200936453 九、發明說明： 【發明所屬之技術領域】 本創作係有關一種充氣裝置，特別是一種利用太陽能發電之材料所製 成之充氣裝置。 【先前技術】 水上運輸或水上活動長久以來一直為人類生活中所不可缺乏的行為之 一，近年以來，水上活動進而演變成一種普及的娛樂活動，不論男女老少 ❹都可能接觸水上活動，若不幸發生意外之時，要如何提高存活機率就更^ 顯的重要，因此許多專家學者都致力於救生裝置的開發。 目前在從事水上運輸或水上活⑽’―般大眾會崎賴或是救生衣 等充氣裝置避免不幸’當發生意外時，κ能消極的_具有浮力之裝置漂 浮在水面上特救援，鮮少能主動積極的向外求救以加速獲救時間増加存 活機率。且縣在水面上時，f會受稱流或是浪_卿，被帶離出事 地點’甚至被帶到遙遠的地方’增加搜救人員救援的困難度，尤其是夜間， ❹更會增加搜救難度’也因此使得原本可以存活的受難者羅難。 因此，要如何使受難者能主動積極的向外求救，提高獲救機會，實為 此相關研發領域所需迫切解決的問題。 【發明内容】 有鑑於此’本發明提出一種太陽能充氣裝置，包含：氣室，用以充入 氣體而充麟脹；太陽_片，錄氣室之表面，肋概日光或可見光 而轉換為電能；及蓄電元件，用以儲存電能。 此外，本發明提出之太陽能充氣裝置，更包含：發光元件，使用蓄電 200936453 元件所儲存之電能而投射光源，其中，發光之方式可為持續不斷的方式， 亦可為間歇閃爍的方式投射光源，達到照明之效果，並使搜救人員發現其 位置。 本發明提出之太陽能充氣裝置，更包含：警示元件，使用蓄電元件所 儲存之電⑽發岭示聲，触呼救人員能迅速前往救援。 本發明提出之太陽能絲裝置，更包[定位模組，使时電元件所 儲存之電能而將所在位置轉換為位置訊號，並傳送予搜救人員而縮短搜救 Ο 人員之搜尋時間。 本發明提出之經由太陽能膜片所製造之充氣裝置，藉由增設太陽能膜 片提供求生設備或其他設備所需之電能，當使用者發生意外時，即可經由 發光元件、警示元件或定位模組等求生設備主動向外求援，使搜救人員能 快速找到使用者所在位置，藉此提高使用者發生意外時獲救之機會，有效 解決習用救生圈、救生衣等充氣裝置僅能消極等待搜救人員發現後施以援 救之問題。 © «树_健實補及其魏，兹配純示說明如後。 【實施方式】 請參照第1A圖及第1B圖為本發明之第一實施例，第u圖為立體圖， 第1B圖為第1A圖沿A-A線之箭頭方向剖面圖。 本發明之太陽能充氣裝置，包含：氣室1〇、太陽能膜片2〇及蓄電元 件30。 太陽能膜片20係可呈片狀體且具有可撓性，其構成可為單晶石夕或多晶 石夕太陽能電池則、片單元錄量貼在可撓式底材上，或者為可撓式薄膜型 6 200936453 太陽能電池（flexiblethin-filmsolarcell)，用以將太陽光之光能轉換為電能， 而可撓式薄膜型太陽能電池係可為染料敏化太陽能電池(dye_sensitized s〇laf ceU) ’亦可為有機尚分子太陽能電池（oiganic polymer solar cell)，或是其他 非晶矽（amorphous Si)太陽能電池、微晶矽（^Clystal si)太陽能電池及 化合物（compound)太陽能電池等。經由膠合或熱壓等方式接著太陽能膜 片20之周緣後可形成容置空間於太陽能膜片2〇之中。 前述說明之太陽能膜片20之顏色可為紅色、橙色、黃色、綠色、藍色、 © 靛色、紫色、黑色、灰色、白色或其組合，藉由不同顏色或其顏色組合提 升本發明之裝飾效果。 氣室10用以充入氣體而充氣膨脹，位於接著太陽能膜片2〇之周緣後 所形成之容置空間中，並在太陽能膜片20上增設充氣口 7〇,以充入氣體於 氣至10中，再者，亦可在氣室10與太陽能膜片20之間設置補強膜片8〇， 藉此強化太陽能膜片20之強度，其中，補強膜片8〇可依據太陽能膜片2〇 需要加強的部分區域而設置。在本實施例中，以—片太陽能媒片2G接著成 〇 形，但非以此為限。 蓄電元件30用以儲存太陽能膜片20所轉換之電能，而蓄電元件可 設置於氣室10 Η ’亦可設置於氣室10之一侧邊，或是直接設置於太陽能 膜片2〇上，更可以同時設置多組蓄電元件30於上述所說之位置，用以儲 存太陽能膜片20所轉換之電能，再者，蓄電元件3〇係可選自傳統鉛酸蓄 電池、鋰電池、高分子鐘電池、鐘離子電池、鎳氫電池及錄鎘電池所組成 群組之其中一者。 200936453 本發明之太陽能充氣裝置，更包含：發光元件4〇、警示元件5〇及充 氣模組60。 發光元件4〇設置於太陽能膜片20上，使用蓄電元件3〇所儲存之電能 而投射光源，其中，發光元件40可為燈泡，亦可為㈣，而發光元件4〇 發光之方式可為持續不_發光方式，亦可為間歇_的發光方式投射光 源0 警示元件50設置於太陽能膜片2〇上，亦可設置於氣室ι〇内，使用蓄 ©電元件30所儲存之電能而發出警示聲，其中，警示元件5()之警示聲可為 持續不斷的聲響，亦可為間歇性的警示聲。 充氣模組60設置於太陽能膜片20上，使用蓄電元件3〇所儲存之電能 而充入氣體至氣室H)内，當氣室10設有充氣口 7〇時，可經由充氣口 7〇 將氣體充人至氣室1G，填充氣體魏室_，亦可設置於氣室ig内，直 接填充氣室10内之氣體。 當需要使用時，充氣模組60藉由蓄電元件3〇所儲存之電能，透過太 ©陽能媒片20上所設置之充氣口 70，充入氣體於氣室1〇内，待氣室1〇充氣 完成後關閉充氣口 70而封閉氣室1()，使氣室1〇保持充氣舰之狀態，達 到自動充氣之效果，免除人工吹氣之方式，加快充氣時間省時也較有效 率。 备充氣裝置充入氣體於氣室10後，可放入水中形成具有浮力之浮具， 供使用者攀附 ’並藉秘光元件4〇所投_辆，在沒有光照的情況 下獲得照明’亦可㈣光職其他人得知發光元件4G崎麵置，此外， 200936453 亦可透過警示元件5G發A之警*聲，呼救他人能迅速前往救援，加速搜救 時間。當充氣裝置充入氣體於氣室1〇後，亦可放置於桌面當充氣枕使用。 當使用完畢後’氣室1〇内含有之氣體，只需將充氣口 7G開啟，氣體 經由充氣σ 70触氣室1〇,接著充氣口 7()酬而封閉氣室⑴閉氣，使氣 至1〇内無氣體’ Ά出氣室1G内之氣體，減小體積，方便攜帶及收納。 請參照第2圖為本發明第二實施例之剖面圖。 本發明之太陽能充氣裝置’其中氣室1〇可經由膠合或熱壓等方式接著 〇 —片薄膜100之周緣直接形成，亦可經由接著二片以上薄膜1〇〇之周緣而 形成’經由接著薄膜100後，太陽能膜片2〇再貼附於薄膜1〇〇上，用以將 太陽光之光此轉換為電能，儲存於蓄電元件3〇中，其中，太陽能琪片2〇 可完全包覆薄膜100之表面，亦可為貼附部分薄膜1〇〇之表面。 請參照第3圖為本發明第三實施例之剖面圖。 在本實施例中，補強膜片80設置於薄膜1〇〇與太陽能膜片2〇所製造 之充氣裝置之間，亦可設置於氣室1〇與薄膜100之間，用以強化充氣裝置 ❹之強度。 請參照第4Α圖及第4Β圖為本發明之第四實施例，第4Α圖為爆炸圖， 第4Β圖為立體圖。 在本實施例中’太陽能膜片20包含中空部21，經由接著中空部21之 周緣而形成穿孔211，使充氣裝置成為泳圈狀，當在水上活動時使用者容 易因為海浪或其他因素’不易攀附在充氣裝置上，或是因為失去責嚷而使 太陽能膜片20所製成之充氣裝置脫離，造成不幸，為了避免此種狀況發生， 200936453 使用者可以透過此穿孔211穿戴太陽能膜片2〇所製成之充氣装置使充氣 裝置套附在仙者身上’如此—來充氣裝置就不容級制者身上脫離， 造成意外。 4本實施例中’以-個中空部21之周緣接著而形成一個穿孔2u之泳 圈形式為例’但非以此為限’亦可於太陽能膜片2〇上設置多個中空部Μ 而形成多個穿孔211，藉以製成符合不同需求之救生衣或其他形式之充氣裝 置。 ® '^參照第5圖及第6 ®為本發明之第五實施例，第5圖為立體圖，第 6圖為無線電模組應用之方塊圖。 在本實施例中’太陽能膜片2〇包含數個中空部，經自接著各個中 21之周緣而形成數個穿孔211，使充氣裝置成為救生衣之形式，並在 太陽能膜片2〇之-侧設置無線傳輸模組11〇，使用蓄電元件3〇所儲存之電 能傳輸無線魏料取得魏，其巾，鱗傳輸模組⑽亦可設置於氣室 ❹1〇 β。無線傳輸模、组110所傳輸之無線訊號可為聲音訊號，亦可為位置訊 號’魏天線⑴黯雜輪模組⑽轉輸之錄減向外傳輸至無線訊 號接收器，與外界取得聯繫。 