M349559 八、新型說明： 【新型所屬之技術領域】 一種電池結構，尤指一種用水及碳物質與複數個電位 差插條產生電力之一種水電池結構。 【先前技術】 近幾年來，由於科技的高度發展，使得各種電子產品 修之種類及應用知以快速成長。而電源是各種電子產品運作 的基本要件之一，而且電源的供應亦足以影響整個電子產 品的運作及效能。其巾，電池是—種普遍的電源供應元件。 、-般電池可分為兩種類型：抛棄式和充電式。其中抛 棄式電池的設計上運用了無法逆轉的化學反應，而且電池 2的是有毒的化學用品，因此一般拋棄式電池的設計上 是密閉的，而當電池沒電時就丟掉。 由於廢棄内含有毋化學用品的電池需經過特別處理， |因此費時費力’而且處理不當時還有環保考量，因此現在 有些電池内裝的是一般無害的物質，像是水與活性碳，利 用兩者產生的化學反應來供電。 然而’所述習知的無害物質電池常具有以下問題： 第 運用一般無害的物質所產生化學反應供電之 供電量非常微弱，只適合運用在微電量電子產品。 第二、當電池内的物質起化學反應被消耗完後，沒有 =的=式補充或替換該等無害物f，無法徹底發揮使用 …、σ物質電池所能達成的環保功效。 6 M349559 、第三、、若使用活性碳作為原料，需由—般碳物質提煉 而成，如需補充或替換時，材料的取得較為麻煩。 緣是，本創作人有感上述問題之可改善，乃潛心 之運用，而提出一種設計合理且有效改善上： 問題之本創作。 ^ 【新型内容】 本創作之目的，在於提供一種水電池結構，其結 計能提高與水及碳物f進行化學反應所產生之供電量並^ 易的補充被消耗的水與碳物質’同時保有一般電 ： 便於適用在各式設備。其中碳物f可為—般竹碟或木碳， =特Μ活性碳’因此在製造過程或補充過程上都較為 間易。 為了達成上述之目的，根據本創作的—種方案提供一 種水電池結構，包括—碳容器，其内填充一碳物質卜阻 塞件，設置於該碳容器一端；一水容器，其内裝水，該水 各=之-開口端與該碳容器另一端連接；一極片組，包括 :-極m二極片’該兩片極片之—端分別形成複 數個電位差插條’其中第-極片穿設於該阻塞件，而並電 位差插條***碳物質内’第二極片則設置於水容器之殼體 内^並且自水容器之開口端伸出其電位差插條，並***碳 物質’其_ ’兩極片上的該等電位差插條***該碳物質内 的長度，皆短於電位差插條本相長度；以及—吸水海綿， 設置於該碳容器及該水容器之間，並錢及傳送該水容器 M349559 内之水至該碳容器内之該碳物質。 由於當該吸水海綿導水至該碳物質時，該等電位差插 條會與水及碳產生化學反應，該等電位差插條之間產生電 位差，進而產生電力。 本創作具有以下有益效果： 第一、由於本創作之極片具有複數個電位差插條，當 吸水海綿導水至碳物質時，***該碳物質之各個複數個電 位差插條會產生電位差，而該等電位差的總和則為本創作 產生之電力。因此？極片若具有越多電位差插條時，總和 而產生的電力越大，較習知未具複數電位差插條的極片所 能產生的電力更高，進而適合運用在需電量較大之電子產 品。 第二、由於本創作之水電池外觀與一般電池相同，正 負兩極各位於電池兩端，因此可便利地適用於市面上各式 產品。 第二、由於本創作運用的是水與碳物質來起化學反 應者皆為無害物質。因此’當該等物質消耗完後，仍 可以女全地加以補充，水電池亦可重覆循環利用，節省消 費的成本並減少廢棄物的產生。 ^第四、本創作之碳物質可為一般竹碳或木碳，不必特 定為活性m謂造過㈣補充過程上_為簡易。、 .為使能更進一步瞭解本創作之特徵及技街内容，請參 閱以下有關本創作之詳細說明與附圖，然而所附圖式=提 供參考與說明用，並非用來對本創作加以限制者。 M349559 【實施方式】 本創作水電池結構之主要特徵是其極片組一端形成 f數個電位差插條’而極片組之該等複數個電位差插條會 分別產生電位差，利用該等電位差之總和使水電池得產生 大於Μ電子里的電量，因而適用於用電量比微電子量產品 較大之電子產品。 # 叫，閱第圖及第二圖，分別為本創作所提供一水電 池結構實施例之剖視示意圖，及本創作所提供之一極片組 實紅例之立體不意g|。本實施例之水電池2結構包括一碳 容器10、一水容器2〇、一連接模組3〇、一阻塞件1〇卜一 極片組103、一吸水海綿1〇5及一補水蓋2〇卜其中，該極 片組103包括一第—極片1〇31及一第二極片_。 在本實施例中，碳容器1G與水容器2G分別容納碳物 f :與水6,阻塞件101係設置於碳容器1〇的一端，而水 φ谷器20的開口知與碳容器10另-端連接，吸水海綿1〇5 則設置於碳容器10及水容器20之間，吸汲水容器2〇内的 水6並傳送至碳容器1G内之碳物質4。而極片組⑻的第 •—極片1031及第二極片1〇33之-端’分別形成複數個電 位差插條如第二圖所示’其中，第一極片刪係穿設於阻 塞件101，而該第-極片形成電位差插條的一端*** 碳物質4當中；第二極片1033則係設置於水容器2〇的殼 體内，其形成電位差插條的一端自水容器2〇的開口端伸 出，並***碳容器10中的碳物質4。當吸水海綿1〇5導水 9 M349559 Z反物質4時，極片板1〇3之電位差插條與水6及碳物 質4崎化學作用產生電位差，進而產生電力。 本實施例中，該等電位差插條插人碳物胃4内的長度 :於電位差插條本身的長度，亦即，第一極片⑻丄與第 =1033的電位差插條皆係部分長度插人碳物質*中， 二一圖所不之Hl部分。第-極片1031與第二極片1〇33 ’=差插條的另一部分長度仍分別設於阻塞件剛中及 •上:t 2〇❸叙體内，如第二圖所示之Η2部分。每一電位 插條係藉由其位於Ηι部分與水6及礙物質4產生的化學 ^應而與H2部分產生電位差，該等複數電位差插條所產 的電位差的總和，即係本實施例之水電池2所產生 力。 本貫施例中，如第一圖所示，第二極片1033設置於 水谷為20之殼體内，其形成電位差插條之一端自水容器 2〇的開口端伸出’另—端則沿著水容器2G殼體自水容器 φ 20立之另-端伸出；於第二圖展示之極片組1〇3實施例立體 不f圖中，為求說明上便於描述之目的，將第-極片1〇31 _第一極片1G33皆展示為無彎曲的直條片狀，'然而第二極 '片1〇33實施時之形狀，仍應參照第-圖所示，視其設於水 谷器20殼體内之設計需求製作。 由於水j與碳物質4進行化學反應作用後逐漸被消 耗三因此本實施例之水容器20更包括補水蓋20卜設置於 水容器20之另一端，用以補水6至水容器％。而因為碳 物質4清耗較慢，因此經過水電池2使用及製作考量，水 10 M349559 各益20之開口端與碳容器1〇另一端係由相對 組3 〇連接’而該連接模組3 〇係藉由—相對螺^部= 對搭鎖部連接。若需要補充碳物質 接 3。以更換或填入碳物質4至碳容器〗。内了組 置一補水…補水6：^可 改用如補充碳物質4之方法，開啟連接模組3q補充之。了 用以^ 例之碳容器1G更設置—安全氣孔⑽， 行化it谷器1〇中殘留的氣體。由於水6與碳物質4進 :應欠雷消耗水6中的氣後，殘餘的氧則結地^ =右水電池2内的氧氣比率較高時，氫重新與氧合併 為水6的機率會變高，如此則使得氫作用於 低。因此在碳容器㈣置-可排出^ 古:"抓出之大小的安全氣孔107將殘餘的氧氣釋出，提 回電位差插條與水6及碳物質4進行化學反應的機率。此 二=氣孔107可具上升坡度，以利氣體排出但不利於 *於本實施例中所使用的碳物f4可為竹碳、木碳及活 $，不限為活性礙，而水容器2G中的水6亦可#換其他 3虱的液體，除由於水6係較易取得、且成本較低人 液體外，實作上並不需侷限於水6。此外，本實施^ -極片咖與第二極片1033兩者當中，其中：二^ 純鋁、鎂金屬或鎂合金，其中，鎂合金係如：鋁鎂合金、 孟鎂&金或鋅鎂合金；另一極片係為銅鍍銀、銅鍍白金、 白銅片、白鐵、鋼、白金或純銅。而由於第二極片忉幻 M349559 係設置於水容器20之殼體，若水容器20係以金屬材質製 成，且其所使用之金屬係適於作為第二極片則之材 質，如上述所列舉之例，則水容器2〇之殼體亦可與第二 極片1033設計為一體成型之構造。 請參閱第三圖並同時參考第—圖及第二圖，其中第三 圖係本創作賴供之-财電池結構㈣狀剖視分解 圖。其中極片組1〇3之該等複數個電位差插條***碳物質 4之長度（即部分）皆長於該等複數個電位差插條未插 入碳物質4之長度（H2部分）。例如：極片組奶之該等 複數個電位差插辑長度h2部分可為該等複數個電位差 插條全長的三分之-；該等複數個電位差插條之長度印部 分則為其全長的三分之二。其中，由於極片組1()3之該等 複數個電位差插條插人碳物f 4的部分與未插人碳物質4 的部分所接觸之材質不同，因此，每—電位差插條藉由水 6及碳物質4與插+碳物f 4之部分產生化學反應，與未 ***碳物質4而接觸不同材質的部分產生電位差。