[TSUCHIYA, Masaki 土谷　正樹, SUZUKI, Tadamichi 鈴木　唯道, FUJIKI, Tsubasa 藤木　翼] 6-3, Osaki 1-chome, Shinagawa-ku, Tokyo 〒1418576 東京都品川区大崎一丁目６番３号 Tokyo1418576 An objective of the present invention is to provide an automated cash machine and method for controlling the automated cash machine with which transaction efficiency and usability can be enhanced. The automated cash machine 1 is for dispensing cash according to a user operation. The automated cash machine 1 comprises: a control part 121; and an information I/O device 116 controlled by the control part and capable of being operated by the user. The control part 121 causes the information I/O device to display a paper currency quantity designation screen G including: paper currency quantity input parts B1 (1) – (3) for receiving an input of paper currency quantities for each of a plurality of prescribed denominations selected from among denominations other than the denomination of the smallest amount; and a total amount display part GP1 for displaying the total amount based the paper currency quantities for the prescribed denominations inputted via the paper currency quantity input parts. The control part 121 causes cash for the prescribed denominations to be dispensed in the paper currency quantities inputted into the paper currency quantity input parts. An objective of the present invention is to provide an automated cash machine and method for controlling the automated cash machine with which transaction efficiency and usability can be enhanced. The automated cash machine 1 is for dispensing cash according to a user operation. The automated cash machine 1 comprises: a control part 121; and an information I/O device 116 controlled by the control part and capable of being operated by the user. The control part 121 causes the information I/O device to display a paper currency quantity designation screen G including: paper currency quantity input parts B1 (1) – (3) for receiving an input of paper currency quantities for each of a plurality of prescribed denominations selected from among denominations other than the denomination of the smallest amount; and a total amount display part GP1 for displaying the total amount based the paper currency quantities for the prescribed denominations inputted via the paper currency quantity input parts. The control part 121 causes cash for the prescribed denominations to be dispensed in the paper currency quantities inputted into the paper currency quantity input parts.

[TSUCHIYA Masaki 土谷　正樹, MIZUNO Eiji 水野　英治, SUZUKI Tadamichi 鈴木　唯道, SUZUKI Yuuki 鈴木　勇貴, CAGAOAN Neil カガオアン　ニール, YAZUMI Kazuyuki 矢住　和行, YASUEDA Toru 安枝　徹, HARA Takashi 原　孝志, NAKAZAWA Tatsuyuki 中澤　辰行, FUJIKI Tsubasa 藤木　翼, OHIRA Yasuhiro 大平　泰央, SAKAMAKI Takako 酒巻　貴子, OKABE Mototsugu 岡邉　元続, HORII Yoshinaga 堀井　善永] 6-3, Osaki 1-chome, Shinagawa-ku, Tokyo 〒1418576 東京都品川区大崎一丁目６番３号 Tokyo1418576 A cash dispenser (100), wherein a plurality of applications that provide services in a plurality of different business categories is installed in order to allow a plurality of merchants to share and manage the same automatic transaction device, and to make it possible to reduce operating costs, improve cash management efficiency, and minimize initial investment, the cash dispenser being configured so that a user selects one desired application from the plurality of applications, whereby the cash dispenser performs a prescribed service for the user on the basis of the selected application. A cash dispenser (100), wherein a plurality of applications that provide services in a plurality of different business categories is installed in order to allow a plurality of merchants to share and manage the same automatic transaction device, and to make it possible to reduce operating costs, improve cash management efficiency, and minimize initial investment, the cash dispenser being configured so that a user selects one desired application from the plurality of applications, whereby the cash dispenser performs a prescribed service for the user on the basis of the selected application.

[HASHIMOTO, Naoya 橋本　直哉, FUJIMOTO, Shinya 藤本　慎也, EGAMI, Shin 江上　慎, FUJIKI, Tsubasa 藤木　翼] 801, Minamifudodo-cho, Horikawahigashiiru, Shiokoji-dori, Shimogyo-ku, Kyoto-shi, Kyoto 〒6008530 京都府京都市下京区塩小路通堀川東入南不動堂町８０１番地6008530 This work assistance device comprises: an information determination unit that determines information on a work instruction in a work procedure for work of a worker on the basis of work state information for work instruction of the worker and awareness information relating to work of the worker; and an information presentation unit that presents information on the work instruction determined by the information determination unit.

[FUJIKI Tsubasa 藤木　翼, SUZUKI Tadamichi 鈴木　唯道, TSUCHIYA Masaki 土谷　正樹, SUZUKI Yuuki 鈴木　勇貴] 6-3, Osaki 1-chome, Shinagawa-ku, Tokyo 〒1418576 東京都品川区大崎一丁目６番３号 Tokyo1418576 A remittance system consists of: an automatic cash teller machine for making a remittance; a medium, such as an IC card, having ID information associated with an account of a user; an account management server which manages the account information; a payment terminal using the medium such as the IC card; and a communication line which connects the above elements together. A remittance system consists of: an automatic cash teller machine for making a remittance; a medium, such as an IC card, having ID information associated with an account of a user; an account management server which manages the account information; a payment terminal using the medium such as the IC card; and a communication line which connects the above elements together.

[FUJIKI, Tsubasa 藤木　翼, YASUKAWA, Kazuki 安川　和希] 801, Minamifudodo-cho, Horikawahigashiiru, Shiokoji-dori, Shimogyo-ku, Kyoto-shi, Kyoto 〒6008530 京都府京都市下京区塩小路通堀川東入南不動堂町８０１番地 Kyoto6008530 The present invention efficiently and accurately creates training data required for creating a moving image analysis model. A data generation device (1) is provided with: an information display control unit (101) which displays work content information in association with each of a plurality of moving-image data obtained by photographing production work; a playback display control unit (102) which plays back the moving-image data; an input acceptance unit (103) which accepts instruction input indicating that associations between the moving-image data and the work content information have been confirmed; and a data output control unit (104) which outputs, as output data, information regarding the associations between the moving-image data and the work content information. The information display control unit (101) performs control such that associations between moving-image data and work content information for which instruction input has been accepted is displayed in a different display format than associations between moving-image data and work content information for which instruction input has not been accepted. The present invention efficiently and accurately create

[FUJIKI, Tsubasa 藤木　翼, YASUKAWA, Kazuki 安川　和希] 801, Minamifudodo-cho, Horikawahigashiiru, Shiokoji-dori, Shimogyo-ku, Kyoto-shi, Kyoto 〒6008530 京都府京都市下京区塩小路通堀川東入南不動堂町８０１番地 Kyoto6008530 The present invention efficiently and accurately creates training data required to create a video analysis model. A data generation device (1) comprises: an information display control unit (101) that associates and displays work content information with each of multiple pieces of video data obtained by capturing video of production work; a reproduction and display control unit (102) that reproduces video data; an input acceptance unit (103) that accepts a user input related to associated work content information; and a data output control unit (104) that outputs, as output data, association information between the video data and the work content information. The reproduction and display control unit (102) changes the reproduction and display mode of video data that is being reproduced and displayed according to the type of work content information associated with the video data. The present invention efficiently and accurately creates training data required to create a video analysis model. A data generation device (1) comprises: an information display control unit (101) that associates and displays work content information with each of multiple pieces of video data obtained by capturing video of production work; a reproduction and display control unit (102) that reproduces video data; an input acceptance unit (103) that accepts a user input related to associated work content information; and a data output control unit (104) that outputs, as output data, association information between the video data and the work content information. The reproduction and display control unit (102) changes the reproduction and display mode of video data that is being reproduced and displayed according to the type of work content information associated with the video data.