Abstract: A processing architecture includes an object instantiation and interaction engine, an CUE interface, and remote processes to create, access, and process objects in a distributed manner. The CUE interface uses an interface wheel divided into portions denoted who, what, when, where, why, how, and now. Selection of a particular portion provides the user with control related to that portion. The interface is adaptable for use with a wide variety of machines, including computers, televisions, telephones, security systems, and automobiles. The wheel is implemented as a display on a video monitor or as a physical disk. Each portion of the wheel is assigned a color that serves as a mnemonic for that portion. A hierarchical network of engines provides distributed storage and access to data in conjunction with the CUE interface.

Abstract: A processing architecture includes an object instantiation and interaction engine, an CUE interface, and remote processes to create, access, and process objects in a distributed manner. The CUE interface uses an interface wheel divided into portions denoted who, what, when, where, why, how, and now. Selection of a particular portion provides the user with control related to that portion. The interface is adaptable for use with a wide variety of machines, including computers, televisions, telephones, security systems, and automobiles. The wheel is implemented as a display on a video monitor or as a physical disk. Each portion of the wheel is assigned a color that serves as a mnemonic for that portion. A hierarchical network of engines provides distributed storage and access to data in conjunction with the CUE interface.

Abstract: An improved handle/prop is provided for a pen-based computer wherein the handle/prop is pivotally mounted to opposite side edges of the computer. The handle/prop can be pivoted and locked into a plurality of different positions. These positions are selected to facilitate carrying the computer, supporting the computer on a flat surface in one or more inclined positions for writing and/or viewing, and holding the computer during writing. In particular, to facilitate writing on the computer screen while holding the computer, the handle/prop is mounted so that it can be swung into a recessed position behind an overlapping portion of the front display surface. This will minimize the size of the computer and minimize interference with holding the computer and writing on its screen at the same time.

Abstract: An improved handle/prop is provided for a pen-based computer wherein the handle/prop is pivotally mounted to opposite side edges of the computer. The handle/prop can be pivoted and locked into a plurality of different positions These positions are selected to facilitate carrying the computer, supporting the computer on a flat surface in one or more inclined positions for writing and/or viewing, and holding the computer during writing. In particular, to facilitate writing on the computer screen while holding the computer, the handle/prop is mounted so that it can be swung into a recessed position behind an overlapping portion of the front display surface. This will minimize the size of the computer and minimize interference with holding the computer and writing on its screen at the same time.

Abstract: An improved handle/prop is provided for a pen-based computer wherein the handle/prop is pivotally mounted to opposite side edges of the computer. The handle/prop can be pivoted and locked into a plurality of different positions. In particular, these positions are selected to facilitate carrying the computer, supporting the computer on a flat surface in one or more inclined positions for writing and/or viewing, and holding the computer during writing. A ratchet locking mechanism is provided for locking the handle/prop into the plurality of different positions. This ratchet locking mechanism includes first and second release buttons located at points where the handle/prop pivotally connects at opposite side edges of the computer. In addition, the ratchet locking mechanism includes a handle-tie piece extending through the interior of the computer to spring bias the release button into a locked position.