TWI648733B - Silent ultra low frequency sound wave sleep aid system device - Google Patents
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Abstract
一種靜音超低頻音波助眠系統裝置，係應用於床、枕、墊其中之一者， 該靜音超低頻音波助眠系統裝置包括一第一通用波形產生器以及一第二通用波形產生器，該二個通用波形產生器與一第一訊號整合單元形成連接，得以利用音頻相差得到一超低頻音波，該第一訊號整合單元與一效果器連接，該效果器經一第二訊號整合單元與一通用訊號放大器形成連接，該通用訊號放大器與一揚聲器形成連接，該揚聲器外緣包覆一吸濾音頻層，該吸濾音頻層得以吸濾外雜音，該外雜音之音頻大於該超低頻音波之音頻，該吸濾音頻層與該揚聲器外緣保持一間距。 A silent ultra-low frequency sound wave sleep aid system device, which is applied to one of a bed, a pillow and a pad, The mute ultra low frequency sound wave sleep aid system device comprises a first universal waveform generator and a second universal waveform generator, wherein the two universal waveform generators are connected with a first signal integration unit to obtain an ultra The low frequency sound wave, the first signal integration unit is connected to an effect device, and the effect device is connected to a universal signal amplifier via a second signal integration unit, and the universal signal amplifier is connected with a speaker, and the outer edge of the speaker is covered with a speaker. The filter audio layer is filtered, and the suction filter layer is capable of filtering out the external noise, wherein the external noise is greater than the audio of the ultra-low frequency sound, and the suction filter layer maintains a distance from the outer edge of the speaker.
Description
本發明係有關於一種助眠系統裝置，特別是指其為一種靜音超低頻音波助眠系統裝置。 The present invention relates to a sleep aid system device, and more particularly to a silent ultra low frequency sound wave sleep aid system device.
與腦波同頻之共振音樂在近年已廣泛為人所知，許多大型醫療院所已認可並將之引進做為醫療上輔助使用者達成穩定情緒、開發潛能、幫助睡眠等功效。依據現有的方式，使用者藉由聆聽可發出特殊頻率之音樂來達成功效，然而由於能與腦波共振之頻率的音波屬於超低頻範圍，不是一般音響器材能夠直接產生的頻段。 Resonant music with the same frequency of brain waves has been widely known in recent years, and many large medical institutions have recognized and introduced it as a medical auxiliary user to achieve stable emotions, develop potential, and help sleep. According to the existing method, the user can achieve the effect by listening to music that can emit a special frequency. However, since the sound wave that can resonate with the brain wave belongs to the ultra-low frequency range, it is not a frequency band that can be directly generated by a general audio equipment.
當兩個聲音同時發聲時，在物理學上除了各自的頻率之外，還會產生彼此之間相差的頻率。當兩個聲音的頻率愈接近時，所產生之頻差愈低，以此原理當以電子儀器精密運算兩路音頻並將之放大輸出成為聲音訊號時，藉由頻差即可產生與腦波同頻之超低頻音波。 When two sounds are simultaneously sounded, in addition to their respective frequencies, they also produce frequencies that differ from each other. When the frequencies of the two sounds are closer, the frequency difference generated is lower. According to the principle, when the two channels of audio are precisely calculated by the electronic device and amplified and output into an audio signal, the frequency difference can be generated and the brain wave is generated. Ultra-low frequency sound waves of the same frequency.
由於此種頻差於聽覺上屬於一種特殊的音響，凡屬於特殊色彩的聽覺音響效果，依據音樂創作的邏輯則並不適合所有類型之音樂，而且由於其聲響的特殊色彩，聽者之喜好與接受度亦不一致，有些聽眾對此種音樂的聽後反饋是不悅耳的；因此雖然其有與腦波同頻之功效，在使用推廣上的普及性，有其範圍與限制。 Since this frequency difference is a special kind of sound in the sense of hearing, the auditory sound effect belonging to a special color is not suitable for all types of music according to the logic of music creation, and because of the special color of the sound, the listener's preference and acceptance The degree is also inconsistent. Some listeners' feedback on this kind of music is unpleasant; therefore, although it has the same frequency as the brain wave, the popularity of the use of promotion has its scope and limitations.
傳統的方式若欲以重疊置放的方式來加強欲產生之超低頻頻段，則由於頻率所在而產生的原已不和諧的基礎音上方的多重泛音重疊干擾，勢必產生相當不和諧之噪音而讓人對此聲音卻步，因而無法以此疊加方式來增強欲加強之超低頻頻段。並且傳統的方式所產生之音波容易於室內空間中產生駐波，經由疊加之後的駐波情形將更為嚴重，必將加重聽覺噪音之干擾。In the traditional way, if you want to enhance the ultra-low frequency band to be generated by overlapping placement, the multiple overtone overlap interference above the original unharmonious base sound due to the frequency will inevitably produce quite unharmonious noise. People are deterred from this sound, so it is impossible to enhance the ultra-low frequency band to be strengthened by this superposition. Moreover, the sound waves generated by the conventional method are easy to generate standing waves in the indoor space, and the standing wave situation after the superposition is more serious, which will definitely increase the interference of the auditory noise.
