TWM512851U - Acoustic wireless charging device - Google Patents
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- TWM512851U TWM512851U TW104213295U TW104213295U TWM512851U TW M512851 U TWM512851 U TW M512851U TW 104213295 U TW104213295 U TW 104213295U TW 104213295 U TW104213295 U TW 104213295U TW M512851 U TWM512851 U TW M512851U
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Description
本創作係關於一聲波無線充電裝置，特別是關於一種透過振動產生聲波，並經介質傳遞聲波產生共振而產生電流之聲波無線充電裝置。The present invention relates to a sonic wireless charging device, and more particularly to a sonic wireless charging device that generates an acoustic wave by vibration and generates a current by transmitting a sound wave through a medium.
隨著時代的進步，科技產品日新月異，手機、平板、電腦大量的製造與使用，其樣貌亦不斷蛻變，但充電的技術似乎沒有太大的變化，基本上，都是使用電源線連接著充電器與被充電的裝置，電源線的使用不僅讓使用者感到不便，也對產品發展造成限制。為了改變充電方式之不便及限制，相關廠商近幾年也開始布局新的電源供應技術，而「無線充電」更是備受注目的發展重點。無線充電技術若成熟，智慧手機、手錶、手環、眼鏡等將可完全密封，達到防水、防塵效果。無線充電具備以下幾項優點：With the advancement of the times, technology products are becoming more and more crappy, and the manufacture and use of mobile phones, tablets, and computers are constantly changing, but the charging technology does not seem to change much. Basically, they are all powered by a power cord. The device and the device being charged, the use of the power cord not only makes the user feel inconvenience, but also limits the development of the product. In order to change the inconvenience and limitations of charging methods, related manufacturers have begun to deploy new power supply technologies in recent years, and "wireless charging" is a high-profile development focus. If the wireless charging technology is mature, smart phones, watches, bracelets, glasses, etc. will be completely sealed to achieve waterproof and dustproof effects. Wireless charging has several advantages:
(1)、安全：無通電接點設計，可以避免觸電的危險。(1) Safety: No power contact design can avoid the danger of electric shock.
(2)、耐用：電力傳送元件無外露，因此不會被空氣中的水份、氧氣等侵蝕，無接點的存在，也因此不會在連接與分離時機械磨損及跳火等問題造成的損耗。(2) Durable: The power transmission component is not exposed, so it will not be eroded by moisture, oxygen, etc. in the air, and there is no contact, so it will not be caused by mechanical wear and flashover during connection and separation. loss.
(3)、方便：充電時無需以電線連接，只需放至無線充電器附近即可進行充電。技術上，一個無線充電器可以對多個用電裝置進行充電，在多個用電裝置需要充電的情況下，不需要多個有線充電器、不需佔用多個電源插座也沒有多條電線互相纏繞的問題。(3) Convenient: no need to connect with wires when charging, just put it near the wireless charger to charge. Technically, a wireless charger can charge a plurality of powered devices. In the case where multiple powered devices need to be charged, multiple wired chargers are not required, no multiple power outlets are required, and no multiple wires are used. The problem of entanglement.
無線充電，又稱感應充電或稱非接觸式感應充電，是利用近場感應，也就是電感耦合，由供電設備（無線充電器）將能量傳送至用電裝置，該用電裝置使用接收到的能量對電池充電，或同時供其本身之使用。由於無線充電器與用電裝置之間以電感耦合傳送能量，兩者之間不用電線連接，因此充電器及用電的裝置都可以做到無導電接點外露，因而比有線充電更為方便使用。Wireless charging, also known as inductive charging or non-contact inductive charging, utilizes near-field sensing, that is, inductive coupling, by which a power supply device (wireless charger) transfers energy to a powered device that uses the received device. Energy charges the battery, or both. Since the wireless charger and the electric device transmit energy by inductive coupling, the wires are not connected between the two, so the charger and the electric device can be exposed without conductive contacts, so it is more convenient to use than wired charging. .
