lighting parameter in response to the power supply of this standby power supply device; This city's electrical induction device comprises the civil power sensor circuit, and it is used to this mains supply and can't powers when giving this city electrical induction device, exports a power cut signal to this control circuit, so that this LED lamp group is given in this standby power supply device power supply.

Preferably, this standby power supply device is dry cell, storage battery or is lithium battery, and this standby power supply device is arranged at the inside of this lamp main body, or is the outside that is connected in this lamp main body; Wherein, this lamp main body is an induction type or non-induction type LED bulb, an induction type or non-induction type LED fluorescent tube, indoor/outdoor induction type or non-Induction lamp, an induction type or non-induction type plant light fixture or is an induction type or non-induction type work light.

Preferably, this control circuit comprises wireless signal receiving circuit, and this civil power sensor circuit comprises the wireless signal transtation mission circuit, when giving this city electrical induction device can't power in this mains supply, export this power cut signal to this wireless signal receiving circuit, and/or when this mains powered is given this city electrical induction device, export an incoming telephone signal to this wireless signal receiving circuit.

Preferably, this LED lamp group lamp group comprises one the one LED lamp group and one the 2nd LED lamp group at least, the one LED lamp group has the illuminating ray of this first lighting parameter in order to output, and the 2nd LED lamp group has the illuminating ray of this second lighting parameter in order to output; Wherein, the power of LED lamp group required consumption when output has the illuminating ray of this first lighting parameter is greater than the power of the 2nd LED lamp group required consumption when output has the illuminating ray of this second lighting parameter.

Preferably, this city's electrical induction device is plugged in a general commercial power socket, or is to be arranged in the electrical installation.

Preferably, this electrical installation is indoor electric appliance device or outdoor electric device, and this electrical installation more comprises human inductor, whether there is a human body to enter in the reconnaissance range in order to detect, and when this human inductor is detected this human body and is entered in this reconnaissance range, produce a human-induced signal, so that this indoor electric appliance device provides this electric function.

Preferably, this electrical installation is mini light night, and this electric function is illumination functions; Wherein, this electrical installation more comprises adjusting knob, and a user selects this mini light night to be in the multiple operation mode any one by this adjusting knob of operation.

The present invention also provides a kind of LED lighting device, it comprises lamp main body and city's electrical induction device, this lamp main body comprises LED lamp group, standby power supply device and control circuit, this LED lamp group and this standby power supply device are electrically connected at respectively this control circuit, and at least part of LED lamp in this LED lamp group is in response to the power supply of the power supply of a mains supply or this standby power supply device and export illuminating ray; This city's electrical induction device is connected in a general commercial power socket, and comprise civil power sensor circuit and human body sensing element, this civil power sensor circuit is used to this mains supply and can't powers when giving this city electrical induction device, export a power cut signal to this control circuit, so that at least part of LED lamp in this LED lamp group is given in this standby power supply device power supply, and whether this human body sensing element has a human body to enter in order to detect in the reconnaissance range, and when this human body sensing element is detected this human body and entered in this reconnaissance range, produce a human-induced signal so that an alarm function or an automatic illuminating function to be provided.

Preferably, this human body sensing element is human body infrared (PIR) sensing element of passive type or microwave (Microwave) sensing element.

Preferably, this LED lighting device more comprises speaker unit, to export a continuity sound or an intermittent sound when this human body sensing element produces this human-induced signal, so that this alarm function to be provided.

Preferably, this speaker unit is arranged on this city's electrical induction device, or is to be arranged on this lamp main body.

Preferably, when this human body sensing element produces this human-induced signal, this human-induced signal is transferred to this control circuit, so that at least part of LED lamp in this LED lamp group is exported illuminating ray constantly, or be to make at least part of LED lamp in this LED lamp group export off and on illuminating ray.

Preferably, when this human body sensing element produced this human-induced signal, this human-induced signal was transferred to a long distance control system, so that this alarm function to be provided.

Preferably, this standby power supply device comprises dry cell, storage battery, lithium battery, solar cell or is to see through in the standby power supply device that a universal serial bus (USB) interface powers at least one, and this standby power supply device is arranged at the inside of this lamp main body, or is the outside that is connected in this lamp main body; Wherein, this lamp main body is an induction type or non-induction type LED bulb, one induction type or non-induction type LED fluorescent tube, one indoor/outdoor induction type or non-Induction lamp, one induction type or non-induction type plant light fixture, or be any one in the induction type work light, and this indoor/outdoor induction type or non-Induction lamp are at least an induction type or non-induction type ceiling lighting, one induction type or non-induction type Garden luminaire, or be an induction type or non-induction type imperial palace light fixture, and this induction type or non-induction type work light are at least sprayable induction type or a non-induction type work light, but or be induction type or the non-induction type work light of a humidification.

Preferably, described LED lighting device more comprises another lamp main body, and this lamp main body and this another lamp main body comprise respectively wireless communication module and another wireless communication module, and set up a communication channel in response to this human-induced signal between this first wireless communication module and this another wireless communication module, in order to do the light and shade function of this lamp main body of control and/or another lamp main body.

Preferably, in this wireless communication module and this another wireless communication module any one, be all the electromagnetic wave wireless communication module that belongs to the invisible light wavelength coverage, and arbitrary electromagnetic wave wireless communication module is at least a 313.325MHz wireless communication module, one 433MHz wireless communication module, one 418MHz wireless communication module, one 2.4GHz wireless communication module, one 5.8GHz wireless communication module, one 10GHz wireless communication module, one bluetooth wireless communication module, one Wi-Fi wireless communication module, one near-field communication (NFC) wireless communication module, one Z-Wave wireless communication module or be in the ZigBee wireless communication module any one.

Preferably, any one in this wireless communication module and this another wireless communication module is all radio communication (visible light communications, the VLC) module that belongs to the visible light spectrum section.

Preferably, this city's electrical induction device more comprises photoinduction element, produces output one photoinduction signal in order to detect the ambient brightness in the reconnaissance range.

Preferably, this city's electrical induction device is plugged in this general commercial power socket, or is to be arranged in the electrical installation.

