Biological culture intelligent temperature control box with internal and external control

Abstract

The invention discloses a biological culture intelligent temperature control box with internal and external control. The box comprises a box body, wherein a culture cavity with a forward opening is formed in the box body, a temperature control cavity is formed in the left side of the culture cavity in a communicating mode, a heater is fixedly arranged on the inner wall of the temperature control cavity, a touch switch is electrically connected to the bottom surface of the heater, and a temperature detection probe is fixedly arranged on the top wall of the culture cavity. According to the box,intermittent heating temperature control can be carried out on the interior of the culture cavity, constant-speed ventilation can be carried out to keep the interior of the culture cavity stable and constant, and when the temperature in the culture cavity is too high, the ventilation efficiency can be improved, the temperature control effect can be improved, and a more efficient intelligent temperature control level can be achieved; in addition, when the temperature detection probe fails and the temperature is too low, normal heating can be controlled through orientation movement of mammals inthe culture cavity, so that the life safety of the mammals in the culture cavity can be kept in an unmanned state.

Description

technical field [0001] The invention relates to the related field of intelligent temperature control boxes, in particular to an intelligent temperature control box for biological cultivation with internal and external control. Background technique [0002] In many biological experiments, biological culture is required, and for mammals, the temperature control in the incubator is particularly important, which will greatly affect the state and survival rate of the organisms, but for general temperature-controlled boxes , it is necessary to manually control the external temperature operation, and internally adjust and control the temperature through the thermal sensor. The ventilation system and the temperature control system belong to different power controls, which are high in cost and low in intelligence. When the sensor fails, the experimenter When not on site, it is easy to cause the death of internal organisms in an environment where temperature control fails. The intelli...

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Problems solved by technology

[0002] In many biological experiments, biological culture is required, and for mammals, the temperature control in the incubator is particularly important, which will greatly affect the state and survival rate of the organisms, but for general temperature-controlled boxes , it is necessary to manually control the external temperature operation, and internally adjust and control the temperature through the thermal sensor. The ventilation system and the temperature control system belong to different power controls, which are high in cost and low in intelligence. When the sensor fails, the experimenter When not on site, it is easy to cause internal organisms to die in an environment where the temperature control fails. The present invention describes an intelligent temperature control box for biological cultivation with both internal and external control, which can solve the above problems

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