Unverified85% confidenceFactTime unknown
内部采用梯形气室（Trapezoidal Air Sprung Cells）结构，相较传统水平气室可减少身体与地面的热桥效应，是其R值相对重量比较高的设计基础。
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85%
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Long-term
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Unverified垂直气室（如断桥棉/纵向管状）结构比横向气室更贴合身体、支撑更均匀，同重量下睡感更好，但制造成本高68% similarUnverifiedAIRHAWK采用互联气囊（interconnected air cells）设计，气囊之间空气流通来动态分散压力，这是其区别于普通充气坐垫的核心结构特征67% similarUnverified充气垫内部气室结构影响体验：垂直管状（I-beam）轻但支撑一般，方块/蜂窝气室（air-cell）承托更均匀但略重，追求床感选后者65% similarUnverified气囊可通过充气量调节软硬和高度，颈部较粗或偏好硬支撑的用户可多充气，偏好柔软的少充气64% similarUnverified带扎孔气室结构（body mapping/纵向气柱）的充气垫比横向气室更稳定不易翻滚，侧睡者优先选纵向气室+厚度≥7cm避免髋部触地64% similar
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