M373569 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種水電池結構，尤发 充水源之水電池結構。 〜、一種可重後補 【先前技術】 環保意識抬頭，使得多數電池所 的内容物質因易造成環境汙染而受到 =應从供$M373569 V. New description: [New technical field] This creation is about a water battery structure, especially the water battery structure of the water source. ~, a kind of replenishable [previous technology] Environmental awareness raises, so that the contents of most batteries are subject to environmental pollution.
發出完全使用無害無質製成的水電池：二因此促心 水，與碳物質如活性碳，兩者配合電二:用液賤々 騎化學反應來產生電力，其製作材料的取=麵金邊 安全無害、對環境不造成汙染的幾項特點,、戍食 一推出即受到熱烈的討論。 吏仔水電池凑 但水電池要實際麵場上銷1，有〜 Γ水與碳物質’在水電池製 二，運作，右未將其加以區隔，在消費者將水電池構^ 回豕打异職使用時，其巾的水源可能有部分 貝 發，或是已經接觸到反應物質而消耗殆盡，使得水雷= 開始即無電可供。 ’ 此外，由於水電池講求的即是環保、節省成本，重覆 再利用也是水電池發展的一個重點，因此在量產銷售時， 亦需要考慮到如何便利補充水源再次利用的問題。 因此，實應構思一種可避免上述水源預先消耗之困 擾，並且可簡便補充水源以再次利用的技術手段，促進水 電池的量產以及在市場上的銷售。 3 M373569 【新型内容】 兩本創作之目的，係為提供一種水電池結構，利用該水 電池結構中的水袋，達到保持水電池之水源 ，以及利用刺 破裳置刺破水袋，達到使水電池順利進行化學反應之效果。 為了達成上述目的，根據本創作的一種實施方案，提 f —種水電池結構，包括：-碳容器、-阻塞件、-極片 組、-水容器及一水袋。該阻塞件設置於碳容器之一端； 雜片組穿設於阻塞件，並且伸入碳容器；水容器包括— 開、一入水孔及一閥塞，水容器的開口端與碳容器的 另立而連接，入水孔設置在水容器之一侧，而閥塞則可選 擇地扣合於入水孔，且該閥塞之一端具有一刺破裝置；此 外，水袋係容置於水容器中；當水容器之閥塞扣合於該入 水孔時’該刺破裝置即刺破該水袋。 此外，為了達成上述目的，根據本創作的一種實施方 案再提供一種水電池結構，包括：一碳容器、一阻塞件、 片組、一水容器及一水袋。該阻塞件設置於碳容器之 端，極片組包括二片極片，其中一極片穿設於阻塞件並 插入碳容器，另一極片則埋設於水容器中，其一端自水容 器之一側伸出，另一端則伸出到碳容器中；水容器包括一 開口端、一人水孔及一閥塞，關口端與碳容器:另一端 連接’入水孔设置於水容器之-側，而闊塞可選擇地扣合 於忒入水孔，且該閥塞之一端具有一刺破裝置·水袋收容 於水容器中，當閥塞扣合於該入水孔時，刺破震置刺破該 水袋。 根據本創作所提供的一種水電池結構之實施手段，可 達到以下功效： M373569 (―)以水袋將水包覆容置在内，可妨止水電地制 完成後，在使用者開始使用該水電池以提供 電裝置所需的電力前，就已因與碳容器中= 質接觸而消耗完畢’反而造成使用者欲開私 用水電池時無電可用的困擾；以及 使 (二）當刺破水袋而使水與碳容器中的物質進行化战 反應消耗完後，更可將閥塞與入水孔分離，予 入水孔補充水源，以重覆使用水電池，達f 省購買電池成本，更減少環境汙染的效果。節 【實施方式】 本創作係提供一種水電池結構，該水電池利用〜 及二刺破裝置以供刺破水袋，以及間塞所扣合之入水Z 收補充水源’以達到開始使用前保留水電池電力、 X電池填充水分重覆使用的效。 址 與解釋，以下脾舯人π 勹】捉彳，、炅坪址的S兄明 地揭下將5圖不進行解說，以便更為明確而清楚 地揭路本創作所使用的技術及手段。 月邊 意圖^作所提供的—種水電池結構之剖視示 -阻夷：4η 係包括一水容器20、-碳容器30、 以及相對應的一連接模电8〇::二、一吸水海錦70、 開口端— 松、且80,而水谷裔2〇則更包括了- 石山―八水孔2〇4、—閥塞206及-排氣孔208。 器30^7山％ ^填充Τ碳物質3 ’阻塞件40設置於碳容 塞件4η、广可防止碳物質3洩漏，極片組5〇穿設於阻 ί 30^；!^至碳容器％中，與碳物質3接觸；碳容 、知”水容器20的開口端202藉由連接模組80 5 M373569 連接，裝水2的水袋60容置於水容器20中；吸水海綿70 則設置在水容器20的開口端202，隔絕了水袋60與碳物 質3的接觸。 在水容器20的部分，其入水孔204設置在水容器20 的一側，閥塞206則可選擇地扣合在入水孔204 ;其中， 閥塞206的一端具有一刺破裝置2062,例如一針狀物體或 一錐狀物體’當閥塞206扣合在入水孔204時，除將入水 孔204加以封閉之外，刺破裝置2062會刺破在水容器20 内的水袋60 ’使水袋60内的水2流出，充塞於水容器20 當中而不會從入水孔204流出，而水2再逐漸透過吸水海 綿70滲透到碳容器30内，與其中的碳物質3混合，並且 與伸入碳容器30中的極片組50進行化學反應，以產生電 力。此外，排氣孔208亦設置於水容器20之一側，用於排 出水2因進行化學反應而汽化後產生的氣體，以避免水電 池1產生電力的效能降低。 在本實施例中’閥塞206係由彈性材質所製成，例如 橡膠製品，能讓使用者易於將閥塞206扣合於入水孔2〇4, 亦較容易將閥塞206自入水孔204分離❶當閥塞206扣合 於入水孔204時，使用者更可自閥塞206的另一端按押， 對閥塞206施加壓力，輔助閥塞206 —端的刺破裳置2062 更迅速地刺破水袋60,而使水2因水袋60被刺破而流出， 並透過吸水海綿70的傳導，開始與碳物質3和極片組5〇 進行作用。 然而’由於水2與碳物質3混合並與極片組5〇進行化 學反應後會逐漸消耗，水電池1所能產生的電力，也會因 進行化學反應所需的元素之一被消耗減少而慢慢降低至 M373569 零；為了讓水電池丨可重覆使用再產生電力，就需要提供 —個可以簡便地再填充水源到水容器2〇中的手段。因此， 在本實施例中即利用設置在水容器20 —側的入水孔204 接收新補充的水源，當閥塞2〇6自入水孔2〇4分離時，使 用者即可從入水孔204補充水源到水容器20，使得水容器 中可再度充滿水2，並由吸水海綿70引導水2到碳容器 30中，繼續與碳物質3及極片組5〇進行化學反應，產生 電力。 此外，本實施例中的連接模組80係為一組相對應的螺 紋部，包括水容器螺紋部8〇2及碳容器螺紋部8〇4，藉由 二者的對應螺合而連接水容器2〇與碳容器3〇。由於碳容 器30中的碳物質3亦會隨著化學反應的作用而被消耗，因 此除了需要補充水源到水容器2〇之外，當碳物質3不足 時，亦需提供補充碳物質3到碳容器3〇的管道，此時即可 將水容器20與碳容器3〇自連接模組8〇分離，待補充足夠 的碳物質3之後再由連接模組8〇將兩者連接。 藉此，利用設置在水容器2〇的入水孔2〇4、可在入水 孔204上自由開闔的閥塞2〇6，以及裝水2的水袋，即 可達成.水電池1在使用者首次使用前將水2完整保存； 欲使用時輕易刺破水袋6〇使水電池j開始產生電力；以及 在水衣60中的水2用完後，仍可簡便地多次補充新的水 源，讓同一個水電池丨循環多次利用等多項效果。 第:圖係為本創作所提供的另一種水電池結構實施例 之别視不意圖，本實施例與第__示之實施例所不同的 地方，在於本實施例的水電池la中，水容器2〇&更設置了 一卡固孔210’同時，閥塞2〇如之另一端更具有一延伸部 7 M373569 2064 ’延伸部2064的末端則設有一扣合塊2066 ;以及連 接水容器2〇a及碳容器3〇a的連接模組80係為一組相對應 的卡扣部。 