M3 05445 八、新型說明·· 新型所屬之技術領域】 本創作係相關一種薄膜式 於微電量電子產品之薄膜式供電裝：置，尤相關-種適合 【先前技術】M3 05445 VIII. New Description·· New Technology Fields 】 This film is related to a film-type power supply for micro-electricity electronic products: set, especially relevant - suitable [previous technology]
在曰常生活或各種產举之中 4 段耒炙宁，時常會使用到各 的電池。但是廢棄電池對環 7 衣呔的破壞與不良影響已經引 人們的高度關心，並紛紛嘗試以各種手段加以改善。 以期 但目 用的 例如現行-般的電池，大多在設計上力求突破， 料到延長使料間的目的，從而完成環㈣目標。 =市面上所見到的所謂環保電池&其量祇是延長其使 時間，其中如水銀等材料仍然有毒害環境之虞。 ^於是有如新型專利權第M275542號之環保水電池，其 係關於冑可重複使用的環保電池，主要是利用水來作為In the ordinary life or in various productions, there are 4 batteries, and the batteries are often used. However, the destruction and adverse effects of discarded batteries on the ring 7 have attracted people's attention and have tried to improve them by various means. For the time being, but for the purpose of the current-like battery, most of the design is to strive to break through, and it is expected to extend the purpose of the material to complete the ring (four) goal. = The so-called environmentally friendly battery & seen in the market only extends its time, and materials such as mercury still have a toxic environment. ^Therefore, there is an environmentally-friendly water battery of the new patent No. M275542, which is about environmentally-friendly batteries that can be reused, mainly using water as a
觸媒’而使得電池内的活性碳再次的產生化學作用，繼而 產生電能。 請參閱第十一圖，揭露有前述環保水電池之剖面圖。 該等環保水電池具有一金屬管（g丄）、一接觸棒（9 2) 、一頂塞（93)、一吸水棉（94)、一固定環（9 5)以及一底塞（96)所組成；其中，該金屬管（9丄） 疋作為陰極之用，具有一上方開口以及一下方開口。接觸 才午（9 2 )具有一作為陽極的頭部以及一棒體。該頂塞（g 3) 是具有一可讓該棒體通過的通道，並可塞置在該金屬 4 M305445 管（9 1 )之内而將該上方開口予以阻塞。該吸水棉（9 4)是置放在該金屬管（9 1 )之内，並不和該頂塞（9 3 )接觸’在頂塞（9 3 )和吸水棉（9 4 )之間夾設有 活性碳（9 8 )。該固定環（9 5 )的作用則在將吸水棉 (94)固定在該金屬管（91)之内。底塞（96)具 有一穿孔（97)，並可容置在該金屬管（91)之内， 而將該下方開口予以堵塞。 該環保水電池可利用設置在底塞（9 6 )處的穿孔（g 7 )而對電池内部的吸水棉（9 4 )供水，以可再次的引 發該活性石炭（9 8 )的化學反應，並產生電能；由此而達 到了利用自然界資源而延長了使用年限的目的，並得以取 代大多數傳統電池。 ▲…但是欲以該環保水電池取代小型電池，用於如掌上^ 计异機，小鬧鐘等微電量電子姦 一 电里电于屋口 口 4，有必要另行設計 、到fe薄短小又能兼顧環保之理想。 【新型内容】 有鑑於如述輕薄短小又能善 日Μ & j又此兼顧裱保之理想，本創作之 的在於提供一輕薄短 寻且J又月匕兼顧環保之薄膜式供電裝 f於如掌上型計算機，小鬧鐘等微電量電子產品。 作I達1]上述目❺’本|lj作所採取的技術手段係令本創 作之薄膜式供電裝置不到 枯” 陽極片、一陰極片、一吸水 材科以及一外殼，·其中·· 反匕 該陽極片係一有二平；s人本 面且3有金屬之片體，其外部以 5 M305445 一導電膠覆設有至少一層活性碳， 灭 β活丨生石反所涵盍之範圍 至少包括一平面；該陽極片之金屬部份電連接-陽極導 線；該陽極片所含之金屬係為：鋼（Cu)、銀（Ag) 或鎳（Ni); ' 該陰極片係一含有金屬之片體，其金屬部份電連接一 陰極導線；該陰極片所含之金屬係為：鎮彻或鋅（Ζη)· '該吸水材料係夾合於前述陽極片與陰極片之間，其用 以涵蓄水份以供活化陽極片之活性碳； 該外殼，係呈扁平狀，其提彳& 一 、促局十狹長的容置空間 令前述形成夾合結構之陽極片、陰㈣與該 於其中，以發揮保護之效杲·u ^ ^ 、 果，則述険極片與陰極片之陽極 導線與陰極導線係穿出該外碎 发外豉，且該外殼上開設有至少一 供液孔。 y 使用本創作之薄膜式供雷驴 八電哀置時，係令陽極導線及陰 極導線電連接至一電子產σ 于產以援供電力。當電力用盡時， 使用者經外殼之供液孔自外 厂口I仏水進入外殼内部，偵前述 吸水材料濕潤以活化陽極 征、* h 勿位月之活性石反，進而產生電力，提 t、連接於極導線及陰極導線之電子產品使用。 如此週而復始’藉由添加水份產生電力，實質上大幅 了本創作之薄膜式供電裝置的使用年限 至免除了廢棄虛理沾叫θ 个1一減心·& ^ 、問7^ ;更進一步相較於傳統之小塑水 銀電池，本創作夕續 I料之核式供電裝置構 更不採料害環境之材料。 月J述陽極片與該陽極導線之接點，以及該陰極片與該 6 M305445 陰極導線之接點，係施以絕緣保護以避免發生短路。 由上述可瞭解本創作之構造及使用方法，其 —適用於微電量電子產品，輕薄 仏 式供電裝置。 独小又-兼顧每保之薄膜 【實施方式】 分別揭露有本創作第一實施 请參閱第一圖及第二圖 例之剖面圖及立體圖。 本創作之薄膜式供電裝置包括有-陽極片（10) :『極片（2〇)、-吸水材料（3〇)以及一外殼（4 請再參閱第三圖及第四圖，分別揭露有本創作第—實 施例陽極片之剖面圖及陰極片之侧視圖。 只 前述陽極片（10)係-包括有一頂面及一底面之金 屬片體（1U，其係形成為狹長形，而具有一前端及一 後端；在該頂面及該底面上以—導電勝覆設有—層活性碳 (1 2 )，但在接近前端處係令金屬片體（工工）裸露: 電連接有-陽極導線（13)於其上；該陽極# (ι〇) 與忒陽極導線（1 3 )之接點處點著有一絕緣膠體（丄4 )， 以保護該接點，避免發生短路； 月】述陰極片（2 〇 )係形成為一寬度相仿於前述陽極 片（10)，但長度略短之狹長形金屬片體，其具有一前 端及一後端並形成有一頂面及一底面；於前端電連接一陰 極V、、泉（2 1 )，並套設有一覆蓋住陰極導線（2丄）接 M305445 點之絕緣套（2 2 )，以避免發生短路。