Reagent bottle positioning inner container applied to novel gene sample bearing boxes

Abstract

The invention relates to a reagent bottle positioning inner container applied to novel gene sample bearing boxes. The reagent bottle positioning inner container comprises a bearing base, a protectionhood, an end cover, a bottom plate, an upper pressing plate, elastic telescopic rods, an elastic heat insulation cushion layer, a temperature adjusting mechanism, reagent bottles and a control circuit, wherein the bearing base, the protection hood and the end cover form a bearing cavity of a closed structure; the bottom plate, the upper pressing plate, the elastic telescopic rods, the elastic heatinsulation cushion layer, the temperature adjusting mechanism, the reagent bottles and the control circuit are embedded in the bearing cavity; the bottom plate is mounted on the bearing base; the upper pressing plate is located right above the bottom plate; the elastic telescopic rods are in mutually perpendicular connection with the bottom plate and the upper pressing plate; the control circuitis embedded in the upper surface of the upper pressing plate and is electrically connected with the temperature adjusting mechanism. On the one hand, the reagent bottle positioning inner container hashigh bearing capability and safety protection capability and is capable of effectively meeting the requirements on operations of bearing, protecting and transferring samples and reagents applied to gene detection; on the other hand, the reagent bottle positioning inner container is capable of effectively meeting the requirements on operations of storing different reagent bottles and flexibly adjusting the temperatures of the storage environments of the reagent bottles.

Description

technical field [0001] The invention relates to a device for a sample storage box, in particular to a novel reagent bottle positioning liner for a gene sample carrying box. Background technique [0002] At present, in the fields of disease diagnosis and treatment, scientific research, etc., it is often necessary to store reagent bottles and test tubes used to carry detection reagents, samples and other materials through storage boxes. It is found in use that the storage boxes currently used are in In use, in order to improve the safety and reliability of the storage of equipment such as reagent bottles, it is often achieved by setting elastic pads or hard bearing frames in the storage box. Although it meets the needs of positioning operations for equipment such as reagent bottles, but On the one hand, there is the disadvantage that the storage structure cannot be flexibly adjusted according to the structural characteristics of reagent bottles and other equipment, and the equ...

AI Technical Summary

Problems solved by technology

[0002] At present, in the fields of disease diagnosis and treatment, scientific research, etc., it is often necessary to store reagent bottles and test tubes used to carry detection reagents, samples and other materials through storage boxes. It is found in use that the storage boxes currently used are in In use, in order to improve the safety and reliability of the storage of equipment such as reagent bottles, it is often achieved by setting elastic pads or hard bearing frames in the storage box. Although it meets the needs of positioning operations for equipment such as reagent bottles, but On the one hand, there is the disadvantage that the storage structure cannot be flexibly adjusted according to the structural characteristics of reagent bottles and other equipment, and the equipment has poor versatility; Due to large environmental fluctuations, the reagents and samples in the box will deteriorate and fail, which seriously affects the safety and reliability of the current storage box equipment. Therefore, in view of this phenomenon, it is urgent to develop an inventive reagent storage and Use the bearing mechanism to meet the needs of actual use

Images