無線充電的原理即電磁感應之應用 。一般而言，無線充電的充電器內設置一線圈，並以交流電推動而產生交流電磁場，在用電裝置內設置另一線圈接收該交流電磁場，並轉化為電能，收到的電能對裝置內的電池充電或提供該裝置電力使用。情況就等同將變壓器的初級線圈及次級線圈分別放至無線充電器及用電裝置內。The principle of wireless charging is the application of electromagnetic induction. Generally, a coil is arranged in a wireless charging charger, and an alternating electromagnetic field is generated by an alternating current, and another alternating coil is disposed in the electric device to receive the alternating electromagnetic field and converted into electric energy, and the received electric energy is in the device. The battery is charged or the device is used for power usage. The situation is equivalent to placing the primary and secondary coils of the transformer into the wireless charger and the consumer.
由以上之描述可知，習知技術中，無線充電所使用之充電技術都以電磁感應為主，亦即透過一線圈使用交流電產生交流電磁場，而在另一線圈接收該交流電磁場，並轉化為電能。習知技術中並未揭露使用聲波，透過介質產生共振，將聲波轉換為電能之無線充電技術，故使用聲波透過介質產生共振並轉化成電能之無線充電技術應是該領域中急待開發及具備創新之創作。As can be seen from the above description, in the prior art, the charging technology used for wireless charging is mainly electromagnetic induction, that is, an alternating current electromagnetic field is generated by using one coil through an alternating current, and the alternating electromagnetic field is received at another coil and converted into electric energy. . The prior art does not disclose a wireless charging technique that uses sound waves to generate resonance through a medium and convert sound waves into electrical energy. Therefore, a wireless charging technology that uses sound waves to generate resonance and convert into electrical energy through the medium should be urgently developed and equipped in the field. Creative creation.
基於以上之陳述，本發明之主要目的即提供一種聲波無線充電裝置，該裝置係包含：一聲波產生單元，用以產生聲波；一聲波發電單元，用以透過聲波產生電能；一儲電單元，用以儲存電能。該聲波產生單元更包括一電源、一第一線圈、一第一磁鐵及一第一振動薄膜。該電源用以提供電力，該第一線圈與該電源電性連結，當該電源之電流通入該第一線圈時可產生電磁，該第一磁鐵設置於該第一線圈之中，當該第一線圈產生電磁時，該第一磁鐵受電磁力牽動而產生振動，該第一振動薄膜隨該第一磁鐵之振動而振動以產生聲波。該聲波發電單元更包括一第二振動薄膜、一第二磁鐵及一第二線圈。該第二振動薄膜，用以接收一介質傳送而至之聲波並產生振動，該第二磁鐵設置於該第二線圈之中，可隨著該第二振動薄膜之振動而振動，當該第二磁鐵振動時，因電磁感應，該第二線圈產生電能，該電能則儲存於該儲電單元之中，供需要時使用。Based on the above statement, the main object of the present invention is to provide an acoustic wireless charging device, which comprises: an acoustic wave generating unit for generating sound waves; a sound wave generating unit for generating electrical energy through sound waves; and a storage unit; Used to store electrical energy. The sound wave generating unit further includes a power source, a first coil, a first magnet and a first vibrating film. The power source is configured to provide power, the first coil is electrically coupled to the power source, and when the current of the power source is passed into the first coil, electromagnetic is generated, and the first magnet is disposed in the first coil. When a coil generates electromagnetic force, the first magnet is vibrated by electromagnetic force to vibrate, and the first vibrating film vibrates in accordance with vibration of the first magnet to generate sound waves. The sonic power generation unit further includes a second vibrating membrane, a second magnet, and a second coil. The second vibrating membrane is configured to receive a sound wave transmitted by a medium and generate vibration, and the second magnet is disposed in the second coil and can vibrate according to the vibration of the second vibrating film, when the second When the magnet vibrates, the second coil generates electric energy due to electromagnetic induction, and the electric energy is stored in the electric storage unit for use when needed.
