Electronic occlusion ergograph and thin film type sensor measuring head preparing method thereof

Abstract

The invention discloses an electronic occlusion ergograph and a thin film type sensor measuring head preparing method thereof. The electronic occlusion ergograph comprises a handheld type ergograph main machine. The front end of the ergograph main machine is connected with a thin film type sensor measuring head through a pressure signal scanning head. The ergograph main machine collects occlusion force electrical signals detected by the thin film type sensor measuring head in a scanning way and transmits the signals to a terminal data processor. The terminal data processor is used for analyzing, storing and displaying occlusion force. The thin film type sensor measuring head comprises a conducting layer made by mixture of restorability macromolecular materials and nanoscale carbon particles. One surface of the conducting layer is provided with a transverse conducting electrode, and the other surface of the conducting layer is provided with a longitudinal conducting electrode. Intersection between the transverse conducting electrode and the longitudinal conducting electrode and the conducting layer form a pressure measuring minimum unit. Insulation thin films cover the surfaces of the transverse conducting electrode and the longitudinal conducting electrode. When the electronic occlusion ergograph is used, a food colouring layer is further attached to the surfaces of the insulation thin films.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows an electronics sensor called Electronic Occlusion Force Measurement (EO) to measure how well people's teeth fit together during sleeping movements. It provides detailed measurements on these movement patterns over time without causing damage from dentistry procedures such as drilling holes into bone tissue. These devices have several technical benefits: they accurately detect when someone bit their teeth with them while still being able to move around freely; they allow users to see what happens inside their mouth before making changes due to factors like breathing or eating food; and they help researchers study different types of behavior related to crowning.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving accurate measurements of occlusion forces associated with dentistry treatments like root canal filling procedures. Current systems rely heavily on manual labor due to their limitations including imprecision in placement location and potential injury risk. Therefore, new techniques aim towards more efficient and reliable assessment tools would improve patient outcomes through better precision and consistency across multiple patients.

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