Preferably, this electrical installation is mini light night, power extension cord socket, monitoring arrangement, fan assembly or is Photoinduction device.

The present invention also provides a kind of LED lighting device, it comprises lamp main body, civil power sensor circuit and functional circuit, this lamp main body comprises LED lamp group, standby power supply device and control circuit, this LED lamp group and this standby power supply device are electrically connected at respectively this control circuit, and at least part of LED lamp in this LED lamp group is in response to the power supply of the power supply of a mains supply or this standby power supply device and export illuminating ray; This civil power sensor circuit is used to this mains supply and can't powers when giving this city electrical induction device, exports a power cut signal to this control circuit, so that at least part of LED lamp in this LED lamp group is given in this standby power supply device power supply; This functional circuit provides a specific function in order to drive this LED lighting device.

Preferably, this civil power sensor circuit and this functional circuit are arranged in the electrical installation jointly, and this electrical installation separate connection is in a general commercial power socket, or be that this civil power sensor circuit and this functional circuit are arranged in city's electrical induction device jointly, and this city's electrical induction device separate connection is in this general commercial power socket.

Preferably, this specific function comprise the human induction switch pattern that enters, an anti-theft modes, a power-off lighting pattern, a pattern with an automatic light meter, a sleep pattern, one holiday at least one play mode, group's control model, an illumination balanced mode, an energy saver mode, of pattern, an emergency mode, an audio control pattern, a music and broadcasting start the replacement pattern of this LED lighting device or start in the communicator at least one.

LED lighting device of the present invention can be identified by the civil power sensor circuit and lose the reason that power supply provides, and starts emergency lighting when having a power failure, and avoids occurring misoperation; And LED lamp group expends less power so that emergency lighting to be provided when having a power failure, thereby can prolong the emergency lighting time; Do not need when the invention provides emergency lighting simultaneously additionally to occupy usage space or additionally occupy general commercial power socket.

Description of drawings

Fig. 1 is that LED lighting device of the present invention is in the block schematic diagram of the first preferred embodiment.

Fig. 2 is that LED lighting device of the present invention is in the surface structure schematic diagram of the lamp main body of the first preferred embodiment.

Fig. 3 is the three-dimensional exploded view of the subelement of lamp main body shown in Figure 2.

Fig. 4 is the circuit diagram of the control circuit of lamp main body shown in Figure 2.

Fig. 5 is the operation workflow figure of lamp main body shown in Figure 2.

Fig. 6 is that LED lighting device of the present invention is in the circuit diagram of the civil power sensor circuit of a preferred embodiment.

Fig. 7 is the operation workflow figure of civil power sensor circuit shown in Figure 6.

Fig. 8 is the surface structure schematic diagram of the electrical installation of being provided with of preferred embodiment civil power sensor circuit shown in Figure 6.

Fig. 9 is the surface structure schematic diagram at another visual angle of electrical installation shown in Figure 6.

Figure 10 is the three-dimensional exploded view of the subelement of electrical installation shown in Figure 6.

Figure 11 is that city's electrical induction device is in the concept block schematic diagram of a preferred embodiment.

Figure 12 is that LED lighting device of the present invention is in the first concept block schematic diagram of the second preferred embodiment.

Figure 13 is that LED lighting device of the present invention is in the second concept block schematic diagram of the second preferred embodiment.

Figure 14 is that LED lighting device of the present invention is in the 3rd concept block schematic diagram of the second preferred embodiment.

Figure 15 is a better structural representation with bulb of microwave induced module.

Figure 16 is a better structural representation with fluorescent tube of microwave induced module.

Figure 17 is that LED lighting device of the present invention is in the concept block schematic diagram of the 3rd preferred embodiment.

Figure 18 is that LED lighting device of the present invention is in the concept block schematic diagram of the 4th preferred embodiment.

Embodiment

See also Fig. 1, it is that LED lighting device of the present invention is in the block schematic diagram of the first preferred embodiment.The LED lighting device comprises lamp main body 1 and civil power sensor circuit 241, and lamp main body 1 is two independently elements with civil power sensor circuit 241; Wherein, lamp main body 1 comprises LED lamp group 14, standby power supply device 15 and control circuit 121, and civil power sensor circuit 241 is electrically connected at a general commercial power socket 8, whether is power down mode with detecting mains supply 9.

In detail, when mains supply 9 can't be powered when giving general commercial power socket 8, civil power sensor circuit 241 can be exported a power cut signal to the control circuit 121 of lamp main body 1, so that at least part of LED lamp in the LED lamp group 14 is given in standby power supply device 15 power supplies, and then make lamp main body 1 output illuminating ray.

The preferably sees through the mode signal transmission of radio communication between the control circuit 121 of lamp main body 1 and the civil power sensor circuit 241, but not as limit.Wherein, the mode of radio communication can be selected the electromagnetic wave radio communication (RF) of invisible light wavelength coverage, or selects the electromagnetic wave radio communication (VLC) of visible light spectrum section.

Be the function that general lighting not only can be provided under mains supply 9 is the situation of normal power supply with, the lamp main body 1 of LED lighting device of the present invention, more can detect the function that Emergency Light is provided when mains supply 9 is power down mode in civil power sensor circuit 241.

The following stated only is preferred embodiment of the present invention, does not therefore limit protection scope of the present invention.See also Fig. 2～Fig. 7, Fig. 2 is that LED lighting device of the present invention is in the surface structure schematic diagram of the lamp main body of the first preferred embodiment, Fig. 3 is the three-dimensional exploded view of the subelement of lamp main body shown in Figure 2, Fig. 4 is the circuit diagram of the control circuit of lamp main body shown in Figure 2, Fig. 5 is the operation workflow figure of lamp main body shown in Figure 2, Fig. 6 be LED lighting device of the present invention in the circuit diagram of the civil power sensor circuit of a preferred embodiment, Fig. 7 is the operation workflow figure of civil power sensor circuit shown in Figure 6.

