Abstract: A micro pipette sensing device includes a micro pipette and a sensing device. The micro pipette includes a main portion, an operation portion and at least one tube portion. The tube portion defines an operation space therein. The sensing device is located at a proper position in the operation space of the tube portion. The sensing device includes a MEMS flow sensor for sensing a gas movement in the operation space, thereby effectively improving the precision of solution to be taken and therefore improving the precision of the overall measurement and analysis results.

Abstract: This is a Film Scanning Device having an object to use the same CCD light sensor is used for pictures of strip film with a slid mount in order to delete any unnecessary work. The film scanning device includes body and a first opening located in the body in which a developed strip film can be inserted; a second opening located in the body in which the strip film inserted into the first opening can exit; and a third opening located in a front part of the body in which a slide mount can be inserting and pulled out following the direction vertical to the direction in which the strip film was moved; a photographic sensor to sense the frames of the strip film and/or the slid mount; and a projecting light which is used to project the pictures from the photographic sensor.

Abstract: A film scanning device using the same CCD light sensor for pictures of strip film and for a slide mount also comprises a body having a strip film transport path disposed there through. The transport path has a first opening in the body for inserting a developed strip film, a second opening in the body through which the developed strip film exits the body, and a third opening for inserting and pulling out a slide mount juxtaposed vertically relative to the strip film transport path.

Abstract: [Objects]

Abstract: To delete the unnecessary work, the same CCD light sensor is used for pictures of stripfilm and slid mount.