M349557 八、新型說明： 【新型所屬之技術領域】 種内置並串連複數個水電 顯示單元’顯示該些水電 一種電池模組結構，尤指一 池之水電池模組結構，其提供一 池之低電壓警告及總和電力。 【先前技術】 近幾年來，由於科技的高度發展，使得各種電 之種類及應用得以快速成長。而電源是各種電子產品運: 的基本要件之一，而且電源的供應亦足以影響整 品的運作及效能。其中，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。 棄式電池的設計上運用了無法逆轉的化學反應，而^2 =的是有毒的化學用品’因此一般拋棄式電池的設計上 疋捃閉的，而當電池沒電時就丟掉。 ·· 由於廢棄内涵有毒化學用品的電池需經 =費時費力，而且處理不當時還有環保考量二在 有t電池内裝的是-般無㈣物質，像是水與活性碳 以產生化學反應來供電。 但運用一般無害的物質，來產生化學反應供雷之供雷 量非常微弱，只適合運用在微電量電子產品厂 - 當-般電池之單獨電量不足時，習知電池模組可將 顆電池連接來提供足夠的電量。例如—般搖控器内有一 池模組以結合兩顆電池之電力。 电 然而，該些習知電池模組常具有以下缺點： 5 M349557 第一、該些習知電池模組之在 電池内的物皙故於壓应_ L4f ’ 、電置不易得知，當 电也内的物S起化學反應快被消耗完時： 存餘電量，藉此提前補充或替換該些無』二方： 徹底運用内涵無害物質的電池特性。 。i以 、、第二、該些習知電池模組之設計並無考量 補充或替換電池内的物質之特性。 電池可 並配緣合是學理=人=述問題之可改善，乃潛心研究 問題之2 賴物且有效改善上述 【新型内容】 本創作之目的，在於提供—種水電關㈣構，其結 ，设計能串連複數個水電池並顯示該些水電池之總和^ 力’藉此本創作適合運用在需電量較大之電子產品，並可 在簡易的得知存餘電量，來提前補充水電池内被消耗之必 要發電物質。 為了達成上述之目的，根據本創作的一種實施例，提 供了種水電池模組結構，包括一主體，設有複數個容納空 間；複數個水電池，分別設置於該些容納空間内；一電壓 輸^埠組，該電壓輸入埠組由一正極電壓輸入埠及一負極 電壓輸入琿組成，該些水電池互相串連並與該電壓輸入埠 組連接；一顯示單元，設置於主體表面，用以顯示該些水 電池之電力狀態；以及一電壓輸出連接組，與該電壓輸入 璋組連接’用以輸出該些水電池之總和電力。 本創作具有以下有益效果： 6 M349557 第一、纟於本創作之主體内含複數個互相串連 ，池用以提供電力，進㈣合利在tf量較大之電子產 品0 第二、由於本創作提供一顯示單元，顯示該 池之低電遷警告及總和電力。藉此，當該些水電池㈣益 害物質快被消耗完時，有簡易的方式來得知存餘電量，藉 —此可提前補充或替換該些無害物質，以徹底運用水電池内曰 涵無害物質的電池特性。 # 4«更進-步瞭解糊叙魏及技術内容，請參 閱以下有關本創作之詳細說明與附圖，然而所附圖式僅提 供參考與說明用，並非用來對本創作加以限 【實施方式】 本創作水電池模組結構之主要特徵是其主體設有複 數個容納”，該些賴空間分觀置複數個互相串連之 水電池，藉此使水電频㈣用㈣電量比微電子量產品 較大之電子產品。 請參閱第-圖及第二圖，分別為本創作實施例之一水 電池模組結構之剖視示意圖及立體示意圖。本實施例係提 供-種水電池模組50結構，其包括一主體i、複數個容 納空間3、一蓋體、一基部12、複數個水電池2、一電 壓輸入埠組104、一顯示單元500、一電壓輸出連接組1〇5 及一中央處理機505。 本實施例係提供一種水電池模組5〇結構，包括有主體 1，設有複數個容納空間3。蓋體U設置於該主體丨一端。 7 M349557M349557 VIII, new description: [New technical field] A variety of built-in and serially connected multiple hydroelectric display units 'shows the hydroelectric battery module structure, especially the water battery module structure of a pool, which provides a low voltage of a pool Warning and sum power. [Prior Art] In recent years, due to the high development of technology, various types of electric appliances and applications have been rapidly growing. The power supply is one of the basic requirements for various electronic products: and the supply of power is sufficient to affect the operation and performance of the whole product. Among them, the battery is a common power supply component - the battery can be divided into two types: disposable and rechargeable. The abandoned battery is designed with an irreversible chemical reaction, and ^2 = a toxic chemical. The general disposable battery is designed to be closed and thrown away when the battery is dead. · Due to the waste of batteries containing toxic chemicals, it takes time and effort, and there are environmental considerations in the case of improper handling. In the battery with t, there is no (four) substances, such as water and activated carbon to produce chemical reactions. powered by. However, the use of generally harmless substances to generate chemical reactions for mine supply is very weak, only suitable for use in micro-electricity electronics factory - when the battery is not fully charged, the conventional battery module can connect the battery To provide enough power. For example, a remote control has a pool module to combine the power of two batteries. However, these conventional battery modules often have the following disadvantages: 5 M349557 First, the contents of the conventional battery modules in the battery are pressed _ L4f ', the electric device is not easy to know, when the electricity Also, when the material S is quickly consumed by the chemical reaction: Save the remaining electricity, thereby replenishing or replacing the two in advance: thoroughly use the battery characteristics of the innocuous substance. . i, and second, the design of these conventional battery modules does not consider the characteristics of the materials in the battery. The battery can be matched and matched. It is a theory = person = the problem can be improved, but it is a matter of research and research. It is effective to improve the above [new content] The purpose of this creation is to provide a kind of water-electricity (four) structure, its knot, The design can connect a plurality of water batteries in series and display the sum of the water batteries. This is suitable for use in electronic products that require a large amount of electricity, and can easily replenish water in advance by knowing the remaining amount of electricity. The necessary power generation material consumed in the battery. In order to achieve the above