TWM613208U - Audition test device - Google Patents

Abstract

This creation is a hearing detection device, which mainly includes an APP program module loaded and applied to an electronic device with a wireless bluetooth unit and an APP program module for earphone equipment including: a hearing detection unit, a decibel series analysis unit, and a control unit. The hearing detection unit has at least one hearing detection information. The control unit is connected to the hearing detection unit and can select the hearing detection information and control the output volume of the electronic device. The wireless connection unit in the earphone device is connected with the wireless Bluetooth unit signal, and the earphone device The electronic unit in the electronic unit inputs the audio signal of the hearing detection information, and then outputs the audio signal through the audio output unit. If the subject does not hear the audio signal, the control unit will stop the output volume of the electronic device and analyze it by the decibel series analysis unit. Value measurement can determine the hearing loss standard of the subject.

Description

Hearing detection device

This creation is a detection device, especially a hearing detection device.

According to the current physical health check, the hearing test mainly uses a tuning fork as a hearing test method, and this test method cannot allow the subject to face his hearing, especially the over-reliance of modern people on smart products, and at the same time With earphones, it can not only answer the phone, but also can be used when watching video and audio. It is very convenient to use. Therefore, the convenience leads to excessive use of the user, which in turn leads to damage to the auditory nerve without knowing it.

The current hearing test usually waits until the patient finds that he has a hearing impairment before going to a hearing test agency or a major hospital to confirm whether he has a hearing impairment. The process of selecting, setting, and fine-tuning hearing aids to the satisfaction of the patient requires complicated assessments, and it takes considerable time, energy, and money. In addition, the control, fine-tuning, and testing of hearing detection devices can only be easily and quickly operated and used by professionally trained audiologists. Patients usually cannot self-check their hearing status and adjust the parameters of hearing aids. Furthermore, the hearing detection device is a relatively sophisticated instrument, and the selling price is not affordable for ordinary users. Therefore, patients usually cannot purchase a hearing detection device by themselves to perform hearing detection and hearing aid adjustments at any time.

The detailed features and advantages of this creation are described in detail in the implementation mode below, and the content is sufficient to enable anyone who is familiar with relevant skills to understand the technical content of this creation and implement it accordingly. According to the content, scope of patent application and drawings disclosed in this specification, anyone who is familiar with relevant skills can easily understand the purpose and advantages of this creation.

The main purpose of this creation is: to assist the hearing health check APP mainly, that is, the hearing test at this stage only has HZ frequency, there is no fixed dB value measurement, and the dB value determines the standard of hearing loss at this stage, which can be used by users or The hospital staff will simply assist in judging the result of hearing loss, and then the hospital will appraise the final result to professional and technical personnel. This authoring program is convenient for general simple use.

The secondary purpose of this creation is: this creation only uses decibel dB music, the program is simple and only has a program interface, simplifies the detection process, and is convenient for home use. You can use your mobile phone or computer and connect an earmuff headset to run this authoring program for testing.

To achieve the above purpose, this creation is a hearing detection device, which includes: an APP program module, which is loaded and applied to an electronic device with a wireless Bluetooth unit, the APP program module includes: a hearing detection unit A decibel series analysis unit and a control unit, wherein the hearing detection unit has at least one hearing detection information, and the control unit is connected to the hearing detection unit to select the hearing detection information and control the output volume of the electronic device; and The earphone device has at least a wireless connection unit, an electronic unit, and an audio output unit, wherein the wireless connection unit is signally connected to the wireless Bluetooth unit, and the electronic unit inputs the audio signal of the hearing detection information, and then The audio output unit outputs. The control unit stops the output volume of the electronic device if the subject does not hear the audio signal, and the decibel level analysis unit performs analysis.

The activity signboard structure according to claim 1, wherein the decibel level analysis unit includes a normal hearing level with a decibel (dB) value between 0dB-25dB and a decibel (dB) value between 26dB-40dB The mild hearing loss level, one decibel (dB) value is between 41-55dB Hearing loss level, one decibel (dB) value between 56-70dB, moderately severe hearing loss level, one decibel (dB) value between 71-90dB, severe hearing loss level, one decibel (dB) value> Extremely severe hearing loss level between 91dB.

