Abstract: A jewelry ring, such as a jewelry finger ring which is worn in particular on the finger, has a metal base body, which forms a fitting receptacle, and a radio-frequency identification (i.e., “RFID”) transponder in which readable data are stored and which has an antenna structure via which signals can be transmitted to a reading device. It is provided here that the RFID transponder is arranged on the inner side of the metal base body.

Abstract: A ring-shaped piece of jewelry has a metal main body, which forms a receiving opening, and an RFID transponder, in which data that can be read out are stored and which is connected to an antenna structure, by means of which antenna structure signals can be exchanged with a reading device. The RFID transponder is part of a transponder array having at least two additional RFID transponders, which extend peripherally on a peripheral surface of the metal main body, and the transponder array has a distance of 2 to 6 mm between two adjacent RFID transponders.

Abstract: A ring-shaped piece of jewelry has a metal main body, which forms a receiving opening, and an RFID transponder, in which data that can be read out are stored and which is connected to an antenna structure, by means of which antenna structure signals can be exchanged with a reading device. The RFID transponder is part of a transponder array having at least two additional RFID transponders, which extend peripherally on a peripheral surface of the metal main body, and the transponder array has a distance of 2 to 6 mm between two adjacent RFID transponders.

Abstract: A method is disclosed for the computer-assisted analysis of a software source code. According to at least one embodiment of the method, the software source code is analyzed in consideration of parameters comprising encoding rules and/or encoding metrics, wherein as the analysis result errors detected in the software source code are calculated. The errors detected are classified by way of associating them with at lest one error category from a plurality of error categories. To this end, a specification that can be output via a user interface is associated with each error category, which describes the errors of the respective error category. The error categories with which the detected errors are associated are then output via a user interface.

Abstract: A method is disclosed for the computer-assisted analysis of a software source code. According to at least one embodiment of the method, the software source code is analyzed in consideration of parameters comprising encoding rules and/or encoding metrics, wherein as the analysis result errors detected in the software source code are calculated. The errors detected are classified by way of associating them with at lest one error category from a plurality of error categories. To this end, a specification that can be output via a user interface is associated with each error category, which describes the errors of the respective error category. The error categories with which the detected errors are associated are then output via a user interface.

Abstract: A method and device are disclosed for automatically evaluating a software source code quality, wherein evaluation rules and/or metrics for evaluating the software source code are pre-set. The source code is inspected with the aid of a set of evaluation rules and/or metrics, wherein the set contains at least one part of pre-set evaluation rules and/or metrics. In addition, in at lest one embodiment, the set of evaluation rules and/or metrics used for inspecting the source code is adapted according to the evaluation of a performed inspection of the source code with respect to at lest one predefined criterion for forming an adapted set of evaluation rules and/or metrics different from the first set. In addition, the source code is inspected by way of the adapted set of evaluation rules and/or metrics.