Lamp main body 1 comprises lamp holder 11, control circuit board 12, can take in the aluminum lamp housing 13 of control circuit board 12, LED lamp group 14 and standby power supply device 15, and be formed with a control circuit 121 that is electrically connected with standby power supply device 15 and LED lamp group 14 on the control circuit board 12, as shown in Figure 4, and civil power sensor circuit 241 is electrically connected at a general commercial power socket (among the figure indicate).Wherein, when mains supply can be powered when giving general commercial power socket, civil power sensor circuit 241 can provide an incoming telephone signal to control circuit 121, and can't power when giving general commercial power socket when mains supply, 241 of civil power sensor circuits provide a power cut signal to control circuit 121, at this moment, at least part of LED lamp in the standby power supply device 15 meeting connection LED lamp groups 14 is to provide emergency lighting, that is when civil power is power down mode, the part LED lamp that can design in the LED lamp group 14 is lit, or is that whole LED lamps that can design in the LED lamp group 14 all are lit.

Moreover, standby power supply device 15 can comprise dry cell, storage battery, lithium battery, solar cell or be to see through in the standby power supply device that universal serial bus (USB) interface powers at least one, although be the inside that standby power supply device 15 is arranged at lamp main body 1 in the present embodiment, yet standby power supply device 15 is the standby power supply device of a circumscribed and clamping or be coupled to the outside of lamp main body 1 also, but easy maintenance and replacement thus.

In addition, when standby power supply device 15 comprises dry cell, storage battery, lithium battery, solar cell or is to see through in the standby power supply device that universal serial bus (USB) interface powers the two when above, this the two above electric energy can supply to give at least part of LED lamp in the LED lamp group 14 in turn according to practical application request, or is that this two above electric energy can be according to practical application request respectively for the corresponding LED lamp that gives in the LED lamp group 14.

Again, lamp main body 1 shown in Figure 2 only is a kind of enforcement aspect, and its profile also can be an induction type or non-induction type LED bulb, an induction type or non-induction type LED fluorescent tube, an indoor/outdoor induction type or non-Induction lamp, an induction type or non-induction type plant light fixture or is in an induction type or the non-induction type work light any one.

And above-mentioned this induction type or non-induction type indoor/outdoor light fixture are at least an induction type or non-induction type ceiling lighting, an induction type or non-induction type Garden luminaire or an induction type or non-induction type imperial palace light fixture; In addition, but this induction type or non-induction type work light are at least a sprayable induction type or induction type or the non-induction type work light of non-induction type work light or a humidification.Wherein, above-mentioned lamp main body is extensive use at present, no longer illustrates here, also repeats no more.

Certainly, the present invention also is applicable to the lamp main body of other type, so protection scope of the present invention is not limited to the profile of above-mentioned listed lamp main body.

Moreover, in this preferred embodiment, the control circuit 121 of lamp main body 1 comprises a wireless signal receiving circuit 1211, civil power sensor circuit 241 then comprises a wireless signal transtation mission circuit 2411, when giving general commercial power socket can't power in mains supply, send a power cut signal to wireless signal receiving circuit 1211, and when mains powered is given general commercial power socket, send an incoming telephone signal to wireless signal receiving circuit 1211.Owing to be the mode signal transmission that sees through radio communication between the control circuit 121 of civil power sensor circuit 241 and lamp main body 1, and do not need to connect with wire in addition, so upper convenient in using.

Again, in this preferred embodiment, the LED lamp group 14 of lamp main body 1 comprises at least in order to the LED lamp group that illumination is provided in response to the power supply of mains supply (not indicating among the figure) and in order to the 2nd LED lamp group 142 of illumination to be provided in response to the power supply of standby power supply device 15, as shown in Figure 4.What specify is, the illuminating ray that a LED lamp group is exported has the first lighting parameter, and the illuminating ray that the 2nd LED lamp group 142 is exported has the second lighting parameter, so the user can distinguish easily whether civil power is in the state of normal power supply.For instance, the first lighting parameter and the second lighting parameter can be respectively the first brightness of illumination and the second brightness of illumination, and the first brightness of illumination is greater than the second brightness of illumination, also because so, so that the power of the power of the 2nd LED lamp group 142 output required consumption when having the illuminating ray of the second brightness of illumination required consumption when having the illuminating ray of the first brightness of illumination less than LED lamp group output, be able to by this when civil power is power down mode, increase standby power supply device 15 to the time of the 2nd LED lamp group 142 power supplies, that is the user can have the longer emergency lighting time.Certainly, upper number only is a kind of enforcement aspect, and the first lighting parameter also can be same as the second lighting parameter.

Again, in this preferred embodiment, control circuit 121 more comprises mains-supplied circuit (not indicating among the figure) and power failure control circuit 1212, the mains-supplied circuit is electrically connected at a LED lamp group, and power failure control circuit 1212 comprises voltage stabilizing circuit 12121, charging circuit 12122 and the first control chip U2, wherein, voltage stabilizing circuit 12121 is electrically connected between mains-supplied circuit and the charging circuit 12122, charging circuit 12122 is electrically connected between voltage stabilizing circuit 12121 and the standby power supply device 15, the first control chip U2 is electrically connected between standby power supply device 15 and the 2nd LED lamp group 142, and wireless signal receiving circuit 1211 is electrically connected at the signal input part of the first control chip U2.

Furthermore, the power output end of mains-supplied circuit connects the power input of voltage stabilizing circuit 12121, the power output end of voltage stabilizing circuit 12121 connects the power input of charging circuit 12122, the power output end of charging circuit 12122 connects standby power supply device 15, standby power supply device 15 is connected in the power input of control chip U2, and the 2nd LED lamp group 142 is connected in the power output end of control chip U2.In detail, voltage stabilizing circuit 12121 comprises voltage stabilizing chip U3, preferably, voltage stabilizing chip U3 selects the 78L05 model, its the 3rd pin is in order to connect the power output end of mains-supplied circuit, and its 1st pin is in order to the power output end as voltage stabilizing circuit 12121, and its 2nd pin is in order to ground connection.

Again, charging circuit 12122 comprises charging chip U4, the preferably, charging chip is selected the LT4504 model, its the 1st pin is electrically connected at the 1st pin of voltage stabilizing chip U3, and be in series with resistance R 1 and charging indicator light LED3 between the two, and the 2nd pin of charging chip U4 and the 5th pin be respectively in order to ground connection, and the 3rd pin of charging chip U4 is in order to the power output end as charging circuit 6.

