Abstract:
It is provided a configuration capable of preventing unauthorized use of a duplicated information code without requiring communication with an external device such as a server. In a mobile terminal (20), a terminal tilt state is detected by a terminal environmental state detecting unit (26) as a terminal environmental state, an information code (C) is generated such that the detected terminal environmental state and predetermined information are recorded in the information code (C), and the generated information code (C) is displayed on the screen (24a) of a display unit (24). In a reader (30), a reading surface tilt state corresponding to the terminal environmental state is detected by a reading surface environmental state detecting unit (36) as a reading surface environmental state. When the reader (30) reads the information code (C) and when the reading surface environmental state detected by the reading surface environmental state detecting unit (36) and read terminal environmental state show the same environmental state, the read predetermined information is used by a control unit (36) to perform processing.
Abstract:
A stationary-type reading apparatus (1) that reads an information code is provided. The apparatus (1) includes a case (3) that has a reading opening (5). An imaging unit (23), an image forming unit (27), and a reflecting unit (29) are housed inside the case (3). The reflecting unit (29) reflects light that has entered through the reading opening (5) towards the image forming unit (27), The reflected light is led to a light receiving area of the imaging unit (23) by the image forming unit (27). The image forming unit (27) prescribes a view area in which the imaging unit (23) is able to perform imaging. The view area is configured by a first view area (AR1) that is positioned between the image forming unit (27) and the reflecting unit (29) and a second view area (AR2) that is positioned towards outside of the case (3), through the reading opening (5) from the reflecting unit (29). A lower end of a reflection area of light from the reflecting unit (29) is positioned at least at the lower end of the first view area (AR1). The image forming unit (27) is disposed in a position off the second view area (AR2).
Abstract:
Reading method information about a new reading method is recorded in a code region 20 generated by arranging a plurality of kinds of cells according to a conventional reading method. Furthermore, the code region 20 generated in such a manner that the reading method information is recoded according to the conventional reading method according to which reading is possible by a reading device 100 is displayed together with a code region 10 generated according to the new reading method.
Abstract:
A management system includes: an information terminal that reads an information code attached to a management target, the information code storing code identification information that specifies the management target; and a server communicable with the information terminal. The information terminal includes: a reading portion that optically reads display information including the information code; a position information acquisition portion that acquires position information of the information terminal; a terminal-side transmission portion that transmits the position information as reading position information to the server; and a notification portion that notifies predetermined information. The server includes: a storage portion that stores management information; a determination portion that determines whether the code identification information corresponds to information of the information code attached to the management target; and a server-side transmission portion that transmits a determination result to the information terminal. The notification portion notifies information with respect to the determination result.
Abstract:
An RFID reader-writer includes a housing (20) in which an antenna (16) and a wireless tag processor (13) are housed. The housing (20) includes a front surface (30), a rear surface (40) facing the front surface (30), and plural side surfaces (21 to 24) connected to the front surface (30) and the rear surface (40). A reading surface (31) and a front-side gripping surface (32) are formed on the front surface (30). The antenna (16) is disposed at a position inside the housing (20) which faces the reading surface (31), in such a manner that the antenna (16) can transmit and receive electromagnetic waves via the reading surface (31). A part of the rear rear surface (40) which faces the front-side gripping surface (32) is formed as a rear-side gripping surface (42). The front-side gripping surface (32) and the rear-side gripping surface (42) are configured as a handgrip (50) for gripping the RFID reader-writer with a thumb and a finger.
Abstract:
A two-dimensional code having a rectangular region is provided. In the rectangular region, there are code blocks composed of a plurality of cells, a first specific pattern specifying the positions of the cells, and a second specific pattern separating the code blocks from a background of the code. The first specific pattern is located at a specified corner of the rectangular region. The second specific pattern is located along one or more of first borders along which the first specific pattern is located, the first borders being part of the borders of the rectangular region. The code blocks include error-correction code blocks, which are located along second borders which are different from a border of the borders along which the second specific pattern is located. The second borders are part of the borders. Compressed data code blocks are also arranged in the same way as the error-correction code blocks.
Abstract:
A two-dimensional code having a rectangular region is provided. In the rectangular region, there are code blocks composed of a plurality of cells, a first specific pattern specifying the positions of the cells, and a second specific pattern separating the code blocks from a background of the code. The first specific pattern is located at a specified corner of the rectangular region. The second specific pattern is located along one or more of first borders along which the first specific pattern is located, the first borders being part of the borders of the rectangular region. The code blocks include error-correction code blocks, which are located along second borders which are different from a border of the borders along which the second specific pattern is located. The second borders are part of the borders. Compressed data code blocks are also arranged in the same way as the error-correction code blocks.