請參閱圖1，圖1係本創作之聲波無線充電裝置之架構示意圖。由圖1可知，本創作之聲波無線充電裝置01包括：一聲波產生單元011，用以產生聲波；一聲波發電單元012，用以透過聲波產生電能；一儲電單元013，用以儲存電能。該聲波產生單元011更包括一電源0111、一第一線圈0112、一第一磁鐵0113及一第一振動薄膜0114。該電源0111用以提供電力，該第一線圈0112與該電源0111電性連結，當該電源0111之電流通入該第一線圈0112時可產生電磁，該第一磁鐵0113設置於該第一線圈0112之中，當該第一線圈0112產生電磁時，該第一磁鐵0113受電磁力牽動而產生振動，該第一振動薄膜0114隨該第一磁鐵0113之振動而振動以產生聲波014。該聲波發電單元012更包括一第二振動薄膜0121、一第二磁鐵0122及一第二線圈0123。該第二振動薄膜0121，用以接收一介質015傳送而至之聲波014並產生振動，該第二磁鐵0122設置於該第二線圈0123之中，可隨著該第二振動薄膜0121之振動而振動，當該第二磁鐵0122振動時，因電磁感應，該第二線圈0123產生電能，該電能則儲存於該儲電單元013之中，供需要時使用。Please refer to FIG. 1 , which is a schematic diagram of the structure of the acoustic wave wireless charging device of the present invention. It can be seen from FIG. 1 that the acoustic wave wireless charging device 01 of the present invention comprises: a sound wave generating unit 011 for generating sound waves; a sound wave power generating unit 012 for generating electric energy through the sound waves; and a power storage unit 013 for storing electric energy. The sound wave generating unit 011 further includes a power source 0111, a first coil 0112, a first magnet 0113, and a first vibration film 0114. The power source 0111 is used to provide power. The first coil 0112 is electrically coupled to the power source 0111. When the current of the power source 0111 passes into the first coil 0112, electromagnetic force is generated. The first magnet 0113 is disposed on the first coil. In the case of 0112, when the first coil 0112 generates electromagnetic force, the first magnet 0113 is vibrated by electromagnetic force, and the first vibrating film 0114 vibrates with the vibration of the first magnet 0113 to generate the acoustic wave 014. The sonic power generation unit 012 further includes a second vibrating film 0121, a second magnet 0122, and a second coil 0123. The second vibrating film 0121 is configured to receive a sound wave 014 transmitted by a medium 015 and generate vibration. The second magnet 0122 is disposed in the second coil 0123, and may vibrate along with the second vibrating film 0121. When the second magnet 0122 vibrates, the second coil 0123 generates electric energy due to electromagnetic induction, and the electric energy is stored in the electric storage unit 013 for use when needed.
請參閱圖2，圖2係本創作之聲波無線充電裝置之一實施例之架構示意圖。圖2乃在說明本創作之聲波無線充電裝置在空氣中使用之狀況。由圖2可知，本創作之聲波無線充電裝置02包括：一聲波產生單元021，用以產生聲波；一聲波發電單元022，用以透過聲波產生電能；一儲電單元023，用以儲存電能。該聲波產生單元021更包括一電源0211、一第一線圈0212、一第一磁鐵0213及一第一振動薄膜0214，該一振動薄膜0214可使用瓦愣紙製成。該電源0211用以提供電力，該第一線圈0212與該電源0211電性連結，當該電源0211之電流通入該第一線圈0212時可產生電磁，該第一磁鐵0213設置於該第一線圈0212之中，當該第一線圈0212產生電磁時，該第一磁鐵0213受電磁力牽動而產生振動，該第一振動薄膜0214隨該第一磁鐵0213之振動而振動以產生聲波024。該聲波發電單元012更包括一第二振動薄膜0221、一第二磁鐵0222及一第二線圈0223。於本實施例中，該第二振動薄膜0221可使用瓦愣紙製成，用以接收一介質025傳送而至之聲波024並產生振動，於本實施例中，其中該介質025可為空氣，該第二磁鐵0222設置於該第二線圈0223之中，可隨著該第二振動薄膜0221(瓦愣紙)之振動而振動，當該第二磁鐵0222振動時，因電磁感應，該第二線圈0223產生電能，該電能則儲存於該儲電單元023之中，供需要時使用。Please refer to FIG. 2. FIG. 2 is a schematic structural diagram of an embodiment of the acoustic wave wireless charging device of the present invention. Fig. 2 is a view showing the state in which the acoustic wave wireless charging device of the present invention is used in the air. As shown in FIG. 2, the acoustic wave wireless charging device 02 of the present invention comprises: a sound wave generating unit 021 for generating sound waves; a sound wave power generating unit 022 for generating electric energy through sound waves; and a power storage unit 023 for storing electric energy. The sound wave generating unit 021 further includes a power source 0211, a first coil 0212, a first magnet 0213, and a first vibration film 0214. The vibration film 0214 can be made of corrugated paper. The power source 0211 is used to provide power. The first coil 0212 is electrically connected to the power source 0211. When the current of the power source 0211 is passed into the first coil 0212, electromagnetic