Again, the preferably, control chip U2 selects the SD7823P-8 model, and wireless signal receiving circuit 1211 is connected in the 7th pin of control chip U2, and the high voltage end of the 2nd LED lamp group 142 is connected in the 3rd pin of control chip U2, the low-voltage end ground connection of the 2nd LED lamp group 142.

Moreover when civil power was normal power supply, control chip U2 can receive incoming telephone signal, and this moment, control chip U2 blocked standby power supply device 15, standby power supply device 15 can't be powered to the 2nd LED lamp group 142, so the 2nd LED lamp group 142 can not be exported illuminating ray; Simultaneously because civil power is the state of normal power supply, so when mains-supplied circuit and the actuating switch between mains supply of lamp main body 1 (do not indicate among the figure, as be arranged at switch on the wall) when being opened, the one LED lamp group gets final product driven lighting and illuminating ray is provided, and the mains-supplied circuit also simultaneously to charging circuit 12122 power supplies, charges to make 12122 pairs of standby power supply devices 15 of charging circuit.

On the contrary, when civil power is power down mode, 15 of standby power supply devices provide power supply for control chip U2, and when control chip U2 receives power cut signal, control chip U2 is standby power supply device 15 and the 2nd LED lamp group 142 and electrically conducts, give the 2nd LED lamp group 142 so standby power supply device 15 can be powered, and then drive the 2nd LED lamp group 142 output illuminating raies.

Again, in this preferred embodiment, civil power sensor circuit 241 more comprises rectification circuit 2411, transforming circuit 2412, low pressure voltage stabilizing circuit 2413, the second control chip U12 and low tension feed unit 2414, and this second control chip U12 has the first power input (the 1st pin), second source input (the 7th pin) and wireless signal output (the 9th pin) at least; Wherein, rectification circuit 2411 is electrically connected at transforming circuit 2412, transforming circuit 2412 is electrically connected at low pressure voltage stabilizing circuit 2413, low pressure voltage stabilizing circuit 2413 is electrically connected at the first power input (the 1st pin), low tension feed unit 2414 is electrically connected at second source input (the 7th pin), and wireless signal transtation mission circuit 2411 is electrically connected at wireless signal output (the 9th pin).

Furthermore, low tension feed unit 2414 comprises another voltage stabilizing circuit 24141, another charging circuit 24142 and another standby power supply device 24143, and this another voltage stabilizing circuit 24141, this another charging circuit 24142 and this another standby power supply device 24143 and annexation thereof are same as respectively voltage stabilizing circuit 12121, charging circuit 12122 and standby power supply device 15 in the aforementioned power failure control circuit 1212, so repeat no more here.

Again, civil power sensor circuit 241 also comprises a switching signal control chip SW1, and switching signal control chip SW1 connects the second control chip U12; The preferably, the second control chip U12 selects the SD7823P-14 model, and switching signal control chip SW1 selects the 2S-24D02 model; Wherein, the 7th pin of the second control chip U12 is connected in low tension feed unit 2414, the 1st pin of the second control chip U12 is in order to as the first power input, and be electrically connected at the power output end of low pressure voltage stabilizing circuit 2413, again, the 3rd pin of the second control chip U12 is electrically connected at the 3rd pin and the 4th pin of switching signal control chip SW1, the 9th pin that the 4th pin of the second control chip U12 is electrically connected at switching signal control chip SW1 connects with the 10th pin, the 9th pin of the second control chip U12 is in order to as signal output part, and is electrically connected at the signal receiving end of wireless signal transtation mission circuit 2411.

Moreover, when civil power is power down mode, the current potential of the 1st pin of the second control chip U12 can change, so that the 9th pin of the second control chip U12 is to wireless signal transtation mission circuit 2411 outputs one power cut signal, wireless signal transtation mission circuit 2411 is sent to this power cut signal the wireless signal receiving circuit 1211 in the control circuit 121 of lamp main body 1 again, thereby so that the standby power supply device 15 of lamp main body 1 is activated, and then make 142 groups on the 2nd LED lamp that emergency lighting is provided.

What specify is, the civil power sensor circuit 241 of LED lighting device of the present invention can be arranged at one and provide in the electrical installation of electric function, or be an element that belongs to individually in city's electrical induction device, and above-mentioned electrical installation can be an indoor electric appliance device, an or outdoor electric device, such as power extension cord socket, monitoring arrangement, fan assembly etc., but not as limit.

See also Fig. 8～Figure 10, Fig. 8 is the surface structure schematic diagram of the electrical installation of being provided with of preferred embodiment civil power sensor circuit shown in Figure 6, Fig. 9 is the surface structure schematic diagram at another visual angle of electrical installation shown in Figure 6, and Figure 10 is the three-dimensional exploded view of the subelement of electrical installation shown in Figure 6.

In this preferred embodiment, electrical installation 2 is one can directly be plugged in the mini light night of general commercial power socket, or one can be plugged in the socket of a power extending line and indirectly be electrically connected at the mini light night of commercial power socket, it comprises light emitting device group 21, cylinder 22, human inductor 23, circuit board 24, plug rotating disk 25, adjusting knob 26 and plug 27, and civil power sensor circuit 241 shown in Figure 6 is formed on the circuit board 24.

Wherein, human inductor 23 can be human body infrared (PIR) sensing element of a passive type or a microwave (Microwave) sensing element, whether it has human body to enter in order to detect in reconnaissance range, and when human inductor 23 these human bodies of detecting enter in the reconnaissance range, then produce a human-induced signal, so that mini light night provides illumination functions, so to reach energy-saving effect.Moreover light emitting device group 21 is fixed in the made cylinder of transparent material 22, and the user can be according to practical application request autorotation cylinder 22 to change the direction of illumination of light-emitting component.In addition, plug 27 is incorporated into revolvable plug rotating disk 25, and the user also can change according to practical application request the direction of plug 27.