110 訊號為聲音訊號時，使用者透過對講模 組112將聲音轉換為聲音訊號透過天線m傳輸與外界取得聯繫，可直接對 外尋求救援無線傳輸模組11G所傳輸之職雜置減時，透過定位 模組113將棚者所姐置雜触1訊紐外界得知目雜置，使救難 人員能迅速救援。 200936453 請參照第7圖為本發明第六實施例之立體圖β 本發明之太陽能充氣裝置，更包含：驅動模組9〇。 驅動模組90包含馬達91及葉片92，設置於太陽能膜片2〇之側邊， 藉由蓄電元件30所儲存之電能而驅動馬達91帶動葉片92旋轉產生推進 力使太陽能膜片20與氣室10在水中產生同向位移，其中，驅動模組卯係 由馬達91及葉片92組成，但非以此為限。 在本實施例中’太陽能膜片20之部分區域經由接著後形成承載區22， ©使充氣裝置成為救生艇之形式，並在太陽能膜片2〇之側邊設置驅動模組 9〇，藉此使太陽能膜片20所製成之充氣裝置能在水面上移動，且藉由具有 承載區22之充氣裝置可搭載更多的人。 請參照第8圖為本發明第七實施例之立體圖。 本發明之太陽能紐裝置’更包含：溫度調整模組12〇。 溫度調整模組12〇包含電熱轉換單元（圖中未示出）、熱能輸出膜ΐ2ΐ 及控溫紐！22 ’設置社雜糾2G上，亦可設置於薄膜上，使用蓄 電元件3〇所館存之電能而達到調整溫度之效果，電熱轉換單元將電能轉換 為熱能，透過熱能輸出膜12i輸出溫度使溫度上升，並透過控溫紐122調 整溫度，在本實施例中，溫度調整模組12〇由電熱轉換單元、熱能輸出膜 121及控溫益122組成，但非以此為限。 當在水上活財發生意料，最歧命_素，雖都是失溫導致， 藉由增設溫度調整，使用者可依附在熱_膜i2i上而獲取敎 能，並可透過控溫紐122調整溫度，避免在水中失溫而之問題。 11 200936453 本發明之另一實施方式，可將太陽能骐片20所製成之充氣裝置設置於 馬桶座墊132上，只要有可見光太陽能膜片2〇就能吸收室内燈光之可見光 之光能轉換為電能，藉由電熱轉換單元將蓄電元件3〇所儲存之電能轉換為 熱能，並透過溫度調整模組120中的熱能輪出膜121輸出，更可以依照使 用者個人需求調整控溫鈕122之溫度，其中，熱能輸出膜121設置於太陽 能膜片20所製成之充氣裝置之一側。 當天氣寒冷時，要使用馬桶130常是一件不方便的事情，尤其是掀開 © 馬桶蓋131要坐在馬桶座塾132上時，常常會感到一陣冰冷不適，藉由本 實施例使使用者坐在馬桶座墊132上時不會感到冰冷不適，並且氣室丨〇内 所充入的氣體更會使使用者坐在充氣裝置上有柔軟舒適的感覺，不會再不 舒服。 本發明之太陽能充氣裝置’藉由增設太陽能膜片2〇將太陽光之光能轉 換為電能’提供求生設備或其他設備所需之電能來源，當使用者發生意外 時，即可經由發光元件40、警示元件50或定位模組113等求生設備主動向 ®外求援’使搜救人員能快速找到使用者所在位置，藉此提高使用者發生意 外時獲救之機會，有效解決習用救生圈、救生衣等充氣裝置僅能消極等待 搜救人員發現後施以援救之問題。 雖然本發明的技卿容6經啸佳實補揭露如上，财麟用以限 定本發明，任何熟習此技藝者，在不脫離本發明之精神所作些許之更動與 潤飾’皆應涵蓋於本發明的範缚内，因此本發a月之保護範圍當視後附之申 請專利範圍所界定者為準。 12 200936453 【圖式簡單說明】 第1A圖為本發明第一實施例之立體圖。 第1B圖為第1A圖沿A-A線之箭頭方向剖面圖。 第2圖為本發明第二實施例之剖面圖。 第3圖為本發明第三實施例之剖面圖。 第4A圖為本發明第四實施例之爆炸圖。 第4B圖為本發明第四實施例之立體圖。200936453 IX. INSTRUCTIONS: [Technical field to which the invention pertains] The present invention relates to an inflator, and more particularly to an inflator made of a material that uses solar energy to generate electricity. [Prior Art] Water transportation or water sports have long been one of the indispensable activities in human life. In recent years, water activities have evolved into a popular entertainment activity, and both men, women and children may be exposed to water activities. In the event of an accident, how to improve the chances of survival is even more important, so many experts and scholars are committed to the development of life-saving devices. Currently engaged in water transport or water sports (10) '- general public will be sloppy or life jackets and other inflatable devices to avoid misfortune' when an accident occurs, κ can be negative _ buoyant device floating on the water special rescue, rarely active Actively seek help to speed up the rescue time and increase the chance of survival. When the county is on the water, f will be called flow or wave_qing, being taken away from the accident site and even taken to a distant place to increase the difficulty of rescuers, especially at night, it will increase the difficulty of search and rescue. 'Therefore, it makes the victims who could survive. Therefore, how to enable the victims to take the initiative to actively seek help and improve the chances of being rescued is an urgent problem in the relevant research and development field. SUMMARY OF THE INVENTION In view of the above, the present invention provides a solar inflator comprising: a gas chamber for charging a gas to swell; a solar sheet, a surface of a gas chamber, and a solar energy or visible light converted into electric energy. And storage components for storing electrical energy. In addition, the solar inflator of the present invention further includes: a light-emitting element that projects the light source using the electric energy