Abstract:
A beverage container includes a beverage bottle and a label adjacent to the beverage bottle and including a set of microcapsules that contain a phase change material. The phase change material has a latent heat of at least 40 J/g and a transition temperature in the range of 0°C to 40°C. The phase change material provides thermal regulation based on at least one of absorption and release of the latent heat at the transition temperature.
Abstract:
A beverage container includes a beverage bottle and a label adjacent to the beverage bottle and including a set of microcapsules that contain a phase change material. The phase change material has a latent heat of at least 40 J/g and a transition temperature in the range of 0°C to 40°C. The phase change material provides thermal regulation based on at least one of absorption and release of the latent heat at the transition temperature.
Abstract:
A positionally based label application system includes a plurality of sensors (234, 236, 244) which detect the pitch (234) between the products to be labeled as well as the location (236) of those products. A supply web (216) bearing labels (238, 239) is caused to pass over a peel tip (220) which feeds the labels into a nip point (226). This allows the labels to be precisely matched with products traveling at a very high rate of speed. The positional system (232) determines a desired ratio of movement between the supply web and the product being conveyed, this ratio being based upon the detected pitch. In this manner, the supply web is allowed to move continuously, but at a slower speed than the products being conveyed, but still precisely matches labels to products.
Abstract:
A positionally based label application system includes a plurality of sensor s (234, 236, 244) which detect the pitch (234) between the products to be labeled as well as the location (236) of those products. A supply web (216) bearing labels (238, 239) is caused to pass over a peel tip (220) which feed s the labels into a nip point (226). This allows the labels to be precisely matched with products traveling at a very high rate of speed. The positional system (232) determines a desired ratio of movement between the supply web a nd the product being conveyed, this ratio being based upon the detected pitch. In this manner, the supply web is allowed to move continuously, but at a slower speed than the products being conveyed, but still precisely matches labels t o products.
Abstract:
A positionally based label application system includes a plurality of sensor s (234, 236, 244) which detect the pitch (234) between the products to be labeled as well as the location (236) of those products. A supply web (216) bearing labels (238, 239) is caused to pass over a peel tip (220) which feeds the labels into a n ip point (226). This allows the labels to be precisely matched with products traveling at a very high rate of speed. The positional system (232) determines a desired ratio of movement between the supply web and the product being conveyed, this ratio being based upon t he detected pitch. In this manner, the supply web is allowed to move continuously, but at a slower speed than the products being conveyed, but still precisely matches labels to products.