CN204403959U - Microwave induced LED - Google Patents
Microwave induced LED Download PDFInfo
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- CN204403959U CN204403959U CN201520132693.XU CN201520132693U CN204403959U CN 204403959 U CN204403959 U CN 204403959U CN 201520132693 U CN201520132693 U CN 201520132693U CN 204403959 U CN204403959 U CN 204403959U
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Abstract
The utility model belongs to LED technical field, and particularly the microwave induced LED of one, comprises the first lamp body, self-box and installation portion; First lamp body comprises the LED lens, the first reflection shield, a LED luminous plaque and the first fin that set gradually; Self-box comprises body and antenna box; First fin is provided with the first Connection Block, body is provided with the first spill spin block, first Connection Block is connected with the first spill spin block by the first rotating seat, antenna is provided with in antenna box, be provided with power panel, control panel, RF module and HF module in self-box, antenna is connected by holding wire with RF module.Relative to prior art, in the utility model, the first lamp body is installed on self-box by rotating seat, thus makes position, the adjustable angle of the first lamp body.In addition, the utility model structure is simple, mounts and dismounts all very convenient.
Description
Technical field
The utility model belongs to LED technical field, particularly the microwave induced LED of one.
Background technology
LED and semiconductor light-emitting-diode, LED utilizes high brightness white light-emitting diode as the electricity-saving lamp of light emitting source, and it has, and light efficiency is high, little power consumption, life-span are long, easy to control, non-maintaining and the feature such as safety and environmental protection.
Divide by function, LED comprises LED street lamp, LED projector lamp, LED wall wash lamp, LED bay light, LED daylight lamp, LED tunnel lamp, LEDbulb lamp and LED sense light.Wherein, LED sense light is a kind of Novel intelligent lighting product bright by induction module automatic control light source point.From source material, LED is as the intermittent lighting source of frequent switch, relative incandescent lamp and all kinds of fluorescent lamp, optimal selection beyond doubt, its switch life is long, reaction speed is fast, light efficiency is high, volume is little, be easy to the feature of control obtains perfect embodiment.Its maximum advantage is the characteristic of its automatic switch, and automatic switch brings great convenience to the life of people, and it is bright that people's (car) carrys out lamp, and people's (car) walks lamp and goes out.Being particularly suitable for underground garage, stair aisle, automation factory building, warehouse, lift port, entry and balcony etc., to need to open and close automatically the region of illumination all very applicable.
LED sense light comprises again infrared induction LED and microwave induced LED etc., and wherein, microwave induced LED utilizes microwave principle.If people is through microwave induced LED, the detector in lamp can receive the microwave of human body reflection and make circuit start a period of time.
But the mounting means of microwave induced LED of the prior art is single, and cannot rotate, and therefore flexibility is not high.In addition, also there is complex structure, install inconvenient defect in LED sense light of the prior art.
In view of this, necessaryly provide a kind of microwave induced LED, the angle of its not only lamp body can carry out flexible modulation as required but also structure is simple, mounts and dismounts all very convenient.
Utility model content
The purpose of this utility model is: for the deficiencies in the prior art, and provides a kind of microwave induced LED, and the angle of its not only lamp body can carry out flexible modulation as required but also structure is simple, mounts and dismounts all very convenient.
To achieve these goals, the utility model adopts following technical scheme:
Microwave induced LED, comprises the first lamp body, self-box and installation portion;
Described first lamp body comprises the LED lens, the first reflection shield, a LED luminous plaque and the first fin that set gradually;
Described self-box comprises body, bonnet and antenna box;
Described installation portion comprises terminal board and wall seat;
Described first fin is provided with the first Connection Block, described body is provided with the first spill spin block, described first Connection Block is connected with described first spill spin block by the first rotating seat; Be provided with antenna in described antenna box, be provided with power panel, control panel, RF module and HF module in described body, described antenna is connected by holding wire with described RF module.
Described bonnet is bolted on described body;
Described power panel is electrically connected with described control panel, a described LED luminous plaque and described terminal board respectively, and described control panel is connected with described RF module and described HF module respectively.
One as the microwave induced LED of the utility model is improved, the first water proof ring is provided with between described LED lens and described first fin, the second water proof ring is provided with between described first fin and described first Connection Block, the 3rd water proof ring is provided with between described bonnet and described body, be provided with the 4th water proof ring between described first spill spin block and described body, between described bonnet and described wall seat, be provided with the 5th water proof ring.