The catalyst' causes the activated carbon in the battery to again chemically act, which in turn produces electrical energy. Please refer to the eleventh figure for a cross-sectional view of the aforementioned environmentally friendly water battery. The environmentally friendly water battery has a metal tube (g丄), a contact rod (9 2), a top plug (93), a water absorbing cotton (94), a fixing ring (95), and a bottom plug (96). The metal tube (9丄) is used as a cathode, and has an upper opening and a lower opening. Contact Noon (9 2 ) has a head as an anode and a rod. The plug (g3) has a passage through which the rod can pass and can be plugged within the metal 4 M305445 tube (9 1 ) to block the upper opening. The absorbent cotton (9 4) is placed inside the metal tube (9 1 ) and is not in contact with the top plug (9 3 ) 'between the top plug (9 3 ) and the absorbent cotton (9 4 ) It is provided with activated carbon (9 8 ). The retaining ring (95) functions to secure the absorbent cotton (94) within the metal tube (91). The bottom plug (96) has a perforation (97) and can be received within the metal tube (91) to block the lower opening. The eco-friendly water battery can supply water to the absorbent cotton (9 4 ) inside the battery by using a perforation (g 7 ) provided at the bottom plug (9 6 ) to re-initiate the chemical reaction of the activated charcoal (9 8 ). And generate electricity; thus achieving the purpose of using natural resources to extend the life of the use, and can replace most traditional batteries. ▲...but I want to replace the small battery with the environmentally-friendly water battery, which is used for the micro-power, such as the handheld, the small alarm clock, etc., and the electricity is charged in the house mouth 4, it is necessary to design separately, to be thin and short Take into account the ideal of environmental protection. [New content] In view of the fact that it is light and thin, it can be good and good, and it is also the ideal of the company. This creation is to provide a thin and short-sighted J-monthly and environmentally friendly film-type power supply. Such as palm-sized computers, small alarm clocks and other micro-power electronic products. I have reached the above-mentioned goal of 'this|lj's technical means to make the film-type power supply device of this creation less than dry" anode piece, a cathode piece, a water absorbing material section and a casing, · Among them The anodic sheet has a flat surface; the s human surface has 3 metal sheets, and the outer portion is covered with 5 M305445-electroconductive rubber to cover at least one layer of activated carbon, and the range of the anti-beta active stalk is excluded. Included in at least one plane; the metal portion of the anode sheet is electrically connected to the anode lead; the anode sheet contains a metal system: steel (Cu), silver (Ag) or nickel (Ni); a metal sheet, the metal portion of which is electrically connected to a cathode lead; the cathode sheet contains a metal system: Zhenchao or zinc (Ζη)·the water absorbing material is sandwiched between the anode sheet and the cathode sheet, The activated carbon for accommodating water for activating the anode sheet; the outer shell is