Small tinnitus therapeutic apparatus for assisting sleep

Abstract

The invention discloses a small tinnitus therapeutic apparatus capable of assisting sleep. Comprising a wristwatch and an in-ear wireless earphone, the wristwatch comprises a shell and a watchband, and the shell is internally provided with a processor, and a touch display screen, a memory module, a communication module, a hearing assistance module, a key input module and a power supply module which are electrically connected with the processor. And the memory module is used for storing tinnitus masking sound and emotion relieving music, and the tinnitus masking sound and the emotion relieving music are accessed by the processor. The communication module adopts a star flash wireless transmission module and is in wireless communication connection with an external in-ear earphone, and the hearing auxiliary module is formed by connecting an audio acquisition module and a signal amplification module and is used for acquiring an external audio signal, amplifying and modulating the signal, inputting the signal into a processor and converting the signal into a digital signal; the communication module transmits the signals to an external in-ear earphone for playing, so that hearing assistance is realized, and the hearing aid is suitable for weak hearing patients.

Description

Technical Field

[0001] This invention relates to tinnitus treatment devices, specifically a small tinnitus treatment device that assists in sleep. Background Technology

[0002] Tinnitus is a condition caused by systemic and ear disorders. It often leads to psychological problems such as depression, irritability, insomnia, and anxiety, significantly impacting people's normal work, life, and sleep. Treatments for tinnitus primarily utilize masking sounds and multimodal stimulation, but tinnitus treatment is a long-term process. During this time, patients are troubled by tinnitus daily, affecting their sleep and emotional well-being. Currently, tinnitus treatment devices are available for use in hospitals or at home after treatment; however, they are bulky and difficult to carry, requiring fixed-point use and making daily use inconvenient. Portable tinnitus treatment devices typically use wired headphones or earplugs, lacking masking properties and easily recognizable as medical devices, leading to patient reluctance when carrying them in daily life.

[0003] A tinnitus treatment device is usually expensive. Once the tinnitus symptoms are relieved or cured after the patient purchases and uses it, the device is simply left idle as a treatment device. Its function is limited and cannot meet other needs, thus resulting in a waste of resources. Summary of the Invention

[0004] This invention addresses the problems of high cost, poor portability, and limited functionality of current tinnitus treatment devices by designing a portable, small tinnitus treatment device that combines wireless earphones and a smartwatch, and also assists with sleep.

[0005] The design scheme of this invention is as follows: A small tinnitus treatment device for sleep assistance includes a wristwatch and in-ear wireless headphones. The wristwatch includes a shell and a strap. Inside the shell, a processor and a touch screen, a memory module, a communication module, a hearing assistance module, a button input module, and a power module are electrically connected to the processor. The touch screen displays the data output by the processor and transmits control signals to the processor via touch input. The touch screen displays the time and date, can play tinnitus masking sounds or music, and allows switching of the display settings interface via touch. Playback items can be turned on / off and switched via the touch screen settings. The memory module stores tinnitus masking sounds and soothing music, which are accessed by the processor. The communication module uses a StarFlash wireless transmission module to establish a wireless communication connection with the external in-ear headphones, transmit voice data, and control the playback of the in-ear wireless headphones. The hearing assistance module consists of an audio acquisition module and a signal amplification module connected together. It acquires external audio signals, amplifies and modulates the signals, inputs them to the processor to convert them into digital signals, and then transmits them to the external in-ear headphones via the communication module for playback, providing hearing assistance suitable for patients with hearing loss. The button input module includes a power button and volume up / down buttons for powering on / off and adjusting volume. The power module includes a battery and a wireless charging circuit connected to the battery, allowing charging via an external wireless charger. The in-ear wireless earbuds are equipped with a charging case for charging.

[0006] This invention miniaturizes a tinnitus treatment device, employing a smartwatch and wireless earphone design for easy portability. The wristwatch acts as a controller, connecting to the wireless earphones to play tinnitus masking sounds or soothing music, achieving the goal of treating tinnitus and relieving emotional distress. The wristwatch can be worn on the wrist, and the wireless earphones are worn in the ear, allowing for convenient daily tinnitus treatment. It can also be worn during sleep to aid sleep and avoid the torment of tinnitus at night. The tinnitus treatment device is also more discreet, providing an appearance indistinguishable from a normal person when worn, preventing others from recognizing it as a medical device, protecting privacy, avoiding psychological burden on the wearer, and reducing patient resistance. The tinnitus treatment device has multiple functions; after tinnitus recovery, it can continue to be used as a hearing aid, Bluetooth earphone, and smartwatch. Attached Figure Description

[0007] Figure 1 A schematic diagram of a small tinnitus treatment device designed to aid sleep; Figure 2 A schematic diagram of a small tinnitus treatment system designed to aid sleep. Detailed Implementation

[0008] The present invention will be further described below with reference to specific embodiments and the accompanying drawings. The specific embodiments described herein are for illustrative purposes only and are not intended to limit the scope of the invention.

