TR202020407A2

TR202020407A2 - POSTING DISORDER DETECTION SYSTEM

Info

Publication number: TR202020407A2
Application number: TR2020/20407A
Authority: TR
Inventors: Elmas Fahretti̇n; Saran Mesut
Original assignee: Turkcell Technology Research And Development Co
Priority date: 2020-12-14
Filing date: 2020-12-14
Publication date: 2021-01-21

Abstract

Bu buluş, elektronik cihazlar (2) üzerinde bulunan çeşitli sensörlerden elde edilen verilerin analiz edilerek mobil cihaz kullanıcılarının duruş bozukluklarının tespit edilmesini ve kullanıcıların uyarılmasını sağlayan bir sistem (1) ile ilgilidir.The present invention relates to a system (1) that enables the detection of posture disorders of mobile device users and warns the users by analyzing the data obtained from various sensors on the electronic devices (2).

Description

TARIFNAME Teknik Alan Bu bulus, mobil cihazlar üzerinde bulunan çesitli sensörlerden elde edilen verilerin analiz edilerek mobil cihaz kullanicilarinin durus bozukluklarinin tespit edilmesini ve kullanicilarin uyarilmasini saglayan bir Sistem ile ilgilidir. Önceki Teknik Günümüzde teknolojinin hizla gelismesi ve hayatin her alaninda teknoloji kullaniminin artmasiyla birlikte kisilerin söz konusu teknoloji ürünlerine erisebilmelerini saglayan cep telefonu, tablet bilgisayar seklindeki elektronik cihazlar ile geçirdikleri süreler de büyük oranda artmaktadir. Elektronik cihazlar ile fazla vakit geçiren kisiler göz bozukluklari hatta durus bozukluklari seklinde çesitli saglik sorunlari yasayabilmektedirler. DESCRIPTION Technical Area This invention is based on data obtained from various sensors on mobile devices. By analyzing the posture disorders of mobile device users, and a System that provides warning of users. Prior Art Today, the rapid development of technology and technology in all areas of life With the increase in the use of technology, people's electronic devices in the form of mobile phones, tablet computers that enable them to access The amount of time they spend with devices also increases significantly. with electronic devices People who spend a lot of time can have various eye disorders and even posture disorders. they may experience health problems.

Teknigin bilinen durumunda elektronik cihazlarla geçirilen sürelerin cihazlar üzerinde yürütülen arka plan uygulamalari araciligi ile tespit edilebilmesi ve belirli standartlara göre belirlenmis esik degerdeki süreleri asan kullanicilarin uyarilmasi saglanmaktadir. Ancak söz konusu sistemlerde kullanicilar elektronik Cihaz ile ne kadar vakit geçirdiklerini ögrenebilseler de bu durumun yarattigi zararli etkiyi kavrayamamakta ve cihaz kullanimina devam edebilmektedirler. In the state of the art, the time spent with electronic devices can be detected by background applications running on it and Warning of users who exceed the threshold values determined according to the standards is provided. However, in these systems, what do the users do with the electronic device? Although they can learn how much time they spend They cannot comprehend and continue to use the device.

Bu sebeple mevcut teknikte bulunan çalismalar ve eksiklikler göz önünde bulunduruldugunda, elektronik cihazlar üzerinde bulunan çesitli sensörler araciligiyla kullanicilara iliskin toplanan verilerin analiz edilerek kullanicilarda durus bozukluklarina sebep olabilecek yanlis kullanici duruslarinin tespit edi Iebilmesini ve kullanicilarin uyarilmasini saglayan bir sisteme ihtiyaç duyuldugu anlasilmaktadir. dokümaninda kullanici durus açisini bir cihaz araciligiyla ölçülerek iyilestirilmesini saglayan `bir sistemden bahsedilmektedir. Söz konusu Japon patent dokümaninda kitap Okurken ve/veya elektronik cihaz kullanirken durusunun iyilestirilinesini saglamak üzere kullanilan durus izleme cihazinda; en az bir sensör, sensörden alinan veriler dogrultusunda kullanicinin boyun açisinin belirlenmesini saglayan bir açi elde etme birimi, kullaniciyi bilgilendirilmesini saglayan bir uyari birimi içermektedir . Söz konusu bulusta bahsedilen durus izleme cihazi, bir islemci, depolama birimi, ekran, dokunmatik panel ve/veya dügme, hizlanma sensörü, jiroskop gibi bir sensör, titresim elemani ve hoparlör ile donatilmis akilli telefon Bulusun Kisa Açiklamasi Bu bulusun amaci, elektronik cihazlar üzerinde bulunan çesitli sensörlerden elde edilen verilerin analiz edilerek mobil cihaz kullanicilarinin durus bozukluklarinin tespit edilmesini ve kullanicilarin uyarilmasini saglayan bir sistem gerçeklestirmektir. For this reason, the studies and deficiencies in the current technique should be taken into consideration. various sensors on electronic devices By analyzing the data collected about the users through Detection of incorrect user postures that may cause posture disorders There is a need for a system that allows users to is understood. In the document, it is aimed to improve the user posture angle by measuring it through a device. It is mentioned that a system that provides In the Japanese patent document in question improve posture while reading books and/or using electronic devices in the posture monitoring device used to provide; at least one sensor a system that allows the determination of the neck angle of the user in accordance with the received data. angle acquisition unit, a warning unit that informs the user contains . The posture monitoring device mentioned in the said invention is a processor, storage unit, display, touch panel and/or button, acceleration sensor, smartphone equipped with a sensor such as a gyroscope, vibration element and speaker Brief Description of the Invention The aim of this invention is to obtain from various sensors on electronic devices. By analyzing the data obtained, it is possible to determine the posture disorders of mobile device users. a system that allows detection and warning of users is to perform.