其中，卡固孔210係與入水孔204設置在水容器2〇a 的同一側，而閥塞206a另一端所具有的延伸部2064即延 伸到卡固孔210所設置之處，並且以延伸部2064末端所設 置的扣合塊2066卡合於該卡固孔210。如此一來，當閥塞 2〇6a扣合於入水孔204，而使刺破裝置2062刺破水袋60 吟，由於入水孔204由閥塞206a設置有刺破裝置2062之 一端所封閉，而卡固孔21〇則由閥塞2〇62的延伸部2〇64 末端的卡扣塊2066所封閉，因此可防止水2漏出水容器 2加；而當閥塞206a與入水孔210分離時，其另一端仍由 扣合塊2066卡合於卡固孔210，而使閥塞2〇如仍與水容 益20a連結，可解決使用者將閥塞2〇以與水入孔2〇4分離 時’不慎遺失的困擾。 而本貫施例中的連接模組8〇，則為一組相對應的卡扣 和包括水容器卡扣部806及碳容器卡扣部霞，藉由二 f的互相卡扣而連接水容器2〇a與碳容器3〇a。當然，本 A施例所使用之連接模組⑽，亦可適當地替換為如前一實 施例所採用之相對應螺紋部；同樣地，第一圖所示之實施 例的連接模、组80，可依需求改為本實施例所採用之相對應 卡扣部。 第二圖係為本|彳作所提供的另-種水電池結構實施例 =剖視示意圖，與第-圖所示之實施例不同之處，在於本 貧施例之水電池lb所包括之極片組5G中，分別括包二片 極片，本實施射分別為一正極片5〇2及一負極片5〇4。 M373569 其中，正極片502穿設於阻塞件4〇，一端並伸入碳容 器3〇中’另-端則穿出阻塞件4〇，以作為正極的導電接 觸點；而負極片504則埋設於水容器勘當中，沿著水容 器20b的殼體内部延伸’其一端自水容器m的一側伸出， -般而言係如第三圖所示’自水容器勘一側的中央處伸 出，以作為負極的導電接觸點，另-端則從水容器20b的 開知202伸出到碳谷器3〇當中，以便於盘哭列中 - 的碳物質3接觸。水容器20bM " 一 ^ J扒夺态2Ub的—側亦如同上述實施例， • 還設置了入水孔204、可選擇性扣合於入水孔204的閥塞 206，以及排氣孔208。 如此設置，#能使正、負二極同時接觸碳物質3，並 •^刺破裳置2062刺破水袋6〇、或閥塞施與入水孔2〇4 刀肖隹而自入水孔2〇4補充水源後，由吸水海綿％將水2 引導到碳容器30,使正極片5〇2、負極片5〇4、水2及碳 共同進行化學反應，產生電力，同時更可將水電池 1 b SL作為-般乾電池（如三號AA電池）之態樣，可供運 鲁帛在各式以乾電池供電的產品上，提升水電池lb的實用 性0 . 本實㈣之閥塞206係為一彈性材質所製成，以便於 σ 4水孔204或與之分離，同時亦可將其替換為如第二 圖所示實施例之閥塞2〇6a之設置，並配合入水孔2〇4、卡 固孔210 ’將閥塞206a連結於水容器2〇&上；而本實施例 =接模組80亦如上述該等實施例所示，可採用相對應之 ^文部、或卡扣部連接。其餘與上述各實施例之說明相同 或可互用之部分即不再重述。 第四圖係為本創作所提供的另一種水電池結構實施例 9 M373569 之剖視示意圖’本實施例所示之水電池lc係為一鈕扣電 池’其包括具有一開口端之水容器2〇c、一端具有開口之 碳容器30b、一絕緣墊料90環繞在碳容器3〇b與該水容器 20c之間。其中，水容器20c與碳容器之殼體係為金 屬材質製成’可分例作為正、負極導電，例如：以純|呂、 鎂金屬或鎂合金製為碳容器30b’及以銅鍍銀、銅鍍白金、 白銅片、白鐵、鋼、白金或純銅製作為水容器2〇b。因此 以絕緣塾料90隔絕兩者避免斷路，並更可在絕緣塾料9〇 上再以封口環固定。 水容器20c之開口端202與破容器3〇b之開口相對， 並搭配絕緣墊料90在三者之間形成一容置空間，並在其中 容置碳物質3及裝水2的水袋60。 水容器20c —侧，如上述各實施例所述，設有一彈性 材質製成的閥塞206可選擇地扣合於入水孔204，並且在 扣合到入水孔204時’以閥塞206 —端的刺破裝置2062 朝容置空間剌入，以刺破水袋60，使水2和碳物質3進行 化學作用’並且和作為正、負極之水容器2〇c及碳容器3〇b 作用以產生電力。並在閥塞206與入水孔204分離時，從 入水204補充水源到水電池1 c。 此外，本實施例之水容器20c更可如第二圖所示之實 施例，更設置排氣孔208及卡固孔210，並以具有延伸部 2064及扣合塊2066的閥塞206a取代第四圖中的閥塞 206，將扣合塊2066卡合於卡固孔210中。水容器20c及 閥塞206與上述各實施例相仿之處，亦不再重述。 綜合上述各實施例之圖示與說明，本創作已詳細揭露 M3T3569 u +可利用刺破敦置刺破水袋、以及由入水孔便利入水的 7構，至少可以達成下述效果： 中—）在首次使用前將水收納於水袋中，避免水容器 7 (在使用者開始使用之前就已作用消耗或蒸發； 刺破裝一）在使用者首次開始使用時，以一閥塞所具有的 化風2ί即可簡便地釋出水袋中的水，使水電池開始進行 干夂應，產生電力；以及 笋，又）將刺破裝置與閥塞整合於入水孔，既可刺破水 源同時制開啟或封閉入水孔的手段，便於補充水 售，產⑽在市場上的銷 用，w綠技術手段所 作之精神與未實質改㈣^用之靶嚀，如有其他符合本創 所涵蓋保護之範圍。炎彳作之技術手段者，皆屬本創作 【圖式簡單說明】 第一圖：本創作所提供的一 塞可完全脫離）；笔池結構之剖視示意圖（間 本創作所提供的另 (閥塞連接水容器）； 本創作所提供的再 第 第 第 圖 圖 四圖 (正負、極相對）；及 本創作所提供的再一 (紐扣電池）。 種水電池結構之剖視示意圖 種水電池結構之剖視示意圖 種水電池結構之别視示意圖 11 M373569 【主要元件符號說明】 1, 1 a〜c水電池 2水 20, 20a〜c水容器 202開口端 204入水孔 206, 206a 閥塞 2062刺破裝置 2064延伸部 2066扣合塊 208排氣孔 210卡固孔 3碳物質 30, 30a〜b碳容器 40阻塞件 50極片組 502正極片 504負極片 60水袋 70吸水海綿 80連接模組 802水容器螺紋部 804碳容器螺紋部 806水容器扣合部 808碳容器扣合部 90絕緣墊料 12The water battery that is completely harmless and non-quality is issued: Secondly, the water is promoted, and the carbon material, such as activated carbon, is used in combination with electricity. The liquid chemical reaction is used to generate electricity, and the material of the material is taken. Several features, which are safe and harmless and do not pollute the environment, have been heatedly discussed since the launch of the food. The water cell of the clams is mixed but the water battery is to be sold on the actual surface. There is ~ water and carbon material in the water battery system, operating, and the right is not separated, in the consumer's