Abstract: A remote control system, set forth by way of example and not limitation, includes a remote control device including one or more controls operative to develop at button control signals in response to activation by a user. An interface device is responsive to the button control signals and is operative to provide device control signals via a wired connection to an electronic display device. The device control signals are operative to control an application running on an electronic display device.

Abstract: In some implementations, a gasket, set forth by way of example and not limitation, includes a housing having a plurality of openings operative to receive a plurality of prongs of a power connector for an appliance. At least one sensor is operative to sense at least one characteristic of an environment. A transmitter is operative to transmit one or more signals derived from the at least one sensed characteristic, where the transmitted signals are capable of being received by a receiving device. A power circuit is operative to provide power from the electric current to the at least one sensor and the transmitter.

Abstract: In an embodiment, set forth by way of example and not limitation, a power line surge protector circuit includes a first input node, a second input node, a first output node and a second output node; a semiconductor shunt having an avalanche breakdown potential, the shunt being coupled between the first input node and the second input node, whereby a voltage potential between the first input node and the second input node which is in excess of the avalanche breakdown potential shunts current between the first input node and the second input node; and a resettable circuit breaker coupled between the first input node and the shunt.

Abstract: A method for reformatting alphanumeric objects displayed on a screen of a pen computer system including the steps of: (a) selecting a plurality of objects to be reformatted; (b) removing object breaks from between the objects; and (c) reformatting the objects without the removed object breaks. The alphanumeric objects typically comprise a number of words separated by object breaks such as carriage returns, tabs, and paragraph breaks. The process of the present invention removes such object breaks and replaces them with spaces prior to reflowing the word objects between a left margin and a right margin. An apparatus for reformatting alphanumeric objects of the present invention includes a digital process (CPU), memory coupled to the CPU, a screen coupled to the CPU, and a plurality of alphanumeric objects stored in the memory and displayed on the screens.

Abstract: A method and apparatus for training a recognizer includes displaying a practice word on a display screen of a pen-based computer system and entering a handwritten word that is similar to the practice word on the display screen. A recognized candidate list that includes candidate words and an associated confidence level for each candidate word is derived from the handwritten word by a recognizer. The confidence level indicates how confidently the handwritten word has been matched to the associated candidate word. The candidate list is displayed and a training database is updated with training data derived from the handwritten word. The training data is used by the recognizer to recognize other handwritten words with greater accuracy.

Abstract: A computer system and method capable of handwriting recognition and user identification are presented. The computer system includes a CPU, a dual-function display assembly and a stylus. The dual-function display assembly senses the relative position of the stylus with respect to the dual-function display. When an appropriate prompt is displayed, a user responds by application of the stylus to the dual-function display to enter user identity, handwriting, handwriting style, handwriting preferences, and other input to the computer system. Using user-specific handwriting preferences and data, improved handwriting recognition for the user is enabled.

Abstract: In one method for setting character style preferences according to the present invention, a character style preference area is initially activated. Then, a plurality of variant character styles are displayed for a selected character with each character style representing a distinct way of writing the selected character that is recognized by the system recognizer. Inputs are then received, which indicate and set the probability that an input character style will be in a form similar to the selected character style. Other inputs include the selection of a different character for display, selection of a variant character style from the displayed area, selection of a reset command, and selection of a probability weight for a selected variant. The method further includes the slow redrawing of a selected variant within a selected variant group to demonstrate to the user the input strokes forming the selected variant.