TWM497896U - Soft film battery-free noise self-muffling type hearing aid - Google Patents
Soft film battery-free noise self-muffling type hearing aid Download PDFInfo
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傳統助聽器的結構包括麥克風，擴音器，喇叭，電池艙，聆聽模式按鈕，耳塞等元件，麥克風接收外面傳來的聲音，聲音被轉換成電流，經由擴音器放大，再轉換成電流，經由喇叭電音轉換過程後，再轉換成聲音，經由導管、耳塞而傳入耳內。傳統助聽器並特殊之處，但在科技進步的現代，要求佩戴舒適、輕薄美觀、音質佳、免電池之高品質助聽器，讓這類助聽器不僅要輕薄短小無電池，音質穩定，還能辨識背景噪音和談話，及自動壓低噪音，新的技術因此產生；以下一種軟薄膜免電池噪音自消式助聽器，使用微機電系統(簡稱MEMS)之技術所製成之，微機電系統(MEMS)低功耗自動消除噪音陣列麥克風，以及低功耗微型微機電系統(MEMS)喇叭，加上可伸縮輕薄且透明的軟性電子基板，該基板以矽彈性體製成之軟性薄膜基板，再以COF(Chip on film)積體電路技術；COF是一種將晶粒覆晶接合(Flip Chip Bonding)在軟性電路板基材上的技術，可將IC及其電子零件直接安放於薄膜上；同時利用3D電路佈局技術，製成具有可伸縮性軟性電子基板總成，再以PZT奈米發電機利用壓電效應供電，並利用可撓式超級電容儲存電能。經由以上主要元件組成，軟薄膜免電池噪音自消式助聽器；以下將進一步詳述其中各元件之技術應用；該薄膜免電池噪音自消式助聽器，內含：一能自動降低 背景噪音微機電系統(MEMS)陣列麥克風，為一種主動式噪音控制之陣列麥克風，為多麥克風系統(multiple microphone)之一種，微機電系統(MEMS)微機電陣列麥克風的壓力感應膜是，以微機電技術直接蝕刻在矽晶片上，此積體電路晶片通常也整合入一些相關電路，成為數位式麥克風，以利與現今的數位電路連接；一低功耗超微型微機電系統(MEMS)喇叭，以微機電技術將喇叭元漸直接蝕刻在矽晶片上，可製造出直徑3mm以下之超微型喇叭，再以極細透明的聲音連接線，安裝於軟性電子基板上，同時將微型喇叭搭配不同矽膠耳塞安裝於耳內，讓耳朵收聽聲音更直接功率消耗更小，其中以開放式矽膠耳塞為最佳，可解除悶塞感；一軟性電子基板以矽彈性體製成之軟性薄膜基板，具有輕、薄、表面平坦、耐撓曲及良好耐化性等特性，接著以COF(Chip on film)積體電路技術及3D電路佈局技術，製成具有可伸縮性軟性電子基板總成，內含微電腦裝置，有自動偵測語音及數位化的設計，當與人對談時，會降低背景環境的其他聲音，讓語言更清晰；一鋯鈦酸鉛壓電薄膜(PZT)奈米發電機利用壓電效應、將動能轉換成電壓、電流或電荷，再經儲能和穩壓，轉變成穩定的電能供電，配合磁共振無線充電，(磁共振無線充電電路是利用低頻電磁波共振原理產生無線充電)，再利用可撓式超級電容做為蓄電池使用，該可撓式超級電容儲存電能，主要是利用濺鍍製程將金屬濺鍍在碳纖維布表面上，來形成金屬集電層其中包含了兩個正負可撓式電極、一隔離膜，以及電解質以達蓄電之目的；一無線收發裝置，內含藍芽無線收發模組配和陶瓷天線，加上智慧型手機無線APP軟體可做雙向傳輸功能，可執行遠端控制；一智慧型手機無線APP控制軟體，內含：環境音強自動微調管理功能，啟用環境音強自動微調處理後，不用再為不同環境的切換而手忙腳亂；自 動方向聚焦管理功能，快速聚焦讓溝通無死角；回饋音抑制功能，具回饋音偵防程式，讓回饋音無法擾亂您的舒適度；噪音抑制功能，可全自動化加強噪音處理；非線性頻率壓縮功能，外面傳來的聲音進行多元化的數位化聲音處理，使聲音聽起來更自然；連結至藍牙轉接器功能，就是用無線收發器將通訊娛樂設備的訊號，傳輸到配戴者的接受器中，例如手機，平板電腦，音響等設備做為輔助性聽覺裝置使用，等六種智慧型手機APP軟體無線遙控功能。軟薄膜免電池噪音自消式助聽器，可藉由智慧型手機無線APP控制軟體設定最佳參數，有效地消除周圍的環境噪音，讓聽覺感受就像真實的一樣。另，該軟薄膜免電池噪音自消式助聽器，可以高分子可伸縮凝膠固定於皮膚或利用掛耳勾固定於耳旁。 The structure of the traditional hearing aid includes a microphone, a loudspeaker, a speaker, a battery compartment, a listening mode button, an earplug and the like. The microphone receives the sound from the outside, the sound is converted into a current, amplified by a microphone, and converted into a current. After the speaker is converted into sound, it is converted into sound and transmitted to the ear through a catheter or an earplug. Traditional hearing aids are special, but in the modern advancement of science and technology, it is required to wear comfortable, light and beautiful, sound quality, battery-free high-quality hearing aids, so that these hearing aids are not only light and short, no battery, stable sound quality, and can recognize background noise. And talk, and automatically reduce the noise, new technology is produced; the following soft film battery-free noise self-contained hearing aid, using micro-electromechanical systems (MEMS) technology, micro-electromechanical systems (MEMS) low power consumption Automatically eliminates noise array microphones, as well as low-power miniature micro-electro-mechanical systems (MEMS) speakers, plus a flexible, thin, transparent, flexible electronic substrate made of a flexible film substrate made of elastomer, followed by COF (Chip on Film) integrated circuit technology; COF is a technology for Flip Chip Bonding on a flexible circuit board substrate, which can directly place the IC and its electronic components on the film; and utilize 3D circuit layout technology. , made of a flexible flexible electronic substrate assembly, and then powered by a piezoelectric effect using a PZT nano generator, and stored by a flexible super capacitor can. Through the above main components, the soft film is free of battery noise self-contained hearing aid; the technical application of each component will be further described below; the film is free of battery noise self-cancelling hearing aid, including: one can automatically reduce Background noise microelectromechanical system (MEMS) array microphone, an active noise control array microphone, a multi-microphone