Integrated light source device for microscope objective lens array

Abstract

The invention relates to the technical field of illumination by using a miniaturized low-power-consumption light source, in particular to an integrated light source device for a microscope objective lens array. The invention is applied to the field of microscope light sources and solves the problems of complex structure, difficult miniaturization and high product price of the traditional uniform light source. The integrated light source device for the microscope objective lens array comprises a plurality of micro lighting devices, wherein the plurality of micro lighting devices are sequentially arranged to form a micro lighting device array; a micro lighting device comprises a light source, a Mie scattering device and a condenser lens; the light source is positioned at one side of the Mie scattering device, and the condenser lens is positioned at the other side of the Mie scattering device; the light source is used for emitting light to irradiate the Mie scattering device; the Mie scattering device is used for scattering and irradiating light emitted by the light source onto the condenser lens; and the condenser lens is used for focusing and outputting the light incident from the Mie scattering device. The integrated light source device of the invention can meet the illumination requirement of the microscope objective lens array, and the illumination is more uniform.

Description

technical field [0001] The invention relates to the technical field of lighting with a miniaturized low-power light source, in particular to an integrated light source device for a microscope objective lens array, which is applied in the field of microscope light sources. Background technique [0002] In the light source system of optical microscope, the irradiated light usually has a Gaussian distribution. The central area of ​​the microscopic field of view has the highest brightness, and the surrounding brightness is low. This uneven illumination problem is reflected in the digital image in the digital microscope. It is the field of full slice imaging of digital pathology. Digital images of multiple microscopic fields of view need to be spliced. Uneven illumination will lead to light and dark fluctuations in the spliced ​​digital pathology images, which must be compensated by digital image brightness adjustment algorithms, otherwise it will cause the diagnostician’s confusi...

AI Technical Summary

Problems solved by technology

However, such a lighting optical structure is complicated, and the use of more lenses brings about an increase in cost, which is not conducive to the miniaturization and cost reduction of the lighting system

[0004] In addition, in order to improve the shortcomings of existing optical microscopes that can only observe one microscopic field of view at a time, and meet the needs of simultaneous microscopic

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