stored in the component 200936453, wherein the light-emitting method can be continuous, or the light source can be projected in an intermittent blinking manner. Reach the effect of lighting and enable search and rescue personnel to find their location. The solar inflator of the present invention further comprises: a warning component, which uses the electricity (10) stored in the storage component to display sound, and the rescuer can quickly go to the rescue. The solar wire device proposed by the invention further comprises a [positioning module, which converts the location of the electrical energy stored by the electrical component into a position signal and transmits it to the search and rescue personnel to shorten the search time of the search and rescue personnel. The inflator manufactured by the solar film provided by the invention provides the electric energy required by the survival device or other equipment by adding a solar film, and when the user has an accident, the light-emitting element, the warning element or the positioning module can be used. Waiting for the survival equipment to actively seek help, so that search and rescue personnel can quickly find the user's location, thereby improving the chance of the user being rescued in the event of an accident, effectively solving the use of lifebuoys, life jackets and other inflatable devices can only passively wait for the search and rescue personnel to find and apply The issue of rescue. © «Tree_健实补 and its Wei, with pure instructions as follows. [Embodiment] FIG. 1A and FIG. 1B are first views of the present invention, and FIG. 1B is a perspective view, and FIG. 1B is a cross-sectional view taken along line A-A of FIG. 1A. The solar inflator of the present invention comprises a gas chamber 1 , a solar film 2 , and a storage element 30 . The solar film 20 can be in the form of a sheet and has flexibility, and the composition can be a single crystal or polycrystalline solar cell, the sheet unit is attached to the flexible substrate, or is flexible. Thin film type 6 200936453 A solar cell (flexiblethin-film solar cell) for converting solar light energy into electrical energy, and a flexible thin film solar cell system can be a dye-sensitized solar cell (dye_sensitized s〇laf ceU) It can be an oiganic polymer solar cell, or other amorphous silicon solar cells, microcrystalline germanium (Clystal si) solar cells, and compound solar cells. After the periphery of the solar film 20 is adhered by means of gluing or hot pressing, an accommodation space can be formed in the solar film 2 。. The color of the solar film 20 described above may be red, orange, yellow, green, blue, © 靛, purple, black, gray, white or a combination thereof, and the decoration of the present invention is enhanced by different colors or combinations thereof. effect. The gas chamber 10 is filled with gas to inflate and expand, and is located in an accommodating space formed after the periphery of the solar film 2 ,, and an inflation port 7 增 is added to the solar film 20 to fill the gas to the gas. In addition, in addition, a reinforcing film 8 设置 may be disposed between the air chamber 10 and the solar film 20 to strengthen the strength of the solar film 20, wherein the reinforcing film 8 may be based on the solar film 2 It is set up in a part of the area that needs to be strengthened. In the present embodiment, the solar cell 2G is formed in a zigzag shape, but not limited thereto. The storage element 30 is configured