One as the microwave induced LED of the utility model is improved, a described LED luminous plaque comprises the first pcb board and is welded in the first lamp pearl on described first pcb board, the first groove is provided with in described first fin, described first groove is provided with the first through hole, described first through hole has been embedded in conducting strip, and described first pcb board is bolted in described first groove.
One as the microwave induced LED of the utility model is improved, and be also provided with antenna cover between described antenna box and described body, described antenna box is connected with described antenna cover buckle, is provided with the 6th water proof ring between described antenna box and described antenna cover.
One as the microwave induced LED of the utility model is improved, and described control panel is provided with the first adjustable resistance, is embedded with VR knob in described adjustable electric group.
One as the microwave induced LED of the utility model is improved, the outer surface of described wall seat is provided with the 7th water proof ring, described body is provided with block button hole, described wall seat is provided with buckle, described buckle embeds in described block button hole and realizes described body and be connected with the buckle of described wall seat, and the described terminal board fourth of the twelve Earthly Branches embeds described wall seat.
One as the microwave induced LED of the utility model is improved, and described LED also comprises the second lamp body, and described second lamp body comprises the 2nd LED lens, the second reflection shield, the 2nd LED luminous plaque and the second fin that set gradually;
Described second fin is provided with the second Connection Block, described body is provided with the second spill spin block, described second Connection Block is connected with described second spill spin block;
Described power panel and described 2nd LED luminous plaque electrical connection.
One as the microwave induced LED of the utility model is improved, the 8th water proof ring is provided with between described 2nd LED lens and described second fin, described 2nd LED luminous plaque comprises the second pcb board and is welded in the second lamp pearl on described second pcb board, be provided with the second groove in described second fin, described second pcb board is bolted in described second groove.
When human body is movable in investigative range of the present utility model, the microwave that HF module aerial radiation goes out is moved human body and reflects and receive, due to Doppler effect principle, microwave treater carries out process output voltage control signal to control panel to frequency-shift signaling, control panel processes signal, judge to be confirmed whether human motion, bright light or dimming commands are passed to LED luminous plaque, to control bright light or the light modulation of LED lamp bead, when detecting in investigative range nobody, control panel time delay can send and turn off the light or dim instruction and issue LED luminous plaque, perform and turn off or dim LED.So just achieve around microwave induced lamp, when having people through out-of-date, lantern festival lights automatically, and people leaves rear delay a period of time automatic distinguishing or dims, and so, just can be good at realizing energy-conservation.
In the utility model, the effect of power panel is direct current civil power being converted to LED luminous plaque, RF module, HF module and control panel needs; The effect of HF module antenna is then the echo giving off microwave and receive human body reflection, and this signal is sent to the microprocessor of HF module, this microprocessor can process rear output voltage control signal to control panel to signal, after control panel reception control signal, be switched on or switched off to the power supply of LED luminous plaque, thus the lighting or extinguish of control LED luminous plaque; The effect of RF antenna is to transmit and receive low frequency signal, with the networking control of multiple stage sense light in feasible region, when control panel receives the signal of human motion, can synchronous by Signal transmissions to RF module, send low frequency signal to can another sense light of the same type in range of receiving via RF antenna, control panel can be transferred to after the RF antenna of this sense light receives low frequency signal and send light or dimming commands.The effect of LED luminous plaque is then that the electric energy power panel provides converts luminous energy to, and luminescence is illuminated.
Relative to prior art, in the utility model, the first lamp body is installed on self-box by rotating seat, thus makes position, the adjustable angle of the first lamp body; In addition, the utility model structure is simple, mounts and dismounts all very convenient.
The utility model additionally provides a kind of microwave induced LED, comprises lamp body, self-box and installation portion;
Described lamp body comprises the LED lens, the first reflection shield, a LED luminous plaque, the first fin, cylindrical shell, the second fin, the 2nd LED luminous plaque, the second reflection shield and the 2nd LED lens that set gradually;
Described self-box comprises body, bonnet and antenna box;
Described installation portion comprises terminal board and wall seat;
Described cylindrical shell is connected with described body, is provided with antenna in described antenna box, is also provided with power panel, control panel, RF module and HF module in described body, and described antenna is connected by holding wire with described RF module;
Described bonnet is bolted on described body;
Described power panel is electrically connected with described control panel, described 2nd LED luminous plaque, a described LED luminous plaque and described terminal board respectively, and described control panel is connected with described RF module and described HF module respectively.
