Rapid and firm mouse or rabbit fixing device

Abstract

The invention discloses a rapid and firm mouse or rabbit fixing device and belongs to medical experiment tools. The mouse or rabbit fixing device comprises lock piers and corresponding inserting buckles, wherein the lock piers comprise insertion holes and lock holes which are communicated and vertical to each other; the inserting buckles have elasticity and are U-shaped, and the two ends of the inserting buckles are provided with outward inserting thorns; and the two ends of the inserting buckles are inserted into insertion holes by a plurality of pairs of lock piers and inserting buckles, and the inserting thorns fasten the lock holes to lock the head, arms and legs of a mouse. According to the rapid and firm mouse or rabbit fixing device, the inserting buckles are inserted into the lock piers to lock the head, arms and legs of the mouse, the arms and legs as well as the head are respectively locked by using five groups of devices, the lock piers adopt heavy stainless steel materials, and thus the movement of the mouse or rabbit is limited and locked; and the mouse or rabbit fixing device is flexible and convenient to arrange, various experiment operations of positions are implemented, the locking operation is rapid, the complex operation of rope unbinding can be avoided, the defects that a rubber band is too loose or too tight can be avoided, the mouse or rabbit fixing device cannot be shaken off or bitten after locking, time and labor are saved, the binding is firm and the mouse or rabbit fixing device is durable.

Description

technical field [0001] The invention relates to the field of medical experiment tools, in particular to a quick and firm pika fixing device. Background technique [0002] During the experimental operation and dissection of the pika, the current methods of binding the pika are limited to rope binding, which is not only time-consuming and laborious, but also difficult to release after the experimental operation is completed. After the mouse is anesthetized, it will be bound with a rubber band. Although it saves time and effort, it is convenient, but the binding may not be firm or the rubber band may break due to uneven force and aging, resulting in accidental injury. Moreover, breaking in the operation diagram is not only time-consuming and troublesome, but also affects the experimental operation and reduces the quality. At the same time, many scholars use the form of thumbtacks or pins to fix the limbs of mice on the foam board for experimental operation and dissection, but ...

AI Technical Summary

Problems solved by technology

[0002] During the experimental operation and dissection of pikas, the current method of binding pikas is limited to rope binding, which is not only time-consuming and laborious, but also difficult to release after the experimental operation is completed.

After the mouse is anesthetized, it will be bound with a rubber band. Although it saves time and effort, it is convenient, but the binding may not be firm or the rubber band may break due to uneven force and aging, resulting in accidental injury.

Moreover, breaking in the operation diagram is not only time-consuming and troublesome, but also affects the experimental operation and reduces the quality

At the same time, many scholars use thumbtacks or pins to fix the limbs of rats on foam boards for experimental operations and dissections, but this increases unnecessary damage to experimental rats.

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