CN204437792U - A kind of human body infrared induction LED - Google Patents
A kind of human body infrared induction LED Download PDFInfo
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- CN204437792U CN204437792U CN201520132824.4U CN201520132824U CN204437792U CN 204437792 U CN204437792 U CN 204437792U CN 201520132824 U CN201520132824 U CN 201520132824U CN 204437792 U CN204437792 U CN 204437792U
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Abstract
The utility model belongs to LED technical field, and particularly a kind of human body infrared induction LED, comprises the first lamp body, self-box, probe assembly and installation portion; First lamp body comprises the first protecgulum, LED lens, the first reflection shield, a LED luminous plaque, the first aluminum hull, the first driving PCB plate and the first bonnet that set gradually; Self-box comprises the housing cover, nylon sling and the body lower cover that set gradually; Probe assembly comprises the probe protecgulum, reflection shield, the PIR that set gradually and responds to control panel, power panel and probe bonnet; Installation portion comprises terminal board and wall seat, and terminal board is arranged on wall seat, and wall seat is connected with self-box; First lamp body is connected on rotating seat by the first adapter, and rotating seat is connected with housing cover.Relative to prior art, flexible modulation can be carried out as required in the angle of lamp body of the present utility model and position, and its range of exposures is larger.In addition, its structure is simple, mounts and dismounts all very convenient.
Description
Technical field
The utility model belongs to LED technical field, particularly a kind of human body infrared induction LED.
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.
But lamp body position and the angle of LED sense light of the prior art are unadjustable, and range of exposures is limited, actual user demand can not be met.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 human body infrared induction LED, flexible modulation can be carried out as required in the angle of its lamp body and position, and its range of exposures is larger.In addition, its 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 human body infrared induction LED, and flexible modulation can be carried out as required in the angle of its lamp body and position, and its range of exposures is larger.In addition, its structure is simple, mounts and dismounts all very convenient.
To achieve these goals, the utility model adopts following technical scheme:
A kind of human body infrared induction LED, comprises the first lamp body, self-box, probe assembly and installation portion;
Described first lamp body comprises the first protecgulum, LED lens, the first reflection shield, a LED luminous plaque, the first aluminum hull, the first driving PCB plate and the first bonnet that set gradually;
Described self-box comprises the housing cover, nylon sling and the body lower cover that set gradually;
Described probe assembly comprises the probe protecgulum, reflection shield, the PIR that set gradually and responds to control panel, power panel and probe bonnet;
Described installation portion comprises terminal board and wall seat, and described terminal board is arranged on described wall seat, and described wall seat is connected with described self-box;
Described first lamp body is connected on rotating seat by the first adapter, and described rotating seat is connected with described housing cover;
Described power panel responds to control panel with described PIR respectively and described first driving PCB plate is electrically connected, and a described LED luminous plaque is electrically connected with described first driving PCB plate.
One as the utility model human body infrared induction LED is improved, the first cushion rubber is provided with between described LED lens and described first aluminum hull, be provided with the second cushion rubber between described first aluminum hull and described first bonnet, between described probe protecgulum and described probe bonnet, be provided with the 3rd cushion rubber.
One as the utility model human body infrared induction LED is improved, and a described LED luminous plaque comprises the first PCBA board and is welded in the first lamp pearl in described first PCBA board.
One as the utility model human body infrared induction LED is improved, described first PCBA board is provided with the first through hole, described first aluminum hull is provided with the second through hole and third through-hole, and described first PCBA board and described first aluminum hull are by being fixedly connected with the first screw of described second through hole through described first through hole successively; Described first driving PCB plate is provided with fourth hole, and described first driving PCB plate and described first aluminum hull are by being fixedly connected with the second screw of described third through-hole through described fourth hole successively.
