|
WO2020165243A1
|
|
Method for routing in time-sensitive networks
|
|
WO2020089412A1
|
|
Housing for a switch for railroad applications
|
|
CN111213341A
|
|
Ethernet power supply adapter
|
|
DE102018111065A1
|
|
Method for operating a network, in which a request is broadcast by means of the protocol SNMP
|
|
CN110249591A
|
|
The method of the fault identification of redundancy protocol for Optimum utilization test data packet
|
|
DE102017127649A1
|
|
Solderless compact connection technology
|
|
DE102017126375A1
|
|
Data transmission via LED for industrial network devices
|
|
DE102017108506A1
|
|
MIB-oriented protocol for highly effective http administration procedures
|
|
US2018351919A1
|
|
Network with partly unidirectional data transmission
|
|
US2019356402A1
|
|
Determining required processing time of a data network
|
|
WO2016193443A1
|
|
Method for a redundant transmission system with prp and temporary storage of data packets
|
|
CN107683585A
|
|
Vlan port signal notifies
|
|
CN107667506A
|
|
For the method by network of the gapping switch operation with more main website redundancy protocols and additional redundancy function
|
|
DE102016107739A1
|
|
Data transmission / length measurement by a fixed or variable (metal) tube-like structure of any length
|
|
DE102015222686A1
|
|
Outrigger Monitoring System (OMS)
|
|
BR112017003604A2
|
|
electric current generating device with a thermoelectric generator
|
|
US2019199485A1
|
|
Redundant prp transmission system
|
|
US2017187648A1
|
|
Signalling from port connections to switches
|
|
EP2759162A1
|
|
Completely redundant connection and handover in cellular industrial radio networks
|
|
EP2606608A1
|
|
Extension for the simple network management protocol (snmp) in order to ascertain information on the status of set-pdus
|
