CN202818682U - LED lighting device - Google Patents
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- CN202818682U CN202818682U CN2012202852017U CN201220285201U CN202818682U CN 202818682 U CN202818682 U CN 202818682U CN 2012202852017 U CN2012202852017 U CN 2012202852017U CN 201220285201 U CN201220285201 U CN 201220285201U CN 202818682 U CN202818682 U CN 202818682U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/10—Photovoltaic [PV]
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Abstract
The utility model discloses an LED lighting device. The LED lighting device comprises a lamp body, a human sensing element, a seismic sensing module and an electric supply induction circuit, wherein the lamp body comprises an LED lamp group, a standby power supply device, and a control circuit; wherein, when the seismic sensing module senses an earthquake phenomenon and no electric supply is provided, the electric supply induction circuit provides a power-off signal to the control circuit, and when the control circuit receives the power-off signal, the control circuit judges according to the human induction of the human sensing element, thus the standby power supply device turns on at least some LED lamps of the LED lamp group, so as to start emergency lighting. The means such as the human sensing element, the seismic sensing module and the electric supply induction circuit are used, the real reason for loss of the power supply is commonly identified and the real situation is mastered, so as to prevent error action from occurring on the LED lighting device, moreover when the electric supply is at the power-off state in the earthquake, the power required by the LED lamp group is less and the time of the emergency lighting is prolonged.
Description
Technical field
The utility model relates to LED lighting device technical field, especially relates to a kind of LED lighting device with function of emergency illumination or earthquake perceptional function.
Background technology
Because climatic variation, various natural extreme climates and disaster keep pouring in, wherein, and especially can't be by prior forecast with the natural calamity of earthquake, and often bring serious disaster; Therefore, when occuring for earthquake, how see through various science and technology with emergency notice with assist people to evacuate and take refuge, to reduce personnel's injures and deaths, be in the present earthquake disaster prevention technology, a very important research topic.
On the other hand, be used in large quantities in the various indoor or outdoors environment such as office, family gradually in response to energy-conservation LED lighting device, and because can seeing through a control circuit, the LED lighting device carries out intelligent control, therefore, in case during coming earthquake, how to utilize existing LED lighting device carry out the evacuation of above-mentioned notice when assisting people to carry out earthquake to occur with take refuge, be in the present LED illumination application, a very popular research direction.
Profess it, before various known patents in the case, TaiWan, China new patent notification number for example: M304622 case, it discloses the illuminating lamp that a kind of power conservation type infrared ray detects and shakes or have a power failure and detect, and mainly is by the vibrations checking device, judges the vibrations size, and startup illumination, integrating again has a power failure detects and human body infrared test function, and the cooperation time is controlled quantity and the time of its LED lamp bright light, is a rapid-action electricity-saving lighting device.
Moreover, in TaiWan, China new patent notification number: in the M312625 case, it discloses a kind of Multifunctional emergency light structural improvement, its emergency lamp is by housing, control circuit and illumination group consist of, carry out earthquake whether judgement by inductive switch, in order to do making the sound-producing device action of making a response, when Earthquake production life is rocked, this inductive switch conducting just makes sound-producing device begin to start, and sound the alarm to reach the function of informing, moreover, do the induction of a scope by sensing element, in the time of in people pass through induction range, this sensing element turn-on control circuit, and make light-emitting device begin illumination, cause unnecessary danger with reduction because of dark, and this light-emitting device work one reasonable time and sensing element sensing without people through after, the then lighting-off of its emergency lamp is in order to do making its emergency lamp can reduce the spent electric power of unnecessary illumination.
In addition, TaiWan, China new patent notification number: the M417487 case then discloses a kind of emergency safety illumination device, comprise a power supply unit, an OPTICAL SENSORS, a gravity sensor (G-sensor), a CPU, at least one LED lighting circuit and a uninterruptible power supply (UPS) device, the user can be for earthquake alarming and power failure emergency lighting function in order to do providing; This device sees through gravity sensor to be responded to when earthquake magnitude surpasses default earthquake degree grade, and its LED lighting device namely can the bright light reminding user, to reach the purpose of caution; And when having a power failure, start uninterruptible power supply (UPS) device, but in order to do helping user path of identification escape still when taking refuge or lose illumination, and see through the OPTICAL SENSORS detecting whether enough illuminations are arranged, to avoid unnecessary energy waste.
Yet; still there are many disappearances in above-mentioned technology; for example; though often can follow mains failure during large-scale earthquake; but for the little situation of earthquake progression; but not necessarily can send out the power failure phenomenon; therefore; when the earthquake sensing device has detected on a small scale earthquake; just in case the scene is to be in a power down state but not the mains failure state; then have the civil power detection techniques that is incorporated into lighting device now; because it often is not directly to be electrically connected at a universal power supply socket; therefore also can't correctly differentiate is which kind of reason (for example causes outage; may be that the user pulls out power line; or the switch of cutting off the electricity supply of going out; or may be that civil power is power down mode), thus, for example when the user want to leave the LED lighting device environment for use and conveniently behind the disconnecting power switch; in case during slight coming earthquake, the LED lighting device can occur judging by accident disconnected and producing misoperation with regard to being easy to.
