Method for carrying out automatic 3D pillow printing according to medical data

Abstract

The invention relates to the fields of 3D printing, medical treatment and health preservation, and specifically discloses a method for carrying out automatic 3D pillow printing according to medical data. A support layer and an elastic layer are comprised; the elastic layer is a layer of pillowcase sleeving outside the support layer and made from an elastic material; and the support layer is formedthrough automatic 3D printing and according to medical data, and is automatically printed-formed through the steps of data acquisition, image reconstruction, 3D model export, and printing forming. According to the method, each customer can customize the own most suitable pillow through the pillow support layer formed through 3D printing and with regard to human body model data, and the elastic layer chosen according to the weight of the head; and the most suitable head support can be provided for people in various sleeping postures by forming an afterbrain groove, a left face groove and a right face groove separately, so that the neck pressure of people during sleeping is effectively alleviated.

Description

technical field [0001] The invention relates to the fields of 3D printing and medical health preservation, and specifically discloses a method for automatically 3D printing a pillow according to medical data. Background technique [0002] With the development of modern medical technology and the maturity of 3D printing technology, conditions are provided for the application of 3D printed products in the medical and health care industry. [0003] With the change of modern office conditions, more and more people have changed from traditional manual labor to office labor. Sitting in the office all day and working with computers and documents, it is easier to get cervical spondylosis. [0004] Sleep accounts for almost one-third of human life, and a suitable pillow can effectively prevent and treat cervical spondylosis and relieve the pressure on people's neck. However, traditional pillows are generally produced and processed by a unified factory. The size, shape and elasticity...

AI Technical Summary

Problems solved by technology

However, traditional pillows are generally produced and processed by a unified factory. The size, shape and elasticity of similar products are uniform. It is difficult for customers to choose a pillow that suits them. When lying on the right side, the required pillow height and elasticity are different according to the shoulder width and head weight of the human body

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