Title :
Lab-View Refrigerator Model with Capacitive UI
Author :
George, Edathil Telwin ; Verma, Usha
Author_Institution :
Global Technol. & Eng. Centre, Whirlpool of India Ltd., Pune, India
Abstract :
The User Interface includes 14 Touch keys, with slider and wheeler operation using self capacitance technology, 24 side fire LEDs with intensity variation enabling Fade IN, Fade OUT effects, Buzzer tone, Voltage regulator power supply circuit and communication module to interface with the control board. The advantage with this UI is that the entire module is less than 10mm thick which includes light guide, graphics sticker, PCB and components. The capacitive touch UI is interfaced with a LabView system used to model a virtual refrigerator that would respond to the commands from the User Interface.
Keywords :
human computer interaction; refrigerators; user interfaces; virtual instrumentation; LabView refrigerator model; PCB; buzzer tone; capacitive touch UI; communication module; control board; fade in effect; fade out effects; graphics sticker; human machine interface; intensity variation; light guide; self capacitance technology; side fire LEDs; slider; touch keys; user interface; virtual refrigerator; voltage regulator power supply circuit; wheeler operation; Assembly; Capacitance; Electrodes; Light emitting diodes; Refrigerators; Sensors; User interfaces; Human Machine Interface (HMI Light guide User Interface LabView LED driver Buzzer User Interface (UI);
Conference_Titel :
Computing Communication Control and Automation (ICCUBEA), 2015 International Conference on
Conference_Location :
Pune
DOI :
10.1109/ICCUBEA.2015.108
