Individual ventilated caging (IVC) system cage environment detection device and using method thereof

Abstract

The invention discloses an individual ventilated caging (IVC) system cage environment detection device, which comprises a first flat plate, a second flat plate, supporting legs, a lifting screw rod, atransmission rod, a rotating handle, stabilizing rods, a suction cup, a threaded sleeve, a first detecting module, an electric quantity storing module, a data displaying module, a data processing module and a magnet strip. According to the IVC system cage environment detection device, environment data in an IVC system cage can be accurately detected in the states of not changing the structure ofthe IVC system cage and not opening the IVC system cage. The IVC system cage environment detection device can be suitable for any model of IVC system cage products of any manufacturer. The invention further provides a using method for using the IVC system cage environment detection device to detect the environment data in the IVC system cage. The IVC system cage environment detection device can accurately detect the environment data in the IVC system cage in the states of not changing the structure of the IVC system cage and not opening the IVC system cage.

Description

technical field [0001] The invention relates to an experiment detection device, in particular to an IVC system cage box environment detection device. The present invention also relates to a method for using the IVC system cage environment detection device to detect the internal environment data of the IVC system cage. Background technique [0002] The individual ventilated cage system (IVC system) for experimental animals is a special experimental animal breeding and experimental observation equipment that has been widely used in China in the past ten years. It adopts micro-isolation technology and high-efficiency filtered fresh air. The pipes are directly transported to each cage, and the exhaust gas is collected and treated independently from each cage and discharged to the outside, which effectively protects the experimental animals in each cage and reduces the requirements for high-level experimental animals on the environment outside the cage. It can also protect opera...

AI Technical Summary

Problems solved by technology

[0004] Since the cage of the IVC system is a closed box structure, when detecting the environmental data inside the cage of the IVC system, the box is airtight and in a ventilated state, and it is difficult for existing detection devices to penetrate into the closed box structure. For data measurement, the environmental data inside the IVC system cage is difficult to measure, and the IVC system cage without environmental data detection verification and adjustment is likely to affect the results of subsequent animal tests

In order to detect the environmental data inside the cage of the IVC system, the structure of the cage cannot be changed, otherwise the airtightness is not good, and it is not easy to operate, and it will affect the rigor of the experiment

Images