Light emitting module

Abstract

The invention provides a light emitting module. The light emitting module comprises a transparent flexible light guide substrate, at least one light emitting member, a light guide heat dissipation layer and at least a vertical heat conduction structure, wherein the transparent flexible light guide substrate is provided with an upper surface and a lower surface; the light emitting member is arranged on the upper surface of the transparent flexible light guide substrate; the light guide heat dissipation layer is arranged on the lower layer of the transparent flexible light guide substrate; the vertical heat conduction structure is embedded in the transparent flexible light guide substrate for connection with the light emitting member and the light guide heat dissipation layer in a heat-conducting manner. According to the invention, the heat energy generated by the light guide member when the light guide member works is conducted to the light guide heat dissipation layer through the vertical heat conduction structure and is dissipated through the light guide heat dissipation layer, so that light attenuation generated due to an overheat light emitting module is prevented, thus the reliability and the service life of the light emitting module are improved.

Description

technical field [0001] The present invention relates to a light-emitting device, in particular to a light-emitting module with high heat dissipation efficiency. Background technique [0002] Semiconductor light-emitting devices (such as light-emitting diodes) have the advantages of power saving, small size and high brightness, so today's semiconductor light-emitting devices are widely used, such as key systems, backlight modules for mobile phone screens, vehicle lighting systems, and decorative lamps. It can be seen that semiconductor light-emitting elements are widely used in products such as remote control and remote control. [0003] As the power of the semiconductor light-emitting element increases, the heat energy it emits also gradually increases. For example, the output power of a high-power light-emitting diode (high power LED) greater than 1W is only 15~20% converted into light. The remaining 80-85% is converted into heat energy. If the heat energy cannot be effect...

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Problems solved by technology

[0003] As the power of semiconductor light-emitting elements increases, the heat energy emitted by them gradually increases. For example, only 15-20% of the output power of a high-power light-emitting diode (high power LED) greater than 1W is converted into light. The remaining 80~85% is converted into heat energy. If the heat energy cannot be effectively conducted to the outside world, the interface temperature of the semiconductor light-emitting element will be too high, which will affect the luminous efficiency and luminous life.

[0004] In addition, at present, technicians have used semiconductor light-emitting elements with transparent flexible light guide substrates to achieve large-angle lighting effects with both uniformity and softness. However, transparent flexible light guide substrates cannot effectively conduct heat or have poor heat dissipation efficiency. , which makes the semiconductor light-emitting element easy to accumulate heat energy

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