Abstract: Provided are an optical terminal device and a scan program having a high operability not needing an excessive consciousness. An optical terminal device obtains the entire image of a scan object range, and includes an image capture unit including an imaging element, taking an image of each region within the scan object range, and obtaining unit image data of each region, a positional information obtaining unit obtaining image positional information corresponding to the unit image data, and an image synthesis unit synthesizing a plurality of the unit image data, and creating the entire image of the scan object range. The positional information obtaining unit includes a six-dimensional sensor provided at a device main body, and detecting an acceleration and angular speed, and an arithmetic processing unit calculating the image positional information of the unit image data based on the acceleration and angular speed.

Abstract: A driving method for a solid-state image sensing device includes the steps of: transferring signal charges generated at pixels (12) arranged in odd rows in the column upward direction through vertical transfer paths (13) each arranged for each column; temporarily accumulating the upward transferred signal charges for one field at a first accumulation region (14) and transferring the accumulated signal charges row by row in sequence for each field period through other vertical transfer paths (18) to a first horizontal path (16); transferring the upward transferred signal charges in the horizontal row direction row by row through the first horizontal transfer path (16); transferring signal charges generated at pixels (12) arranged in even rows in the column downward direction through the same vertical transfer paths (13); temporarily accumulating the downward transferred signal charges for one field at a second accumulation region (15) and transferring the accumulated signal charges row by row in sequence for e

Abstract: In the method of driving a solid-state image sensing device, for each vertical blanking (VBL), the signal charges of a first pixel group composed of photosensitive pixels of odd ordinal numbers counted in the vertical direction of the photosensitive region and the signal charges of a second pixel group composed of photosensitive pixels of even ordinal numbers counted in the same way are reversed in the vertical transfer direction, so that the signal charges of the first and second pixel groups can be outputted from the same charge detecting circuit for each field. Further, unnecessary accumulated charges in the pixel groups in the photosensitive region are cleared off in response to an accumulated charge clear pulse.

Abstract: Solid-state image sensing device is provided with a synthesizing section for synthesizing odd-field signal charges and even-field signal charges. The synthesizing section is a transfer path formed outside of the photosensitive region or vertical transfer paths formed in the photosensitive region. For the signal charge synthesis through vertical transfer path, after the integration, the signal charges are read simultaneously from the odd-line pixel group and the even-line pixel group. Further, it is possible to select either the method of outputting the odd-field signal charges and the even-field signal charges separately or the method of outputting the synthesized odd- and even-field signal charges.