Space intensive type multi-dimensional sample adjusting rack

Abstract

The invention provides a space intensive type multi-dimensional sample adjusting rack and belongs to the field of applications of mechanical parts and automatic instruments and meters. A base is provided with a bulge; the bulge is provided with an outer thread; a circular hole is formed in the bottom of a sample rack; the circular hole is internally provided with an inner thread coupled with the outer thread on the base; the placing height and the forward direction of a sample can be adjusted according to the coupling depth of the outer thread of the base and the inner thread of a sample platform; the sample platform is provided with a sample groove for placing the sample; one wall of the sample groove is provided with an inner thread which is inserted into a jackscrew; a baffling block is arranged on the other wall of the sample groove; the jackscrew is used for pressing the sample on the baffling block to clamp the sample; the sample platform is further provided with a groove for coupling a tweezers clamping sample platform adjusting base and the sample platform through a thread. According to the space intensive type multi-dimensional sample adjusting rack disclosed by the invention, fixing and adjusting manners of the sample are enriched and the disadvantage of using a fixed sample rack in a commercial instrument in the market is made up; the utilization of the instrument is expanded and a tester can conveniently use the space intensive type multi-dimensional sample adjusting rack at the same time.

Description

technical field [0001] The invention relates to a bracket for fixing and adjusting a sample to be tested, which is generally suitable for precision testing instruments, and belongs to the application field of mechanical parts and automatic instruments. Background technique [0002] With the continuous progress and development of science and technology, people's experimental methods have changed from manual, to mechanized, to automated, and then developed to the current intelligent, and the laws of nature are constantly being discovered by people. The emergence of intelligent instruments helps people to detect the nature of the research object very conveniently and quickly, thereby improving the process of people's understanding of the world and development of the world. The rapid development of electronic technology combines the crystallization of human wisdom. The miniaturization and intelligent achievements of electronic technology continue to bring convenience to people's...

AI Technical Summary

Problems solved by technology

However, in actual use, for many different types of samples with the same testing principle, the original sample holder can no longer meet the applicable requirements

Therefore, this greatly limits the use of the instrument and also reduces the research efficiency

In our experimental work, we found that most instruments can detect a wide variety of samples, but the sample holders provided cannot meet the diverse requirements

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