CN202835138U - Lighting device and lighting cluster - Google Patents
Lighting device and lighting cluster Download PDFInfo
- Publication number
- CN202835138U CN202835138U CN 201220171685 CN201220171685U CN202835138U CN 202835138 U CN202835138 U CN 202835138U CN 201220171685 CN201220171685 CN 201220171685 CN 201220171685 U CN201220171685 U CN 201220171685U CN 202835138 U CN202835138 U CN 202835138U
- Authority
- CN
- China
- Prior art keywords
- light
- communication module
- emitting device
- wireless communication
- power supply
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Circuit Arrangement For Electric Light Sources In General (AREA)
Abstract
The utility model relates to a lighting device and a lighting cluster. The lighting device comprises a light-emitting device and a power supply group. The power supply group comprises a current conversion device, at least one electric storage device and a control circuit. The current conversion device is used for receiving a mains supply, and the current conversion device and the at least one electric storage device are electrically connected with the light-emitting device so that power is supplied to the light-emitting device. The control circuit is electrically connected with the current conversion device and the at least one electric storage device, and any one of the current conversion device and the electric storage devices are optionally controlled by the control circuit to supply the power to the light-emitting device. When the mains supply is in a status of power failure, the control circuit controls at least one electric storage device to supply the power to the light-emitting device. Therefore, according to the lighting device, maximum energy benefits can be achieved.
Description
Technical field
The utility model especially relates to a kind of lighting device with stand-by power supply about a kind of lighting device.
Background technology
In the prior art, illuminating lamp is used in the environment of workshop, workbench, aisle, office, family, road, garden, public place etc. various indoor/outdoor in a large number widely, and is human many conveniences in life that bring.Wherein, illuminating lamp blazons and is arranged at indoor and outdoor, the electric power that usually directly uses civil power to provide.But when the civil power supply of electric power was interrupted, illuminating lamp was not then because there being supply of electric power to use, and caused indoor as dark as a stack of black cats.
For addressing the above problem, the settling mode of generally seeing at present is for additionally buying more an emergency lighting, then shinny illumination when being in the charged state civil power during mains-supplied at ordinary times and cutting off the power supply.Yet, emergency lighting mostly is the wall-hanging emergency lighting at present, and be hung on stair corner, corridor and escape and want mouthful, this because of the wall-hanging emergency lighting be not with the Uniform Illumination design as consideration, but only be provided in the faint light source of identifying position in the dark.In addition, the place (such as ceiling) that can bring into play the good illumination effect has normally been paid the utmost attention to normal daylighting illumination setting has been set, therefore when having a power failure, general area can't evenly be illuminated.
Such as TaiWan, China patent publication No. 201008102 disclosed power systems, it also discloses a stand-by power supply, and when the civil power normal power supply, does not just use stand-by power supply.Yet with the gesture of driving of present promotion environmental protection, the energy preferably can be to obtain the Nature and pollution-free as preferential, therefore if one of them person of a plurality of stand-by power supply is for taking from solar energy, then be that yes take solar energy as preferential, be only the economical energy resources benefit that reaches maximum, but not use civil power always.Moreover disclosed power system still can't improve in the dark in the case before this, only can bring into play the shortcoming of single-point illumination.
In view of this, if a kind of lighting device can be provided, can be when mains supply be in a power supply state, control circuit is selectively given outside the light-emitting device by civil power and any one power supply wherein of at least one electrical storage device, and can take into account simultaneously the overall region illumination, this is to be the industry problem demanding prompt solution.
The utility model content
The technical problem that the utility model mainly solves is, for the prior art above shortcomings, a kind of lighting device is provided, when mains supply is in a power supply state, control circuit selectively gives light-emitting device by civil power and any one power supply wherein of at least one electrical storage device, uses the source benefit that reaches maximum.
Another technical problem that the utility model solves is, for the prior art above shortcomings, provides a kind of lighting device, when shutting off power in emergency, can take into account the illumination of overall region.
The technical scheme that its technical problem that solves the utility model adopts provides a kind of lighting device, it comprises light-emitting device and power supply supply group, this power supply supply group comprises current transfer device, at least one electrical storage device and control circuit, this current transfer device is in order to receiving a mains supply, and to change this mains supply be a direct current; Wherein, this current transfer device is electrically connected to this light-emitting device; This at least one electrical storage device is electrically connected at this light-emitting device; This control circuit is electrically connected at this current transfer device and this at least one electrical storage device; In arbitrary time, this control circuit control this current transfer device and this at least one electrical storage device only one of them person's power supply give this light-emitting device; Wherein, when this control circuit is in a power supply state at this mains supply, selectively control this current transfer device and this light-emitting device is given in any one power supply wherein of this at least one electrical storage device, and when this mains supply is in an off-position, controls this at least one electrical storage device power supply and give this light-emitting device.