每一極 片所此產生之電位差係為每一電位差插條所產生之電位差 的總和，而該等電位差的總和則為本創作產生之電力，因 此，本實施例之水電池2所能提供的電力，與極片組103 中電位差插條之數量成一正比關係，依據本實施例所揭露 之結構，係可產生較微電量更大的電量，提供供電需求較 大的產品使用。 本創作具有以下有益效果： 第 由於本創作之極片組1〇3各極片之一端形成複 12 M349559 數個電位差插條，當該吸水海、纟ί 105導水至該碳物質4 時，***碳物質4之各個複數個電位差插條之間會產生電 位差，而該等電位差的總和則為本創作產生之電力。藉 此，極片組103延伸出越多電位差插條時， 大，進而適合運用在需電量較大之電子產品。冗力越 第一、由於本實施例所展示之水電池2之第一極片 1031與第二極片1〇33係分別自碳容器1〇與水容器％未 連接之兩端伸出，外形可設計與一般電池（如3號从電 池）無異，適用於市面上果多利用電池供電的產品，可大 幅減少採用有害物質製成之電池的使用量，並且供使用者 補充水:、碳㈣4而重覆使用水電池2,降低消費的成本。 第 由於本創作運用的是水6與碳物質4進行化學 ’兩者皆為無事物質。藉此’當該等物質被消耗完後 2安全地加以補充。其中，水6的消耗較快，因此本創 ^供一補水蓋2〇1以方便補水。此外，碳物質4的消耗 由開啟水容器2〇及碳容器1〇之間的連接模組 列以利補充碳物質4。 第四、本創作之碳物質4可為—般竹碳或木碳，不必 =定為活性碳’因此在製造過程或補充過程上都較 易0 偏以上所述為本創作之較佳可行實施例，非因此即 内作之專利範圍’故舉凡運用本創作說明書及圖式 ^為之等效結構變化，均同理包含於本創作之 門，合予陳明。 13 M349559 【圖式簡單說明】 第—圖：本創作所提供一水電池結構實施例之剖視示意 圖； 第二m 一_ :本創作所提供一水電池結構之極片組實施例立體 示意圖；及 — 口.本創作所提供一水電池結才冓實施例之剖視分解 圖0 【主要元件符號說明】 2水電池 4碳物質 6水 1()碳容器，M349559 VIII. New description: [New technical field] A battery structure, especially a water battery structure that generates electricity by using water and carbon materials and a plurality of potential difference inserts. [Prior Art] In recent years, due to the high development of technology, the variety and application of various electronic products have been rapidly growing. Power supply is one of the basic requirements for the operation of various electronic products, and the supply of power is enough to affect the operation and performance of the entire electronic product. Its towel, the battery is a common power supply component. The battery can be divided into two types: disposable and rechargeable. The disposable battery is designed to use an irreversible chemical reaction, and the battery 2 is a toxic chemical. Therefore, the disposable battery is designed to be sealed, and is discarded when the battery is dead. Since the batteries containing antimony chemicals are subject to special treatment, it is time-consuming and laborious, and there are environmental considerations in the case of improper handling. Therefore, some batteries are usually filled with generally harmless substances, such as water and activated carbon. The chemical reaction generated by the person is supplied with electricity. However, the conventional non-hazardous material battery often has the following problems: The power supply by the chemical reaction generated by the generally harmless substance is very weak, and is only suitable for use in micro-electricity electronic products. Second, when the substance in the battery is consumed by the chemical reaction, there is no = addition or replacement of the harmless substance f, and the environmental protection effect that can be achieved by using the ... sigma substance battery cannot be fully exerted. 6 M349559, the third, if the use of activated carbon as a raw material, it needs to be refined from the general carbon material. If it needs to be added or replaced, the material is more troublesome to obtain. The reason is that the creator feels that the above problems can be improved, but it is the use of the concentrating, and proposes a design that is reasonable in design and effective in improving the problem: ^ [New Content] The purpose of this creation is to provide a water battery structure that can increase the amount of power generated by chemical reaction with water and carbon f and easily replenish the consumed water and carbon matter. Preservation of general electricity: Easy to apply to all types of equipment. Among them, the carbon material f can be a bamboo disc or wood carbon, and the special activated carbon is relatively easy in the manufacturing process or the replenishing process. In order to achieve the above object, according to the present invention, a water battery structure is provided, comprising: a carbon