Abstract: A remote system for regulating a temperature of an operator cabin of a work machine includes a controller which determines if at least one door and at least one window of the work machine are closed, determines that a current temperature of the operator cabin is outside of a desired temperature range, determines that a current voltage of a battery system of the work machine is above a predetermined threshold, determines that a parking brake of the work machine is in an applied state, and turns ON a power source and an HVAC system of the work machine based on determining that the door and the is closed, the current temperature of the operator cabin is outside of the desired temperature range, the current voltage of the battery system is above the predetermined threshold, and the parking brake is in the applied state.

Abstract: A system for determining correct usage of a seat belt by a user on a seat of a machine includes an occupancy sensor, a seat belt sensor, a sensory tag, a first detector, a second detector, and a controller. The controller is configured to determine seat occupancy based on a first signal received from the occupancy sensor and also determine a coupling of a tongue of the seat belt with a buckle based on a second signal received from the seat belt sensor. The controller is configured to determine a correct usage of the seat belt from absences of a third signal from the first detector and a fourth signal from the second detector. The controller is configured to transmit a first control signal to a prime mover of a machine to allow starting of the prime mover upon determining that the seat belt is correctly used by the user.