flat, and the tamping & first, promoting the ten-long accommodating space to form the anode piece and the yin forming the sandwich structure (4) With the effect of protecting the 杲·u ^ ^, the fruit, then the 険 与 与 与The anode lead wire and the cathode lead wire of the sheet are threaded out of the outer shredded outer casing, and at least one liquid supply hole is opened in the outer casing. y When the membrane type of the present invention is used for thundering, the anode lead wire and the anode lead wire are The cathode wire is electrically connected to an electronic product σ to generate electricity for power supply. When the power is exhausted, the user enters the inside of the casing through the liquid supply hole of the outer casing from the outer factory port I, and the water absorbing material is wetted to activate the anode sign. , * h Do not place the active stone in the moon, and then generate electricity, use t, the electronic products connected to the pole wire and the cathode wire. So repeating 'by adding water to generate electricity, substantially the film type of this creation The service life of the power supply device is exempt from the waste smear θ 1 1 reduction heart & ^, Q 7; further compared to the traditional small plastic mercury battery, the nuclear power supply of this creation The device structure is more resistant to materials that are harmful to the environment. The contact between the anode piece and the anode wire, and the junction of the cathode piece and the 6 M305445 cathode wire are insulated to avoid short circuit. can The structure and use method of this creation, which is applicable to micro-electricity electronic products, light and thin 供电-type power supply device. Small and small - take care of each film [Implementation] Reveal the first implementation of this creation, please refer to the first picture and The cross-sectional view and the perspective view of the second illustration. The film-type power supply device of the present invention comprises an anode sheet (10): "pole piece (2"), - water absorbing material (3 〇) and a casing (4 see third Figure 4 and Figure 4 respectively disclose a cross-sectional view of the anode sheet of the present invention and a side view of the cathode sheet. Only the anode sheet (10) is a metal sheet (1U, including a top surface and a bottom surface). The structure is formed into an elongated shape, and has a front end and a rear end; on the top surface and the bottom surface, a layer of activated carbon (1 2 ) is provided by a conductive conductor, but the metal sheet body is fastened near the front end. (Working) exposed: The electrical connection has an anode lead (13) on it; the anode # (ι〇) and the tantalum anode lead (13) are pointed with an insulating colloid (丄4) to protect The contact to avoid short circuit; month] cathode piece (2 〇) An elongated metal sheet having a width similar to that of the anode sheet (10) but having a slightly shorter length, having a front end and a rear end and forming a top surface and a bottom surface; electrically connecting a cathode V and a spring at the front end (2 1 ), and an insulating sleeve (2 2 ) covering the cathode wire (2丄) and M305445 point is arranged to avoid short circuit.
