Abstract

People belonging to different age groups who suffered fractures, temporary limb paralysis, paraplegia and monoplegia and various stages of hypertension (High BP) need to carry out physiotherapy to regain motor control in the limb(s). So this limb flexion extension counter can assist the subject to exercise properly and independently recover with ease. This device will help to monitor parameters such as heart rate, temperature and limb flexion-extension counts. Using GSM module the readings will be transmitted directly via SMS to the subject’s phone thus helping the individual to keep a record of their workout. The microcontroller used is ARDUINO MEGA 2560 which interfaces the temperature sensor LM35, IR Proximity Sensor for limb flexion-extension count and the pulse rate sensor SEN-11574 along with the GSM Module. A goniometer is used for measuring the angle made between the limbs. The pressure is applied on the arm using an inflatable cuff which acts as the load or stress for doing the exercise. On bending the forelimb, the IR sensor glows thus showing as a count. The pulse rate sensor shows the varying pulse rates during exercise. The cuff pressure is maintained between 30-50 mm of Hg. The conclusion is that pulse rate and temperature are directly proportional to each other from preliminary tests and using wireless recording it is easier for the subject to store and maintain record of his/her progress.

Highlights

  • Which is done by a masseuse who is an expert in carrying out mobilisation

  • People belonging to age group between 40-60 years need such types of restricted and controlled method of rehabilitation

  • They may be suffering from limb fractures, paraplegia, monoplegia, muscular dystrophy etc

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Summary

MATERIALS AND METHODS

It has ARDUINO Mega 2560 as its microcontroller which is interfaced with the pulse rate sensor (SEN11574), temperature sensor (LM-35) and the IR Proximity sensor. The temperature is calculated by using the given formula i.e. The proximity sensor counts the number of flexion and extensions done by the subject and is interfaced to the Arduino board as follows:. The Arduino is powered up by connecting to a +5V supply and the temperature and pulse rate sensor are placed around the fingers of the subject using a velcro band to record the signals. The GSM is turned ON and a sim is inserted which in this case is a 3G sim via which the IR sensor, pulse rate and temperature sensor readings are sent to the subjects mobile as an SMS wirelessly[5]. The goniometer used here is digital easy for the subject to read and record them

CONCLUSION
RESULTS AND DISCUSSION
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