Abstract: According to one embodiment, a method is for processing information using a processor. The method includes: regrouping images from at least a first group of first images and a second group of second images into a third group comprising at least one first image and at least one second image; and setting third setting information for the third group based upon first setting information set for the first group and second setting information set for the second group.

Abstract: According to one embodiment, method includes: classifying images into first group and second group, the first group comprising images, the second group comprising images, both the first group and the second group comprising first image; setting each of images in the first group to be either one of displayable or non-displayable; setting each of images in the second group to be either one of displayable or non-displayable; displaying first representative image of the first group, the first representative image being generated based on at least one displayable image in the first group; displaying second representative image of the second group, the second representative image being generated based on at least one displayable image in the second group; displaying, when the first representative image is selected, displayable images in the first group; and displaying, when the second representative image is selected, a plurality of displayable images in the second group.

Abstract: To provide a remote monitoring and control apparatus that ensures safety while an operator works on the apparatus. A remote monitoring and control apparatus includes a communication module, a control circuit, and an interface circuit. The interface circuit includes terminal blocks, a jumper switch for changing settings, and heat generating components. The interface circuit is mounted on a circuit board housed in a first enclosure. The first enclosure includes an enclosure body having an opening, and a lid. The terminal blocks and the jumper switch are mounted so as to be exposed in the opening of the enclosure body, and the heat generating components are mounted so as to be hidden from the opening of the enclosure body.

Abstract: A communication apparatus comprising a communication module that serves as Data Circuit-terminating Equipment used in a radio packet communication network; an auxiliary circuit board on which said communication module is mounted; a main circuit board on which a communication controller is mounted; and a signal line for connecting said main circuit board to the auxiliary circuit board detachably; wherein said main circuit board further comprises a detecting means for detecting a type of the connected communication module based on a pattern of a signal status on the signal line at a start-up, and said communication controller performs a communication control operation in accordance with a result of detection by the detecting means.

Abstract: A communication terminal includes an address specifying unit specifying an address, the address is to access the server, a parameter determining unit determining whether or not the address specified by the address specifying unit is attached with a specific parameter, a display unit displaying a warning screen if the parameter determining unit determines that the specific parameter is attached, and a control unit accessing the server based on the address specified by the address specifying unit.

Abstract: By inserting and installing a spacer in a storage passage for 500-yen coin of a storage device detached from a coin processing device, the shape of the storage passage for 500-yen coin of the storage device can be changed to a shape capable of storing 100-yen coins.

Abstract: In a coin mechanism to which the present invention is applied, a coin of five hundred yen whose holding is released is distributed by a fifth distributing device to a return passage or a coin containing passage. The coin of five hundred yen distributed by the fifth distributing device is distributed by an eighth distributing device to a coin tube or a coin box. As mentioned above, the coin whose holding is released is distributed to a change outlet, the coin box, or the coin tube at a front stage of entering the coin containing part. Accordingly, it is unnecessary to provide another distributing device at a part of the coin tube like the prior art, and the number of coins to be contained in the coin tube is increased. Furthermore, it is possible to set the number of coins to be contained in the coin tube at a small number.

Abstract: In a coin pay-out device to which the present invention is applied, the rotary arm of the second change slide is extended to a space between adjacent first change slides and the rear end side of the rotary arm is used as a stopper for disabling the rotation of the rotary arm. Consequently, it is possible to dispose the solenoids of the second change slide and the solenoids of the first change slides side by side. As a result, the disposition space of each solenoid can be reduced both in the transverse direction, as well as in the front-rear direction, thereby the whole size of the coin pay-out device can be reduced. Furthermore, because the second change slide is the rotary arm that turns around the fixed supporting member having a movable supporting member at its tip, which is to be fit in the guide groove of the pay-out link, the second change slide is simplified in structure.

Abstract: In a coin pay-out device to which the present invention is applied, the rotary arm of the second change slide is extended to a space between adjacent first change slides and the rear end side of the rotary arm is used as a stopper for disabling the rotation of the rotary arm. Consequently, it is possible to dispose the solenoids of the second change slide and the solenoids of the first change slides side by side. As a result, the disposition space of each solenoid can be reduced both in the transverse direction, as well as in the front-rear direction, thereby the whole size of the coin pay-out device can be reduced. Furthermore, because the second change slide is the rotary arm that turns around the fixed supporting member having a movable supporting member at its tip, which is to be fit in the guide groove of the pay-out link, the second change slide is simplified in structure.