force is generated. The first magnet 0213 is disposed on the first coil. In 0212, when the first coil 0212 generates electromagnetic force, the first magnet 0213 is vibrated by the electromagnetic force to generate vibration, and the first vibrating film 0214 vibrates according to the vibration of the first magnet 0213 to generate the acoustic wave 024. The sonic power generation unit 012 further includes a second vibrating film 0221, a second magnet 0022, and a second coil 0223. In this embodiment, the second vibrating film 0221 can be made of corrugated paper for receiving a sound wave 024 transmitted by a medium 025 and generating vibration. In this embodiment, the medium 025 can be air. The second magnet 0222 is disposed in the second coil 0223 and can vibrate according to the vibration of the second vibrating film 0221 (corrugated paper). When the second magnet 0222 vibrates, the second magnet is vibrated. The coil 0223 generates electrical energy, which is stored in the storage unit 023 for use when needed.
請參閱圖3，圖3係本創作之聲波無線充電裝置之另一實施例之架構示意圖。由圖3可知，本創作之聲波無線充電裝置03包括：一聲波產生單元031，用以產生聲波；一聲波發電單元032，用以透過聲波產生電能；一儲電單元033，用以儲存電能。該聲波產生單元031更包括一電源0311、一第一線圈0312、一第一磁鐵0313及一第一振動薄膜0314。該電源0311用以提供電力，該第一線圈0312與該電源0311電性連結，當該電源0311之電流通入該第一線圈0312時可產生電磁，該第一磁鐵0313設置於該第一線圈0312之中，當該第一線圈0312產生電磁時，該第一磁鐵0313受電磁力牽動而產生振動，該第一振動薄膜0314隨該第一磁鐵0313之振動而振動以產生聲波034。該聲波發電單元032更包括一第二振動薄膜0321、一第二磁鐵0322、一第二線圈0323及一防水模組0324。該第二振動薄膜0321，用以接收一介質035傳送而至之聲波034並產生振動，該第二磁鐵0322設置於該第二線圈0323之中，可隨著該第二振動薄膜0321之振動而振動，當該第二磁鐵0322振動時，因電磁感應，該第二線圈0323產生電能，該電能則儲存於該儲電單元033之中，供需要時使用。由圖3可知，於本實施例中，該聲波發電單元032更包括一防水模組0324，該防水模組0324將該聲波發電單元032緊密包覆，使得該聲波發電單元032於潮濕之環境中仍可繼續運作發電，並對該儲電單元033持續充電。Please refer to FIG. 3. FIG. 3 is a schematic structural diagram of another embodiment of the acoustic wave wireless charging device of the present invention. As can be seen from FIG. 3, the acoustic wave wireless charging device 03 of the present invention comprises: a sound wave generating unit 031 for generating sound waves; a sound wave power generating unit 032 for generating electric energy through sound waves; and a power storage unit 033 for storing electric energy. The sound wave generating unit 031 further includes a power source 0311, a first coil 0312, a first magnet 0313, and a first vibration film 0314. The power source 0311 is configured to provide power. The first coil 0312 is electrically coupled to the power source 0311. When the current of the power source 0311 passes into the first coil 0312, electromagnetic force is generated. The first magnet 0313 is disposed on the first coil. In the case of 0312, when the first coil 0312 generates electromagnetic force, the first magnet 0313 is vibrated by the electromagnetic force to generate vibration, and the first vibrating film 0314 vibrates in accordance with the vibration of the first magnet 0313 to generate the acoustic wave 034. The sonic power generation unit 032 further includes a second vibrating film 0221, a second magnet 0322, a second coil 0323, and a waterproof module 0324. The second vibrating film 0221 is configured to receive the sound wave 034 transmitted by the medium 035 and generate vibration. The second magnet 032 is disposed in the second coil 0323, and the vibration of the second vibrating film 0221 may be Vibrating, when the second magnet 0322 vibrates, the second coil 0323 generates electric energy due to electromagnetic induction, and the electric energy is stored in the electric storage unit 033 for use when needed. As shown in FIG. 3, in the embodiment, the sonic power generation unit 032 further includes a waterproof module 0324, and the waterproof module 0324 closely covers the sonic power generation unit 032, so that the sonic power generation unit 032 is in a humid environment. The power generation can continue to operate and the power storage unit 033 is continuously charged.