One as the utility model human body infrared induction LED is improved, described first bonnet is provided with the first protruding post, described first adapter comprises first longitudinal section of the first traversing section and hollow setting, and described first protruding post is connected with described first longitudinal section of clamping; One end of described first traversing section is provided with groove, the bottom of described groove is provided with through hole, described rotating seat comprises pedestal and is arranged at two connectors on pedestal, connector described in one of them is provided with first column-shaped projection that can embed described through hole, and described first column-shaped projection is connected by screw with described through hole.
One as the utility model human body infrared induction LED is improved, the upper surface of described housing cover is provided with the second column-shaped projection with installing hole, the lower surface of described pedestal is provided with the protruding block that can insert in described installing hole, described housing cover is connected with described body lower cover screw, covers and be also provided with upper and lower slide rail and left and right slide rail under described body.
One as the utility model human body infrared induction LED is improved, cover under described body and be provided with connecting portion, described probe bonnet embeds in described connecting portion, described power panel is fixed on fixed block, described fixed block is arranged at described power panel and described PIR responds between control panel, described probe protecgulum is also provided with the 3rd LED lens and photosensitive tube lens; Described probe protecgulum is also provided with 3 knobs that can regulate LUX, sensitive time and PMO time respectively.
One as the utility model human body infrared induction LED is improved, described first longitudinal section is provided with the first plug, described probe bonnet is provided with the second plug, and the junction of described knob and described probe protecgulum is provided with the 3rd plug, described wall seat is provided with the 4th plug.
One as the utility model human body infrared induction LED is improved, described LED also comprises the second lamp body, and described second lamp body comprises the second protecgulum, the 2nd LED lens, the second reflection shield, the 2nd LED luminous plaque, the second aluminum hull, the second driving PCB plate and the second bonnet that set gradually; Described second lamp body is connected on rotating seat by the second adapter, and described 2nd LED luminous plaque and described second driving PCB plate electrical connection, described power panel responds to control panel with described PIR respectively and described second driving PCB plate is electrically connected.
One as the utility model human body infrared induction LED is improved, the 4th cushion rubber is provided with between described 2nd LED lens and described second aluminum hull, the 5th cushion rubber is provided with between described second aluminum hull and described second bonnet, described 2nd LED luminous plaque comprises the second PCBA board and is welded in the second lamp pearl in described second PCBA board, described second bonnet is provided with the second protruding post, described second adapter comprises second longitudinal section of the second traversing section and hollow setting, and described second protruding post is connected with described second longitudinal section of clamping; One end of described second traversing section is provided with groove, the bottom of described groove is provided with through hole, another connector of described rotating seat is provided with the 3rd column-shaped projection that can embed described through hole, and described 3rd column-shaped projection is connected by screw with described through hole.
In the utility model, the effect of power panel and driving PCB plate is direct current civil power being converted to the constant current that LED luminous plaque needs, and PIR responds to the direct current of control panel and driving PCB plate needs; The effect that PIR responds to control panel (human body infrared tablet) is then to respond to the infrared signal that the human body of passing by LED sense light of the present utility model sends, and the infrared signal sensed is converted to control signal, undertaken being switched on or switched off the power supply to LED luminous plaque by control signal, thus the lighting or extinguish of control LED luminous plaque; The effect of LED luminous plaque is then that the electric energy power panel and driving PCB plate provide converts luminous energy to, and luminescence is illuminated.In addition, PIR responds to the free knob arranged on control panel, after this knob setting-up time, when sense walk about near this LED sense light human body infrared after, PIR responds to control panel just can control LED luminous plaque time of lighting, after LED luminous plaque continues the time arrival setting-up time lighted, PIR responds to control panel and just sends out control signal corresponding to power panel, thus control LED luminous plaque extinguishes, so, just can be good at realizing energy-conservation.
Relative to prior art, the utility model utilizes the first adapter to be connected with rotating seat by the first lamp body, first lamp body can be rotated relative to rotating seat and self-box, and the rotating seat in the utility model is rotatably connected on housing cover, thus rotating seat can be rotated relative to self-box with the first lamp body, so, flexible modulation can be carried out as required in the angle of its lamp body and position, and its range of exposures is larger.In addition, its structure is simple, mounts and dismounts all very convenient.
