Abstract: Disclosed is a device and method for tracking one or more instrument in a surgical kit. The method comprises receiving one or more signals from a first set of sensors and activating a second set of sensors based on the one or more signals. Further to activating, the method comprises receiving data from the second set of sensors and computing, a current state associated with each of the instrument based on the data, and historical data. Furthermore, the method comprises transmitting the current state of the surgical kit, the current state associated with each of the instrument and a location co-ordinate of the surgical kit via a communication channel based on a signal strength of the communication channel and deactivating the tracking device, thereby tracking one or more instrument in a surgical kit.

Abstract: Disclosed is a device and method for tracking one or more instrument in a surgical kit. The method comprises receiving one or more signals from a first set of sensors and activating a second set of sensors based on the one or more signals. Further to activating, the method comprises receiving data from the second set of sensors and computing, a current state associated with each of the instrument based on the data, and historical data. Furthermore, the method comprises transmitting the current state of the surgical kit, the current state associated with each of the instrument and a location co-ordinate of the surgical kit via a communication channel based on a signal strength of the communication channel and deactivating the tracking device, thereby tracking one or more instrument in a surgical kit.

Abstract: The present invention provides a smart overvoltage protection circuit (100) comprising an AC power line (110), at least one switch (120) connected to the AC power line (110) and an overvoltage detection module (130) connected to the at least one switch (120) and the AC power 0 line (110). Further, the overvoltage detection module (130) comprises a voltage divider (210), a sensing circuitry (220) and a control module (230) such that the voltage divider (210) is configured to divide voltage of the AC power line (110) to obtain divided voltage, the sensing circuitry (220) is configured to generate a first output signal and a second output signal 5 and the control module (230) is configured to receive the first output signal and the second output signal and turn the at least one switch (120) from a closed position to an open position in response to receiving the first output signal.

Abstract: Disclosed is a device and method for controlling operations of a tracking device installed in a surgical kit. The method includes receiving one or more signals from an accelerometer in which the accelerometer may be configured to transmit the one or more signals upon detecting change in a state of the surgical kit. Further, the state may be a stationary state and/or an in-motion state. The method further includes activating the tracking device based on the one or more signals and obtaining a location co-ordinate of the surgical kit from the tracking system. The method furthermore includes transmitting the state of the surgical kit and the location co-ordinate of the surgical kit via a communication channel based on a signal strength of the communication channel and deactivating the tracking device, thereby controlling operations of a tracking device installed in a surgical kit.

Abstract: System and method for calculating distance between objects is disclosed. Location data of a first object is generated. Location data of a second object is obtained. The location data comprise Global Positioning System (GPS) coordinates. The location data of the first object and the second object is compared and a value of distance between the first object and the second object is calculated. The value of distance is converted into a speech output and transmitted in the form of a notification.