Nec Electronics Corporation

Shiseido Company, Limited

Takeshi Nakazawa

Ryoji Kato

Eiji Tsuboi

A double-walled container comprises an outer container that is a bottomed, cylindrical container made of a material with high rigidity, and whose cylindrical body has a horizontal cross-sectional shape with an inner perimeter surface thereof being circular; and an inner container that is a bottomed, cylindrical container, and whose cylindrical body has a horizontal cross-sectional shape with an outer perimeter surface thereof being a non-circular shape, a radius of a circle circumscribed around the non-circular shape being greater than a radius of the inner perimeter surface of the outer container, and the inner container being elastically deformed so as to have portions thereof snugly fit in the inner perimeter surface of the outer container when placed inside the outer container such that respective cylindrical axes are parallel to each other.

Double-walled container

A program tamper detecting apparatus includes an external memory, an activation ROM and a CPU. The external memory stores a first code for program tamper detecting and a first program, wherein the first program is encrypted. The activation ROM stores a second program for decrypting the first program. The CPU is electrically connected to the external memory and the activation ROM. The CPU decrypts the first program by executing the second program to obtain the decrypted first program. The CPU detects tampering of the first program based on a comparison between the first code and a result of a predetermined operation executed on second codes of the decrypted first program.

Program tamper detecting apparatus, method for program tamper detection, and program for program tamper detection

A frame-rate converting device in a moving picture decoder which realizes a smooth display of pictures at a frame rate of 30 Hz or 60 Hz based on stream data whose frame rate of 24 Hz is provided. A control section performs a 3:2 pull-down processing when the output frame rate is 24 Hz and when a re-display of picture is indicated. When a re-display of picture is not indicated, the control section detects that the picture is of a progressive material, and repeats one field every two frames. When the picture is not a progressive material, the control section determines whether the top and the bottom of the picture are of the same time instant and repeats one field every two frames when they are of the same time instant but repeats one frame every four frames when they are not of the same time instant.

Device for and method of converting a frame rate in a moving picture decoder, and a record medium and an integrated circuit device for implementing such a method

A controller reads a header information, which is input from a picture information acquisition unit, stores the header information in a storage unit, and reads a frame rate code corresponding to picture data to be displayed from the storage unit according to displayed time information contained in the header information. Furthermore, the controller sets the dot clock frequency in response to the read frame frequency in a dot clock output unit, outputs a display control signal to an output unit in order to compare the currently set frame frequency and the frame frequency just prior to the currently set frame frequency. If both flags are not in agreement, then the controller outputs a display control signal to the output unit wherein the display control signal indicates a picture set by the frame rate which differs from the just prior frame rate, and commands the dot clock output unit to switch a dot clock.

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Tokyo, Japan

Takeshi Nakazawa