Abstract:
PROBLEM TO BE SOLVED: To improve text input entered via a shorthand-on-keyboard interface.SOLUTION: A word recognition system improves text input entered via a shorthand-on-keyboard interface. A core dictionary comprises commonly used words in a language; an extended dictionary comprises words not included in the core dictionary. The system only directly outputs words from the core dictionary. Candidate words from the extended dictionary can be outputted and simultaneously admitted to the core dictionary upon user selection. A concatenation module enables a user to input parts of a long word separately. A compound word module combines two common shorter words whose concatenation forms a long word.
Abstract:
PROBLEM TO BE SOLVED: To improve text input entered via a shorthand-on-keyboard interface.SOLUTION: A word recognition system improves text input entered via a shorthand-on-keyboard interface. A core dictionary comprises commonly used words in a language; an extended dictionary comprises words not included in the core dictionary. The system only directly outputs words from the core dictionary. Candidate words from the extended dictionary can be outputted and simultaneously admitted to the core dictionary upon user selection. A concatenation module enables a user to input parts of a long word separately. A compound word module combines two common shorter words whose concatenation forms a long word.
Abstract:
A finger controlled actuator for a mouse or other personal computer device for providing pressure to force sensitive resistor circuitry to provide for scrolling or other like control functions on and for a personal computer, wherein the actuator has specially surfaced, such as ribbed, and configured surfaces, such as saddle like in shape for cradling the finger of a personal computer user and allowing for satisfactory gripping between the flesh of the finger and the surface of the actuator to prevent slippage in any one of multiple directions about both the vertical and horizontal directions or some quadrant of both directions, while providing for comfort to the finger and hand of the user and for self orienting of the finger relative to actuator and the mouse body for proper control and operation, for example, the scrolling friction.
Abstract:
A finger controlled actuator for a mouse or other personal computer device for providing pressure to force sensitive resistor circuitry to provide for scrolling or other like control functions on and for a personal computer, wherein the actuator has specially surfaced, such as ribbed, and configured surfaces, such as saddle like in shape for cradling the finger of a personal computer user and allowing for satisfactory gripping between the flesh of the finger and the surface of the actuator to prevent slippage in any one of multiple directions about both the vertical and horizontal directions or some quadrant of both directions, while providing for comfort to the finger and hand of the user and for self orienting of the finger relative to actuator and the mouse body for proper control and operation, for example, the scrolling friction.
Abstract:
A finger controlled actuator for a mouse or other personal computer device for providing pressure to force sensitive resistor circuitry to provide for scrolling or other like control functions on and for a personal computer, wherein the actuator has specially surfaced, such as ribbed, and configured surfaces, such as saddle like in shape for cradling the finger of a personal computer user and allowing for satisfactory gripping between the flesh of the finger and the surface of the actuator to prevent slippage in any one of multiple directions about both the vertical and horizontal directions or some quadrant of both directions, while providing for comfort to the finger and hand of the user and for self orienting of the finger relative to actuator and the mouse body for proper control and operation, for example, the scrolling friction.
Abstract:
A finger controlled actuator for a mouse or other personal computer device for providing pressure to force sensitive resistor circuitry to provide for scrolling or other like control functions on and for a personal computer, wherein the actuator has specially surfaced, such as ribbed, and configured surfaces, such as saddle like in shape for cradling the finger of a personal computer user and allowing for satisfactory gripping between the flesh of the finger and the surface of the actuator to prevent slippage in any one of multiple directions about both the vertical and horizontal directions or some quadrant of both directions, while providing for comfort to the finger and hand of the user and for self orienting of the finger relative to actuator and the mouse body for proper control and operation, for example, the scrolling friction.
Abstract:
A finger controlled actuator for a mouse or other personal computer device f or providing pressure to force sensitive resistor circuitry to provide for scrolling or other like control functions on and for a personal computer, wherein the actuator has specially surfaced, such as ribbed, and configured surfaces, such as saddle like in shape for cradling the finger of a personal computer user and allowing for satisfactory gripping between the flesh of th e finger and the surface of the actuator to prevent slippage in any one of multiple directions about both the vertical and horizontal directions or som e quadrant of both directions, while providing for comfort to the finger and hand of the user and for self orienting of the finger relative to actuator a nd the mouse body for proper control and operation, for example, the scrolling friction.
Abstract:
A finger controlled actuator for a mouse or other personal computer device for providing pressure to force sensitive resistor circuitry to provide for scrolling or other like control functions on and for a personal computer, wherein the actuator has specially surfaced, such as ribbed, and configured surfaces, such as saddle like in shape for cradling the finger of a personal computer user and allowing for satisfactory gripping between the flesh of the finger and the surface of the actuator to prevent slippage in any one of multiple directions about both the vertical and horizontal directions or some quadrant of both directions, while providing for comfort to the finger and hand of the user and for self orienting of the finger relative to actuator and the mouse body for proper control and operation, for example, the scrolling friction.
Abstract:
A finger controlled actuator for a mouse or other personal computer device for providing pressure to force sensitive resistor circuitry to provide for scrolling or other like control functions on and for a personal computer, wherein the actuator has specially surfaced, such as ribbed, and configured surfaces, such as saddle like in shape for cradling the finger of a personal computer user and allowing for satisfactory gripping between the flesh of the finger and the surface of the actuator to prevent slippage in any one of multiple directions about both the vertical and horizontal directions or some quadrant of both directions, while providing for comfort to the finger and hand of the user and for self orienting of the finger relative to actuator and the mouse body for proper control and operation, for example, the scrolling friction.