water battery structure ^ When used in a foreign job, the water source of the towel may have some hair, or it has been exposed to the reaction material and is exhausted, so that the mine will not be available at the beginning. In addition, since water batteries are environmentally friendly and cost-effective, repeated reuse is also a key point in the development of water batteries. Therefore, in mass production and sales, it is also necessary to consider how to facilitate the re-use of water sources. Therefore, it is practical to conceive a technical means that can avoid the pre-consumption of the above-mentioned water source, and can easily replenish the water source for reuse, and promote mass production of the water battery and sales in the market. 3 M373569 [New Content] The purpose of the two creations is to provide a water battery structure, using the water bag in the water battery structure to maintain the water source of the water battery, and to pierce the water bag by using the piercing skirt to achieve The effect of the chemical reaction of the water battery smoothly. In order to achieve the above object, according to an embodiment of the present invention, a water battery structure is provided, comprising: a carbon container, a blocking member, a pole piece group, a water container, and a water bag. The blocking member is disposed at one end of the carbon container; the chip group is disposed through the blocking member and extends into the carbon container; the water container includes - opening, a water inlet and a valve plug, and the open end of the water container and the carbon container are separately And the connection, the water inlet hole is disposed on one side of the water container, and the valve plug is selectively fastened to the water inlet hole, and one end of the valve plug has a puncturing device; further, the water bag is accommodated in the water container; When the valve plug of the water container is fastened to the water inlet hole, the piercing device pierces the water bag. Further, in order to achieve the above object, an embodiment of the present invention further provides a water battery structure comprising: a carbon container, a blocking member, a sheet group, a water container, and a water bag. The blocking member is disposed at the end of the carbon container, and the pole piece group comprises two pole pieces, wherein one pole piece is disposed in the blocking member and inserted into the carbon container, and the other pole piece is embedded in the water container, one end of which is self-contained from the water container One side protrudes and the other end protrudes into the carbon container; the water container includes an open end, a one-person water hole and a valve plug, and the closed end is connected with the carbon container: the other end is connected with the water inlet hole on the side of the water container. The wide plug is selectively fastened to the water hole, and one end of the valve plug has a piercing device. The water bag is received in the water container, and when the valve plug is fastened to the water inlet hole, the piercing is pierced The water bag. According to the implementation method of the water battery structure provided by the present invention, the following effects can be achieved: M373569 (-) The