Prelinked parameter configuration, automatic graphical linking, and distributed database configuration for devices within an automated monitoring/control system

• US 5,611,059 A
• Filed: 09/02/1994
• Issued: 03/11/1997
• Est. Priority Date: 09/02/1994
• Status: Expired due to Fees

• Current Assignee: Schneider Automation Incorporated (Schneider Electric SE)
• Original Assignee: Square D Company (Schneider Electric SE)
• Inventors: Hughes, Kevin A., Protopapas, Christopher J., Van Eijk, Fred, Donnelly, Frank J., Sarbaugh, Keith E., Monteiro, Michael J., Hale, A. Donald Jr., Knapke, Paul H., Benton, Allen D., Hochstedler, Leon J., Worcester, Winthrop G.
• Primary Examiner(s): Bayerl, Raymond J.
• Assistant Examiner(s): KATBAB, ABDOLLAH
• Application Number:
  US08/300,419
• Time in Patent Office: 921 Days
• Field of Search: 395/155, 395/159, 395/161, 364/221.9, 422/62
• US Class Current: 715/734
• CPC Class Codes: G05B 19/0426 Programming the control sequence
• CPC Class Codes: G05B 2219/23291 Process, graphic programming of a process, text and images
• CPC Class Codes: G05B 2219/25057 Configuration stored in distributed database for real time use
• CPC Class Codes: G05B 2219/25067 Graphic configuration control system
• CPC Class Codes: G05B 2219/25075 Select interconnection of a combination of processor links to form network

Abstract

A user interface for a control structure comprising a controller, and physical devices coupled to the controller is disclosed. The controller is adapted to control and monitor the physical devices. The user interface is coupled to the controller for displaying representations of status conditions of the physical device. The user interface comprises a system database adapted to include the representation of the physical device, means for creating the system database within the user interface, a set of points to be used within the system database, the points being adapted to represent the physical devices and adapted to be accessible from the system database, and a set of pointgroups within the system database, adapted to represent multi-parameter physical devices and adapted for accessibility from the system database, each pointgroup having at least one point linked to the pointgroup, and each point within a pointgroup representing one of the physical parameters of the physical device, the means for creating the system database including means for creating the representations, the creating means using the pointgroups to create the system database and the pointgroups allowing a user to decrease the amount of time spent on creating points for the physical devices.

Claims

1. For a control structure comprising a controller, and a plurality of physical device coupled to the controller, a user interface coupled to the controller, the system comprising:

a system database adapted to include a set of graphical symbols to represent the physical devices, the representations including status conditions of the physical devices;

means for creating the system database through the use of the user interface;

a set of points to be used within the system database, the points being adapted to represent the physical device and adapted to be accessible from the system database;

a set of pointgroups within the system database, adapted to represent multi-parameter physical devices and adapted for accessibility from the system database, said muti-parameter physical devices automatically being linked to the points within the pointgroups upon each pointgroup having at least one point linked to the pointgroup, and each point within a pointgroup representing one of the physical parameters of the physical device, the means for creating the system database including means for creating the representations;

wherein the controller is adapted to control and monitor the physical device using the representations of the physical device;

wherein the user interface is adapted for displaying the representations of status conditions of the physical device; and

wherein the creating means is adapted for using the pointgroups to create the system database and the pointgroups allow a user to decrease the amount of time spent on creating points for the physical devices.

2. The user interface of claim 1 comprising a graphical symbol adapted to represent the physical device, wherein the creating means uses the graphical symbol to create a graphic file for controlling/monitoring the physical device, wherein the graphical symbol for the multi-parameter physical device is automatically linked to the points within the pointgroup upon linking of the symbol to the pointgroup.

3. The user interface of claim 2 wherein the symbol which represents the multi-parameter physical device has a set of logical parameters associated with the symbol, and wherein the creating means automatically links the logical parameters associated with the symbol to the appropriate points within the pointgroup upon linking the pointgroup to the symbol.

4. An automated monitoring/control system for monitoring and/or controlling a plurality of physical devices within a control structure, the system comprising;

a system database which needs to be created by a user in order to include a set of graphical symbols to represent the physical devices within the control structure;

a user interface for monitoring and controlling the physical devices within the control structure using the system database;

means for coupling the physical devices to the user interface within the system;

a set of points to be used within the system database, the points being adapted to represent the physical devices Within the control structure and adapted for accessibility from the user interface;

a set of pointgroups, adapted to represent multi-parameter physical devices within the control structure and adapted for accessibility from the user interface, said muti-parameter physical devices automatically being linked to the points within the pointgroups upon linking of the symbols to the pointgroups, each pointgroup having at least one point linked to the pointgroup, and each point within a pointgroup representing one of the physical parameters of the multi-parameter physical device; and

means for creating the system database through the use of the user interface with the use of pointgroups for the multi-parameter physical devices, the pointgroups allowing a user to decrease the amount of time spent on creating points for the physical devices.

5. The automated control/monitoring system of claim 4 comprising a set of graphical symbols that are adapted to represent the physical devices within the control structure, the means for creating the system database also using the set of graphical symbols to create graphic files for monitoring the physical devices, the graphical--symbols for the multi-parameter physical devices automatically being linked to the points within the pointgroup upon linking of the symbol to the pointgroup.

6. An automated monitoring/control system for monitoring and/or controlling physical devices within a control structure, the system comprising;

a system database which needs to be created by a user in order to include a set of graphical symbols to represent the physical devices within the control structure

a user interface for monitoring and controlling physical devices within the control structure using the system database;

means for coupling the physical devices to the user interface within the system;

a set of points to be used within the system database, the points being adapted to represent the physical devices within the control structure and adapted for accessibility from the user interface;

a set of pointgroups, adapted to represent multi-parameter physical devices within the control structure and adapted for accessibility from the user interface, each pointgroup having at least one point linked to the pointgroup, and each point within a pointgroup representing one of the physical parameters of the multi-parameter physical device;

means for creating the system database through the use of the user interface with the use of pointgroups for the multi-parameter physical devices, the pointgroups allowing a user to decrease the amount of time spent on creating points for the physical devices; and

a set of graphical symbols adapted to represent the physical devices within the control structure, the means for creating the system database also using a pre-made set of graphical symbols to create graphic files for controlling/monitoring the physical devices, the graphical symbols for the multi-parameter physical devices automatically being linked to the points within the pointgroup upon linking of the symbols to the pointgroup.

7. The automated control/monitoring system of claim 6 wherein the symbols which represent the multi-parameter physical devices have a set of logical parameters associated with the symbols, and wherein the means for creating the system database also automatically links the logical parameters associated with the symbol to the appropriate points within the pointgroup upon linking the pointgroup to the symbol.