請參閱圖4，圖4係本創作之聲波無線充電裝置於液體中使用之示意圖。由圖4可知，本創作之聲波無線充電裝置04包括：一聲波產生單元041，用以產生聲波；一聲波發電單元042，用以透過聲波產生電能；一儲電單元043，用以儲存電能。該聲波產生單元041更包括一電源0411、一第一線圈0412、一第一磁鐵0413及一第一振動薄膜0414，該第一振動薄膜0414可使用防水材質製成。該電源0411用以提供電力，該第一線圈0412與該電源0411電性連結，當該電源0411之電流通入該第一線圈0412時可產生電磁，該第一磁鐵0413設置於該第一線圈0412之中，當該第一線圈0412產生電磁時，該第一磁鐵0413受電磁力牽動而產生振動，該第一振動薄膜0414隨該第一磁鐵0413之振動而振動以產生聲波044。該聲波發電單元042更包括一第二振動薄膜0421、一第二磁鐵0422、一第二線圈0423及一防水模組0424。於本實施例中，該第二振動薄膜0421可使用防水材質製成，用以接收一介質045傳送而至之聲波044並產生振動，於本實施例中，其中該介質045可為液體，該第二磁鐵0422設置於該第二線圈0423之中，可隨著該第二振動薄膜0421(防水材質)之振動而振動，當該第二磁鐵0422振動時，因電磁感應，該第二線圈0423產生電能，該電能則儲存於該儲電單元043之中，供需要時使用。由圖4可知，於本實施例中，該聲波產生單元041更包括一防水模組0415，該防水模組0415可將該聲波產生單元041緊密包覆，使得該聲波產生單元041於介質045為液體之環境中仍可繼續運作。同樣的，該聲波發電單元042更包括一防水模組0424，該防水模組0424將該聲波發電單元042緊密包覆，使得該聲波發電單元042於介質045為液體之環境中仍可繼續運作發電，並對該儲電單元043持續充電。Please refer to FIG. 4, which is a schematic diagram of the acoustic wave wireless charging device of the present invention used in a liquid. As can be seen from FIG. 4, the acoustic wave wireless charging device 04 of the present invention comprises: a sound wave generating unit 041 for generating sound waves; a sound wave power generating unit 042 for generating electric energy through sound waves; and a power storage unit 043 for storing electric energy. The sound wave generating unit 041 further includes a power source 0411, a first coil 0412, a first magnet 0413, and a first vibration film 0414. The first vibration film 0414 can be made of a waterproof material. The power source 0411 is configured to provide power. The first coil 0412 is electrically coupled to the power source 0411. When the current of the power source 0411 is passed into the first coil 0412, electromagnetic force is generated. The first magnet 0413 is disposed on the first coil. In the case of 0412, when the first coil 0412 generates electromagnetic force, the first magnet 0413 is vibrated by the electromagnetic force to generate vibration, and the first vibrating film 0414 vibrates in accordance with the vibration of the first magnet 0413 to generate the acoustic wave 044. The sonic power generation unit 042 further includes a second vibrating film 0421, a second magnet 0422, a second coil 0423, and a waterproof module 0424. In this embodiment, the second vibrating film 0421 can be made of a waterproof material for receiving a sound wave 044 transmitted by a medium 045 and generating vibration. In this embodiment, the medium 045 can be a liquid. The second magnet 0422 is disposed in the second coil 0423 and can vibrate according to the vibration of the second vibrating film 0421 (waterproof material). When the second magnet 0422 vibrates, the second coil 0423 is induced by electromagnetic induction. Electrical energy is generated, which is stored in the power storage unit 043 for use when needed. As shown in FIG. 4, in the embodiment, the sound wave generating unit 041 further includes a waterproof module 0415, and the waterproof module 0415 can tightly coat the sound wave generating unit 041, so that the sound wave generating unit 041 is on the medium 045. It can continue to operate in a liquid environment. Similarly, the sonic power generation unit 042 further includes a waterproof module 0424. The waterproof module 0424 tightly covers the sonic power generation unit 042, so that the sonic power generation unit 042 can continue to operate in the environment where the medium 045 is liquid. And continuously charging the power storage unit 043.