Bulusun Ayrintili Açiklamasi Bu bulusun amacina ulasmak için gerçeklestirilen “Durus Bozuklugu Tespit Sistemi” Sekil 1 Bulus konusu sistemin sematik görünüsüdür. Detailed Description of the Invention In order to achieve the purpose of this invention, “Attitude Disorder Detection System” Figure 1 is the schematic view of the system that is the subject of the invention.

Sekilde yer alan parçalar tek tek numaralandirilmis olup, bu numaralarin karsiliklari asagida verilmistir: 1. Sistem 2. Elektronik cihaz 3. Ivmeölçer 4. Jiroskop sensörü . Yakinlik sensörü 6. Kamera 7. Veritabani 8. Sunucu Elektronik cihazlar üzerinde bulunan sensörlerden elde edilen verilerin analiz edilerek cihaz kullanicilarinin durus bozukluklarinin tespit edilmesini ve kullanicilarin uyarilmasini saglayan bulus konusu sistem (1); -herhangi bir uzak iletisim protokolünü kullanarak veri alisverisi gerçeklestirmek üzere yapilandirilan en az bir elektronik cihaz (2), -elektronik cihaz (2) üzerinde konumlandirilan, en azindan elektronik cihazin (2) hareket halinde olup olmadigini tespit etmek üzere yapilandirilan en az bir iVmeölçer (3), -elektronik cihaz (2) üzerinde konumlandirilan, en azindan elektronik cihazin (2) kullanim yönü ve açisini tespit etmek üzere yapilandirilan en az bir j iroskop sensörü -elektronik cihaz (2) üzerinde konumlandirilan, en azindan kullanicinin elektronik cihaza (2) olan mesafesini ve durus açisini tespit etmek üzere yapilandirilan en az bir yakinlik sensörü (5), -elektronik cihaz (2) üzerinde konumlandirilan, en azindan elektronik cihaz (2) kullanicisina iliskin görüntü alinak üzere yapilandirilan en az bir kamera (6), -içerisinde elektronik cihaz (2) üzerinde yer alan sensörlerden elde edilen verileri ve analiz verileri ni kayit altinda tutmak üzere yapilandirilan en az bir veri tabani (7] -elektronik Cihaz (2) ile herhangi bir iletisim protokolünü kullanarak iletisim kurmak ve veri alisverisi gerçeklestirmek, veri tabanina (7) erisebilmek ve veri tabanini (7) yönetmek, elektronik cihaz (2) ile kurulan iletisim üzerinden ivmeölçer (3lI iiroskop sensörü (4), yakinlik sensörü (5) ve kameradan (6) alinan verileri isleyerek elektronik cihaz (2) kullanicisinin kullanim sekillerini tespit etmek, tespit edilen kullanim sekilleri için kullanim süresi belirlemek, kullanici durus bozukluklarini tespit etmek ve bir uyari bildirimi olusturarak herhangi bir iletisim kanali araciligi ile kullanicilara iletilmesini saglamak üzere yapilandirilan en az bir sunucu (8) içermektedir. The parts in the figure are numbered one by one and the corresponding numbers are given below: 1. System 2. Electronic device 3. Accelerometer 4. Gyroscope sensor . proximity sensor 6. Camera 7. Database 8. Server Analysis of data obtained from sensors on electronic devices detecting posture disorders of device users and system (1), which is the subject of the invention, which provides warning of users; -Exchanging data using any remote communication protocol at least one electronic device (2) configured to - at least the electronic device (2) positioned on the electronic device (2) at least one device configured to detect if it is in motion. accelerometer (3), - at least the electronic device (2) positioned on the electronic device (2) At least one gyro sensor configured to detect direction and angle of use - at least the user's electronic device located on the electronic device (2) configured to detect the distance and stance angle from the device (2). a proximity sensor (5), - at least the electronic device (2) located on the electronic device (2) at least one camera (6) configured to take images of its user, -Data obtained from the sensors on the electronic device (2) and at least one database configured to record analysis data (7] -Communication with the electronic Device (2) using any communication protocol to establish and exchange data, to access the database (7) and to to manage the base (7), the accelerometer via communication with the electronic device (2). (Data received from the 3lI iroscope sensor (4), the proximity sensor (5) and the camera (6) To determine the usage patterns of the electronic device (2) user by processing, to detect determining the usage time for the usage patterns, user attitude detecting malfunctions and creating a warning notice to prevent any communication at least one that is configured to be transmitted to users via the contains the server (8).

