TW202404515A - Wearable device with counting module for holding the rosary beads in hand to count the number of chanting sutras, and orientation setting module for Muslims to accurately face the relative position of Mecca when praying - Google Patents

Abstract

A wearable device includes a processor that stores plural religious audio and video files and a control platform. The control platform is displayed on a touch display provided on the wearable device, which includes: a reminder setting module for setting the time reminder to play or end the religious audio and video files; a video playing module to select one of the religious audio and video files to play; a counting module records the number of times when a user touches the touch display under a rosary beads mode; an orientation setting module displays a preset specified direction (such as the relative position of Mecca). Accordingly, users of different faiths can play the religious audio and video files belonging to their own faith as accompaniment, therefore, when a user chants Buddhist sutras, the user can chant just like holding the rosary beads (Buddha beads) in hand to count the number of chanting sutras through the counting module; and when a user uses the orientation setting module to perform Muslim worship, the Muslim prayer can accurately face the relative position of Mecca when praying.

Description

Wearable device

The present invention relates to a wearable device, in particular to a wearable device that provides users with different beliefs with the ability to play religious audio and video files belonging to their own beliefs as accompanying readings, and provides the functions of counting beads and displaying the relative position of Mecca.

As technology advances with each passing day, and as everyone pays more attention to physical health, more and more people hope to more accurately measure and analyze the actual condition, and combine it with exercise habits and diet records to thoroughly manage their daily life; because of this , smart devices have become very popular wearable devices in recent years.

In addition to displaying the time, Xinzhi smart devices can also be connected to the user's mobile phone to receive notifications from the user's mobile phone (such as incoming call notifications, text messages, emails and other instant messages). In addition, it also has a variety of sports functions. The project's exercise monitoring is to record daily exercise data and calculate calorie consumption. As long as it is worn during exercise, the user's exercise status can be accurately monitored; in addition, it also has health monitoring functions, such as: recording the user's exercise status Daily step count and heart rate monitoring can even be used to measure blood pressure and blood oxygen, manage menstrual periods, or monitor sleep quality.

However, conventional smart devices mainly provide the same functions of displaying time, message links, exercise monitoring and health monitoring, and do not have the ability to adapt to the habits of users with different religious beliefs. habit, and self-set religious setting function.

The wearable device of the present invention includes a processor, a touch display, a sound transceiver module, a wireless charging module, a vibration sensor, a gyroscope sensor, a magnetic field sensor and a control platform. The processor is used for signal processing and stores a plurality of religious audio and video files by default; the touch display, sound transceiver module, wireless charging module, vibration sensor, gyroscope sensor and magnetic field sensor are electrically connected to the processor respectively. Connection; the control platform is a default control program and is stored in the processor. The control platform is displayed on the touch display and includes a reminder setting module, an audio and video playback module, a counting module and an orientation setting module. Group, the reminder setting module is used as a time reminder setting for the playback or end of a plurality of religious audio and video files, the audio and video playback module is used to select one of the religious audio and video files to play, and the counting module is used to execute a rosary mode, records the number of times the user touches the touch display in this rosary mode, and the orientation setting module displays a preset specified direction (such as the relative position of Mecca).

The technical feature of the present invention is that the processor is used to store a plurality of religious audio and video files by default and the storage is provided with a control platform. Through the reminder setting module, the user can preset the playback and end of the religious audio and video files according to his or her own beliefs and habits. reminder time, and then the audio-visual playback module allows the user to select religious audio and video files of their own faith to play; in addition, the counting module allows the user to press and touch the touch display during Buddhist chanting, which is like holding rosary beads. (Buddha beads) are used to calculate the number of times of chanting; in addition, the orientation setting unit provides users with a specified direction that can be preset, so that Muslims can accurately face the relative position of Mecca when praying, so as to achieve the habit of users according to different religious beliefs. , and the self-set religious setting function.

100: Wearable device

1: Processor

2:Touch display

3: Wireless transmission module

4: Sound transceiver module

5:Wireless charging module

6:Heart rate sensor

7:Vibration sensor

8: Temperature and humidity sensor

9: Gyroscope sensor

10:Magnetic field sensor

20:Control platform

201: Reminder setting module

202: Audio and video playback module

203: Counting module

204: Orientation setting module

205: Scoring module

Figure 1: is an architectural diagram of the wearable device of the present invention.