system, a micro-electromechanical system (MEMS) microelectromechanical array microphone pressure sensing film is micro Electromechanical technology is directly etched on the germanium wafer. This integrated circuit chip is usually integrated into some related circuits to form a digital microphone to facilitate connection with today's digital circuits. A low-power ultra-micro microelectromechanical system (MEMS) speaker, Micro-electromechanical technology is used to directly etch the speaker element on the germanium wafer, and the ultra-micro speaker with a diameter of 3mm or less can be fabricated, and then mounted on a flexible electronic substrate with a very fine transparent sound connecting wire, and the micro-horn is matched with different silicone earplugs. Installed in the ear, the ear can listen to the sound more directly and the power consumption is smaller. Among them, the open silicone earplug is the best to relieve the stuffy feeling; a soft electronic substrate is made of a flexible film substrate made of elastic body, which has lightness. Thin, flat surface, flex resistance and good chemical resistance, followed by COF (Chip on film) integrated circuit technology and 3D electricity The road layout technology is made into a flexible and flexible electronic substrate assembly, which contains a microcomputer device, and has an automatic detection voice and digital design. When talking with others, it will reduce other sounds in the background environment and make the language more Clear; a lead zirconate titanate piezoelectric film (PZT) nano-generator uses piezoelectric effect, converts kinetic energy into voltage, current or charge, and then converts into stable electric energy supply through energy storage and voltage regulation, with magnetic resonance Wireless charging, (magnetic resonance wireless charging circuit uses the principle of low-frequency electromagnetic wave resonance to generate wireless charging), and then uses flexible super capacitor as battery. The flexible super capacitor stores electrical energy, mainly by splashing metal with sputtering process. Plated on the surface of the carbon fiber cloth to form a metal collector layer containing two positive and negative flexible electrodes, a separator, and an electrolyte for power storage purposes; a wireless transceiver device containing a Bluetooth wireless transceiver module And ceramic antenna, plus smart phone wireless APP software can do two-way transmission function, can perform remote control; a smart phone wireless APP control software, including :Environmental sound intensity automatic fine-tuning management function, after enabling automatic fine-tuning of ambient sound intensity, it is no longer necessary to switch between different environments; Focus on the management function, fast focus to make communication without dead ends; feedback sound suppression function, with feedback sound detection program, so that feedback sound can not disturb your comfort; noise suppression function, fully automatic to enhance noise processing; nonlinear frequency compression Function, the sound from the outside is diversified digital sound processing, making the sound sound more natural; connecting to the Bluetooth adapter function is to use the wireless transceiver to transmit the communication device's signal to the wearer's acceptance. In the device, for example, a mobile phone, a tablet computer, an audio device, etc. are used as auxiliary hearing devices, and the like six smart mobile phone APP software wireless remote control functions. The soft film free battery noise self-cancelling hearing aid can set the optimal parameters by the smart phone wireless APP control software, effectively eliminating the surrounding ambient noise and making the auditory feeling feel like real. In addition, the soft film is free of battery noise self-contained hearing aid, and can be fixed to the skin by a polymer retractable gel or fixed to the ear by a hook ear hook.