請參閱圖5A至5C，圖5A至5C 係本創作之聲波無線充電裝置中振動薄膜之結構進一步說明之示意圖。由圖5A可知，本創作之聲波無線充電裝置中振動薄膜(如圖1中之元件0114或元件0121)之結構可為一孔狀結構，呈中空狀，其結構可分為一上壁面51、一下壁面(未示)及複數個中間柱腳52三部分，中間柱腳與中間柱腳之間形成空洞氣室結構53。再參考圖5B，由圖5B可知，本創作之聲波無線充電裝置中振動薄膜之結構亦為一孔狀結構，呈中空狀，其結構可分為一上壁面54、一下壁面(未示)及複數個中間柱腳55三部分，其與5A不同者，在於其複數個中間柱腳55成波浪幾何結構，中間柱腳與中間柱腳之間亦形成空洞氣室結構56。再參考圖5C，由圖5C可知，本創作之聲波無線充電裝置中振動薄膜之結構亦為一孔狀結構，呈中空狀，其結構可分為一上壁面57、一下壁面(未示)及複數個中間柱腳58三部分，其與5A與5B不同者，在於其複數個中間柱腳58成三角形幾何結構，中間柱腳與中間柱腳之間亦形成空洞氣室結構59。Referring to FIGS. 5A to 5C, FIGS. 5A to 5C are schematic diagrams showing the structure of the vibrating film in the acoustic wireless charging device of the present invention. As can be seen from FIG. 5A, the structure of the vibrating film (e.g., component 0114 or element 0121 in FIG. 1) of the present invention can be a hollow structure, and the structure can be divided into an upper wall 51. A wall portion (not shown) and a plurality of intermediate legs 52 are formed, and a hollow plenum structure 53 is formed between the middle column and the middle column. Referring to FIG. 5B, it can be seen from FIG. 5B that the structure of the vibrating film in the acoustic wireless charging device of the present invention is also a hole-like structure, which is hollow, and the structure can be divided into an upper wall surface 54 and a lower wall surface (not shown). The plurality of intermediate legs 55 are three-part, which differs from the 5A in that a plurality of intermediate legs 55 are undulating in geometry, and a hollow plenum structure 56 is also formed between the intermediate legs and the intermediate legs. Referring to FIG. 5C, it can be seen from FIG. 5C that the structure of the vibrating film in the acoustic wireless charging device of the present invention is also a hole-like structure, which is hollow, and the structure can be divided into an upper wall surface 57 and a lower wall surface (not shown). A plurality of intermediate legs 58 are three-part, which differ from 5A and 5B in that a plurality of intermediate legs 58 are in a triangular geometry, and a hollow plenum structure 59 is also formed between the intermediate legs and the intermediate legs.