Bulus konusu sistemde (1) yer alan elektronik cihaz (2), üzerinde en az bir ivmeölçer (3), en az bir jiroskop sensörü (4), en az bir yakinlik sensörü (5) ve en az bir kamera (6] bulundurmak üzere yapilandirilan akilli telefon, tablet bilgisayar, masa üstü bilgisayar veya tasinabilir bilgisayar seklinde bir cihazdir. Söz konusu elektron ik cihaz (2) ses çikisini saglayan hoparlörlere ve tus veya dokunmatik ekran seklindeki bir girdi birimine sahiptir. Elektronik cihaz (2), teknigin bilinen durumunda yer alan herhangi bir uzak iletisim protokolünü kullanarak sunucu (8) ile iletisim kurmak ve kurulan bu iletisim üzerinden sunucu (8) ile veri alisverisi gerçeklestirmek üzere yapilandirilmaktadir. Bulusun tercih edilen düzenlemesinde elektronik cihaz (2), ivmeölçer (3), jiroskop sensörü (4), yakinlik sensörü (5) ve kameradan (6] elde edilen verilerin sunucuya (8) iletilmesini saglamak üzere yapilandirilmaktadir. Söz konusu elektronik cihaz (2] üzerinde uyari bildirimleri gösterilmesini saglamak üzere yapilandirilmaktadir. The electronic device (2) in the system (1), which is the subject of the invention, must have at least one accelerometer (3), at least one gyro sensor (4), at least one proximity sensor (5), and at least one smartphone, tablet computer, It is a device in the form of a desktop computer or a portable computer. Aforementioned electronic device (2) has speakers that provide sound output and a key or touch screen It has an input unit of the form. Electronic device (2), prior art server (8) using any remote communication protocol in the state to communicate with and exchange data with the server (8) over this communication. is structured to do so. In the preferred embodiment of the invention electronic device (2), accelerometer (3), gyroscope sensor (4), proximity sensor (5) and to transmit the data obtained from the camera (6) to the server (8). is being configured. Warning notices on the said electronic device (2) configured to display.

Bulus konusu sistemde (1) yer alan ivmeölçer (3), elektronik cihaz (2) üzerinde konumlandirilmakta olup en azindan elektronik cihazin (2) sabit durdugunu veya hareketli bir durumda olup olmadigini tespit etmek üzere yapilandirilmaktadir. Söz konusu ivmeölçer (3) elektronik cihazin (2) hem yönünün hem de hizinin zamana göre degisimini gösteren ivme etkisini ölçmek üzere yapilandirilmaktadir. The accelerometer (3) in the system (1), which is the subject of the invention, is on the electronic device (2). at least the electronic device (2) is stationary or It is configured to detect whether it is in a moving state. Promise The accelerometer (3) in question determines both the direction and speed of the electronic device (2) over time. It is configured to measure the effect of acceleration showing the change with respect to