Again, adjusting knob 26 is electrically connected at switching signal control chip SW1, and the user can make corresponding conditioning signal to the second control chip U12 of signal controlling chip SW1 output by this adjusting knob of operation, and then selects the operating mode of mini light night.In detail, the operating mode of mini light night comprises an open mode, an automatic mode and a " shut " mode" in this preferred embodiment, and when mini light night was in open mode, mini light night is the permanent output illuminating ray that keeps then; When this mini light night was in automatic mode, mini light night then only detected in human inductor and exports illuminating ray when human body enters in the reconnaissance range; And when mini light night was in " shut " mode", mini light night was not then exported illuminating ray.

Moreover mini light night more can comprise an optical inductor (among the figure indicate), in order to the brightness of the environment of living in of detecting mini light night, so that the operating mode of above-mentioned mini light night elasticity more.For instance, automatic mode is variable to be designed to comprise the first automatic mode and the second automatic mode, the first automatic mode represents mini light night can't export illuminating ray in the brightness of environment of living in during less than a special value, only detect in human inductor and just export illuminating ray when human body enters in the reconnaissance range, and the second automatic mode represent mini light night will the less illuminating ray of output brightness during less than a special value in the brightness of environment of living in, and detect human body larger illuminating ray of output brightness when entering in the reconnaissance range in human inductor.

Above-mentioned only is a kind of embodiment that civil power sensor circuit 241 is arranged at electrical installation 2 (mini light night), yet the art those of ordinary skill should all can obtain the technology of the present invention is included in via above-mentioned illustrating the enlightenment of other electrical installation easily.Because the civil power sensor circuit can not be an element that belongs to separately in city's electrical induction device, that is it can be arranged in the electrical installation that generally has other electric function, thereby can additionally not occupy usage space or additionally occupy general commercial power socket, so the present invention has substantial characteristics with significant progressive.

Certainly, civil power sensitive circuit also can belong to the element in city's electrical induction device individually.See also Figure 11, it is that city's electrical induction device is in the concept block schematic diagram of a preferred embodiment.City's electrical induction device 3 comprises civil power sensor circuit 241, human body sensing element 31 and speaker unit 32; Wherein, human body sensing element 31 can be human body infrared (PIR) sensing element of a passive type or a microwave (Microwave) sensing element, when human body sensing element 31 detectings one human body enters in its reconnaissance range, namely produce a human-induced signal to speaker unit 32, cause speaker unit 32 to send a continuity sound or an intermittent sound, warn and antitheft effect to reach.

In addition, above-mentioned only is a kind of embodiment, and speaker unit is not limited to and is arranged on city's electrical induction device 3, also can be arranged in the lamp main body 1, and be electrically connected at control circuit 121 (indicating among the figure); Furthermore, the human-induced signal that human body sensing element 31 produces can see through the wireless signal transtation mission circuit 2411 in the civil power sensor circuit 241 and be transferred to wireless signal receiving circuit 1211 in the control circuit 121 of lamp main body 1, and then the speaker unit that drives lamp main body 1 is sent a continuity sound or an intermittent sound, or be that at least part of LED lamp in the driving LED lamp group 14 is exported illuminating ray off and on, by this to reach caution and antitheft effect.

Moreover the human-induced signal that human body sensing element 31 produces also can see through wired mode or wireless mode and be transferred to long-range supervisory control system (not indicating among the figure), so that the monitor staff on the supervisory control system can make timely strained handling.

In addition, the present invention arranges the effect that human body sensing element 31 also can bring environmental protection on city's electrical induction device 3, that is to say, the LED lamp group 14 of lamp main body 1 only just can be exported illuminating ray when receiving the human-induced signal that comes from city's electrical induction device 3 or power cut signal, reach by this effect of energy saving.

Better person sees also Figure 12～Figure 14, and it is respectively LED lighting device of the present invention in the first concept block schematic diagram, the second concept block schematic diagram and the 3rd concept block schematic diagram of one second preferred embodiment.The LED lighting device more comprises another lamp main body 1 ', and is respectively arranged with wireless communication module 16 and another wireless communication module 16 ' in lamp main body 1 and another lamp main body 1 '.

Figure 12 has illustrated when lamp main body 1 receives the human-induced signal who comes from city's electrical induction device 3, sets up communication port between wireless communication module 16 and another wireless communication module 16 '.Figure 13 has illustrated to set up communication port between wireless communication module 16 and another wireless communication module 16 ' when lamp main body 1 and another lamp main body 1 ' all receive the human-induced signal who comes from city's electrical induction device 3.

Figure 14 has illustrated the LED lighting device more to comprise another city's electrical induction device 3 ', and city's electrical induction device 3 and another city's electrical induction device 3 ' comprise respectively a photoinduction element 33 and another photoinduction element 33 ', and the photoinduction signal that photoinduction element 33 and another photoinduction element 33 ' produce can be transmitting wirelessly to respectively lamp main body 1 and another lamp main body 1 ' as the human-induced signal; Wherein, when lamp main body 1 receive the human-induced signal that comes from city's electrical induction device 3 and/or photoinduction signal and the time, and/or when lamp main body 1 ' receives the human-induced signal that comes from city's electrical induction device 3 ' and/or photoinduction signal, set up communication port between wireless communication module 16 and another wireless communication module 16 '.

Wherein, by the communication between above-mentioned wireless communication module 16 and another wireless communication module 46, can reach the light and shade function of automatic control lamp tool main body 1 and/or another lamp main body 4, therefore can have the effect (particularly when the LED lighting device provides emergency lighting) of energy saving, export in turn or simultaneously illuminating ray such as lamp main body 1 and another lamp main body 1 ' according to actual environment condition (such as human-induced signal and/or the photoinduction signal that receives).

Wherein, wireless communication module used in the present invention, can be an electromagnetic wave wireless communication module that belongs to the invisible light wavelength coverage, and this electromagnetic wave wireless communication module can be a 313.325MHz wireless communication module at least, one 433MHz wireless communication module, one 418MHz wireless communication module, one 2.4GHz wireless communication module, one 5.8GHz wireless communication module, one 10GHz wireless communication module, one bluetooth wireless communication module, one Wi-Fi wireless communication module, one near-field communication (NFC) wireless communication module, one Z-Wave wireless communication module or be in the ZigBee wireless communication module any one; And not as limit.