One as the microwave induced LED of the utility model is improved, a described LED luminous plaque comprises the first pcb board and is welded in the lamp pearl on described first pcb board, described first fin is provided with the first through hole, described first through hole has been embedded in conducting strip, and described first pcb board is bolted on the first fin; Described 2nd LED luminous plaque comprises the second pcb board and is welded in the lamp pearl on described second pcb board, and described second pcb board is bolted on the second fin.
Also be provided with antenna cover between described antenna box and described body, described antenna box is connected with described antenna cover buckle;
Described control panel is provided with the first adjustable resistance, in described adjustable resistance, is embedded with VR knob.
In the utility model, the effect of power panel is direct current civil power being converted to a LED luminous plaque, the 2nd LED luminous plaque, RF module, HF module and control panel needs; The effect of HF module antenna is then to give off microwave and receives the echo of human body reflection, and this signal is sent to the microprocessor of HF module, this microprocessor can process rear output voltage control signal to control panel to signal, after control panel reception control signal, be switched on or switched off to the power supply of LED luminous plaque, thus the lighting or extinguish of control LED luminous plaque; The effect of RF antenna is to transmit and receive low frequency signal, with the networking control of multiple stage sense light in feasible region, when control panel receives the signal of human motion, can synchronous by Signal transmissions to RF module, send low frequency signal to can another sense light of the same type in range of receiving via RF antenna, control panel can be transferred to after the RF antenna of this sense light receives low frequency signal and send light or dimming commands.The effect of LED luminous plaque is then that the electric energy power panel provides converts luminous energy to, and luminescence is illuminated.
Relative to prior art, the utility model structure is simple, mounts and dismounts all very convenient.
Accompanying drawing explanation
Fig. 1 is one of perspective view of the utility model embodiment 1.
Fig. 2 is the perspective view two of the utility model embodiment 1.
Fig. 3 is the decomposition texture schematic diagram of the utility model embodiment 1.
Fig. 4 is one of perspective view of the utility model embodiment 2.
Fig. 5 is the perspective view two of the utility model embodiment 2.
Fig. 6 is the decomposition texture schematic diagram of the utility model embodiment 2.
Fig. 7 is one of perspective view of the utility model embodiment 3.
Fig. 8 is the perspective view two of the utility model embodiment 3.
Fig. 9 is the decomposition texture schematic diagram of the utility model embodiment 3.
Detailed description of the invention
Below in conjunction with embodiment, the utility model and beneficial effect thereof are described in further detail, but embodiment of the present utility model is not limited to this.
Embodiment 1
As shown in Figure 1 to Figure 3, the microwave induced LED of the present embodiment, comprises lamp body 1, self-box 2 and installation portion 3; Wherein, lamp body 1 is for providing light, and self-box 2 is for connecting lamp body 1 and installation portion 3, and installation portion 3 is for being installed to wall or ceiling by whole LED.
Lamp body 1 comprises the LED lens 11, reflection shield 12, LED luminous plaque 13 and the fin 14 that set gradually; Wherein, reflection shield 12 can improve the utilization rate of the light of light fixture greatly, and Luminaire efficiency is improved greatly.The light sent from LED luminous plaque 13 is reflected by reflection shield 12, provides illumination, and LED luminous plaque 13 can convert electric energy to luminous energy, and luminescence is illuminated.The heat that LED luminous plaque 13 distributes can shed by fin 14 in time.
Self-box 2 comprises the body 21 set gradually, bonnet 31, antenna box 22;
Installation portion 3 comprises the terminal board 32 and wall seat 33 that set gradually; Body 21 is connected with wall seat 33 clamping, forms accommodation space therebetween, and terminal board 32 is fixed on the inwall of wall seat 33, and terminal board 32 is positioned at this accommodation space.Terminal board 32 can realize the connection with external power supply.Wall seat 33 is for whole LED is arranged on wall or ceiling.
Fin 14 is provided with Connection Block 15, body 21 is provided with spill spin block 23, Connection Block 15 is connected with spill spin block 23 by rotating seat 4, is provided with antenna 24 in antenna box 22, is provided with power panel 28, control panel 25 and RF module 26, HF module 212 in body 21; Antenna 24 is connected by holding wire 27 with RF module 26, and power panel 28 is electrically connected with control panel 25, LED luminous plaque 13 and terminal board 32 respectively; Control panel 25 connects with RF module 26, HF module 212 respectively.