Ivmeölçer (3), elektronik cihazin (2) dik veya yatay konumunu referans alarak olusan hareket degisimlerini tespit etmek üzere yapilandirilmaktadir. Bulusun tercih edilen düzenlemesinde ivmeölçer (3), elektronik cihazin (2) sabit bir ortamda konumlandirildigini mi yoksa hareketli olarak elde mi kullanildigini tespit etmek üzere yapilandirilmaktadir. Ivmeölçer (3) elde ettigi verileri elektronik cihaz (2) üzerinden sunucuya (8) iletmek üzere yapilandirilmaktadir. The accelerometer (3) takes the vertical or horizontal position of the electronic device (2) as reference. It is configured to detect motion changes that occur. find it In its preferred embodiment, the accelerometer (3) is the electronic device (2) in a stable environment. Detecting whether it is positioned or hand-held in motion is configured to. Accelerometer (3) receives data from electronic device (2) It is configured to transmit to the server (8) over the Internet.

Bulus konusu sistemde (1) yer alan jiroskop sensörü (4), elektronik Cihaz (2) üzerinde konumlandirilmakta olup en azindan elektronik cihazin (2) durus yönünü ve açisini tespit etmek üzere yapilandirilmaktadir. Söz konusu jiroskop sensörü (4), elektronik cihazin (2) degisen tutus açilarini tespit etmek üzere yapilandirilmaktadir. Jiroskop sensörü (4) elde ettigi verileri elektronik cihaz (2) üzerinden sunucuya (8) iletmek üzere yapilandirilmaktadir. The gyroscope sensor (4) in the inventive system (1), electronic device (2) It is positioned on the electronic device (2), at least in the stance direction. and is configured to detect its angle. Said gyroscope sensor (4), to detect the changing grip angles of the electronic device (2). is being configured. The gyroscope sensor (4) receives the data from the electronic device (2) It is configured to transmit to the server (8) over the Internet.

Bulus konusu sistemde (1) yer alan yakinlik sensörü (5), elektronik cihaz (2) üzerinde konumlandirilmakta olup en azindan kullanicinin elektronik cihaza (2) olan mesafesini ve durus açisini tespit etmek üzere yapilandirilmaktadir. Söz konusu yakinlik sensörü (5), elektronik cihazin (2) ön tarafinda konumlandirilmakta olup elektronik cihaz (2) önünde bir kullanici varligini tespit etmek üzere yapilandirilmaktadir. Yakinlik sensörü (5) elde ettigi verileri elektronik cihaz (2) üzerinden sunucuya (8) iletmek üzere yapilandirilmaktadir. Proximity sensor (5), electronic device (2) in the inventive system (1) is located on the electronic device (2) It is configured to detect the distance and stance angle. Promise The proximity sensor (5) in question is located on the front of the electronic device (2). is positioned and detects the presence of a user in front of the electronic device (2). is configured to do so. The data obtained by the proximity sensor (5) it is configured to transmit to the server (8) over the electronic device (2).

Bulus konusu sistemde (1) yer alan kamera (6) elektronik Cihazin (2) ön tarafinda konumlandirilmakta olup en azindan elektronik cihaz (2) kullanicisinin yüz görüntüsünü almak üzere yapilandirilmaktadir. Söz konusu kamera (6) elde ettigi kullanici yüz görüntü verilerini elektronik cihaz (2) üzerinden sunucuya (8) iletmek üzere yapilandirilmaktadir, Bulus konusu sistemde (1) yer alan veri tabani (7) sunucu (8) ile iletisim halinde olup sunucu (8) tarafindan yönetilmek üzere yapilandirilmaktadir. Söz konusu veri tabani (7) içerisinde elektronik cihaz (2) üzerinde bulunan ivmeölçer (3), jiroskop sensörü (4), yakinlik sensörü (5) ve kameranin (6) elde ettigi verileri elektronik cihaz (2) kullanicisina iliskin ayirt edici bir tekil kimlik bilgisi ile kayit altinda tutmak üzere yapilandirilmaktadir. Söz konusu veri tabani (7) içerisinde ivmeölçer (3), jiroskop sensörü (4), yakinlik sensörü (5) ve kameranin (6) elde ettigi verileri ve elektronik cihaz (2) kullanim sürelerini elektronik cihaz (2) kullanicisinin kon u m bilgisi, yasi, meslegi seklindeki bilgilerle eslestirilmis bir sekilde kayit altinda tutmak üzere yapilandirilmaktadir. Veri tabani (7) içerisinde sunucunun (8) sensörlerden toplanan verileri isleyerek elde ettigi analiz verilerini kayit altinda tutmak üzere yapilandirilmaktadir. The camera (6) in the system (1), which is the subject of the invention, is on the front of the electronic device (2). It is located at least in front of the face of the electronic device (2) user. is configured to take the image. The camera (6) in question obtained transmitting the user face image data to the server (8) via the electronic device (2) is configured to The database (7) in the system (1) which is the subject of the invention is in communication with the server (8). and is configured to be managed by the server (8). The data in question The accelerometer (3) located on the electronic device (2) in its base (7), gyroscope The data obtained by the sensor (4), the proximity sensor (5) and the camera (6) electronically The device (2) is registered with a distinctive unique identity information of its user. is configured to hold. The accelerometer in the said database (7) (3), the gyroscope sensor (4), the proximity sensor (5), and the camera (6) and electronic device (2) usage times according to the location of the electronic device (2) user. registered in a way that is matched with information such as knowledge, age, occupation is configured to hold. In the database (7), the server (8) recording the analysis data obtained by processing the data collected from the sensors. is configured to hold.