object, according to an embodiment of the present invention, a water battery module structure is provided, including a main body, and a plurality of receiving spaces; a plurality of water batteries respectively disposed in the receiving spaces; a voltage The voltage input group consists of a positive voltage input port and a negative voltage input port, the water batteries are connected in series with each other and connected to the voltage input group; a display unit is disposed on the surface of the body, The power state of the water batteries is displayed; and a voltage output connection group is connected to the voltage input group to output the sum of the water batteries. This creation has the following beneficial effects: 6 M349557 First, the main body of this creation contains a plurality of serials connected to each other, the pool is used to provide electricity, and the (four) profit is in the electronic product with a large amount of tf. The creation provides a display unit that displays the low escrow warning and sum power of the pool. Therefore, when the water-consuming batteries (4) are quickly consumed, there is a simple way to know the remaining electricity, so that the harmless substances can be replenished or replaced in advance, so that the water battery can be completely harmless. The battery characteristics of the substance. Please refer to the following for a detailed description of the creation and the drawings. However, the drawings are for reference and explanation only, and are not intended to limit the creation. The main feature of the water battery module structure of the present invention is that the main body is provided with a plurality of housings, and the plurality of water cells are connected in series to each other, thereby making the water frequency (four) use (four) the amount of electricity than the amount of microelectronics The electronic product with a larger product. Please refer to the first and second figures, which are respectively a schematic cross-sectional view and a schematic view of a water battery module structure according to an embodiment of the present invention. This embodiment provides a water battery module 50. The structure comprises a main body i, a plurality of receiving spaces 3, a cover body, a base portion 12, a plurality of water batteries 2, a voltage input port group 104, a display unit 500, a voltage output connection group 1〇5 and a The central processing unit 505. The embodiment provides a water battery module 5〇 structure, comprising a main body 1 and a plurality of receiving spaces 3. The cover U is disposed at one end of the main body. 7 M349557
基部12設置於該主體丨另一端。複數個水電池2，其外 型與該些容納空間3、該蓋體11及該基部12形成之空間 2對應，該些水電池2分別設置於該些容納空間3内。電 壓輸入埠組104，該電壓輸入埠組1〇4由一正極電壓輸入 埠及一負極電壓輸入埠組成，該些水電池2互相争連並與 该電壓輸入埠組1〇4連接。顯示單元5〇〇係設置於主體j 表面並用來顯示複數個水電池2的電力狀態，本實施例中 顯示單元500可由一第一顯示元件5〇1及一第二顯示元件 503組成’其中第一顯示元件501及第二顯示元件5〇3係 分別設置於主體1表面’且第一顯示元件5〇1係於該些水 ^池2的總合電力低於—預設值時，可透過顯示方式輸出 g告訊息以提醒相關人員，而此第一顯示元件5〇1可以例 如為-顯示燈，而第二顯示元件5〇3係用以顯示該些水電 池！之總和電力’而此第二顯示元件5〇3可以例如為一顯 不盗。電壓輸出連接組1〇5,與該電壓輸入埠組1〇4連接， 用以輸出該些水電池2之總和電力。The base 12 is disposed at the other end of the body. A plurality of water cells 2 are disposed in the accommodating spaces 3, and the water cells 2 are respectively disposed in the accommodating spaces 3, and the cover bodies 11 and the space 2 formed by the base portions 12. The voltage input unit 104 is composed of a positive voltage input port and a negative voltage input port, and the water batteries 2 are mutually contiguous and connected to the voltage input port group 1〇4. The display unit 5 is disposed on the surface of the main body j and is used to display the power state of the plurality of water batteries 2. In this embodiment, the display unit 500 can be composed of a first display element 5〇1 and a second display element 503. A display element 501 and a second display element 5〇3 are respectively disposed on the surface of the main body 1 and the first display element 5〇1 is permeable to the total power of the water pool 2 below a preset value. The display mode outputs a message to remind the relevant person, and the first display element 5〇1 can be, for example, a display light, and the second display element 5〇3 is used to display the water batteries! The sum of the power 'and the second display element 5 〇 3 can be, for example, a pirate. The voltage output connection group 1〇5 is connected to the voltage input group 1〇4 for outputting the sum power of the water batteries 2.