container filled with a carbon material blocking member disposed at one end of the carbon container; and a water container filled with water, The open end of the water is connected to the other end of the carbon container; a pole piece group includes: - a pole m dipole piece - the ends of the two pole pieces respectively form a plurality of potential difference inserts - wherein the first pole The sheet is inserted through the blocking member, and the potential difference insert is inserted into the carbon material. The second pole piece is disposed in the casing of the water container and protrudes from the open end of the water container to insert the carbon material. The length of the potential difference insert inserted into the carbon material is shorter than the length of the potential difference insert; and the water absorbing sponge is disposed between the carbon container and the water container, and The water in the water container M349559 is transferred to the carbon material in the carbon container. Since the potential difference insert chemically reacts with water and carbon when the water absorbing sponge conducts water to the carbon material, a potential difference is generated between the potential difference inserts to generate electric power. The creation has the following beneficial effects: First, since the pole piece of the creation has a plurality of potential difference inserts, when the water absorbing sponge conducts water to the carbon material, each of the plurality of potential difference inserts inserted into the carbon material generates a potential difference, and the same The sum of the potential differences is the power generated by the creation. therefore? If the pole piece has more potential difference inserts, the larger the power generated by the sum, the higher the power that can be generated by the pole piece without the complex potential difference insert, and thus it is suitable for the electronic products with large power demand. . Second, since the water battery of this creation has the same appearance as a normal battery, the positive and negative poles are located at both ends of the battery, so it can be conveniently applied to various products on the market. Second, because the creation of water and carbon materials used in this creation, chemical reactions are harmless substances. Therefore, when these substances are consumed, they can still be replenished by women, and the water batteries can be recycled repeatedly, saving the cost of consumption and reducing the generation of waste. ^ Fourth, the carbon material of this creation can be general bamboo carbon or wood carbon, and it is not necessary to specifically create the active m. (4) The supplementary process is simple. In order to enable a better understanding of the characteristics of this creation and the content of the street, please refer to the following detailed description and drawings of the creation. However, the drawings are for reference and explanation, and are not intended to limit the creation. . M349559 [Embodiment] The main feature of the water cell structure of the present invention is that a plurality of potential difference inserts are formed at one end of the pole piece group, and the plurality of potential difference inserts of the pole piece group respectively generate a potential difference, and the sum of the potential differences is utilized. The water battery is made to generate more electricity than the electrons in the neon, so it is suitable for electronic products with a larger electricity consumption than the microelectronic products. # 叫,看图图和第二图, respectively, is a schematic cross-sectional view of an embodiment of a water battery structure