The first water proof ring 16 is provided with between LED lens 11 and fin 14, be provided with the second water proof ring 17 between fin 14 and Connection Block 15, enter into from LED lens 11, space between Connection Block 15 and fin 14 service life affecting LED luminous plaque 13 in lamp body 1 to prevent extraneous steam; The 3rd water proof ring 34 is provided with between bonnet 31 and body 21, be provided with the 4th water proof ring 29 between first spill spin block 23 and body 21, enter in body from bonnet 31, space between spill spin block 23 and body 21 service life affecting power panel 28, control panel 25, RF module 26 and HF module 212 to prevent extraneous steam; Be provided with the 5th water proof ring 35 between bonnet 31 and wall seat 33, enter into prevent extraneous steam the service life affecting terminal board 32 in installation portion 3 from the space between bonnet 31 and wall seat 33.
The lamp pearl 132 that LED luminous plaque 13 comprises pcb board 131 and is welded on pcb board 131, groove 141 is provided with in fin 14, groove 141 is provided with the first through hole 142, first through hole 142 and has been embedded in conducting strip 18, for the insulating heat-conductive between pcb board and fin; Pcb board 131 is bolted in groove 141, to prevent pcb board 131 from rocking in lamp body 1, and is distributed in time by heat.
Antenna cover 210 is also provided with between antenna box 22 and body 21, antenna box 22 is connected with antenna cover 210 buckle, antenna box 22 and antenna cover 210 form accommodation space jointly, be convenient to the fixed placement of antenna 24, the 6th water proof ring 211 is provided with between antenna box 22 and antenna cover 210, to prevent extraneous steam from entering from the space between antenna box 22 and antenna cover 210, affect the service life of antenna 24.
Control panel 25 is provided with adjustable resistance 214, in adjustable resistance 214, is embedded with VR knob 215.By rotating VR knob 215, can set the induction range of microwave module 212, induction range is changeable, can arrange as required.
The outer surface of wall seat 33 is provided with the 7th water proof ring 36, body 21 is provided with block button hole 211, wall seat 33 is provided with buckle 332, buckle 332 embeds in block button hole 211 and realizes body 21 and be connected with the buckle of wall seat 33, to realize being fixedly connected with of body 21 and wall seat 33, this connected mode is simple, is easy to installation and removal.
Terminal board 32 fourth of the twelve Earthly Branches embeds wall seat 33.
Lamp body 1 wherein can rotate, thus can regulate the angle of lamp body 1 as required flexibly.
When human body is movable in investigative range of the present utility model, the microwave that HF module aerial radiation goes out is moved human body and reflects and receive, due to Doppler effect principle, microwave treater carries out process output voltage control signal to control panel 25 to frequency-shift signaling, control panel 25 pairs of signals process, judge to be confirmed whether human motion, bright light or dimming commands are passed to a LED luminous plaque 13, to control bright light or the light modulation of the first LED lamp bead 132, when detecting in investigative range nobody, control panel 25 time delay can send and turn off the light or dim instruction and issue a LED luminous plaque 13, perform and turn off or dim LED.So just achieve around microwave induced lamp, when having people through out-of-date, lantern festival lights automatically, and people leaves rear delay a period of time automatic distinguishing or dims, and so, just can be good at realizing energy-conservation.
In the utility model, the effect of power panel 28 is civil power to convert the direct current that a LED luminous plaque 13, RF module 26, HF module 212 and control panel 25 need to; The effect of HF module antenna is then to give off microwave and receives the echo of human body reflection, and this signal is sent to the microprocessor of HF module, this microprocessor can process rear output voltage control signal to control panel 25 to signal, after control panel 25 reception control signal, be switched on or switched off to the power supply of a LED luminous plaque 13, thus control lighting or extinguishing of a LED luminous plaque 13; The effect of RF antenna 24 is to transmit and receive low frequency signal, with the networking control of multiple stage sense light in feasible region, when control panel 25 receives the signal of human motion, can synchronous by Signal transmissions to RF module 26, send low frequency signal to can another sense light of the same type in range of receiving via RF antenna 24, control panel 25 can be transferred to after the RF antenna 24 of this sense light receives low frequency signal and send light or dimming commands.The effect of LED luminous plaque is then that the electric energy power panel provides converts luminous energy to, and luminescence is illuminated.