Bulus konusu sistemde (1) yer alan sunucu (8), teknigin bilinen durumunda yer alan herhangi bir uzak iletisim protokolünü kullanarak elektronik cihaz (2) ile iletisim kurmak ve kurulan bu iletisim üzerinden elektronik cihaz (2) üzerinde konumlandirilan ivmeölçer (3), jiroskop sensörü (4), yakinlik sensörü (5) ve kamera (6) ile veri alisverisi gerçeklestirmek üzere yapilandirilmaktadir. Bulusun tercih edilen düzenlemesinde sunucu (8), elektronik cihaz (2) ile Internet seklindeki bir Veri sebekesi üzerinden iletisim kurmak üzere yapilandirilmaktadir. Sunucu (8), veri tabani (7) içerisine yeni veri kaydi yapilmasi, veri tabani ( 7) içerisindeki kayitli verilerin Si | inmesi, veri tabani (7) içerisindeki kayitli verilerin degistirilmesi ve veri tabani (7) içerisindeki kayitli verilerin güncellenmesi seklindeki islemlerle veri tabanini (7) yönetmek ve veri tabani (7) içerisindeki verilere erisebilmek üzere yapilandirilmaktadir. Sunucu (8), elektronik cihaz (2) ile kurulan iletisim üzerinden ivmeölçer (3), jiroskop sensörü (4), yakinlik sensörü (5) ve kameradan (6) alinan verileri isleyerek elektronik cihaz (2) kullanicisinin elektronik cihaz (2) kullanimi esnasindaki durus sekillerini ve açisini tespit etmek üzere yapilandirilmaktadir. Söz konusu sunucu (8), ivmeölçer (3), jiroskop sensörü (4) ve yakinlik sensöründen (5) elde edilen tüm ölçüm verilerinin elektronik cihaz (2) aktif kullanimdayken yapilmasi için kameradan (6) alinan görüntü verilerini görüntü isleme teknikleri ile isleyerek kullanici yüzünü tespit etmek ve kullanicinin elektronik cihaz (2) ekranina bakip bakmadigmi belirlemek üzere yapilandirilmaktadir. Sunucu (8), kullanicinin elektronik cihaz (2) ekranina baktigini ve cihazin aktif kullanimda oldugunu tespit ederse ivmeölçerden (3) ve jiroskop sensöründen (4) alinan verileri isleyerek cihazin dik veya yatay konumda kullanilip kullanilmadigini tespit etmek üzere yapilandirilmaktadir. Sunucu (8), tespit edilen elektronik cihaz (2) kullanim yönü dogrultusunda jiroskop sensöründen (4) elde edilen verileri isleyerek Cihazin kullanim yönüne göre yer ile olusturdugu açiyi tespit etmek üzere yapilandirilmaktadir. Sunucu (8), elektronik Cihazin (2) yer ile olusturdugu açimn dereceden yüksek bir degere sahip oldugunu tespit ederse elektronik cihazin (2) tespit edilen açidaki kullanim süresini tespit etmek ve veri tabanina (7) kaydetmek üzere yapilandirilmaktadir. Sunucu (8), hesaplanan süreyi veri tabani (7) içerisinde kayit altinda tutulan benzer demografik özelliklere sahip kullanicilara iliskin kullanim sürelerinin ortalama degeri ile karsilastirarak hesaplanan sürenin ortalama degerden yüksek olup olmadigini tespit etmek üzere yapilandirilmaktadir. Sunucu (8) elektronik cihazin (2) yer ile 30 derecelik bir açi ile kullanildigini tespit ettigi kullanici için hesaplanan kullanim süresinin ortalama degerden yüksek oldugunu tespit ederse bir uyari bildirimi olusturmak ve herhangi bir iletisim kanali araciligi ile elektronik cihaza (2) iletmek üzere yapilandirilmaktadir. Sunucu (8) yakinlik sensöründen (5) elde edilen veriler dogrultusunda elektronik cihaz (2) kullanicisinin elektronik cihazi (2) kullanim mesafesini tespit etmek ve elektronik cihaz (2) kullanim mesafesini belirli bir esik deger ile karsilastirmak üzere yapilandirilmaktadir. Sunucu (Sl elektronik cihaz (Zi kullanim mesafesinin esik degerin alinda bir deger oldugunu ve kullanicinin elektronik cihaza (2) çok yakin bir mesafede oldugunu tespit ederse elektronik cihazin (2) söz konusu mesafede kullanilma süresini belirlemek üzere yapilandirilmaktadir. Sunucu (8), elektronik cihazin (2) çok kisa bir mesafeden kullanildigini tespit ettigi kullanici için hesaplanan süreyi veri tabani (7) içerisinde kayit altinda tutulan benzer demografik özelliklere sahip kullanicilara iliskin kullanim sürelerinin ortalama degeri ile karsilastirarak hesaplanan sürenin ortalama degerden yüksek olup olmadigini tespit etmek üzere yapilandirilmaktadir. Sunucu (8) elektr0nik cihazin (2) çok kisa bir mesafeden kullanildigini tespit ettigi kullanici için belirlenen kullanim süresinin veri tabani (7) içerisinde kayit altinda tutulan ortalama degerden yüksek oldugunu tespit ederse bir uyari bildirimi olusturmak ve herhangi bir iletisim kanali araciligi ile elektronik cihaza (2) iletmek üzere yapilandirilmaktadir. The server (8) in the system (1), which is the subject of the invention, is in the state of the art. communication with the electronic device (2) using any remote communication protocol on the electronic device (2) via this communication. positioned accelerometer (3), gyro sensor (4), proximity sensor (5) and camera It is configured to perform data exchange with (6). Find your choice In its embodiment, the server (8), electronic device (2) and an Internet It is configured to communicate over a data network. Server (8), Recording a new data in the database (7), the registered data in the database (7) data Si | downloading, changing the recorded data in the database (7) and data with operations such as updating the recorded data in the base (7). to manage the database (7) and to access the data in the database (7). is being configured. The server (8), over the communication with the electronic device (2) accelerometer (3), gyro sensor (4), proximity sensor (5) and camera (6) the use of the electronic device (2) by the user of the electronic device (2) by processing the data It is configured to detect postures and angles during Promise from the server (8), accelerometer (3), gyroscope sensor (4) and proximity sensor (5) All measurement data obtained while the electronic device (2) is in active use. image data taken from the camera (6) with image processing techniques to make to detect the user's face by processing and display it to the electronic device (2) screen of the user. It is configured to determine whether it is looked at or not. Server (8), user's detects that you are looking at the electronic device (2) screen and that the device is in active use. if so, by processing the data received from the accelerometer (3) and the gyroscope sensor (4) to detect whether the device is used in a vertical or horizontal position. is being configured. Server (8), detected electronic device (2) usage direction by processing the data obtained from the gyroscope sensor (4) in line with the to determine the angle it forms with the ground according to the direction of use. is being configured. The Server (8), the angle formed by the electronic Device (2) with the ground the electronic device (2) if it determines that it has a value higher than to determine the period of use in the detected gap and to save it in the database (7) is configured to. The server (8) stores the calculated time in the database (7). regarding registered users with similar demographic characteristics the average of the time calculated by comparing it with the average value of the periods of use It is configured to detect whether it is higher than the value. Server (8) detects that the electronic device (2) is being used at an angle of 30 degrees to the ground. The usage time calculated for the user is higher than the average value. detects it, to create an alert notification and through any communication channel. It is configured to transmit to the electronic device (2) via Server (8) proximity in accordance with the data obtained from the sensor (5) of the user of the electronic device (2). to detect the distance of use of the electronic device (2) and to detect the electronic device (2) to compare the range of use with a certain threshold value. is being configured. Server (Sl electronic device (threshold of Zi usage distance) that the value is below the value and that the user is too close to the electronic device (2). If it detects that the electronic device (2) is at a distance of It is configured to determine the period of use. Server (8), electronic for the user who has detected that the device (2) is being used from a very short distance. similar demographic data recorded in the database (7) with the average value of usage times for users with determine whether the time calculated by comparison is higher than the average value. is configured to do so. The server (8) is a very short version of the electronic device (2). the duration of use determined for the user that it detects being used from a distance. It is higher than the average value recorded in the database (7). detects it, to create an alert notification and through any communication channel. It is configured to transmit to the electronic device (2) via

