Abstract: . . .  related to a certain order can be retrieved the same way. Signal values can be displayed as numbers or using graphics. The data are based entirely on the batches making up the selected order. Signals with alarm status on the batch ™ Page 9 SUMMARY The following MIKON modules and functions match the ISO 9001 requirements: Page 9 Example of a SQC chart. points outside the control limits or on a specified number of ascending or descending values. The alarms are calculated on line and distributed through the On Line Alarm control described earlier. MIKON SQC supports most of the well known diagrams . . .
. . .  Page 3 Page 3 USING MIKON TO QUALIFY FOR THE REQUIREMENTS ISO 9000 describes a continuous process for using and maintaining the working procedures. The focus is on the organization and operation. What then is the objective of linking an information system like MIKON to the ISO 9000 standard? The ISO 9000 standard requires only proof documentation and accepts both manual oriented and computer-based systems. The workload of maintaining the system is already characterized as heavy, and the benefits of using a computer-based system are obvious. However, these tenets apply to a computer-based system: . . .
. . .  most of the well known diagrams such as X-bar and R-bar. The user can configure these diagrams several ways by grouping one or more data values as discrete or moving averages. The data can be presented graphically as trends and histograms. Essential in SQC are the rules for calculating control limits and the check of validity for these limits. The SQC alarms are calculated based on multiple data ™  . . .
. . .  and R-bar. The user can configure these diagrams several ways by grouping one or more data values as discrete or moving averages. The data can be presented graphically as trends and histograms. Essential in SQC are the rules for calculating control limits and the check of validity for these limits. The SQC alarms are calculated based on multiple data ™  . . .
. . .  displayed from the database in increasing levels of detail. MIKON Customer Service is used for technical sales support to analyze customer complaints. Hence, it is used to find underlying causes in the process to validate the complaint. It can also be used for an active customer dialogue related to quality in the production process or while formulating new product specifications. Use of statistical methods (statistical techniques) (4.20) The standard requires documentation of the statistical techniques used in the production process. MIKON Statistics (mean, maximum, minimum and standard deviation) . . .
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