Contact image sensor hand-held scanner
AssigneeMicrotek International Inc.
InventorLoi Han
Life of this patent
Estimating the term…
Abstract
A flat bed scanner of the type commonly used as a stand-alone computer peripheral in combination with a contact image sensor module, which extends the full width of the scanner area to provide a 1:1 scanning ratio using a rod lens to focus the image onto the image sensors, with or without a motor driven feed mechanism and which can scan the entire width of a standard sheet of paper in a single pass.
Claims6
In a stand-alone computer peripheral hand-held scanner including a housing, and a control system, the improvement comprising:
- a contact image sensor module operatively positioned within the housing adapted to convert a visual image into a series of electronic data signals and extending at least 8.5 inches in width.
A hand-held computer peripheral scanner for scanning an object in a first scanning direction and in a second scanning direction comprising:
- a casing adapted for use as a hand-held peripheral for personal computers;
- a contact image sensor module having an electronic sensor chip adapted to convert visual images to a series of electronic data signals and a flat surface facing the object to be scanned mounted a first predetermined distance from said chip;
- a first buffer mounted at one end of the flat surface of the sensor module, having a first surface facing the object to be scanned and extending a second predetermined distance from said first surface in the direction of the object to be scanned;
- the first buffer having a first surface facing the object to be scanned;
- and
- the first predetermined distance is equal to the second predetermined distance.
A hand-held computer peripheral scanner for scanning an object comprising:
- a casing including a handle;
- a contact image sensor module adapted to generate digital signals for use by personal computers, the module having a plurality of sensors, rod lenses, cylindrical lenses and a flat glass surface, and adapted to provide a 1:1 scanning ratio of the object to be scanned to the plurality of sensors.
Dependencies are inferred from the claim text.