1: Electronic device

10: Wireless Bluetooth unit

12: APP program module

120: Hearing detection unit

122: Decibel series analysis unit

124: control unit

2: Headphone equipment

20: wireless connection unit

22: Electronic unit

24: Audio output unit

Figure 1 is a schematic diagram of the structure of the creative hearing detection device.

Figure 2 is a schematic diagram of the use state of the preferred embodiment of the authoring.

The following specific examples illustrate the implementation of the present invention. Those familiar with the art can easily understand the other advantages and effects of the present invention from the content disclosed in this specification.

The structure, ratio, size, etc. shown in the drawings in this specification are only used to match the content disclosed in the specification for the understanding and reading of those who are familiar with the art, and are not intended to limit the implementation of the present invention. Conditions, so it has no technical significance. Any structural modification, proportional relationship change, or size adjustment, without affecting the effects and objectives that can be achieved by the present invention, should still fall under the present invention. The technical content of the disclosure must be within the scope of coverage. At the same time, the terms such as "one", "two", "shang", etc. quoted in this specification are only for ease of description and are not used to limit the scope of the present invention, changes in their relative relations or Adjustments, without substantial changes to the technical content, should also be regarded as the scope of the present invention that can be implemented.

Please refer to Figure 1 and Figure 2. This is a schematic diagram of the structure and usage status of this creative hearing detection device. This creation is a hearing detection device, which mainly includes an APP program module 12 that is loaded and applied to an electronic device 1 (a smart phone or a tablet computer) with a wireless bluetooth unit 10, a headset device 2, and an APP program module 12 It includes: a hearing detection unit 120, a decibel series analysis unit 122, and a control unit 124, wherein the hearing detection unit 120 has at least one hearing detection information, which is controlled by The control unit 124 is connected to the hearing detection unit 120 and can select hearing detection information and control the output volume of the electronic device 1.

The wireless connection unit 20 in the earphone device 2 is signally connected to the wireless Bluetooth unit 10, and the electronic unit 22 in the earphone device 2 inputs audio signals of hearing detection information, and then outputs the audio signals through the audio output unit 24.

Among them, the decibel level analysis unit includes a normal hearing level with a decibel (dB) value between 0dB-25dB, a decibel (dB) with a mild hearing loss level between 26dB-40dB, and a decibel (dB) ) Value between 41-55dB moderate hearing loss level, one decibel (dB) value between 56-70dB moderate severe hearing loss level, one decibel (dB) value between 71-90dB Severe hearing loss level, a level of extreme hearing loss between one decibel (dB) value> 91dB.

It can be seen from the above hearing detection device that when the subject performs the hearing test, the electronic device 1 is first paired with the wireless connection unit 20 of the earphone device 2 through the wireless Bluetooth unit 10, and after the pairing is successful, the earphone device 2 is hung on For the ears, the subject uses the electronic device 1 to select the hearing detection information to be tested by the hearing detection unit 120. The hearing detection information can be any sound effect, such as vehicle sound, environmental sound, music sound or conversation sound, etc., after the selection is completed , The electronic device 1 must be controlled by the control unit 124 to adjust the volume to the maximum output. At this time, the subject will hear the audio output by the audio output unit 24 in the earphone device 2. When the subject hears the audio sound gradually When the sound is reduced until it becomes inaudible, the output volume of the electronic device 1 is stopped through the control unit 124 and analyzed by the decibel series analysis unit 122. By measuring the decibel dB value, the hearing loss standard of the subject can be determined.

As for the normal hearing level in the decibel level analysis unit, the decibel (dB) value is between 0dB-25dB, which is generally normal hearing; the decibel (dB) value for mild hearing loss Between 26dB-40dB, that is, the patient has no or only a slight hearing loss, which generally does not affect the speech communication ability; the moderate hearing loss level is between 41-55dB, that is, the patient feels Hearing loss. When communicating, the other party needs to repeat or slightly raise the voice to hear clearly; the decibel (dB) value of moderate to severe hearing loss is between 56-70dB, that is, the hearing loss is obvious. When talking, the other party needs to speak loudly Can hear clearly; the decibel (dB) value of severe hearing loss is between 71-90dB, that is, in conversation, the other party needs to shout loudly, and with the help of looking at the other party's mouth, can you roughly understand the meaning of the speaker; severe hearing loss level Decibel (dB) value> 91dB, that is, if both ears have severe hearing loss for a long time, in addition to severe hearing loss, the patient's speech will also be unclear.