Bulus konusu Sistem (1) sayesinde, elektronik cihazlar üzerinde bulunan çesitli sensörler araciligiyla kullanicilara iliskin toplanan verilerin analiz edilerek kullanicilarda durus bozukluklarina sebep olabilecek yanlis kullanici duruslarinin tespit edilebilmesi ve kullanicilarin uyarilmasi saglanmaktadir. Thanks to the System (1), which is the subject of the invention, various By analyzing the data collected about users through sensors, incorrect user postures that may cause posture disorders in users. can be detected and users are warned.

Bu temel kavramlar etrafinda, bulus konusu “Durus Bozuklugu Tespit Sistemi (1 J” ile ilgili çok çesitli uygulamalarin gelistirilmesi mümkün olup, bulus burada açiklanan örneklerle sinirlandirilamaz, esas olarak istemlerde belirtildigi gibidir. Around these basic concepts, the subject of the invention is “Attitude Impairment Detection System (1 J” It is possible to develop a wide variety of applications related to not limited to the examples described, essentially as claimed in the claims.

Claims

REQUESTS . By analyzing the data obtained from the sensors on the Electronic Devices, the device users' posture disorders are detected and users are warned; - at least one electronic device (2) configured to exchange data using any remote communication protocol, - at least one accelerometer located on the electronic device (2), at least configured to detect whether the electronic device (2) is in motion ( 3), - at least one gyroscope sensor (4) positioned on the electronic device (2), configured to detect at least the direction and angle of use of the electronic device (2), At least one proximity sensor (5 l, - located on the electronic device (2), which is configured to detect the distance and stance angle of the device (2), at least one camera-included electronic device configured to take images of the user of the electronic device (2)) At least one database configured to record the data and analysis data obtained from the sensors on the device (2) To communicate with the electronic device (2) using any communication protocol and to exchange data, to access the database (7) and to manage the database (7), to use the accelerometer (3) through the communication established with the electronic device (2). ), gyroscope sensor (4), proximity sensor (5) and camera (6) to determine the usage patterns of the electronic device (2) user, to determine the usage time for the detected usage patterns, to detect the user posture disorders and to send a warning notification. A system (1) characterized by at least one server (8) configured to be transmitted to users via any communication channel, . As a smartphone, tablet computer, desktop computer, or portable computer configured to have at least one accelerometer (3), at least one gyro sensor (4), at least one proximity sensor (5), and at least one camera (6) A System as in Claim 1 characterized by an electronic device (2), which is a device A system as in any one of the above claims, characterized by an electronic device (2) configured to communicate with the server (8) using any remote communication protocol and to exchange data with the server (8) over this communication. system (1).. As in claim 4, characterized by an electronic device (2) configured to exchange data with the server (8) using a data bus in the form of the Internet. a system (1). . Any of the above claims, characterized by an accelerometer (3), gyroscope sensor (4), proximity sensor (5) and electronic device (2) configured to transmit the data obtained from the camera (6) to the server (8). Any of the above claims, characterized by an electronic device (2) that is configured to display warning notifications on it, is positioned on the electronic device (2), and at least with an accelerometer (3) configured to detect whether the electronic device (2) is stationary or in a moving state. a system (1) as in any one of the above claims, characterized. A system as in any of the above claims, characterized by an accelerometer (3), which is configured to measure the acceleration effect that shows the change of both the direction and speed of the electronic device (2) with respect to time. A system as in any one of the above claims, characterized by an accelerometer (3) configured. A system (1) as in any one of the above claims, characterized by an accelerometer (3) configured to transmit to the server (8) over (2). A system (1) as in any one of the above claims, characterized by the gyroscope sensor (4) positioned on the electronic device (2) and at least configured to detect the standing direction and angle of the electronic device (2). A system (1) as in any of the above claims, characterized by a gyroscope sensor (4] configured to detect the changing grip angles of the electronic device (2). A system (1) as in any one of the above claims, characterized by a system (1) located on the electronic device (2), and at least the above characterized by the proximity sensor (5), which is configured to detect the distance of the user from the electronic device (2) and the angle of stance. A system (1) as in any of the claims. ) to the server (8) via the proximity sensor (El A system (1) as in any one of the above claims, characterized by. A system (1) as in any one of the above claims, characterized by the camera (6) positioned at the front of the electronic device (2) and configured to at least take the face image of the electronic device (2) user. A system (1) as in any one of the above claims, characterized by the camera (6] configured to transmit the