Data collection and linux based HMI design with IoT for centralized control of industrial kitchen equipments

Today's industrial kitchen technology has advanced so much and gained importance that, Electronic control panels and communication systems are used in almost 80% of industrial kitchen products. Recently, the user control panels of some industrial kitchen products, called HMIs, seem to be phones or tablets. Recipe systems, smart cooking algorithms, smart washing algorithms, cross contamination, calorie calculations, effective cooling systems, etc. many more features not only make the work of the cooks easier, but also increase the quality of the food. Information, malfunctions and errors obtained from sensors such as temperature, humidity, door, thermal etc. used in industrial kitchen machines are processed by coming to the control cards. Equipment such as motor, fan, resistance, steam generator, damper, lamp, heater and valves are controlled by using the necessary inputs and outputs. In this thesis, the information received from Industrial Kitchen Machines by Modbus communication is processed and displayed via GUI (Graphical User Interface) created on Linux-based HMI (Human Machine Interface) and all data is transferred to the cloud, providing bidirectional data flow control and IoT (Internet of Things) application has been studied. With a web software, it is aimed to remote control and automation of large industrial kitchens from a single center, to increase purchasing, maintenance and repair plans, hygiene control and it is aimed to increase the measures taken previously.