令牌可由时间触发器创建，这是缺省设置。
Tokens can be created by a time trigger, which is the default.
循环等待时间触发器的值取决于您的应用程序设计。
The value of the recurring wait-time trigger depends on your application design.
如果令牌之间的时间不同，您可以使用随机时间触发器，并使用某个分布来改变时间。
If the time between tokens varies, you can use a random time trigger, using a distribution to vary the time.
注意：可以使用其他方法来配置DB 2跟踪停止触发器(例如，经过一段时间后)。
Note: You can configure the DB2 trace stop trigger using other methods (for example, after a certain time has elapsed).
注意，您也许无法指定其中的一个correlationname，因为它依赖于引起触发器启动的特定操作和激活时间的组合。
Note that you might not be able to specify a correlation name for an option depending on the combination of activation time and the particular operation that causes the trigger to fire.
如果令牌之间的时间间隔在一天的不同时间是不同的，您可以使用时间表触发器。
If the time between tokens varies according to the time of day, you can use a timetable trigger.
触发器的启动是在触发事件之前还是之后则称为触发器的激活时间。
Whether a trigger fires before or after the triggering event is known as the activation time of the trigger.
应用程序可以使用InformixSchedulerAPI按固定的时间间隔或在特定的触发器触发时自动执行存储过程或用户定义例程。
Applications can use the Informix Scheduler API to automate stored procedures or user-defined routine executions at regular intervals or in response to specific triggers.
为了确保日期时间戳或版本号的准确性，您需要在表上设置触发器，以便在发生对行的更改时，对日期时间戳或版本号进行更新。
To keep the date-time stamp or version number accurate, you need to set up a trigger on the table to update it when a change to a row occurs.
当输入转换和主控门触发器同时为逻辑真时，主控门打开一定时间，这个时间由时基分配器决定。
When both the input conditioning and main-gate flip-flop are logically true, the main gate opens for a period of time that is determined by the timer base divider.
该触发器充分发挥了80c 196kc的HSIO的作用，把系统硬件和占用cpu的时间减少到了较低限度。
It makes the best of HSIO of microprocessor 80c196kc, so the hardware is simple and the occupation time of CPU is less.
触发器采用井内多个参数，包括环境压力、温度、时间和上部加载压力。
The triggers use a variety of well parameters including ambient pressure, temperature, time or surface-applied pressure.
一般的晶闸管数字触发器算法存在着响应时间长、触发角不可大幅变化和可靠性差等不足。
The common algorithm of SCR digital trigger, however, was not satisfying on response time, change rate of firing Angle and stability.
一般的晶闸管数字触发器算法存在着响应时间长、触发角不可大幅变化和可靠性差等不足。
The common algorithm of SCR digital trigger, however, was not satisfying on response time, change rate of firing Angle and stability.
应用推荐