water bag is used to cover the water, which can prevent the user from using the water and electricity system after the completion of the system. Before the water battery supplies the power required by the electric device, it has been consumed due to contact with the carbon container. This in turn causes the user to have no electricity when the user wants to open the water battery; and (2) when the water is pierced After the bag is used to make the water and the material in the carbon container, after the reaction is exhausted, the valve plug can be separated from the water inlet hole, and the water hole can be added to the water source to re-use the water battery, thereby reducing the cost of purchasing the battery and reducing the cost. The effect of environmental pollution. Section [Embodiment] This creation provides a water battery structure that utilizes a ~ and two puncture devices to pierce the water bag, and the intervening water that is snapped into the water Z to replenish the water source to achieve retention before starting use. Water battery power, X battery filled with water to reuse the effect. Address and explanation, the following spleen π π 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 址The cross-section of the water cell structure provided by the lunar side is provided as follows: the 4η system includes a water container 20, a carbon container 30, and a corresponding connecting die 8:: 2, a water absorption Haijin 70, the open end - loose, and 80, and the water valley 2 〇 also includes - Shishan - eight water hole 2 〇 4, - valve plug 206 and - vent 208. 30^7%% ^filled carbon material 3 'blocking member 40 is disposed on the carbon container 4n, which prevents the leakage of carbon material 3, and the pole piece group 5 is disposed at the resist 30^; %, in contact with the carbon material 3; the open end 202 of the carbon container, the water container 20 is connected by a connection module 80 5 M373569, and the water bag 60 containing the water 2 is housed in the water container 20; The open end 202 of the water container 20 is disposed to insulate the contact of the water bag 60 with the carbon material 3. In the portion of the water container 20, the water inlet hole 204 is disposed at one side of the water container 20, and the valve plug 206 is selectively buckled. The water inlet hole 204 is closed; wherein the valve plug 206 has a piercing device 2062 at one end thereof, for example, a needle-like object or a cone-like object. When the valve plug 206 is fastened to the water inlet hole 204, the water inlet hole 204 is closed. In addition, the puncturing device 2062 punctured the water bag 60' in the water container 20 to cause the water 2 in the water bag 60 to flow out, stuffing it in the water container 20 without flowing out of the water inlet hole 204, and the water 2 gradually It penetrates into the carbon container 30 through the water absorbing sponge 70, mixes with the carbon substance 3 therein, and enters the pole piece group 50 which projects into the carbon container 30. The chemical reaction is performed to generate electric power. Further, the vent hole 208 is also disposed on one side of the water container 20 for discharging the gas generated by vaporization of the water 2 by performing a chemical reaction, so as to prevent the water