Embodiment 2
As shown in Figures 4 to 6, the microwave induced LED of the present embodiment, comprises the first lamp body 1, second lamp body 5, self-box 2 and installation portion 3; Wherein, the first lamp body 1, second lamp body 5 is for providing light, and self-box 2 is for connecting lamp body 1, and lamp body 5 and installation portion 3, installation portion 3 is for being installed to wall or ceiling by whole LED.
First lamp body 1 comprises LED lens 11, first reflection shield 12, LED luminous plaque 13 and first fin 14 that set gradually; Wherein, the first reflection shield 12 can improve the utilization rate of the light of light fixture greatly, and Luminaire efficiency is improved greatly.The light sent from a LED luminous plaque 13 is reflected by the first reflection shield 12, provides illumination, and a LED luminous plaque 13 can convert electric energy to luminous energy, and luminescence is illuminated.The heat that one LED luminous plaque 13 distributes can shed by the first fin 14 in time.
Second lamp body 5 comprises the 2nd LED lens 51, second reflection shield 52, the 2nd LED luminous plaque 53 and the second fin 54 that set gradually; Wherein, the second reflection shield 52 can improve the utilization rate of the light of light fixture greatly, and Luminaire efficiency is improved greatly.The light sent from the 2nd LED luminous plaque 53 is reflected by the second reflection shield 52, provides illumination, and the 2nd LED luminous plaque 53 can convert electric energy to luminous energy, and luminescence is illuminated.The heat that 2nd LED luminous plaque 53 distributes can shed by the second fin 54 in time.
Self-box 2 comprises the body 21 set gradually, bonnet 31, antenna box 22;
Installation portion 3 comprises the terminal board 32 and wall seat 33 that set gradually; Body 21 is connected with wall seat 33 clamping, forms accommodation space therebetween, and terminal board 32 is fixed on the inwall of wall seat 33, and terminal board 32 is positioned at this accommodation space.Terminal board 32 can realize the connection with external power supply.Wall seat 33 is for whole LED is arranged on wall or ceiling.
First fin 14 is provided with the first Connection Block 15, second fin 54 is provided with the second Connection Block 55, body 2 is provided with the first spill spin block 4, second spill spin block 6, first Connection Block 15 is connected with the first spill spin block 4, and the second Connection Block 55 is connected with the second rotating seat 6.
Be provided with antenna 24 in antenna box 22, in body 21, be provided with power panel 28, control panel 25 and RF module 26, HF module 212; Antenna 24 is connected by holding wire 27 with RF module 26, and power panel 28 is electrically connected with control panel 25, a LED luminous plaque 13, the 2nd LED luminous plaque 53 and terminal board 32 respectively; Control panel 25 connects with RF module 26, HF module 212 respectively.
The first water proof ring 16 is provided with between LED lens 11 and fin 14, be provided with the second water proof ring 17 between fin 14 and Connection Block 15, enter into from LED lens 11, space between Connection Block 15 and fin 14 service life affecting LED luminous plaque 13 in lamp body 1 to prevent extraneous steam.The 3rd water proof ring 56 is provided with between LED lens 51 and fin 54, be provided with the 4th water proof ring 57 between fin 54 and Connection Block 55, enter into from LED lens 51, space between Connection Block 55 and fin 54 service life affecting LED luminous plaque 53 in lamp body 51 to prevent extraneous steam.The 5th water proof ring 34 is provided with between bonnet 31 and body 21; The 6th water proof ring 18 is provided with between first spill spin block 4 and body 21, be provided with the 7th water proof ring 58 between second spill spin block 6 and body 21, enter in body from the space between bonnet 31, first spill spin block 4, second spill spin block 6 and body 21 service life affecting power panel 28, control panel 25, RF module 26 and HF module 212 to prevent extraneous steam; Be provided with the 8th water proof ring 35 between bonnet 31 and wall seat 33, enter into prevent extraneous steam the service life affecting terminal board 32 in installation portion 3 from the space between bonnet 31 and wall seat 33.
The first lamp pearl 132 that one LED luminous plaque 13 comprises the first pcb board 131 and is welded on the first pcb board 131, the first groove 141 is provided with in first fin 14, first groove 141 is provided with the first through hole 142, first through hole 142 has been embedded in conducting strip 18, for the insulating heat-conductive between pcb board and fin; Pcb board 131 is bolted in groove 141, to prevent pcb board 131 from rocking in lamp body 1, and is distributed in time by heat.