provided by the creator, and a stereoscopic example of a polar piece set provided by the creation. The structure of the water battery 2 of the present embodiment comprises a carbon container 10, a water container 2〇, a connection module 3〇, a blocking member 1〇1 pole piece set 103, a water absorbing sponge 1〇5 and a water replenishing cover 2 The pole piece group 103 includes a first pole piece 1〇31 and a second pole piece_. In the present embodiment, the carbon container 1G and the water container 2G respectively accommodate the carbon material f: and the water 6, the blocking member 101 is disposed at one end of the carbon container 1〇, and the opening of the water φ gluten 20 and the carbon container 10 are separately The end-to-end connection, the water-absorbent sponge 1〇5 is disposed between the carbon container 10 and the water container 20, and sucks the water 6 in the water container 2 to the carbon material 4 in the carbon container 1G. The first pole piece 1031 of the pole piece group (8) and the second end piece of the second pole piece 1〇33 respectively form a plurality of potential difference inserts as shown in the second figure, wherein the first pole piece is cut through the blockage. a piece 101, and one end of the first pole piece forming potential difference insert is inserted into the carbon material 4; the second pole piece 1033 is disposed in the casing of the water container 2, which forms one end of the potential difference insert from the water container 2 The open end of the crucible is extended and inserted into the carbonaceous material 4 in the carbon container 10. When the water absorbing sponge 1〇5 conducts water 9 M349559 Z antimatter 4, the potential difference insert of the pole piece 1〇3 and the water 6 and the carbon substance 4 saki chemically generate a potential difference, thereby generating electric power. In this embodiment, the length of the potential difference insert is inserted into the carbon stomach 4: the length of the potential difference insert itself, that is, the potential difference insert of the first pole piece (8) 第 and the =1 033 part of the length is inserted. Among the human carbon substances*, the H1 part of the two-dimensional map. The first pole piece 1031 and the second pole piece 1〇33'=the other part of the difference insert is still disposed in the blocker and the upper part of the blocker respectively, as shown in the second figure. section. Each potential insertion strip generates a potential difference from the H2 portion by the chemical reaction generated in the 部分ι portion and the water 6 and the barrier substance 4, and the sum of the potential differences produced by the plurality of potential difference inserts is the embodiment. The force generated by the water battery 2. In the present embodiment, as shown in the first figure, the second pole piece 1033 is disposed in a housing having a water valley of 20, and one end of the potential difference insert is formed from the open end of the water container 2'. The housing of the water container 2G extends from the other end of the water container φ 20; the embodiment of the pole piece group 1 〇 3 shown in the second figure is omitted for the purpose of description. The first pole piece 1〇31_the first pole piece 1G33 is shown as a straight sheet without bending, but the shape of the second pole' piece 1〇33 is still implemented as shown in the figure - Designed in the design of the water tank 20 housing. Since the water j is gradually consumed by the chemical reaction of the carbon material 4, the water container 20 of the present embodiment further includes a water replenishing cover 20 disposed at the other end of the water container 20 for