Disclosed is a soft, smart cervical vertebra traction device having a remote control function, comprising, in sequence from top to bottom, a cervical collar (1), a traction adjustment mechanism, and a base (3), the traction adjustment mechanism comprising three traction adjustment units arranged from top to bottom and a traction control mechanism, wherein each of the three traction adjustment units is electrically connected to the traction control mechanism, and comprises a traction control airbag (2) and a connection assembly; each of the cross sections of the cervical collar (1), the traction control airbag (2) and the base (3) is an open ring. The soft, smart cervical vertebra traction device having the remote control function enables a user to perform real-time monitoring and controlling of the working state of the device by means of a wireless communication module (16); and the traction control airbag (2) is inflated by an inflation pump (13), while the pressure in the traction control airbag (2) is measured and fed back by a pressure sensor (14), such that the traction reliability of the traction control airbag (2) is ensured, thereby improving the reliability of the cervical vertebra traction device.
SOFT, SMART CERVICAL VERTEBRA TRACTION DEVICE HAVING REMOTE CONTROL FUNCTION