Material feeding device capable of automatic heating

Abstract

The invention discloses a material putting device with the automatic warming function. The device comprises a liquid storage component and a liquid-state metal power generation mechanism connected with the liquid storage component and is characterized in that the liquid storage component is a sleeve type containing cavity, the liquid-state metal power generation mechanism comprises a magnet and apush and pull cylinder, a wire inserted in the push and pull cylinder is connected with the outer wall of the liquid storage component, one end of the push and pull cylinder is connected with a push and pull rod, the push and pull rod is connected with the inner wall of the liquid storage component through a telescopic component, liquid-state metal is contained in the push and pull cylinder, the material putting device can protect or change the material state, automatic putting work can be flexibly and rapidly finished, time is saved, and cost for replacing the device is saved.

Description

technical field [0001] The invention relates to a temperature-controlled material delivery device, in particular to a material delivery device capable of automatic heating. Background technique [0002] With the development and utilization of various ecological environments, multi-environment combined operations are becoming more and more widespread. Many materials exist in different states in different ecological environments. In order to ensure the highest utilization rate of materials, various storage devices are required. With the change of different environments, when the state of the material needs to be changed, the replacement of the device is cumbersome, the use is inflexible, and time is wasted. [0003] Due to the difference in temperature and humidity between water and air, when some materials move in the two environments, it will affect the existing form of the material. It is difficult to adjust the temperature of the same container in different environments. W...

AI Technical Summary

Problems solved by technology

[0002] With the development and utilization of various ecological environments, multi-environment combined operations are becoming more and more widespread. Many materials exist in different states in different ecological environments. In order to ensure the highest utilization rate of materials, various storage devices are required. With the change of different environments, when the state of the material needs to be changed, the replacement of the device is cumbersome, the use is inflexible, and time is wasted

[0003] Due to the difference in temperature and humidity between water and air, when some materials move in the two environments, it will affect the existing form of the material. It is difficult to adjust the temperature of the same container in different environments. When using materials, the conversion of material forms Inflexible, according to different working environments, changing different working tools, the process is cumbersome, time wasting, the cost is too high, and free and flexible work cannot be realized

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