Abstract: An instrument controlling device includes an instrument information storing portion that stores instrument information, a receiving portion that receives an alert event, a first evaluating portion that evaluates whether an address of an instrument that produced the alert event matches any of the addresses in the instrument information that is stored if the alert event is an installation event, a second evaluating portion that evaluate whether instrument identifying information of device information matches identifying information of the alert event if the address matched, a selection requesting portion that requests, from an administrator, a selection as to whether or not to update the instrument information using the instrument identifying information of the alert event if the instrument identifying information does not match, and an updating portion that updates the instrument information using the instrument identifying information of the alert event if a selected instruction is an updating instruction.

Abstract: An instrument controlling device includes an instrument information storing portion that stores instrument information, a receiving portion that receives an alert event, a first evaluating portion that evaluates whether an address of an instrument that produced the alert event matches any of the addresses in the instrument information that is stored if the alert event is an installation event, a second evaluating portion that evaluate whether instrument identifying information of device information matches identifying information of the alert event if the address matched, a selection requesting portion that requests, from an administrator, a selection as to whether or not to update the instrument information using the instrument identifying information of the alert event if the instrument identifying information does not match, and an updating portion that updates the instrument information using the instrument identifying information of the alert event if a selected instruction is an updating instruction.

Abstract: To display process data so as to be easily understood even when operating when switching between daylight savings time and non-daylight savings time (standard time). A combination of detection times, using the first standard times, and process data are stored by a server device; the detection times of the historic data obtained from the server device are converted into second standard times and daylight savings times by a client terminal; and the process data are displayed on a screen in a time series based on the first standard times, the second standard times, or the daylight savings times; and both the second standard times and the daylight savings times, or one that is selected through an operation, are displayed on the screen together with the process data.

Abstract: There is provided an event management system and a storage media for identifying and logging event information for a plurality of loosely coupled subsystems. The event management system and the storage media include an application for reporting an event message in response to an occurrence of a particular event, and an event logging routine, responsive to receiving the error message, for identifying a source of the error message and for obtaining detailed error information for the error message at a time frame when the particular event occurs. In addition, the event management system and storage media include an event viewer for viewing the detailed error information.