BNCJ-MSSJ(40)

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BNCJ-MSSJ (40) locating system is a specialized remote testing device which can provide precise location information without undergoing signal interruption or other interference. This locating system is particularly useful in areas such as engineering, mechanics and aviation.

The system itself is composed of two main components, a receiver and a transmitter. Both components are combined into one single unit, designed as a hand-held controller, known as the ‘BNCJ’ transmitter. The receiver is composed of multiple transmitters which the user can configure according to his/her individual requirements.

The transmitter is capable of sending out three-dimensional signals, which are then processed by the receiver unit. These signals are then compared to the pre-defined signal ‘pool’ of the BNCJ receiver. The comparison results are then used to determine the precise location of the transmitter, relative to the receiver.

The applications for BNCJ-MSSJ (40) technology are numerous and varied. As the receiver unit is able to identify the exact location of the transmitter, it can be used in a variety of applications such as tracking vehicles, persons or objects. It can also be used to monitor real-time activities, analyse data or evaluate performance.

In addition to its many practical applications, the BNCJ-MSSJ (40) system also has an advanced working principle, called ‘Minimally Supervised Self-locating System’ (MSSJ). This working principle allows the receiver to constantly monitor and update the signals from the transmitter even when the exact location of the transmitter is unknown. The receiver uses mathematical algorithms to compare the signals and determines the exact transmitter position without any outside assistance or added physical efforts.

The working principle uses a sophisticated algorithm which helps to reduce the errors and interference caused by external elements and improves the accuracy of the locating system up to ten times more than the usual techniques. Moreover, the use of this technology also results in efficient power consumption, as the transmitter requires very low power output and the receiver unit can be powered by small batteries or solar cells.

The BNCJ-MSSJ (40) locating system has a lot of advantages and is very useful in a variety of different fields. It is often used in activities such as asset tracking, engineering, mechanics and aviation, where the exact location of any object or person need to be identified in a fast and reliable manner. The use of this technology is also beneficial in navigation, surveillance, and asset management.

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