此外，若以超音波的方式來產生超低頻，則非一般播放設備能夠直接達成，且由於其與音樂播放器非為一體，亦不能達到隨音樂內容推展而實時調整超低頻設置的設計等功效。In addition, if the ultra-low frequency is generated by ultrasonic means, the non-general playback device can be directly achieved, and since it is not integrated with the music player, the design of the ultra-low frequency setting can be adjusted in real time as the music content is pushed forward. .
有鑒於先前技術之問題，因此，本發明人前創作出台灣專利第M538390號「一種可用以產生靜音之超低頻音波產生裝置」。In view of the problems of the prior art, the inventors have previously created Taiwan Patent No. M538390 "a device for generating ultra-low frequency sound waves for mute generation".
目前，沒有可以產生靜音超低頻音波助眠之床、枕等商品，因為市面上的不是以音波方式製作。At present, there are no products such as beds and pillows that can generate silent ultra-low frequency sound waves, because the market is not made by sound waves.
另外，目前有些關於腦波共振之市售產品製作方式複雜，如工研院之愛舒眠舒曼共振紓壓律動床(椅)服務系統。In addition, some commercial products for brain wave resonance are currently produced in a complicated manner, such as the ISU's Love Shuman Schumann Resonance Pressing Bed (chair) service system.
習用的靜音方式由於高頻有一定量，不適合使用於近距離之安靜睡眠的場合，且強度較弱。The conventional silent method is not suitable for use in a quiet sleep at close range due to a certain amount of high frequency, and the intensity is weak.
總結，現有的腦波共振儀器設備之缺點是製作需求高，由於需求較多的電子電路元件，電磁波亦容易相對較強。In summary, the shortcomings of the existing brain wave resonance equipment are that the production requirements are high, and the electromagnetic waves are relatively easy to be relatively strong due to the electronic circuit components that are in high demand.
爰是，本發明人乃本著多年從事產品設計、開發的實務經驗，以及積極潛心研發思考，經由無數次之實際測試、實驗，致有本發明之產生。Therefore, the present inventors have been working on the design and development of products for many years, as well as actively researching and developing ideas, and through numerous practical tests and experiments, the present invention has been produced.
本發明之目的，係在提供一種低電磁波之靜音超低頻音波助眠系統裝置。It is an object of the present invention to provide a silent ultra-low frequency sonic sleep system device with low electromagnetic waves.
為達上述之目的，本發明係應用於床、枕、墊其中之一者，該靜音超低頻音波助眠系統裝置包括一第一通用波形產生器以及一第二通用波形產生器，該二個通用波形產生器與一第一訊號整合單元形成連接，得以利用音頻相差得到一超低頻音波，該第一訊號整合單元與一效果器連接，該效果器經一第二訊號整合單元與一通用訊號放大器形成連接，該通用訊號放大器與一揚聲器形成連接，該揚聲器外緣包覆一吸濾音頻層，該吸濾音頻層得以吸濾外雜音，該外雜音之音頻大於該超低頻音波之音頻，該吸濾音頻層與該揚聲器外緣保持一間距。For the above purposes, the present invention is applied to one of a bed, a pillow, and a pad. The silent ultra-low frequency acoustic sleep system device includes a first universal waveform generator and a second universal waveform generator. The universal waveform generator is connected to a first signal integration unit to obtain an ultra-low frequency sound wave by using the audio phase difference. The first signal integration unit is connected to an effect unit, and the effect unit is coupled to a common signal via a second signal integration unit. The amplifier forms a connection, and the universal signal amplifier is connected with a speaker, and the outer edge of the speaker is covered with a suction filter audio layer, and the suction filter audio layer can filter the external noise, and the external noise is greater than the audio of the ultra low frequency sound. The suction filter audio layer is spaced from the outer edge of the speaker.
本發明可產生與腦波同頻段共振之靜音聲波，幫助較易進入熟睡狀態，提升睡眠品質，也具幫助止鼾助眠之功效；而床、枕恰為適合填充多孔吸音材料之物品，更能使音波純淨剩餘與腦波同頻段之超低頻音波；容易生產製作，揚聲器出力不大可設計為DC供電，低電磁波，適用範圍廣。The invention can generate a silent sound wave which resonates with the brain wave in the same frequency band, helps to enter the sleeping state more easily, improves the sleep quality, and also has the effect of helping to stop the sleep aid; and the bed and the pillow are just suitable for filling the porous sound absorbing material, and more Ultra-low frequency sound waves that can make the sound wave pure and the same frequency band as the brain wave; easy to produce and produce, the speaker output is not large, can be designed as DC power supply, low electromagnetic wave, wide application range.
