Trinity high-sensitivity inductive visual operation bed

Abstract

The invention discloses a trinity high-sensitivity inductive visual operation bed, which comprises a bed board and a mattress laid on the bed board, wherein the mattress comprises a flexible sensing layer and an elastic supporting layer arranged below the flexible sensing layer, a plurality of pressure sensors for monitoring the pressure of each contact part of a human body and the flexible sensing layer, a plurality of temperature sensors for monitoring the temperature of each contact part of the human body and the flexible sensing layer, and a plurality of humidity sensors for monitoring thehumidity of each contact part of the human body and the flexible sensing layer. are embedded in the flexible sensing layer, the operation bed can dynamically monitor the body surface pressure, the temperature and the humidity of the pressure part of a patient, is used to arrange the operation position before surgery, adjust the position of the secondary operation during the operation, and determine the safety of the operation position through intuitive data and visual images, and can improve the safety of the operation position by improving the local microenvironment, thereby preventing the occurrence of complications such as operation crushed injury, nerve injury and the like.

Description

technical field [0001] The invention relates to the technical field of operating beds, in particular to a three-in-one high-sensitivity induction-type visual operating bed. Background technique [0002] The operating bed is the most basic medical facility required by the surgical team to perform the operation, and is the most important tool for the positioning of the surgical patient. Surgical positioning is the most important first step in surgery. It not only ensures the exposure of the surgical field, but also protects the nerves and skin of the patient's compressed parts and maintains the functional position of the limbs. Improper surgical positioning can lead to surgical crush, nerve, muscle, joint, and vascular injury, and skin edema. Compression and stretching of surrounding tissues are one of the root causes of surgical complications. [0003] At present, the structure of the operating bed is simple. It can only adjust the angle of the operating bed, and cannot moni...

AI Technical Summary

Problems solved by technology

Therefore, it is easy to cause excessive pressure on the surface of the compressed part, excessive stretching of the limbs, etc., which is prone to surgical complications such as intraoperative crush injury and intraoperative nerve injury

In addition, the existing operating bed has a single function, does not have a health care function, and cannot relieve the patient's pain

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