Preferably, described lighting device more comprises city's electrical induction device, this city's electrical induction device can't be powered when giving this current transfer device at this mains supply, exports a power cut signal to this control circuit, so that this at least one electrical storage device power supply is given this light-emitting device and exported illuminating ray; Wherein, this city's electrical induction device and this control circuit entity are electrically connected, to export a power cut signal to this control circuit; Or, this city's electrical induction device and this power supply supply group all have an electromagnetic wave wireless communication module that belongs to the black light wavelength coverage, and arbitrary 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; Or wherein this city's electrical induction device and this power supply supply group all have an electromagnetic wave wireless communication module that belongs to the visible light spectrum section.
Preferably, described lighting device more comprises sensing element, this sensing element is arranged at least one of them person of this light-emitting device and this city's electrical induction device, whether this sensing element detecting has an object to enter in the reconnaissance range, in the time of in this object enters this reconnaissance range, the detecting of this sensing element produces an induced signal and also is sent to this control circuit, makes this light-emitting device and exports illuminating ray.
Preferably, this sensing element is active human body infrared induction element, passive type human body infrared induction element or is microwave induced element; This light-emitting device is at least any one in a LED bulb, a LED fluorescent tube, a palace lamp, a light fixture or the portable lamp; Wherein, this light fixture is at least a ceiling lighting or a Garden luminaire, but and this portable lamp is at least a sprayable portable lamp or the portable lamp of a humidification.
Preferably, this power supply supply group has in order to being electrically connected the connectivity port with an external power supply device, and this connectivity port is electrically connected with this control circuit, and mat makes this external power supply device through this connectivity port and powers and give this light-emitting device.
Preferably, this connectivity port is universal serial bus (Universal Serial Bus; USB) connecting interface and IEEE1394 connecting interface one of them.
Preferably, this at least one electrical storage device is the solar energy power accumulating device.
The utility model also provides a kind of illumination group, it comprises the first lighting device and the second lighting device, wherein, this first lighting device comprises the first light-emitting device and the first power supply supply group, this the first power supply supply group comprises the first current transfer device, at least one the first electrical storage device and first control circuit, this first current transfer device is in order to receiving a mains supply, and this first current transfer device is electrically connected to this first light-emitting device; At least one the first electrical storage device is electrically connected at this first light-emitting device; This first control circuit is electrically connected at this first current transfer device and this at least one the first electrical storage device; This second lighting device comprises the second light-emitting device and second source supply group, this second source supply group comprises the second current transfer device, at least one the second electrical storage device and second control circuit, this second current transfer device is in order to receiving this mains supply, and this second current transfer device is electrically connected to this second light-emitting device; This at least one second electrical storage device is electrically connected at this second light-emitting device; This second control circuit is electrically connected at this second current transfer device and this at least one the second electrical storage device; Wherein, this first control circuit in and second control circuit between set up a communication channel, when this mains supply is in an off-position, coordinate between this first control circuit and this second control circuit to give this first light-emitting device and/or give this second light-emitting device by this second electrical storage device power supply by this at least one the first electrical storage device power supply; When this mains supply is in a power supply state, this first control circuit selectively controls this first current transfer device and this first light-emitting device is given in this at least one the first electrical storage device any one power supply wherein, and this second control circuit is selectively controlled this second current transfer device and this second light-emitting device is given in this at least one the second electrical storage device any one power supply wherein.
Preferably, this first control circuit comprises first communication module, this second control circuit comprises second communication module, and set up a communication channel between this first communication module of this first control circuit and this second communication module of this first control circuit, in order to do the light and shade function of this first light-emitting device of control and/or this second light-emitting device; Wherein this first communication module and this second communication module entity are electrically connected, to export a power cut signal to this control circuit; Or, any one of first communication module and this second communication module, be all the electromagnetic wave wireless communication module that belongs to the black light wavelength coverage, and arbitrary 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; Or wherein any one of this first communication module and this second communication module is all the electromagnetic wave wireless communication module that belongs to the visible light spectrum section.
Preferably, this first lighting device more comprises the first sensing element, making this first lighting device is one to have the lighting device of master control function, and this second lighting device is one to have the lighting device of function controlled, so that this first sensing element can be in response to an environment induction result light and shade function of this first lighting device of ACTIVE CONTROL, and make this second lighting device passive in response to from a control instruction of this first lighting device and control the light and shade function of this second light-emitting device.
Preferably, this second lighting device more comprises the second sensing element, this second sensing element is in response to this environment induction result, make this first communication module in and second communication module between set up this communication channel, in order to do the light and shade function of this first light-emitting device of control and/or this second light-emitting device.
Preferably, this first lighting device and this second lighting device are all with the light-emitting device of master control function and controlled function, so that can automatically perform and control in response to an illumination control program light and shade function of this first light-emitting device and/or this second light-emitting device between those light-emitting devices.