battery 1 from being degraded in power generation. In the present embodiment, the valve plug 206 is made of an elastic material, such as a rubber product, which allows the user to easily fasten the valve plug 206 to the water inlet hole 2〇4, and also facilitates the valve plug 206 from the water hole 204. When the valve plug 206 is fastened to the water inlet hole 204, the user can press the other end of the valve plug 206 to apply pressure to the valve plug 206, and the auxiliary valve plug 206 can pierce the skirt 2062 more quickly. The water bag 60 is broken, and the water 2 is caused to flow out due to the puncture of the water bag 60, and is transmitted through the water absorbing sponge 70 to start to interact with the carbon material 3 and the pole piece group 5 然而. However, due to the water 2 and the carbon material 3 After mixing and chemically reacting with the polar group 5〇, it will gradually consume, and the power generated by the water battery 1 will be gradually reduced to M373569 by the consumption of one of the elements required for the chemical reaction; The water battery can be reused to generate electricity, just It is desirable to provide a means for easily refilling the water source into the water container. Therefore, in the present embodiment, the newly added water source is received by the water inlet hole 204 provided on the side of the water container 20, when the valve plug 2 is closed. 6 When the water inlet hole 2〇4 is separated, the user can replenish the water source from the water inlet hole 204 to the water container 20, so that the water container can be filled with water 2 again, and the water 2 is guided by the water absorbing sponge 70 into the carbon container 30, and continues. The electric reaction is performed with the carbon material 3 and the pole piece group 5 to generate electric power. In addition, the connection module 80 in this embodiment is a set of corresponding thread parts, including the water container thread portion 8〇2 and the carbon container thread. The portion 8〇4 is connected to the water container 2〇 and the carbon container 3〇 by the corresponding screwing of the two. Since the carbonaceous material 3 in the carbon container 30 is also consumed by the action of the chemical reaction, in addition to the need to replenish the water source to the water container 2, when the carbon material 3 is insufficient, it is also necessary to provide the supplementary carbon material 3 to the carbon. The container of the container 3 is at this time, and the water container 20 and the carbon container 3 are separated from the connection module 8〇, and after the sufficient carbon material 3 is added, the connection module 8 is connected. Thereby, it can be achieved by using the water inlet hole 2〇4 provided in the water container 2〇, the valve plug 2〇6 which can be freely opened on the water inlet hole 204, and the water bag containing the water 2, and the water battery 1 can be used. The water 2 is completely stored before the first use; the water battery j is easily pierced when it is used, so that the water battery j starts to generate electricity; and after the water 2 in the water jacket 60 is used up, it is still easy to replenish the new one multiple times. Water source, let the same water battery cycle multiple times and