Abstract: A vehicular automatic power transmission operating device includes an operating lever, a lever case, a torque sensor, a mounting member and a power assist unit. The operating lever creates operational force to shift into a position of an automatic power transmission. The lever case accommodates a lower end portion of the operating lever therein. The torque sensor detects operational force of the operating lever. An input shaft and an output shaft of the torque sensor serve as a rotary shaft of the operating lever. The mounting member is divided into first and second members by the input shaft and the output shaft of the torque sensor. Provided in the first and second members, respectively, are first and second fixing members by which the input shaft is fixed to the mounting member, and first and second bearing portions by which the output shaft is rotatably supported to the mounting member.

Abstract: An operation lever assembly of a vehicle transmission operator includes a lever base mounted on a vehicle body and having a top face formed with a hole. The assembly includes an engagement member mounted to the lever base from below and protruding through the hole. The assembly includes a tubular lever body joined to a protruding portion of the engagement member and mounted to an upper portion of the lever base. The assembly includes a rod accommodated in the lever body and extending vertically. The assembly includes a resilient member located between a lower end of the rod and a top face of the engagement member for biasing the rod upwardly. The lever body has a slit cut from a lower end of the lever body to a height position in an axial direction of the lever body. The rod is mounted with a lock-pin extending in a transverse direction of the lever body. The lock-pin protrudes outwardly through the slit.

Abstract: In an automatic transmission apparatus (10) for a vehicle provided with a shift lever (20) manually changing a position of an automatic transmission (50), a torque detector (30) for detecting a changing operation force of the shift lever, and an assist force applying means (40) for applying a backup force to the manual operating force of the shift lever so as to transmit to the automatic transmission via a transmitting means (52-54), thereby changing to a desired position, a lever base (26) of the shift lever (20) is mounted to an input shaft (31a) of the rotation axis (31) of the torque detector (30), and an output gear (43) of the assist force applying means (40) is mounted to an output shaft (31b) of the rotation axis (31) of the torque detector (30), and the rotation axis of the shift lever (20), the rotation axis (31) of the torque detector (30) and the rotation axis of the assist force applying means (40) are arranged in a line.

Abstract: The present invention displays realistic images, just like three-dimensional images, using 2D images without storing a large volume of 2D images corresponding to the operations of the objects. An object storing section 91 stores character images, which are 2D images created in advance according to the progressing direction of the character objects, and snowboard images, which are 2D images created in advance according to the progressing directions of the snowboard objects, which are panel objects, a selection section 81 selects a character image and snowboard image based on a perspective transformation with a virtual camera view point as the basis for generating a game screen according to the progressing status of the game, a transformation processing section 71 transforms the selected snowboard image according to the result of the perspective transformation, and the display section 20 displays the transformed snowboard image along with the selected character image.

Abstract: A case for receiving disk-type recording medium made of paper and has a receiving chamber in which the disk-type recording medium is stored, the receiving chamber having a pair of walls faced to each other and each having a shape of bellows, a stopper is formed at a part of the receiving chamber, its lids or bottom, so that the disk-type recording medium is held in valleys of the bellows and by the stopper stably in a floated condition. This case can be used as an inner case to be inserted in an outer case.

Abstract: A case is described for receiving disk-type recording medium having a receiving chamber in which the disk-type recording medium is stored. The receiving chamber has a pair of walls adjacent each other and shaped to form a bellows. A stopper is formed from part of the receiving chamber, the lids or bottom, so that the disk-type recording medium is held in valleys of the bellows and by the stopper securely in a suspended condition. The case can be used as an inner case to be inserted in an outer case. The case can be made of paper.

Abstract: A case for receiving disk-type recording medium made of paper and has a receiving chamber in which the disk-type recording medium is stored, the receiving chamber having a pair of walls faced to each other and each having a shape of bellows, a stopper is formed at a part of the receiving chamber, its lids or bottom, so that the disk-type recording medium is held in valleys of the bellows and by the stopper stably in a floated condition. This case can be used as an inner case to be inserted in an outer case.