Fast cool cup
A technology of quick cooling and water cups, which is applied in the direction of drinking water vessels, etc., can solve the problems of low cooling speed, uncontrollable cooling range, block heat flow transfer, etc., and achieve the effect of preventing hot hands
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specific Embodiment 1
[0039]The user uses the present invention to pour hot water into the water cup body 1, and the heat transfer from the hot water to the interlayer 101 is fast and convenient, and the heat exchange material 7 in the interlayer 101 continuously absorbs heat to raise the temperature, because the heat exchange material 7 is provided with Dispersant or nucleating agent, it can effectively control the number and particle size of crystals, and further absorb heat, so that the effect of rapid cooling of hot water can be achieved, so that the water temperature can reach the range suitable for people to drink. At the same time, when the water cup When the water temperature of the main body 1 is lower than the heat exchange material 7, the water in the water cup body 1 and the heat exchange material 7 in the interlayer 101 release heat together, the crystal particles in the solution are large, the dissolution rate becomes slower, and the heat loss is slower, so it can Keep the water in the...
specific Embodiment 2
[0041] The user uses the present invention, pours hot water into the water cup body 1, rotates or pulls the liner 5, the heat exchange substance 7 in the liner 5 and the interlayer 101 absorbs heat, because the volume of the heat exchange substance 7 is fixed , into the bottom of the interlayer 101 through the valve 24, and the solution or liquid mixture with a large amount of heat exchange material 7 enters the bottom of the 101 interlayer, because the bottom of the inner tank 5 is provided with a heat insulation device 23 to block heat transfer, so the inner tank The water temperature in 5 will slowly cool down, which is the slow cooling stage. Similarly, the contact area between the inner tank 5 and the heat exchange material 7 in the interlayer 101 becomes larger, and the heat exchange material 7 absorbs heat and heats up, because the heat exchange material 7 is set There are dispersants or nucleating agents, which can effectively control the number and particle size of cry...
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