Table Lifting Mechanism Design for Medical Surgery Application base on Human Force Driven

Abstract

The paper deals with a concept of lifting mechanisms for surgery tables powered by human force only. The issue is to design a simple surgery table without any use of electricity or hydraulic equipment. The lifting mechanism of the table is based purely on mechanical components and is driven by a human power. Force and kinematical relation was stated and evaluated for medical and veterinary usage of surgery tables. Two concepts of the lifting mechanism are introduced and investigated.

Deep learning‐based intraoperative video analysis for supporting surgery

“…Surgeons operate on a local site of the human body using specific medical instruments to remove or repair damaged tissues, transfer tissues or organs, implant medical devices, relieve pain, and improve body function or appearance. [1][2][3] With the rapid development of surgical care, surgical application areas are expanding, and medical instruments are becoming more advanced. However, as surgery is invasive medical treatment, some complications still exist.…”