前述本實施例之吸水材料（3〇)係為棉H 為-長方形片體’夾合於前述陽極片（2 〇 )頂面二 片（2〇)底面之間，其用以涵蓄水份以供活化陽極= 0 )之活性碳（1 2 )。 前述本實施例之外殼（4 〇)係形成為一且有—了頁面 一底面、-前端及-後端之扁平長方盒體，其提供―、 狹長容置空間令前述形成夾合結構之陽極片（Η)、= 極與該吸水材料（3 Q)設置於其中以發^ 保濩之效果；該外殼（4 〇 )胃 u; 71面上開設有至少-供液孔 (4D ’該供液孔（41)穿透該外殼（4〇)頂面， 溝通該外殼（40)外部及内部之容置空間；前述陽極片 (10)與陰極片 z u)之除極導線（1 3 )與陰極導 線（2 1 )係自該外殼（4 〇 )之前端穿出。 請參閱第五圖，揭露有本創作第一實施例 音 使用本創作之薄膜式供電裝置時，係令陽極導 3)及陰極導線（21)電連接至一電子產品，以提供電 力由於八尺寸短小，可以將本創作整合至該電子產品内 部，僅外露該供液孔。 、虽電力用盡時’使用者經該供液孔（4 1 )自外部供 水進入本創作之薄膜式供電裝置内部，使前述吸水材料（3 0 )濕潤以活化陽極片（1 0 )之活性碳（1 2 )，進而 產生電力’提供電連接於陽極導線（1 3)及陰極導線（2 M305445 1 )之電子產品使用。 如此週而復始，藉由添加水份產生電力，每# ^ 延長了該薄膜式供電裝置的使用年限，不但減二：上大巾田 了廢棄處理的問題；更進^, 坐甚至免除 m· 更進一步相較於傳統之小型水銀電池 專，本創作之薄膜式供電裝置構造簡[易於製 一 才木用毒害壤境之材料，使之輕薄短小又能兼顧環保。个 請參閱第六圖，揭露有本創作 方法示意圖。 乍第…列陽極片製造 為製造本創作第一實施例之陽極片（丄〇 述導電膠混合活性碳（1 ?、，而 '本& 尔乂則 陧厌c 1 2 )，而活性碳（工2 )以 方式覆蓋於一片體（12"後，再將該覆有活性碳（1 2)片體（12!)切割為適當大小，貼合於前述 體（1 1 )。 乃 請參閱第七圖及第八圖，分別揭露有本創作第二實施 例之剖面圖及立體圖。 本創作第二實施例概同於前述第一實施例，其相異之 處在於第二實施例進一步包括有一輸液管（5〇),且其 外忒（4 0 a )之供液孔（4 1 a )亦非形成於外殼（4 〇a)之頂面，而是形成於外殼（4〇a)之後端供該輸 液管（5 0 )插設。 邊輸液管（5 0)係包括有一細管（5 1 )及一穿μ 於該細管（5 1 )之中的棉質吸水線（5 2 );該細管（5 1 )具有一前端及一後端，該吸水線（5 2 )自該細管（5 1 )之如端及後端分別路出適當長度。該細管（5 1 )以 9 M305445 其前端插設於前述供液孔（4 之啜尤结f R 9、1 )之中’使其前端露出 之及水線（5 2 )接觸前述吸水 現象經由吸水線（5 ?彳 （3 0 )，利用毛細 …第乂 水材料（30)補充水分。 圖。 揭路有本創作第二實施例使用示意 使用本創作篦-每# 7 , 合將之整合至—電；薄膜式供電裝置時，特別適 (5 0 )之細管（5 處；如前述’該輸液管 1 )則鳊係插設於前述薄膜式 置供液孔（4 1 a )之中…“ ^寻膘式i、電裝 , 中而後端則穿過該電子產品内部 二間，使錢端露出之吸水線（5 份供給之位置。 接至可接党水 以一頂部附有水中裝飾（6 1 ) 該水中F偷Γ 1 、 市、里（β 0 )為例， 人水份:裝飾品，並在成 容m π , 社，、底。卩形成有一供輸液管（5 穿认的毛細孔（圖中未示 係設置於該鬧鐘μ π ^ 月細例之薄膜式供電装置 (6 0 )内部車父深處，再利 〇 )穿過該鬧鐘r 丹扪用。玄輸液官（5 1, ^ ^ ^ ⑷空間，連接本實施例 式供電裝置與該水中裝飾（61)底部之毛細孔 = 輸液管（5〇)德嫂+山 由於垓 u」後知路出之吸水線（5 2 )遠 裝飾（6 1 )内邱1甘义 i H U接到该水中 前述吸水材料（q n ) ^ m ι ( b 2 )接觸 ,.^ 3 〇 )，利用毛細現象吸收水中裝飾 1 )内部之欢八 /丄 τ衣哪（6 式供”置内： 吸水線（5 2)對本實施例之薄膘 破置内部的吸水材料（3 0)補充水分，使前、f )濕潤以活化陽極片（1 〇)之活性碳（ M305445 2 ) ’進而提供電力給電子產品使用。 請參閱第十圖，揭露有本創作第三實施例 面圖。 π < d 本創作第三實施例概同於前述第一實施例，盆不同之 處在於本實施例之陽極片（7〇)係形成為一有—頂面及 一底面之基板（71)，其係形成為狹長形，而呈有—前 端及-後端；在該頂面及該底面上分別鎮有一金屬薄膜（7 5) ’更進-步於該金屬薄膜（75)上以—導電膠覆設 有一層活性碳（7 2 ) ’但在接近前端處係令金屬薄膜（7 5)裸露，並㈣基板（71)及其頂面及底面的金屬薄 膜（7 5 )所構成的夾層結構中形成一鑿穿該夾層結構的 通孔（7 6)。於前述通孔（76)處谭接有—陽極導線 (73)，並使該焊料同時連接到位於基板（7ι)頂面 及底面的金屬薄膜（75)，讓該陽極導線（73)及該 等金屬薄膜（75)形成電連接；前述焊接處點著有一= 緣膝體（7 4 )，以保護該接點，避免發生短路。 由上述可瞭解本創作之具體構造及使用方法，其確& 提供-適用於微電量電子產品，輕薄短小又能兼顧環二 潯膜式供電裝置。 «本創作可作之不同修正及變化對於熟悉該項技術 者而言均顯然不會偏離本創作的範圍與精神。雖然本創作 已敘述特定的較佳具體事實，必須瞭解的是本創作不應被 不當地限制於該等特定具體事實上。在實施本創作之已述 模式方面，對於所屬領域中具有通常知識者而言顯而易知 M3 05445 之不同修正亦被涵蓋於下 列申請專利範圍之内 0 【圖式簡單說明】 第一圖 第二圖 第三圖 第四圖The water absorbing material (3〇) of the present embodiment is a cotton H-a rectangular sheet body sandwiched between the bottom surfaces of the top surface (2 〇) of the anode sheet (2 ,) for storing moisture. For activated anode = 0) activated carbon (1 2 ). The outer casing (4 〇) of the foregoing embodiment is formed into a flat rectangular box body having a bottom surface, a front end and a rear end of the page, which provides a long and narrow accommodating space for forming the sandwich structure. The anode sheet (Η), the = pole and the water absorbing material (3 Q) are disposed therein to protect the sputum; the outer shell (4 〇) stomach u; 71 surface is provided with at least a liquid supply hole (4D ' The liquid supply hole (41) penetrates the