Preferably, any one in this first sensing element and the second sensing element is passive type human body infrared (PIR) sensing element, or is microwave (Microwave) sensing element.
Preferably, any one in this first light-emitting device and this second light-emitting device is at least any one in a LED bulb, a LED fluorescent tube, a palace lamp, a light fixture or the induction type portable lamp; Wherein, this light fixture is at least a ceiling lighting or a Garden luminaire, but and this portable lamp is at least a sprayable portable lamp or the portable lamp of a humidification.
Preferably, at least one the first electrical storage device of this of this first lighting device is a solar energy power accumulating device, and is arranged at outdoor.
Preferably, described illumination group more comprises first city's electrical induction device and second city's electrical induction device, when this mains supply can't give this first current transfer device via one first general commercial power socket power supply, this the first city electrical induction device is exported one first power cut signal to this first control circuit, so that this at least one the first electrical storage device power supply is given this first light-emitting device and exported illuminating ray; When this mains supply can't give this second current transfer device via one second general commercial power socket power supply, this the second city electrical induction device is exported one second power cut signal to this second control circuit, so that this at least one the second electrical storage device power supply is given this second light-emitting device and exported illuminating ray.
Preferably, this the first power supply supply group and this second source supply group have respectively a connectivity port, in order to be electrically connected with an external power supply device, and respectively this connectivity port is electrically connected with this first control circuit and this second control circuit respectively, and mat makes this external power supply device see through respectively this connectivity port and powers and give this first light-emitting device and this second light-emitting device.
Preferably, respectively this connectivity port is universal serial bus (Universal Serial Bus; USB) connecting interface and an IEEE1394 connecting interface one of them.
The control circuit of the utility model lighting device selectively gives light-emitting device by civil power and any one power supply wherein of at least one electrical storage device when mains supply is in a power supply state, use the source benefit that reaches maximum; In addition, the utility model can be taken into account the illumination of overall region when shutting off power in emergency.
Description of drawings
Fig. 1: be the schematic perspective view of the utility model lighting device.
Fig. 2: be the block schematic diagram of the utility model lighting device.
Fig. 3: be the schematic perspective view of the utility model illumination group.
Fig. 4: be the block schematic diagram of the utility model illumination group.
Fig. 5: for the one first better group control that forms an illumination group with the utility model lighting device is implemented conceptual schematic view.
Fig. 6: for the one second better group control that forms an illumination group with the utility model lighting device is implemented conceptual schematic view.
Fig. 7: for one the 3rd better group control that forms an illumination group with the utility model lighting device is implemented conceptual schematic view.
The specific embodiment
Please consult first Fig. 1 and Fig. 2, Fig. 1 is the schematic perspective view of the utility model lighting device, and Fig. 2 is the block schematic diagram of the utility model lighting device.Lighting device 1 of the present utility model comprises light-emitting device 11 and power supply supply group 13, wherein, power supply supply group 13 is electrically connected with light-emitting device 11, and power supply supply group 13 has multiple different power supply mode (as described later), to light-emitting device 11, and make the shinny and zone of throwing light on of light-emitting device 11 with power supply.
Power supply supply group 13 comprises a current transfer device 133, at least one electrical storage device 134 and a control circuit 135.Wherein, control circuit 135 is electrically connected at current transfer device 133 and at least one electrical storage device 134.Moreover current transfer device 133 is connected with a mains supply 20, and current transfer device 133 is converted to a direct current with its alternating current that provides after receiving mains supply 20, gives light-emitting device 11 and uses to provide; And at least one electrical storage device 134 inside contain power supply, and are electrically connected at light-emitting device 11, give light-emitting device 11 so that power supply to be provided.Wherein, when mains supply 20 was in arbitrary time of a power supply state, light-emitting device 11 is given in control circuit 135 control current transfer devices 133 and 134 one of them persons' power supply of at least one electrical storage device.In other words, when mains supply 20 is in this power supply state, light-emitting device 11 also nonessentially obtains power supply from mains supply 20, but also selectively from obtaining power supply from mains supply 20 and at least one electrical storage device 134 one of them person, look closely actual operating position and set by a user.
For example, at least one electrical storage device 134 can be at least one solar energy power accumulating device, and this is present modal free of contamination energy acquisition mode.Therefore, even mains supply 20 is in this power supply state, should be also use as primary paying the utmost attention to take the energy of this at least one solar energy power accumulating device.When treating that this at least one solar energy power accumulating device is consumed to a certain degree (for example consuming 50 percent electric power), change again with another solar energy power accumulating device or mains supply 20 power supplies and give light-emitting device 11, and this at least one solar energy power accumulating device continues to replenish solar energy.Arrange by this, can more press close to the social trend that present promotion is energy-conservation and afforest.As for when mains supply 20 is in an off-position, light-emitting device 11 is given in control circuit 135 at least one electrical storage device 134 of control (can be solar energy power accumulating device or other electrical storage device) power supplies.
