Physiological monitoring type intelligent insoles

The invention relates to a pair of physiological monitoring type intelligent insoles. Each intelligent insole at least comprises an insole body and a mobile terminal which interacts data with the insole body, wherein the insole body at least comprises a sensor unit and a communication unit; the sensor unit is used for collecting physiological data of a user wearing the intelligent insole and carrying out the data interaction on the collected physiological data through the communication unit and the mobile terminal which is appointed by the user and/or close to the intelligent insole; the mobile terminal is used for obtaining a step parameter interval of the user by utilizing transient accelerations of physiological data response which is collected by an analysis sensor unit, and based on grade distribution on the transient accelerations, and determining a walking length of the user by combining the mobile terminal according to step correction parameters of the user, which are obtained by individual physical characteristics provided by the user wearing the intelligent insole. According to the intelligent insoles provided by the invention, the step length of the user is calculated based on the collected physiological data of the user and the problem in the prior art that accumulation time is too long so that the deviation of step calculation is too great is avoided.