replenishing water 6 to the water container %. Because the carbon material 4 is slow to be cleaned, after the water battery 2 is used and made into consideration, the open end of the water 10 M349559 and the carbon container 1 and the other end are connected by the opposite group 3 ' and the connection module 3 The tether is connected to the latch by means of a relative screw. If you need to add carbon material, connect 3. To replace or fill in the carbon material 4 to the carbon container〗. Inside the set a hydration... hydration 6: ^ can be replaced by the method of adding carbon material 4, open the connection module 3q to supplement it. The carbon container 1G used in the example is further provided with a safety air hole (10), and the gas remaining in the 1 bar of the it bar is used. Since the water 6 and the carbon material 4 enter: the gas in the water 6 is consumed, the residual oxygen is grounded. ^=The oxygen ratio in the right water battery 2 is higher, and the probability of hydrogen recombining with oxygen into water 6 Will become higher, so that hydrogen acts low. Therefore, in the carbon container (4), the safety pores 107 of the size of the grab-out can be discharged, and the residual oxygen is released, and the probability of chemical reaction between the potential difference insert and the water 6 and the carbon material 4 is recovered. The second = air hole 107 can have a rising slope to facilitate gas discharge but is not conducive to * the carbon material f4 used in the embodiment can be bamboo carbon, wood carbon and live $, not limited to active, and the water container 2G The water 6 can also be replaced with other 3 虱 liquids, except for the water 6 is relatively easy to obtain, and the cost is lower than the liquid, the implementation is not limited to water 6. In addition, in the present embodiment, the second pole piece and the second pole piece 1033 are: two pure aluminum, magnesium metal or magnesium alloy, wherein the magnesium alloy is: aluminum magnesium alloy, Meng magnesium & gold or zinc Magnesium alloy; the other pole piece is copper-plated silver, copper-plated platinum, white copper, white iron, steel, platinum or pure copper. Since the second pole piece illusion M349559 is disposed in the casing of the water container 20, if the water container 20 is made of a metal material, and the metal used is suitable as the material of the second pole piece, as described above. For example, the housing of the water container 2 can also be designed as a one-piece structure with the second pole piece 1033. Please refer to the third figure and refer to both the first and second figures. The third picture is the exploded view of the structure of the battery. The lengths (i.e., portions) of the plurality of potential difference inserts into which the plurality of potential difference inserts of the pole piece group 1〇3 are inserted are longer than the length (H2 portion) of the plurality of potential difference inserts not inserted into the carbon material 4. For example, the plurality of potential difference insertion lengths h2 of the pole piece group milk may be three-thirds of the total length of the plurality of potential difference inserts; the length of the plurality of potential difference inserts is the full length of the three Divided into two. Wherein, since the plurality of potential difference inserts of the pole piece group 1 () 3 are different from the material of the portion of the carbon material 4 that is not inserted into the carbon material 4, each potential difference is inserted by The water 6 and the carbonaceous material 4 react chemically with the portion of the intercalated carbonaceous material f4, and a potential difference