Detachable electronic temperature measuring feeding bottle

Abstract

The invention discloses a detachable electronic temperature measuring feeding bottle. The detachable electronic temperature measuring feeding bottle comprises a feeding bottle body, a shape preservation module and a temperature measuring module. The wall of the feeding bottle body is provided with a groove, the shape preservation module is detachably arranged inside the groove to enable the outer surface of the feeding bottle body to form a smooth curved surface, and the temperature measuring module is also detachably arranged inside the groove for measuring the temperature inside the feeding bottle body. According to the detachable electronic temperature measuring feeding bottle, by means of a non-contact temperature measuring mode, pollution to milk inside the feeding bottle body can be avoided; the detachable temperature measuring module facilitates high-temperature disinfection and cleaning of the feeding bottle; meanwhile, when temperature measurement is not required, the shape preservation module can be arranged inside the groove to enable the outer surface of the feeding bottle body to form the smooth curved surface and accordingly maintain an attractive appearance. The detachable electronic temperature measuring feeding bottle is simple in structure, safe and reliable and can achieve accurate temperature measurement.

Description

technical field [0001] The invention relates to a baby care product, in particular to a detachable electronic temperature-measuring feeding bottle that can be measured in real time, and is convenient for cleaning and high-temperature disinfection. Background technique [0002] Feeding bottle is a kind of essential utensil of feeding infant. The best temperature for babies to drink food is 37°C. Food that is too cold or too hot can cause gastrointestinal discomfort, and even cause disease transmission, especially affecting the health of infants and young children. There is a shortcoming in most existing feeding bottles on the market. There is only a capacity scale and no temperature display device, so it is difficult to grasp the temperature of the liquid in the feeding bottle. Usually people hold the bottle with their hands to feel the temperature of the food in the bottle. If the temperature is too high, it will easily damage the oral cavity of infants, and if the tempera...

AI Technical Summary

Problems solved by technology

There is a shortcoming in most of the existing feeding bottles on the market. There is only a capacity scale and no temperature display device, so it is difficult to grasp the temperature of the liquid in the feeding bottle

Usually people hold the bottle with their hands to feel the temperature of the food in the bottle. If the temperature is too high, it will easily damage the oral cavity of infants, and if the temperature is too low, it will easily cause gastrointestinal discomfort; some parents will try it themselves when feeding with a bottle. The liquid in the bottle is also extremely unhygienic

[0003] Most of the bottles on the market are not very convenient because they cannot display the temperature of the liquid in the bottle conveniently, intuitively and quickly

There are also some feeding bottles with a liquid thermometer added to the body, but this structure cannot accurately reflect the real-time temperature due to the slow temperature rise of the liquid thermometer, and the liquid thermometer mostly uses mercury, so if the thermometer in the bottle breaks and the mercury flows out, people eat it by mistake , a serious threat to life safety

There are also some baby bottles with an electronic thermometer added to the body. The non-removable temperature measuring device is not convenient for cleaning and high-temperature disinfection of the baby bottle. The contact between the temperature sensor and the milk will cause milk pollution.

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