智能气囊式颈椎牵引器的设计及性能试验

根据颈椎病的病因及治疗方法，针对当前便携式气囊牵引器“无人工智能引导”的问题，设计了一种智能气囊式颈椎牵引器。该牵引器采用自动充气和定时放气功能，用户可以通过手机客户端，根据自身情况设定牵引时间和牵引重量，实现以人工智能引导的牵引治疗方案。在自动充气后可通过气动接头快速实现气囊与气压系统的分离，牵引过程中病人可自由移动，使用舒适。在牵引器系统中设置了安全保护控制程序和急停按钮，以保证病人的使用安全性。该牵引器用于预防及治疗多种类型颈椎病及因颈椎病引起的压迫症状，实现了智能化。

Design and Performance Test of the Intelligent Air Bag Cervical Traction Device

According to the etiology and treatment of cervical spondylosis, an intelligent air bag cervical traction device is designed. The tractor adopts the functions of automatic inflation and timed deflation. Users can set the traction time and weight according to their own conditions through the mobile phone client to realize the traction treatment scheme guided by artificial intelligence. After the automatic inflation, the air bag and the air pressure system can be separated quickly through the pneumatic connector. During the traction process, the patient can move freely and use comfortably. Safety protection control program is set in the tractor system to ensure the safety of patients. The traction device is used to prevent and treat various types of cervical spondylosis and compression symptoms caused by cervical spondylosis, and realizes intelligent.