1268086 九、發明說明： 【發明所屬之技術領域】 更詳而言，係有關 掉落地面而遭受損 本發明係關於一種充氣防護技術， 於一種應用於可攜式電子設備以避免因 傷之充氣防護裝置及方法。 【先前技術】1268086 IX. Description of the invention: [Technical field to which the invention pertains] In more detail, the invention relates to the loss of the ground and the damage of the invention relates to an inflation protection technology, which is applied to a portable electronic device to avoid inflation due to injury Protective devices and methods. [Prior Art]
目前可攜式電子設備（例如行動電話、數位 播放機等）使用者，常因行走㈣搖晃電子設#或手滑I 法緊握電子設備#狀況’則使得電子設備無預警地摔茨: 地面，從而使其機殼震裂，甚至零件四:士 子設備發生損壞。 嚴重者造成電 因此，為解決前述可攜式電子設備無預警地摔落於地 二崔=專利公開案第簡12564號案係揭示—種應用於 了‘式电腦的充氣式氣囊卜如第i圖所示，i ==攜式電子設備在受到外力撞擊時可確保電子設備不 數：:"V亥充軋式氣囊1裝設於電腦手提袋内，有-個或 數個氣4^置’其中包括—環繞氣囊1()、— 二下氣囊12。其氣囊有-個或數個風嘴以，其風嘴口 -口内^4反向止戌闕13 ’可防止氣囊内氣體外漏，如要泡 :二=壓風嘴口 15既可完成茂氣，同時風嘴口 15裝設 V官14可供吹氣使用。當電腦放置手提袋内後，可吹 氣囊袋形成保護網，可有效的緩衝電腦受外力撞擊 之力里，從而使電腦損壞降至最低。 然而此設計的缺點在於：若手提電子設備是由使用者 5 18617At present, users of portable electronic devices (such as mobile phones, digital players, etc.) often hold electronic devices (states) by walking (four) shaking electronic devices or hand-slip I methods, so that the electronic devices are not warned: , so that its casing shattered, and even part four: the damage to the equipment. In the case of serious cases, electricity is generated. In order to solve the aforementioned portable electronic equipment, it is dropped to the ground without any warning. The case of the patent publication No. 12564 is disclosed in the case of the inflatable airbag of the type computer. As shown in the figure, i == portable electronic equipment can ensure that the electronic equipment is not affected when it is impacted by external force::"V-filled airbag 1 is installed in a computer tote bag, with one or several gas 4^ The setting includes 'surrounding the airbag 1 (), the second lower airbag 12. The airbag has one or several air nozzles, and the air nozzle mouth-in-mouth ^4 reverse stop 戌阙 13 ' can prevent gas leakage inside the airbag, such as to bubble: two = pressure nozzle mouth 15 can complete At the same time, the wind mouth 15 is equipped with a V official 14 for blowing. When the computer is placed in the tote bag, the air bag can be blown to form a protective net, which can effectively buffer the computer from being hit by external force, thereby minimizing computer damage. However, the disadvantage of this design is that if the portable electronic device is used by the user 5 18617
(S 1268086 手拿著或是用胳膊夾著，而沒有放置於該手提電子設備之 =袋内’由於此充氣式氣囊】是裝設於手提電子設備之 提衣内’所以無法藉由此充氣式氣囊！來保護使用中之 =電子設備(比如行動電話、數位相機、_播放機等）。 ::以可攜式電腦為例’使用者要保護電腦，就 琶月自放置於裝設有充氣式氣囊1之手提袋内，當使用者使 :電=，關把電腦從手提袋中取出，因此，使用過程中 貝J热法使電腦同時獲得保護。 ”：：二Γ發一種充氣防護裝置，以讓使用者便於 二::Γ設備，且不影響可攜式電子設備使用上的 =性’確為此相關研發領域所需迫切面臨。 【發明内容】 為=上述f知技術之缺點，本發明之主要 =:種充氣防護裝置及方法，以保護可攜式電子設備之 法，目的在於提供—種充氣防護裝置及方 備電子設備之過程中不致影響可攜式電子設 1便利性。為達上述及其他目 一種充氣防護裝詈 η 可.崔式…： 该充氣防護裝置係應用於- 密閉之氣囊所構成之本體，並套於數個中空 該氣筒及本體同，用以存放氣體；以及係與 連接之控制早元，用以感測該可搞式電子設 18617(S 1268086 is held in the hand or held in the arm, and is not placed in the bag of the portable electronic device. 'Because the inflatable bag is installed in the clothes of the portable electronic device', it cannot be inflated by this. Airbags! To protect the in-use = electronic devices (such as mobile phones, digital cameras, _ players, etc.) :: Take portable computers as an example - users want to protect the computer, they will be placed in the month In the tote bag of the inflatable airbag 1, when the user makes: electric=, the computer is taken out from the tote bag, therefore, the computer is simultaneously protected during the use of the shell J heat method. ":: The device is convenient for the user to facilitate the second:: device, and does not affect the use of the portable electronic device. It is indeed urgently required for the related research and development field. [Summary of the invention] The main == a kind of inflation protection device and method for protecting the portable electronic device, the purpose is to provide a kind of inflatable protection device and the electronic device without affecting the convenience of the portable electronic device 1 .for The above-mentioned and other items of a gas-filled protective device 詈. Cui-style...: The inflatable protection device is applied to the body of the airtight airbag, and is sleeved in a plurality of hollow air cylinders and the body for storing gas; And the control of the connection and the connection early, for sensing the engageable electronic device 18617