傳統的助聽器是一種放大聲音的機器，不管這個聲音你願不願意聽都被放大，早期助聽器的使用者常常會碰到一個問題，就是在安靜的房間中，為了聽清楚些而把音量調大，可是一走到街上，卻又發現音量開得太大太吵了，結果一天到晚都在調整音量，煩不勝煩所以許多老人覺得太吵，根本不戴。微電腦型及數位化則是最先進的一種助聽器主流的數位助聽器，由於要在微型的晶片上完成許多功能，又要要求體積小與省電，事實上是非常具有技術門檻，助聽器也絕非僅是大家想像中僅是單純把聲音放大的設備。目前出現完全可以放在耳朵旁的數位式耳掛型助聽器已經進步很多，但發現在可聽度，噪音中語言接收度，音質，滿意度等方面，數位 式助聽器並沒有領先傳統或程控型助聽器，只有在方向性，及使用者偏好度方面獲得領先，但一般數位式耳掛型助聽器價格昂貴，正常使用壽命約3~4年，電池使用壽命約100小時左右，由於耳掛式助聽器塑膠殼很小，電池蓋時常變形或破裂影響助聽器正常使用壽命，一般數位式助聽器使用時，怕水、汗、熱及摔，於是如何研發一種佩戴舒適、輕薄美觀、隱蔽性強、防摔、防汗、助聽器音質佳、免電池之助聽器方為下一世代之助聽器的主流。 The traditional hearing aid is a kind of machine that amplifies the sound. Regardless of whether the sound is willing to be amplified or not, users of early hearing aids often encounter a problem, that is, in a quiet room, the volume is turned up to make it clear. However, as soon as I walked down the street, I found that the volume was too loud and too noisy. As a result, the volume was adjusted all day long, and I was so annoyed that many elderly people felt too noisy and did not wear it at all. Microcomputer type and digitalization are the most advanced digital hearing aids for hearing aids. Because of the many functions to be performed on a miniature wafer, and the requirement for small size and power saving, it is actually a technical threshold, and the hearing aid is not only It is everyone who imagines that it is simply a device that amplifies the sound. Digital ear-hook hearing aids that can be placed right beside the ear have improved a lot, but found in terms of audibility, noise in language reception, sound quality, satisfaction, etc. Hearing aids do not lead traditional or program-controlled hearing aids. They only lead in directionality and user preference, but general digital ear-hook hearing aids are expensive, with a normal service life of about 3 to 4 years and a battery life of about 100. About an hour, because the plastic shell of the ear-hook hearing aid is very small, the battery cover often deforms or ruptures to affect the normal service life of the hearing aid. When the digital hearing aid is used, it is afraid of water, sweat, heat and falls. How to develop a comfortable, light and beautiful appearance. The concealed, anti-drop, anti-sweat, hearing aid sound quality, battery-free hearing aids are the mainstream of the next generation of hearing aids.
有鑑於此，本創作即針對新一世代所需效能之助聽器，研發這一種軟薄膜免電池噪音自消式助聽器，使用微機電系統所謂微機電系統(Micro Electro-Mechanical System)即結合半導體製程技術及機械製作的概念，其將積體電路與機械元件製作於單一晶片上，使得原本的平面積體電路，擴展成立體式的結構，所製成之微機電系統(MEMS)低功耗自動消除噪音陣列麥克風，以及低功耗微型微機電系統(MEMS)喇叭，加上輕薄且透明的可伸縮軟性電子基板，該軟性電子基板，是以矽彈性體製成之軟性薄膜基板，同時利用COF(Chip on film)積體電路技術及3D電路佈局技術製成，之可伸縮技術所製成之軟性電子基板總成，該COF是一種將晶粒覆晶接合(Flip Chip Bonding)在軟性電路板基材上的技術，可將電子零件直接安放於薄膜上，使其能夠緊密地貼合在軟性電子基板，為了讓晶片具有良好的拉伸性能，必須以3D電路佈局，保證晶片上連接各功能元件的導線在拉伸過程中不發生破壞，對所有導線的幾何構型進行優化布局，使電路佈局及晶片在施加約50%應變時仍能回復初始狀態，施加約125%應變時仍不發生破壞，再以鋯鈦酸鉛壓電薄膜 (PZT)奈米發電機利用壓電效應、將動能轉換成電壓、電流或電荷，再經儲能和穩壓，轉變成穩定的電能，同時以可撓式超級電容蓄電，該可撓式超級電容，主要是利用濺鍍製程將金屬濺鍍在碳纖維布表面上，來形成金屬集電層，利用此濺鍍製程作出的可撓式超級電容的電極，可撓式超級電容的組成結構，包含了兩個正負可撓式電極、一隔離膜，以及電解質，可撓式電極係為成對配置，每一個可撓式電極包含一碳纖維層，以及形成於碳纖維層表面之一金屬集電層，其中金屬集電層係位於可撓式電極之外側，隔離膜配置於可撓式電極之間，而電解質則灌注於可撓式電極之間；另外，一磁共振無線充電組電路利用低頻電磁波共振原理，當兩個物體的振動頻率相同時，它們傳遞能量的強度不會受到周圍事物的影響，兩個感應器都以低頻電磁波震動，產生共振，讓能量在兩者之間傳遞隨著每一次共振，感應器中會有更多的電壓產生經過產生多次共振，感應器表面就會集聚足夠的能量，發出電流可做為充電電源使用；以下將以分項方式說明新型內容；該薄膜免電池噪音自消式助聽器，內含：一能自動降低背景噪音微機電系統(MEMS)陣列麥克風；係一種多麥克風系統(multiple microphone)內含數位化電路，可分析麥克風收集的聲波，判別哪些是噪音，哪些是語音，屬於噪音的聲波，則不予放大，再配合使用數位化電路做多頻道主動搜尋，若發現某一麥克風出現噪音聲，就降低該頻道聲音；一低功耗超微型微機電系統(MEMS)喇叭，以微機電技術蝕刻，在矽晶片上將喇叭元件及放大電路一體成型，再以極細透明的精細耳塞導管，搭配不同矽膠耳塞安裝於耳內，讓耳朵收聽聲音更直接功率消耗更小；一軟性電子基板以矽彈性體製成的電路基板，具輕薄、可彎曲、不規則形狀等優點，戴起來隱密效果佳，內含微電腦裝置，有自動偵測 語音的設計，當與人對談時，會降低背景環境的其他聲音，讓語言更清晰；並設計更大的通氣孔來減少回饋音，及以數位訊號把回饋音消除掉，使所聽到的聲音不致失真；一鋯鈦酸鉛壓電薄膜(PZT)奈米發電機，配合磁共振無線充電及可撓式超級電容，做為電源及外部充電使用；一無線收發裝置，內含陶瓷天線配合智慧型手機無線APP軟體，無線收發裝置，採用2.4GHz藍芽無線收發模組，數位無線傳輸技術，實現了助聽器與電子聲音設備之間的“無線”鏈接，能直接將平板電腦、PC電腦、智慧型手機等，具備藍芽無線收發設備的聲音，無衰減地傳輸到，已植入無線收發裝置的軟薄膜免電池噪音自消式助聽器中，同時也可利用藍牙轉接器將藍牙音響、藍牙電話、藍牙電視、等電子音頻設備中轉過來；一智慧型手機無線APP控制軟體，具有環境音強自動微調管理環境音強自動微調處理，不用再為不同環境的切換而混亂；自動方向聚焦功能，可全自動化收音處理快速聚焦，令溝通無死角；回饋音抑制功能，全面數位化聲音處理可有效抑制回饋音；噪音抑制功能其工作原理是將雜訊相位反相180度，與電子系統產生的抗雜訊anti-noise相互抵消，這樣雜訊至少減少10db。