CN103672522A

CN103672522A - Intelligent mirror surface LED panel lamp

Info

Publication number: CN103672522A
Application number: CN201310715537.1A
Authority: CN
Inventors: 李春峰; 许岩; 王猛; 李雪; 杨晓娟
Original assignee: TIANJIN ZHONGHUAN ELECTRONIC LIGHTING TECHNOLOGY Co Ltd
Current assignee: TIANJIN ZHONGHUAN ELECTRONIC LIGHTING TECHNOLOGY Co Ltd
Priority date: 2013-12-23
Filing date: 2013-12-23
Publication date: 2014-03-26
Anticipated expiration: 2033-12-23
Also published as: CN103672522B

Abstract

The invention relates to an intelligent mirror surface LED panel lamp. The intelligent mirror surface LED panel lamp comprises an outer frame, one-way vision glass, LED strip-shaped light sources, LED lamp beads, an aluminum substrate PCB, light guide plates, light reflecting paper, a module fixing plate, LED radar induction modules, an LED light induction module, a power source, a light sensation probe, an LED display module, a clock and a display screen. The intelligent mirror surface LED panel lamp achieves the function that when people pass by the intelligent mirror surface LED panel lamp, the radar induction modules are switched on, the LED display module operates, clock display, rolling caption display, self-programmed pattern display, video display and the like can be conducted, and the surfaces of four edges of the LED panel lamp are in mirror surface states and play a decorating role. When light is insufficient, the light sensation probe receives a signal, the light induction module is switched on, the radar induction modules are switched off, and the LED strip-shaped light sources are switched on to serve as main lighting. The intelligent mirror surface LED panel lamp has the advantages of emitting light uniformly, filling up a technical gap that an existing panel lamp does not have a displayable function, achieving more user-friendly operation effects, making use of the LED light sources, being lighter and thinner, saving more space and being long in service life.

Description

Intelligent mirror LED flat lamp

Technical field

The present invention relates to a kind of LED flat lamp, particularly a kind of Intelligent mirror LED flat lamp.

Background technology

At present LED light source has been applied to every field, has the advantages such as low-power consumption, light efficiency is high, the life-span is long, and all cardinal principle is similar for the 26S Proteasome Structure and Function of flat lamp product on the market, and has that bright dipping is inhomogeneous, function singleness.

Summary of the invention

Problem in view of above existence, the invention provides the intelligent LED flat lamp structure that a kind of lighting apparatus and display effect integrally combine, in use both can be used as illumination, and can be used as again and show that product is as decorative effect and functional embodiment, and bright dipping had been even, demonstration property, functional, be ornamentally all different from traditional flat lamp, concrete technical scheme is, an Intelligent mirror LED flat lamp, comprises housing, half mirror, aluminum fixed card slot, LED strip-shaped light source, LED lamp pearl, aluminum base PCB plate, heat-conducting glue, LGP, reflective sheeting, module fixed head, radar induction module, backboard, fixed screw, photoinduction module, power supply, external power supply switch, plug, light sensation probe, LED display module, clock, display screen, it is characterized in that: exiting surface is used half mirror, number LED lamp bead welds are received and on aluminum base PCB plate, are become LED strip-shaped light source and paste viscosity heat-conducting glue at its back side, LED strip-shaped light source is sticked on housing, with patching wire harness, the parallel connection of several LED strip-shaped light source is drawn to wire, light sensation probe, be arranged on housing, half mirror is put into aluminum fixed card slot, LGP is inserted respectively on four limits, LGP adopts laser engraving LGP, its site diameter 30 ~ 110 μ m, site spacing 128 μ m, the site degree of depth 9 μ m Heterogeneous Permutations, and in its back side and other sides of removing towards light source side, paste reflective sheetings, use aluminum fixed card slot lightguide plate fixing, by clock, display screen, LED display module, LED photoinduction module and LED radar induction module are fixed on module fixed head, wire harness is drawn at place, back plate aperture position, module fixed head is fixed on backboard with fixed screw, backboard is anchored on housing with fixed screw, circuit is connected to power supply and connects respectively LED photoinduction module and LED radar induction module, LED radar induction module, LED display module, LED strip-shaped light source connects, and LED photoinduction module is connected with light sensation probe, and light sensation probe connects respectively clock and display screen.

Technique effect of the present invention is that bright dipping is even, and having can Presentation Function, has ornamental and functional, filled up the displayable technological gap of flat lamp, used LED light source simultaneously, under the prerequisite that guarantees luminous flux and low-power consumption, can make product more frivolous, more save space, longer service life.