And, PIR responds to control panel can respond to the infrared signal that the human body of passing by LED sense light of the present utility model sends, and the infrared signal sensed is converted to control signal, the lighting or extinguish of control LED luminous plaque, thus realizing of going up largely is energy-conservation; And PIR responds to control panel can also continue time of lighting by control LED luminous plaque.
Accompanying drawing explanation
Fig. 1 is one of perspective view of the present utility model.
Fig. 2 is perspective view two of the present utility model.
Fig. 3 is rearview of the present utility model.
Fig. 4 is front view of the present utility model.
Fig. 5 is decomposition texture schematic diagram of the present utility model.
Wherein:
1-first lamp body;
11-first protecgulum, 12-the one LED lens, 13-first reflection shield, 14-the one LED luminous plaque, 141-first PCBA board, 1411-first through hole, 142-first lamp pearl, 15-first aluminum hull, 151-second through hole, 152-third through-hole, 16-first driving PCB plate, 161-fourth hole, 17-first bonnet, the protruding post of 171-first, 18-first adapter, 181-first traversing section, 1811-groove, the longitudinal section of 182-first, 19-first cushion rubber, 110-second cushion rubber, 111-first screw, 112-second screw, 113-first plug, 114-the 6th cushion rubber, 115-the 7th cushion rubber,
2-self-box;
21-housing cover, 211-second column-shaped projection, 22-nylon sling, 23-body lower cover, 231-connecting portion, 24-upper and lower slide rail, about 25-slide rail, 26-cushion rubber;
3-probe assembly;
31-pops one's head in protecgulum, 32-reflection shield, and 33-PIR responds to control panel, 34-power panel, and 35-pops one's head in bonnet, 36-the 3rd cushion rubber, 37-fixed block, 38-the 3rd LED lens, 39-photosensitive tube lens, 310-knob, 311-second plug, 312-the 3rd plug;
4-installation portion;
41-terminal board, 42-wall seat, 43-the 4th plug;
5-rotating seat; 51-pedestal, 52-connector, 521-the 3rd column-shaped projection; 6-second lamp body;
61-second protecgulum, 62-the 2nd LED lens, 63-second reflection shield, 64-the 2nd LED luminous plaque, 641-the 2nd PCBA, the 642-second lamp pearl, 65-second aluminum hull, 66-second driving PCB plate, 67-second bonnet, the protruding post of 671-second, 68-second adapter, 681-second traversing section, the longitudinal section of 682-second, 69-the 4th cushion rubber, 610-the 5th cushion rubber.
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.
As shown in Fig. 1 to 5, a kind of human body infrared induction LED that the utility model provides, comprises the first lamp body 1, self-box 2, probe assembly 3 and installation portion 4; Wherein, the first lamp body 1 is for providing light, and self-box 2 is for connecting the first lamp body 1, probe assembly 3 and installation portion 4, and installation portion 4 is for being installed to wall by whole LED.
First lamp body 1 comprises the first protecgulum 11, LED lens 12, first reflection shield 13, LED luminous plaque 14, first aluminum hull 15, first driving PCB plate 16 and first bonnet 17 that set gradually; Wherein, the first reflection shield 13 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 14 is reflected by the first reflection shield 13, provides illumination.