Figure 2: is a schematic diagram of the control platform of the wearable device of the present invention.

Please refer to Figures 1 and 2 together. The present invention discloses a wearable device. The wearable device 100 includes a processor 1, a touch display 2, a wireless transmission module 3, and a sound transceiver module 4. A wireless charging module 5, a heart rate sensor 6, a vibration sensor 7, a temperature and humidity sensor 8, a gyroscope sensor 9, a magnetic field sensor 10 and a control platform 20.

The wearable device 100 is externally connected with a watch strap or other fixing components so that the wearable device 100 can be worn on the wrist of a human body.

The processor 1 is used for signal processing and stores a plurality of religious video and audio files by default. The processor 1 is a microcontroller (microcontroller; MCU for short); the plurality of religious audio-visual files may be audio-visual files or sound files of religious scriptures, the Bible, the Quran, the Book of Songs, religious stories or religious articles.

The touch display 2 is electrically connected to the processor 1 and is used for touch control and image display. The touch display 2 can be an electronic paper display.

The wireless transmission module 3 is electrically connected to the processor 1 and includes a wireless network (Wi-Fi) transmission unit and a Bluetooth transmission unit, allowing the wearable device 100 to connect to the Internet through a wireless network (Wi-Fi). , and connect to external preset multimedia devices (such as smart phones, tablets, etc.) through Bluetooth transmission.

The sound transceiver module 4 is electrically connected to the processor 1 and includes a speaker and a The microphone enables the wearable device 100 to have the functions of sound playback and sound collection.

The wireless charging module 5 is electrically connected to the processor 1 and is provided with a power storage module (such as a rechargeable battery). The wireless charging module 5 is used to receive an external power source and store it in the power storage module, and then uses the power to The storage module respectively controls the processor 1, the touch display 2, the wireless transmission module 3, the sound transceiver module 4, the heart rate sensor 6, the vibration sensor 7, the temperature and humidity sensor 8, the gyroscope sensor 9 and the magnetic field sensor. 10 for power supply.

The heart rate sensor 6 is electrically connected to the processor 1 for detecting the user's heart rate.

The vibration sensor 7 is electrically connected to the processor 1. When the vibration sensor 7 is activated (when triggered), it can generate a vibration perception.

The vibration sensor 7 is electrically connected to the processor 1. When the vibration sensor 7 is activated (when triggered), it can generate a vibration perception.

The gyro sensor 9 is electrically connected to the processor 1 for sensing and maintaining direction.

The magnetic field sensor 10 is electrically connected to the processor 1 for sensing the earth's magnetic field to measure the direction.

The control platform 20 is a preset control program and is stored in the processor 1. The control options (commands) set by the control platform 20 can be displayed on the touch display 2. The control platform 20 includes a reminder setting module 201. , an audio and video playback module 202, a counting module 203, a direction setting module 204 and a scoring module 205; the reminder setting module 201 serves as a time reminder setting for the playback or end of multiple religious audio and video files. The user can set the daily reminder time for reading religious scriptures and the end reminder time for reading religious scriptures; the audio and video playback module 202 selects one of the religious audio and video files to play, providing the user with multiple religious audio and video files. Among them, choose to think The religious audio and video files to be read (accompanied by reading) are played; the counting module 203 is used to execute a rosary mode, record the number of times the user touches the touch display 2 in this rosary mode, and provide the user with the following: When Buddhist chanting, by pressing the touch display 2, it is like holding a rosary (Buddha bead) to calculate the number of chanting; the direction setting module 204 is used to display a preset designated direction, providing the user with the ability to The preset specified direction (such as the relative position of Mecca) can accurately face the relative position of Mecca when Muslims perform prayers; the scoring module 205 is used to determine whether the pronunciation and speed of the user's chanting are consistent with the set religious audio and video The audio source signal played in the file is consistent with the score.

The wearable device 100 uses the magnetic field sensor 10 to sense the magnetic field of the earth to measure the direction (azimuth), and uses the gyroscope sensor 9 to sense and maintain the direction of the body of the wearable device 100 to provide the user with the operating direction. When setting the module 204, a custom direction (such as the relative direction of Mecca) can be preset, and then when the direction setting module 204 is activated, the direction preset by the user can be displayed on the touch display 2; thus, When the user wants to perform Muslim prayers, the wearable device 100 can accurately display the relative position toward Mecca.

