Design, Preparation and Application of Visual Self Heating Pediatric Nursing Bottles
Department of Pediatrics, Affiliated Hospital of Beihua University, Jilin 132011, China
| Abstract: | This article introduces an innovative pediatric nursing bottle that has a self heating function and is made of transparent electrode material. Its design aims to quickly heat medical milk bottles and monitor the color changes of the consumed milk in real-time during the heating process, providing more accurate data support for infant care. The preparation process involves key steps such as liquid organic silicon spin coating, plasma cleaning, silver nanowire transparent conductive film coating, square resistance adjustment, electrode introduction, liquid organic silicon coverage, and heating curing. By precisely adjusting the heating temperature and transmittance, the heating effect and transparency of the bottle can be effectively optimized, ensuring the quality and safety of baby food. This pediatric care bottle can not only be used to heat medical bottles, but also to observe the consumption of milk inside the bottle, providing important support for clinical medical work. Its rich functions and potential application prospects make it of great significance in the field of pediatric medicine. Future research and development will further improve this innovative product, bring more convenience and possibilities to infant care, and contribute to improving the level of medical care for children. The introduction of this new type of pediatric nursing bottle not only brings innovation to the medical field, but also provides new possibilities for child care. The use of its self heating function and transparent electrode materials not only improves the efficiency of heating medical milk bottles, but also realizes real-time monitoring of color changes in edible milk during the heating process, which is of great significance for infant dietary management and health monitoring. |
| Keywords: | Self Heating Milk Bottle; Transparent Electrode; Pediatric Care; Silver Nanowire; Liquid Silicone; Visual Monitoring |
| DOI: | 10.57237/j.nhres.2024.02.002 |
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Received: 21 May 2024
Accepted: 9 July 2024
Published Online: 18 July 2024
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