Please continue with reference to figure 1 and Fig. 2, lighting device 1 more comprises city's electrical induction device 15, when mains supply 20 is in this off-position, can't power and give current transfer device 133, so city's electrical induction device 15 is fitted and is in this off-position to detect mains supply 20, then export a power cut signal 150 to control circuit 135, so that light-emitting device 11 is given in 134 power supplies of at least one electrical storage device, and then make light-emitting device 11 output illuminating raies.Wherein, city's electrical induction device 15 can be connected by the entity of city's electrical induction device 15 with control circuit 135 with the signal notice of control circuit 135, to export power cut signal 150 to control circuit 135; Or, city's electrical induction device 15 and power supply supply group 13 all have an electromagnetic wave wireless communication module (not shown) that belongs to the black light wavelength coverage, and arbitrary 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 is in order to transmit and to receive power cut signal 150; Or city's electrical induction device 15 and power supply supply group 13 all have an electromagnetic wave wireless communication module (not shown) that belongs to the visible light spectrum section, in order to transmit and to receive power cut signal 150.
Whether moreover lighting device 1 more comprises a sensing element 17, have an object to enter in the reconnaissance range in order to detecting.Sensing element 17 selectively is arranged at least one of them person of light-emitting device 11 and city's electrical induction device 15, and the sensing element 17 in the present embodiment is arranged on city's electrical induction device 15, but does not do a restriction.In the time of in an object enters a reconnaissance range, sensing element 17 detectings produce an induced signal 170 and are sent to control circuit 135, make light-emitting device 11 output illuminating raies, and this object is illuminated.Specifically, sensing element 17 can be selected from an active human body infrared induction element, passive type human body infrared induction element or a microwave induced element etc.Moreover, sensing element 17 also can be directly be arranged on the light-emitting device 11, namely be incorporated into bulb or fluorescent tube, or employed sensing element 17 with arrange wherein in order to be responsible for the providing bulb of light source or fluorescent tube to separate (or separation) setting.In addition, light-emitting device 11 is at least any one in a LED bulb, a LED fluorescent tube, a palace lamp, a light fixture or the portable lamp; Wherein, light fixture is at least a ceiling lighting or a Garden luminaire, but and portable lamp is at least a sprayable portable lamp or portable lamp of a humidification etc.
See also Fig. 3 and Fig. 4, Fig. 3 is the schematic perspective view of the utility model illumination group, and Fig. 4 is the block schematic diagram of the utility model illumination group.Wherein, compared to the lighting device 1 described in the last embodiment, more a step disclose a kind of illumination group 8 that is consisted of by plural lighting device in the present embodiment.At first, for convenience of description, include two lighting devices 4,4 ' with illumination group 8 first and be described herein.Wherein, illumination group 8 comprises one first light-emitting device 41, one first power supply supply group 43, one second light-emitting device 41 ' and a second source supply group 43 '.Wherein, the first light-emitting device 41 is electrically connected at the first power supply supply group 43, the second light-emitting devices 41 ' and is electrically connected at second source supply group 43 '; And first communication module 49 signals are connected in the first power supply module 434, and second communication module signal 49 ' is connected in second source supply module 434 '.Lighting device 1 compared to front embodiment, two lighting devices 4,4 ' in the present embodiment comprise respectively a communication module 49,49 ', and set up a communication channel to keep two lighting devices 4,4 ' mutual contact communication by two communication modules 49,49 ', and can further coordinate two lighting devices 4,4 ' individual other bright/dark duration, stored certain limit stand-by power supply arranges by this, so that can reach the most effectively utilization in the electrical storage device 434,434 '.
Specifically, the first power supply supply group 43 comprises one first current transfer device 433, at least one the first electrical storage device 434 and a first control circuit 435, wherein, the first current transfer device 433 is in order to receive a mains supply 20, and be electrically connected to the first light-emitting device 41, in addition, at least one the first electrical storage device 434 electrically also is connected in the first light-emitting device 41, thus, can select to give the first light-emitting device 41 from the first current transfer device 433 and 434 one of them the person's power supply of at least one the first electrical storage device.As for the apparatus structure of the second lighting device 4 ' because being same as the first lighting device 4, therefore repeat no more in this.