(S 1268086 1 * 傷是否發生掉落情況，當 落情況時駆動該氣筒對該本體之_=^設備發生掉 該可控制單元係至少包:·用彻 dI子⑦備疋否與人體接觸的至少—第 、，且，用以感測該可攜式電子設備是 “、杈 二感測模組’·與該第-感測模組::第處於=狀;之第 = -感測模組感測到該可攜式電ί 、備= = :感測模組感測到該可攜式電子 =處理模組電性連接之驅動模組，用:二= ㈣令以控制該氣筒之氣門開啟，以對該本體之 本發明之充氣防護方法，係應用於具有一士 置t可f式電子設備上，該充氣防護裝置具有本體、Γΐ :控制：元，其中該本體係以複數個中空密閉之氣囊；； ί體;r該可攜式電子設備之外殼上’且該氣筒係與該 本-，接4將氣筒所存放氣體充填至該本體之氣囊中， -亥充孔防4方法至少包括該控制單元感測該可攜式電子⑽ ==生料情n感測到該可攜式電子設備發生二 η'守，驅動该氣筒對該本體之氣囊進行充氣。 上述充氣防護方法中，該控制單元感測該可攜式帝子 設備是否發生掉落情況之感測處理係至少包括：該控^單 兀感測孩可攜式電子設備是否與人體接觸；該控制單元感 測該可攜式電子設備是否處於無重力狀態；以及該控制單 18617 7 u_86 凡根據所感測到的 測到的該可攜式電；：=子設備未與人體接觸及所感 之控制指令，以：：：！於無重力狀態則發出-相對應 進行充氣。氣門開啟’使該本體之氣囊 設備是否，靜電感測器感測該可攜式電子 中。 a妾觸轉電感測器係設於本體之氣囊 電子===由落體感測儀感測該可攜式 一内部具有一容署办門:°亥自由洛體感測儀係包括 ^ 置工間之弟—金屬體及設於談一入 之容置空間中且體積較第-金屬體為小且可°“、、至蜀脰 二金屬體’且該第一及第 .墓’舌動之第 性連接至第-及第二輪出端金屬妝各透過等電材料分別電 上述控制早凡係透過驅動模組控制該氣筒之氣 該驅動模組至少包括線圈組、磁性金屬件及氣閘：兮 氣問係為中空結構體，其具有一與該氣筒之第牛=口 2之第—進氣口以及-與該本體之第二進氣σ相通之第二 出氣口，該氣閘係透過一樞接之氣門控制桿阻隔第一進氣 口及第二出氣口之通路，而該氣門控制桿與氣閉之框接軸 心處設有-迴轉式圓形彈簧，該充氣防護裝置根據供電狀 況以控制該線圈組之磁場產生，藉此建立該磁性金屬件愈 線圈組之吸引關係’且該磁性金屬件依據該吸引關係建立 該磁性金屬件與該氣門控制桿向該氣閘外部延伸之另一端 的止播闕係’藉由該止檔闕係使該迴轉式圓形彈菁之施力 18617(S 1268086 1 * Whether the injury has occurred in the case of injury, when the situation is dropped, the pump is moved to the body. The device can be controlled. The control unit is at least included: · Use the D1 sub- 7 to prepare for contact with the human body. At least the first, and the sensing electronic device is a ", second sensing module" and the first sensing module: the first is in the form of = the sensing mode The group senses the portable power, and the ==: the sensing module senses the portable electronic=the driving module is electrically connected to the driving module, and uses: two = (four) to control the air pump The valve is opened, and the inflation protection method of the present invention for the body is applied to an electronic device having a sturdy t-f-type electronic device having a body, a 控制: control: element, wherein the system has a plurality of a hollow airtight airbag;; a body; the outer casing of the portable electronic device 'and the air cylinder and the body -, 4 to fill the gas stored in the air cylinder into the airbag of the body, - Hai charging hole protection 4 The method includes at least the control unit sensing that the portable electronic device (10) == raw material sense n senses that the portable electronic device occurs two η 守 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ,兀 sensing whether the child portable electronic device is in contact with the human body; the control unit senses whether the portable electronic device is in a gravity-free state; and the control unit 18617 7 u_86 is determined according to the sensed measured portable type Electricity;:=The sub-device is not in contact with the human body and the control command is sensed to:::! In the case of no gravity, it is issued - correspondingly inflated. The valve is opened to make the airbag device of the main body, the electrostatic sensor senses the In the portable electronic device, a 妾 电感 电感 电感 系 气囊 = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = The faculty consists of a metal body and a metal body located in the accommodating space of the workshop, and the volume is smaller than the first metal body and can be "°, to 蜀脰 two metal bodies" and the first The first tomb of the tomb's tongue is connected to - and the second round of the end of the metal makeup through the isoelectric material respectively, the above control is controlled by the drive module to control the gas of the gas cylinder. The drive module comprises at least a coil set, a magnetic metal part and an air brake: a hollow structure having a first air inlet corresponding to the first cow of the air cylinder and a second air outlet communicating with the second air inlet σ of the body, the air brake being transmitted through a pivotal connection The valve control rod blocks the passages of the first air inlet and the second air outlet, and the valve control rod and the closed shaft center of the air lock are provided with a rotary spring, and the air protection device controls the power according to the power supply condition. Generating a magnetic field of the coil assembly, thereby establishing an attraction relationship of the magnetic metal member to the coil group, and the magnetic metal member establishes the magnetic metal member and the other end of the valve control rod extending to the outside of the air brake according to the attraction relationship The sowing system is used to make the rotary circular elastic force 18617
