摘要:
A developing cartridge having a simplified mounting/separation configuration and an image forming apparatus having the same. The image forming apparatus includes a main body, a developing cartridge unit provided in the main body to form an image, a tray unit configured to accommodate the developing cartridge unit and movably mounted in the main body, a first link member movably coupled to the tray unit, and a second link member provided in the main body to be moved simultaneously with the first link member. The first link member includes a pressure piece to press the second link member such that the second link member does not interfere with the developing cartridge unit during movement of the first link member.
摘要:
An image forming apparatus includes a main body, a cover to open and close a front of the main body, a tray slidably mounted in the main body through the front of the main body, at least one developing cartridge mounted in the main body in a state in which the developing cartridge is received in the tray, at least one driving coupler member provided at one side of the main body to drive the developing cartridge mounted in the main body, a link member operating simultaneously with opening and closing of the cover to move in a first direction, and a guide member to support the at least one driving coupler member, the guide member operating simultaneously with the link member to move in a second direction perpendicular to the first direction, wherein the guide member is pressed by the link member, when the cover opens the main body, to separate the driving coupler member from the developing cartridge.
摘要:
Disclosed are a signal processing method using a code cycle, a correlator, and a software signal receiver. An exemplary embodiment of the present invention provides a signal processing method of a satellite navigation signal, including: a frequency generating step generating a predetermined frequency component for removing a frequency component of sample data; a code generating step generating a predetermined code component for removing a code component of the sample data and increasing a sample count when the predetermined code component is generated; and a correlation value generating step, if the sample count is equal to a count per unit time, generating a correlation value between the generated predetermined frequency component and the generated predetermined code component by reading a sample data block.