to store the electrical energy converted by the solar film 20, and the storage element may be disposed in the air chamber 10 Η 'either on one side of the air chamber 10 or directly on the solar film 2 ,. Further, a plurality of sets of power storage elements 30 can be simultaneously disposed at the above-mentioned position for storing the electrical energy converted by the solar film 20. Further, the storage element 3 can be selected from a conventional lead-acid battery, a lithium battery, and a polymer clock. One of a group consisting of a battery, a plasma battery, a nickel-hydrogen battery, and a cadmium battery. 200936453 The solar inflator of the present invention further comprises: a light-emitting element 4〇, a warning element 5〇 and an inflating module 60. The light-emitting element 4 is disposed on the solar film 20 and projects the light source using the electrical energy stored in the storage element 3 . The light-emitting element 40 can be a light bulb or (4), and the light-emitting element 4 can emit light in a continuous manner. The light source 0 may be disposed on the solar film 2A, or may be disposed in the air chamber, and may be emitted by using the electrical energy stored in the electrical component 30. The warning sound, wherein the warning sound of the warning component 5() can be continuous sound or intermittent warning sound. The air-filling module 60 is disposed on the solar film 20, and is filled with gas into the air chamber H) by using the electric energy stored in the electric storage element 3, and can be inserted through the air inlet 7 when the air chamber 10 is provided with the inflation port 7〇. The gas is filled into the gas chamber 1G, and the gas filling chamber _ can also be disposed in the gas chamber ig to directly fill the gas in the gas chamber 10. When it is needed, the inflator module 60 is filled with gas into the air chamber 1 through the inflator 70 provided on the solar cell 10 by the electric energy stored in the storage element 3, and the gas chamber 1 is placed. After the inflation is completed, the inflation port 70 is closed to close the air chamber 1 (), so that the air chamber 1〇 maintains the state of the inflatable ship, and the effect of automatic inflation is achieved, thereby eliminating the manual blowing method, and accelerating the inflation time and saving time. After the filling device is filled with gas in the air chamber 10, it can be put into the water to form a buoyant floating device for the user to climb 'and use the secret light element 4 to cast the light, and obtain illumination without illumination" (4) Others in the Guangye area know that the 4G surface of the light-emitting component is placed. In addition, 200936453 can also send a warning sound to the warning component 5G, so that others can quickly go to the rescue and speed up the search and rescue time. When the inflator is filled with gas in the air chamber, it can also be placed on the table top for use as an inflatable pillow. When the air is contained in the air chamber, the air inlet 1G is only opened, the gas is inflated through the air inlet σ 70, and then the air inlet 7 () is closed to close the air chamber (1) to close the air. There is no gas inside the chamber. The gas inside the gas chamber is 1G, which reduces the volume and is convenient for carrying and storage. 