Abstract: The invention relates to an antenna device (10) for short-range applications, e.g.

Abstract: An antenna for short-range applications, including an elongate two-pole conductor structure with an internal conductor and a sheath conductor coaxially surrounding the internal conductor, and a terminal structure connected to the conductor structure. The terminal structure includes an electrically insulating carrier plate, an electrically conductive sheath conductor connection surface that extends over a first region of the carrier plate on the upper side of the carrier plate and is connected to the sheath conductor, an electrically conductive internal conductor connection surface that extends over a second region of the carrier plate, which is spaced apart from the first region of the carrier plate, on the upper side of the carrier plate and is connected to the internal conductor, an electrically conductive coupling conductor surface that extends over a third region of the carrier plate on the underside of the carrier plate. The antenna provides reliable transmission of information over short distances.

Abstract: An antenna for short-range applications, including an elongate two-pole conductor structure with an internal conductor and a sheath conductor coaxially surrounding the internal conductor, and a terminal structure connected to the conductor structure. The terminal structure includes an electrically insulating carrier plate, an electrically conductive sheath conductor connection surface that extends over a first region of the carrier plate on the upper side of the carrier plate and is connected to the sheath conductor, an electrically conductive internal conductor connection surface that extends over a second region of the carrier plate, which is spaced apart from the first region of the carrier plate, on the upper side of the carrier plate and is connected to the internal conductor, an electrically conductive coupling conductor surface that extends over a third region of the carrier plate on the underside of the carrier plate. The antenna provides reliable transmission of information over short distances.

Abstract: The invention relates to an antenna device (10) for short-range applications, e.g.

Abstract: An antenna for short-range applications, including an elongate two-pole conductor structure with an internal conductor and a sheath conductor coaxially surrounding the internal conductor, and a terminal structure connected to the conductor structure. The terminal structure includes an electrically insulating carrier plate, an electrically conductive sheath conductor connection surface that extends over a first region of the carrier plate on the upper side of the carrier plate and is connected to the sheath conductor, an electrically conductive internal conductor connection surface that extends over a second region of the carrier plate, which is spaced apart from the first region of the carrier plate, on the upper side of the carrier plate and is connected to the internal conductor, an electrically conductive coupling conductor surface that extends over a third region of the carrier plate on the underside of the carrier plate. The antenna provides reliable transmission of information over short distances.

Abstract: The invention relates to an antenna for short-range applications, particularly RFID applications. The antenna (1) according to the invention comprises an elongated bipolar conductor structure (12) with an inner conductor (14) and an envelope conductor (16) coaxially surrounding the same, wherein a first end (18) of the conductor structure (12) is provided as a connection end for connecting a transmitter and/or receiver for an antenna signal to be transmitted using the antenna or an antenna signal to be received by the antenna, and wherein an inner-conductor extension (24), which is connected to the inner conductor (14), is provided at a second end (22) of the conductor structure (12) and a free end (26) of the inner-conductor extension (24) is capacitively coupled to the envelope conductor (16). A wireless and reliable transmission of energy and/or information over short distances in particular can be realized using the invention.

Abstract: The invention relates to an antenna for short-range applications, particularly RFID applications. The antenna (1) according to the invention comprises an elongated bipolar conductor structure (12) with an inner conductor (14) and an envelope conductor (16) coaxially surrounding the same, wherein a first end (18) of the conductor structure (12) is provided as a connection end for connecting a transmitter and/or receiver for an antenna signal to be transmitted using the antenna or an antenna signal to be received by the antenna, and wherein an inner-conductor extension (24), which is connected to the inner conductor (14), is provided at a second end (22) of the conductor structure (12) and a free end (26) of the inner-conductor extension (24) is capacitively coupled to the envelope conductor (16). A wireless and reliable transmission of energy and/or information over short distances in particular can be realised using the invention.

Abstract: The invention relates to a receiving device, in particular a cabinet or rack, having a receiving space (12) for receiving built-in components (14) provided with RFID transponders (34), and having a detection device for detecting built-in components (14) accommodated, which is or can be connected to an evaluation device, and has at least one RFID antenna (32) for communication with the RFID transponders (34) of the incorporated built-in components (14). According to the invention, the receiving device (10) has a plurality of RFID transponders (36) arranged distributed along the receiving space (12), the transponder action of said RFID transponders can be changed as a function of a presence or absence of a built-in component (14) in the vicinity of the respective device-specific RFID transponder (36).

Abstract: The invention relates to a receiving device, in particular a cabinet or rack, having a receiving space (12) for receiving built-in components (14) provided with RFID transponders (34), and having a detection device for detecting built-in components (14) accommodated, which is or can be connected to an evaluation device, and has at least one RFID antenna (32) for communication with the RFID transponders (34) of the incorporated built-in components (14). According to the invention, the receiving device (10) has a plurality of RFID transponders (36) arranged distributed along the receiving space (12), the transponder action of said RFID transponders can be changed as a function of a presence or absence of a built-in component (14) in the vicinity of the respective device-specific RFID transponder (36).

Abstract: The invention relates to a receiving device, in particular a cabinet or rack, having a receiving space (12) for receiving built-in components (14) provided with RFID transponders (34), and having a detection device for detecting built-in components (14) accommodated, which is or can be connected to an evaluation device, and has at least one RFID antenna (32) for communication with the RFID transponders (34) of the incorporated built-in components (14). According to the invention, the receiving device (10) has a plurality of RFID transponders (36) arranged distributed along the receiving space (12), the transponder action of said RFID transponders can be changed as a function of a presence or absence of a built-in component (14) in the vicinity of the respective device-specific RFID transponder (36).

Abstract: The invention provides a container (10) comprising a, a receiving compartment (18) for receiving articles (12) each provided with an RFID transponder (14), a shielding (16) for shielding of the receiving compartment (18), and an RFID antenna device (20) located in the receiving compartment (18) for communication with the transponders (14). Reliable identification of articles (12) located in the container (10) can thus be simplified considerably.

Abstract: The invention provides a container (10) comprising a, a receiving compartment (18) for receiving articles (12) each provided with an RFID transponder (14), a shielding (16) for shielding of the receiving compartment (18), and an RFID antenna device (20) located in the receiving compartment (18) for communication with the transponders (14). Reliable identification of articles (12) located in the container (10) can thus be simplified considerably.

Abstract: The invention relates to a receiving device, in particular a cabinet or rack, having a receiving space (12) for receiving built-in components (14) provided with RFID transponders (34), and having a detection device for detecting built-in components (14) accommodated, which is or can be connected to an evaluation device, and has at least one RFID antenna (32) for communication with the RFID transponders (34) of the incorporated built-in components (14). According to the invention, the receiving device (10) has a plurality of RFID transponders (36) arranged distributed along the receiving space (12), the transponder action of said RFID transponders can be changed as a function of a presence or absence of a built-in component (14) in the vicinity of the respective device-specific RFID transponder (36).

Abstract: The invention provides a container (10) comprising a, a receiving compartment (18) for receiving articles (12) each provided with an RFID transponder (14), a shielding (16) for shielding of the receiving compartment (18), and an RFID antenna device (20) located in the receiving compartment (18) for communication with the transponders (14). Reliable identification of articles (12) located in the container (10) can thus be simplified considerably.