其工作原理是將噪聲相位反相180度，與電子系統產生的抗噪聲anti-noise相互抵消，這樣噪聲至少減少10db，它利用聲學上的掩蔽效應手段來達到降低聆聽時環境雜訊的系統，最大的好處是，讓你在嘈雜的環境下能得到一個很寧靜的聽覺環境；非線性頻率壓縮功能，對外面傳來的聲音進行多元化的數位化聲音處理，使聲音聽起來更自然；連結至藍牙轉接器功能，是一種輔助性聽覺裝置，就是用發射器將通訊娛樂設備的訊號，傳輸到配戴者的接受器中；以上共六種無線APP控制軟體無線遙控功能，薄膜免電池噪音自消式助聽器，都能藉由智慧型手機無線APP 控制軟體設定最佳數值，有效地消除周圍的環境噪音；另，該薄軟膜免電池噪音自消式助聽器可以高分子可伸縮凝膠，固定於皮膚或利用掛耳勾固定於耳旁。本創作之其他創新特徵及功能經配合下列圖式，予以作進一步之說明後，貴審查委員當有更詳細的瞭解。 In view of this, this creation is to develop a soft film battery-free noise self-contained hearing aid for the hearing aids of the new generation. The micro electro mechanical system called Micro Electro-Mechanical System is combined with semiconductor process technology. And the concept of mechanical production, which integrates integrated circuits and mechanical components on a single wafer, so that the original flat-area body circuit is extended to form a body structure, and the fabricated micro-electromechanical system (MEMS) low-power automatic noise is eliminated. Array microphones, as well as low-power miniature micro-electro-mechanical systems (MEMS) speakers, plus a thin, transparent, flexible, flexible electronic substrate that is a flexible film substrate made of tantalum elastomer while utilizing COF (Chip) On film) A flexible electronic substrate assembly made of a scalable circuit technology and a 3D circuit layout technology. The COF is a Flip Chip Bonding on a flexible circuit board substrate. The technology allows the electronic components to be placed directly on the film so that it fits snugly on the flexible electronic substrate, in order to make the wafers good. The tensile properties must be in a 3D circuit layout to ensure that the wires connecting the functional components on the wafer do not break during the stretching process, and the geometry of all the wires is optimally laid out so that the circuit layout and the wafer are applied with about 50% strain. At the same time, the initial state can be restored, and no damage occurs when about 125% strain is applied, and then the lead zirconate titanate piezoelectric film is used. (PZT) nano-generator uses piezoelectric effect, converts kinetic energy into voltage, current or charge, and then converts it into stable electric energy through energy storage and voltage regulation, while storing electricity with flexible super capacitor, the flexible super The capacitor is mainly formed by sputtering a metal on the surface of the carbon fiber cloth by a sputtering process to form a metal collector layer, and the electrode of the flexible super capacitor formed by the sputtering process, the structure of the flexible super capacitor, including Two positive and negative flexible electrodes, a separator, and an electrolyte, the flexible electrodes are arranged in pairs, each flexible electrode comprises a carbon fiber layer, and a metal collector layer formed on a surface of the carbon fiber layer, The metal collector layer is located on the outer side of the flexible electrode, the isolation film is disposed between the flexible electrodes, and the electrolyte is poured between the flexible electrodes; in addition, a magnetic resonance wireless charging group circuit utilizes low frequency electromagnetic wave resonance Principle, when the vibration frequencies of two objects are the same, the intensity of the energy they transmit will not be affected by the surrounding things. Both sensors vibrate with low frequency electromagnetic waves, resulting in a total , let the energy transfer between the two. With each resonance, there will be more voltage generated in the inductor. After generating multiple resonances, the surface of the inductor will accumulate enough energy, and the current can be used as the charging power source. The following will describe the new content in a sub-item; the film is free of battery noise self-contained hearing aids, including: a micro-electromechanical system (MEMS) array microphone capable of automatically reducing background noise; a multi-microphone system containing digital digits The circuit can analyze the sound waves collected by the microphone, determine which noises are, and