By above-mentioned setting, when mains supply 20 was in an off-position, tunable gave the first light-emitting device 41 by 434 power supplies of at least one the first electrical storage device between first control circuit 435 and the second control circuit 435 ', and responsible illumination; And/or give the second light-emitting device 41 ' by at least one the second electrical storage device 434 ' power supply, and responsible illumination, following embodiment for illumination group 8.For example, when mains supply 20 can't be powered suddenly, incipient length can make the first light-emitting device 41 and the second light-emitting device 41 ' illuminate simultaneously after the outage, with maintenance was thrown light on uniformly in this zone.Yet, behind the maintenance Uniform Illumination length, if mains supply 20 does not recover yet, further control the first light-emitting device 41 and the second alternately execution illumination of light-emitting device 41 ' by first control circuit 435 and second control circuit 435 '; When namely the first light-emitting device 41 illuminated, the second light-emitting device 41 ' extinguished; When the second light-emitting device 41 ' illuminates, the first light-emitting device 41 extinguishes, with respect to the emergency lighting in the known techniques, it is to be in the state that always illuminates after outage, illumination of the present utility model group 8 more can be under emergency situations, reach the consumption of saving the energy, use the prolongation lighting hours, and can take into account again the illumination in this zone simultaneously.
In addition, when mains supply 20 is in a power supply state, first control circuit 435 selectively controls the first current transfer device 433 and the first light-emitting device 41 is given in any one power supply wherein of at least one the first electrical storage device 434, and second control circuit 435 ' is selectively controlled the second current transfer device 433 ' and the second light-emitting device 41 ' is given in any one power supply wherein of at least one the second electrical storage device 434 '.By above-mentioned setting, if the first lighting device 4 and the second lighting device 4 ' are one when being applied to outdoor lighting device, at least one the first electrical storage device 434 and at least one the second electrical storage device 434 ' as stand-by power supply can be a solar cell, and can be when mains supply 20 be in a power supply state, can select not use mains supply 20, and use at least one the first electrical storage device 434 and at least one the second electrical storage device 434 ' to originate as the power supply of the first light-emitting device 41 and the second light-emitting device 41 '.
Need the expositor to be in this, the present embodiment also can additionally add one first city's electrical induction device 45 and second city's electrical induction device 45 ', in order to detect mains supply 20 outages and to export respectively subsequently a power cut signal 450,450 '; And one first sensing element 47 and one second sensing element 47 ' can be arranged at respectively on the first lighting device 4 and the second lighting device 4 ', but because of the function of said elements and structural similarity in the first embodiment, therefore repeat no more in this.
Moreover similar in appearance to last embodiment, the first power supply supply group 43 and second source supply group 43 ' have respectively one first connectivity port 436 and the second connectivity port 436 ' in the present embodiment, to be electrically connected with external power supply 30 devices.Arrange by this, in case mains supply 20 outages, and at least one electrical storage device 434 and at least one electrical storage device 434 ' be in the situation that electric weight exhausts, then can be by external power supply 30 (such as Mobile electric power), and to keep the first lighting device 4 and the second lighting device 4 ' is luminous.Wherein, the first connectivity port 436 and the second connectivity port 436 ' are universal serial bus (Universal Serial Bus; USB) connecting interface and an IEEE1394 connecting interface one of them.
In addition, wherein first communication module 49 can be electrically connected for entity with second communication module 49 ', to export a power cut signal 450,450 ' to this control circuit; Or, any one of first communication module 49 and second communication module 49 ', be all the electromagnetic wave wireless communication module that belongs to the black light wavelength coverage, and arbitrary 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; Or wherein any one of first communication module and second communication module is all the electromagnetic wave wireless communication module that belongs to the visible light spectrum section.
In addition, the possible embodiment for illumination group 8 remakes a detailed description.Wherein, the first lighting device 4 can be a lighting device with master control function, and the second lighting device 4 ' is one to have the lighting device of function controlled, so that the first sensing element 47 can be in response to an environment induction result light and shade function of ACTIVE CONTROL the first light-emitting device 41, and make the second lighting device 4 ' passive in response to from a control instruction of the first lighting device 4 and control the light and shade function of the second light-emitting device 41 '.As for another kind implement aspect then can for, the first lighting device 4 and the second lighting device 4 ' are all with the lighting device of master control function and controlled function, so that can automatically perform and control in response to an illumination control program light and shade function of the first light-emitting device 41 and/or the second light-emitting device 41 ' between the first lighting device 4 and the second lighting device 4 '.
Holding above-mentionedly, see also Fig. 5, is to implement conceptual schematic view with the one first better group control that the utility model lighting device forms an illumination group; In wherein, 5 interiorly have 5 lighting devices 51～55 in the space, and lighting device 51 is a lighting device with light-emitting device, power supply supply group and an electromagnetic wave wireless communication module, and lighting device 51 is one to have the induction type lighting device of master control function.
As for lighting device 52～55, then be a non-master control lighting device with power supply supply group and electromagnetic wave wireless communication module (namely, be general lighting device), and the arbitrary lighting device in the lighting device 52～55 only is one to have the lighting device of function controlled, it only can control and can't initiatively send control instruction (for example, illumination control instruction) to other lighting device by the passive receive wireless lighting.
