Microscope light source radiating device

Abstract

This invention relates to light microscope cooling devices, including light-block. Characteristics:-set in the side of a mirror at its overall orientation for a cooling fin in the light microscope set at the bottom there is a hole in the bottom of the hole position on both sides of the door connecting a light socket; Set in the light microscope connected at the bottom of a heat sink. HEC also includes lamps in the door and the doors of the Halogen Lamps, lights and doors with lights door socket connections, Halogen Lamps from the light microscope set at the lower part of the hole is inserted inside. The present invention not only maintained a halogen lamps light microscope as the advantages, but also directional thermal insulation and the advantages of working long hours to resolve the microscope stent base fever and damage the issue of directional cooling effect as well, so, extend the life of the bulb; staff feel comfortable, simple and efficient operation of the replacement bulbs.

Description

technical field [0001] The invention relates to optical instrument components, in particular to a cooling device for a microscope light source. Background technique [0002] Existing microscopes generally use halogen bulbs as light sources, which have the advantages of high luminous efficiency and no reduction in luminous efficiency due to long-term use, and rich spectral curves, which can greatly improve the clarity and resolution of the microscope. But, there are following deficiencies for a long time: one is that the light source is installed in the inner cavity of the microscope support base, most of the heat that the light source sends is absorbed by the base, and a small part is discharged from the heat dissipation window located on the microscope support base; when the working time is longer, it will The base of the microscope stand is heated, and the operator cannot touch it. In severe cases, the workbench will be damaged, and the halogen bulb will be burned out. Sec...

AI Technical Summary

Problems solved by technology

The light-collecting mirror base of the device and the directional heat dissipation fins integrated with it are made of aluminum alloy with good thermal conductivity, which can fully absorb the heat emitted by the microscope light source - the halogen bulb, and dissipate heat through the directional heat dissipation fin with a large surface area. The fins spread out, thus solving the defect of heating at the base of the microscope stand, making the operator feel comfortable, and extending the service life of the halogen bulb

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