Electronic switching apparatus and method for switching autonomous intervention means for automatically redressing malfunctions
First Claim
1. A method for electronically switching first and second autonomous emergency intervention systems that are configured to redress malfunctions for a local device having a sensor system, the sensor system configured to detect a malfunction event in the local device and to send malfunction parameters to an electronic switching apparatus, at least one of the first and the second autonomous emergency intervention system able to select a intervention device from a plurality of intervention devices that are configured to redress the malfunction event of the local device, the electronic switching apparatus having an incremental stack memory and a fault stack memory, and being in bi-directional connection with the first and the second autonomous emergency intervention systems, the method comprising:
- synchronizing switching signal parameters for the first and the second autonomous emergency intervention system by the electronic switching apparatus, the switching signal parameters including a first and second synchronized signal threshold parameters;
allocating the local device to the incremental stack memory of the electronic switching apparatus;
periodically transmitting activation parameters from the local device to the electronic switching apparatus via an interface module of the electronic switching apparatus;
incrementing the incremental stack memory of the electronic switching apparatus based on the activation parameters received from the local device;
detecting a stack memory level of the incremental stack memory by a switching module of the electronic switching apparatus;
enabling the first autonomous emergency intervention system to address the malfunction event of the local device, by using activation signals of the switching module of the electronic switching apparatus, if the detected stack memory level reaches a predetermined threshold;
allocating a part of the incremental stack memory to the second autonomous emergency intervention system as the fault stack memory based on the switching signal parameters;
decrementing the fault stack memory level of the fault stack memory based on dedicated activation signals, the dedicated activation signals being weighted based on the malfunction parameters send by the sensor system;
interrupting the first autonomous emergency intervention system by a first activation apparatus of the electronic switching apparatus, and enabling the second autonomous emergency intervention system by a second activation apparatus of the electronic switching apparatus, in a case where the decremented fault stack memory level reaches the first synchronized signal threshold parameter; and
interrupting the second autonomous emergency intervention system by the second activation apparatus of the electronic switching apparatus, and enabling the first autonomous emergency intervention system by the first activation apparatus of the electronic switching apparatus, in a case where the decremented fault stack memory level reaches the second synchronized signal threshold parameter.
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Accused Products
Abstract
The invention proposes an electronic switching apparatus (11) and an appropriate method for electronically switching two autonomous emergency intervention systems (10, 12) for automatically redressing malfunctions in locally arranged installations, where a sensor system (301, 302, 303, 304) in an installation is used to detect a malfunction event in the installation and where transmitted malfunction parameters are taken as a basis for selecting and activating dedicated intervention means (101, . . . , 105) for specific operation and faults using the first emergency intervention system (10). Upon activation, the intervention means (101, . . . , 105) are used to automatically redress the malfunction in the affected installation. When synchronized signal threshold values for a fault memory module are detected, the enabling of the emergency intervention system (10/12) is changed and adapted for specific installations and users by means of an activation apparatus (112) in the electronic switching apparatus (11).
51 Citations
16 Claims
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1. A method for electronically switching first and second autonomous emergency intervention systems that are configured to redress malfunctions for a local device having a sensor system, the sensor system configured to detect a malfunction event in the local device and to send malfunction parameters to an electronic switching apparatus, at least one of the first and the second autonomous emergency intervention system able to select a intervention device from a plurality of intervention devices that are configured to redress the malfunction event of the local device, the electronic switching apparatus having an incremental stack memory and a fault stack memory, and being in bi-directional connection with the first and the second autonomous emergency intervention systems, the method comprising:
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synchronizing switching signal parameters for the first and the second autonomous emergency intervention system by the electronic switching apparatus, the switching signal parameters including a first and second synchronized signal threshold parameters; allocating the local device to the incremental stack memory of the electronic switching apparatus; periodically transmitting activation parameters from the local device to the electronic switching apparatus via an interface module of the electronic switching apparatus; incrementing the incremental stack memory of the electronic switching apparatus based on the activation parameters received from the local device; detecting a stack memory level of the incremental stack memory by a switching module of the electronic switching apparatus; enabling the first autonomous emergency intervention system to address the malfunction event of the local device, by using activation signals of the switching module of the electronic switching apparatus, if the detected stack memory level reaches a predetermined threshold; allocating a part of the incremental stack memory to the second autonomous emergency intervention system as the fault stack memory based on the switching signal parameters; decrementing the fault stack memory level of the fault stack memory based on dedicated activation signals, the dedicated activation signals being weighted based on the malfunction parameters send by the sensor system; interrupting the first autonomous emergency intervention system by a first activation apparatus of the electronic switching apparatus, and enabling the second autonomous emergency intervention system by a second activation apparatus of the electronic switching apparatus, in a case where the decremented fault stack memory level reaches the first synchronized signal threshold parameter; and interrupting the second autonomous emergency intervention system by the second activation apparatus of the electronic switching apparatus, and enabling the first autonomous emergency intervention system by the first activation apparatus of the electronic switching apparatus, in a case where the decremented fault stack memory level reaches the second synchronized signal threshold parameter. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8)
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9. An electronic switching apparatus for electronically switching first and second autonomous emergency intervention systems that are configured to redress malfunctions for a local device having a sensor system, the sensor system configured to detect a malfunction event in the local device and to send malfunction parameters to the electronic switching apparatus, at least one of the first and the second autonomous emergency intervention system able to select a intervention device from a plurality of intervention devices that are configured to redress the malfunction event of the local device, the electronic switching apparatus comprising:
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an incremental stack memory; a fault stack memory; a switching module; and a communication interface module to be in bi-directional connection with the first and the second autonomous emergency intervention systems, the electronic switching apparatus configured to synchronize switching signal parameters for the first and the second autonomous emergency intervention system, the switching signal parameters including a first and second synchronized signal threshold parameters; to allocate the local device to the incremental stack memory; to periodically receive activation parameters from the local device via the communication interface module; to increment the incremental stack memory based on the activation parameters received from the local device; to detect a stack memory level of the incremental stack memory by the switching module; to enable the first autonomous emergency intervention system to address the malfunction event of the local device, by using activation signals of the switching module, if the detected stack memory level reaches a predetermined threshold; to allocate a part of the incremental stack memory to the second autonomous emergency intervention system as the fault stack memory based on the switching signal parameters; to decrement the fault stack memory level of the fault stack memory based on dedicated activation signals, the dedicated activation signals being weighted based on the malfunction parameters send by the sensor system; to interrupt the first autonomous emergency intervention system by a first activation apparatus of the electronic switching apparatus, and to enable the second autonomous emergency intervention system by a second activation apparatus of the electronic switching apparatus, in a case where the decremented fault stack memory level reaches the first synchronized signal threshold parameter; and to interrupt the second autonomous emergency intervention system by the second activation apparatus, and to enable the first autonomous emergency intervention system by the first activation apparatus, in a case where the decremented fault stack memory level reaches the second synchronized signal threshold parameter. - View Dependent Claims (10, 11, 12, 13, 14, 15, 16)
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Specification