Smart reading pen system with physiological detection function

Abstract

A smart reading and writing pen system with physiological detection capabilities includes a reading and writing pen body, a scanning and recognition module, a display screen module, a limb state detection module, and a Pomodoro timer module. One end of the reading and writing pen body has a reading and writing end. A processor module is disposed within the reading and writing pen body. The scanning and recognition module scans a document and converts the text and / or images of the document into electronic signals. The display screen module is disposed on a surface of the reading and writing pen body. The limb state detection module detects the limb state of a user when holding the reading and writing pen body. The Pomodoro timer module calculates the user's work time and rest time, and generates reminder messages at appropriate times. This system integrates a pressure sensor with an external wearable device (such as a wristband) to comprehensively monitor the user's learning psychological state.

Claims

1. A smart reading and writing pen system with physiological detection function, comprising: A stylus pen body (120a) having a read / write end (120b) at one end; a processor module (122) disposed within the stylus pen body (120a); a scanning and recognition module (105) disposed at the read / write end (120b) of the stylus pen body (120a), the scanning and recognition module (105) being electrically connected to the processor module (122), the scanning and recognition module (105) scanning a document and converting the text and / or images of the document into electronic signals; and a display screen module (121) disposed on a surface of the stylus pen body (120a) and electrically connected to the processor module (122). A limb state detection module (136) is disposed in the pen body (120a) and electrically connected to the processor module (122). The limb state detection module (136) detects the limb state of a user when holding the pen body (120a). A Pomodoro timer module (137) is disposed in the pen body (120a) and electrically connected to the processor module (122). The Pomodoro timer module (137) calculates the user's work time and rest time, and generates a reminder message at an appropriate time.

2. The intelligent pen system with physiological detection function as described in claim 1, wherein the limb state detection module (136) includes an image capturing element (1361) and a posture analysis element (1362), the image capturing element (1361) capturing an image of the user, and the posture analysis element (1362) analyzing the user's posture based on the image and generating posture data.

3. The intelligent pen system with physiological detection function as described in claim 2, wherein the limb state detection module (136) further includes a difficulty judgment element (1363) and a feedback reminder element (1364), wherein the difficulty judgment element (1363) determines the difficulty generated by the user based on the posture data and generates difficulty information, and the feedback reminder element (1364) generates a reminder message based on the difficulty information, and the reminder message is displayed on the display screen module (121).

4. The intelligent pen system with physiological detection function as described in claim 3, wherein the limb state detection module (136) further includes a pressure detection element (1365) and a skin impedance detection element (1366), the pressure detection element (1365) detects the pressure applied by the user holding the pen body (120a) to generate pressure data, the skin impedance detection element (1366) detects the user's skin impedance to generate impedance data, and the difficulty judgment element (1363) generates difficulty information based on the pressure data and the impedance data and in combination with the posture data.

5. The intelligent pen system with physiological detection function as described in claim 1, wherein the Pomodoro timer module (137) includes a timing element (1371), a work / rest management element (1372) and a reminder element (1373), the timing element (1371) generates time information, the work / rest management element (1372) generates a time reminder message by comparing the time information with a preset work cycle and rest cycle, and the time reminder message is played on the reminder element (1373) or displayed on the display screen module (121).

6. The intelligent pen system with physiological detection function as described in claim 5, wherein the Pomodoro timer module (137) further includes a recording and statistics element (1374), wherein the work cycle, the rest cycle and the time reminder message are stored in the recording and statistics element (1374).

7. The intelligent pen system with physiological detection function as described in claim 1 further includes a wireless communication module (123) disposed in the pen body (120a) and electrically connected to the processor module (122). The pen body (120a) is connected to a computer device (110) used by the user via the wireless communication module (123). The computer device (110) has an image capturing module (105a) that captures an image of the user and transmits the image to the limb state detection module (136) via the wireless communication module (123). The limb state detection module (136) detects the user's limb state based on the image.

8. The intelligent pen system with physiological detection function as described in claim 7, wherein the pen body (120a) is connected to a wearable device (140) worn by the user via the wireless communication module (123), the wearable device (140) detects the user's heart rate to generate heart rate data, the heart rate data is transmitted to the limb state detection module (136) via the wireless communication module (123), and the limb state detection module (136) detects the user's limb state based on the heart rate data.

9. The intelligent pen system with physiological detection function as described in claim 7, wherein the computer device (110) is connected to an online teaching system (130) having a teaching platform (133) that provides multiple online courses that are transmitted to the display screen module (121) for playback.

10. The intelligent pen system with physiological detection function as described in claim 9, wherein the online teaching system (130) further comprises a database (132) which is combined with a search engine, and the user can input the electronic signal of the text and / or the image of the document into the search engine to retrieve relevant information.

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