以下僅藉由具體實施例，且佐以圖式作詳細之說明，俾使 貴審查委員能對於本發明之各項功能、特點，有更進一步之了解與認識。The following is only a detailed description of the embodiments, and the detailed description of the various features and features of the present invention will be made.
請參閱第1圖、第2圖所示，本發明係應用於床、枕、墊其中之一者，包括一第一通用波形產生器1以及一第二通用波形產生器2，該二個通用波形產生器1、2與一第一訊號整合單元3形成連接，得以利用音頻相差得到一超低頻音波，該第一訊號整合單元3與一效果器4連接，且該效果器4經一第二訊號整合單元5與一通用訊號放大器6形成連接，該通用訊號放大器6與一揚聲器7形成連接，該揚聲器7外緣包覆一吸濾音頻層8，該吸濾音頻層8得以吸濾外雜音，且該外雜音之音頻大於該超低頻音波之音頻，且該吸濾音頻層8與該揚聲器7外緣保持一間距D。Referring to FIG. 1 and FIG. 2 , the present invention is applied to one of a bed, a pillow and a pad, and includes a first universal waveform generator 1 and a second universal waveform generator 2, the two universal The waveform generators 1 and 2 are connected to a first signal integration unit 3 to obtain an ultra-low frequency sound wave by using the audio phase difference. The first signal integration unit 3 is connected to an effector 4, and the effector 4 is connected to a second unit. The signal integration unit 5 is connected to a universal signal amplifier 6. The universal signal amplifier 6 is connected to a speaker 7. The outer edge of the speaker 7 is covered with a suction filter audio layer 8. The filter filter layer 8 is filtered and filtered. And the audio of the external noise is greater than the audio of the ultra-low frequency sound wave, and the suction filter audio layer 8 maintains a distance D from the outer edge of the speaker 7.
於一構造實施例，該揚聲器7內緣選自高頻共振性能良好之材料。In a structural embodiment, the inner edge of the speaker 7 is selected from materials having good high frequency resonance performance.
上述為本發明之組成介紹，接著再將本發明之各部構件及其組成方式介紹，接著再將本創作之使用實施例、特點、效益介紹如下：The above is a description of the composition of the present invention, and then the various components of the present invention and the composition thereof are introduced, and then the use embodiments, features, and benefits of the present invention are introduced as follows:
該第一通用波形產生器1主要用來產生一頻率值為P1之音波波形，該第二通用波形產生器2主要是用來產生頻率值為P2之音波波形。其中，該P1、P2頻率值至少為8k赫茲(Hz)。The first general-purpose waveform generator 1 is mainly used to generate a sound wave waveform having a frequency value of P1, and the second general-purpose waveform generator 2 is mainly used to generate a sound wave waveform having a frequency value of P2. Wherein, the P1 and P2 frequency values are at least 8 kHz (Hz).
利用該第一訊號整合單元3可以用來將來自於該第一通用波形產生器1與第二通用波形產生器2之音頻加以整合(mixing)而產生一個「頻率差」(P1-P2)，利用該頻率差產生符合通常可能腦波頻率範圍之超低頻音波。The first signal integration unit 3 can be used to mix the audio from the first general waveform generator 1 and the second general waveform generator 2 to generate a “frequency difference” (P1-P2). This frequency difference is utilized to generate ultra-low frequency sound waves that conform to the range of frequencies that are normally possible.
而該效果器4可以用來運算整合後之音頻，以轉變其聲音特性，成為音頻，該效果器4可使用但不限於通用空間效果，而能產生如殘響(Reverb)等之效果。透過該通用訊號放大器6放大音頻，輸出至揚聲器7。惟，該第一通用波形產生器1以及一第二通用波形產生器2所各自產生之音頻較高之部分，仍然可能伴隨該頻率差產生超低頻音波而被傳遞。The effect 4 can be used to calculate the integrated audio to transform its sound characteristics into audio. The effect 4 can use, but is not limited to, a general space effect, and can produce effects such as Reverb. The audio is amplified by the universal signal amplifier 6 and output to the speaker 7. However, the higher portion of the audio generated by the first general-purpose waveform generator 1 and the second general-purpose waveform generator 2 may still be transmitted along with the frequency difference to generate ultra-low frequency sound waves.