2 is a cross-sectional view showing a second embodiment of the present invention. In the solar inflator of the present invention, the gas chamber 1 can be formed directly by the periphery of the tantalum film 100 by means of gluing or hot pressing, or can be formed by following the periphery of two or more films. After 100, the solar film 2 〇 is attached to the film 1 , to convert the sunlight light into electrical energy, and stored in the storage element 3 ,, wherein the solar film 2 〇 can completely cover the film The surface of 100 may also be a surface to which a part of the film is attached. 3 is a cross-sectional view showing a third embodiment of the present invention. In the present embodiment, the reinforcing film 80 is disposed between the film 1〇〇 and the inflator manufactured by the solar film 2〇, or may be disposed between the air chamber 1〇 and the film 100 for reinforcing the inflator. Strength. Please refer to FIG. 4 and FIG. 4 for a fourth embodiment of the present invention. FIG. 4 is an exploded view, and FIG. 4 is a perspective view. In the present embodiment, the 'solar film 20 includes the hollow portion 21, and the perforation 211 is formed via the periphery of the hollow portion 21, so that the inflator is in the shape of a swimming ring, and the user is prone to being difficult due to sea waves or other factors when exercising on the water. Climbing to the inflator, or disengaging the inflator made of the solar film 20 due to loss of scolding, unfortunately, in order to avoid this situation, 200936453 users can wear the solar film 2 through the perforation 211 The inflated device is made to attach the inflator to the immortal body. [Therefore, the inflator is disengaged from the incompetent person, causing an accident. In the present embodiment, the form of a swimming ring in which a perforation 2u is formed by the periphery of the hollow portion 21 is exemplified, but not limited thereto, and a plurality of hollow portions may be disposed on the solar film 2 A plurality of perforations 211 are formed to form a life jacket or other form of inflator that meets different needs. ® '^ Refer to Figure 5 and Figure 6 for a fifth embodiment of the present invention, Figure 5 is a perspective view, and Figure 6 is a block diagram of a radio module application. In the present embodiment, the 'solar film 2 〇 includes a plurality of hollow portions, and a plurality of perforations 211 are formed by the periphery of each of the adjacent portions 21, so that the inflator is in the form of a life jacket, and is on the side of the solar film 2 The wireless transmission module 11 is arranged, and the power stored in the storage element 3 is used to transmit the wireless material, and the towel, the scale transmission module (10) can also be disposed in the air chamber ❹1〇β. The wireless transmission mode and the wireless signal transmitted by the group 110 can be an audio signal, or can be transmitted to the wireless signal receiver for recording and subtraction of the position signal 'Wei antenna (1) noisy wheel module (10) to obtain contact with the outside world. When the signal is an audio signal, the user can convert the voice into an audio signal through the intercom module 112 to obtain contact with the outside world through the antenna m, and can directly seek the information transmitted by the rescue wireless transmission module 11G. The positioning module 113 will let the shackler's sister touch the 1st news and the outside world knows the miscellaneous, so that the rescuer can quickly rescue. 