Abstract: An apparatus for temporarily storing phone numbers and short messages is disclosed. The apparatus includes a housing including electronics operable to receive an input and display a sequence of no more than seventeen characters in response to the input. The electronics include at least two electronic displays operable to display the sequence of no more than seventeen characters and a keypad operable to receive the sequence of no more than seventeen characters. The keypad includes twenty-six alphabetic keys, each alphabetic key representing a letter of the alphabet ranging from A to Z and ten numeric keys, each numeric key representing a single number ranging from zero (0) to nine (9). A clear key operable to clear the last character of the sequence of no more than seventeen characters and a processor is operably coupled to the at least two electronic displays and the keypad to convert the input into an alphanumeric character to be displayed by at least one of the two electronic displays.

Abstract: A food container in the form of a carton or beverage bottle is provided with two or more sub-compartments. The sub-compartments designed to segregate two or more beverages or ingredients within a common bottle or carton enclosure, the retail unit package. The container includes a base wall configured to support the container in an upright fashion, say for retail display or storage. A neck tube having a threaded end and equipped with a removable cap is sealably mounted over each sub-compartment such that for each sub-compartment there is one removable cap providing access to contents stored within the sub-compartment. Sub-compartment dividing walls provide a hermetic seal between sub-compartments. The container having multiple hermetically sealed sub-compartments providing a multi-ingredient container in which beverages or ingredients may be stored for an extended period of time.

Abstract: An apparatus for temporarily storing phone numbers and short messages is disclosed. The apparatus includes a housing including electronics operable to receive an input and display a sequence of no more than seventeen characters in response to the input. The electronics include at least two electronic displays operable to display the sequence of no more than seventeen characters and a keypad operable to receive the sequence of no more than seventeen characters. The keypad includes twenty-six alphabetic keys, each alphabetic key representing a letter of the alphabet ranging from A to Z and ten numeric keys, each numeric key representing a single number ranging from zero (0) to nine (9). A clear key operable to clear the last character of the sequence of no more than seventeen characters and a processor is operably coupled to the at least two electronic displays and the keypad to convert the input into an alphanumeric character to be displayed by at least one of the two electronic displays.