LED Light Has Optics Design
The current invention applying super slim LED-unit(s) has built-in contactors has (a) magnetic only or (b) conductive magnetic-movable-kits so can attach or detachable metal magnetic-field reactive buss-strips. The conductive-movable type which also can deliver electric current from buss-strips of track light. The super slim LED light or units is a DC powered LED light has optics design become super thin and none bright-spots. The said LED-units install under the light-block material housing or parts, and light-beam go through at least of reflective surface at inner surface or walls. The said LED-unit install on hard or bendable circuit board with divider the compartment only has LED, lit-lens, reflective housing. The compartment is only space where light-beam traveling and has multiple times reflected and emit out from top lens. The said light beam emit out from LED-unit(s) reflected by high reflective surface or wall including (1) white high-polished plastic or (2) metalized mirror-like or (3) shining metal piece back-and-forth and light emit out from top lens. The current invention has multiple time reflective and refractive optic theory to make the super thin light for SMD LED(s) on hard or bendable PCB to get in-direct light beam. To get none bright-sports by not install LED(s) under face top lens. The Track LED light or LED-unit has slim features with different size can use as ceiling, closet, kitchen, laundry, door, garage, patio or anywhere for building, residence, house for indoor or outdoor use.
1 . ADC powered LED light device optics arrangement comprising:
At one LED as light source to offer in-direct brightness.
At least one high reflective housing or wall to offer light beam for multiple times reflected or-and refracted and emit out from top lens lit-area(s).
LED install on hard or bendable circuit board that has PCB or housing divider to form a compartment which only has LED(s), high reflective or-and refractive housing or parts, PCB, lens.
The said top compartment is to prevent from light beam leakage-out and majority of light beam emit out from top lens.
2 . A DC powered LED light device optics arrangement as claiml, the said high reflective surface is a housing or wall or parts which make LED light beams has multiple times reflected or-and refraction before emit out from the top-lens.
3 . ADC powered LED light device optics arrangement as claim 1 , the said light beam emit out from lens after multiple times reflected or-and go through lens refractive properties so offer wider and strong light beam.
4 . A DC powered LED light device optics arrangement as claim 1 , the said LED is install under the light-block material housing, cover, ring, roof and not under the lens lit-area to offer the in-direct LED light beam to viewer.
5 . A DC powered LED light device optics arrangement as claim 1 , the said LED is white or red or green or blue or multiple colors (SMD) surface mounted type or Dip type.
6 . A DC powered LED light device optics arrangement as claim 1 , the said LED is turn on or turn off by switch, motion or moving detector(s) sensor, remote controller, wireless system, integrated circuit (IC) for steady or moving or color changing effects or automatic changing & freeze color function, performance, light show.
7 . ADC powered LED light device optics arrangement as claim 1 , the said light beam only travel within the said compartment and emit out from lens.
8 . A DC powered LED light device optics arrangement as claim 1 , the said high-reflective surface or housing or parts is at least one of (1) high polished plastic, or (2) mirror-like metalized plastic, or (3) shinning metal piece and (4) white upper-side circuit board.
9 . A DC powered LED light device optics arrangement as claim 1 , the said circuit board as divider has lower-side is face down and has electric parts and accessories to connect LED(s) with DC power source select from battery or rechargeable battery or device has USB-ports to offer DC power.
10 . A DC powered LED light device optics arrangement as claim 1 , the said high reflective wall is surrounding all LEDs inside the wall so all light will not leakage out from wall and light beam reflected by wall back to inner lens so all light beam only can travel within the inside of wall.
11 . ADC powered LED light device optics arrangement claim 1 , the said high reflective housing or parts or compartment surface(s) which offer desired angle to let light beam emit into and reflected or refracted and emit out from the lens.
12 . A DC powered LED light device optics arrangement as claim 1 , the said thin LED light made by install SMD LEDs for super slim thickness on circuit board (PCB) which is a divider and lower-side has install battery-contactor(s) so battery can install on lower-side surface to save other plastic added divider which min. 1 mm or more.
13 . A DC powered LED light device optics arrangement as claim 1 , the said LED(s) functions for steady or moving effects including but not limited select from chasing, random, fade-in & fade-out, pair flashing, color changing, auto color changing or-and freeze color, instant white, dimmable, brightness control, timer for turn on for period of time, by controller or selector through wired or wireless system or transmission.
14 . A DC powered LED light device optics arrangement as claim 1 , the said LED(s) control by wireless including blue-tooth connection, IR or RF remote controller, or wireless controller through APP software through the 3G/4G/5G network or Wi-Fi or-and servers, cloud storage stations.
15 . ADC powered LED light device optics arrangement as claim 1 , the said LED light has attachment kits to install on closet, under cabinet, bar, kitchen, ceiling, door, garden, patio, backyard, garage or desired locations by screw, phone holes, double side tape, 3M tape, Velcro tape, glue, magnetic, conductive and movable magnetic piece to desired material including wood, metal surface.
16 . ADC powered LED light device optics arrangement as claim 1 , the said DC power get from USB-port(s) and USB-wire set from DC power bank of DC electric device has DC current output.
17 . ADC powered LED light device optics arrangement as claim 1 , the said DC power including the LED light device has AC input-adaptor(s) to get AC power and go through LED light built-in AC-to-DC circuit.
18 . ADC powered LED light device optics arrangement as claim 1 , the said DC power including the LED light has a female adaptor to receiving male plugs come out from outside AC-to-DC transformer, inverter.
