A sterile animal running box

Abstract

The invention discloses a germ-free animal transfer box. The germ-free animal transfer box comprises a box body, a urine collecting device, a box cover, a partition plate and a sterilizing device. The partition plate is detachably connected into the box body. An upper row of protrusions and a lower row of protrusions are arranged on the inner wall of the box body in parallel. The partition plate is clamped into the box body through the two rows of protrusions. The lower end of the partition plate is connected with the urine collecting device, and a funnel-shaped urine dropping groove is formed in the partition plate. An air outlet is formed in the bottom of the box body, and an air outlet filter screen is arranged in the air outlet. The air outlet is connected with an exhaust fan. The box cover is provided with an air inlet, and an air inlet filter screen is arranged in the air inlet. An air filter element is arranged in the air inlet. The sterilizing device is installed inside the air inlet or the box body. The germ-free animal transfer box is reasonable in design and compact in structure, urine discharged out of animals is collected through the urine collecting device, urine samples can be collected for urine detection projects more conveniently, the animals inside the box are more sanitary, and no contamination can be caused easily.

Description

technical field [0001] The invention relates to a running box, in particular to a sterile animal running box. Background technique [0002] Germ-free animals refer to animals in which no live microorganisms and parasites can be detected. For example, in the medical science and life science research of conventional experimental animals, due to interference factors, the objectivity of the experimental results is insufficient. The use of sterile animals can eliminate the above shortcomings, and the research results are more accurate and reliable. [0003] In sterile animal farms and animal experiment breeding and application, the animals raised need to be transported to various places for sale, breeding and experiments. The commonly used transportation methods are road, railway and air transportation. Install a fence shed on it, and then put the animals in it. Although the manufacturing cost of this fence shed is low and the structure is simple, it is only suitable for the tr...

AI Technical Summary

Problems solved by technology

[0003] In sterile animal farms and animal experiment breeding and application, the animals raised need to be transported to various places for sale, breeding and experiments. The commonly used transportation methods are road, railway and air transportation. Install a fence shed on it, and then put the animals in it. Although the manufacturing cost of this fence shed is low and the structure is simple, it is only suitable for the transportation of bacteria; or it is directly packaged and transported in an airtight box. Animals in the container die from hypoxia

Due to the absence of aerobic air aseptic circulation ventilation device, the current sterile animals cannot leave the isolation barrier facilities of sterile animal farms and experimental fields, resulting in the inability of long-distance transportation of sterile animals, which restricts the transfer of sterile animals to other places The use and breeding have prevented many research and application projects that require sterile animals to conduct experiments.

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