Self-box 2 comprises the housing cover 21, nylon sling 22 and the body lower cover 23 that set gradually;
Probe assembly 3 comprises the probe protecgulum 31, reflection shield 32, PIR induction control panel 33, power panel 34 and the probe bonnet 35 that set gradually; Power panel 34 and PIR respond to control panel 33 and the first driving PCB plate 16 is connected, and a LED luminous plaque 14 is electrically connected with the first driving PCB plate 16.Power panel 34 and the first driving PCB plate 16 can convert civil power to the direct current of the current constant that the one LED luminous plaque 14 needs, and the electric energy that a LED luminous plaque 14 is provided by power panel 34 and the first driving PCB plate 16 converts luminous energy to, and luminescence is illuminated.PIR responds to control panel 33 and senses the infrared signal that the human body of passing by LED sense light of the present utility model sends, and the infrared signal sensed is converted to control signal, again control signal is sent to power panel 34, be switched on or switched off to the power supply of a LED luminous plaque 14 by control signal, to control lighting or extinguishing of a LED luminous plaque 14.
Installation portion 4 comprises terminal board 41 and wall seat 42, and terminal board 41 is arranged on wall seat 42, and wall seat 42 is connected with self-box 2; Form accommodation space between wall seat 42 and self-box 2, terminal board 41 is fixed on the inwall of wall seat 42, and terminal board 41 is positioned at this accommodation space.Terminal board 41 can realize the connection with external power supply.Wall seat 42 is for whole LED is arranged on wall.
First lamp body 1 is connected on rotating seat 5 by the first adapter 18, and rotating seat 5 is connected with housing cover 21; Thus the first lamp body 1 can be rotated relative to rotating seat 5, and rotating seat 5 also can rotate relative to housing cover 21, thus rotate relative to self-box 2 together with the first lamp body 1, so, the position of the first lamp body 1, adjustable angle just can be made.
The first cushion rubber 19 is provided with between one LED lens 12 and the first aluminum hull 15, the service life affecting a LED luminous plaque 14 in the first lamp body 1 is entered into from the space between LED lens 12 and the first aluminum hull 15 to prevent extraneous steam, the second cushion rubber 110 is provided with between first aluminum hull 15 and the first bonnet 17, the service life affecting the first driving PCB plate 16 in the first lamp body 1 is entered into from the space between the first aluminum hull 15 and the first bonnet 17 to prevent extraneous steam, the 3rd cushion rubber 36 is provided with between probe protecgulum 31 and probe bonnet 35, the service life affecting PIR induction control panel 33 and power panel 34 is entered in probe assembly 3 from the space between probe protecgulum 31 and probe bonnet 35 to prevent extraneous steam, cushion rubber 26 is provided with between rotating seat 5 and housing cover 21, enter in self-box to prevent the space between extraneous steam rotating seat 5 and housing cover 21.
The first lamp pearl 142 that one LED luminous plaque 14 comprises the first PCBA board 141 and is welded in the first PCBA board 141.
First PCBA board 141 is provided with the first through hole 1411, first aluminum hull 15 is provided with the second through hole 151 and third through-hole 152, first PCBA board 141 with the first aluminum hull 15 by being fixedly connected with the first screw 111 of the second through hole 151 through the first through hole 1411 successively; Thus prevent rocking of a LED luminous plaque 14, in the accommodation space making it be securely fixed in be formed by the first reflection shield 13 and the first aluminum hull 15.First driving PCB plate 16 is provided with fourth hole 161, first driving PCB plate 16 and the first aluminum hull 15 are by being fixedly connected with the second screw 112 of third through-hole 152 through fourth hole 161 successively, thus prevent rocking of the first driving PCB plate 16, in the accommodation space making it be securely fixed in be formed by the first aluminum hull 15 and the first bonnet 17.
First bonnet 17 is provided with the first protruding post 171, first adapter 18 comprises first longitudinal section 182 of the first traversing section 181 and hollow setting, first protruding post 171 is connected with first longitudinal section 182 clamping, and the junction of the first protruding post 171 and first longitudinal section 182 is provided with the 6th cushion rubber 114, one end of first traversing section 181 is provided with groove 1811, the bottom of groove 1811 is provided with through hole, two connectors 52 that rotating seat 5 comprises pedestal 51 and is arranged on pedestal 51, one of them connector 52 is provided with first column-shaped projection that can embed this through hole, and the first column-shaped projection is connected by screw with through hole, thus the first lamp body 1 can rotate relative to rotating seat 5.The 7th cushion rubber 115 is provided with between first adapter 18 and rotating seat 5.