which are the voices. If the sound waves belong to the noise, they will not be amplified, and then use the digital circuit to do the active search of multiple channels. If a microphone is found to have noise, To reduce the sound of the channel; a low-power ultra-micro microelectromechanical system (MEMS) speaker, etched by micro-electromechanical technology, integrated the horn element and the amplifying circuit on the enamel wafer, and then with a fine transparent transparent earplug catheter, with different Silicone earplugs are installed in the ear, allowing the ear to listen to the sound more directly and with less power consumption; a soft electronic substrate with a bullet The circuit board made of the body has the advantages of being thin, flexible, irregular shape, etc., and the hidden effect is good, and the microcomputer device is included, and the automatic detection is provided. The design of the voice, when talking with people, will reduce other sounds in the background environment, make the language clearer; and design a larger vent to reduce the feedback sound, and eliminate the feedback sound by digital signal, so that the heard Sound is not distorted; a lead zirconate titanate piezoelectric film (PZT) nano generator, with magnetic resonance wireless charging and flexible super capacitor, used as power supply and external charging; a wireless transceiver with ceramic antenna Smart phone wireless APP software, wireless transceiver, using 2.4GHz Bluetooth wireless transceiver module, digital wireless transmission technology, to achieve a "wireless" link between hearing aids and electronic sound devices, can directly tablet, PC, Smart phones, etc., with the sound of Bluetooth wireless transceivers, transmitted without attenuation, soft film-free noise-free self-contained hearing aids that have been implanted in wireless transceivers, and Bluetooth audio can also be used with Bluetooth adapters. Bluetooth phone, Bluetooth TV, and other electronic audio equipment transfer; a smart phone wireless APP control software, with automatic adjustment of environmental sound intensity The environment sound intensity is automatically fine-tuned, no need to be confused for different environment switching; automatic direction focusing function, fully automatic radio processing and fast focusing, so that communication has no dead angle; feedback sound suppression function, comprehensive digital sound processing can effectively suppress feedback sound The noise suppression function works by inverting the phase of the noise by 180 degrees, which cancels out the anti-noise anti-noise generated by the electronic system, so that the noise is reduced by at least 10 db. The working principle is to invert the phase of the noise by 180 degrees, and cancel the anti-noise anti-noise generated by the electronic system, so that the noise is reduced by at least 10 db. It uses the acoustic masking effect to achieve a system for reducing the ambient noise during listening. The biggest advantage is that you can get a very quiet auditory environment in a noisy environment; the nonlinear frequency compression function makes a variety of digital sound processing on the sound coming from outside, making the sound sound more natural; To the Bluetooth adapter function, it is an auxiliary hearing device, which uses the transmitter to transmit the signal of the communication entertainment device to the wearer of the wearer; the above six wireless APP control software wireless remote control function, the film is free of battery Noise self-contained hearing aids, wireless mobile APP The control software sets the optimal value to effectively eliminate the surrounding ambient noise. In addition, the thin soft film free battery noise self-cancelling hearing aid can be a polymer retractable gel, fixed to the skin or fixed to the ear with a hook ear hook. The other innovative features and functions of this creation are further explained by the following diagrams, and your review committee should have a more detailed understanding.
