Abstract: A method of recording multiple highlights concurrently includes steps of collecting N game videos concurrently, choosing one of the game videos to execute a highlight recording treatment, inserting an in point and an out point for a highlight picture, and concurrently copying time position information of the aforementioned in point and the out point of the game video in N?1 video games to form respective highlight segment records. Thus, human and material resources involved in collecting videos at multiple viewpoints for the sport live broadcast can be largely reduced.

Abstract: A method of generating highlights for live videos includes steps of setting a rule for inserting an out point, inserting an in point when a highlight picture appears, automatically finding out the rule whereby the out point is inserted, calculating a position where the out point is inserted to form a highlight segment record, loading the highlight segment record into a standby list, and searching the needed highlight segment record when the playback is in action to find the corresponding game video and a start position and an end position of a highlight segment. Therefore, steps for generating highlights can be reduced, and incorrect operations caused by human error can be effectively decreased.

Abstract: A method for continuously playing video clips without regeneration involves calling on clip records to be continuously played, making an index file according to the order of playback, during replay, finding out a game video of a current play node and its start position and end position, playing the game video to S second before an OUT point, starting to pre-read a video of the next play node and storing it in a memory, and when the current play node is played to its end, reading out the pre-read video from the memory and playing it, thereby achieving seamless playback.

Abstract: A method of recording multiple highlights concurrently includes steps of collecting N game videos concurrently, choosing one of the game videos to execute a highlight recording treatment, inserting an in point and an out point for a highlight picture, and concurrently copying time position information of the aforementioned in point and the out point of the game video in N-1 video games to form respective highlight segment records. Thus, human and material resources involved in collecting videos at multiple viewpoints for the sport live broadcast can be largely reduced.

Abstract: A method of generating highlights for live videos includes steps of setting a rule for inserting an out point, inserting an in point when a highlight picture appears, automatically finding out the rule whereby the out point is inserted, calculating a position where the out point is inserted to form a highlight segment record, loading the highlight segment record into a standby list, and searching the needed highlight segment record when the playback is in action to find the corresponding game video and a start position and an end position of a highlight segment. Therefore, steps for generating highlights can be reduced, and incorrect operations caused by human error can be effectively decreased.

Abstract: A method for continuously playing video clips without regeneration involves calling on clip records to be continuously played, making an index file according to the order of playback, during replay, finding out a game video of a current play node and its start position and end position, playing the game video to S second before an OUT point, starting to pre-read a video of the next play node and storing it in a memory, and when the current play node is played to its end, reading out the pre-read video from the memory and playing it, thereby achieving seamless playback.

Abstract: The present invention discloses a vapor deposition shadow mask system for backplane and display screen of any size and a method thereof. The system includes at least one vacuum chamber, a substrate and a transmission device. The vacuum chambers accommodate ‘M’ set of shadow mask plates and deposition sources therein. The substrate includes ‘M’ number of elementary units, each of which being partitioned into ‘N’ number of regions. The transmission device is utilized to shift the substrate or the shadow mask plate along a path of the vacuum chamber such that the ‘M’ set of shadow mask plates are corresponded to the different regions of the ‘M’ number of elementary units in ‘N’ number of periods. The ‘M’ is a natural number greater than or equal to one, and the ‘N’ is a natural number greater than or equal to two.