[0009] Example: Figure 1 As shown, this small tinnitus therapy device for sleep aid consists of a casing 1, a strap 2, and in-ear wireless earphones 3. An OLED touchscreen display 4 is located on the upper surface of the casing, and a power button 5 and volume up / down buttons 6 are located on the side of the casing. An intelligent tinnitus therapy system is installed inside the casing, such as… Figure 2 As shown, the intelligent tinnitus therapy system consists of an ARM processor and an electrically connected OLED touchscreen display, memory module, communication module, hearing assistance module, button input module, and power module. The memory module stores tinnitus masking sounds and soothing music for therapeutic purposes, and its access is controlled by the ARM processor. The communication module uses a StarFlash wireless transmission module to establish a wireless communication connection with external in-ear headphones, transmitting voice data and controlling the headphones to play tinnitus masking sounds or music. StarFlash technology reduces power consumption, provides faster transmission, and ensures a stable connection. The hearing assistance module consists of an audio acquisition module and a signal amplification module. It acquires external audio signals, amplifies and modulates them, inputs them to the ARM processor to convert them into digital signals, and then transmits them to the external in-ear headphones via the communication module for playback, providing hearing assistance to hearing-impaired individuals. The button input module includes a power button and volume up / down buttons to control power on / off and volume settings, respectively. An OLED touchscreen display 4 is located on the upper surface of the casing 1, displaying the data output by the ARM processor. Control signals are also transmitted to the ARM processor via the touchscreen, allowing the ARM processor to perform corresponding system settings, including setting the time, switching on / off the masking sound or music for tinnitus treatment, and enabling / disabling hearing assistance functions and their operating modes. The OLED touchscreen display offers low power consumption, resulting in greater energy savings. The power module includes a rechargeable lithium battery that powers the system and a wireless charging circuit connected to the lithium battery, allowing for charging via an external wireless charger. The in-ear headphones are also equipped with an earphone charging case 7 for storing and charging the earphones.

[0010] The system features multiple operating modes: sleep mode, daytime mode, noise-canceling mode, and hearing aid mode. The hearing aid mode can be activated simultaneously with other modes. Users can select and switch modes via the OLED touchscreen display and buttons. The in-ear headphones are shaped to fit the ear canal and are made of silicone, allowing for extended wear and promoting sleep. Visually indistinguishable from regular Bluetooth headphones, they are easy to wear and discreet, protecting patient privacy and overcoming any resistance. After tinnitus recovery, the system can continue to be used as both a hearing aid and a music player. Communication between the system and the in-ear headphones utilizes StarFlash wireless communication technology. By combining a compact and convenient smartwatch with comfortable Bluetooth headphones, different modes allow patients to achieve optimal tinnitus treatment results. Continuous treatment can be performed even during sleep, addressing sleep problems and anxiety issues that plague tinnitus sufferers.

[0011] The above are preferred embodiments of the present invention. Any changes made in accordance with the technical solution of the present invention that produce functions or effects that do not exceed the scope of the technical solution of the present invention shall fall within the protection scope of the present invention.

Claims

1. A small tinnitus therapy device to assist sleep, characterized in that The application relates to a wristwatch and an in-ear wireless earphone, wherein the wristwatch comprises a shell and a watchband, a processor and a touch display screen electrically connected with the processor, a memory module, a communication module, a hearing assistance module, a key input module and a power module are arranged in the shell; the touch display screen displays display data output by the processor and transmits a control signal to the processor through the touch screen input; the memory module is used for storing tinnitus masking sound and music and is accessed by the processor; the communication module adopts a star flash wireless transmission module, establishes a wireless communication connection with an external in-ear earphone, transmits voice data and controls the in-ear earphone to play; the hearing assistance module is connected by an audio acquisition module and a signal amplification module and is composed of the audio acquisition module and the signal amplification module; external audio signals are collected and signal amplification modulation is carried out; after digital signals are converted by the processor, the digital signals are transmitted to the external in-ear earphone through the communication module and played, hearing assistance is carried out; the key input module is provided with a power key and volume increase and decrease keys; the power module comprises a power supply battery and a wireless charging circuit connected with the battery and is connected with an external wireless charger for charging.

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