1‧‧‧軟薄膜免電池噪音自消式助聽器 1‧‧‧Soft film free battery noise self-contained hearing aid
11‧‧‧聲音連接導線 11‧‧‧Sound connection wire
12‧‧‧開放式矽膠耳塞 12‧‧‧Open silicone earplugs
13‧‧‧微型微機電系統(MEMS)喇叭 13‧‧‧Micro-MEMS (MEMS) speakers
13a‧‧‧微型微機電系統(MEMS)喇叭之線圈 13a‧‧‧Micro-MEMS (MEMS) horn coil
13b‧‧‧微型微機電系統(MEMS)喇叭之電磁鐵 13b‧‧‧Electromagnetic system for micro-MEMS (MEMS) speakers
13c‧‧‧微型微機電系統(MEMS)喇叭之永久磁鐵 13c‧‧‧ permanent magnets for micro-MEMS (MEMS) speakers
2‧‧‧軟性電子基板總成 2‧‧‧Soft electronic substrate assembly
21‧‧‧微機電系統(MEMS)陣列麥克風 21‧‧‧Micro Electro Mechanical Systems (MEMS) Array Microphones
22‧‧‧軟性電子基板 22‧‧‧Soft electronic substrate
23‧‧‧鋯鈦酸鉛壓電薄膜(PZT)奈米發電機 23‧‧‧ Lead zirconate titanate piezoelectric film (PZT) nano generator
23a‧‧‧鋯鈦酸鉛壓電薄膜(PZT)奈米發電機之環氧樹脂表層 23a‧‧‧PbT titanate piezoelectric film (PZT) nano-generator epoxy resin surface
23b‧‧‧鋯鈦酸鉛壓電薄膜(PZT)奈米發電機之電源導出電極片 23b‧‧‧PbT lead piezoelectric film (PZT) nano generator power supply lead electrode
23c‧‧‧鋯鈦酸鉛壓電薄膜(PZT)奈米發電機之PZT壓電材料層 23c‧‧‧PZT piezoelectric material layer of lead zirconate titanate piezoelectric film (PZT) nano generator
23d‧‧‧鋯鈦酸鉛壓電薄膜(PZT)奈米發電機之PE樹脂底層 23d‧‧‧PbT titanate piezoelectric film (PZT) nano-generator PE resin bottom layer
24‧‧‧可撓式超級電容 24‧‧‧Flexible supercapacitors
24a‧‧‧可撓式電極 24a‧‧‧Flexible electrode
24b‧‧‧碳纖維層 24b‧‧‧carbon fiber layer
24c‧‧‧電解質 24c‧‧‧ Electrolytes
24d‧‧‧隔離膜 24d‧‧‧Isolation film
25‧‧‧3D電路佈局 25‧‧‧3D circuit layout
26‧‧‧3D積體電路微電腦裝置 26‧‧‧3D integrated circuit microcomputer device
27‧‧‧磁共振無線充電裝置 27‧‧‧Magnetic magnetic charging device
28‧‧‧無線收發裝置 28‧‧‧Wireless transceiver
3‧‧‧智慧型手機 3‧‧‧Smart mobile phone
31‧‧‧智慧型手機無線APP軟體 31‧‧‧Smart mobile phone wireless APP software
31a‧‧‧環境音強自動微調管理功能 31a‧‧‧Environmental sound intensity automatic fine-tuning management function
31b‧‧‧自動方向聚焦管理功能 31b‧‧‧Automatic Directional Focus Management
31c‧‧‧回饋音抑制功能 31c‧‧‧Feedback suppression function
31d‧‧‧噪音抑制功能 31d‧‧‧Noise suppression
31e‧‧‧非線性頻率壓縮功能 31e‧‧‧Nonlinear frequency compression
31f‧‧‧連結至藍牙轉接器功能 31f‧‧‧Link to Bluetooth adapter function
4‧‧‧藍牙轉接器 4‧‧‧Bluetooth Adapter
41‧‧‧藍牙音響 41‧‧‧Bluetooth Speaker
42‧‧‧藍牙電話 42‧‧‧Bluetooth phone
43‧‧‧藍牙電視 43‧‧‧Bluetooth TV
5‧‧‧平板電腦 5‧‧‧ Tablet PC
6‧‧‧PC電腦 6‧‧‧PC computer
7‧‧‧雲端 7‧‧‧Cloud
第一圖係本創作軟薄膜免電池噪音自消式助聽器，實施例之外觀示意圖；第二圖係本創作軟薄膜免電池噪音自消式助聽器，軟性電子基板總成外觀示意圖；第三圖係本創作軟薄膜免電池噪音自消式助聽器，鋯鈦酸鉛壓電薄膜(PZT)奈米發電機實施例之示意圖；第四圖係本創作軟薄膜免電池噪音自消式助聽器，微型微機電系統(MEMS)喇叭結構示意圖；第五圖係本創作軟薄膜免電池噪音自消式助聽器，可撓式超級電容結構示意圖；第六圖係本創作軟薄膜免電池噪音自消式助聽器，實施例之無線收發功能示意圖；第七圖係本創作軟薄膜免電池噪音自消式助聽器之APP控制軟體設定流程圖； The first picture is a schematic diagram of the appearance of the soft film free battery self-cancellation hearing aid, and the second picture is a schematic diagram of the soft electronic film free battery self-cancellation hearing aid, flexible electronic substrate assembly; The soft film free battery noise self-destructive hearing aid, the schematic diagram of the lead zirconate titanate piezoelectric film (PZT) nano generator embodiment; the fourth picture is the soft film free battery noise self-contained hearing aid, micro MEMS System (MEMS) speaker structure diagram; the fifth picture is the creation of soft film battery-free noise self-cancellation hearing aid, flexible super capacitor structure schematic; the sixth picture is the creation of soft film battery-free noise self-cancellation hearing aid, embodiment The wireless transmission and reception function diagram; the seventh picture is a flow chart of the APP control software setting of the soft film free battery self-cancellation hearing aid;
