Pritzlaff, Stefanie Lydia

A yarn re-gripping method and a flat knitting machine capable of suppressing a yarn gripped by a gripper from having a long tail are provided. A yarn re-gripping method includes: a first re-gripping step of moving a standby yarn being gripped by a first gripper (2) provided on an opposite side of the needle bed with respect to a cutter (46), and causing a second gripper (49) provided on the side of the needle bed of the cutter (46) to grip the standby yarn; a second re-gripping step of moving the standby yarn to the opposite side of the needle bed, and causing the first gripper (2) to grip the standby yarn; a cutting step of causing the cutter (46) to cut the standby yarn; and at least one of a threading step and a yarn clipping step, the threading step including: causing a yarn feeder (120) to move the working yarn to be threaded and being gripped by the first gripper (2) and causing the second gripper (49) to grip the working yarn or causing a knitting needle (111) to catch the working yarn; and the yarn clipping step including: moving the working yarn to be clipped to a position permitting the first gripper (2) to grip the working yarn; causing the first gripper (2) to grip the working yarn; and then cutting the working yarn.

Various solutions for enhanced delay status reporting (DSR) in mobile communications are described. An apparatus may receive a configuration from a network node. The configuration may include a remaining time threshold for triggering a DSR procedure for one or more logical channels within a logical channel group (LCG). Then, the apparatus may trigger the DSR procedure based on the remaining time threshold. Responsive to triggering the DSR procedure, the apparatus may transmit a DSR medium access control (MAC) control element (CE) to the network node. The DSR MAC CE may include a plurality of entries of delay status information for the LCG, each of the plurality of entries including a pair of a remaining time field and a buffer size field, and an extension (EXT) field indicative of whether an additional pair of the remaining time field and the buffer size field is present for the LCG in a subsequent entry.

A host (100), a user identification system, and a user identification method (500) are described herein. The host (100) includes a storage circuit (102) and a processor (104). The storage circuit (102) is configured to store a program code. The processor (104) is coupled to the storage circuit (102) and configured to access the program code. The processor (104) is configured to receive a touch signal from a touch screen (204). The processor is configured to determine an identification result indicating that whether the touch signal comprises a user identification signal or not. The processor is configured to determine a current operator of the touch screen (204) based on the identification result. The processor (104) is configured to perform an operation on the touch screen (204) based on the current operator.

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