The second lamp pearl 532 that 2nd LED luminous plaque 53 comprises the second pcb board 531 and is welded on the second pcb board 531, the second groove 541 is provided with in second fin 54, second pcb board 531 is bolted in the second groove 541, to prevent rocking of the 2nd LED luminous plaque 53, and heat is distributed in time.
Antenna cover 210 is also provided with between antenna box 22 and body 21, antenna box 22 is connected with antenna cover 210 buckle, antenna box 22 and antenna cover 210 form accommodation space jointly, be convenient to the fixed placement of antenna 24, the 9th water proof ring 211 is provided with between antenna box 22 and antenna cover 210, to prevent extraneous steam from entering from the space between antenna box 22 and antenna cover 210, affect the service life of antenna 24.
Control panel 25 is provided with adjustable resistance 214, in adjustable resistance 214, is embedded with VR knob 215.By rotating VR knob 215, can set the induction range of microwave module 212, induction range is changeable, can arrange as required.
The outer surface of wall seat 33 is provided with the tenth water proof ring 36, body 21 is provided with block button hole 211, wall seat 33 is provided with buckle 332, buckle 332 embeds in block button hole 211 and realizes body 21 and be connected with the buckle of wall seat 33, to realize being fixedly connected with of body 21 and wall seat 33, this connected mode is simple, is easy to installation and removal.
Terminal board 32 fourth of the twelve Earthly Branches embeds wall seat 33.
Power panel 28 and LED luminous plaque the 13, a two LED luminous plaque 53 are electrically connected.And first lamp body 1 and the second lamp body 5 two lamp bodies to arrange the range of exposures that can make LED of the present utility model wider, brightness is larger.The first lamp body 1 wherein and the second lamp body 5 all can rotate, thus can regulate the angle of the first lamp body 1 and the second lamp body 5 as required flexibly.
When human body is movable in investigative range of the present utility model, the microwave that HF module aerial radiation goes out is moved human body and reflects and receive, due to Doppler effect principle, microwave treater carries out process output voltage control signal to control panel 25 to frequency-shift signaling, control panel 25 pairs of signals process, judge to be confirmed whether human motion, bright light or dimming commands are passed to LED luminous plaque 13 and second luminous plaque 53, to control bright light or the light modulation of the first LED lamp bead 132 and the second LED lamp bead 532, when detecting in investigative range nobody, control panel 25 time delay can send and turn off the light or dim instruction and issue LED luminous plaque 13 and second luminous plaque 53, perform and turn off or dim LED.So just achieve around microwave induced lamp, when having people through out-of-date, lantern festival lights automatically, and people leaves rear delay a period of time automatic distinguishing or dims, and so, just can be good at realizing energy-conservation.
In the utility model, the effect of power panel 28 is civil power to convert the direct current that a LED luminous plaque 13, a LED luminous plaque 53, RF module 26, HF module 212 and control panel 25 need to; The effect of HF module antenna is then to give off microwave and receives the echo of human body reflection, and this signal is sent to the microprocessor of HF module, this microprocessor can process rear output voltage control signal to control panel 25 to signal, after control panel 25 reception control signal, be switched on or switched off to the power supply of LED luminous plaque, thus the lighting or extinguish of control LED luminous plaque; The effect of RF antenna 24 is to transmit and receive low frequency signal, with the networking control of multiple stage sense light in feasible region, when control panel 25 receives the signal of human motion, can synchronous by Signal transmissions to RF module 26, send low frequency signal to can another sense light of the same type in range of receiving via RF antenna 24, control panel 25 can be transferred to after the RF antenna 24 of this sense light receives low frequency signal and send light or dimming commands.The effect of LED luminous plaque is then that the electric energy power panel provides converts luminous energy to, and luminescence is illuminated.
Embodiment 3
As shown in Figs. 7-9, the microwave induced LED of the one that the present embodiment provides, comprises lamp body 1, self-box 2 and installation portion 3;
Lamp body 1 comprises LED lens 19, first reflection shield 18, LED luminous plaque 17, first fin 16, cylindrical shell 15, second fin 14, the 2nd LED luminous plaque 13, second reflection shield 12 and the 2nd LED lens 11 that set gradually;
Self-box 2 comprises body 21, bonnet 31 and antenna box 22;
Installation portion 3 comprises the terminal board 32 and wall seat 33 that set gradually;
Cylindrical shell 15 is connected with body 21, is provided with antenna 23 in antenna box 22, is provided with power panel 27, control panel 24, RF module 25 and HF module 29 in body 21; Antenna 23 is connected by holding wire 26 with RF module 25.