In addition, when large-scale coming earthquake and civil power also are power down mode, though known techniques has and proposes with OPTICAL SENSORS, human body infrared etc. detects means, slow down the energy resource consumption of the stand-by power supply in the LED lighting device, only, above-mentioned way is not had real benefit basically; Wherein, the idea of the above-mentioned energy resource consumption of attempting to slow down stand-by power supply with OPTICAL SENSORS is not feasible, reason is the actual field that earthquake occurs, extremely (for example lack light often, earthquake occurs in night or the people is trapped in the interior of building of toppling over), therefore, stand-by power supply is driven the probability of using with all strength will be high in the extreme, and this aobvious can't really reaching is slowed down the purpose that consumes non-firm power.
Moreover; existing known LED lighting device; because it all only is general non-induction type LED lighting device; rather than human body induction type LED lighting device; therefore; when occuring, earthquake carries out just now detecting of environmental aspect for one of above-mentioned extra installing or several are human body infrared to be specifically applied to; slow down the way of the energy resource consumption of stand-by power supply in order to do attempt; usually can be subject between the mechanism of these perception designs that increase and known non-induction type LED lighting device or the circuit is not all-in-one-piece design more; and these perception designs are not the normal illumination of control LED when usual; therefore; no matter be angle or the scope of induction; tend to accurate not consequently misoperation and again and again occur, that is aforementioned known way still can't reach the purpose of the energy resource consumption that slows down stand-by power supply.
Be with, how to make the LED lighting device can be when the coming earthquake of various different progression, can correctly provide the function of emergency lighting and misoperation can not occur, and when the LED lighting device provides emergency lighting, can have real energy-conservation effect, be necessary to give in fact technical breakthrough.
The utility model content
One of technical problem that the utility model solves is, for the prior art above shortcomings, a kind of LED lighting device of automatically starting when having a power failure in coming earthquake is provided, 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 utility model solves is, for the prior art above shortcomings, a kind of LED lighting device of automatically starting when having a power failure in coming earthquake is provided, it expends less power when having a power failure makes LED lamp group that accurately induction type emergency lighting is provided, to prolong the emergency lighting time.
One of technical problem that the utility model solves is, for the prior art above shortcomings, a kind of LED lighting device of automatically starting when having a power failure in coming earthquake is provided, 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 scheme that its technical problem that solves the utility model adopts provides a kind of LED lighting device, it comprises lamp main body, human body sensing element and earthquake sensing module, this lamp main body comprises a control circuit and a LED lamp group that is electrically connected at this control circuit at least; This human body sensing element is arranged in this lamp main body, and this human body sensing element is electrically connected at this control circuit, and with when this lamp main body is in a normal operation pattern, induction has unmanned existence, with the unlatching that determines this LED lamp group or close; This earthquake sensing module is arranged in this lamp main body, and this earthquake sensing module is electrically connected at this control circuit, is in a seismic illumination pattern to the detecting of a seismism this lamp main body is converted in response to it from this normal operation pattern.
Preferably, this lamp main body is the lamp main body of bulb pattern or fluorescent tube pattern, and this lamp main body also comprises lampshade, has lamp body and the lamp holder of incorporating section and radiating part, and this earthquake sensing module is incorporated among this incorporating section.
Preferably, this LED lighting device is at least any in the indoor or outdoor Induction lamp that comprises induction type ceiling lighting, induction type working lamp, induction type plant light fixture, induction type mini light night.
Preferably, this LED lighting device also comprises the standby power supply device that is arranged in this lamp main body and in the internal connecting type civil power sensor circuit at least one.
Preferably, this LED lighting device also comprises circumscribed civil power sensor circuit, this circumscribed civil power sensor circuit is electrically connected at a general commercial power socket individually, or is arranged at or is incorporated in the electrical installation, and this electrical installation is connected in general commercial power socket and an electric function is provided; Wherein, this circumscribed civil power sensor circuit can't be powered when giving this general commercial power socket in this mains supply, 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.
Preferably, this electrical installation is an indoor electric appliance device or an outdoor electric device, and this electrical installation also comprises another human body sensing element, whether this another human body sensing element is detected has a human body to enter in the reconnaissance range, and when this human body of detecting enters in this reconnaissance range, produce a human-induced signal, so that this electrical installation provides this electric function; Perhaps this electrical installation also comprises another human body sensing element, whether this another human body sensing element is detected has a human body to enter in the reconnaissance range, and when this human body of detecting enters in this reconnaissance range, produce a human-induced signal, so that this electrical installation provides this electric function, this another human body sensing element is at least one in human body infrared induction element and the microwave induced element.
Preferably, this human body sensing element is at least one in human body infrared induction element and the microwave induced element.
Preferably, this earthquake sensing module can comprise at least a pendulum earthquake perceptron or belong to the gravity sensor (G-Sensor) of mems chip structure.
Preferably, this lamp main body also comprises another LED lamp group, this another LED lamp group is electrically connected at this control circuit and this earthquake sensing module, the earthquake alarming display that has different LED colour temperature and/or different LED brightness and/or different LED color with generation, or this LED lighting device also comprises loudspeaker, this loudspeaker is electrically connected at this control circuit and this earthquake sensing module, to produce an earthquake alarming voice signal.
The utility model also provides a kind of LED lighting device, and it comprises lamp main body, human body sensing element and earthquake sensing module, and this lamp main body comprises a control circuit and a LED lamp group that is electrically connected at this control circuit at least; Wherein, this lamp main body is the lamp main body of bulb pattern or fluorescent tube pattern; This human body sensing element is arranged in this lamp main body, and this human body sensing element is electrically connected at this control circuit, and with when this lamp main body is in a normal operation pattern, induction has unmanned existence, with the unlatching that determines this LED lamp group or close; Wherein, this human body sensing element is at least one in human body infrared induction element and the microwave induced element; This earthquake sensing module is arranged in this lamp main body, and this earthquake sensing module is electrically connected at this control circuit, is in a seismic illumination pattern to the detecting of a seismism this lamp main body is converted in response to it from this normal operation pattern.