The upper surface of housing cover 21 is provided with the second column-shaped projection 211 with installing hole, the lower surface of pedestal 51 is provided with the protruding block that can insert in installing hole, thus rotating seat 5 is rotated relative to housing cover 21, housing cover 21 is connected with body lower cover 23 screw, body lower cover 23 is also provided with upper and lower slide rail 24 and left and right slide rail 25.
Body lower cover 23 is provided with connecting portion 231, probe bonnet 35 embeds in connecting portion 231, is connected, thus realizes the connection of probe assembly 3 and self-box 2 by upper and lower slide rail 24 with left and right slide rail 25 clamping, power panel 34 is fixed on fixed block 37, to prevent rocking of power panel 34, fixed block 37 is arranged at power panel 34 and PIR responds between control panel 33, probe protecgulum 31 is also provided with the 3rd LED lens 38 and photosensitive tube lens 39, so that PIR responds to the infrared induction of control panel 33, probe protecgulum 31 is also provided with and can regulates LUX respectively, 3 knobs of sensitive time and PMO time, by rotating LUX knob, the working environment that PIR responds to control panel 33 can be set, as knob is screwed into maximum position, then this human body infrared induction lamp can by day or evening induction light, as knob is screwed into minimum position, then this human body infrared induction lamp can only be responded at night and lights, can arrange as required, by rotary inductive time knob, the duration that a LED luminous plaque 14 and the 2nd LED luminous plaque 64 are lighted can be set, there is the short time this duration with long-time, can arrange as required, by rotating PMO time knob, can set and light the duration after entering PMO pattern, there is the short time this duration with long-time, can arrange as required.
First longitudinal section 182 is provided with the first plug 113, probe bonnet 35 is provided with the second plug 311, the junction of knob 310 and probe protecgulum 31 is provided with the 3rd plug 312, wall seat 42 is provided with the 4th plug 43.Arranging of plug can prevent steam from entering in probe assembly 3 and on terminal board 41.
LED also comprises the second lamp body 6, second lamp body 6 and comprises the second protecgulum 61, the 2nd LED lens 62, second reflection shield 63, the 2nd LED luminous plaque 64, second aluminum hull 65, second driving PCB plate 66 and the second bonnet 67 that set gradually; Second lamp body 6 is connected on rotating seat 5 by the second adapter 68, and power panel 34 responds to control panel 33 with PIR respectively and the second driving PCB plate 66 is electrically connected.2nd LED luminous plaque 64 is electrically connected with the second driving PCB plate 66.
The 4th cushion rubber 69 is provided with between 2nd LED lens 62 and the second aluminum hull 65, the 5th cushion rubber 610 is provided with between second aluminum hull 65 and the second bonnet 67, the second lamp pearl 642 that 2nd LED luminous plaque 64 comprises the second PCBA board 641 and is welded in the second PCBA board 641, second bonnet 67 is provided with the second protruding post 671, the protruding post 671 of second longitudinal section 682, second that second adapter 68 comprises the second traversing section 681 and hollow setting is connected with second longitudinal section 682 clamping; One end of second traversing section 681 is provided with groove, and the bottom of groove is provided with through hole, and another connector 52 of rotating seat 5 is provided with the 3rd column-shaped projection 521 that can embed through hole, and the 3rd column-shaped projection 521 is connected by screw with this through hole.
That is, first lamp body 1 and the second lamp body 6 are together arranged on rotating seat 5, and can rotate relative to rotating seat 5, and rotating seat 5 can rotate relative to self-box 2, so, the first lamp body 1 and the angle of the second lamp body 6, the flexible modulation of position can just be realized.And first lamp body 1 and the second lamp body 6 two lamp bodies to arrange the range of exposures that can make LED of the present utility model wider, brightness is larger.In the utility model, the structure of the second lamp body 6 and the first lamp body 1 is basically identical, and therefore, the present embodiment does not do careful elaboration to the structure of the second lamp body 6.