(S 1268086 :控制該氣門控制桿的開閉，進而達到控制該氣筒所存放氣 ^ 體是否可充填於本體之目的。 相較於習知技術，本發明之充氣防護裝置及方法係透 過-套於該可攜式電子設備外殼上之可充氣式本體、一鱼 該可充氣式本體連接之壓縮氣筒及一與該壓縮氣筒連接之 •控制單元，由於充氣防護裝置之本體氣囊平時扁平地 料攜式電子設備上，故不占用額外空間，且該充氣防護 φ t置⑨自動感測該可攜式電子設備是否發生掉落情況，因 ^設有該充氣防護裝置的可攜式電子設備在獲得保護的 同呀亦不影響操作及攜帶上的便利性。 【實施方式】 以下係藉由特定的具 ^ 一 ，、〜η % %个贯明义貫施方 式，熟悉此技藝之人士可由本說明書 Γ本發明之其他優點與功效。本發明亦可藉由其 L體貫例加以施行或應用，本說明書中的各項 =點與應用’在不悖離本發明之精神下進行各種 第2圖係本發明之充氣防護裝置之使用狀態示意圖。 „所不，本發明之充氣防護^置2係包括本體22、 早心〇及氣筒21’該本體22係設於可攜式電子設備^如 仃動電話、數位相機、ΜΡ3播放機等）之外殼上 I2係為可充氣的彈性防護衣…般情況下（亦即該 掉落情況)，該本體22並未充填氣= 扁千地貼附於该可攜式電子設備3之外殼1中該本體 18617 1268086 22^由複數個密閉氣囊221所構成，且各氣囊22i係透過 通氣官222相通，而該氣囊221係設於該可攜式電子設備 3殼體較脆弱的結構上’例如殼體邊角處或殼體邊緣處等 部位。 、 就本發明之充氣防護裝置最佳實施例而言，該氣筒21 係為壓縮氣筒，以便迅速對本體完成充氣，故以下則以壓 縮氣筒為例說明，該壓縮氣筒21具有—出氣口（在此 =圖示），且該本體22具有一進氣口（在此未予以圖示）， 當使用者不小心將該電子設備3掉落地面時，該控制單元 2〇立即開啟壓縮氣筒21之氣門（請容後詳細說明），以 使該壓縮氣筒21之出氣口與該本體22之進氣口（在此未 =圖示）相通’藉此使該本體22内部迅速獲得該壓縮氣 二所提供的氣體’而達到對本體22之各氣囊221進行 =之目的，故透過充氣之本體22即可吸收該電子設備3 知洛地面所承受的撞擊力，# μ干^ 攸而有效防止電子設備3之機 设展裂或零件四散等狀況發生。 第3圖係用以說明本發昍 # 所需的Α太加Μ Χ 充軋防護裝置之控制單元 =的基本*構。如圖所心該控料元2g係與該壓縮氣 同21連接，用以感涓彳該$彳崔 測到該電子設備3發生掉落 田為 斛兮士粬〇〇 禪洛N况k，驅動該壓縮氣筒21 μ本體22進彳了充氣。該控制單 組24、第二感測模組26 竹匕3弟感· 該捭制罝-9Π怂味 权、、且27及驅動模組28。且 X才工制早兀2 0係透過供電單 運作，該供電單以3之#電二^供電而令各模組進行 电係例如外部電池或電子設備3 18617 10 1268086 所提供的電力供應。 體22之氣囊24例如靜電感測器’其可設於該本 與人體接觸、，亦g卢用以感測該可攜式電子設们是否未 子設備離身狀態，例如使用者不小心將電 則為*。i :地面時，該第—感測模組24所感測到靜電值 言!^罟一从八、可依靜電感測精確度之需求於各氣囊221中 測模二感’則拉組24或部分氣囊221中各設置-第-感 =；^4’且該第—感測模組24係透過例如導線之靜電 料（在此未予以圖示）將感測到的靜電值傳至該處 埋杈組2 7中。 »亥弟一感測模組26例如自由落體感測儀，係用以感 測該電子設備3是否處於無重力狀態，其結構如第4u) 圖所不，該第二感測模組26係包括一内部具有一容置空間 之金屬球體260及設於該金屬球體26〇之容置空間中且為 -較小且可自由活動之金屬球體261，其中該兩金屬球體 ( 260、261)各透過導線（262、263 )分別電性連接至兩 輸出j ( 264、265 )。一般而言（即該電子設備3並未發 生掉落情況時，例如將該電子設備3置放於桌面上），該 小金屬球體261係貼於該大金屬球體260之容置空間所形 成的壁面266，故可使兩輸出端（ 264、265 )處於導通狀 態；然而，當該電子設備3發生掉落情況（例如使用者不 小心將該電子設備3摔落地面），亦即處於自由落體狀態 下，則該小金屬球體261將短暫地處於無重力狀態並浮於 該大金屬球體260之容置空間中，如第4 (B)圖所示，故 18617 11 1268086 =輸出端（264、265 )處於斷路狀態。因此， !:t 265 )所處的斷路或導通狀態以識別該電子 石又備3疋否發生掉落情況。 :須提出說明的是，該第二感測模組26之金屬球 = 26G、261)除為球體結構外，亦可採用其他形體之金 屬體。 外、纟上可头口纟發明之充氣防護裝置2係透過該 弟-感測模組24以及第二感測模組2β所感測的結果作為 識別該電子設備3是否發生轉情況，且兩感測模組⑼、 26)所感測的結果均為該電子設備3發生落掉時，方使該 塵縮氣筒21對本體22進行充氣，以準確判斷出該電子設 備3確實發生落掉情形，並適時給予安全防罐。 “ f處理模組27係與該第—感測模組24及該第二感測 杈組6 &性連接，用以根據該第—感測模組％及該第二 感測模組26之感測結果發出一相對應之控制指令，以使該 驅動模組28根據該處理模組27之控制指令控制該壓縮氣 筒21是否可對本體22進行充氣處理。 該驅動模組28之結構如第5 (Α)圖所示，該驅動模 組28至少包括線圈組28〇、磁性金屬件281及氣問282， 其中該氣閘282係為中空結構體，其具有一與該壓縮氣筒 21之出氣口（在此未予以圖示）相通之進氣π 285以及-與該本體22之進氣口（在此未予以圖示）相通之出氣口 286’该乳閘282係透過—樞接之氣門控制桿挪阻隔進氣 285及出氣d 286之通路，而該氣門控制桿娜與氣問 18617 12 1268086 -282之枢接軸心處設有一迴轉式圓形彈簧284。一般情況 下，由於未對該線圈組280通電時該線圈組28〇並無法產 生磁場，故該磁性金屬件28丨並未被線圈組28〇所吸住， 故使》亥磁)·生金屬件281突出於該線圈組280外，突出的磁 性金屬件281則槽住該氣門控制桿挪向該氣間⑽外部 延伸之另-端，而使該氣門控制桿283無法動彈，因此， ,即使透過該迴轉式圓形彈| 284之施力欲將該氣間⑽之 •氣門控制桿283打開，但受到該磁性金屬件281之止槽仍 使該氣門控制桿283無法動彈。由此可知，透過該磁性金 屬件281的止槽，該氣門控制桿283則無法開啟而阻隔該 氣閘282之進氣口 285及出氣口 286間的通路，故該壓縮 氣筒21的壓縮氣體則無法到達本體22中，並使該壓縮氣 筒21的壓縮氣體保留於該氣閘m之氣門控制桿挪與進 氣口 285之間所形成的空間中。 二，而’、當前述之處理模組27判知該第一感測模組24 籲及5亥第一感測模組26所傳來的感測結果表示該電子机備3 -發生落掉情況（亦即，該第一感測模組24所感測到的又靜電 值為零且該第二感測模組26所感測到的兩輸出端為斷路 狀悲），則發出一相對應之控制指令，該控制指令即驅使 $供電單元23提供電力至該線圈組使通電的線圈組 280產生磁場，進而將該磁性金屬件281吸引過來，而使 該磁性金屬件281遠離該氣門控制桿283，故解除 門控制桿283的止播，因此，透過該迴轉式圓形彈箬撕 之施力而使該氣閘282之氣門控制桿283旋轉打開y如第 18617 ⑧ 13 1268086 5 ( B )圖所不，因此，該氣門控制桿如將開啟該氣問 -之進氣口 285及出氣口 286間的通路，故該壓縮氣筒21 的壓縮氣體則可到達本體22中並迅速進行充氣。 ^再者，另一貫施例，若該氣門控制桿283係為金屬材 質所製成者’則當該磁性金屬件281並未被線圈組所 吸住日守„亥磁性金屬件281因接近該氣門控制桿283而使 該磁性金屬件281吸住該氣門控制桿283向該氣間哪外 馨部延伸之另-端，因此，透過該磁性金屬件28ι的磁吸力， 該氣門控制桿283則無法開啟而阻隔該氣問m之進氣口 285及出氣口 286間的通路。 在此須說明的是，該控制單元2〇及壓縮氣筒21除可 =第2圖所示設於該本體22上，在另一實施例中，該控制 早π 20及壓縮氣筒21亦可内建於該可攜式電子裝置3 中。另外，該控制單元20之第一感測模組24、第 模組26及處理模組28亦可整合於-微處理晶片中，使今 .驅動模組28可依據經該微處理晶片之信號感測、判斷及處(S 1268086: Controlling the opening and closing of the valve control lever to achieve the purpose of controlling whether the gas stored in the gas cylinder can be filled in the body. Compared with the prior art, the inflation protection device and method of the present invention are An inflatable body on the outer casing of the portable electronic device, a compressed air cylinder connected to the inflatable body, and a control unit connected to the compressed air cylinder, wherein the airbag of the inflatable protective device is normally flat and portable The electronic device does not occupy extra space, and the inflation protection φ t is 9 to automatically sense whether the portable electronic device is dropped, because the portable electronic device provided with the inflatable protection device is protected The same does not affect the convenience of operation and carrying. [Embodiment] The following is a specific method, which can be used by those who are familiar with the art. Other advantages and effects of the present invention. The present invention can also be applied or applied by its L-body example, and the various points and applications in the present specification are not deviated from the essence of the present invention. The second embodiment of the present invention is a schematic diagram of the use of the inflatable protection device of the present invention. „No, the inflatable protection device 2 of the present invention includes a body 22, an early heart and a gas cylinder 21'. I2 is an inflatable elastic protective clothing on the outer casing of a portable electronic device such as a mobile phone, a digital camera, a ΜΡ3 player, etc. (in the case of the drop), the body 22 is not