Vacuum cup capable of cooling rapidly

Abstract

The invention discloses a vacuum cup capable of cooling rapidly. The vacuum cup capable of cooling rapidly comprises an inner liner, an outer container, an inner liner temperature-sensitive conductionplate, an outer container temperature-adjusting heat-dissipation plate, a temperature adjuster and an interlocking rod, wherein the inner liner temperature-sensitive conduction plate is fixed on a vacuum layer of the inner liner; the outer container temperature-adjusting heat-dissipation plate is fixed on a vacuum layer of the outer container; the temperature adjuster is fixed on the outer container; and the interlocking rod is connected with the outer container temperature-adjusting heat-dissipation plate and the temperature adjuster. Heat-conduction double-layered metal plates which can bein contact or separate from each other automatically according to set temperature are arranged in a vacuum layer between the inner liner and the outer container, when the temperature of water in the vacuum cup is over high, heat in the vacuum cup can be rapidly conducted out of the cup, when the temperature reaches a set temperature, the double metal plates of the vacuum layer of the vacuum cup are separated automatically, and thus, the temperature in the vacuum cup is constant. The vacuum cup capable of cooling rapidly can insulate after a high temperature is rapidly reduced to be a constanttemperature. The vacuum cup is suitable to water drinking habits of people.

Description

technical field [0001] The invention relates to a thermos cup, in particular to a rapidly cooling thermos cup. Background technique [0002] It is not difficult to find in our daily life that after pouring high-temperature hot water into the thermos cup, due to the heat preservation function of the thermos cup, there is a problem that the water temperature in the thermos cup is difficult to quickly drop to a temperature suitable for drinking in a short period of time. Exist equally if the cup insulation effect that temperature drops to the temperature suitable for drinking rapidly can be very poor again. [0003] However, the applicant found in the research process that the existing thermos cups are vacuum-insulated, and the heat in the insulation layer between the inner tank and the outer tank cannot conduct heat. Although the function of thermal insulation is realized, it also causes internal high temperature The heat of hot water cannot be conducted to the outside of the...

AI Technical Summary

Problems solved by technology

[0002] In our daily life, it is not difficult to find that after pouring high-temperature hot water into the thermos cup, due to the heat preservation effect of the thermos cup, there is a problem that the water temperature in the thermos cup is difficult to quickly drop to a temperature suitable for drinking in a short period of time.

It also exists that if the temperature drops rapidly to a temperature suitable for drinking, the insulation effect of the cup will be very poor.

[0003] However, the applicant found in the research process that the existing thermos cups are vacuum-insulated, and the heat in the insulation layer between the inner tank and the outer tank cannot conduct heat. Although the function of thermal insulation is realized, it also causes internal high temperature The heat of hot water cannot be conducted to the outside of the cup body and the disadvantages of rapid cooling

After people pour high-temperature water into the thermos cup, the thermos cup will last for a long time due to its good heat preservation effect, which will bring inconvenience to direct drinking. What we hope is a kind of high-temperature water that can be quickly lowered to a suitable drinking temperature after being poured into the thermos cup The rear thermos can continue to keep warm at a temperature suitable for drinking

This kind of thermos cup with high water temperature and no heat preservation, and the water temperature is suitable for heat preservation has not been reported yet.

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