subject: Variable-type Led Lamp [print this page] A led flexible remove system contains an elongated flexible pipe with a transparent pipe shell and compared pipe finishes and a flexible routine panel set in the pipe so that it expands between the pipe finishes. The flexible routine panel has compared indoor and outdoor surfaces. Electric circuitry is installed to the routine panel and connected to an external input resource and an outcome resource of electrical energy.
The routine panel defines a number of cut-outs, ideally those of a usually precious stone form. The product is described in two embodiments: one with inwardly instructed LEDs on the routine panel instructed into the pipe and one with outwardly instructed LEDs on the routine panel instructed out of the pipe. The method of making the led flexible remove system is also described.
led flexible remove pieces, also called string lighting, are used for lighting style both indoor and outdoor structures and can be used for indication programs. Existing lighting style pieces do not allow a mixture of versatility and hardness desired buyers to set up string lighting into any chosen configuration with convenience. Shade pursuing and color mixing abilities are limited.
Prior art in the indication industry contains the utilization of neon lighting, neon lighting, and incandescent lighting. The drawbacks for neon and neon lighting include difficulty in starting in chilly conditions, dangerous high-voltage function, and the presence of mercury that in turn creates an environmental hazard. Incandescent lighting generate a lot of warm, have poor resistance to vibrations, have brief light lifestyle, and consume considerable amounts of energy with the outcome that most of their light energy is wasted as infra-red warm energy.
Light giving diode (LED) technological innovation creates possible the replacement of brief light lifestyle with more time light lifestyle and energy deficient mild resources using energy effective mild resources that are lengthy lived and cooler running. Shade outcome LEDs canemit red (R), natural (G), red (B), and yellow-colored (Y) mild, or white-colored mild. Lighter color mixing with better color making than in before art technological innovation is a outcome. Shade preservative mixing of LEDs can generate the secondary shades cyan (C), yellow-colored (Y),magenta (M) and white-colored mild. Mixing natural and red gives cyan. Mixing natural and red gives yellow-colored. Mixing red and red gives green. Mixing RGB plus a separate Y produces a truer white-colored mild with better color making than just mixing RGB.
It is noted that color gel filters are not necessary with RGBY color mixing mild technological innovation, which in itself produces the complete mild variety. Shade performance in LEDs is much better than incandescent filament lighting, which require a specific color gel or filter. This can waste up to about 90 % of the mild energy of incandescent lighting. LEDs on the other hand deliver 100 % of their energy as mild and further release a more intense chosen colored mild. This energy-efficiency of LEDs expands to the giving of white-colored mild as well. There are two ways of using LEDs to generate white-colored mild in this invention: 1) using LEDs that generate white-colored mild exclusively, or 2) using LEDs to release RGBY at the same time and at equal output in tensities.
Besides generating less warm, LEDs are more energy effective, stronger, and go more time than conventional mild resources. The solid state style of LEDs creates them resilient and robust and gives them the capability of withstanding shock, vibration, frequent energy cycling and function in extreme chilly and hot temperature ranges. LEDs have an average usable lifestyle of typically 100,000 hours or more when operated within style specifications. LEDs are mercury free. LED technological innovation now includes multi-chip and multi-light LED arrays, so that LEDs are available in a variety of shades in exclusive combinations. Clearly for many programs LEDs now compete directly with incandescent filament, neon, and neon mild resources.
In the preferred embodiment of the existing innovation, mild giving diodes in different shades can be installed onto a flexible routine panel that is turned into a helix and placed into a flexible tubular real estate. This exclusive mixture of aflexible routine panel and a flexible tubular real estate will allow for a more flexible and enhanced flexible form maintaining string mild and cove mild. Moreover, the convenience of manufacturability and complete 360-degree omni-directional and consistent light dispersion is very essential.
In an alternate embodiment of the existing innovation, mild giving diodes in white-colored and different shades are installed onto a flat lengthy flexible routine panel with multiple repeating cutouts ideally precious stone formed that extend through the circuit board substrate. The routine panel is then rolled into a cyndrical tube with the LEDs installed to the internal of the routine panel and pointing inwards into the cyndrical tube or alternatively, the LEDs are installed to the external of the routine panel and pointing outwards from the cyndrical tube, or both. The entire cylindrical set up is placed into a flexible external tubular real estate. A stiffening member contained in the external tubular real estate and optionally on the flexible routine panel itself will allow thecomplete LED lighting style remove to be flexible because of the precious stone formed cutouts provided on the flexible routine panel, and will allow for some hardness and memory for proper installation and set up of the complete led flexible remove strip. This unique mixture of a flexible routine panel and a flexible tubular real estate will allow for a more flexible and enhanced flexible form maintaining string mild, cove mild, and signs mild. Moreover, this innovation has convenience of manufacturability and full 360-degree omni-directional and consistent mild distribution that is very essential. Previous technology have been developed to try and achieve this task, but have not been successful.
Color Kinetic's iColor Feature, Cove, and Fresco line of LED furnishings are available only in firm linear transparent or transparent housings that offer no versatility or versatility at all. To achieve a circular arrangement, for example, multiplelinear furnishings have to be aligned advantage to advantage to approximate the rounded outline. The iColor Feature, Cove, and Fresco furnishings also use firm routine forums with the LEDs installed perpendicular to the routine forums, therefore the mild dispersionoutput from the LEDs are usually in the forward direction offering only at most approximately 180 degrees of coverage.
An object of the existing innovation is to provide a led flexible remove that can achieve the functions of known string lighting, cove lighting style, and signs lighting style with greater energy-efficiency and omni-directional mild distribution withcolor mixing, color changing, and color pursuing abilities.
