动态交互仿生墙是一种通过动态仿生的方式调控室内声音的表皮。它以墙面为载体，模仿深海生物呼吸时的律动，根据气囊变形改变降噪材料的暴露面积，从而影响降噪材料的吸音能力，并达到室内声音调控的效果。通过气囊的 阵列形成一面可以呼吸和思考的生物表皮，产生更接近本能与真实的联觉体验。

     Dynamic interactive bionic wall is a kind of surface that regulates indoor sound through dynamic bionics. Taking the wall as the carrier, it imitates the rhythm of deep sea biological respiration, and changes the exposed area of noise reducing material according to the deformation of air bag, thus affecting the sound absorption ability of noise reducing material, and achieving the effect of indoor sound control. Through the array of air sacs, a biological surface can be formed to breathe and think, resulting in a more instinctive and real synesthetic experience.