Automatic cleaning device for constant-temperature box and using method of automatic cleaning device

Abstract

The invention discloses a constant-temperature automatic cleaning device and a using method thereof. The constant-temperature automatic cleaning device comprises a constant-temperature box, wherein the constant-temperature box is connected with a temperature control device, a leakage net for postoperative animals to stand is arranged below the constant-temperature box, an excretion box slidably connected with the bottom end of the constant-temperature box is arranged below the leakage net, a heat preservation plate is slidably connected to the upper portion of the excretion box, and an electronic scale is arranged below the excretion box and is in contact with the bottom of the excretion box; an excretion linear actuator is connected to one side of the excretion box, a driving device for driving the excretion linear actuator to ascend and descend is also arranged in a matched mode, and a cleaning device for cleaning the excretion box is arranged above the excretion linear actuator; and the electronic scale, the excretion linear actuator, the driving device, the temperature control device and the cleaning device are connected with a controller. According to the device, by arranging the electronic scale, the excretion linear actuator and the automatic cleaning device, the function of automatically monitoring the excretion quantity is achieved, when the excretion quantity exceeds a set numerical value, the device automatically moves out of the excretion box and conducts cleaning and drying, manual operation is not needed, and the working efficiency is improved.

Description

technical field [0001] The invention relates to the technical field, in particular to an automatic cleaning device for an incubator and a method for using the same. Background technique [0002] After the operation, the experimental animals usually have relatively weak ability to resist external trauma, especially when the modeling trauma is relatively large, the experimental animals are very likely to die due to excessive heat dissipation and hypothermia, resulting in a high mortality rate after surgery. Because the ability of experimental animals to resist external trauma is relatively weak, when the trauma of modeling is relatively large, the experimental animals are very likely to die due to excessive heat dissipation and hypothermia, resulting in a high mortality rate after surgery, which requires multiple experiments to obtain As a result, the experiment period is longer and the experiment cost is higher. [0003] The traditional incubator has been able to achieve the...

AI Technical Summary

Problems solved by technology

[0002] After the operation, the experimental animals usually have relatively weak ability to resist external trauma, especially when the modeling trauma is relatively large, the experimental animals are very likely to die due to excessive heat dissipation and hypothermia, resulting in a high mortality rate after surgery. Because the ability of experimental animals to resist external trauma is relatively weak, when the trauma of modeling is relatively large, the experimental animals are very likely to die due to excessive heat dissipation and hypothermia, resulting in a high mortality rate after surgery, which requires multiple experiments to obtain As a result, the experiment period is longer and the experiment cost is higher

[0003] The traditional incubator has been able to achieve the effect of constant temperature after surgery, but often the excrement of animals cannot be cleaned up in time, which is very easy to breed bacteria, cause inflammation of the wound or delay healing, which is not conducive to subsequent experiments, so it is necessary to An incubator that can clean up animal excrement in time, so that excrement will not accumulate in the incubator and create a relatively clean environment

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