200936453 Please refer to FIG. 7 for a perspective view of a sixth embodiment of the present invention. The solar inflator of the present invention further includes a driving module 9A. The driving module 90 includes a motor 91 and a blade 92 disposed on the side of the solar film 2, and drives the motor 91 to drive the blade 92 to rotate by the electric energy stored in the storage element 30 to generate a propulsive force to make the solar film 20 and the air chamber. 10 generates a co-directional displacement in the water, wherein the driving module is composed of a motor 91 and a blade 92, but is not limited thereto. In the present embodiment, the partial area of the solar film 20 is formed into the load-bearing area 22, and the inflator is in the form of a lifeboat, and the drive module 9 is disposed on the side of the solar film 2? The inflator made of the solar film 20 can move on the surface of the water, and more people can be carried by the inflator having the carrying area 22. Please refer to Fig. 8 for a perspective view of a seventh embodiment of the present invention. The solar energy device of the present invention further comprises: a temperature adjustment module 12A. The temperature adjustment module 12A includes an electrothermal conversion unit (not shown), a thermal energy output film ΐ2ΐ, and a temperature control button! 22 'Settings on the 2G, can also be set on the film, using the energy stored in the storage element 3 to achieve the effect of adjusting the temperature, the electrothermal conversion unit converts the electrical energy into heat, and the temperature is output through the thermal energy output film 12i. The temperature rises and the temperature is adjusted by the temperature control button 122. In this embodiment, the temperature adjustment module 12 is composed of an electrothermal conversion unit, a thermal energy output film 121, and a temperature control benefit 122, but is not limited thereto. When the livelihood on the water is unexpected, the most disappointing _, although it is caused by temperature loss, by adding temperature adjustment, the user can attach to the thermal _ membrane i2i to obtain energy, and can be adjusted through the temperature control 122 Temperature, avoiding the problem of temperature loss in water. 11 200936453 According to another embodiment of the present invention, the inflator made of the solar cymbal 20 can be disposed on the toilet seat 132, and the visible light solar absorbing light can absorb the visible light of the indoor light into The electrical energy is converted into thermal energy by the electrothermal conversion unit, and is output through the thermal energy wheel-out film 121 in the temperature adjustment module 120, and the temperature of the temperature control button 122 can be adjusted according to the individual needs of the user. The thermal energy output film 121 is disposed on one side of the inflator made of the solar film 20. When the weather is cold, it is often inconvenient to use the toilet 130, especially when the toilet lid 131 is to sit on the toilet seat 132, it often feels a cold discomfort, and the user is enabled by this embodiment. Sitting on the toilet seat cushion 132 does not feel cold and discomfort, and the gas filled in the air chamber 更 makes the user feel soft and comfortable sitting on the inflator, and will not be uncomfortable. The solar inflator of the present invention provides a source of electrical energy required for a survival device or other device by adding a solar film 