Accompanying drawing explanation

Fig. 1 is structure front view of the present invention.

Fig. 2 is structure right view of the present invention.

Fig. 3 is explosive view of the present invention.

Fig. 4 is LED display module circuit diagram of the present invention.

The specific embodiment

As Fig. 1, 2, 3, shown in 4, it is a kind of a kind of Intelligent mirror LED flat lamp that is shaped as rectangle, its long 600mm, wide 600mm, after tight careful optical simulation, exiting surface is used half mirror 2, number LED lamp pearl 4-1 are welded to and on aluminum base PCB plate 4-2, become LED strip-shaped light source 4 and paste viscosity heat-conducting glue 5 at its back side, LED strip-shaped light source 4 is sticked on housing 1, with patching wire harness, several LED strip-shaped light source 4 parallel connections are drawn to wire, light sensation probe 16, be arranged on housing 1, half mirror 2 is put into aluminum fixed card slot 3, LGP 6 is inserted respectively on four limits, LGP 6 adopts laser engraving LGP, its site diameter 30 ~ 110 μ m, site spacing 128 μ m, the site degree of depth 9 μ m Heterogeneous Permutations, and paste reflective sheetings 7 in its back side and other sides of removing towards light source side, use aluminum fixed card slot 3 lightguide plate fixings 6, by clock 17-1, display screen 17-2, LED display module 17, LED photoinduction module 12 and LED radar induction module 9 are fixed on module fixed head 8, wire harness is drawn at backboard 10 places, position, hole, module fixed head 8 use fixed screws 11 are fixed on backboard 10, backboard 10 use fixed screws 11 are anchored on housing 1, circuit is connected to power supply 13 and connects respectively LED photoinduction module 12 and LED radar induction module 9, LED radar induction module 9, LED display module 17, LED strip-shaped light source 4 connects, LED photoinduction module 12 is connected with light sensation probe 16, light sensation probe 16 connects respectively clock 17-1 and display screen 17-2, power supply 13 connects AC220V external power supply.

Practical function is to have people through out-of-date, LED radar induction module 9 is opened, 17 operations of LED display module, can carry out roll titles demonstration, self-programming pattern displaying, video demonstration of clock 17-1 demonstration, display screen 17-2 etc., LED flat lamp four surfaces, limit, be rendered as mirror status, play decoration function.When insufficient light, light sensation probe 16 receives signal, and LED photoinduction module 12 is opened, and LED radar induction module 9 is closed, and LED strip-shaped light source 4 is lighted, and as key lighting, uses.

Claims

1. an Intelligent mirror LED flat lamp, comprises housing (1), half mirror (2), aluminum fixed card slot (3), LED strip-shaped light source (4), LED lamp pearl (4-1), aluminum base PCB plate (4-2), heat-conducting glue (5), LGP (6), reflective sheeting (7), module fixed head (8), radar induction module (9), backboard (10), fixed screw (11), photoinduction module (12), power supply (13), external power supply switch (14), plug (15), light sensation probe (16), LED display module (17), clock (17-1), display screen (17-2), it is characterized in that: exiting surface is used half mirror (2), number LED lamp pearls (4-1) are welded to and on aluminum base PCB plate (4-2), become LED strip-shaped light source (4) and paste viscosity heat-conducting glue (5) at its back side, LED strip-shaped light source (4) is sticked on housing (1), with patching wire harness, several LED strip-shaped light sources (4) parallel connection is drawn to wire, light sensation probe (16), be arranged on housing (1), half mirror (2) is put into aluminum fixed card slot (3), LGP (6) is inserted respectively on four limits, LGP (6) adopts laser engraving LGP, its site diameter 30 ~ 110 μ m, site spacing 128 μ m, the site degree of depth 9 μ m Heterogeneous Permutations, and in its back side and other sides of removing towards light source side, paste reflective sheetings (7), use aluminum fixed card slot (3) lightguide plate fixing (6), by clock (17-1), display screen (17-2), LED display module (17), LED photoinduction module (12) and LED radar induction module (9) are fixed on module fixed head (8), wire harness is drawn at place, backboard (10) position, hole, module fixed head (8) is fixed on backboard (10) with fixed screw (11), backboard (10) is anchored on housing (1) with fixed screw (11), circuit is connected to power supply (13) and connects respectively LED photoinduction module (12) and LED radar induction module (9), LED radar induction module (9), LED display module (17), LED strip-shaped light source (4) connects, and LED photoinduction module (12) is connected with light sensation probe (16), and light sensation probe (16) connects respectively clock (17-1) and display screen (17-2).