filled with gas. The flat body is attached to the outer casing 1 of the portable electronic device 3. The main body 18617 1268086 22 is composed of a plurality of airtight air bags 221, and each air bag 22i is communicated through the ventilator 222, and the air bag 221 is provided. In the relatively fragile structure of the portable electronic device 3, such as at the corners of the casing or at the edge of the casing, etc., in the preferred embodiment of the inflatable protection device of the present invention, the air cylinder 21 is The air cylinder is compressed to quickly inflate the body. Therefore, the following is a description of the compressed air cylinder. The compressed air cylinder 21 has an air outlet (here=illustrated), and the body 22 has an air inlet (not provided here). Graphic), when the user does not When the electronic device 3 is dropped to the ground, the control unit 2 immediately opens the valve of the compressed air cylinder 21 (please be described in detail later) so that the air outlet of the compressed air cylinder 21 and the air inlet of the body 22 (at This is not shown in the figure, so that the inside of the body 22 can quickly obtain the gas supplied by the compressed gas 2 to achieve the purpose of performing the = for each of the air cells 221 of the body 22, so that the body 22 can be absorbed by the inflation. The impact force of the electronic equipment 3 Zhiluo ground, #μ干^攸 effectively prevents the electronic device 3 from being cracked or parts scattered. Figure 3 is used to illustrate the requirements of this hairpin# Too Μ 基本 The basic control structure of the control unit of the filling and rolling protection device. As shown in the figure, the control element 2g is connected to the compressed gas 21 for sensing the electronic device 3 The falling field is the gentleman's 粬〇〇 洛 洛 洛 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The control unit 24, the second sensing module 26, the bamboo raft 3, the 罝 Π怂 Π怂 Π怂 Π怂 27, and 27 and the drive module 28. And the X-engineering system operates through the power supply list, and the power supply unit supplies the power supply provided by the electric system such as the external battery or the electronic device 3 18617 10 1268086. The air bag 24 of the body 22, for example, an electrostatic sensor, can be disposed in the body to be in contact with the human body, and is also used to sense whether the portable electronic device is not in a state of being separated from the device, for example, the user accidentally The electricity is *. i: when the ground is on, the first sensing module 24 senses the static value. 罟 从 从 从 从 从 可 可 可 可 可 、 、 、 、 、 、 、 、 、 、 、 、 、 各 各 各 各 各 各 各 各 各Each of the partial air cells 221 is provided with a first-inductance=^4' and the first sensing module 24 transmits the sensed static electricity value thereto through an electrostatic material such as a wire (not shown here). Buried group 2 7 in. The Haisi-sensing module 26 is, for example, a free-fall sensor, for sensing whether the electronic device 3 is in a gravity-free state, and the structure is as shown in FIG. 4u. The second sensing module 26 includes a metal sphere 260 having an accommodating space therein and a metal sphere 261 disposed in the accommodating space of the metal sphere 26 且 and being small and freely movable, wherein the two metal spheres (260, 261) are respectively transmitted through The wires (262, 263) are electrically connected to the two outputs j (264, 265), respectively. Generally speaking, when the electronic device 3 does not drop, for example, the electronic device 3 is placed on a desktop, the small metal sphere 261 is attached to the accommodating space of the large metal sphere 260. The wall surface 266 can make the two output ends (264, 265) in a conducting state; however, when the electronic device 3 is dropped (for example, the user accidentally drops the electronic device 3 to the ground), that is, in a free fall. In the state, the small metal sphere 261 will be temporarily in a gravity-free state and float in the accommodating space of the large metal sphere 260, as shown in Fig. 4(B), so 18617 11 1268086 = output end (264, 265) ) is in an open state. Therefore, the open circuit or conduction state of !:t 265 ) is used to identify whether the electron stone is in the event of a drop. It should be noted that the metal ball of the second sensing module 26 = 26G, 261), in addition to the spherical structure, metal bodies of other shapes may also be used. The inflating device 2 of the invention can be used to identify whether the electronic device 3 has changed, and the two senses are detected by the result of the sensing of the electronic sensing device 24 