top surface of the outer casing (4〇) to communicate the external and internal accommodation space of the outer casing (40); the depolarization wire (1 3 ) of the anode piece (10) and the cathode piece zu) The cathode lead (2 1 ) is threaded out from the front end of the outer casing (4 〇). Please refer to the fifth figure, which discloses that the first embodiment of the present invention uses the membrane power supply device of the present invention to electrically connect the anode lead 3) and the cathode lead (21) to an electronic product to provide power due to eight dimensions. In short, the creation can be integrated into the interior of the electronic product, and only the liquid supply hole is exposed. When the power is exhausted, the user enters the inside of the membrane power supply device of the present invention through the liquid supply hole (4 1 ), and the water absorbing material (30) is wetted to activate the activity of the anode sheet (10). Carbon (1 2 ), which in turn generates electricity, is used to provide electronic products that are electrically connected to the anode lead (13) and the cathode lead (2 M305445 1 ). Such a cycle, by adding water to generate electricity, each # ^ extended the life of the membrane power supply device, not only minus two: the problem of disposal of the large towel field; more into, sitting or even exempting m · further Compared with the traditional small-scale mercury battery, the membrane-type power supply device of the present invention is simple in construction [easy to make a material that is toxic to the soil, so that it is light and thin and can be environmentally friendly. Please refer to the sixth figure for a schematic diagram of the method of creation. The anodic anode sheet is manufactured to produce the anode sheet of the first embodiment of the present invention (discussing the conductive paste mixed activated carbon (1?, and 'this & 乂 乂 陧 c c 1 2 ), and activated carbon (Work 2) Covers a piece of body in a manner (12", and then cuts the activated carbon (12) sheet (12!) into an appropriate size to fit the body (1 1 ). 7 and 8 are respectively a cross-sectional view and a perspective view of a second embodiment of the present invention. The second embodiment of the present invention is similar to the first embodiment described above, and the difference is that the second embodiment further includes There is an infusion tube (5〇), and the liquid supply hole (4 1 a ) of the outer crucible (40 a) is not formed on the top surface of the outer casing (4 〇 a), but is formed on the outer casing (4〇a). The rear end is inserted into the infusion tube (50). The infusion tube (50) includes a thin tube (5 1 ) and a cotton absorbent line (5 2 ) that is inserted into the thin tube (5 1 ). The thin tube (5 1 ) has a front end and a rear end, and the water absorption line (52) is respectively appropriately extended from the end and the rear end of the thin tube (5 1 ). The thin tube (5 1 ) is 9 M30544 5 The front end is inserted into the liquid supply hole (4 f 结 f R 9 , 1 ). 