Bonnet 31 is bolted on body 21;
Power panel 27 is electrically connected with control panel 24, the 2nd LED luminous plaque 13, a LED luminous plaque 17 and terminal board 32 respectively, and control panel 24 connects with RF module 26, HF module 29 respectively.
2nd LED luminous plaque 13 comprises the second pcb board 131 and is welded in and lamp pearl 132, first fin 16 on the second pcb board 131 is provided with the first through hole 161, first through hole 161 has been embedded in conducting strip 110;
Also be provided with antenna cover 28 between antenna box 22 and body 21, antenna box 22 is connected with antenna cover 28 buckle;
Control panel 24 is provided with adjustable resistance 211, in adjustable resistance 211, is embedded with VR knob 212.By rotating VR knob 212, can set the induction range of microwave module 29, induction range is changeable, can arrange as required.
The first water proof ring 112 is provided with between one LED lens 19 and cylindrical shell 15, the second water proof ring 111 is provided with between 2nd LED lens 11 and cylindrical shell 15, the service life affecting the luminous lamp plate 17 of a LED and the 2nd LED luminous plaque 13 is entered in lamp body from the gap between LED lens the 19, two LED lens 11 and cylindrical shell 15 to prevent extraneous steam.The 3rd water proof ring 41 is provided with between body 21 and cylindrical shell 15,4th water proof ring 42,5th water proof ring 43, the 6th water proof ring 34 is provided with between bonnet 31 and body 21, to prevent extraneous steam from cylindrical shell 15, gap between bonnet 31 and body 21 enters in lamp body 1 and self-box 2, affects the service life of a LED luminous plaque 17, the 2nd LED luminous plaque 13, power panel 27, control panel 24, RF module 25 and HF module 29; Be provided with the 7th water proof ring 35 between bonnet 31 and wall seat 33, enter into prevent extraneous steam the service life affecting terminal 32 in installation portion 3 from the space between bonnet 31 and wall seat 33.Be provided with the 8th water proof ring 213 between antenna box 22 and antenna cover 28, to prevent extraneous steam from entering from the space between antenna box 22 and antenna cover 28, affect the service life of antenna 23.
When human body is movable in investigative range of the present utility model, the microwave that HF module aerial radiation goes out is moved human body and reflects and receive, due to Doppler effect principle, microwave treater carries out process output voltage control signal to control panel 24 to frequency-shift signaling, control panel 24 pairs of signals process, judge to be confirmed whether human motion, bright light or dimming commands are passed to LED luminous plaque 17 and second luminous plaque 13, to control bright light or the light modulation of the first LED lamp bead and the second LED lamp bead 132, when detecting in investigative range nobody, control panel 24 time delay can send and turn off the light or dim instruction and issue LED luminous plaque 17 and second luminous plaque 13, perform and turn off or dim LED.So just achieve around microwave induced lamp, when having people through out-of-date, lantern festival lights automatically, and people leaves rear delay a period of time automatic distinguishing or dims, and so, just can be good at realizing energy-conservation.
The announcement of book and instruction according to the above description, the utility model those skilled in the art can also change above-mentioned embodiment and revise.Therefore, the utility model is not limited to detailed description of the invention disclosed and described above, also should fall in the protection domain of claim of the present utility model modifications and changes more of the present utility model.In addition, although employ some specific terms in this description, these terms just for convenience of description, do not form any restriction to the utility model.
Claims (10)
1. microwave induced LED, is characterized in that: comprise the first lamp body, self-box and installation portion;
Described first lamp body comprises the LED lens, the first reflection shield, a LED luminous plaque and the first fin that set gradually;
Described self-box comprises body, bonnet and antenna box;
Described installation portion comprises terminal board and wall seat;
Described first fin is provided with the first Connection Block, described body is provided with the first spill spin block, described first Connection Block is connected with described first spill spin block by the first rotating seat, antenna is provided with in described antenna box, also be provided with power panel, control panel, RF module and HF module in described body, described antenna is connected by holding wire with described RF module;
Described bonnet is bolted on described body;
Described power panel is electrically connected with described control panel, a described LED luminous plaque and described terminal board respectively, and described control panel is connected with described RF module and described HF module respectively.