and the second sensing module 2β. The result of the sensing module (9), 26) is that when the electronic device 3 falls, the dust-reducing cylinder 21 inflates the body 22 to accurately determine that the electronic device 3 does fall, and Give safety cans in a timely manner. The f-processing module 27 is connected to the first sensing module 24 and the second sensing group 6 and is configured to be used according to the first sensing module % and the second sensing module 26 The sensing result is sent to a corresponding control command, so that the driving module 28 controls whether the compressed air cylinder 21 can inflate the body 22 according to the control command of the processing module 27. The structure of the driving module 28 is as follows: As shown in FIG. 5 , the driving module 28 includes at least a coil assembly 28 , a magnetic metal member 281 , and a gas 282 . The air brake 282 is a hollow structural body having a compressed air cylinder 21 . The air inlet (not shown here) communicates with the air inlet π 285 and the air outlet 286 ′ that communicates with the air inlet of the body 22 (not shown here). The nipple 282 is transparently-pivoted. The valve control lever moves the passage of the intake air 285 and the air outlet d 286, and the rotary control spring 284 is provided at the pivot axis of the valve control rod and the air 18166 12 1268086-282. In general, due to When the coil assembly 280 is energized, the coil assembly 28 does not generate a magnetic field, so the magnetic gold The piece 28丨 is not sucked by the coil group 28〇, so that the “metal” metal piece 281 protrudes outside the coil group 280, and the protruding magnetic metal piece 281 is grooved by the valve control rod to move the gas. The other end of the outer (10) outer extension makes the valve control lever 283 unable to move, and therefore, even if the urging force of the rotary circular bomb | 284 is desired to open the valve control lever 283 of the air chamber (10), Receiving the groove of the magnetic metal member 281 still prevents the valve control lever 283 from moving. Therefore, it can be seen that the valve control lever 283 cannot be opened to block the intake of the air brake 282 through the slot of the magnetic metal member 281. The passage between the port 285 and the air outlet 286, so that the compressed gas of the compressed air cylinder 21 cannot reach the body 22, and the compressed gas of the compressed air cylinder 21 is retained in the valve control lever of the air lock m and the air inlet 285 In the space formed between the second and the second, the processing module 27 determines that the first sensing module 24 calls the sensing result of the first sensing module 26 Electronic equipment 3 - occurrence of falling (that is, the first sensing module 24 When the detected static value is zero and the two outputs sensed by the second sensing module 26 are disconnected, a corresponding control command is issued, which drives the power supply unit 23 to provide power. The coil assembly 280 generates a magnetic field to attract the magnetic metal member 281, and the magnetic metal member 281 is moved away from the valve control lever 283, so that the door control lever 283 is released, so The force of the rotary circular magazine tearing causes the valve control lever 283 of the air brake 282 to rotate and open y as shown in the figure 18617 8 13 1268086 5 (B), therefore, the valve control lever will open the gas. The passage between the air inlet 285 and the air outlet 286 is such that the compressed gas of the compressed air cylinder 21 can reach the body 22 and be rapidly inflated. ^ Further, another embodiment, if the valve control lever 283 is made of a metal material, then when the magnetic metal member 281 is not sucked by the coil group, the magnetic metal member 281 is close to the The valve control lever 283 causes the magnetic metal member 281 to attract the other end of the valve control lever 283 extending to the outer portion of the air. Therefore, the valve control lever 283 is transmitted through the magnetic attraction force of the magnetic metal member 28ι. It is impossible to open and block the passage between the air inlet 285 and the air outlet 286 of the air supply m. It should be noted that the control unit 2 and the compressed air cylinder 21 can be disposed on the body 22 as shown in Fig. 2 . The second sensing module 24 and the first module of the control unit 20 are also built in the portable electronic device 3 in another embodiment. 26 and the processing module 28 can also be integrated into the micro-processing chip, so that the driving module 28 can sense, judge and locate according to the signal of the micro-processed chip.
