Liquid temperature processing system and method

Abstract

A liquid temperature processing system comprises a temperature sensing terminal and a mobile monitoring terminal which establishes short-distance wireless communication with the temperature sensing terminal, the temperature sensing terminal senses liquid temperature in a non-contact manner, and the mobile monitoring terminal instantaneously acquire the temperature from the temperature sensing terminal through Bluetooth communication and displays the temperature. Temperature in a feeding bottle is sensed by utilizing an infrared non-contact type sensing element, temperature detection is high in precision and clean, and a user can instantaneously know the temperature of the feeding bottle through the mobile monitoring terminal even through the user does not wait nearby the feeding bottle, so the fact that a liquid is used at proper temperature is possible, for example, infants and young children can be timely fed and the best feeding time cannot be missed. In addition, the mobile monitoring terminal in the invention further can be in communication with a background control terminal simultaneously, temperature data is sent to the background control terminal to perform recording and analysis, corresponding data statistical results and related push information are received from the background control terminal, and more intelligent applications can be extended.

Description

technical field [0001] The invention relates to the field of food containers, in particular to a liquid temperature processing system and processing method for sensing the liquid temperature in food containers such as feeding bottles. Background technique [0002] When using a feeding bottle to breastfeed an infant, in order to make the infant feel a comfortable taste and maintain the nutritional value of the milk as much as possible, it is necessary to accurately grasp the temperature of the milk in the feeding bottle. Therefore, some temperature sensing terminals for sensing the temperature of milk in feeding bottles have appeared on the market now. Such temperature sensing terminals can be classified into two types: contact type and non-contact type. Among them, the contact temperature sensing terminal needs to be placed inside the feeding bottle to contact the milk to sense its temperature. It is troublesome to use and clean, and it is easy to cause pollution and bacter...

AI Technical Summary

Problems solved by technology

In this way, even if the feeding bottle is equipped with a temperature sensing terminal, the user may not see the temperature data displayed by the temperature sensing terminal in time due to the long distance, resulting in failure to give the baby milk in time when the temperature of the milk drops to the most appropriate value. Toddler breastfeeding; by the time the user feels ready to breastfeed the infant, the milk may have become too cold

[0004] Moreover, the existing temperature sensing terminals of this type usually have a single function, only have real-time temperature sensing and display functions, and cannot be connected or communicated with other electronic devices, so more intelligent functions cannot be expanded, such as Send a warning when the milk temperature is too high or too low, or record and analyze the temperature data of milk consumed by infants and young children over a period of time, etc.

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