other effects. The present invention is different from the embodiment of the water battery structure provided by the present invention. The difference between the embodiment and the embodiment shown in the present invention is that in the water battery la of the present embodiment, water The container 2〇& is further provided with a fastening hole 210'. At the same time, the other end of the valve plug 2 has an extension portion 7 M373569 2064. The end of the extension portion 2064 is provided with a fastening block 2066; and the connection water container The connection module 80 of the 2〇a and the carbon container 3〇a is a set of corresponding buckle portions. Wherein, the fixing hole 210 is disposed on the same side of the water container 2〇a as the water inlet hole 204, and the extending portion 2064 of the other end of the valve plug 206a extends to where the fixing hole 210 is disposed, and is extended. A fastening block 2066 provided at the end of the 2064 is engaged with the fastening hole 210. In this way, when the valve plug 2〇6a is fastened to the water inlet hole 204, and the piercing device 2062 pierces the water bag 60吟, since the water inlet hole 204 is closed by one end of the valve plug 206a provided with the piercing device 2062, The locking hole 21 is closed by the snap block 2066 at the end of the extension 2〇64 of the valve plug 2〇62, thereby preventing the water 2 from leaking out of the water container 2; and when the valve plug 206a is separated from the water inlet hole 210, The other end is still engaged with the fastening hole 210 by the fastening block 2066, so that the valve plug 2 is still connected with the water capacity 20a, which can solve the problem that the user can separate the valve plug 2 from the water inlet hole 2〇4. When 'inadvertently lost trouble. In the present embodiment, the connection module 8〇 is a set of corresponding buckles and includes a water container buckle portion 806 and a carbon container buckle portion, and the water container is connected by mutual snapping of the two f 2〇a with a carbon container 3〇a. Of course, the connection module (10) used in the embodiment A can also be appropriately replaced with the corresponding thread portion used in the previous embodiment; likewise, the connection module, group 80 of the embodiment shown in the first figure. , can be changed to the corresponding buckle portion used in this embodiment according to requirements. The second figure is another embodiment of the water battery structure provided by the present invention. The cross-sectional view is different from the embodiment shown in the first embodiment, and is included in the water battery lb of the present embodiment. In the pole piece group 5G, two pole pieces are respectively included, and the present embodiment is a positive electrode piece 5〇2 and a negative electrode piece 5〇4, respectively. M373569, wherein the positive electrode sheet 502 is disposed in the blocking member 4〇, one end and protrudes into the carbon container 3〇, and the other end passes through the blocking member 4〇 as a conductive contact point of the positive electrode; and the negative electrode sheet 504 is buried in In the water container survey, along the inside of the housing of the water container 20b, one end of the water container 20b protrudes