2. microwave induced LED according to claim 1, it is characterized in that: between described LED lens and described first fin, be provided with the first water proof ring, the second water proof ring is provided with between described first fin and described first Connection Block, the 3rd water proof ring is provided with between described bonnet and described body, be provided with the 4th water proof ring between described first spill spin block and described body, between described bonnet and described wall seat, be provided with the 5th water proof ring.
3. microwave induced LED according to claim 1, it is characterized in that: a described LED luminous plaque comprises the first pcb board and is welded in the first lamp pearl on described first pcb board, the first groove is provided with in described first fin, described first groove is provided with the first through hole, described first through hole has been embedded in conducting strip, and described first pcb board is bolted in described first groove.
4. microwave induced LED according to claim 3, it is characterized in that: between described antenna box and described body, be also provided with antenna cover, described antenna box is connected with described antenna cover buckle, is provided with the 6th water proof ring between described antenna box and described antenna cover.
5. microwave induced LED according to claim 1, is characterized in that: described control panel is provided with the first adjustable resistance, is embedded with VR knob in described adjustable electric group.
6. microwave induced LED according to claim 1, it is characterized in that: the outer surface of described wall seat is provided with the 7th water proof ring, described body is provided with block button hole, described wall seat is provided with buckle, described buckle embeds in described block button hole and realizes described body and be connected with the buckle of described wall seat, and the described terminal board fourth of the twelve Earthly Branches embeds described wall seat.
7. microwave induced LED according to claim 1, is characterized in that: described LED also comprises the second lamp body, and described second lamp body comprises the 2nd LED lens, the second reflection shield, the 2nd LED luminous plaque and the second fin that set gradually;
Described second fin is provided with the second Connection Block, described body is provided with the second spill spin block, described second Connection Block is connected with described second spill spin block;
Described power panel and described 2nd LED luminous plaque electrical connection.
8. microwave induced LED according to claim 7, it is characterized in that: between described 2nd LED lens and described second fin, be provided with the 8th water proof ring, described 2nd LED luminous plaque comprises the second pcb board and is welded in the second lamp pearl on described second pcb board, be provided with the second groove in described second fin, described second pcb board is bolted in described second groove.
9. microwave induced LED, is characterized in that: comprise lamp body, self-box and installation portion;
Described lamp body comprises the LED lens, the first reflection shield, a LED luminous plaque, the first fin, cylindrical shell, the second fin, the 2nd LED luminous plaque, the second reflection shield and the 2nd LED lens that set gradually;
Described self-box comprises body, bonnet and antenna box;
Described installation portion comprises terminal board and wall seat;
Described cylindrical shell is connected with described body, is provided with antenna in described antenna box, is also provided with power panel, control panel, RF module and HF module in described body, and described antenna is connected by holding wire with described RF module;
Described bonnet is bolted on described body;
Described power panel is electrically connected with described control panel, described 2nd LED luminous plaque, a described LED luminous plaque and described terminal board respectively, and described control panel is connected with described RF module and described HF module respectively.
10. microwave induced LED according to claim 9, it is characterized in that: a described LED luminous plaque comprises the first pcb board and is welded in the lamp pearl on described first pcb board, described first fin is provided with the first through hole, described first through hole has been embedded in conducting strip, and described first pcb board is bolted on the first fin; Described 2nd LED luminous plaque comprises the second pcb board and is welded in the lamp pearl on described second pcb board, and described second pcb board is bolted on the second fin;
Also be provided with antenna cover between described antenna box and described body, described antenna box is connected with described antenna cover buckle;
Described control panel is provided with the first adjustable resistance, in described adjustable resistance, is embedded with VR knob.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520132693.XU CN204403959U (en) | 2015-03-09 | 2015-03-09 | Microwave induced LED |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520132693.XU CN204403959U (en) | 2015-03-09 | 2015-03-09 | Microwave induced LED |
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| Publication Number | Publication Date |
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| CN204403959U true CN204403959U (en) | 2015-06-17 |
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| CN201520132693.XU Expired - Fee Related CN204403959U (en) | 2015-03-09 | 2015-03-09 | Microwave induced LED |
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| CN (1) | CN204403959U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104696824A (en) * | 2015-03-09 | 2015-06-10 | 春迅电子（东莞）有限公司 | Microwave induction LED lamp |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104696824A (en) * | 2015-03-09 | 2015-06-10 | 春迅电子（东莞）有限公司 | Microwave induction LED lamp |
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