发明名称 RFID HANDHELD DEVICE FOR READING RFID INFORMATION
摘要 An RFID handheld device is connected at an antenna input to an RFID reading apparatus for the stationary installation at a reading zone, said RFID handheld device having a trigger switch as well as a first antenna and an antenna connector connected to the first antenna so that an RFID signal received by the RFID handheld device, but not evaluated there, can be supplied to the receiver via the antenna input. On actuating a trigger switch at the RFID handheld devices, a trigger signal can be transmitted to the evaluation unit which then carries out a reading procedure via the first antenna.
申请公布号 US2015324621(A1) 申请公布日期 2015.11.12
申请号 US201514699003 申请日期 2015.04.29
申请人 SICK AG 发明人 REICHENBACH Jurgen;SCHENK Martin;MULLER Bernhard
分类号 G06K7/10 主分类号 G06K7/10
代理机构 代理人
主权项 1. An RFID reading apparatus for the stationary installation at a reading zone of a conveyor or of a reading portal for reading at least one RFID transponder moved on the conveyor or through the reading portal, wherein the RFID reading apparatus has an antenna input, a receiver connectable to the antenna input for receiving RFID signals and an evaluation unit for reading RFID information from received RFID signals, wherein an RFID handheld device is connected to the antenna input and has a trigger switch as well as a first antenna and an antenna connector connected to the first antenna so that an RFID signal received by the RFID handheld device, but not evaluated there, can be supplied to the receiver via the antenna input, wherein the RFID reading apparatus has a trigger input and the RFID handheld device has a trigger output connected to the trigger switch, wherein the antenna connector is connected to the antenna input and the trigger input is connected to the trigger output via a respective line or via a common line and, on actuation of the trigger switch, a trigger signal can be transmitted to the evaluation unit which then carries out a reading procedure via the first antenna.
地址 Waldkirch DE