Operation principle of the present utility model is: be first arranged on wall by the utility model, and sets by rotating knob 310 duration that each LED luminous plaque 14,64 lights.Power panel 34 and driving PCB plate 16,66 convert the direct current of the constant current that LED luminous plaque 14,64 needs to civil power, and PIR responds to the direct current of control panel 33 needs, when having people through out-of-date, PIR responds to control panel 33 and responds to infrared signal that the human body of passing by sends and the infrared signal sensed is converted to control signal, and send to power panel 34 to power to the plate that switches on power this control signal, thus give LED luminous plaque 14, 64 power supplies, LED luminous plaque 14, 64 power panels 34 and driving PCB plate 16, 66 electric energy provided convert luminous energy to, luminescence is illuminated, when LED luminous plaque 14, 64 duration of lighting are when arriving the time value of setting, PIR induction control panel 33 transmits this power panel 34 the control signal extinguished and cuts off to LED luminous plaque 14, the power supply of 64, LED luminous plaque 14, 64 extinguish.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. a human body infrared induction LED, is characterized in that: comprise the first lamp body, self-box, probe assembly and installation portion;
Described first lamp body comprises the first protecgulum, LED lens, the first reflection shield, a LED luminous plaque, the first aluminum hull, the first driving PCB plate and the first bonnet that set gradually;
Described self-box comprises the housing cover, nylon sling and the body lower cover that set gradually;
Described probe assembly comprises the probe protecgulum, reflection shield, the PIR that set gradually and responds to control panel, power panel and probe bonnet;
Described installation portion comprises terminal board and wall seat, and described terminal board is arranged on described wall seat, and described wall seat is connected with described self-box;
Described first lamp body is connected on rotating seat by the first adapter, and described rotating seat is connected with described housing cover;
Described power panel responds to control panel with described PIR respectively and described first driving PCB plate is electrically connected, and a described LED luminous plaque is electrically connected with described first driving PCB plate.
2. human body infrared induction LED according to claim 1, it is characterized in that: between described LED lens and described first aluminum hull, be provided with the first cushion rubber, be provided with the second cushion rubber between described first aluminum hull and described first bonnet, between described probe protecgulum and described probe bonnet, be provided with the 3rd cushion rubber.
3. human body infrared induction LED according to claim 1, is characterized in that: a described LED luminous plaque comprises the first PCBA board and is welded in the first lamp pearl in described first PCBA board.
4. human body infrared induction LED according to claim 3, it is characterized in that: described first PCBA board is provided with the first through hole, described first aluminum hull is provided with the second through hole and third through-hole, and described first PCBA board and described first aluminum hull are by being fixedly connected with the first screw of described second through hole through described first through hole successively; Described first driving PCB plate is provided with fourth hole, and described first driving PCB plate and described first aluminum hull are by being fixedly connected with the second screw of described third through-hole through described fourth hole successively.
5. human body infrared induction LED according to claim 1, it is characterized in that: described first bonnet is provided with the first protruding post, described first adapter comprises first longitudinal section of the first traversing section and hollow setting, and described first protruding post is connected with described first longitudinal section of clamping; One end of described first traversing section is provided with groove, the bottom of described groove is provided with through hole, described rotating seat comprises pedestal and is arranged at two connectors on pedestal, connector described in one of them is provided with first column-shaped projection that can embed described through hole, and described first column-shaped projection is connected by screw with described through hole.
6. human body infrared induction LED according to claim 5, it is characterized in that: the upper surface of described housing cover is provided with the second column-shaped projection with installing hole, the lower surface of described pedestal is provided with the protruding block that can insert in described installing hole, described housing cover is spirally connected with described body lower cover and is connected, and covers and be also provided with upper and lower slide rail and left and right slide rail under described body.