由以上實施例之說明描述，本創作所提供之聲波無線充電裝置相對於習知技術具備相當之創新。習知技術中，無線充電所使用之充電技術都以電磁感應為主，亦即透過一線圈使用交流電產生交流電磁場，而在另一線圈接收該交流電磁場，並轉化為電能。本創作所提供之聲波無線充電裝置使用聲波，透過介質產生共振，將聲波轉換為電能，乃具備創新之創作。上列詳細說明係針對本創作之可行實施例之具體說明，惟該等實施例並非用以限制本創作之專利範圍，凡未脫離本創作技藝精神所為之等效實施或變更，均應包含於本案之專利範圍中。As described in the above description of the embodiments, the sonic wireless charging device provided by the present invention is quite innovative compared to the prior art. In the prior art, the charging technology used for wireless charging is mainly electromagnetic induction, that is, an alternating current electromagnetic field is generated by using one coil through an alternating current, and the alternating electromagnetic field is received at another coil and converted into electric energy. The sonic wireless charging device provided by this creation uses sound waves, generates resonance through the medium, and converts sound waves into electric energy, which is an innovative creation. The detailed description above is for the specific description of the possible embodiments of the present invention, but the embodiments are not intended to limit the scope of the patents, and the equivalent implementations or modifications that are not included in the spirit of the present invention should be included in The patent scope of this case.
01‧‧‧聲波無線充電裝置
011‧‧‧聲波產生單元
0111‧‧‧電源
0112‧‧‧第一線圈
0113‧‧‧第一磁鐵
0114‧‧‧第一振動薄膜
012‧‧‧聲波發電單元
0121‧‧‧第二振動薄膜
0122‧‧‧第二磁鐵
0123‧‧‧第二線圈
013‧‧‧儲電單元
014‧‧‧聲波
015‧‧‧介質
02‧‧‧聲波無線充電裝置
021‧‧‧聲波產生單元
0211‧‧‧電源
0212‧‧‧第一線圈
0213‧‧‧第一磁鐵
0214‧‧‧第一振動薄膜
022‧‧‧聲波發電單元
0221‧‧‧第二振動薄膜
0222‧‧‧第二磁鐵
0223‧‧‧第二線圈
023‧‧‧儲電單元
024‧‧‧聲波
025‧‧‧介質
03‧‧‧聲波無線充電裝置
031‧‧‧聲波產生單元
0311‧‧‧電源
0312‧‧‧第一線圈
0313‧‧‧第一磁鐵
0314‧‧‧第一振動薄膜
032‧‧‧聲波發電單元
0321‧‧‧第二振動薄膜
0322‧‧‧第二磁鐵
0323‧‧‧第二線圈
0324‧‧‧防水模組
033‧‧‧儲電單元
034‧‧‧聲波
035‧‧‧介質
04‧‧‧聲波無線充電裝置
041‧‧‧聲波產生單元
0411‧‧‧電源
0412‧‧‧第一線圈
0413‧‧‧第一磁鐵
0414‧‧‧第一振動薄膜
0415‧‧‧防水模組
042‧‧‧聲波發電單元
0421‧‧‧第二振動薄膜
0422‧‧‧第二磁鐵
0423‧‧‧第二線圈
0424‧‧‧防水模組
043‧‧‧儲電單元
044‧‧‧聲波
045‧‧‧介質
051‧‧‧上壁面
052‧‧‧中間柱腳
053‧‧‧空洞氣室結構
054‧‧‧上壁面
055‧‧‧中間柱腳
056‧‧‧空洞氣室結構
057‧‧‧上壁面
058‧‧‧中間柱腳
059‧‧‧空洞氣室結構01‧‧‧Sonic wireless charging device
011‧‧‧Sonic generating unit
0111‧‧‧Power supply
0112‧‧‧First coil
0113‧‧‧First magnet
0114‧‧‧First vibrating film
012‧‧‧Sonic power generation unit
0121‧‧‧Second vibrating film
0122‧‧‧Second magnet
0123‧‧‧second coil
013‧‧‧Power storage unit
014‧‧‧Sonic
015‧‧‧Media
02‧‧‧Sonic wireless charging device
021‧‧‧Sonic generating unit
0211‧‧‧Power supply
0212‧‧‧First coil
0213‧‧‧First magnet
0214‧‧‧First vibrating film
022‧‧‧Sonic power generation unit
0221‧‧‧Second vibrating film
0222‧‧‧Second magnet
0223‧‧‧second coil
023‧‧‧Power storage unit
024‧‧‧Sonic
025‧‧‧Media
03‧‧‧Sonic wireless charging device
031‧‧‧Sonic generating unit
0311‧‧‧Power supply
0312‧‧‧First coil
0313‧‧‧First magnet
0314‧‧‧First vibrating film
032‧‧‧Sonic power generation unit
0321‧‧‧Second vibrating film
0322‧‧‧Second magnet
0323‧‧‧second coil
