Patent Application
20160356460
1. Field of the Invention
The invention relative to illumination, in particular, to a high power Tri-proof LED lamp.
2. Description of the Prior Art
Tri-proof lamps refer to incandescent or fluorescent light lamps that are capable of dust-proofing, water-proofing and explosion-proof, rust-proofing. Currently, the conventional tri-proof lamp in the market is, constructed by plastic upper and lower PC cover from outside along with sealing elements, and with fluorescent lamps or LED light bars installed inside. Since the covers are made by plastic injection molding machine, the sizes of the covers are therefore limited by the size of the injection molding machine. As a result, manufacturing of tri-proof lamps with length longer than 1.5 m is by far impossible. Meanwhile, due to the implementation of plastic cover, heat transmission is not good. This not only shortens the life cycle of the light source, but also limits the maximum power efficiency of the lamp; normally the maximum power of the lamp is not over than 120 W.
The objective of present invention is to overcome the drawbacks of prior art and to provide a high power Tri-proof LED lamp.
To achieve aforesaid objective, the invention provides a high power Tri-proof LED lamp, which comprises a lower PC (Polycarbonate) cover, an upper aluminum cover manufactured by extrusion material and relative means and at least one end caps. Each end cap includes an inner end cap, an outer end cap and an illumination sensor. The upper aluminum cover and the lower PC cover are secured with the inner end cap by four inner end cap screws and multiple silica gel posts. In such manner, the aluminum extrusion material of the upper aluminum cover is constructed with PC covers and silica gel posts. The outer end cap is secured with the inner end cap by outer end cap screws. Said upper aluminum cover has an elongated printed circuit board, a light source, a power supply, an emergency power supply module and a securing panel mounted therein. Said securing panel secures the emergency power supply module and the power supply though screws. An upper side of said upper aluminum cover is secured with two back holders by threaded poles. Between the inner end cap and the outer end cap, a wire connector and a sealing pad are mounted. Said wire connector is connected with a water proof wire joint module. Said outer end cap is connected with the terminals though the outer end cap screws. The inner end cap screws and the outer end cap screws are metallic and are capable of assisting heat transmission and dissipation from the covers and the end caps. The illumination sensor module is mounted on the outer end cap, and is able to detect amount of ambient light to control the light source via the elongated printed circuit board. When in a dark environment, the illumination sensor module turns on the light source for environment illumination. When in a bright environment, the illumination sensor module turns off the light source for power saving.
Preferably, said outer end cap has wiring holes formed thereon.
Preferably, an inside of the inner end cap has at least one elastic pad.
Preferably, said water proof wire joint module has bolts mounted thereon.
Comparing with prior art, the advantages that present invention provides are:
1. By using aluminum extrusion material to construct with PC (Polycarbonate) covers and silica gel posts, the length of the lamp is not limited and is extendable, and also meets the requirement of IP66 standard. This brings more possibilities for manufacture of lamp in any length for any specific application.
2. Lamp heat radiation efficiency is good, so that the lamp power can be customizedly designed. Maximally, the power of the lamp can be designed to 250 W/m, so that the lamp is adapted for various applications, like street light, fishing light, mining lamp, tunnel light.
3. Having a long life cycle and the convenience in installation and maintenance 4. With implementation of the emergency power supply module (comprises a charge-discharge circuit, a battery, an indicator), the lamp in accordance with present invention may be able to deal with emergency situation, i.e., to work for a while when in the event of power failure.
These and other objectives of the present invention will no doubt become obvious to those of ordinary skill in the art after reading the following detailed description of the preferred embodiment that is illustrated in the various figures and drawings.
A more complete appreciation of the invention, and many of the attendant advantages thereof, will be readily apparent as the same become better understood by reference to the following detailed description when considered in conjunction with the accompanying drawings. It is to be understood that, the described embodiment is intend to further illustrate the invention for better understanding, and are not intended to limit the scope of the invention.
As illustrated in
It is noticed, said outer end cap 4 has wiring holes 25 formed thereon.
It is noticed, an inside of the inner end cap 8 has an elastic pad 9.
It is noticed, said water proof wire joint module 3 has bolts 18 mounted thereon.
The advantages that present invention provides are:
1. By using aluminum extrusion material to construct with PC (Polycarbonate) covers and silica gel posts, the length of the lamp is not limited and is extendable, and also meets the requirement of IP66 standard. This brings more possibilities for manufacture of lamp in any length for any specific application.
2. Lamp heat radiation efficiency is good, so that the power can be customizedly designed. Maximally, the power of the lamp can be designed to 250 W/m, so that the lamp is adapted for various applications, like street light, fishing light, mining lamp, tunnel light.
3. Having a long life cycle and the convenience in installation and maintenance.
4. With implementation of the emergency power supply module (includes a charge-discharge circuit, a battery, an indicator), the lamp in accordance with present invention may be able to deal with emergency situation, i.e. to work for a while when in the event of power failure.
5. By using the illumination sensor module 20, ambient light is detected for better illumination control, so as to effectively balance the power consumption.
It is to be understood that the foregoing is illustrative of various exemplary embodiments and is not to be construed as limited to the specific exemplary embodiments disclosed, and that modifications to the disclosed exemplary embodiments, as well as other exemplary embodiments, are intended to be included within the scope of the appended claims.
Those skilled in the art will readily observe that numerous modifications and alterations of the device and method may be made while retaining the teachings of the invention. Accordingly, the above disclosure should be construed as limited only by the metes and bounds of the appended claims.
