The invention provides a method and device for monitoring
bone fracture in real time. The device comprises a plurality of monitors and a human-
machine interaction platform, wherein each monitor comprises a transceiving probe, a transmission module, a receiving module, a
temperature measurement circuit and a control module; the transmission module, the control module and the transceiving probe areconnected in sequence through cables; and the control module and the
temperature measurement circuit are connected with a program controlled
amplifier in the receiving module and a coding module respectively. The method comprises the following steps: transmitting monitor information to a human-
machine interaction center by virtue of a
wireless communication technology; monitoring monitor data, such as bones, soft tissues and body temperatures by virtue of graphic display; transmitting an ultrasonic pulse
train to a detected position to acquire the monitor information; carrying out
waveform analysis on an ultrasonic reflection echo to learn the size of a
bone fracture fissure and the condition of soft tissues close to the bone; and determining whether the body temperature close to the bonefracture part is normal or not, and whether the soft tissues are in
inflammation or other abnormal conditions by means of the body temperature value. The device has the advantages of high instantaneity, high safety and simpler structure.