Adjustable microscope photographing support

Abstract

The invention discloses an adjustable microscope photographing support. The support includes a support body and a camera fixing rack, the support body is provided with alloy rods which are arranged inpairs, and the bottom ends of the alloy rods are connected with a microscope through force arm clamping openings; the rectangular camera fixing rack is arranged at the top ends of the alloy rods andis in clamped connection with a camera or a mobile phone, and an electrically-controlled sliding rod is arranged on a frame of the camera fixing rack and adjusts the spacing between the camera or themobile phone and the frame of the camera fixing rack. The support body is fixedly in clamped connection with an eyepiece arm of the microscope through the force arm clamping openings, photographing cameras or mobile phones different in type can be placed, and the support can be adjusted to a position as a user wants by means of the change of clamped connection positions; photographing is stable, imaging is clear, and the support is easy to operate. When photographing is not required, the support can be put down or detached without influencing observation and use of the microscope. The supportis low in production cost, simple in design process, high in universality and easy to popularize.

Description

technical field [0001] The invention relates to a microscope for biomedicine, specifically an adjustable microscope photographing support, which can take pictures of the field of view image of the microscope from the microscope eyepiece by precisely controlling a camera or a mobile phone. Background technique [0002] The current problems of laboratory photomicrographs are as follows: [0003] (1) At present, in some grassroots scientific research units or laboratories, most microscopes are not equipped with supporting imaging systems due to scientific research funding or conditions, or the microscopic imaging systems equipped with low configuration and long use time lead to blurred microscopic imaging. Real-life reaction microscopy images. [0004] (2) The current research environment and conditions of various laboratories require researchers to quickly and clearly take pictures of samples for subsequent discussion and analysis. For example, when observing cell staining or...

AI Technical Summary

Problems solved by technology

[0003] (1) At present, in some grassroots scientific research units or laboratories, most microscopes are not equipped with supporting imaging systems due to scientific research funding or conditions, or the microscopic imaging systems equipped with low configuration and long use time lead to blurred microscopic imaging. Real Reaction Microscope Field Images

[0004] (2) The current research environment and conditions of various laboratories require researchers to quickly and clearly take pictures of samples for subsequent discussion and analysis. For example, when observing cell staining or precise observation, if the resolution of the microscopic imaging system is too small, the resolution is not enough , often cannot accurately reflect the real situation of cell samples, which is not conducive to experimental analysis and discussion.

[0005] (3) If the quality of conventional microscopic imaging photos is not good, it will seriously cause the quality of the photos to fail to meet the requirements of the article publication, and it is often necessary to repeat the experiment

[0007] 1. One is a microscope equipped with a high-end imaging system. This type of microscope uses the digital-to-analog conversion of the seen image to make it image on the computer. This microscope is more equipped with a microscopic imaging system and cutting-edge than the traditional microscope. The digital camera has clear imaging and wide field of view, but the disadvantage is that it is expensive and has a small range of use, so it is not easy to promote and use widely.

[0008] 2. One is that researchers use cameras or mobile phones to manually shoot from the eyepiece of the microscope. However, during the shooting process, the hands will tremble and the focus will be difficult to focus, and the aperture will be difficult to align. The clear quality is not good enough to meet the requirements, and the operation is inconvenient and time-consuming, which brings great troubles to the operating researchers

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