0324‧‧‧Waterproof module
033‧‧‧Power storage unit
034‧‧‧Sonic
035‧‧‧Media
04‧‧‧Sonic wireless charging device
041‧‧‧Sonic generating unit
0411‧‧‧Power supply
0412‧‧‧First coil
0413‧‧‧First magnet
0414‧‧‧First vibrating film
0415‧‧‧Waterproof module
042‧‧‧Sonic power generation unit
0421‧‧‧Second vibrating film
0422‧‧‧Second magnet
0423‧‧‧second coil
0424‧‧‧Waterproof module
043‧‧‧Power storage unit
044‧‧‧Sonic
045‧‧‧Media
051‧‧‧Upper wall
052‧‧‧ middle column foot
053‧‧‧Void chamber structure
054‧‧‧Upper wall
055‧‧‧ middle column foot
056‧‧‧Void chamber structure
057‧‧‧ upper wall
058‧‧‧ middle column foot
059‧‧‧Void chamber structure
圖1 係本創作之聲波無線充電裝置之架構示意圖。 圖2 係本創作之聲波無線充電裝置於氣體中使用之示意圖。 圖3 係本創作之聲波無線充電裝置之另一實施例之架構示意圖。 圖4 係本創作之聲波無線充電裝置於液體中使用之示意圖。 圖5A至5C 係本創作之聲波無線充電裝置中振動薄膜之結構之示意圖。Figure 1 is a schematic diagram of the architecture of the sonic wireless charging device. Figure 2 is a schematic diagram of the use of the sonic wireless charging device of the present invention in a gas. FIG. 3 is a schematic structural diagram of another embodiment of the sonic wireless charging device of the present invention. Figure 4 is a schematic diagram of the use of the sonic wireless charging device of the present invention in a liquid. 5A to 5C are schematic views showing the structure of a vibrating film in the acoustic wave wireless charging device of the present invention.
01‧‧‧聲波無線充電裝置 01‧‧‧Sonic wireless charging device
011‧‧‧聲波產生單元 011‧‧‧Sonic generating unit
0111‧‧‧電源 0111‧‧‧Power supply
0112‧‧‧第一線圈 0112‧‧‧First coil
0113‧‧‧第一磁鐵 0113‧‧‧First magnet
0114‧‧‧第一振動薄膜 0114‧‧‧First vibrating film
012‧‧‧聲波發電單元 012‧‧‧Sonic power generation unit
0121‧‧‧第二振動薄膜 0121‧‧‧Second vibrating film
0122‧‧‧第二磁鐵 0122‧‧‧Second magnet
0123‧‧‧第二線圈 0123‧‧‧second coil
013‧‧‧儲電單元 013‧‧‧Power storage unit
014‧‧‧聲波 014‧‧‧Sonic
015‧‧‧介質 015‧‧‧Media
Claims (11)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW104213295U TWM512851U (en) | 2015-08-18 | 2015-08-18 | Acoustic wireless charging device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW104213295U TWM512851U (en) | 2015-08-18 | 2015-08-18 | Acoustic wireless charging device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM512851U true TWM512851U (en) | 2015-11-21 |
Family
ID=55220011
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW104213295U TWM512851U (en) | 2015-08-18 | 2015-08-18 | Acoustic wireless charging device |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWM512851U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI835162B (en) * | 2021-06-10 | 2024-03-11 | 乾坤科技股份有限公司 | Wireless charger |
-
2015
- 2015-08-18 TW TW104213295U patent/TWM512851U/en not_active IP Right Cessation
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI835162B (en) * | 2021-06-10 | 2024-03-11 | 乾坤科技股份有限公司 | Wireless charger |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| MM4K | Annulment or lapse of a utility model due to non-payment of fees |