Fully-automatic skull traction system

Abstract

The invention discloses a fully-automatic skull traction system. A controller controls a first motor to rotate forward or reversely when receiving a first control instruction or a second control instruction sent by a first control key or a second control key of a remote controller so as to enable a head support to move leftward or rightward, controls a second motor to rotate forward or reversely when receiving a third control instruction or a fourth control instruction sent by a third control key or a fourth control key of the remote controller so as to enable a telescopic rod to extend or retract, controls a third motor to rotate forward or reversely when receiving a fifth control instruction sent by a fifth control key of the remote controller so as to enable a skull tractor to descend or ascend, controls the second motor to rotate forward when receiving a sixth control instruction sent by a sixth control key of the remote controller so as to enable the telescopic rod to extend, andsimultaneously receives a pressure value from a pressure sensor and displays the pressure value through a display screen on the controller.

Description

technical field [0001] The invention relates to the technical field of skull traction, in particular to a fully automatic skull traction system. Background technique [0002] With the development of spinal surgery, cervical surgery is increasing. As we all know: cervical spine surgery is difficult, high-risk, and requires very high requirements for each surgical link. A little carelessness may very likely lead to surgical failure, ranging from paralysis, disability, or even death to the patient. Cervical spine surgery requires extremely high surgical posture before or during surgery. For example, automatic cranial traction may be required during the operation and the curvature and traction angle of the cervical spine during surgery may need to be adjusted. However, the current orthopedic operating table and cranial traction devices cannot solve this problem a problem. Contents of the invention [0003] Aiming at the problems and deficiencies in the prior art, the inventi...

AI Technical Summary

Problems solved by technology

As we all know: cervical spine surgery is difficult, high-risk, and requires very high requirements for each surgical link. A little carelessness may very likely result in surgical failure, ranging from paralysis, disability, or even death to the patient.

Cervical spine surgery requires extremely high surgical posture before or during surgery. For example, automatic cranial traction may be required to adjust the curvature and traction angle of the cervical spine during surgery. However, the current orthopedic operating table and cranial traction devices cannot solve this problem a problem

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