UA24232U - Combined lamp on basis of super-light luminodiodes - Google Patents

Abstract

Combined lamp on basis of super-light luminodiodes has light source of luminodiodes, body, electronic power supply block, threaded metal cap, at that the body is made of n-number of modules at outer surface of which luminodiodes are uniformly placed, the modules are connected to each other in parallel by means of plugs and power supply is provided from electronic block that is connected to the cap.

Description

Description of the invention

The useful model belongs to the lighting equipment, which can be used in almost every branch of the national economy. Several types of lamps are known, which are made on the basis of ultra-bright LEDs (LEDs), for example, GEO MK16 G1), LED lamps of the P-19 series |2), lamps based on ultra-bright LEDs (IR) and others.

The closest to the proposed useful model is |Z), which contains: light-emitting diodes, a spherical body made of a dielectric material, on the surface of which there are evenly spaced LEDs with a conventional solid angle o - 3.55 steradian light flux dispersion, an electronic power supply unit, a metal threaded standard base .

Along with great advantages, this lamp also has a number of disadvantages. One of them is that it is designed for one power (like an incandescent lamp) and does not have the possibility of its adjustment (variation), which is important during operation if it is necessary to change the power in one direction or another, without changing the lighting system.

In addition, it has practically one light source, which reduces the operational capabilities and reliability, reduces the vital activity of this or that installation, equipment and service personnel. t The basis of a useful model is the task of creating such a lamp from LEDs, the design of which would allow varying powers within any limits and a small number of independent light sources in one lamp.

The task is solved due to the fact that the lamp is made of interchangeable modules of the same type (these are separate independent light sources), on the surface of which LEDs are evenly located, the modules are connected to each other in parallel using plugs and are powered by an electronic unit that connects combined with a 720 threaded metal base. LEDs, an electronic power supply unit, and a base are compatible with the |Z) prototype. The drawing Fig. 1 - Fig. 2 shows a lamp based on ultra-bright combined LEDs. Fig. 1 - general view, Fig. 2 - modules and their section along B-B, Fig. 3 - view of the body along arrow A, Fig. 4 - view of the intermediate module along C-C, Fig. 5 - view of the upper module from below along D-D, Fig. b - view of the lower module from above along G-G.

The proposed lamp contains: 1 - LEDs, 2 - upper module, C - plug (positive and negative 25 poles), 4 - plug socket (with positive and negative poles), 5 - intermediate module, b - electronic /-sh- power supply unit, 7 - lower module, 8 - plinth - metal threaded (E?27 or E14), 9 - resistor. Positions 2, 5 and 7 make up the lamp body.

The lamp is designed for 2208 alternating voltage networks, with a frequency of 50 Hz, with a rectified, DC-stabilized, direct current supply to the LED from the electronic unit, which is connected to the "2208" network. The dimensions of the lamps 30 can be varied and depend on their power and, accordingly, on the number of LEDs and modules. co

For example, a combined LED lamp with a power of approximately 6.5 W corresponds to a 65 W incandescent lamp, and their dimensions are approximately the same.

The offered lamps can be of various designs: rectangular, square, round (cylindrical) with a spherical or flat upper module, with a spherical or cut off pyramid or cone lower module, etc. One idea is embedded in all designs - the lamp body is assembled from po! number of modules.

LED lamps are more economical than incandescent lamps, fluorescent linear and compact fluorescent lamps, the service life of an LED is about 100,000 years. hours of non-stop work. In addition, LED lamps are subject to repair, which can be carried out in local conditions, which also increases their service life. "

The reliability of the proposed lamps increases due to the number of modules and quick replacement of burned-out modules, in which burned-out LEDs are indicators that signal the failure of one or another module.

For example, if one module fails, the lamp will work with a reduced luminous flux (approximately 80-9095 nominal), the value of which allows you to safely finish the started work or ensure the operation of evacuation or emergency lighting.

Replacement of modules and lamps can be performed even by non-specialists in a timely and fast manner, as incandescent lamps are replaced in everyday life by housewives. It is only necessary to observe safety techniques when replacing.

The great advantages of combined LED lamps allow them to be recommended for use in every branch of the national economy. d Sources of information taken into account during the examination: 1. Catalog of companies! OBG OH. EO ME 1672 230M, 1.8 MU, 50/60 NO, M/piii, tade ip R.K.S., 2003. o 2. Catalog of firms! HISITEK. Rozhmeg Idni zuvietv. And EC AMRZ myp SIKESTEO are local. LED lamps! series

GK R-19, 220-2408, 50/60 Hz, 2.0MU, 2005.

C. A lamp based on ultra-bright LEDs. Utility model priority according to Mo0O200613042 dated 18.12.Obr (prototype). with

Claims (1)

The formula of the invention is a lamp based on ultra-bright LEDs combined, which has a light source from LEDs, a housing, an electronic power supply unit, a threaded metal base, which is distinguished by the fact that the housing is made of a number of modules, on the outer surface of which LEDs, modules are evenly located are connected to each other in parallel using plugs and they are powered by an electronic unit that is connected to the base. b5