19 . A DC powered LED light device optics arrangement as claim 1 , the said LED is SMD LED(s) install on the flexible or bendable or soft PCB to allow the bend in geometric shape or circle to allow the SMD LEDs light beam emit inward or-and outward to offer in-direct LED light beam to travel within the compartment.
20 . A DC powered LED light device optics arrangement as claim 19 , the said flexible or bendable or soft PCB install under the motion/moving detector sensor or fit within the compartment plastic wall or compartment grooves by attachment kits.
21 . A DC powered LED light device optics arrangement as claim 19 , the said flexible or bendable or soft PCB can fit on a pole or bar to offer many levels to offer the different levels or step of lit-area of the said top lens.
22 . ADC powered LED light device optics arrangement as claim 1 , the said LED light has disc-shallow shape or multiple levels or steps sphere top cover with or without the sides illumination arrangement.
23 . A DC powered LED light device optics arrangement as claim 1 , the said multiple levers or steps LED light top cover has other geometric shape to offer front or-and sides illumination powered by DC or-and AC wired or-and DC transformer.
24 . ADC powered LED light device optics arrangement as claim 1 , the said super slim LED light for less than 4-inch diameter or equal lit-areas by flexible or bendable PCB can reduce one of hard PCB thickness so can become super slim and it also will offer whole top lens has even brightness by in-direct LED light beam through multiple times reflected or-and refracted.
25 . A DC power LED light device optics arrangement as claim 1 , the said flexible or bendable PCB has SMD LEDs can have as many as sets so can make sufficient and even brightness for multiple levels or steps LED light or super big size lit-area which from four to twenty-inch diameter lit-area has desired perfect illumination on front or-and sides.
26 . ADC powered LED light device optics arrangement as claim 1 , the said LED light has conductive and movable magnetic kits which can attached on any metal can reactivated with magnetic force for quickly install and delivery the electric current through the conductive and movable magnetic kits.
27 . A LED light, comprising:
at least one track assembly has plurality of magnetic bus-strips to adhesive or install at least one LED-unit which has pop-out or fall-down metal magnetic conductive-movable-contact(s) on back and the LED-unit(s) install or remove from anywhere along length by magnetic interaction force.
at least one LED-unit including at least one LED, said LED having predetermined brightness, color, illumination direction, viewing angle, electric signal receiver, IR/RF receiver for offer illumination to area(s);
the LED-unit including conductive piece which can pop-out or fall-down from back housing openings of LED-unit while metal contactor(s) near the bus-strips magnetic force and it will pop-out and adhesive on the buss-strips for electrically delivery from bus-strips to LED-unit to cause the at least one LED light source(s) to turn on-off under predetermined functions, performance, and duration; and
the LED-unit having a geometric shape, size, cover, housing, insulation, opening on back for movable magnetic-contactor(s), pop-out or fall-down movable construction, and holding parts that allow a person to move, change position, add, remove, assemble, or disassemble the LED-unit; and
the LED-units at least has two contactors.
The light device that can use LED-unit back side pop-out and fall-down function incorporate with magnetic bus-strips anywhere along the track length by magnetic force to install LED-unit(s) anywhere for adding or move-out LED-unit(s).
The improvement for LED-units which has at least one or more function selected from (1) has push on-off switch, or (2) has motion or moving detector(s) sensor, or (3) has IR or RF remote control system, or (4)
has built-in power source including backup batteries or rechargeable battery.
28 . A LED light as claim 27 , wherein said pop-out and fall-down metal contactor(s) on the back side of LED-unit to adhesive to the bus-strips has strong magnetic force without polarization poles so contactor(s) can touch any one of pair buss-strip to build the electric power delivery.
29 . A LED light as claim 27 , wherein said conductive contacts on the back of LED-unit at least one pair or plurality pairs to make color changing for any combination for Red, Green, Blue and White LED(s).
30 . A LED light as claim 27 , wherein said the magnetic bus-strip on the track at least one pair or plurality of pairs to make contact with LED-unit(s) which has more than one LED light source within.
31 . A LED light as claim 27 , the said and pop-out and fall-down contactors has no polarized difference design so any way to make 2 contactors connect to any way will not cause the inside LED(s) source to damage or electric shortage.
32 . A LED light as claim 27 , the said LED-unit(s) has IC and circuit to make the LED-unit to have white, one, multiple, changing, auto changing and freeze color function with preferred steady or moving light or jumping light functions from the circuitry or-and IC.
33 . A LED light as claim 27 , the said power by DC source which has desired compartment under the buss-strips for battery powered application which can have AAA or AA or SC or DD or F battery or rechargeable batteries.
34 . A LED light as claim 27 , the said power from AC source through the said (1) built-in AC-to-DC circuitry or (2) through the device's adaptor hole or receiving hole to connect with external housing AC-to-DC transformer to get power for light device inner conductive-parts or DC-to-DC circuit to supply related electric parts & accessories which may had different more than one working DC voltage to have desired function, performance, and light illumination.
35 . A LED light as claim 27 , the said the said LED-unit turn-on and turn-off by (A) push on-off switch built-on LED-unit(s), or (B) by motion or moving detector(s) sensor built-in LED-light, or (C) by IR or RF remote-control system which has outside transmitter and built-in receiver on each of LED-unit to turn on only one LED-unit, or receiver built-in light device for all LED-unit(s), or (D) by Wi-Fi or-and wireless communication and APP software to operate the said one or all LED-unit(s) optional incorporate with server or cloud storage station and 3G/4G/5G or more update networks.