7. human body infrared induction LED according to claim 6, it is characterized in that: cover under described body and be provided with connecting portion, described probe bonnet embeds in described connecting portion, described power panel is fixed on fixed block, described fixed block is arranged at described power panel and described PIR responds between control panel, described probe protecgulum is also provided with the 3rd LED lens and photosensitive tube lens; Described probe protecgulum is also provided with 3 knobs that can regulate LUX, sensitive time and PMO time respectively.
8. human body infrared induction LED according to claim 7, it is characterized in that: described first longitudinal section is provided with the first plug, described probe bonnet is provided with the second plug, the junction of described knob and described probe protecgulum is provided with the 3rd plug, described wall seat is provided with the 4th plug.
9. human body infrared induction LED according to claim 5, it is characterized in that: described LED also comprises the second lamp body, described second lamp body comprises the second protecgulum, the 2nd LED lens, the second reflection shield, the 2nd LED luminous plaque, the second aluminum hull, the second driving PCB plate and the second bonnet that set gradually; Described second lamp body is connected on rotating seat by the second adapter, and described 2nd LED luminous plaque and described second driving PCB plate electrical connection, described power panel responds to control panel with described PIR respectively and described second driving PCB plate is electrically connected.
10. human body infrared induction LED according to claim 9, it is characterized in that: between described second protecgulum and described second reflection shield, be provided with the 4th cushion rubber, the 5th cushion rubber is provided with between described second aluminum hull and described second bonnet, described 2nd LED luminous plaque comprises the second PCBA board and is welded in the second lamp pearl in described second PCBA board, described second bonnet is provided with the second protruding post, described second adapter comprises second longitudinal section of the second traversing section and hollow setting, and described second protruding post is connected with described second longitudinal section of clamping; One end of described second traversing section is provided with groove, the bottom of described groove is provided with through hole, another connector of described rotating seat is provided with the 3rd column-shaped projection that can embed described through hole, and described 3rd column-shaped projection is connected by screw with described through hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520132824.4U CN204437792U (en) | 2015-03-09 | 2015-03-09 | A kind of human body infrared induction LED |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520132824.4U CN204437792U (en) | 2015-03-09 | 2015-03-09 | A kind of human body infrared induction LED |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204437792U true CN204437792U (en) | 2015-07-01 |
Family
ID=53605657
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520132824.4U Withdrawn - After Issue CN204437792U (en) | 2015-03-09 | 2015-03-09 | A kind of human body infrared induction LED |
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| CN (1) | CN204437792U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104696753A (en) * | 2015-03-09 | 2015-06-10 | 春迅电子（东莞）有限公司 | Human body infrared induction LED lamp |
| CN106195795A (en) * | 2016-08-29 | 2016-12-07 | 春迅电子（东莞）有限公司 | A kind of infrared induction reflection wall type LED lamp |
| EP3489580A1 (en) * | 2017-11-24 | 2019-05-29 | Alfred Pracht Lichttechnik GmbH | Luminaire |
| CN111609329A (en) * | 2019-02-26 | 2020-09-01 | 成都圣路电器有限公司 | I-shaped LED lamp |
-
2015
- 2015-03-09 CN CN201520132824.4U patent/CN204437792U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104696753A (en) * | 2015-03-09 | 2015-06-10 | 春迅电子（东莞）有限公司 | Human body infrared induction LED lamp |
| CN106195795A (en) * | 2016-08-29 | 2016-12-07 | 春迅电子（东莞）有限公司 | A kind of infrared induction reflection wall type LED lamp |
| EP3489580A1 (en) * | 2017-11-24 | 2019-05-29 | Alfred Pracht Lichttechnik GmbH | Luminaire |
| CN111609329A (en) * | 2019-02-26 | 2020-09-01 | 成都圣路电器有限公司 | I-shaped LED lamp |
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