理後所發出的控制指令而控制氣問氣門的開啟，而達 該本體進行充氣之目的。 T 妾著’第6圖係用以顯示本發明之充氣防護方法之 理流程。該充氣防護方法係應用於—可攜式電子設備，^ :動電話、數位相機、MP3播放機等。如圖所 =步驟S1G ’提供-以複數個中空密閉氣囊22ι』 I、密套於該可攜式電子設備3 成丑 之本體22、一與該本體2? 目、之壓縮氣筒21以及—與該壓縮氣筒21相連之控制為 14 18617 1268086 :广20(即IT述第2圖所示）。其中該本體2。2係為—套於 -j可彳間式电子5又備上之防護衣。該防護衣係包括複數個氣 囊221、連貫該複數個氣囊221的通氣管222及一與該壓 縮氣筒21 $氣口（在此未予以圖示）連通的進氣口（在^ f予以圖示）。該控制單元2 〇係包括第一感測模組2 4、 第:感測模組26、處理模組27及驅動模組28，該第一感 測扠組24係例如靜電感測器，該第二感測模組％係例如 •自由落體感測儀（即前述第4⑴圖所示），該處理模組 27係用以判知該感測模組（24、26)之感測結果以令該驅 動模組28進行相應處理，其中該驅動模組28 (即前述第$ (A)圖所示）係包括線圈組28〇、磁性金屬件28丨及氣閘 其中該氣閘282係為中空結構體，其具有一與該壓縮 軋同21之出氣口（在此未予以圖示）相通之進氣口 =及一與該本體22之進氣口（在此未予以圖示）相通之出 氣口 286 ’ 5亥氣閘282係透過一樞接之氣門控制桿2犯阻 藝7進氣口 285及出氣口 286之通路，而該氣門控制桿283 •人軋閘282之樞接軸心處設有一迴轉式圓形彈簧284，一 般情況下，由於未通電時該線圈組28〇並無法產生磁場， 故該磁性金屬件281並未被線圈組280所吸住，則使該磁 ί·生至屬件281犬出於該線圈組280外，突出的磁性金屬件 281則檔住該氣門控制桿283向該氣閘282外部延伸之另 一端，而使該氣門控制桿283無法動彈，因此，即使透過 。玄迴轉式圓形彈簧284之施力欲將該氣閘282之氣門控制 桿283打開，但受到該磁性金屬件281之止檔則使該氣門 18617 15 1268086 控制桿283無法動彈。接著進至步驟S11。 於该步驟S11，該控制單开9 3發生掉落情況，則令處理心=亥可攜式電子設備 該本體心行充氣。該步=㈣㈣筒2!對 著進至步驟犯。八將稍後於第7圖詳細敍述，接 於本'壓縮氣筒21對該本體22進行充氣。 1 與進…5接通，以錢縮氣筒2i所存放之麼 Γ2Γ中開=氣問282通道而迅速進入本體22之氣囊 於囊Μ1灌滿氣體。接著進至步驟Sl3。 備3落：二3’該充氣之本體22吸收該可攜式電子設 肴洛下打所產生之撞擊力。因此 設備3摔落於地面時 …。中將可攜式電子 吸收了絕大部份的撞擊力，：=充氣防護裝置2將 至於因摔落地面而造成二：=该可㈣子設備不 第7圖係本發明之充：：；：件四散等問題。 運作流程示意圖。如圖所：=之步驟su更詳細的 sill，於本實施例中先:订步驟S110或步驟The control command issued by the control is used to control the opening of the gas valve, and the body is inflated. Figure 6 is a diagram showing the flow of the inflation protection method of the present invention. The inflatable protection method is applied to a portable electronic device, ^: a mobile phone, a digital camera, an MP3 player, and the like. As shown in the figure = step S1G 'provided - a plurality of hollow airtight enclosures 22 i", the body of the portable electronic device 3 is cloaked, and the body 2, the compressed air cylinder 21 and The control of the compressed gas cylinder 21 is 14 18617 1268086: wide 20 (that is, the IT diagram is shown in Fig. 2). The body 2. 2 is a set of protective clothing for the -j inter-turnable electronic 5. The protective clothing includes a plurality of air cells 221, a vent pipe 222 that connects the plurality of air cells 221, and an air inlet that communicates with the air port of the compressed air cylinder 21 (not shown) (shown in FIG. . The control unit 2 includes a first sensing module 24, a sensing module 26, a processing module 27, and a driving module 28. The first sensing fork group 24 is, for example, an electrostatic sensor. The second sensing module % is, for example, a free fall sensor (shown in FIG. 4(1) above), and the processing module 27 is configured to determine the sensing result of the sensing module (24, 26). The driving module 28 is configured to perform corresponding processing, wherein the driving module 28 (ie, as shown in the foregoing figure (A)) includes a coil group 28〇, a magnetic metal member 28丨, and an air brake, wherein the air brake 282 is a hollow structure having an air inlet communicating with an air outlet (not shown) of the compression rolling 21 and an air inlet (not shown) connected to the body 22 The air outlet 286 '5 Hai air brake 282 is passed through a pivotal valve control lever 2 to block the passage of the air inlet 285 and the air outlet 286, and the valve control lever 283 and the pivoting shaft of the human rolling gate 282 There is a rotary circular spring 284. In general, the magnetic coil 28 is not generated when the coil assembly 28 is not energized, so the magnetic metal member 28 1 is not sucked by the coil assembly 280, so that the magnetic 283 is out of the coil assembly 280, and the protruding magnetic metal member 281 blocks the valve control lever 283 toward the air brake 282. The other end of the outer extension makes the valve control lever 283 unable to move, and therefore, even if it passes. The force of the slewing spring 284 is intended to open the valve control lever 283 of the air brake 282, but the stop of the magnetic metal member 281 causes the valve 18617 15 1268086 to be unable to move. Then it proceeds to step S11. In the step S11, the control is turned on and the falling condition is generated, so that the processing core = Hai portable electronic device is inflated. This step = (four) (four) tube 2! Oppose to the step to commit. Eight will be described in detail later in Fig. 7, and the body 22 is inflated by the 'compressed gas cylinder 21'. 