Preferably, this lamp main body also comprises lampshade, has lamp body and the lamp holder of incorporating section and radiating part, and this earthquake sensing module is incorporated among this incorporating section.
Preferably, this LED lighting device also comprises the standby power supply device that is arranged in this lamp main body and in the internal connecting type civil power sensor circuit at least one.
Preferably, this LED lighting device also comprises circumscribed civil power sensor circuit, this circumscribed civil power sensor circuit is electrically connected at a general commercial power socket individually, or is arranged at or is incorporated in the electrical installation, and this electrical installation is connected in general commercial power socket and an electric function is provided; Wherein, this circumscribed civil power sensor circuit can't be powered when giving this general commercial power socket in this mains supply, 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.
Preferably, this electrical installation is an indoor electric appliance device or an outdoor electric device, and this electrical installation also comprises another human body sensing element, whether this another human body sensing element is detected has a human body to enter in the reconnaissance range, and when this human body of detecting enters in this reconnaissance range, produce a human-induced signal, so that this electrical installation provides this electric function.
Preferably, this earthquake sensing module can comprise at least a pendulum earthquake perceptron or belong to the gravity sensor (G-Sensor) of mems chip structure.
Preferably, this lamp main body also comprises another LED lamp group, this another LED lamp group is electrically connected at this control circuit and this earthquake sensing module, the earthquake alarming display that has different LED colour temperature and/or different LED brightness and/or different LED color with generation, or this LED lighting device also comprises loudspeaker, this loudspeaker is electrically connected at this control circuit and this earthquake sensing module, to produce an earthquake alarming voice signal.
The utility model provides a kind of LED lighting device in addition, it comprises lamp main body, circumscribed civil power sensor circuit and earthquake sensing module, 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 circumscribed civil power sensor circuit is electrically connected at a general commercial power socket individually, or is arranged at or is incorporated in the electrical installation, and this electrical installation is connected in a general commercial power socket and an electric function is provided; Wherein, this circumscribed civil power sensor circuit can't be powered when giving this general commercial power socket in this mains supply, 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 earthquake sensing module is arranged in this lamp main body, and this earthquake sensing module is electrically connected at this control circuit, is in a seismic illumination pattern to the detecting of a seismism this lamp main body is converted in response to it from a normal operation pattern.
Preferably, this lamp main body is the lamp main body of bulb pattern or fluorescent tube pattern, and this lamp main body also comprises lampshade, has lamp body and the lamp holder of incorporating section and radiating part, and this earthquake sensing module is incorporated among this incorporating section.
Preferably, this LED lighting device also comprises the human body sensing element, is arranged in this lamp main body, and this human body sensing element is electrically connected at this control circuit, when being in this normal operation pattern in this lamp main body, induction has unmanned existence, with the unlatching that determines this LED lamp group or close.
Preferably, this LED lighting device is at least any in the indoor or outdoor Induction lamp that comprises induction type ceiling lighting, induction type working lamp, induction type plant light fixture, induction type mini light night.
Preferably, this electrical installation is an indoor electric appliance device or an outdoor electric device, and this electrical installation also comprises another human body sensing element, whether this another human body sensing element is detected has a human body to enter in the reconnaissance range, and when this human body of detecting enters in this reconnaissance range, produce a human-induced signal, so that this electrical installation provides this electric function; Perhaps this electrical installation also comprises another human body sensing element, whether this another human body sensing element is detected has a human body to enter in the reconnaissance range, and when this human body of detecting enters in this reconnaissance range, produce a human-induced signal, so that this electrical installation provides this electric function, this another human body sensing element is at least one in human body infrared induction element and the microwave induced element.
Preferably, this human body sensing element is at least one in human body infrared induction element and the microwave induced element.
Preferably, this earthquake sensing module can comprise at least a pendulum earthquake perceptron or belong to the gravity sensor (G-Sensor) of mems chip structure.
Preferably, this lamp main body also comprises another LED lamp group, this another LED lamp group is electrically connected at this control circuit and this earthquake sensing module, the earthquake alarming display that has different LED colour temperature and/or different LED brightness and/or different LED color with generation, or this LED lighting device also comprises loudspeaker, this loudspeaker is electrically connected at this control circuit and this earthquake sensing module, to produce an earthquake alarming voice signal.
The utility model LED lighting device can be identified by the civil power sensor circuit and to lose the reason that power supply provides when coming earthquake, starts emergency lighting when having a power failure, and avoids occurring misoperation; And LED lamp group expends less power so that accurately induction type emergency lighting to be provided when having a power failure at coming earthquake, thereby can prolong the emergency lighting time; Simultaneously the utility model is provided in coming earthquake and when needing emergency lighting, does not need additionally to occupy usage space or additionally occupy general commercial power socket.
Description of drawings
Fig. 1 is the schematic perspective view of the first preferred embodiment of the utility model LED lighting device.
Fig. 2 is the perspective exploded view of the first preferred embodiment shown in Figure 1.
Fig. 3 is the second preferred embodiment with the utility model LED lighting device, in conjunction with the implementation conceptual schematic view of non-firm power function and power failure detecting function.
Fig. 4 is the schematic perspective view of the 3rd preferred embodiment of the utility model LED lighting device.
Fig. 5 is the perspective exploded view of the 3rd preferred embodiment shown in Figure 1.
