Dikirim oleh Nikolaos Papadimitriou
1. By ordering the patient to place the joint of interest in new position you notice that spheres are moving attached to the printed markers over the skin continuously in Augmented Reality environment, simultaneously measuring the angle subtended between the three spheres.
2. The dynamic nature or the app is that once the markers are recognised and captured, the three spheres are moving according to patient joint movement live and continuously following simultaneously the new position of each marker.
3. The ability to integrate-regardless of the camera position - live imagery and measure live the angles and estimating the range of motion by using as references certain printed reference markers concurrently makes the app a simple and useful tool.
4. - determine the most accurate possibly way, in Augmented Reality (AR) directly angles, range of motion all dynamically while the patient is moving the joint of interest.
5. This powerful feature offers a great help to surgeon in an effort to record in real time and in augmented reality the motion of the joint, and measure the range of the motion.
6. Coloured spheres appear in AR over the printed Qrcode printed attached markers over the joint of interest which are moved respectively following the joint movement in real world.
7. - marking points by pressing a key is not necessary, seeing the joint of interest tagged manually before by the printed unique QR codes images markers in screen, three points are captured and recognised immediately.
8. The measured angles and the complimentary values between the cylinders are printed continuously over the screen, while the minimum and maximum value and the total range of motion, are printed and updated also continuously.
9. The app is not a simple goniometer, is an enhanced product which helps to monitor objectively in real time the joint movements and evaluate live optimally the range of motions.
10. The combination of Augmented Reality environment and live monitoring the range of movement offers a new dimension in clinical examination.
11. Range of motion by measuring angles is frequent need in every day clinical tasks during patient examinations by orthopaedic surgeons, physicians, physical therapists and veterinarians.
Periksa Aplikasi atau Alternatif PC yang kompatibel
| App | Unduh | Peringkat | Diterbitkan oleh |
|---|---|---|---|
|
DynamicGoniometerAR
|
Dapatkan Aplikasi atau Alternatif ↲ | 1 2.00
|
Nikolaos Papadimitriou |
Atau ikuti panduan di bawah ini untuk digunakan pada PC :
Pilih versi PC Anda:
Persyaratan Instalasi Perangkat Lunak:
Tersedia untuk diunduh langsung. Unduh di bawah:
Sekarang, buka aplikasi Emulator yang telah Anda instal dan cari bilah pencariannya. Setelah Anda menemukannya, ketik DynamicGoniometerAR di bilah pencarian dan tekan Cari. Klik DynamicGoniometerARikon aplikasi. Jendela DynamicGoniometerAR di Play Store atau toko aplikasi akan terbuka dan itu akan menampilkan Toko di aplikasi emulator Anda. Sekarang, tekan tombol Install dan seperti pada perangkat iPhone atau Android, aplikasi Anda akan mulai mengunduh. Sekarang kita semua sudah selesai.
Anda akan melihat ikon yang disebut "Semua Aplikasi".
Klik dan akan membawa Anda ke halaman yang berisi semua aplikasi yang Anda pasang.
Anda harus melihat ikon. Klik dan mulai gunakan aplikasi.
Dapatkan APK yang Kompatibel untuk PC
| Unduh | Diterbitkan oleh | Peringkat | Versi sekarang |
|---|---|---|---|
| Unduh APK untuk PC » | Nikolaos Papadimitriou | 2.00 | 4.0 |
Unduh DynamicGoniometerAR untuk Mac OS (Apple)
| Unduh | Diterbitkan oleh | Ulasan | Peringkat |
|---|---|---|---|
| $26.99 untuk Mac OS | Nikolaos Papadimitriou | 1 | 2.00 |
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