MICROPROCESSOR SYSTEM FOR FOOD COLOR MONITORING BASED ON ZIGBEE TECHNOLOGY

Krassimir Kolev; Ivan Maslinkov

Volume : VI, Issue : I, January - 2016

MICROPROCESSOR SYSTEM FOR FOOD COLOR MONITORING BASED ON ZIGBEE TECHNOLOGY

Krassimir Kolev, Ivan Maslinkov

Abstract :

This paper presents a novel microprocessor system for food color monitoring based on new wireless technology and ultrasonic product identification. The paper presents a low–cost and highly versatile color monitoring system applicable to all phases of food processing. The design diagram of the microprocessor system is synthesized. The operating principle of the microprocessor system is explained. The microprocessor system for color food monitoring is implemented by new embedded microcontroller CC2430 with x51 core of the Texas Instruments. The schematic diagram is given. An algorithm diagram on the microprocessor system for color food monitoring is synthesized. The novel multisensory principle for food color analyze is used. Analyses of the proposed microprocessor system are made. The system has been tested under laboratory conditions and in real–world operational applications. Recommendations for maintenance are given.