Generally speaking, the charts used to assess hearing are mainly audiograms. The hearing charts have abscissas and ordinates. The abscissas represent the frequency of the test sound, commonly known as pitch, and the unit is hertz (Hz). The test sound is from left to right. , The pitch is getting higher and higher, usually the range of our hearing test is 250Hz~8kHz.

The ordinate represents the intensity of the sound, that is to say the size of the volume. For example, when listening to music, the volume of the music is very large. It means the intensity of the sound. The unit of the sound intensity is decibels (dB). The larger the value, the more you hear it. The louder the sound.

The specific test example is as follows, when the test result data is 0.5kHz, 1kHz, 2kHz, 4kHz, the average air conduction hearing threshold value, the following table is the hearing value of the subject:

因此，將各分貝值加起來再除以4，就是聽力平均損失值，結果為51.25dB，用這個值與上面介紹的分級標準值對比，就能知道本次設置的受測者聽力級別為中 度聽力損失。

Therefore, adding up the decibel values and dividing by 4 is the average hearing loss value. The result is 51.25dB. By comparing this value with the grading standard value introduced above, you can know that the testee’s hearing level set this time is medium Degree of hearing loss.

The hearing test device created by this invention mainly uses the APP program module 12 to perform a simple hearing test, and the earphone device 2 is used to complete the overall hearing test at decibels. The hearing part will be in the range of 125hz to 8000hz, respectively for the left ear. And the right ear test, hear the sound and select the decibel that can be heard clearly. Participants choose the simple naked hearing test to improve the general examination method, and can simply understand whether the hearing difference between their two ears is normal and the age of the two ears. Hearing detection with sound Generally speaking, those with hearing within 25 decibels are considered normal, 25-40 decibels are mild hearing impairment, 40-55 decibels are moderate, 55-70 decibels are moderately severe, and 70-90 decibels are severe. Above 90 decibels is extremely severe.

The main purpose of this creation is to assist the hearing health check APP, that is, the hearing test at this stage only has HZ frequency, there is no fixed dB value measurement, and the dB value determines the standard of hearing loss at this stage, which can be simple for users or hospital staff To assist in judging the results of hearing loss, and then to the hospital to appraise the final results to professional and technical personnel, this authoring program is convenient for general easy use.

The above-mentioned embodiments are merely illustrative to illustrate the principle and effects of the creation, and are not used to limit the creation. Anyone familiar with this technique can modify the above-mentioned embodiments without departing from the spirit and scope of this creation. Therefore, the scope of protection of the rights of this creation should be listed in the scope of patent application described later.

1: Electronic device

10: Wireless Bluetooth unit

12: APP program module

120: Hearing detection unit

122: Decibel series analysis unit

124: control unit

2: Headphone equipment

20: wireless connection unit

22: Electronic unit

24: Audio output unit

Claims (2)

A hearing detection device, which includes: An APP program module loaded and applied to an electronic device with a wireless Bluetooth unit. The APP program module includes: a hearing detection unit, a decibel level analysis unit and a control unit, wherein the hearing detection The unit is provided with at least one hearing detection information, and the control unit is connected to the hearing detection unit to select the hearing detection information and control the output volume of the electronic device; and An earphone device having at least a wireless connection unit, an electronic unit, and an audio output unit, wherein the wireless connection unit is signally connected to the wireless Bluetooth unit, and the electronic unit inputs the audio signal of the hearing detection information, and then After the audio output unit outputs, the control unit stops the output volume of the electronic device if the subject does not hear the audio signal, and is analyzed by the decibel level analysis unit. The hearing detection device according to claim 1, wherein the decibel level analysis unit includes a normal hearing level with a decibel (dB) value between 0dB-25dB, and a decibel (dB) value between 26dB-40dB The level of mild hearing loss, a decibel (dB) value between 41-55dB, a moderate hearing loss level, a decibel (dB) value between 56-70dB, a moderately severe hearing loss level, one decibel ( The level of severe hearing loss between dB) value is between 71-90dB, and the level of severe hearing loss between one decibel (dB) value> 91dB.

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