'The front end is exposed and the water line ( 5 2 ) contacts the water absorption phenomenon via the water absorption line (5 彳 (3 0), using the capillary...the third water material (30) to replenish the water. Fig. Jielu has the second embodiment of the creation using the schematic use of the creation 篦-each #7, the integration of the integration into the electricity; membrane power supply device In the case of a thin tube (5 places; particularly as described above, the infusion tube 1) is inserted into the membrane-type supply liquid hole (4 1 a )... The electric equipment, the middle and the rear end pass through the inside of the electronic product, so that the money is exposed to the water absorption line (5 parts of the supply position. Connected to the party water to the top with a water decoration (6 1) the water F Stealing 1 , city, Li (β 0 ) as an example, human water: decorations, and in the formation of m π, society, and bottom. 卩 formed a tube for infusion (5 wearing capillary pores (not shown) The display system is set in the depth of the inside of the film-type power supply device (60) of the alarm clock μ π ^ month, and then passed through the alarm clock r 扪 扪. 5 1, ^ ^ ^ (4) space, connect the capillary of the embodiment of the power supply device and the bottom of the water decoration (61) = the infusion tube (5〇) Deyi + mountain due to the 垓u" 5 2) Far decoration (6 1 ) Inner Qiu 1 Ganyi i HU is connected to the water-absorbing material (qn ) ^ m ι ( b 2 ) contact in the water, .^ 3 〇), using the capillary phenomenon to absorb the water decoration 1) Internal The joy of eight / 丄 衣 clothing (6 type for the inside): the water absorption line (5 2) to the water absorbing material (30) of the thin smashed inside of this embodiment to replenish moisture, so that the front, f) wet to activate the anode The piece (1 〇) of activated carbon (M305445 2 ) 'further provides electricity for use in electronic products. Referring to the tenth figure, a third embodiment of the present invention is disclosed. π < d The third embodiment of the present invention is the same as the first embodiment described above, and the basin is different in that the anode sheet (7〇) of the present embodiment is formed as a substrate having a top surface and a bottom surface (71). , the system is formed into a narrow shape, and has a front end and a rear end; respectively, a metal film (75) is formed on the top surface and the bottom surface, respectively, and is further advanced on the metal film (75) to The conductive paste is covered with a layer of activated carbon (7 2 ) 'but the metal film (75) is exposed near the front end, and (4) the substrate (71) and the metal film (75) of the top and bottom surfaces thereof are formed. A through hole (76) that is cut through the sandwich structure is formed in the sandwich structure. An anode wire (73) is connected to the through hole (76), and the solder is simultaneously connected to the metal film (75) on the top surface and the bottom surface of the substrate (7), and the anode wire (73) and the anode are The metal film (75) is electrically connected; the solder joint is provided with a = edge knee body (7 4 ) to protect the contact from short circuit. From the above, we can understand the specific structure