is generated between the portion in which the carbon material 4 is not inserted and contacts the different materials. The potential difference generated by each pole piece is the sum of the potential differences generated by each potential difference insert, and the sum of the potential differences is the power generated by the creation, and therefore, the water battery 2 of the present embodiment can provide The power is proportional to the number of potential difference inserts in the pole piece group 103. According to the structure disclosed in the embodiment, a larger amount of electricity can be generated, and a product with a larger power supply requirement is provided. This creation has the following beneficial effects: First, because one end of each pole piece of the first pole piece of the creation of the present invention forms a plurality of potential difference inserts of 12 M349559, when the water absorbing sea, 纟ί 105 conducts water to the carbon material 4, the insertion A potential difference is generated between each of the plurality of potential difference inserts of the carbon material 4, and the sum of the potential differences is the power generated by the creation. Therefore, when the pole piece group 103 extends more potential difference inserts, it is large, and is suitable for use in an electronic product requiring a large amount of electricity. The more the first power piece 1031 and the second pole piece 1〇33 of the water battery 2 shown in this embodiment are respectively extended from the ends of the carbon container 1〇 and the water container% unconnected, the outer shape It can be designed to be the same as a general battery (such as No. 3 from the battery). It is suitable for battery-powered products on the market. It can greatly reduce the amount of batteries made of harmful substances, and can be used by users to supplement water: carbon. (4) 4 and repeatedly use water battery 2 to reduce the cost of consumption. Because this work uses water 6 and carbon material 4 to carry out chemical ‘ both are nothing. By this, 'these substances are safely replenished after they are consumed. Among them, the consumption of water 6 is faster, so this is a convenient water supply cover for 2 〇 1 to facilitate hydration. In addition, the consumption of the carbon material 4 is facilitated by the connection module between the water container 2 and the carbon container 1 to supplement the carbon material 4. Fourth, the carbon material 4 of this creation can be ordinary bamboo carbon or wood carbon, and it is not necessary to be determined as activated carbon. Therefore, it is easier to be in the manufacturing process or the supplementary process. For example, the scope of the patent that is not the result of this is the same as the equivalent structural change of the present specification and the drawing, which are included in the door of this creation and are combined with Chen Ming. 13 M349559 [Simple description of the drawings] - Figure: a schematic cross-sectional view of a water battery structure embodiment provided by the present invention; second m__: a schematic diagram of an embodiment of a pole piece set of a water battery structure provided by the present invention; And - mouth. This creation provides a water battery junction diagram of the embodiment of the exploded view of the example 0 [main symbol description] 2 water battery 4 carbon material 6 water 1 () carbon container,
101阻塞件 103極片組 1031第—極片 1033第二極片 105 吸水海綿 107安全氣孔 2〇水容器 2〇1補水蓋 3 〇連接模組 14101 blocking member 103 pole piece group 1031 first pole piece 1033 second pole piece 105 water absorbing sponge 107 safety air hole 2 water container 2 〇 1 hydration cover 3 〇 connection module 14