Measurement technique for the evidence to biomechanical events. A digitale anglingdevice (Goniometer) to show headrotation. Evidenc evaluation & success dokumentation

Field of application:

HMSU(Head-Mounted-Support-Unit) has been developed to show that shoes, insoles and plenty more has an evidence for our body. The appointment is easy, quick and very exact. Measurements are compareable as beeing fixed to an external point. The Device: The device, including sensor and laser, is linked with a pc-unit. It saves the recorded data and presents them in realtime on screen. Less weight makes shure that there is no interference while working. Clients-Mask: Here, the clients/patients were setted. Enough place for notices. Although is handled as searching-mask. Measurements: Here you can see some measurements, done one by one. Fixed with the done akt is: - date, time, - start-position (V°), - left-rotation (L°) and - right-rotation (R°). behind are two colums for further notice. Easy-done, focused dokumentation to - treatment - therapie process and - success dokumentation.

Unfortunately, no publisher is interested in this study. I also can't afford to pay 3 reviewers, so I decided to publish the study here on my website. This makes it accessible to everyone. You can download it, including all the appendices, as a pdf file. LG, M. Weiß Proof of efficacy for the medicalcare of aids: Can the body's own biomechanics provide significant measurable evidence of effect in the fitting of insoles?Parallelstudy 2023 Parallelstudie 2023 Michael Weiß OSM (Master Orthopaedic Shoemaker, Chamber of Crafts, Munich) Abstract: Introduction: Everyone wears insoles in their shoes,.... sooner or later! How can the insert with the "best" effect be quantified for the patient? This study seeks to answer this question by using the degree of head rotation ability. Question: As a result of orthotic fittings, head rotation ability does not (H0), or does (H1) change? Material and Methods: With a digital angle measuring device (HMSU) head and neck rotation can be visualised. The parallel study examines existing data from individuals, collected from 2016 to 2022 with the HMSU, in the context of everyday insole fittings. Compared were barefoot measurement (B) to measurement with fitted insoles (nE) from 1439 persons. Results: The comparison was able to show a strong increase in the degree of head rotation with an average improvement of 44°, thus supporting H1. This also provides strong proove to manipulations, carried out under the feet affect the biomechanics of the vertically running muscle chains, culminating at the head. Diskussion: Possible issius regarding the measurement process and the use of the measuring device are discussed, as well as possible influences that could interfere with the data collection. By transferring this measurement application (HMSU) to other fittings, a better and resource-saving rehabilitation of patients could be achieved.