Thus, lighting device 51 can be in response to an environment induction result itself the light and shade function of light-emitting device of ACTIVE CONTROL, and send synchronously an illumination control instruction C1 with the electromagnetic wave communication, so that lighting device 52～55 passive light and shade functions of controlling each light-emitting device in the lighting device 52～55 in response to illumination control instruction C1.
One of benefit of the above-mentioned practice can be provided in only need install in the same space lighting device of a higher cost, and remaining illuminating means then changes the better solution of adopting lower-cost general element and still can finish the illumination balance control in whole space; Be with, these are made Faxian and can significantly reduce configuration and the required initial stage of lighting device build cost.
Certainly, above-mentioned illumination control instruction C1 only is an example, also can comprise the control instruction of carrying out above-mentioned other additional function.
See also Fig. 6, it is the one second better group control enforcement conceptual schematic view that forms an illumination group with the utility model lighting device; In wherein, 6 interiorly have 5 lighting devices 61～65 in the space, lighting device 61～65 is a lighting device with light-emitting device, power supply supply group and an electromagnetic wave wireless communication module, and lighting device 61～65 is all an induction type lighting device with master control function/function controlled.
Thus, lighting device 61～65 can change surround lighting light and shade in its subregion of sensing individually, and send or return an illumination control instruction C2 to other lighting device with the electromagnetic wave communication, therefore, lighting device 61～65 namely needs mutually to coordinate out the balance scheme that throws light on more accurately according to illumination control program and those time.
Certainly, above-mentioned illumination control instruction C2 only is an example, also can comprise the control instruction of carrying out above-mentioned other additional function.
Another is than the fine piece of writing method, about the group control between different spaces or the zone; Profess it, it also can be resolved through install the electromagnetic wave wireless communication module additional in lighting device.For example, see also Fig. 7, it is for being incorporated into Fig. 6 and better group control mode shown in Figure 7 one the 3rd better group control enforcement conceptual schematic view of one.In wherein, lighting device 81 can see through an illumination control instruction C3 and another illumination control program, links up and coordinates to carry out function and obtain with lighting device 91～95.
In sum, see through the design of power supply supply group of the utility model lighting device and the arrangement of group control, when mains supply is in power supply state, can look practical situation is also selected mains supply or one of them person of electrical storage device uses, if electrical storage device is the energy of solar energy power accumulating device, then can be the first-selection of power supply.By this, more can press close to the social trend that present promotion is energy-conservation and afforest.Moreover, see through and lighting device to be done group arrange, make illumination of the present utility model group under emergency situations, distribute efficiently electric power to save the consumption of the energy, under the Uniform Illumination of consideration of regional, the while can prolong lighting hours.
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 (18)
1. a lighting device is characterized in that, comprising:
Light-emitting device; And
Power supply supply group comprises:
Current transfer device, in order to receiving a mains supply, and to change this mains supply be a direct current; Wherein, this current transfer device is electrically connected to this light-emitting device;
At least one electrical storage device is electrically connected at this light-emitting device; And
Control circuit is electrically connected at this current transfer device and this at least one electrical storage device; In arbitrary time, this control circuit control this current transfer device and this at least one electrical storage device only one of them person's power supply give this light-emitting device;
Wherein, when this control circuit is in a power supply state at this mains supply, selectively control this current transfer device and this light-emitting device is given in any one power supply wherein of this at least one electrical storage device, and when this mains supply is in an off-position, controls this at least one electrical storage device power supply and give this light-emitting device.
2. lighting device as claimed in claim 1, it is characterized in that, more comprise city's electrical induction device, this city's electrical induction device can't be powered when giving this current transfer device at this mains supply, export a power cut signal to this control circuit, so that this at least one electrical storage device power supply is given this light-emitting device and exported illuminating ray; Wherein, this city's electrical induction device and this control circuit entity are electrically connected, to export a power cut signal to this control circuit; Or, this city's electrical induction device and this power supply supply group all have an electromagnetic wave wireless communication module that belongs to the black light wavelength coverage, and arbitrary 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 wireless communication module, one Z-Wave wireless communication module or be in the ZigBee wireless communication module any one; Or wherein this city's electrical induction device and this power supply supply group all have an electromagnetic wave wireless communication module that belongs to the visible light spectrum section.
3. lighting device as claimed in claim 2, it is characterized in that, more comprise sensing element, this sensing element is arranged at least one of them person of this light-emitting device and this city's electrical induction device, whether this sensing element detecting has an object to enter in the reconnaissance range, in the time of in this object enters this reconnaissance range, the detecting of this sensing element produces an induced signal and also is sent to this control circuit, makes this light-emitting device and exports illuminating ray.
4. lighting device as claimed in claim 3 is characterized in that, this sensing element is active human body infrared induction element, passive type human body infrared induction element or is microwave induced element; This light-emitting device is at least any one in a LED bulb, a LED fluorescent tube, a palace lamp, a light fixture or the portable lamp; Wherein, this light fixture is at least a ceiling lighting or a Garden luminaire, but and this portable lamp is at least a sprayable portable lamp or the portable lamp of a humidification.