1 Connect with the incoming...5, store it with the money compactor 2i Γ2Γ中中=气问282通道 and quickly enter the airbag of the body 22 Fill the gas with the capsule 1. Then it proceeds to step S13. 3: 3' The inflated body 22 absorbs the impact force generated by the portable electronic device. Therefore, when the device 3 falls on the ground... The CLP portable electronic device absorbs most of the impact force:: = The inflatable protection device 2 will cause two drops due to falling to the ground: = The (4) sub-device is not the seventh picture of the present invention::; : The pieces are scattered and other issues. Schematic diagram of the operational process. As shown in the figure: = step sill more detailed sill, in this embodiment first: order step S110 or step
透過㈣該本體22之氣_中2 -她進饤感測，以感測該 W 人體接觸，亦即處於離身壯1 子。又備3疋否未與 設備3掉落地面時，該第一：？ °使用者不小心將電子 為零。另外，亦可先執；2:所感測到靜電值則 订^私S111，令該電子設備3進行 18617 16 1268086 自由洛體感測處理’係透過§亥第二感測模組2 6感測該電子 設備3是否處於無重力狀態，該第二感測模組26結構如第 4 (A)圖所示，其包括一内部具有一容置空間之金屬球體 260以及於該金屬球體260之容置空間中設有一較小且可 自由活動之金屬球體261，且該兩金屬球體（ 260、261) 各透過導線（ 262、263 )分別電性連接至兩輸出端（264、 265 )。一般狀態，該小金屬球體261係貼於該大金屬球體 .260之容置空間所形成的壁面266，故可使兩輸出端（264、 265 )處於導通狀態；然而，當該電子設備3發生掉落情況 (例如使用者不小心將該電子設備3摔落地面），亦即處 於自由落體狀態下，則該小金屬球體261將短暫地處於無 重力狀態並浮於該大金屬球體260之容置空間中，如第4 (B)圖所示，故可使兩輸出端（264、265 )處於斷路狀態。 接著進至步驟S112。 ,於"玄步驟SI 12中，由該控制單元2〇之處理模組28 丨判断a亥第一感測模組24所傳來的靜電值是否為零且該第 =感測模組26所傳來的自由落體感測結果是否為斷路狀 悲，右兩者均為是（即均成立），則進至步驟SI 13 ;反之， 則持續進行步驟S112。 於，步驟S113中，該控制單元2〇之處理模組28發 出控制指令以驅動該驅動模組28開啟氣閘282之氣體流通 通遏（充氣通道），得使該本體22透過該驅動模組28所 開啟的通道而迅速獲得該I縮氣筒21所存放的氣體，進而 達到對本體22的充氣處理。 18617 17 1268086 承前所述，本發明之充氣防護裝置及方法係透過一套 - 於可攜式電子設備3上之可充氣之本體22、一與該可充氣 式本體22連接之壓縮氣筒21及一與該壓縮氣筒21連接之 控制單元20，由於充氣防護裝置2之本體平時扁扁地貼在 可攜式電子設備3機殼上，並不占用空間，且充氣防護裝 置2能自動感測可攜式電子設備3所處狀態，從而達到保 濩可攜式電子設備3之目的，並使裝設有充氣防護裝置2 _之可攜式電子設備3方便攜帶，且提高充氣防護裝置2之 操作便利性，藉以使可攜式電子設備3的使用和保護同時 進行。 以上所述之實施例，僅係用以說明本發明之特點及功 效，而非用以限定本發明之實質技術内容的範圍，本發明 之貫質技術内容係廣義地定義於下述之申請專利範圍中， 任何他人所完成之技術實體或方法，若與下述之所申請專 利範圍定義者為完全相同、或是一種等效之變更，均將被 曝視為涵蓋於此專利範圍中。 ' 【圖式簡單說明】 第1圖係習知應用於可攜式電腦的充氣式氣囊之結構 示意圖； 第2圖係本發明之充氣防護裝置之使用狀態示意圖； 第3圖係本發明之充氣防護裝置之基本架構方塊示意 圖； 、第4 ( A )及4 ( B )圖係本發明之充氣防護裝置之第 二感測模組之切面結構示意圖；Through the (4) the body of the body 22 _ _ 2 - she enters the 饤 sensing to sense the W human contact, that is, in the body. Also prepare 3 疋 No and when the device 3 drops to the ground, the first:? ° The user accidentally turns the electrons to zero. In addition, it can be executed first; 2: the static value is sensed, and the private device S111 is ordered, so that the electronic device 3 performs the 18617 16 1268086 free-lost sensing process' sensing through the second sensing module 26 Whether the electronic device 3 is in a gravity-free state, the second sensing module 26 is configured as shown in FIG. 4(A), and includes a metal ball 260 having an accommodating space therein and accommodating the metal ball 260. A small and freely movable metal sphere 261 is disposed in the space, and the two metal spheres (260, 261) are respectively electrically connected to the two output ends (264, 265) through the wires (262, 263). In a normal state, the small metal sphere 261 is attached to the wall surface 266 formed by the accommodating space of the large metal sphere 260, so that the two output ends (264, 265) are in a conducting state; however, when the electronic device 3 occurs In the case of a drop (for example, if the user accidentally drops the electronic device 3 to the ground), that is, in a free-fall state, the small metal sphere 261 will be temporarily in a gravity-free state and float on the large metal sphere 260. In the space, as shown in Fig. 4(B), the two output terminals (264, 265) can be disconnected. Then it proceeds