from one side of the water container m, and is generally extended as shown in the third figure from the center of the water container side. Out, as the conductive contact point of the negative electrode, the other end protrudes from the opening 202 of the water container 20b into the carbon hopper 3〇, so as to contact the carbon material 3 in the crying column. The water container 20bM " the side of the 2Ub is also like the above embodiment, • The water inlet 204, the valve plug 206 selectively hookable to the water inlet hole 204, and the venting opening 208 are also provided. With this setting, # can make the positive and negative poles contact the carbon material 3 at the same time, and • punctate the skirt 2062 to puncture the water bag 6 〇, or the valve plug and the water hole 2 〇 4 knife 隹 隹 自 自 自 自 2 2 〇4 After replenishing the water source, the water 2 is guided to the carbon container 30 by the water absorbing sponge%, and the positive electrode sheet 5〇2, the negative electrode sheet 5〇4, the water 2 and the carbon are chemically reacted together to generate electricity, and at the same time, the water battery can be further 1 b SL as a general-purpose dry battery (such as the AA battery), can be used in all kinds of dry battery-powered products to improve the practicality of the water battery lb. 0. The real (4) valve plug 206 It is made of an elastic material to facilitate or separate the σ 4 water hole 204, and can also be replaced with the valve plug 2〇6a of the embodiment shown in the second figure, and fits into the water hole 2〇. 4, the fastening hole 210 'connects the valve plug 206a to the water container 2 〇 &; and the embodiment = the connection module 80 as shown in the above embodiments, the corresponding section, or card Buckle connection. The rest of the descriptions of the above embodiments may be the same or may not be repeated. The fourth figure is another schematic diagram of the water battery structure provided by the present invention. FIG. 9 is a schematic cross-sectional view of the M373569. The water battery lc shown in this embodiment is a button battery, which includes a water container having an open end. c. A carbon container 30b having an opening at one end, and an insulating mat 90 surrounding the carbon container 3b and the water container 20c. Wherein, the water container 20c and the casing of the carbon container are made of a metal material, which can be used as a positive and negative electrode, for example, a carbon container 30b' made of pure lyon, magnesium metal or magnesium alloy, and silver and copper plated with copper. Platinum, white copper, white iron, steel, platinum or pure copper are used as water containers 2〇b. Therefore, the insulating material 90 is used to isolate the two to avoid an open circuit, and the insulating material 9 is further fixed by a sealing ring. The open end 202 of the water container 20c is opposite to the opening of the broken container 3〇b, and is formed with an insulating mat 90 to form an accommodating space between the three, and accommodates the carbon material 3 and the water bag 60 containing the water 2 therein. . The water container 20c is on the side, as described in the above embodiments, a valve plug 206 made of an elastic material is selectively fastened to the water inlet hole 204, and