Fig. 6 is the 4th preferred embodiment with the utility model LED lighting device, in conjunction with the implementation conceptual schematic view of non-firm power function and power failure detecting function.
Fig. 7 is the schematic perspective view of the 5th preferred embodiment of the utility model LED lighting device.
Fig. 8 is the schematic perspective view of the 6th preferred embodiment of the utility model LED lighting device.
Fig. 9 is the schematic perspective view of the 7th preferred embodiment of the utility model LED lighting device.
Figure 10 is the schematic perspective view of the 8th preferred embodiment of the utility model LED lighting device.
Figure 11 is the schematic perspective view of the 9th preferred embodiment of the utility model LED lighting device.
Figure 12 is the schematic perspective view of the tenth preferred embodiment of the utility model LED lighting device.
Embodiment
See also Fig. 1, it is the schematic perspective view of the first preferred embodiment of the utility model LED lighting device; Fig. 2 then is the perspective exploded view of the utility model the first preferred embodiment.
The LED lighting device comprises lamp main body 1, and this lamp main body 1 comprises at least: lampshade 11, have incorporating section 120 and radiating part 121 lamp body 12, lamp holder 13, control circuit 14, human body sensing element 15, be electrically connected at the LED lamp group 16 and earthquake sensing module 17 of control circuit 14; Wherein, lamp main body 1 is the lamp main body of a bulb pattern, and lamp holder 13, human body sensing element 15, LED lamp group 16, earthquake sensing module 17 all are electrically connected at control circuit 14.
The preferably, above-mentioned human body sensing element 15 is one human body infrared (PIR) sensing element, at least comprise: human body infrared induction circuit 151 with in order to assemble the optical lens 152 of the infrared radiation that the induction human body distributes, with when this lamp main body 1 is in a normal operation pattern, induction has unmanned existence, with the unlatching that determines this LED lamp group 16 or close.In addition, earthquake sensing module 17 can comprise at least pendulum earthquake perceptron or belong to various forms of earthquake perceptual structures and the circuit of the gravity sensor (G-Sensor) of mems chip structure, take present embodiment as example, therefore earthquake sensing module 17 is a kind of gravity sensor that belongs to the mems chip structure, and plants the small volume of structure and can directly be arranged in this control circuit 14.Certainly, the principal character of present embodiment is, utilizes earthquake sensing module 17, can be when a seismism occurs, this lamp main body 1 can be converted to from above-mentioned normal operation pattern at once be in a seismic illumination pattern, assist with illumination the user is provided real-time caution.
The preferably, this lamp main body 1 more comprises another LED lamp group (scheming not shown), be electrically connected at this control circuit 14 and this earthquake sensing module 17, to produce an earthquake alarming display with different LED colour temperature and/or different LED brightness and/or different LED color, or this LED lighting device more comprises a loudspeaker (scheming not shown), be electrically connected at this control circuit 14 and this earthquake sensing module 17, to produce an earthquake alarming voice signal.
In addition, see also Fig. 3, it is the second preferred embodiment with the utility model LED lighting device, in conjunction with the implementation conceptual schematic view of non-firm power function and power failure detecting function.
Wherein, the LED lighting device comprises lamp main body 1 ', this lamp main body 1 ' comprises at least: the element of lampshade 11 ', the lamp body 12 ' with incorporating section and radiating part, lamp holder 13 ', control circuit (scheming not shown), human body infrared (PIR) sensing element (figure only illustrates optical lens 152 ' wherein), LED lamp group (scheming not shown), earthquake sensing module 17 ' etc., and these a little main elements all with aforementioned the first preferred embodiment in like in the lamp main body 1 have identical function or structure, namely repeat no more in this.Certainly, lamp main body 1 ' also is the lamp main body for a bulb pattern, and lamp holder 13 ', human body sensing element, LED lamp group, earthquake sensing module 17 ' all are electrically connected at the control circuit of lamp main body 1 '.
The preferably, the power cut problem that usually can follow when occuring in response to earthquake, the lighting device of LED shown in the present embodiment more comprise at least one in the standby power supply device 181 that is arranged in the lamp main body 1 ' and the internal connecting type civil power sensor circuit 182.
Wherein, standby power supply device 181 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 181 is arranged at lamp main body 1 ' in the present embodiment, yet standby power supply device 181 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 181 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 be according to practical application request in turn at least part of LED lamp in the LED lamp group of giving in the lamp main body 1 ', 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 aforementioned LED lamp group.
Moreover, though can be used for detecting, aforementioned internal connecting type civil power sensor circuit 182 judges that the situation of outage occurs control circuit, but the art those of ordinary skill all should be known, be subject to the inner space of the lamp main body 1 ' of bulb pattern, usually can't adopt complicated with accurate electric power circuit for detecting design, and also fail directly to be electrically connected with the general commercial power socket (please join aftermentioned) that is installed in the place, with direct detecting commercial power supply state, thus, for the real generation reason of down circuitry (for example, might be that the user pulls out power line, or the switch of cutting off the electricity supply of going out, or may be the existence that civil power is the various possibilities of power down mode etc.), namely can't detect exactly and judge.
