59results about How to "Avoid Downtime Situations" patented technology

The invention relates to a punch die ejector for a screw heading machine. An advance and retreat track is formed in the middle of the machine frame; the outer side of the machine frame is provided with an ejector pin and a rotating plate, the ejector pin is alternately abutted against by two cams, and the rotating plate is arranged on the top of the base through the ejector pin in a linkage mode;the advance and retreat track is provided with a propelling seat in a sliding mode; the front surface of the propelling seat is concavely provided with three elongated slots left and right at intervals; an ejection plate is arranged in each elongated slot; the top of the propelling seat is provided with a throw shaft which is linked with the rotating plate; a plurality of linkage arms are combined with the throw shaft; the linkage arms can pull and be matched with the pull arm so as to eject the ejection plate forward; a sliding seat is combined with the front surface of the propelling seat; the front surface of the sliding seat is provided with a plurality of punch dies; and a push pin, which is ejected forward under the linkage action of the ejection plate, is arranged in the front end of each punch die. Thus, in the invention, the push pin can be ejected forward during punch forming, so that the workpiece can be positioned in the die cavity of the master die in deed, thereby achieving good processing quality.

The invention discloses a communication protocol adaptive channel equalizer and an equalization method thereof, the communication protocol adaptive channel equalizer comprises a CTLE compensation circuit, a comparator cache data unit, a CDR phase tracking module, a CDR locking state judgment module, a CTLE adaptive algorithm module and a CTLE curve selection module, the CDR locking state judgment module is used for judging the locking state of the CDR phase tracking module, and the CTLE adaptive algorithm module is used for selecting the CTLE curve. Outputting a CDR locking state signal; and the CTLE adaptive algorithm module and the CTLE curve selection module are respectively used for adjusting the CTLE compensation circuit when the CDR phase tracking module is in a locked state and an unlocked state. The method is low in implementation cost, high in precision, small in error and high in reliability.

The invention discloses a task scheduling method, device and electronic equipment. The method includes: after receiving the task request of the first task, scheduling the first task to the fifth task block to wait for scheduling, and continuously detecting the second task. Whether the number of tasks being executed in the task block is less than the preset maximum concurrency, if it is less than the preset maximum concurrency, call the second task from other task blocks to the second task block, and execute the second task , thus, the received tasks are first stored in the fifth task block for queuing, when the number of tasks being executed in the second task block is less than the preset maximum concurrency, tasks are called from other task blocks, by Therefore, in this embodiment, through the queuing mechanism and the maximum concurrency control mechanism, not only the reasonable utilization of resources is ensured, but also the situation of downtime due to exceeding resources is avoided, and the probability of successful task execution is improved.