user face image data it obtains to the server (8) via the electronic device (2). A system (1) as in any of the above claims, characterized by a database (7) that is configured to be managed. ) a system (1) as in any one of the above claims, characterized by a database (7) configured to record the data it obtains with a distinctive single identity information about the user of the electronic device (2). (4), the data obtained by the proximity sensor (5) and the camera (6) and the duration of use of the electronic device (2) according to the location information, age, occupation of the electronic device (2) user. Any of the above claims characterized by the database (7), which is configured to record in a way that is matched with the information in it. To communicate with the electronic device (2) using any remote communication protocol, and through this communication, the accelerometer (3), gyroscope sensor (4), proximity sensor (5) and camera (6) positioned on the electronic device (2). A system (1) as in any one of the above claims, characterized by the server (8) configured to exchange data with ) . A system (1) as in any one of the above claims, characterized by the server (8) configured to communicate with the electronic device (2) over a data network in the form of the Internet. To manage the database (7) and manage the data with operations such as recording new data in the database (7), deleting the recorded data in the database (7), changing the recorded data in the database (7) and updating the recorded data in the database (7). The accelerometer (3), the gyroscope sensor (4), the proximity sensor (5) and the camera (from the accelerometer (3)) through communication with an Electronic device (2) as in any one of the above claims, characterized by the server (8) configured to access the data in its base (7). 6) A system (1) as in any of the above claims, characterized by the server (8] configured to detect the postures and angles of the electronic device (2) user during the use of the electronic device (2) by processing the received data. In order for all measurement data obtained from the sensor (4) and the proximity sensor (5) to be made while the electronic device (2) is in active use, it is stored in the camera. n (6) A system as in any of the above claims, characterized by the server (8) configured to detect the user's face by processing the received image data with image processing techniques and to determine whether the user is looking at the electronic device (2) screen or not. A system as in any of the above claims, characterized by the server (8), which is configured to detect whether the device is used in vertical or horizontal position by processing the data received from the accelerometer (3) and gyroscope sensor (4) if it detects that the device is in active use. (2) A system as in any of the above claims, characterized by the server (8) configured to detect the angle created by the device with the ground according to the direction of use by processing the data obtained from the gyroscope sensor (4) in the direction of use.A system (1) as in any one of the above claims, characterized by the server (8), which is configured to detect the determined period of use of the electronic device (2) if it detects that it has a value higher than 30 degrees and to record it in the database (7). A system as in any of the above claims, characterized by the server (8) configured to determine whether the calculated time is higher than the average value by comparing the calculated time with the average value of the usage times of users with similar demographic characteristics recorded in the database (7). (2) It is configured to generate a warning notification and forward it to the electronic device (2) via any communication channel if it detects that the calculated usage time is higher than the average value for the user whom it detects that it is used at an angle of 30 degrees with the ground, characterized by the server (8). A system (1) as in any one of the preceding claims. According to the data obtained from the proximity sensor (5), any of the above claims, characterized by the server (8) configured to detect the distance of use of the electronic device (2) of the user of the electronic device (2) and to compare the distance of use of the electronic device (2) with a certain threshold value. a system as in one (1). If the electronic device (2) detects that the usage distance is below the threshold value and that the user is at a very close distance to the electronic device (2), any of the above claims characterized by the server (8) configured to determine the usage time of the electronic device (2) at that distance. To determine whether the calculated time is higher than the average value by comparing the time calculated for the user who has detected that the electronic device (2) has been used from a very short distance, with the average value of the usage times of the users with similar demographic characteristics recorded in the database (7). Characterized by the server (8] configured to be configured for the user, as in any one of the above claims, the usage period determined for the user who has detected that an Electronic device (2) has been used from a very short distance is higher than the average value recorded in the database (7). A system (1) as in any one of the above claims, characterized by the server (8) configured to generate a warning notification and transmit it to the electronic device (2) via any communication channel if it detects the current day.