Be with, LED lighting device in the present embodiment more comprises circumscribed civil power sensor circuit 191, be electrically connected at individually a general commercial power socket P who is installed in wall W place, or for example be arranged at the included electrical installation 19(of LED lighting device, can be another small-sized wall lamp or electric fan etc. electronic installation) in, or circumscribed civil power sensor circuit 191 is assembled with aforementioned electric apparatus 19 mutually with a separable module, and electrical installation 19 is electrically connected at aforementioned general commercial power socket P and electric function (for example, being another illumination functions or blowing function etc.) is provided; Wherein, circumscribed civil power sensor circuit 191 is not because being limited to by the inner space of the lamp main body 1 ' of above-mentioned bulb pattern, therefore, can adopt complicated with accurate electric power circuit for detecting design, in case can't power when giving general commercial power socket P in coming earthquake and because of mains supply, circumscribed civil power sensor circuit is an exportable power cut signal S1(preferably, be a wireless signal transmission) to the control circuit of lamp main body 1 ', at least part of LED lamp so that standby power supply device 181 is powered immediately in the LED lamp group of giving lamp main body 1 '; Be with, present embodiment can reduce standby power supply device 181 by the generation situation of error starting.
Further discuss, because the lamp main body 1,1 ' among aforementioned two embodiment itself is the induction type bulb, therefore, for the angle of human body sensing and scope design, aobvious will more known way better, so, can be in after the earthquake, for the standby power supply device 181 that is activated in response to the common detecting of above-mentioned human body infrared induction element and circumscribed civil power sensor circuit 191, can control more accurately, to prolong the service time of these stand-by power sources; These change, no matter be for the people who falls in earthquake-stricken area or the building, or help out of distress personnel, all are to have very valuable practical value.
Certainly, electrical installation 19 can be indoor electric appliance device or outdoor electric device, and preferably, electrical installation 19 more comprises another human body sensing element 192, whether it has a human body to enter in order to detect in reconnaissance range, and when another human body sensing element 192 these human bodies of detecting enter in this reconnaissance range, produces a human-induced signal S2(preferably, be a wireless signal transmission), provide aforesaid various electric function to drive electrical installation 19.
See also Fig. 4, it is the schematic perspective view of the 3rd preferred embodiment of the utility model LED lighting device; Fig. 5 then is the perspective exploded view of the utility model the 3rd preferred embodiment.
The LED lighting device comprises lamp main body 2, and this lamp main body 2 comprises at least: lampshade 21, have incorporating section 220 and radiating part 221 lamp body 22, lamp holder 23, control circuit 24, human body sensing element 25, be electrically connected at the LED lamp group 26 and earthquake sensing module 27 of this control circuit; Wherein, lamp main body 2 is the lamp main body of a bulb pattern, and lamp holder 23, human body sensing element 25, LED lamp group 26, earthquake sensing module 27 all are electrically connected at control circuit 24.
The preferably, above-mentioned human body sensing element 25 is taked different ways in the first embodiment, it is microwave (Microwave) sensing element that comprises microwave antenna 251 and microwave amplifiercation circuit 252, with when this lamp main body 2 is in a normal operation pattern, induction has unmanned existence, with the unlatching that determines this LED lamp group 26 or close.Therefore in addition, aforementioned earthquake sensing module 27 also is the gravity sensor that belongs to the mems chip structure, and plants the small volume of structure and can directly be arranged in this control circuit 24.Certainly, the principal character of present embodiment is, utilizes earthquake sensing module 27, can be when a seismism occurs, this lamp main body 2 can be converted to from above-mentioned normal operation pattern at once be in a seismic illumination pattern, assist with illumination the user is provided real-time caution.
The preferably, this lamp main body more comprises another LED lamp group (scheming not shown), be electrically connected at this control circuit 24 and this earthquake sensing module 27, to produce an earthquake alarming display with different LED colour temperature and/or different LED brightness and/or different LED color, or this LED lighting device more comprises a loudspeaker (scheming not shown), be electrically connected at this control circuit 24 and this earthquake sensing module 27, to produce an earthquake alarming voice signal.
In addition, see also Fig. 6, it is the 4th preferred embodiment with the utility model LED lighting device, in conjunction with the implementation conceptual schematic view of non-firm power function and power failure detecting function.
Wherein, the LED lighting device comprises lamp main body 2 ', this lamp main body 2 ' comprises at least: the element of lampshade 21 ', the lamp body 22 ' with incorporating section and radiating part, lamp holder 23 ', control circuit (scheming not shown), microwave (Microwave) sensing element (scheming not shown), LED lamp group (scheming not shown), earthquake sensing module 27 ' etc., and these a little main elements all with aforementioned the 3rd preferred embodiment in like in the lamp main body 2 have identical function or structure, namely repeat no more in this.Certainly, lamp main body 2 ' also is the lamp main body of a bulb pattern, and lamp holder 23 ', human body sensing element, LED lamp group, earthquake sensing module 27 ' all are electrically connected at the control circuit of lamp main body 2 '.
In addition; usually the power cut problem that can follow when present embodiment also can occur in response to earthquake; and standby power supply device 281, internal connecting type civil power sensor circuit 282, circumscribed civil power sensor circuit 291, the electrical installation 29 identical with the standby power supply device 181 shown in aforementioned the 3rd preferred embodiment, internal connecting type civil power sensor circuit 182, circumscribed civil power sensor circuit 191, electrical installation 19 are set, namely no longer given unnecessary details in this.
