IMAGE READING DEVICE

• Main Authors: NGUYEN CHUNG BINH, TOKIZAWA MASAMUNE
• Format: Patent
• Language: English; Japanese
• Published: 12.02.2021
• Subjects: CINEMATOGRAPHY; ELECTRIC COMMUNICATION TECHNIQUE; ELECTRICITY; ELECTROGRAPHY; ELECTROPHOTOGRAPHY; HOLOGRAPHY; MAGNETOGRAPHY; PHOTOGRAPHY; PHYSICS; PICTORIAL COMMUNICATION, e.g. TELEVISION

To prevent deterioration of a signal quality of an image reading part, and discharge of a radiation radio wave noise.SOLUTION: An image reading device comprises: a conversion part that is arranged in a first housing and converts a clock signal of a single end output from a control part that controls a first image reading part into a signal of a low voltage differential transmission system; a first cable that transmits the signal of the low voltage differential transmission system converted in the conversion part to a connection part neighbor of the first image reading part in a second housing; a re-conversion part that re-converts the signal of the low voltage differential transmission system into a signal of a single end; a second cable that transmits the signal re-converted in the re-conversion part to the first image reading part; and a relay substrate in which the re-conversion part is provided, and which relays the first and second cables which transmit the signal of the low voltage differential transmission system. The relay substrate is characterized in that it is arranged in the second housing in which the first image reading part is arranged.SELECTED DRAWING: Figure 5 【課題】画像読取部の信号品質低下、および放射電波ノイズの放出を防ぐ。【解決手段】第１筐体に配置され、第１画像読取部を制御する制御部から出力されるシングルエンドのクロック信号を低電圧差動伝送方式の信号に変換する変換部と、前記変換部で変換した前記低電圧差動伝送方式の信号を、第２筐体における前記第１画像読取部の接続部付近まで伝達する第１ケーブルと、前記低電圧差動伝送方式の信号を、シングルエンドの信号に再度変換する再変換部と、前記再変換部で再変換された信号を、前記第１画像読取部に伝達する第２ケーブルと、前記再変換部が設けられ、前記低電圧差動伝送方式の信号を伝達する前記第１ケーブルと前記第２ケーブルを中継する中継基板とを備え、前記中継基板は、前記第１画像読取部が配置される前記第２筐体に配置されたことを特徴とする。【選択図】図５