A transponder module of a system for measurement of a race time includes a time base in a microcontroller, which is activated upon receipt of a low-frequency electromagnetic field signal from a transmission antenna of a measuring system which is disposed at the level of a line of passage. The microcontroller, once woken up, is capable of measuring several successive intensities of the captured electromagnetic field in order to reconstruct a curve of the electromagnetic field and to determine a crossing time on the line of passage of the transponder module with the activated time base thereof in order to transmit, to a decoder unit of the measuring system, a signal of the result of the time of crossing determined by the microcontroller.

A transponder module of a system for measurement of a race time includes a time base in a microcontroller, which is activated upon receipt of a low-frequency electromagnetic field signal from a transmission antenna of a measuring system which is disposed at the level of a line of passage. The microcontroller, once woken up, is capable of measuring several successive intensities of the captured electromagnetic field in order to reconstruct a curve of the electromagnetic field and to determine a crossing time on the line of passage of the transponder module with the activated time base thereof in order to transmit, to a decoder unit of the measuring system, a signal of the result of the time of crossing determined by the microcontroller.

Various embodiments provide an apparatus and method to detect timing components of a timing system. A processor sends signals to timing components and compares the responses with each other and with stored characteristic responses to detect if a timing component is present, if its characteristics have changed, to identify the connected timing component, and, if communication protocols are used, exchange data.

Various embodiments provide an apparatus and method to detect timing components of a timing system. A processor sends signals to timing components and compares the responses with each other and with stored characteristic responses to detect if a timing component is present, if its characteristics have changed, to identify the connected timing component, and, if communication protocols are used, exchange data.

The present disclosure provides a racetrack timing method, which is used in a vehicle and includes: a vehicle-mounted positioner obtaining vehicle position information regarding a current position of the vehicle in real time, and sending the vehicle position information to a vehicle-mounted controller, the vehicle-mounted controller determining whether the vehicle position information matches a preset racetrack timing position at a preset racetrack; and the vehicle-mounted controller performing a timing operation once the vehicle position information matches the preset racetrack timing position. The present disclosure further provides a racetrack timing system, an apparatus, a storage medium, and a vehicle.

The present disclosure provides a racetrack timing method, which is used in a vehicle and includes: a vehicle-mounted positioner obtaining vehicle position information regarding a current position of the vehicle in real time, and sending the vehicle position information to a vehicle-mounted controller, the vehicle-mounted controller determining whether the vehicle position information matches a preset racetrack timing position at a preset racetrack; and the vehicle-mounted controller performing a timing operation once the vehicle position information matches the preset racetrack timing position. The present disclosure further provides a racetrack timing system, an apparatus, a storage medium, and a vehicle.