Certainly, circumscribed civil power sensor circuit 291 in the present embodiment can be electrically connected at a general commercial power socket P who is installed in wall W place individually, or circumscribed civil power sensor circuit 291 for example is arranged at the included electrical installation 29(of LED lighting device, can be another small-sized wall lamp or electric fan etc. electronic installation) in, or circumscribed civil power sensor circuit 291 is assembled with aforementioned electric apparatus 29 mutually with a separable module, and electrical installation 29 also is to be electrically connected at the general commercial power socket P that is installed in wall W place and electric function (for example, being another illumination functions or blowing function etc.) is provided; Wherein, circumscribed civil power sensor circuit 291 is not because being limited to by the inner space of the lamp main body 2 ' of above-mentioned bulb pattern, therefore, can adopt complicated with accurate electric power circuit for detecting design, in case can't power when giving general commercial power socket P in coming earthquake and because of mains supply, circumscribed civil power sensor circuit 291 is an exportable power cut signal S3(preferably, be a wireless signal transmission) to the control circuit of lamp main body 2 ', at least part of LED lamp so that standby power supply device 281 is powered immediately in the LED lamp group of giving lamp main body 2 '; Be with, present embodiment also can reduce standby power supply device 281 by the generation situation of error starting.
Certainly, electrical installation 29 can be indoor electric appliance device or outdoor electric device, and preferably, electrical installation 29 more comprises another human body sensing element 292, whether it has a human body to enter in order to detect in reconnaissance range, and when another human body sensing element 292 these human bodies of detecting enter in this reconnaissance range, produces a human-induced signal S4(preferably, be a wireless signal transmission), provide aforesaid various electric function to drive electrical installation 29.
See also Fig. 7, it is the schematic perspective view of the 5th preferred embodiment of the utility model LED lighting device; Fig. 8, it is the schematic perspective view of the 6th preferred embodiment of the utility model LED lighting device.
The LED lighting device of the 5th preferred embodiment and the 6th preferred embodiment comprises respectively lamp main body 3,4, and this lamp main body 3,4 comprises respectively at least: lampshade 31,41, the lamp body 32,42 with incorporating section and radiating part, left (right side) lamp holder 33,43, control circuit (scheming not shown), human body sensing element 35,45, the LED lamp group (scheming not shown) that is electrically connected at control circuit and earthquake sensing module 37,47; Wherein, lamp main body 3,4 is all the lamp main body of fluorescent tube pattern, and left (right side) lamp holder 33,43, human body sensing element 35,45, LED lamp group, earthquake sensing module 37,47 all are electrically connected at lamp main body 3,4 control circuit.The difference of aforementioned the 5th preferred embodiment and the 6th preferred embodiment is, the human body sensing element 35 of the 5th preferred embodiment is a microwave (Microwave) sensing element, and the human body sensing element 45 of the 6th preferred embodiment is one human body infrared (PIR) element.
The preferably, the the 5th and the 6th preferred embodiment also can be as the previous embodiment, standby power supply device 381,481, internal connecting type civil power sensor circuit 382,482 can be set respectively in the LED lighting device, have the electrical installation (scheming not shown) of circumscribed civil power sensor circuit, namely no longer be given unnecessary details in this.
Aforementioned each embodiment all take induction type bulb or induction type fluorescent tube as example is described, below will take other multi-form Induction lamp as example, further specify various scope applicatory of the present utility model; Certainly, be not limited with following Induction lamp form of being given an example yet.
See also Fig. 9, it is the schematic perspective view of the 7th preferred embodiment of the utility model LED lighting device; Figure 10, it is the schematic perspective view of the 8th preferred embodiment of the utility model LED lighting device; Figure 11, it is the schematic perspective view of the 9th preferred embodiment of the utility model LED lighting device; Figure 12, it is the schematic perspective view of the tenth preferred embodiment of the utility model LED lighting device.
Wherein, that shown in Figure 9, it is the induction type ceiling lighting 7 of an indoor or outdoors, it includes a human body sensing element 55(preferably at least, can be in human body infrared induction element and the microwave induced element at least one), earthquake sensing module 57, standby power supply device 581 etc. element, and have identical function with the disclosed like of aforementioned various embodiment, namely no longer given unnecessary details at this.
Only, what specify is, induction type ceiling lighting 7 in the present embodiment, because its inner space can be larger, therefore, aforementioned earthquake sensing module 57 can pendulum earthquake perceptron or the gravity sensor (G-Sensor) that belongs to the mems chip structure implement at interior various forms of earthquake perceptual structures and circuit, and, internal connecting type civil power sensor circuit 582 in the present embodiment, also can change and be designed to have more complicated detecting function and the larger civil power circuit for detecting of volume, to have the same accurately various outages detecting abilities with the circumscribed civil power sensor circuit described in aforementioned each embodiment.
As for indoor or outdoors induction type working lamp 6 shown in Figure 10, induction type plant light fixture 7 shown in Figure 11 and indoor induction type mini light night light fixture 8 shown in Figure 12, it includes all respectively a human body sensing element 65 at least, 75, the 85(preferably, can be in human body infrared induction element and the microwave induced element at least one), earthquake sensing module 67,77,87, standby power supply device 681,781,881, internal connecting type civil power sensor circuit 682,782,882 etc. elements, and the like that discloses with aforementioned the 7th preferred embodiment shown in Figure 9 has identical function, is namely no longer given unnecessary details at this.
The above only is preferred embodiment of the present utility model, be not to limit claim scope of the present utility model, therefore all other do not break away from the equivalence of finishing under the spirit that the utility model discloses and changes or modify, and all should be contained in the scope of the present utility model.
Claims (24)
1. a LED lighting device is characterized in that, comprising:
Lamp main body comprises a control circuit and a LED lamp group that is electrically connected at this control circuit at least;
The human body sensing element is arranged in this lamp main body, and this human body sensing element is electrically connected at this control circuit, and with when this lamp main body is in a normal operation pattern, induction has unmanned existence, with the unlatching that determines this LED lamp group or close; And
The earthquake sensing module is arranged in this lamp main body, and this earthquake sensing module is electrically connected at this control circuit, is in a seismic illumination pattern to the detecting of a seismism this lamp main body is converted in response to it from this normal operation pattern.
