All-weather monitoring integrated mouse cage

Abstract

The invention discloses an all-weather monitoring integrated mouse cage which is of a cuboid box structure, a feeding trough extending into the mouse cage is integrally arranged on a front side plate of the mouse cage, the bottom of the feeding trough is obliquely upwards connected with the front side plate, a rear side plate of the mouse cage is higher than the front side plate, a mouse cage cover is movably connected to the rear side plate, and the mouse cage cover is movably connected with the mouse cage. The bottom of the mouse cage and the feeding trough are of fence structures, the mouse cage is connected with a bottom feed box in a clamped mode through buckles, sliding grooves are formed in the two sides of the bottom feed box, and the bottom feed box is movably connected with a box cover through the sliding grooves; a drinking bottle is arranged on the front side plate, a penetrating hole is formed in the trough, a sucking nozzle is installed on the penetrating hole, and a water conveying opening of the drinking bottle is connected with the sucking nozzle through a water conveying pipe; an equipment placement plate is arranged on the outer wall of the rear side plate, an image acquisition port and a sound acquisition port are formed in the rear side plate, an integrated rear cover is mounted on the outer side of the rear side plate, a heat dissipation port is formed in the upper portion of the integrated rear cover, and an integrated line output port is formed in the lower portion of the integrated rear cover, so that integrated output of data threads of camera equipment and recording equipment is facilitated.

Description

technical field [0001] The invention relates to the technical field of the experimental mouse cage, in particular to an all-weather monitoring integrated mouse cage. Background technique [0002] Experimental mouse cage is a kind of experimental cage used for raising or breeding all kinds of large and small white mice in scientific research and experimental units such as hospitals, medical colleges, and animal centers. It gives experimental mice a small living space for experimental observation and Record. [0003] The existing various mouse cages on the market can only provide a basic breeding environment, and cannot monitor the experimental indicators during the breeding process at the same time. Some experiments (such as the observation of positive indicators in the captopril-induced cough test), All-weather monitoring of the sound and video in the rat cage is required. The traditional rat cage cannot guarantee the clarity and integrity of the video, and it is difficult ...

AI Technical Summary

Problems solved by technology

[0003] All kinds of mouse cages available on the market can only provide a basic breeding environment, and cannot monitor the experimental indicators during the feeding process at the same time. Some experiments (such as the observation of positive indicators in the captopril-induced cough test), All-weather monitoring of the sound and video in the rat cage is required. The traditional rat cage cannot guarantee the clarity and integrity of the video, and it is difficult to add more monitoring equipment. As a result, the experiment cannot be monitored in the living environment around the clock, making the experiment lack of scientificity and reality. sex

[0004] Because the grooves for feeding and watering in traditional mouse cages will greatly block the space of the mouse cage after assembly, there are unavoidable dead angles for shooting, and there are unavoidable drips in the installation and disassembly of feeding and watering parts. , if the operation is improper, it is very likely to cause water leakage of the water feeding device, which poses a fatal threat to the survival of the mice, and the top cover is inconvenient for the experimenter to take the mice, which will increase the workload

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