In addition, wireless communication module used in the present invention, also can be a radio communication (visible light communications who belongs to the visible light spectrum section, VLC) module, that is utilize wavelength to be used as communication medium between 400THz (780nm) to the visible light of 800THz (375nm), so have the transmitting power height, without advantages such as electromagnetic interference and energy savings.

In addition, what will replenish especially is that the above-mentioned city of the present invention electrical induction device is except arranging in pairs or groups with the bulb in conjunction with the PIR inducing function shown in Figure 2, also can arrange in pairs or groups in conjunction with the fluorescent tube of PIR inducing function, or have the light fixture of bulb, fluorescent tube or other type of microwave induced function.Be depicted as example with Figure 15,16, it is has respectively bulb, the fluorescent tube that is provided with a microwave induced module 5.

Moreover the enlightenment that the art those of ordinary skill all can be obtained by above stated specification and the LED lighting device is carried out any change design according to practical application request is so that the LED lighting device provides more Multi-Programme.

For instance, see also Figure 17, it is that LED lighting device of the present invention is in the block schematic diagram of the 3rd preferred embodiment.The LED lighting device more comprises a functional circuit 34, and functional circuit 34 and civil power sensor circuit 241 are arranged in city's electrical induction device 3 ' jointly; Wherein, city's electrical induction device 3 ' is that separate connection is in this general commercial power socket, and functional circuit 34 provides a specific function in order to the driving LED lighting device, this specific function can comprise the human induction switch pattern that enters, one anti-theft modes, one power-off lighting pattern, one pattern with an automatic light meter, one sleep pattern, one holiday pattern, one emergency mode, one audio control pattern, one music and the play mode of broadcasting at least one, one group's control model, one illumination balanced mode, one energy saver mode, one starts the replacement pattern of this LED lighting device, or start in the communicator at least one, but not as limit.

Again for instance, see also Figure 18, its for LED lighting device of the present invention in the block schematic diagram of the 4th preferred embodiment, the 4th preferred embodiment roughly is similar to person described in the 3rd preferred embodiment, is namely no longer given unnecessary details at this.And the 4th preferred embodiment and aforementioned the 3rd embodiment difference are, functional circuit 28 and civil power sensor circuit 241 are jointly to be arranged in the electrical installation 2 '.

The above is preferred embodiment of the present invention only, is not to limit claim scope of the present invention, and therefore all other do not break away from the equivalence change of finishing under the disclosed spirit or modify, and all should be contained in the scope of the present invention.

Claims

1. a LED lighting device is characterized in that, comprising:

Lamp main body, comprise LED lamp group, standby power supply device and control circuit, this LED lamp group and this standby power supply device are electrically connected at respectively this control circuit, and at least part of LED lamp in this LED lamp group is in response to the power supply of the power supply of a mains supply or this standby power supply device and export illuminating ray; And

The civil power sensor circuit is arranged in the electrical installation, and this electrical installation is connected in a general commercial power socket, and in order to an electric function to be provided; Wherein, can't power when giving this general commercial power socket in this mains supply, this civil power sensor circuit is exported a power cut signal to this control circuit, so that at least part of LED lamp in this LED lamp group is given in this standby power supply device power supply.

2. LED lighting device as claimed in claim 1, it is characterized in that, this electrical installation is indoor electric appliance device or outdoor electric device, and this electrical installation more comprises human inductor, whether there is a human body to enter in the reconnaissance range in order to detect, and when this human inductor is detected this human body and entered in this reconnaissance range, produce a human-induced signal, so that this electrical installation provides this electric function.

3. LED lighting device as claimed in claim 2 is characterized in that, this electrical installation more comprises optical inductor, in order to detect the ambient brightness of living in of this electrical installation.

4. LED lighting device as claimed in claim 2 is characterized in that, this electrical installation is mini light night, and this electric function is illumination functions; Wherein, this electrical installation more comprises adjusting knob, is used for operating to select this mini light night to be in any one of multiple operation mode for a user.

5. LED lighting device as claimed in claim 4 is characterized in that, this multiple operation mode comprises open mode, automatic mode and " shut " mode"; Wherein, when this mini light night is in this open mode, the permanent output of this mini light night illuminating ray; When this mini light night was in this automatic mode, this mini light night detected in this human inductor and exports illuminating ray when this human body enters in this reconnaissance range; And when this mini light night was in " shut " mode", this mini light night perseverance was not exported illuminating ray.

6. LED lighting device as claimed in claim 2 is characterized in that, this electrical installation is power extension cord socket, monitoring arrangement or is fan assembly.

7. LED lighting device as claimed in claim 1 is characterized in that, this standby power supply device is dry cell, storage battery or is lithium battery, and this standby power supply device is arranged at the inside of this lamp main body, or is the outside that is connected in this lamp main body; Wherein, this lamp main body is an induction type or non-induction type LED bulb, an induction type or non-induction type LED fluorescent tube, an indoor/outdoor induction type or non-Induction lamp, an induction type or non-induction type plant light fixture or is an induction type or non-induction type work light.

8. LED lighting device as claimed in claim 1, it is characterized in that, this control circuit comprises wireless signal receiving circuit, and this civil power sensor circuit comprises the wireless signal transtation mission circuit, when giving this general commercial power socket can't power in this mains supply, export this power cut signal to this wireless signal receiving circuit, and/or when this mains powered is given this general commercial power socket, export an incoming telephone signal to this wireless signal receiving circuit.

9. LED lighting device as claimed in claim 8, it is characterized in that, this LED lamp group is exported the illuminating ray with one first lighting parameter in response to the power supply of this mains supply, and this LED lamp group is exported the illuminating ray with one second lighting parameter in response to the power supply of this standby power supply device.

10. LED lighting device as claimed in claim 9, it is characterized in that, this LED lamp group comprises one the one LED lamp group and one the 2nd LED lamp group at least, the one LED lamp group has the illuminating ray of this first lighting parameter in order to output, and the 2nd LED lamp group has the illuminating ray of this second lighting parameter in order to output; Wherein, the power of LED lamp group required consumption when output has the illuminating ray of this first lighting parameter is greater than the power of the 2nd LED lamp group required consumption when output has the illuminating ray of this second lighting parameter.