因此，該揚聲器7外緣隔離一吸濾音頻層8，該吸濾音頻層8得以吸濾外雜音，且該外雜音之音頻大於超低頻音波之音頻，且該吸濾音頻層8與該揚聲器7外緣保持一間距D，以避免全部之音波均被包覆或吸收。Therefore, the outer edge of the speaker 7 is isolated from the filter-filtered audio layer 8, and the filter-filtered audio layer 8 is capable of filtering the external noise, and the audio of the external noise is greater than the audio of the ultra-low-frequency sound, and the filter-filtered audio layer 8 and the speaker 7 The outer edge is kept at a distance D to prevent all sound waves from being coated or absorbed.
該頻率差產生超低頻音波穿透率較高而可以穿透出該揚聲器7，而該第一通用波形產生器1以及一第二通用波形產生器2所各自產生之音頻較高之部分吸附而濾除。如此一來，可以獲得更為純淨之超低頻音波。The frequency difference produces a higher ultra-low frequency sound wave penetration rate and can penetrate the speaker 7, and the higher common portion of the first common waveform generator 1 and the second universal waveform generator 2 is adsorbed. Filter out. In this way, a purer ultra-low frequency sound wave can be obtained.
而為了防止漏音，吸濾音頻層8可以完整包覆本發明系統裝置。In order to prevent leakage, the suction filter audio layer 8 can completely cover the system device of the present invention.
本發明也可進一步結合近年已開發之現場實時消噪音設計(偵測到音頻之反向撥放)，亦可達成止鼾助眠之功效。The invention can also be further combined with the on-site real-time noise cancellation design (detecting the reverse playback of the audio) which has been developed in recent years, and can also achieve the effect of stopping sleep and helping sleep.
本發明具有至少以下之特點：The invention has at least the following features:
1.易於實現生產製作，低電磁波，無惱人之音頻，可設計為DC供電。1. Easy to achieve production, low electromagnetic waves, no annoying audio, can be designed for DC power supply.
2.經改進後的新一代設計，能更增強超低頻音波之強度，環境降噪裝置同時發揮作用使該發揮之助眠功效大為提升。同時，置於外端之降噪裝置還能將可能殘餘而溢出床枕外之系統產生之微弱高頻進一步除淨，如此將純淨之超低頻留於床枕系統中，以達致更高功效。2. The improved new generation design can enhance the intensity of ultra-low frequency sound waves, and the environmental noise reduction device can simultaneously play a role in greatly improving the sleep aid effect. At the same time, the noise reduction device placed at the outer end can further remove the weak high frequency generated by the system that may remain and overflow outside the pillow, so that the pure ultra-low frequency is left in the bed pillow system to achieve higher efficiency. .
於以上為本案所舉之實施例，僅為便於說明而設，當不能以此限制本案之意義，即大凡依所列申請專利範圍所為之各種變換設計，均應包含在本案之專利範圍中。The above embodiments of the present invention are provided for convenience of explanation only. When the meaning of the case cannot be limited, that is, various transformation designs according to the scope of the listed patent application are included in the patent scope of the present application.
1‧‧‧第一通用波形產生器1‧‧‧First Universal Waveform Generator
2‧‧‧第二通用波形產生器2‧‧‧Second Universal Waveform Generator
3‧‧‧第一訊號整合單元3‧‧‧First Signal Integration Unit
4‧‧‧效果器4‧‧‧Effects
5‧‧‧第二訊號整合單元5‧‧‧Second signal integration unit
6‧‧‧通用訊號放大器6‧‧‧Common Signal Amplifier
7‧‧‧揚聲器7‧‧‧Speakers
8‧‧‧吸濾音頻層8‧‧‧Stained filter audio layer
D‧‧‧間距D‧‧‧ spacing
第1圖係本發明之各元件之組合關係示意方塊圖。 第2圖係本發明吸濾音頻層與揚聲器之組合關係示意圖。BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic block diagram showing the combined relationship of the components of the present invention. Figure 2 is a schematic diagram showing the combined relationship between the suction filter optical layer and the speaker of the present invention.
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWM367704U (en) * | 2009-06-15 | 2009-11-01 | de-san Chen | Sound-filtering earflap |
| TWM530656U (en) * | 2016-05-04 | 2016-10-21 | Ashaka Technology Inc | Low-frequency electric wave generating device |
| TWM538390U (en) * | 2016-04-11 | 2017-03-21 | Tsen-Fang Lin | Ultra low frequency sound wave generator capable of being turned on silent |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWM367704U (en) * | 2009-06-15 | 2009-11-01 | de-san Chen | Sound-filtering earflap |
| TWM538390U (en) * | 2016-04-11 | 2017-03-21 | Tsen-Fang Lin | Ultra low frequency sound wave generator capable of being turned on silent |
| TWM530656U (en) * | 2016-05-04 | 2016-10-21 | Ashaka Technology Inc | Low-frequency electric wave generating device |
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