2. LED lighting device as claimed in claim 1, it is characterized in that, this lamp main body is the lamp main body of bulb pattern or fluorescent tube pattern, and this lamp main body also comprises lampshade, has lamp body and the lamp holder of incorporating section and radiating part, and this earthquake sensing module is incorporated among this incorporating section.
3. LED lighting device as claimed in claim 1, it is characterized in that this LED lighting device is at least any in the indoor or outdoor Induction lamp that comprises induction type ceiling lighting, induction type working lamp, induction type plant light fixture, induction type mini light night.
4. LED lighting device as claimed in claim 1 is characterized in that, this LED lighting device also comprises the standby power supply device that is arranged in this lamp main body and in the internal connecting type civil power sensor circuit at least one.
5. LED lighting device as claimed in claim 4, it is characterized in that, this LED lighting device also comprises circumscribed civil power sensor circuit, this circumscribed civil power sensor circuit is electrically connected at a general commercial power socket individually, or be arranged at or be incorporated in the electrical installation, and this electrical installation is connected in general commercial power socket and an electric function is provided; Wherein, this circumscribed civil power sensor circuit can't be powered when giving this general commercial power socket in this mains supply, 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.
6. LED lighting device as claimed in claim 5, it is characterized in that, this electrical installation is an indoor electric appliance device or an outdoor electric device, and this electrical installation also comprises another human body sensing element, whether this another human body sensing element is detected has a human body to enter in the reconnaissance range, and when this human body of detecting enters in this reconnaissance range, produce a human-induced signal, so that this electrical installation provides this electric function; Perhaps this electrical installation also comprises another human body sensing element, whether this another human body sensing element is detected has a human body to enter in the reconnaissance range, and when this human body of detecting enters in this reconnaissance range, produce a human-induced signal, so that this electrical installation provides this electric function, this another human body sensing element is at least one in human body infrared induction element and the microwave induced element.
7. LED lighting device as claimed in claim 1 is characterized in that, this human body sensing element is at least one in human body infrared induction element and the microwave induced element.
8. LED lighting device as claimed in claim 1 is characterized in that, this earthquake sensing module comprises at least a pendulum earthquake perceptron or belongs to a gravity sensor of mems chip structure.
9. LED lighting device as claimed in claim 1, it is characterized in that, this lamp main body also comprises another LED lamp group, this another LED lamp group is electrically connected at this control circuit and this earthquake sensing module, the earthquake alarming display that has different LED colour temperature and/or different LED brightness and/or different LED color with generation, or this LED lighting device also comprises loudspeaker, and this loudspeaker is electrically connected at this control circuit and this earthquake sensing module, to produce an earthquake alarming voice signal.
10. a LED lighting device is characterized in that, comprising:
Lamp main body comprises a control circuit and a LED lamp group that is electrically connected at this control circuit at least; Wherein, this lamp main body is the lamp main body of bulb pattern or fluorescent tube pattern;
The human body sensing element is arranged in this lamp main body, and this human body sensing element is electrically connected at this control circuit, and with when this lamp main body is in a normal operation pattern, induction has unmanned existence, with the unlatching that determines this LED lamp group or close; Wherein, this human body sensing element is at least one in human body infrared induction element and the microwave induced element; And
The earthquake sensing module is arranged in this lamp main body, and this earthquake sensing module is electrically connected at this control circuit, is in a seismic illumination pattern to the detecting of a seismism this lamp main body is converted in response to it from this normal operation pattern.
11. LED lighting device as claimed in claim 10 is characterized in that, this lamp main body also comprises lampshade, has lamp body and the lamp holder of incorporating section and radiating part, and this earthquake sensing module is incorporated among this incorporating section.
12. LED lighting device as claimed in claim 10 is characterized in that, this LED lighting device also comprises the standby power supply device that is arranged in this lamp main body and in the internal connecting type civil power sensor circuit at least one.
13. LED lighting device as claimed in claim 12, it is characterized in that, this LED lighting device also comprises circumscribed civil power sensor circuit, this circumscribed civil power sensor circuit is electrically connected at a general commercial power socket individually, or be arranged at or be incorporated in the electrical installation, and this electrical installation is connected in general commercial power socket and an electric function is provided; Wherein, this circumscribed civil power sensor circuit can't be powered when giving this general commercial power socket in this mains supply, 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.
14. LED lighting device as claimed in claim 13, it is characterized in that, this electrical installation is an indoor electric appliance device or an outdoor electric device, and this electrical installation also comprises another human body sensing element, whether this another human body sensing element is detected has a human body to enter in the reconnaissance range, and when this human body of detecting enters in this reconnaissance range, produce a human-induced signal, so that this electrical installation provides this electric function.
15. LED lighting device as claimed in claim 10 is characterized in that, this earthquake sensing module comprises at least a pendulum earthquake perceptron or belongs to a gravity sensor of mems chip structure.
16. LED lighting device as claimed in claim 10, it is characterized in that, this lamp main body also comprises another LED lamp group, this another LED lamp group is electrically connected at this control circuit and this earthquake sensing module, the earthquake alarming display that has different LED colour temperature and/or different LED brightness and/or different LED color with generation, or this LED lighting device also comprises loudspeaker, and this loudspeaker is electrically connected at this control circuit and this earthquake sensing module, to produce an earthquake alarming voice signal.