以下將以如何操作軟薄膜免電池噪音自消式助聽器，作為實施本創作之詳細說明，如後附各圖所示，本創作之實施例如下：請參考圖(一)軟薄膜免電池噪音自消式助聽器，實施例之外觀示意圖，圖示如下：軟薄膜免電池噪音自消式助聽器(1)其中內含：聲音連接導線(11)，開放式矽膠耳塞(12)，微型微機電系統(MEMS)喇叭(13)及軟性電子基板總成(2)，藉由以上構件組成軟薄膜免電池噪音自消式助聽器；請參考圖(二)軟性電子基板總成外觀示意圖，實施例之功能示意圖，圖示如下其中內含：軟性電子基板總成(2)，微機電系統(MEMS)陣列麥克風(21)，軟性電子基板(22)，鋯鈦酸鉛壓電薄膜(PZT)奈米發電機(23)，可撓式超級電容(24),3D電路佈局(25),3D積體電路微電腦裝置(26)，磁共振無線充電裝置(27)，無線收發裝置(28)藉由以上構件組成軟性電子基板總成(2)；請參考圖(三)鋯鈦酸鉛壓電薄膜(PZT)奈米發電機實施例之示意圖，圖示如下：鋯鈦酸鉛壓電薄膜(PZT)奈米發電機(23)其中內含：環氧樹脂表層(23a)，鋯鈦酸鉛壓電薄膜(PZT)奈米發電機之電源導出電極片(23b)，鋯鈦酸鉛壓電薄膜(PZT)奈米發電機之PZT壓電材料層(23c)，鋯鈦酸鉛壓電薄膜(PZT)奈米發電機之PE樹脂底層(23d),藉由以上元件組成鋯鈦酸鉛壓電薄膜(PZT)奈米發電機(23)；請參考圖(四)微型微機電系統(MEMS)喇叭結構示意圖，圖示如下：微型微機電系統(MEMS)喇叭(13)其中內含：微型微機電系統(MEMS)喇叭之線圈(13a)，微型微機電系統(MEMS)喇叭之電磁鐵(13b)，微型微機電系統(MEMS)喇叭之永久磁鐵(13c)，藉由以上元件組成微型微機電系統(MEMS)喇叭(13)；請參考圖(五)可撓式超級電容結構示意圖，圖示如下：可撓式超級電容(24)其中內含：可撓 式電極(24a)，碳纖維層(24b)，電解質(24c)，隔離膜(24d)，藉由以上構件組成可撓式超級電容(24)；請參考圖(六)實施例之無線收發功能示意圖，圖中內含：軟薄膜免電池噪音自消式助聽器(1)，智慧型手機(3)，平板電腦(5),PC電腦(6)，藍牙轉接器(4)，藍牙音響(41)，藍牙電話(42)，藍牙電視(43)，雲端(7)，藉由以上圖示組成無線收發功能示意圖；請參考圖(七)APP控制軟體設定流程圖，圖示如下：內含：智慧型手機無線APP軟體(31)，可供以APP軟體設定安裝使用；環境音強自動微調管理功能(31a)，可供環境音強自動微調使用；自動方向聚焦管理功能(31b)，可供自動方向聚焦使用；回饋音抑制功能(31c)，可供回饋音抑制使用；噪音抑制功能(31d)，可提供噪音抑制使用；非線性頻率壓縮功能(31e)，可供非線性頻率壓縮使用；APP連結至藍牙轉接器功能(31f)模式，銀幕會出現連結至藍牙轉接器之顯示；APP第一次安裝後，自動方向聚焦管理(31b)預設值為OFF模式，第2次以後的APP開啟時會停留在上一次的模式，不管任何時候一但脫離網路，APP會出現警示視窗，只要進入連線範圍，則會自動連線，這時直接按APP按鈕即可動作。 The following is a detailed description of how to operate the soft film free battery noise self-cancellation hearing aid. As shown in the attached drawings, the implementation of this creation is as follows: Please refer to the figure (1) Soft film free battery noise. The appearance of the hearing aid, the schematic diagram of the embodiment is as follows: soft film free battery noise self-destructive hearing aid (1) which contains: sound connecting wire (11), open silicone earplug (12), micro MEMS ( MEMS) horn (13) and flexible electronic substrate assembly (2), the above components constitute a soft film battery-free noise self-cancellation hearing aid; please refer to the figure (2) soft electronic substrate assembly appearance diagram, the functional diagram of the embodiment The figure includes the following: soft electronic substrate assembly (2), microelectromechanical system (MEMS) array microphone (21), flexible electronic substrate (22), lead zirconate titanate piezoelectric film (PZT) nano generator (23), flexible super capacitor (24), 3D circuit layout (25), 3D integrated circuit microcomputer device (26), magnetic resonance wireless charging device (27), wireless transceiver device (28) composed of the above components Flexible electronic substrate assembly (2); please refer to Figure (3) Zirconium and Titanium A schematic diagram of an example of a lead-acid piezoelectric film (PZT) nanogen generator is shown as follows: a lead zirconate titanate piezoelectric film (PZT) nanogen generator (23) containing: an epoxy surface layer (23a), Lead-Zirconate Titanate Piezoelectric Film (PZT) Nano Generator Power Supply Lead Sheet (23b), Lead Zirconate Titanate Piezo Film (PZT) Nano Generator PZT Piezo Material Layer (23c), Zirconium Titanate Lead piezoelectric film (PZT) nano-generator PE resin bottom layer (23d), composed of lead zirconate titanate piezoelectric film (PZT) nano generator (23); please refer to Figure (4) micro-micro Schematic diagram of the electromechanical system (MEMS) speaker structure, as shown below: Micro-MEMS (MEMS) speaker (13) which contains: micro-micro-electromechanical system (MEMS) speaker coil (13a), micro-micro-electromechanical system (MEMS) speaker The electromagnet (13b), the permanent magnet (13c) of the micro-MEMS (MEMS) speaker, constitutes a micro-MEMS (MEMS) speaker (13) by the above components; please refer to the figure (5) Flexible supercapacitor Schematic diagram of the structure, as follows: flexible super capacitor (24) which contains: flexible The electrode (24a), the carbon fiber layer (24b), the electrolyte (24c), and the separator (24d) are composed of the above components to form a flexible supercapacitor (24); please refer to the schematic diagram of the wireless transceiving function of the embodiment of FIG. The picture contains: soft film free battery noise self-contained hearing aid (1), smart phone (3), tablet (5), PC (6), Bluetooth adapter (4), Bluetooth audio (41 ), Bluetooth phone (42), Bluetooth TV (43), cloud (7), through the above diagram to form a schematic diagram of the wireless transceiver function; please refer to Figure (7) APP control software setting flow chart, as shown below: Smart phone wireless APP software (31), can be installed and used with APP software settings; environmental sound intensity automatic fine-tuning management function (31a), for automatic fine-tuning of ambient sound intensity; automatic direction focus management function (31b), available Automatic direction focusing; feedback sound suppression function (31c) for feedback suppression; noise suppression function (31d) for noise suppression; nonlinear frequency compression (31e) for nonlinear frequency compression; APP link to Bluetooth adapter function (31f) mode, the screen will appear Display of the Bluetooth adapter; after the first installation of the APP, the automatic direction focus management (31b) defaults to the OFF mode, and the second and subsequent APPs will stay in the previous mode when they are opened, regardless of the time. On the Internet, the APP will display a warning window. As soon as you enter the connection range, it will automatically connect. At this time, press the APP button to move.
11‧‧‧聲音連接導線 11‧‧‧Sound connection wire
12‧‧‧開放式矽膠耳塞 12‧‧‧Open silicone earplugs
13‧‧‧微型微機電系統(MEMS)喇叭 13‧‧‧Micro-MEMS (MEMS) speakers
2‧‧‧軟性電子基板總成 2‧‧‧Soft electronic substrate assembly
21‧‧‧微機電系統(MEMS)陣列麥克風 21‧‧‧Micro Electro Mechanical Systems (MEMS) Array Microphones
22‧‧‧軟性電子基板 22‧‧‧Soft electronic substrate
23‧‧‧鋯鈦酸鉛壓電薄膜(PZT)奈米發電機 23‧‧‧ Lead zirconate titanate piezoelectric film (PZT) nano generator
24‧‧‧可撓式超級電容 24‧‧‧Flexible supercapacitors
25‧‧‧3D電路佈局 25‧‧‧3D circuit layout
26‧‧‧3D積體電路微電腦裝置 26‧‧‧3D integrated circuit microcomputer device
27‧‧‧磁共振無線充電裝置 27‧‧‧Magnetic magnetic charging device
28‧‧‧無線收發裝置 28‧‧‧Wireless transceiver
Claims (16)
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW103218321U TWM497896U (en) | 2014-10-15 | 2014-10-15 | Soft film battery-free noise self-muffling type hearing aid |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW103218321U TWM497896U (en) | 2014-10-15 | 2014-10-15 | Soft film battery-free noise self-muffling type hearing aid |
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| Publication Number | Publication Date |
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| TWM497896U true TWM497896U (en) | 2015-03-21 |
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| Application Number | Title | Priority Date | Filing Date |
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| TW103218321U TWM497896U (en) | 2014-10-15 | 2014-10-15 | Soft film battery-free noise self-muffling type hearing aid |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI584268B (en) * | 2015-06-30 | 2017-05-21 | 芋頭科技(杭州)有限公司 | A robot indoor noises control system |
| TWI612820B (en) * | 2016-02-03 | 2018-01-21 | 元鼎音訊股份有限公司 | Hearing aid communication system and hearing aid communication method thereof |
| CN110300361A (en) * | 2019-06-20 | 2019-10-01 | 钰太芯微电子科技（上海）有限公司 | A kind of MEMS microphone with Wireless charging coil |
| TWI686795B (en) * | 2018-10-12 | 2020-03-01 | 僑光科技大學 | Filter structure for hearing aid and hearing aid with filter structure |
-
2014
- 2014-10-15 TW TW103218321U patent/TWM497896U/en not_active IP Right Cessation
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI584268B (en) * | 2015-06-30 | 2017-05-21 | 芋頭科技(杭州)有限公司 | A robot indoor noises control system |
| TWI612820B (en) * | 2016-02-03 | 2018-01-21 | 元鼎音訊股份有限公司 | Hearing aid communication system and hearing aid communication method thereof |
| TWI686795B (en) * | 2018-10-12 | 2020-03-01 | 僑光科技大學 | Filter structure for hearing aid and hearing aid with filter structure |
| CN110300361A (en) * | 2019-06-20 | 2019-10-01 | 钰太芯微电子科技（上海）有限公司 | A kind of MEMS microphone with Wireless charging coil |
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