Abstract: A cover tape of the invention for the electronic part conveyance includes a substrate having provided thereon a thermally adhesive resin layer with an antistatic layer being provided on the outer side of the substrate or between the substrate and the thermally adhesive resin layer, which is characterized in that thermally adhesive resin layer surface has a contact angle to water of 0.5 to 95° and a surface resistivity of 1.0×1013 &OHgr;/square or less. Further, the critical surface tension &ggr;c at the surface of the thermally adhesive resin layer may be 2.6×10−4 to 7.0×10−4 N/cm.

Abstract: A cursor control method, and an apparatus and a memory medium which stores a program related thereto controls a position of a cursor displayed on a screen based on an input from a pointing device. The cursor control method includes the steps of detecting a present position of the cursor based on the input from the pointing device, and (b) controlling a moving quantity of the cursor on the screen based on the input from the pointing device depending on mask information which indicates a specific region on the screen and the present position of the cursor.

Abstract: A cover tape for the electronic-part conveyance comprises at least four laminated layers of: a substrate; at least one layer of a base coating layer and an intermediate layer, provided on the substrate; an adhesive layer, provided on the at least one layer of the coating layer and the intermediate layer; and a conductive layer formed on at least one of the rear surface of the substrate and the front surface of the adhesive layer by deposition.

Abstract: An apparatus for controlling the position and posture of a moving body for inspecting the dust proofing properties of a plurality of filters is disclosed. Marks placed on the filter frames are visually recognized, the position and posture of the unmanned moving body relative to the marks is calculated and controlled to move the unmanned moving body in a predetermined manner.

Abstract: This invention is intended to periodically correct the position and posture of an automatically steerable unmanned moving body according to a guiding method with the aid of dead reckoning or the like. A plurality of sets of at least two ground marks (8) are placed on the movement passage of the unmanned moving body (1) in a spaced relation along a reference passage (15) and the ground marks (8) are visually recognized by means of a television camera (6) or the like mounted on the unmanned moving body. Then, the existent position and posture of the unmanned moving body (1) are detected with reference to the results of visual recognization and thereafter the position and posture of the unmanned moving body (1) which have been calculated in accordance with the aforesaid guiding method or the like are corrected in accordance with the thus detected results.