to step S112. In the "Xuan step SI12, the processing module 28 of the control unit 2 determines whether the electrostatic value transmitted by the first sensing module 24 is zero and the first sensing module 26 Whether the free fall sensing result is a disconnected sorrow, and the right two are both (ie, all are established), then the process proceeds to step SI 13; otherwise, the process proceeds to step S112. In step S113, the processing module 28 of the control unit 2 sends a control command to drive the driving module 28 to open the gas circulation venting (inflating channel) of the air brake 282, so that the body 22 can pass through the driving module. The gas stored in the I gas cylinder 21 is quickly obtained by the 28 opened channels, thereby inflating the body 22. 18617 17 1268086 As described above, the inflatable protection device and method of the present invention is through a set of inflatable body 22 on the portable electronic device 3, a compressed air cylinder 21 connected to the inflatable body 22, and a The control unit 20 connected to the compressed air cylinder 21 is attached to the casing of the portable electronic device 3 in a flat manner, and does not occupy a space, and the inflatable protection device 2 can automatically sense the portability. The state of the electronic device 3 is such that the portable electronic device 3 is protected, and the portable electronic device 3 equipped with the inflatable protection device 2 is conveniently carried, and the operation of the inflatable protection device 2 is improved. Therefore, the use and protection of the portable electronic device 3 are simultaneously performed. The embodiments described above are only intended to illustrate the features and functions of the present invention, and are not intended to limit the scope of the technical contents of the present invention. The technical content of the present invention is broadly defined in the following patent application. To the extent that any technical entity or method performed by another person is identical or equivalent to the definition of the patent scope described below, it is considered to be covered by this patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing the structure of an inflatable airbag applied to a portable computer; FIG. 2 is a schematic view showing the state of use of the airbag of the present invention; A schematic block diagram of a basic structure of a protective device; and 4 (A) and 4 (B) are schematic sectional views of a second sensing module of the inflatable protective device of the present invention;
(S 18 1268086 •第5 (A)及5 (B)圖係本發明之充氣防護裝置之驅 動模組之切面結構示意圖； 第6圖係本發明之充氣防護方法之處理流程示意圖； 以及 第7圖係為第6圖所示步驟SI 1之詳細運作的流程示 意圖。 【主要元件符號說明】(S 18 1268086) Figs. 5(A) and 5(B) are schematic sectional views showing the driving module of the gas-filled protective device of the present invention; FIG. 6 is a schematic view showing the processing flow of the gas-filling protective method of the present invention; The figure is a schematic flow chart of the detailed operation of the step SI 1 shown in Fig. 6. [Main component symbol description]
1 充氣式氣囊 10 環繞氣囊 11 上氣囊 12 下氣囊 13 反向止茂閥 14 導管 15 風嘴口 2 充氣防護裝置 20 控制單元 21 氣筒 22 本體 221 氣囊 222 通氣管 24 第一感測單元 26 第二感測單元 260 大金屬球體 261 小金屬球體 19 18617 1268086 262, 263 導線 264, 265 輸出端 266 壁面 27 處理單元 28 驅動單元 280 線圈組 281 磁性金屬件 282 氣閘 283 氣門控制桿 284 迴轉式圓形彈簧 285 進氣口 286 出氣口 3 可攜式電子設備 S10〜S13 步驟 S110〜S113 步驟1 Inflatable airbag 10 Surrounding airbag 11 Upper airbag 12 Lower airbag 13 Reverse damper valve 14 Catheter 15 Air nozzle 2 Inflation guard 20 Control unit 21 Air cylinder 22 Body 221 Airbag 222 Ventilation tube 24 First sensing unit 26 Second Sensing unit 260 Large metal sphere 261 Small metal sphere 19 18617 1268086 262, 263 Conductor 264, 265 Output 266 Wall 27 Processing unit 28 Drive unit 280 Coil set 281 Magnetic metal part 282 Air brake 283 Valve control lever 284 Rotary round Spring 285 Air inlet 286 Air outlet 3 Portable electronic device S10~S13 Steps S110~S113 Steps