Drinking cup

Specific examples:

[0048] Using the present invention, the user pours heat storage materials such as hot water or hot sand into the second storage bin 7, and then pours cold water or milk into the first storage bin 6, because the first storage bin 6 and the second storage bin 7 The liner 4 between them is a material with excellent thermal conductivity. At this time, the heat storage material in the second storage compartment 7 quickly releases heat and transfers it to the inside of the first storage compartment 6, so that the cold water or milk in the first storage compartment 6 heats up quickly. .

[0049] Using the present invention, the user pours cold storage materials such as cold water or ice cubes into the second storage bin 7, and then pours hot water into the first storage bin 6, because there is a gap between the first storage bin 6 and the second storage bin 7. The inner tank 4 is a material with excellent thermal conductivity. At this time, because the cold storage material in the second storage compartment 7 quickly absorbs the heat in the first storage compartment 6, the hot water in the first storage compartment 6 is rapidly cooled.

[0050] The user uses the present invention to add heat insulating materials or temperature damping materials such as vacuum, polyurethane foam or ultra-fine glass fiber cotton to the second storage compartment 7, and then pour hot water or ice water into the first storage compartment 6. The second storage compartment 7 is provided with heat insulating material or temperature damping material, so that the temperature inside the first storage compartment 6 cannot be effectively released, so that the hot water or ice water in the first storage compartment 6 has a specific thermal insulation effect.

[0051] The user uses the present invention to add a supersaturated solution with higher solubility with temperature such as xylitol or sucrose or low-sodium salt or potassium nitrate to the second storage chamber 7, and then pour hot water into the first storage chamber 6 , because the inner tank 4 between the first storage bin 6 and the second storage bin 7 is a material with excellent thermal conductivity, the heat in the hot water is transferred to the second storage bin 7 through the inner tank 4, and the second storage bin 7 The supersaturated solution in the supersaturated solution quickly absorbs and stores heat, so that the hot water in the first storage chamber 6 cools down rapidly. The supersaturated solution in the chamber 7 releases heat, which has a slow cooling effect at this time.

[0052] The user uses the present invention to add phase-change substances with a phase-change temperature in the range of 30 to 70 degrees, such as sea wave or paraffin, into the second storage chamber 7, and then pour hot water into the first storage chamber 6, because the first storage chamber The liner 4 between the bin 6 and the second storage bin 7 is a material with excellent thermal conductivity, the heat in the hot water is transferred to the second storage bin 7 through the inner liner 4, and is quickly absorbed by the phase-change material in the second storage bin 7 And store heat, so that the hot water in the first storage bin 6 cools down quickly. When the water temperature in the first storage bin 6 is lower than the temperature in the second storage bin 7, the phase change in the second storage bin 7 will The substance releases heat, which now has a slow cooling effect.

[0053] When using the present invention, the user can change and switch the above-mentioned substances in the second storage compartment 7 as he likes, and also can change and switch the above-mentioned functions and effects at any time.

[0054] When the user uses the present invention, by changing and switching the material in the second storage compartment 7, the user can drink water at an ideal temperature according to his own wishes. By confirming the temperature-sensitive color-changing bar 701 of the second storage compartment 7, the target For the temperature of the second storage chamber 7 corresponding to the temperature scale mark 12, enter a certain volume of water to the scale line corresponding to the target temperature scale mark 12, and then confirm the temperature in the first storage chamber 6 through the temperature-sensitive color-changing strip 601 , so as to achieve the function and effect of temperature control. For example, if the user wants to drink milk at about 45 degrees, he can add hot water in the second storage compartment 7 in advance. Corresponding to the temperature-sensitive color-changing strip 701 of the second storage bin 7, then pour a certain volume of milk into the position of the scale line of the target temperature scale mark 12 corresponding to the temperature of the second storage bin 7, because the first storage bin 6 and the second storage bin The liner 4 between the storage bins 7 is a material with excellent thermal conductivity, and the hot water in the second storage bin 7 continuously releases heat and is transferred to the first storage bin 6, so that the milk in the first storage bin 6 heats up rapidly, Then, the temperature in the first storage compartment 6 is confirmed through the temperature-sensitive color-changing strip 601 inside the first storage compartment 6, so as to reach the temperature that the user wants to drink.

[0055] The user is using the present invention and wants to obtain a liquid at about 45 degrees, and the room temperature and the temperature-sensitive color-changing bar 701 in the cup indicate that it is below 18 degrees, and the user selects the target temperature scale corresponding to the temperature-sensitive color-changing bar 701 indicating that it is below 18 degrees Mark 12, select the scale with a target of about 45 degrees, pour hot water into the cup, when the water level reaches the scale, stop adding water, let it stand or shake the cup by hand, after about 30-60 seconds, the hot boiled water in the cup The temperature has been lowered to about 45 degrees. At this time, we can also use the temperature color or indication of the temperature-sensitive color-changing strip 701 to confirm whether the target water temperature meets the requirements. Through a similar method, we can use the target temperature scale mark 12 and the temperature-sensitive color-changing Bar 701 indicates that various other temperatures of the liquid were obtained.