After being irradiated with UV light for 15 minutes of exposure, it is found that the bacteria that were originally attached to the cutlery can die completely. Based on the analysis conducted, there are several types of bacteria found in these tableware. After the design is complete, the tool will be tested and analyzed. This design is made by finding references originating from journals, books and also articles which are then made a plan or description of the tool that aims to plan what kind of tool will be made, design in the form of hardware in the form of connections between input devices, processes and also outputs, while the software in the form of a program as a system driver. This tool utilizes ultraviolet radiation that has been studied and has been tested to inhibit bacterial growth.
From this problem emerged the idea to design a tool "Electronic sterilization of tableware using ultraviolet radiation". Because the tableware used continuously and alternately will make bacteria grow faster, especially if the process of washing the cutlery is less clean. This is also a factor that bacteria and microorganisms can grow rapidly. Where in the hospital is also a gathering place for many people, namely the patient and also the patient's family. The project is designed in cooperation with the staff development center in Brno Honeywell.The hospital is one of the health service institutions that conducts complete individual health services that provide inpatient, outpatient and emergency services. Utility for microcontrollers is written in C language development in middle CodevisionAVR. Microprocessor is also used for the transfer of serial interface between computers and RF interface module. Delivery is solved by using RF modules RFM12BP the maximum power 500mW, these intelligent modules are controlled with microprocessor companies ATtiny2313 Atmel. Projekt je řešen ve spolupráci s pracovníky vývojového centra Honeywell v Brně.This work is dedicated to the design and implementation of modules for the bidirectional transmission of data in the ISM band (Industrial, Scientific and Medical), used for private purposes, such as the transmission of telemetry data between mobile devices in the field. Obslužný program pro mikrokontroléry je napsán v jazyce C ve vývojovém prostřední CodevisionAVR. Mikroprocesor je použit také pro převod mezi sériovým rozhraním počítače a rozhraním RF modulu. Realizace je řešena pomocí RF modulů RFM12BP o maximálním výkonu 500mW, tyto inteligentní moduly jsou ovládány pomocí mikroprocesoru ATtiny2313 firmy Atmel. přenášení telemetrických dat mezi mobilními zařízeními vterénu. Tato práce se věnuje návrhu a realizaci modulů pro obousměrný přenos dat v pásmu ISM (Industrial, Scientific and Medical), použitelných pro soukromé účely, např.
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