11. LED lighting device as claimed in claim 10, it is characterized in that, this control circuit more comprises mains-supplied circuit and power failure control circuit, this mains-supplied circuit is electrically connected at a LED lamp group, and should comprise voltage stabilizing circuit, charging circuit and the first control chip by the power failure control circuit; Wherein, this voltage stabilizing circuit is electrically connected between this mains-supplied circuit and this charging circuit, this charging circuit is electrically connected between this voltage stabilizing circuit and this standby power supply device, this first control chip is electrically connected between this standby power supply device and the 2nd LED lamp group, and this wireless signal receiving circuit is electrically connected at a signal input part of this first control chip.

12. LED lighting device as claimed in claim 11, it is characterized in that, this civil power sensor circuit more comprises rectification circuit, transforming circuit, low pressure voltage stabilizing circuit, the second control chip and low tension feed unit, and this second control chip has one first power input, a second source input and a wireless signal output at least; Wherein, this rectification circuit is electrically connected at this transforming circuit, this transforming circuit is electrically connected at this low pressure voltage stabilizing circuit, this low pressure voltage stabilizing circuit is electrically connected at this first power input, this low tension feed unit is electrically connected at this second source input, and this wireless signal transtation mission circuit is electrically connected at this wireless signal output.

13. LED lighting device as claimed in claim 12 is characterized in that, this civil power sensor circuit more comprises the switching signal control chip, and it is electrically connected at this second control chip.

14. a LED lighting device is characterized in that, comprising:

Lamp main body, comprise LED lamp group, standby power supply device and control circuit, and this LED lamp group and this standby power supply device are electrically connected at respectively this control circuit, and this LED lamp group is exported the illuminating ray with one first lighting parameter in response to the power supply of a mains supply, or is to export the illuminating ray with one second lighting parameter in response to the power supply of this standby power supply device; And

City's electrical induction device comprises the civil power sensor circuit, and it is used to this mains supply and can't powers when giving this city electrical induction device, exports a power cut signal to this control circuit, so that this LED lamp group is given in this standby power supply device power supply.

15. LED lighting device as claimed in claim 14 is characterized in that, this standby power supply device is dry cell, storage battery or is lithium battery, and this standby power supply device is arranged at the inside of this lamp main body, or is the outside that is connected in this lamp main body; Wherein, this lamp main body is an induction type or non-induction type LED bulb, an induction type or non-induction type LED fluorescent tube, indoor/outdoor induction type or non-Induction lamp, an induction type or non-induction type plant light fixture or is an induction type or non-induction type work light.

16. LED lighting device as claimed in claim 14, it is characterized in that, this control circuit comprises wireless signal receiving circuit, and this civil power sensor circuit comprises the wireless signal transtation mission circuit, when giving this city electrical induction device can't power in this mains supply, export this power cut signal to this wireless signal receiving circuit, and/or when this mains powered is given this city electrical induction device, export an incoming telephone signal to this wireless signal receiving circuit.

17. LED lighting device as claimed in claim 16, it is characterized in that, this LED lamp group lamp group comprises one the one LED lamp group and one the 2nd LED lamp group at least, the one LED lamp group has the illuminating ray of this first lighting parameter in order to output, and the 2nd LED lamp group has the illuminating ray of this second lighting parameter in order to output; Wherein, the power of LED lamp group required consumption when output has the illuminating ray of this first lighting parameter is greater than the power of the 2nd LED lamp group required consumption when output has the illuminating ray of this second lighting parameter.

18. LED lighting device as claimed in claim 17, it is characterized in that, this control circuit more comprises mains-supplied circuit and power failure control circuit, this mains-supplied circuit is electrically connected at a LED lamp group, and should comprise voltage stabilizing circuit, charging circuit and the first control chip by the power failure control circuit; Wherein, this voltage stabilizing circuit is electrically connected between this mains-supplied circuit and this charging circuit, this charging circuit is electrically connected between this voltage stabilizing circuit and this standby power supply device, this first control chip is electrically connected between this standby power supply device and the 2nd LED lamp group, and this wireless signal receiving circuit is electrically connected at a signal input part of this first control chip.

19. LED lighting device as claimed in claim 18, it is characterized in that, this civil power sensor circuit more comprises rectification circuit, transforming circuit, low pressure voltage stabilizing circuit, the second control chip and low tension feed unit, and this second control chip has one first power input, a second source input and a wireless signal output at least; Wherein, this rectification circuit is electrically connected at this transforming circuit, this transforming circuit is electrically connected at this low pressure voltage stabilizing circuit, this low pressure voltage stabilizing circuit is electrically connected at this first power input, this low tension feed unit is electrically connected at this second source input, and this wireless signal transtation mission circuit is electrically connected at this wireless signal output.

20. LED lighting device as claimed in claim 19 is characterized in that, this civil power sensor circuit more comprises the switching signal control chip, and it is electrically connected at this second control chip.

21. LED lighting device as claimed in claim 14 is characterized in that, this city's electrical induction device is plugged in a general commercial power socket, or is to be arranged in the electrical installation.

22. LED lighting device as claimed in claim 21, it is characterized in that, this electrical installation is indoor electric appliance device or outdoor electric device, and this electrical installation more comprises human inductor, whether there is a human body to enter in the reconnaissance range in order to detect, and when this human inductor is detected this human body and entered in this reconnaissance range, produce a human-induced signal, so that this indoor electric appliance device provides this electric function.

23. LED lighting device as claimed in claim 22 is characterized in that, this electrical installation is mini light night, and this electric function is illumination functions; Wherein, this electrical installation more comprises adjusting knob, and a user selects this mini light night to be in the multiple operation mode any one by this adjusting knob of operation.

24. LED lighting device as claimed in claim 23 is characterized in that this multiple operation mode comprises open mode, automatic mode and " shut " mode"; Wherein, when this mini light night is in this open mode, the permanent output of this mini light night illuminating ray; When this mini light night was in this automatic mode, this mini light night detected in this human inductor and exports illuminating ray when this human body enters in this reconnaissance range; And when this mini light night was in " shut " mode", this mini light night perseverance was not exported illuminating ray.

