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This article explores the critical properties and functions associated with various transport solutions, including stackable items like furniture and containers. Through property-function matrices, we analyze features such as porosity, flexibility, surface shape, and integration for efficient design. Examples include the ergonomic rubber band, the Hipporoller, and specialized boxes for cakes and pizzas, illustrating how design choices impact stability, resistance to crushing, and food removal. Such insights are essential for both product development and practical applications in daily transport and storage needs.
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1 porosity flexibility surface shape unity hold transport stack cool Property – function extraction hurriquakenail Bowling ball Rubber band Rubber band Ergonomic pen Foam metal Flex keyboard Hipporoller Hipporoller Airbus Beluga Jointed bicycle Stack containers Furniture Stackable pen Seat table Aeron chair WOK with fins
2 Property – function matrix PROPERTIES FUNCTIONS
3 Property – function matrix of a cake box property INTEGRATION SEGMENTATION SURFACE SHAPE FLEXIBILITY POROSITY function 1 PREVENTING HORIZONTAL MOVEMENT STABILE PROTRUDED function 2 CRUSH RESISTANT CURVED ALL ROUND TRANSPARENT function 3 REMOVING THE FOOD JOINTS SEGMENTS UMBRELLA
4 Property – function matrix of a pizza box property INTEGRATION SEGMENTATION SURFACE SHAPE FLEXIBILITY POROSITY PIN function 1 PREVENTING HORIZONTAL MOVEMENT RIBS CAVITIES SEPARATORS VOGHT DUO function 2 CRUSH RESISTANT SHAPE STRENGTH AFSTANDS BUS ENCLOSE ZIP function 3 REMOVING THE FOOD FOLDS OPEN SALOON DOOR BASE - COVER