5. lighting device as claimed in claim 1, it is characterized in that, this power supply supply group has in order to the connectivity port that is electrically connected with an external power supply device, and this connectivity port is electrically connected with this control circuit, and mat makes this external power supply device through this connectivity port and powers and give this light-emitting device.
6. lighting device as claimed in claim 5 is characterized in that, this connectivity port be universal serial bus connecting interface and IEEE1394 connecting interface one of them.
7. lighting device as claimed in claim 1 is characterized in that, this at least one electrical storage device is the solar energy power accumulating device.
8. an illumination group is characterized in that, comprising:
The first lighting device comprises the first light-emitting device and the first power supply supply group, and this first power supply supply group comprises:
The first current transfer device, in order to receiving a mains supply, and this first current transfer device is electrically connected to this first light-emitting device;
At least one the first electrical storage device is electrically connected at this first light-emitting device; And
First control circuit is electrically connected at this first current transfer device and this at least one the first electrical storage device; And
The second lighting device comprises the second light-emitting device and second source supply group, and this second source supply group comprises:
The second current transfer device, in order to receiving this mains supply, and this second current transfer device is electrically connected to this second light-emitting device;
At least one the second electrical storage device is electrically connected at this second light-emitting device; And
Second control circuit is electrically connected at this second current transfer device and this at least one the second electrical storage device;
Wherein, this first control circuit in and second control circuit between set up a communication channel, when this mains supply is in an off-position, coordinate between this first control circuit and this second control circuit to give this first light-emitting device and/or give this second light-emitting device by this second electrical storage device power supply by this at least one the first electrical storage device power supply; When this mains supply is in a power supply state, this first control circuit selectively controls this first current transfer device and this first light-emitting device is given in this at least one the first electrical storage device any one power supply wherein, and this second control circuit is selectively controlled this second current transfer device and this second light-emitting device is given in this at least one the second electrical storage device any one power supply wherein.
9. illumination as claimed in claim 8 group, it is characterized in that, this first control circuit comprises first communication module, this second control circuit comprises second communication module, and set up a communication channel between this first communication module of this first control circuit and this second communication module of this first control circuit, in order to do the light and shade function of this first light-emitting device of control and/or this second light-emitting device; Wherein this first communication module and this second communication module entity are electrically connected, to export a power cut signal to this control circuit; Or, any one of first communication module and this second communication module, be all the electromagnetic wave wireless communication module that belongs to the black light wavelength coverage, and arbitrary 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 wireless communication module, one Z-Wave wireless communication module or be in the ZigBee wireless communication module any one; Or wherein any one of this first communication module and this second communication module is all the electromagnetic wave wireless communication module that belongs to the visible light spectrum section.
10. the group of throwing light on as described in claim 9, it is characterized in that, this first lighting device more comprises the first sensing element, making this first lighting device is one to have the lighting device of master control function, and this second lighting device is one to have the lighting device of function controlled, so that this first sensing element can be in response to an environment induction result light and shade function of this first lighting device of ACTIVE CONTROL, and make this second lighting device passive in response to from a control instruction of this first lighting device and control the light and shade function of this second light-emitting device.
The group 11. throw light on as described in claim 10, it is characterized in that, this second lighting device more comprises the second sensing element, this second sensing element is in response to this environment induction result, make this first communication module in and second communication module between set up this communication channel, in order to do the light and shade function of control this first light-emitting device and/or this second light-emitting device.
12. illumination as claimed in claim 11 group, it is characterized in that, this first lighting device and this second lighting device are all with the light-emitting device of master control function and controlled function, so that can automatically perform and control in response to an illumination control program light and shade function of this first light-emitting device and/or this second light-emitting device between those light-emitting devices.
13. illumination as claimed in claim 12 group is characterized in that any one in this first sensing element and the second sensing element is passive type human body infrared induction element, or is microwave induced element.
14. illumination as claimed in claim 13 group is characterized in that any one in this first light-emitting device and this second light-emitting device is at least any one in a LED bulb, a LED fluorescent tube, a palace lamp, a light fixture or the induction type portable lamp; Wherein, this light fixture is at least a ceiling lighting or a Garden luminaire, but and this portable lamp is at least a sprayable portable lamp or the portable lamp of a humidification.
15. illumination as claimed in claim 8 group is characterized in that at least one the first electrical storage device of this of this first lighting device is a solar energy power accumulating device, and is arranged at outdoor.