25. LED lighting device as claimed in claim 21 is characterized in that, this electrical installation is power extension cord socket, monitoring arrangement or is fan assembly.

26. LED lighting device as claimed in claim 21 is characterized in that this electrical installation more comprises optical inductor, in order to detect the ambient brightness of living in of this electrical installation.

27. a LED lighting device is characterized in that, comprising:

City's electrical induction device, be connected in a general commercial power socket, and comprise civil power sensor circuit and human body sensing element, this civil power sensor circuit is used to this mains supply and can't powers when giving this city electrical induction device, export a power cut signal to this control circuit, so that at least part of LED lamp in this LED lamp group is given in this standby power supply device power supply, and whether this human body sensing element has a human body to enter in order to detect in the reconnaissance range, and when this human body sensing element is detected this human body and entered in this reconnaissance range, produce a human-induced signal so that an alarm function or an automatic illuminating function to be provided.

28. LED lighting device as claimed in claim 27 is characterized in that, this human body sensing element is passive type human body infrared induction element or microwave induced element.

29. LED lighting device as claimed in claim 27 is characterized in that, this LED lighting device more comprises speaker unit, to export a continuity sound or an intermittent sound when this human body sensing element produces this human-induced signal, so that this alarm function to be provided.

30. LED lighting device as claimed in claim 29 is characterized in that, this speaker unit is arranged on this city's electrical induction device, or is to be arranged on this lamp main body.

31. LED lighting device as claimed in claim 27, it is characterized in that, when this human body sensing element produces this human-induced signal, this human-induced signal is transferred to this control circuit, so that at least part of LED lamp in this LED lamp group is exported illuminating ray constantly, or be to make at least part of LED lamp in this LED lamp group export off and on illuminating ray.

32. LED lighting device as claimed in claim 27 is characterized in that, when this human body sensing element produced this human-induced signal, this human-induced signal was transferred to a long distance control system, so that this alarm function to be provided.

33. LED lighting device as claimed in claim 27, it is characterized in that, this standby power supply device comprises dry cell, storage battery, lithium battery, solar cell or is to see through in the standby power supply device that a universal sequential bus interface powers at least one, and this standby power supply device is arranged at the inside of this lamp main body, or is the outside that is connected in this lamp main body; Wherein, this lamp main body is an induction type or non-induction type LED bulb, one induction type or non-induction type LED fluorescent tube, one indoor/outdoor induction type or non-Induction lamp, one induction type or non-induction type plant light fixture, or be any one in the induction type work light, and this indoor/outdoor induction type or non-Induction lamp are at least an induction type or non-induction type ceiling lighting, one induction type or non-induction type Garden luminaire, or be an induction type or non-induction type imperial palace light fixture, and this induction type or non-induction type work light are at least sprayable induction type or a non-induction type work light, but or be induction type or the non-induction type work light of a humidification.

34. LED lighting device as claimed in claim 27, it is characterized in that, more comprise another lamp main body, and this lamp main body and this another lamp main body comprise respectively wireless communication module and another wireless communication module, and set up a communication channel in response to this human-induced signal between this first wireless communication module and this another wireless communication module, in order to do the light and shade function of this lamp main body of control and/or another lamp main body.

35. LED lighting device as claimed in claim 34, it is characterized in that, in this wireless communication module and this another wireless communication module any one, be all the electromagnetic wave wireless communication module that belongs to the invisible light wavelength coverage, and arbitrary electromagnetic wave wireless communication module is at least a 313.325MHz wireless communication module, one 433MHz wireless communication module, one 418MHz wireless communication module, one 2.4GHz wireless communication module, one 5.8GHz wireless communication module, one 10GHz wireless communication module, one bluetooth wireless communication module, one Wi-Fi wireless communication module, one near-field communication wireless communication module, one Z-Wave wireless communication module or be in the ZigBee wireless communication module any one.

36. the LED lighting device as claim 34 is stated is characterized in that, any one in this wireless communication module and this another wireless communication module is all the wireless communication module that belongs to the visible light spectrum section.

37. LED lighting device as claimed in claim 27 is characterized in that, this city's electrical induction device more comprises photoinduction element, produces output one photoinduction signal in order to detect the ambient brightness in the reconnaissance range.

38. LED lighting device as claimed in claim 27 is characterized in that, this city's electrical induction device is plugged in this general commercial power socket, or is to be arranged in the electrical installation.

39. LED lighting device as claimed in claim 38 is characterized in that, this electrical installation is mini light night, power extension cord socket, monitoring arrangement, fan assembly or is Photoinduction device.

40. a LED lighting device is characterized in that, comprising:

Lamp main body, comprise LED lamp group, standby power supply device and control circuit, this LED lamp group and this standby power supply device are electrically connected at respectively this control circuit, and at least part of LED lamp in this LED lamp group is in response to the power supply of the power supply of a mains supply or this standby power supply device and export illuminating ray;

The civil power sensor circuit is used to this mains supply and can't powers when giving this city electrical induction device, exports a power cut signal to this control circuit, so that at least part of LED lamp in this LED lamp group is given in this standby power supply device power supply; And

Functional circuit provides a specific function in order to drive this LED lighting device.

41. LED lighting device as claimed in claim 40, it is characterized in that, this civil power sensor circuit and this functional circuit are arranged in the electrical installation jointly, and this electrical installation separate connection is in a general commercial power socket, or be that this civil power sensor circuit and this functional circuit are arranged in city's electrical induction device jointly, and this city's electrical induction device separate connection is in this general commercial power socket.

42. LED lighting device as claimed in claim 40, it is characterized in that, this specific function comprise the human induction switch pattern that enters, an anti-theft modes, a power-off lighting pattern, a pattern with an automatic light meter, a sleep pattern, one holiday at least one play mode, group's control model, an illumination balanced mode, an energy saver mode, of pattern, an emergency mode, an audio control pattern, a music and broadcasting start the replacement pattern of this LED lighting device or start in the communicator at least one.