2025 Silver Winner
Baby, Kids & Children
Children's Cooling Device
Entrant: QINGDAO HUAYUANTONG TECHNOLOGY CO.,LTD
2025
Silver
A closer look
Project gallery.
Select a thumbnail to browse. Click the main image to enlarge.
CategoryBaby, Kids & Children
Class / SubcategoryHealth
Children's Cooling Device
Children's Cooling Device
Country / Region
China
In parenting scenarios, infant fever often leaves new parents at a loss. Traditional physical cooling methods, like wiping with lukewarm water, are complicated to perform and yield uncertain results. This infant-specific children’s cooling device offers a new solution—easy to operate, maintaining appropriate temperature, and enabling convenient monitoring for long-lasting constant temperature physical cooling.
The design incorporates familiar cartoon characters like Mickey Mouse to appeal to infants and reduce resistance. With a clean color base and bright accents, it creates a cozy, warm atmosphere. The ear and nose parts are made of soft silicone, while the plastic components are coated with touch paint. The medical gel coverage area at the bottom of the glycerol cooling pad is consistent with the smallest fever patch, ensuring a secure fit and improved comfort.
The device utilizes a semiconductor chip for efficient cooling, complemented by a silent fan to dissipate heat, ensuring an efficient and quiet cooling process. The glycerin cooling pad, combined with a medical-grade gel patch, ensures gentle contact with the infant's skin, delivering a comfortable cooling experience. A thermocouple monitors the cold-end temperature of the semiconductor in real time, while an infrared sensor tracks the skin's surface temperature, providing critical data for precise cooling. Meanwhile, an audible buzzer and status indicator can promptly alert users to the device’s operational state. The mobile mini-program also allows for real-time temperature monitoring and recording, making it convenient for parents to stay informed about their infant’s health status at any time. This data can also be shared with family members, offering peace of mind to caregivers both at home and away. Additionally, the product includes a replaceable backup battery and a rechargeable storage case, significantly enhancing both convenience and battery life for extended use.
The design incorporates familiar cartoon characters like Mickey Mouse to appeal to infants and reduce resistance. With a clean color base and bright accents, it creates a cozy, warm atmosphere. The ear and nose parts are made of soft silicone, while the plastic components are coated with touch paint. The medical gel coverage area at the bottom of the glycerol cooling pad is consistent with the smallest fever patch, ensuring a secure fit and improved comfort.
The device utilizes a semiconductor chip for efficient cooling, complemented by a silent fan to dissipate heat, ensuring an efficient and quiet cooling process. The glycerin cooling pad, combined with a medical-grade gel patch, ensures gentle contact with the infant's skin, delivering a comfortable cooling experience. A thermocouple monitors the cold-end temperature of the semiconductor in real time, while an infrared sensor tracks the skin's surface temperature, providing critical data for precise cooling. Meanwhile, an audible buzzer and status indicator can promptly alert users to the device’s operational state. The mobile mini-program also allows for real-time temperature monitoring and recording, making it convenient for parents to stay informed about their infant’s health status at any time. This data can also be shared with family members, offering peace of mind to caregivers both at home and away. Additionally, the product includes a replaceable backup battery and a rechargeable storage case, significantly enhancing both convenience and battery life for extended use.
Project credits.
Yingxue Hou
Product Planning
Xibo Fang
Hardware Development
Engang Lin
Hardware Development
Xu Li
Structural Design
Zhenglei Li
Exterior Design
Your work belongs in the conversation.
Begin Your Entry
Enter Award