16. illumination as claimed in claim 8 group, it is characterized in that, more comprise first city's electrical induction device and second city's electrical induction device, when this mains supply can't give this first current transfer device via one first general commercial power socket power supply, this the first city electrical induction device is exported one first power cut signal to this first control circuit, so that this at least one the first electrical storage device power supply is given this first light-emitting device and exported illuminating ray; When this mains supply can't give this second current transfer device via one second general commercial power socket power supply, this the second city electrical induction device is exported one second power cut signal to this second control circuit, so that this at least one the second electrical storage device power supply is given this second light-emitting device and exported illuminating ray.
17. illumination as claimed in claim 8 group, it is characterized in that, this the first power supply supply group and this second source supply group have respectively a connectivity port, in order to be electrically connected with an external power supply device, and respectively this connectivity port is electrically connected with this first control circuit and this second control circuit respectively, and mat makes this external power supply device see through respectively this connectivity port and powers and give this first light-emitting device and this second light-emitting device.
18. illumination as claimed in claim 17 group is characterized in that, respectively this connectivity port be universal serial bus connecting interface and an IEEE1394 connecting interface one of them.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220171685 CN202835138U (en) | 2012-04-20 | 2012-04-20 | Lighting device and lighting cluster |
| PCT/CN2013/074464 WO2013155987A1 (en) | 2012-04-20 | 2013-04-19 | Illumination device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220171685 CN202835138U (en) | 2012-04-20 | 2012-04-20 | Lighting device and lighting cluster |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202835138U true CN202835138U (en) | 2013-03-27 |
Family
ID=47946833
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220171685 Expired - Fee Related CN202835138U (en) | 2012-04-20 | 2012-04-20 | Lighting device and lighting cluster |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202835138U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103375755A (en) * | 2012-04-20 | 2013-10-30 | 东莞巨扬电器有限公司 | Lighting device |
| CN105142303A (en) * | 2015-09-25 | 2015-12-09 | 杭州玄同电子有限公司 | Quasi-static human body induction ceiling lamp |
| CN106439644A (en) * | 2016-10-17 | 2017-02-22 | 天津汇智物联科技有限公司 | Novel intelligent ceiling lamp |
| CN107148133A (en) * | 2017-05-31 | 2017-09-08 | 浙江生辉照明有限公司 | Induction type security light |
-
2012
- 2012-04-20 CN CN 201220171685 patent/CN202835138U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103375755A (en) * | 2012-04-20 | 2013-10-30 | 东莞巨扬电器有限公司 | Lighting device |
| CN105142303A (en) * | 2015-09-25 | 2015-12-09 | 杭州玄同电子有限公司 | Quasi-static human body induction ceiling lamp |
| CN106439644A (en) * | 2016-10-17 | 2017-02-22 | 天津汇智物联科技有限公司 | Novel intelligent ceiling lamp |
| CN107148133A (en) * | 2017-05-31 | 2017-09-08 | 浙江生辉照明有限公司 | Induction type security light |
| CN107148133B (en) * | 2017-05-31 | 2023-12-12 | 浙江生辉照明有限公司 | Induction type security protection lamp |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103002618B (en) | LED light device | |
| CN202708939U (en) | Light-emitting diode (LED) lighting device | |
| CN202835138U (en) | Lighting device and lighting cluster | |
| WO2012096528A2 (en) | Method and system for controlling led lighting using a low-power wireless communication module | |
| CN202947001U (en) | LED floor tile lamp | |
| CN103375700B (en) | Lighting device and application process thereof | |
| CN204119581U (en) | A kind of underground parking intelligent illuminating system | |
| CN104619079A (en) | Ad hoc network control system of LED (Light Emitting Diode) lighting lamp | |
| CN206439648U (en) | A kind of intelligent LED emergency light | |
| CN204042796U (en) | A kind of energy-conservation microwave induced lamp | |
| CN203120254U (en) | KNX (Konnex) bus based intelligent LED lighting system for underground parking lots | |
| CN204104195U (en) | A kind of family signal light control panel | |
| CN206226772U (en) | A kind of LED and the system for realizing intelligent lighting | |
| CN205535284U (en) | Multi -functional intelligent night -light | |
| CN103939827A (en) | Emergent lamp light processing system | |
| CN103375755A (en) | Lighting device | |
| CN205979470U (en) | Gardens illumination LED lamp | |
| CN205648120U (en) | Natural light and energy -conserving lighting system in complemental classroom of light | |
| CN107493621A (en) | A kind of Intelligent building lighting energy-saving control system | |
| CN203691687U (en) | Intelligent illuminating system | |
| CN201368392Y (en) | Wireless control type emergency lighting device with generatrix guide | |
| CN103188843B (en) | Multi-element intelligent lamp system and information transmitting methods thereof | |
| CN203072192U (en) | LED fluorescent lamp with variable color temperature and control device | |
| CN112291891A (en) | Behavior control system based on lamplight | |
| CN206283700U (en) | A kind of illuminator based on Zigbee controlled in wireless |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130327 Termination date: 20150420 |
|
| EXPY | Termination of patent right or utility model |