and use method of this creation, and it is true that it is suitable for micro-electricity electronic products, which is light and thin, and can also take care of the loop-type diaphragm power supply device. «There are different revisions and changes that can be made to this creation. It is obvious that those who are familiar with the technology will not deviate from the scope and spirit of this creation. Although this work has described specific and better specific facts, it must be understood that this creation should not be unduly restricted to such specific specific facts. In terms of implementing the described modes of the present invention, it is obvious to those having ordinary knowledge in the art that different amendments of M3 05445 are also covered by the following patent claims. [Simplified illustration] First figure Second picture, third picture, fourth picture
第五圖 第六圖 係本創作第一實施例之剖面圖。 係本創作第一實施例之立體圖。 係本創作第_實施例陽極片之剖面圖。 二本創作第一貫施例陰極片之側視圖。 係本創作第一實施例使用示意圖。 係本創作第一實施例陽極片製造方法示意Fig. 5 is a cross-sectional view showing the first embodiment of the present creation. A perspective view of the first embodiment of the present creation. A cross-sectional view of the anode sheet of the present invention. A side view of the first embodiment of the cathode film. A schematic diagram of the first embodiment of the present invention is used. The method for manufacturing the anode sheet of the first embodiment of the present invention is schematically illustrated
第七圖·係本創作第二 第八圖：係本創作第二 第九圖：係本創作第二 第十圖：係本創作第三 第十一圖：係一環保水 【主要元件符號說明 (10)陽極片 (1 2 )活性碳 (1 3 )陽極導線 (2 〇 )陰極片 (2 2 )絕緣套 (4 〇 )外殼 (4 1 )供液孔 實施例之剖面圖。 實施例之立體圖。 實施例使用示意圖。 實施例陽極片之剖面圖。 電池之剖面圖。 (11)金屬片體 (1 2 1 )片體 (1 4 )絕緣膠體 (2 1 )陰極導線 (3 0 )吸水材料 (4 0 a )外殼 (4 1 a )供液孔 12 M305445The seventh picture is the second and eighth picture of the creation: the second and ninth picture of the creation: the second and tenth picture of the creation: the third and eleventh picture of the creation: an environmentally friendly water [main symbol description (10) Anode sheet (1 2 ) Activated carbon (1 3 ) Anode lead (2 〇) Cathode sheet (2 2 ) Insulating sleeve (4 〇) Housing (4 1 ) Cross-sectional view of the liquid supply hole embodiment. A perspective view of an embodiment. The examples use schematics. A cross-sectional view of an anode sheet of the embodiment. A cross-sectional view of the battery. (11) Sheet metal body (1 2 1 ) Sheet body (1 4 ) Insulating colloid (2 1 ) Cathode wire (3 0 ) Water absorbing material (4 0 a ) Shell (4 1 a ) Liquid supply hole 12 M305445
(5 Ο )輸液管 (5 2 )吸水線 (6 1 )水中裝飾 (7 1 )基板 (7 3 )陽極導線 (7 5 )金屬薄膜 (9 1 )金屬管 (9 3 )頂塞 (9 5 )固定環 (9 7 )穿孔 (5 1 )細管 (6 0 )鬧鐘 (7 0 )陽極片 (7 2 )活性碳 (7 4 )絕緣膠體 (7 6 )穿孔 (9 2 )接觸棒 (9 4 )吸水棉 (9 6 )底塞 (9 8 )活性碳(5 Ο) Infusion tube (5 2 ) Water absorption line (6 1 ) Water decoration (7 1 ) Substrate (7 3 ) Anode wire (7 5 ) Metal film (9 1 ) Metal tube (9 3 ) Top plug (9 5 ) fixing ring (9 7 ) perforation (5 1 ) thin tube (6 0 ) alarm clock (7 0 ) anode sheet (7 2 ) activated carbon (7 4 ) insulating colloid (7 6 ) perforated (9 2 ) contact rod (9 4 ) absorbent cotton (9 6 ) bottom plug (9 8 ) activated carbon
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