Abstract: A manufacturing method of a bottle-shaped can includes forming a cylindrical can trunk by drawing or ironing a metal sheet coated with a colored resin and printing a design on the outer surface of the can trunk. The manufacturing method further includes painting a predetermined section of the outer surface of the can trunk multiple times while changing colors of inks thereby collecting samples of colors resulting from mixing the colors of the inks with a ground color of the predetermined section, preparing a tone chart by groups of hues of the colors having the same brightness and colorfulness, determining a color scheme of the design with reference to the tone chart, and printing the design on the predetermined section in the determined color scheme.

Abstract: There is provided an image-capturing device including an image-capturing unit that captures a subject to output the captured image, a detection unit that physically detects a shake angle when the image-capturing unit has shaken, and a correction processing unit that calculates a correction amount based on an arrangement position of a pixel constituting the image outputted by the image-capturing unit and the shake angle detected by the detection unit, to correct the image according to the correction amount.

Abstract: There is provided an image-capturing device including an image-capturing unit that captures a subject to output the captured image, a detection unit that physically detects a shake angle when the image-capturing unit has shaken, and a correction processing unit that calculates a correction amount based on an arrangement position of a pixel constituting the image outputted by the image-capturing unit and the shake angle detected by the detection unit, to correct the image according to the correction amount.

Abstract: Provided is a plug conversion adapter which can easily open a shutter even in the case of a BF type AC power plug socket and can also be used in other types of AC power plug sockets. The interval between a pair of electrode pins can be controlled by operating a pair of first movable members, and thus the plug conversion adapter can be used in a larger number of types of AC power plug sockets. The interval between the pair of first movable members is restricted by a second movable member at a maximum, and thus a shutter can also be easily opened even in the case of an AC power plug socket that has a structure in which the shutter is opened by pushing both corners of the pair of electrode pin insertion openings.

Abstract: Provided is a plug conversion adapter which can easily open a shutter even in the case of a BF type AC power plug socket and can also be used in other types of AC power plug sockets. The interval between a pair of electrode pins can be controlled by operating a pair of first movable members, and thus the plug conversion adapter can be used in a larger number of types of AC power plug sockets. The interval between the pair of first movable members is restricted by a second movable member at a maximum, and thus a shutter can also be easily opened even in the case of an AC power plug socket that has a structure in which the shutter is opened by pushing both corners of the pair of electrode pin insertion openings.

Abstract: A system and method of receiving and decrypting encrypted data using a key based upon an initial key used for encryption that is received at a receiving unit whereby a key is generated from the initial encryption key for decryption. The key used to encrypt the data at a transmitting unit periodically changes and is indicated to the receiving unit by using an odd or even flag that is attached to the encrypted data. By observing the flag and whether the flag polarity is odd or even, a new key corresponding to the key used for encryption is generated to provide uninterrupted reception of asynchronously transmitted data.

Abstract: A coalescent type power supply conversion plug is capable of connecting to different power supply plug sockets. The plug includes a first adapter having two round bar-shaped plug terminals so that a pitch width of plug terminals is adjustable. A pin for earth hole for B type, C type and SE type is foldably provided in the center portion of the plug terminals, and a plug-in port connectable to the sockets of all the types is provided in the rear end surface. Another pin for flat plate-shaped hole for BF type and a pin for round bar shaped earth hole for B3 type is foldably provided in a second adapter. Flat plate-shaped plug terminals and a pin for earth hole are provided in the plug terminals. A plug-in port connectable to the sockets of all kinds is provided in the rear end surface.

Abstract: A coalescent type power supply conversion plug is capable of connecting to different power supply plug sockets. The plug includes a first adapter having two round bar-shaped plug terminals so that a pitch width of plug terminals is adjustable. A pin for earth hole for B type, C type and SE type is foldably provided in the center portion of the plug terminals, and a plug-in port connectable to the sockets of all the types is provided in the rear end surface. Another pin for flat plate-shaped hole for BF type and a pin for round bar shaped earth hole for B3 type is foldably provided in a second adapter. Flat plate-shaped plug terminals and a pin for earth hole are provided in the plug terminals. A plug-in port connectable to the sockets of all kinds is provided in the rear end surface.