17. 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;
Circumscribed civil power sensor circuit is electrically connected at individually a general commercial power socket, or is arranged at or is incorporated in the electrical installation, and this electrical installation is connected in general commercial power socket and an electric function is provided; Wherein, this circumscribed civil power sensor circuit can't be powered when giving this general commercial power socket in this mains supply, 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
The earthquake sensing module is arranged in this lamp main body, and this earthquake sensing module is electrically connected at this control circuit, is in a seismic illumination pattern to the detecting of a seismism this lamp main body is converted in response to it from a normal operation pattern.
18. LED lighting device as claimed in claim 17, it is characterized in that, this lamp main body is the lamp main body of bulb pattern or fluorescent tube pattern, and this lamp main body also comprises lampshade, has lamp body and the lamp holder of incorporating section and radiating part, and this earthquake sensing module is incorporated among this incorporating section.
19. LED lighting device as claimed in claim 17, it is characterized in that, this LED lighting device also comprises the human body sensing element, be arranged in this lamp main body, and this human body sensing element is electrically connected at this control circuit, when being in this normal operation pattern in this lamp main body, induction has unmanned existence, with the unlatching that determines this LED lamp group or close.
20. LED lighting device as claimed in claim 19, it is characterized in that this LED lighting device is at least any in the indoor or outdoor Induction lamp that comprises induction type ceiling lighting, induction type working lamp, induction type plant light fixture, induction type mini light night.
21. LED lighting device as claimed in claim 17, it is characterized in that, this electrical installation is an indoor electric appliance device or an outdoor electric device, and this electrical installation also comprises another human body sensing element, whether this another human body sensing element is detected has a human body to enter in the reconnaissance range, and when this human body of detecting enters in this reconnaissance range, produce a human-induced signal, so that this electrical installation provides this electric function; Perhaps this electrical installation also comprises another human body sensing element, whether this another human body sensing element is detected has a human body to enter in the reconnaissance range, and when this human body of detecting enters in this reconnaissance range, produce a human-induced signal, so that this electrical installation provides this electric function, this another human body sensing element is at least one in human body infrared induction element and the microwave induced element.
22. LED lighting device as claimed in claim 19 is characterized in that, this human body sensing element is at least one in human body infrared induction element and the microwave induced element.
23. LED lighting device as claimed in claim 17 is characterized in that, this earthquake sensing module comprises at least a pendulum earthquake perceptron or belongs to a gravity sensor of mems chip structure.
24. LED lighting device as claimed in claim 17, it is characterized in that, this lamp main body also comprises another LED lamp group, this another LED lamp group is electrically connected at this control circuit and this earthquake sensing module, the earthquake alarming display that has different LED colour temperature and/or different LED brightness and/or different LED color with generation, or this LED lighting device also comprises loudspeaker, and this loudspeaker is electrically connected at this control circuit and this earthquake sensing module, to produce an earthquake alarming voice signal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012202852017U CN202818682U (en) | 2011-09-09 | 2012-06-15 | LED lighting device |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120363814.3 | 2011-09-09 | ||
| CN201120363814 | 2011-09-09 | ||
| CN2012202852017U CN202818682U (en) | 2011-09-09 | 2012-06-15 | LED lighting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202818682U true CN202818682U (en) | 2013-03-20 |
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ID=47589238
Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012201716250U Expired - Fee Related CN202708939U (en) | 2011-09-09 | 2012-04-20 | Light-emitting diode (LED) lighting device |
| CN2012202852017U Expired - Fee Related CN202818682U (en) | 2011-09-09 | 2012-06-15 | LED lighting device |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012201716250U Expired - Fee Related CN202708939U (en) | 2011-09-09 | 2012-04-20 | Light-emitting diode (LED) lighting device |
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| Country | Link |
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| CN (2) | CN202708939U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI789975B (en) * | 2021-02-18 | 2023-01-11 | 美商谷歌有限責任公司 | Modular floodlight system |
Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103002618B (en) * | 2011-09-09 | 2015-11-25 | 东莞巨扬电器有限公司 | LED light device |
| WO2013155985A1 (en) * | 2012-04-20 | 2013-10-24 | 东莞巨扬电器有限公司 | Led lighting device |
| NZ608114A (en) * | 2013-03-12 | 2014-09-26 | Anthony Nicholls Lee | Improvements in and relating to lighting systems |
| US9578696B2 (en) * | 2014-01-24 | 2017-02-21 | Vinylast, Inc. | Combination solar/low-voltage lighting apparatus |
| TWI548171B (en) * | 2015-02-16 | 2016-09-01 | 洪進旺 | The blackout lighting device of led lamps |
| CN104808523A (en) * | 2015-04-01 | 2015-07-29 | 东莞市一琉实业有限公司 | Intelligent control device for Buddhism environment |
-
2012
- 2012-04-20 CN CN2012201716250U patent/CN202708939U/en not_active Expired - Fee Related
- 2012-06-15 CN CN2012202852017U patent/CN202818682U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI789975B (en) * | 2021-02-18 | 2023-01-11 | 美商谷歌有限責任公司 | Modular floodlight system |
| TWI824897B (en) * | 2021-02-18 | 2023-12-01 | 美商谷歌有限責任公司 | Modular floodlight system |
| US11867386B2 (en) | 2021-02-18 | 2024-01-09 | Google Llc | Active thermal-control of a floodlight and associated floodlights |
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| Publication number | Publication date |
|---|---|
| CN202708939U (en) | 2013-01-30 |
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