| 摘要 |
The present invention provides a human body antenna device (1) to detect a mine using an ultrahigh frequency RF beam by being installed in a human body to be detached, to solve a problem wherein many human resources and much time are wasted as an existing mine detecting device cannot distinguish a spot where mine detection was performed or a spot where the mine detection is not performed; to solve a problem in which a mine is not accurately detected when a user quickly moves a sensor head unit or moves the sensor head unit in an irregular speed; and to solve a problem of a mine detection error solved using a one-way ultrasonic waves sensing signal. The human body antenna device can be worn on a human body as a detachable type while the human wears a combat uniform such that the human body antenna device has excellent compatibility with an existing combat uniform. The human body antenna device distinguishes an ignition of the mine which is not a metal and a base metal of the mine and detects the mine. Also, the human antenna device detects the mine buried underground and on the ground in all directions (360°). The human body antenna device transmits ignition detection data to a combat command server in a remote place to share the data, and radiates a plurality of ultrahigh frequency RF beams to a front ground and a side ground in an antenna structure. The human body antenna device also performs pretreatment by an ignition pretreatment unit and detects a signal of a mine to which it is of high possibility, and an explosive based on the strength of a response signal of the ultrahigh frequency RF beam in accordance with a delay time by applying a property in which the strength of the signal received to the ultrahigh frequency RF beam through a nonlinear regressive model algorithm engine unit nonlinearly damps in accordance with the delay time. As such, the human body antenna device improves a mine detection accuracy by 90% or more than an existing invention. |