The wearable device 100 can generate a vibration sensation through the vibration sensor 7. When the count module 203 executes the beads mode, the user presses the touch display 2 to simultaneously trigger the vibration sensor 7 to generate a vibration sensation (such as short-term vibration), when the number of times the user presses the touch display 2 reaches a preset value (for example, if there are 108 beads, the preset press value is 108 times), the vibration sensor 7 can be triggered. Produces a vibration perception (such as a long-term vibration), providing the user with the ability to count the number of chanting times as if holding a rosary (Buddha beads) in Buddhist chanting.

The technical features of the present invention are: using the heart rate sensor 6 and the temperature and humidity sensor 8 to provide the user with health management monitoring and environmental temperature and humidity monitoring; in addition, especially for religious beliefs, the processor 1 is used to preset Multiple religious audio and video files are stored and the storage is controlled The platform 20 provides users with the ability to preset reminder times for playing and ending religious audio and video files according to their own beliefs and habits through the reminder setting module 201, and then provides the user with the audio and video playback module 202 to select the religious audio and video files of their own beliefs. to play; in addition, through the counting module 203, the user can count the number of times of chanting by pressing the touch display 2 as if holding a rosary (Buddha bead) during Buddhist chanting; furthermore, through the orientation setting module 204 It provides a designated direction that users can preset so that Muslims can accurately face the relative position of Mecca when praying, achieving a religious setting function that can be set according to the habits of users with different religious beliefs.

100: Wearable device

1: Processor

2:Touch display

3: Wireless transmission module

4: Sound transceiver module

5:Wireless charging module

6:Heart rate sensor

7:Vibration sensor

8: Temperature and humidity sensor

9: Gyroscope sensor

10:Magnetic field sensor

Claims (8)

A wearable device including: A processor that stores a plurality of religious audio and video files by default; a touch display electrically connected to the processor; A sound transceiver module is electrically connected to the processor. The sound transceiver module includes a speaker and a microphone; A wireless charging module is electrically connected to the processor, and the wireless charging module is provided with a power storage unit; a vibration sensor electrically connected to the processor; A gyroscope sensor is electrically connected to the processor for sensing and maintaining direction; A magnetic field sensor for sensing the earth's magnetic field to measure direction; A control platform is a preset control program and is stored in the processor. The control platform is displayed on the touch display and includes: A reminder setting module, used as a reminder setting for the playback or end time of the religious audio and video files; An audio and video playback module selects one of the religious audio and video files to play; A counting module is used to execute a rosary mode and record the number of times the user touches the touch display in the rosary mode; A direction setting module displays a preset specified direction; The wireless charging module is used to receive an external power supply and store it in the power storage unit. The power storage unit then controls the processor, the touch display, the sound transceiver module, the vibration sensor, and the gyroscope respectively. The instrument sensor and the magnetic field sensor are powered. The wearable device as claimed in claim 1, which includes a wireless transmission module, The wireless transmission module is electrically connected to the processor. The wireless transmission module includes a wireless network transmission unit and a Bluetooth transmission unit. The wireless network transmission unit performs network connection through the wireless network. The Bluetooth transmission unit is connected to an external preset multimedia device through Bluetooth transmission. The wearable device of claim 1, which includes a heart rate sensor electrically connected to the processor for detecting the user's heart rate. The wearable device as claimed in claim 1, which includes a temperature and humidity sensor electrically connected to the processor for detecting external temperature and humidity. The wearable device of claim 1, wherein the touch display is an electronic paper display. The wearable device as described in claim 1, wherein the orientation setting module can preset a custom direction, and then when the orientation setting module is activated, the custom direction preset by the orientation setting module will be displayed on the Touch display. The wearable device as described in claim 1, wherein when the counting module executes the rosary mode, pressing and touching the touch display will simultaneously trigger the vibration sensor to generate a vibration perception. The wearable device as described in claim 1, wherein the control platform includes a scoring module to determine whether the pronunciation and speed of the user's chanting are consistent with the audio source signal played by the set religious video file and perform scoring.