is fastened to the water inlet hole 204 by the valve plug 206. The piercing device 2062 is inserted into the accommodating space to pierce the water bag 60 to chemically react the water 2 and the carbon material 3' and to act as a water container 2〇c and a carbon container 3〇b as positive and negative electrodes to generate electric power. And when the valve plug 206 is separated from the water inlet hole 204, the water source is replenished from the water inlet 204 to the water battery 1c. In addition, the water container 20c of the present embodiment can further be provided with the vent hole 208 and the fixing hole 210 as in the embodiment shown in the second figure, and replace the valve plug 206a having the extending portion 2064 and the fastening block 2066. The valve plug 206 in the four figures engages the fastening block 2066 in the fastening hole 210. The water container 20c and the valve plug 206 are similar to those of the above embodiments and will not be repeated. Combining the illustrations and descriptions of the above embodiments, the present disclosure has disclosed in detail that the M3T3569 u + can utilize the puncture water bag and the 7-construction which is convenient to enter the water through the water hole, and at least achieve the following effects: Store the water in the water bag before the first use, avoiding the water container 7 (which has been consumed or evaporated before the user starts using it; the puncturing device) has a valve plug when the user first starts using it. The wind 2 ί can easily release the water in the water bag, so that the water battery starts to dry and generate electricity; and the bamboo shoots, and the puncture device and the valve plug are integrated into the water hole, which can pierce the water source simultaneously. The means of opening or closing the water hole is convenient for replenishing water sales, producing (10) for sale in the market, and the spirit of the green technology means and the target of the use of the material. If there is any other protection in accordance with the protection covered by this creation, range. The technical means of the sputum is the creation of the creation [simplified description of the schema] The first picture: the one provided by the creation can be completely detached; the schematic diagram of the structure of the pen pool (the other provided by the creation) The valve plug is connected to the water container); the fourth figure (positive and negative, opposite) provided by this creation; and the other one provided by the creation (button battery). Schematic diagram of the structure of the battery The schematic diagram of the structure of the water battery 11 M373569 [Description of the main components] 1, 1 a~c water battery 2 water 20, 20a~c water container 202 open end 204 into the water hole 206, 206a valve plug 2062 puncture device 2064 extension 2066 buckle block 208 vent hole 210 fastening hole 3 carbon material 30, 30a~b carbon container 40 blocking member 50 pole piece group 502 positive electrode piece 504 negative electrode piece 60 water bag 70 water absorption sponge 80 connection Module 802 water container threaded portion 804 carbon container threaded portion 806 water container fastening portion 808 carbon container fastening portion 90 insulating material 12