Granted Patent B2

US 12,292,721 · App. 17/682,489 · Granted May 6, 2025

Inventors: Michael Obst (Dresden, DE); Thomas Holm (Bremen, DE); Jörg Malken (Minden, DE); Sven Kreft (Spenge, DE)

Assignee: WAGO Verwaltungsgesellschaft mbH

G05B19/042G05B19/41845C21D11/00G06F3/14

Abstract

Claims (34)

1. A module for a process engineering system including further modules for industrial product production in chemistry, pharmaceutical, or food production, the module having:

process engineering hardware for carrying out a process engineering sub-process that processes a product, wherein the process engineering hardware receives a primary product via an input flange and input tube from an upstream module of the further modules of the process engineering system, processes the primary product and passes the processed product via an output flange and output tube to a downstream module of the further modules of the process engineering system;

a controller for local controlling of the process engineering hardware, the controller being set up to control the process engineering hardware and bring it to specific defined states; and

an external interface of the controller, wherein the external interface receives a number of defined commands that correspond to the specific defined states of the process engineering hardware;

wherein the external interface receives said defined commands that correspond to the specific defined states of the process engineering hardware from the further modules that are connected upstream or downstream or in parallel, such that the received defined commands bring the module to the corresponding specific defined states;

wherein the external interface issues to the further modules defined commands that correspond to specific defined states of process engineering hardware of the further modules, such that the issued defined commands bring the further modules to the corresponding specific defined states;

wherein upon startup the controller issues a module-specific control pattern to a superordinate system controller, such that the superordinate system controller integrates the module into control software of the superordinate system controller; and

wherein the module-specific control pattern contains a description of the function of the module, the specific defined states, a user interface, a graphic representation of the module, and the defined commands.

2. The module according to claim 1 , wherein the external interface receives exclusively commands that correspond to the specific defined states of the process engineering hardware.

3. The module according to claim 1 , wherein the controller controls the transition of the process engineering hardware between the specific defined states automatically without commands from outside.

4. The module according to claim 1 , wherein no intermediate states of the process engineering hardware are addressable via the external interface.

5. The module according to claim 1 , wherein the external interface is additionally set up to receive the defined commands from the superordinate system controller.

6. The module according to claim 1 , wherein the external interface is additionally set up to issue signals to the superordinate system controller.

7. A process engineering system having a plurality of modules for industrial product production in chemistry, pharmaceutical, or food production, each module having:

process engineering hardware for carrying out a process engineering sub-process that processes a product, wherein the process engineering hardware receives a primary product via an input flange and input tube from an upstream module of the plurality of modules of the process engineering system, processes the primary product and passes the processed product via an output flange and output tube to a downstream module of the plurality of modules of the process engineering system

a controller for local controlling of the process engineering hardware, the controller being set up to control the process engineering hardware and bring it to a number of specific defined states; and

an external interface of the controller, the external interface receives a number of defined commands that correspond to the specific defined states of the process engineering hardware, such that the received defined commands bring the module to the corresponding specific defined states;

wherein the external interface receives said defined commands that correspond to the specific defined states of the process engineering hardware from further modules that are connected upstream or downstream or in parallel;

wherein the external interface issues to the further modules defined commands that correspond to the specific defined states of process engineering hardware of the further modules, such that the issued defined commands bring the further modules to the corresponding specific defined states;

wherein upon startup the controller issues a module-specific control pattern to a superordinate system controller, such that the superordinate system controller integrates the plurality of modules into control software of the superordinate system controller; and

wherein the module-specific control pattern contains a description of the function of the module, the specific defined states, a user interface, a graphic representation of the module, and the defined commands.

8. The process engineering system according to claim 7 , wherein the superordinate system controller is configured for issuing defined commands that correspond to the specific defined states of the process engineering hardware of the modules.

9. A method for controlling a process engineering system, the system being made up of a plurality of modules for industrial product production in chemistry, pharmaceutical, or food production, each of which has process engineering hardware for carrying out a process engineering sub-process, as well as a controller for locally controlling the process engineering hardware and an external interface of the controller, the external interface being able to receive a number of defined commands that correspond to a number of specific defined states of the process engineering hardware, and the method having the following steps:

receiving by the external interface of at least one of the modules of a command from the number of defined commands for the at least one of the modules from further modules of the plurality of modules that are connected upstream or downstream or in parallel;

receiving with the process engineering hardware a primary product via an input flange and input tube from an upstream module of the plurality of modules of the process engineering system;

processing the primary product with the process engineering hardware and passing the processed product via an output flange and output tube to a downstream module of the plurality of modules of the process engineering system;

automatically controlling the process engineering hardware of a module by the corresponding controller in accordance with the received command that corresponds to the specific defined states of the process engineering hardware, in order to bring the process engineering hardware of the module to one of the number of specific defined states;

issuing by the external interface to the further modules defined commands that correspond to specific defined states of process engineering hardware of the further modules, such that the received defined commands bring the further modules to the corresponding specific defined states;

upon startup, issuing by the at least one of the modules of a module-specific control pattern to a superordinate system controller, such that the superordinate system controller integrates the plurality of modules into control software of the superordinate system controller; and

wherein the module-specific control pattern contains a description of the function of the at least one of the modules, the specific defined states, a user interface, a graphic representation of the module, and the defined commands.

10. The method according to claim 9 , additionally having the following step:

receiving by the at least one of the modules of defined commands from a superordinate controller.

11. The method according to claim 9 , additionally having the step:

issuing by the at least one of the modules of data to a superordinate controller.

Assignments (1)

Priority Claims (1)

Continuity (2)

References Cited (42)