DESIGN AND REALIZATION A GLOVE AS SUPPORT DEVICE FOR BLIND BASED ON ULTRASONIC SENSOR AND ARDUINO NANO
Abstract
Accessibility is the design of a building that guarantees security and is easily accessible to everyone and is no exception, including individuals with disabilities. One form of accessibility is the guiding block or guide texture tiles that guide the blind pedestrians in public places. However, the existing guilding block sometimes makes blind people with accidents such as being hit by pots or electric poles.
At this time, the tool to help the blind to do activities is just a stick that has a length of 120 cm, the stick has limitations such as the reach of the tool, can not detect various objects around the person in a fast time.
In this research will be made a tool in the form of gloves to help and ease activities such as knowing the object that is in front of the blind people. With the help of ultrasonic sensors then processed using Arduino Nano. With the output produces vibrations and sound coming from the dc motor and buzzer. Can tell how close the object is.
The test results were carried out ten times in terms of distance and delay in three conditions. Gloves have a small error in terms of measuring distances but have a high error rate for each object. Then the delay generated by the ultrasonic sensor to vibration changes significantly in each condition, this is influenced by the temperature and conditions around the test.
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References
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