Enhancements introduced in a portable moisture meter device for remote use

An Enhancement introduced in a portable moisture meter device for remote use comprising:

• a moisture meter device (1) provided with a mechanical grain feeder (1-A) with a sensorial block (1-B) provided with a temperature sensor, frequency sensor, moisture sensor and weight sensor;
• a micro-controlling block (1-C);
• a micro-processor block (1-D);
• a memory block (1-E);
• and
• a power supply block (1-F) with introduced enhancements further comprising:
• a Moisture meter device (1) with a communications block (1-G) provided with a Bluetooth® module, bi-directionally linked to the microprocessor block (1-D) and remotely linked to the communications block (2-A) of the receiver device (2), with a communications block (1-H) provided with a Wi-Fi module and bi-directionally linked to the microprocessor block (1-D) and remotely linked to the communications block (2-B) of the receiver device (2), and a visualization block (1-I) provided with a display and a QRcode display, uni-directionally linked to the microprocessor block (1-D);
• and
• a receiver device (2) such as a mobile phone, tablet or microcomputer with a communications block (2-A) provided with a Bluetooth® module bi-directionally linked to the processor block (2-D) and remotely to the communications block (1-G), with a communications block (2-B) provided with a Wi-Fi module bi-directionally linked to the processor block (2-D) and remotely linked to the communications block (1-H), with an image capture block (2-C) bi-directionally linked to the image processor block (2-E), with a processor block (2-D) uni-directionally linked to the power supply block (2-I) and bi-directionally to the communications block (2-A), to the communications block (2-B), to the image processor block (2-E), to the memory block (2-G), to the geo-reference block (2-H) and to the data transmission block (2-J), with the image processor block (2-E) uni-directionally linked to the visualization block (2-F) and bi-directionally to the processor block (2-D) and to the image capture block (2-C), with a display-type visualization block (2-F) uni-directionally linked to the image processor block (2-E), with a memory block (2-G) with saved dedicated software and bi-directionally linked to the processor block (2-D), with the geo-reference block (2-H) provided with a GPS module bi-directionally linked to the processor block (2-D), with a power supply block (2-I) uni-directionally linked to the processor block (2-D) and the data transmission block (2-J) bi-directionally linked to the processor block (2-D) and remotely to the internet (I).