Thermal insulation nursing bottle

Abstract

The invention discloses a heat preservation nursing bottle which belongs to nursling articles for daily use, the heat preservation nursing bottle comprises a nipple, a bottle cap and a bottle body; an attemperator is arranged at the lower part of the bottle body and includes a base, and a ring-shaped heater which is tightly contacted with the bottle body is fixed at the upper part of the base; the center of the base is fixed with a temperature sensor which props against the bottom of the bottle body by a spring; the side of the base is provided with a mains jack, a liquid crystal display device and a control keystoke, and a control circuit board that adopts a microprocessor as the core is arranged inside the lower part of the base. The heat preservation nursing bottle can accurately regulate the temperature of the milk and the timing time by the keystoke, and the reserved holding temperature, the current temperature of the milk and the time can be displayed on the liquid crystal display device; at the same time, the heat preservation nursing bottle has the advantages of small volume, light weight, low price and strong performance, etc.

Description

technical field [0001] The invention relates to daily necessities for infants, in particular to a thermos feeding bottle. Background technique [0002] Ordinary feeding bottles generally do not have a temperature display or temperature control device. After the milk is adjusted, the baby will often not eat for a while. Since the feeding bottle has no heat preservation function, the milk will become cold after a period of time. Reheating is a hassle. Feeding bottles cannot display the temperature of milk, and adults generally use methods such as hand touch and temperature testing to understand the temperature of milk when feeding infants and young children. These methods accuracy and hygienic property are all very poor, because adult has very big difference with infant to the sensitivity of temperature and adaptability, and germ and bacterium in the oral cavity of adult also can cause the pollution to drink in the feeding bottle. [0003] Although many baby bottles with tem...

AI Technical Summary

Problems solved by technology

The accuracy and sanitation of these methods are very poor, because the sensitivity and adaptability of adults to temperature are very different from those of infants, and the germs and bacteria in the oral cavity of adults will also cause pollution to the drink in the feeding bottle.

[0003] Although many baby bottles with temperature measurement function or baby bottles with heat preservation function have been disclosed or even transformed into production, such as the technology of temperature measurement function, there are thermometers installed on the wall of the bottle, and the temperature sensing paint is attached to the outside of the bottle wall for temperature measurement. The technology of heat preservation function has Vacuum bottle walls, feeding bottles with hot water jackets, etc., however, these technologies have certain drawbacks

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