A mechanical anti-fall intelligent water cup

Abstract

The invention discloses a mechanical anti-pour intelligent cup, which has simple structure, strong anti-collapse ability under the action of gravity, and the functions of identity identification, sterilization and disinfection, information interaction, making drinking water plan, and intuitively displaying, broadcasting and alarming.

Description

technical field [0001] The invention relates to the technology of an intelligent water cup, in particular to an intelligent water cup which utilizes its own gravity to prevent falling and has the function of sterilization. Background technique [0002] At present, water glasses are usually containers for people to hold liquids. They can be used to drink tea, water, coffee, beverages, etc. at ordinary times, and can be regarded as daily necessities. However, the long-term use of the water cup will gradually increase the bacterial content in the water cup, and the long-term processing method is to adopt manual disinfection. A smart water bottle is a type of smart device. Smart water cups can realize drinking water reminders, help users develop good drinking habits, and bring convenience to users' daily life. However, in the related art, the function of the smart water cup is focused on the user's health management, and has a single function, which cannot meet more needs of t...

AI Technical Summary

Problems solved by technology

However, in related technologies, the function of the smart water cup is focused on the user's health management, and the function is single, which cannot meet more needs of the user.

[0003] Anti-fall cups or non-fall cups are mainly controlled by electronic components or complex structures to achieve anti-fall or non-fall, or by adding anti-fall pads to prevent water cups from tipping over, or by magnetic force to achieve anti-fall functions. These common anti-fall technologies are actually It cannot be truly anti-falling. For example, if the water cup is fixed by magnetic force, if the thrust exceeds the magnetic force, it will fall over. However, the magnetic force of ordinary magnets is not very strong. In the actual use process, the weight of the water cup will be increased and the operation will be troublesome. It needs to have matching materials that attract magnets, and there are restrictions on the use area; the control through electronic components is more cumbersome, requiring a more precise control system, troublesome to use, and the anti-falling function is achieved through the type of vacuum suction cup, as disclosed In the technical solution provided by the patent (CN201521001848.2 A Rotary Anti-Tipping Water Cup), the sealing of the suction cup at the bottom of the cup is realized by the rotation of the screw, which is troublesome and requires high air tightness during use, and it is fixed on the table for a long time There is an air leakage that makes the anti-fall function invalid. For example, in the technical solution provided by the published patent (CN201520998911.8, a press-type anti-fall water cup), the vacuum seal with the suction cup at the bottom of the cup is realized by pressing. If the time is fixed on the desktop, there will be air leakage and the anti-falling function will fail. At the same time, a button must be set to control the sealing, which is troublesome in operation and design; such as the published patent (CN201420162562.1 A suction cup type anti-falling cup) In the technical solution provided, the suction cup at the bottom of the cup is sealed by setting the valve plug, which also has the defect of air leakage and the failure of the anti-falling function when it is fixed on the table for a long time. There is also the defect that it is fixed on the plane and cannot move horizontally. If it needs to move horizontally, it needs to release the sealing

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