2 to convert the light energy of sunlight into electrical energy. When the user has an accident, the light-emitting element 40 can be passed through the light-emitting element 40. The survival device such as the warning component 50 or the positioning module 113 actively seeks assistance from the outside to enable the search and rescue personnel to quickly find the location of the user, thereby improving the chance of the user being rescued in the event of an accident, and effectively solving the inflator such as the lifebuoy and the life jacket. Only passively waiting for the search and rescue personnel to find the problem of rescue. Although the present invention has been described above, it is intended to be limited to the present invention, and any modifications and refinements made by those skilled in the art without departing from the spirit of the invention are encompassed by the present invention. Within the scope of the application, the scope of protection for the month of this issue shall be subject to the definition of the scope of the patent application. 12 200936453 [Simple description of the drawings] Fig. 1A is a perspective view showing a first embodiment of the present invention. Fig. 1B is a cross-sectional view of the arrow AA along the line A-A. Figure 2 is a cross-sectional view showing a second embodiment of the present invention. Figure 3 is a cross-sectional view showing a third embodiment of the present invention. Fig. 4A is an exploded view of a fourth embodiment of the present invention. Fig. 4B is a perspective view showing a fourth embodiment of the present invention.
第5圖為本發明第五實施例之立體圖。 第6圖為本發明第五實施例之無線電模組應用之方塊圖 第7圖為本發明第六實施例之立體圖。 第8圖為本發明第七實施例之立體圖。 【主要元件符號說明】 10..............氣室 20 ..............太陽能膜片 21 ..............中空部 211.............穿孔 22 ..............承載區 30..............蓄電元件 40..............發光元件 50..............警示元件 60..............充氣模組 70..............充氣口 13 200936453 80..............補強膜片 90 ..............驅動模組 91 ..............馬達 92 ..............葉片 100.............薄膜 110 .............無線傳輸模組 111 .............天線Fig. 5 is a perspective view showing a fifth embodiment of the present invention. Figure 6 is a block diagram showing a radio module application according to a fifth embodiment of the present invention. Figure 7 is a perspective view showing a sixth embodiment of the present invention. Figure 8 is a perspective view of a seventh embodiment of the present invention. [Explanation of main component symbols] 10..............Air chamber 20 ..............Solar diaphragm 21 ........ ... hollow part 211.............perforated 22 ..............bearing area 30......... ..... Storage element 40..............Light-emitting element 50.............. Warning element 60........ ......Inflatable module 70..............Inflatable port 13 200936453 80..............Reinforced diaphragm 90 ... ...........Drive Module 91 ..............Motor 92 ..............blade 100... ..........film 110 .............wireless transmission module 111 .............antenna
112 .............對講模組 113 .............定位模組 120 .............溫度調整模組 121 .............熱能輸出膜 122 .............控溫紐 130 .............馬桶 131 .............馬桶蓋 132 .............馬桶座墊112 ............. Intercom module 113 ............. Positioning module 120 ............. Temperature Adjustment module 121.................. Thermal energy output film 122.............Control temperature New Zealand 130............ Toilet 131............. Toilet cover 132............. Toilet seat cushion