—其中中央處理機505與電麗輸入埠組1〇4、第一顯示 元件501連接及第二顯示元件5〇3。兹 b什藉此，中央處理機505 接收§亥些水電池2之總和雷六廿顧-# ^ μ i 〜不电力並顯不其於第二顯示元件 ，而當該些水電池2之她知番士故从 锋虹 又〜和電力降為該預設值時開啟 第一顯示元件501。 圖中之極片組103可設 第 睛理解，基於實用考量 置在主體1内或穿設在外。 電、也^"!士1 三W第四圖，分別為本創作實施例之一水 電池柄U之水電池剖視示意圖及極片組立體示意 8 M349557 Γ〇 :::二 水電池2結構，其包括-碳容器 10二水谷裔20、—連接模組3G、—安全氣孔⑽、一阻 2 01、一極片組103、一吸水海綿102及-補水蓋201。 其中树容IUG與該水容器2G分別容納碳物質6與水4。 本實施例係提供-種水電池2結構，包括有碳容器 10’用以填充碳物質6。阻塞件⑻設置於碳容器1〇 一端。 極片組103由兩片極片組成，該兩片極片之一端分別形成 復數個電位錢條，該練數個電位趋條穿設於阻塞件 HU’並插人碳物質6内。該兩片極片之另—端分別形成正 極及負極連接處並穿設於基部12，該些水電池2分別由該 正極及負極連接處串連並連接電壓輸入埠組1〇4。水容器 20,用以裝水4,該水容器20之一開口端與碳容器1〇^ 一端連接。吸水海綿102，設置於碳容器1〇及水容器2〇 之間，並吸汲及傳送水容器20内之水4至碳容器10内之 礙物質6。 其中，當吸水海綿102導水4至碳物質6時，極片組 φ 103之電位差插條與水4產生化學反應，該極片組i 〇3之 該等電位差插條之間產生電位差，進而產生電力。 由於本實施例之水電池2運用的是水4與碳物質6來 起化學反應’其為無害物質。藉此，當該些物質被消耗完 後可以安全的被補充。因此其中水容器20更包括補水蓋 201 ’設置於水容器20之另一端並穿設於該蓋體u，用以 • 補水4至水容器20。 因為碳物質6消耗較慢，因此經過水電池2使用及製 作考量，水容器20之一開口端與碳容器10另一端是由相 9 M349557 對應之連接模組30連接，而該連接模組3〇係藉 T紋部或-相對搭鎖部連接。如有需要 =水電池2,而水電池2之連她…= 更換或填入碳物質6。 -被: ΐ化學反應被消耗時，水4中的氫 “皮應用4耗，而水4中的氧則轉化為氣 :的時，氯重新與氧合併成為水 -’藉此虱被應用消耗進而產生電位差的機率會變 鐘於此，碳容器1 〇設有一安全氣 ~ 體但液體無法流出之大小，_此唯捭係為可排出氣 生，位差的比例。此外，安全氣孔1〇〇可具上升坡产 利氣體排出但不利於液體外流。 又 基於實用考量，碳物質6可為竹碳、木礙及活性碳， 單為活性碳’·水4係可為含氫之液體，不必拘 易^極二fof在製造過程或補充過程上都較為簡 人 θ J馮砘鋁、鎂金屬、或含鎂 二。合金可為_合金、猛鎮合金或辞鎮合 銅片、白鐵、鋼、白金或純鋼。 白 叙再參考第三圖及第四圖。其令極片組⑽之該歧複 =設於阻塞㈣1之長㈣短於該些複= =:=::=其___ 入县 A 條之長4 H2可為該些複數個電位差插條 :声極片幻03之該些複數個電位差插條之 又σ為该些複數個電位差插條全長之三分之二。其 M349557 中’由於極片組103之該些複數個電位差插條所穿設之阻 • 塞件101之材質與***碳物質6之材質不同，再加上水4 與奴物質6之化學反應，則極片組1 〇 3之該些複數個電位 差插條之間會分別產生電位差，而該些電位差的總和則為 本創作各個水電池產生之電力。 其中各個水電池2產生之電力經由穿設於基部12之 正極及負極連接處串連並連接至電壓輸入埠組1〇4。其正 極及負極連接處長度H3可與該些複數個電位差插條穿設 φ 於阻塞件1〇1之長度H2相同。而電壓輸出連接組105,與 该電壓輸入埠組104連接，用以輸出該些水電池2之總和 電力以供運用於需電量較大之電子產品。 " 本創作具有以下有益效果： 第 由於本創作之主體内含複數個互相串連之水 電池2用以提供電力，進而適合運用在需電量較大之電子 產品。 一阳仍伞劉作之水電池2的極片組1〇3有延伸出 數個電位差插條，當該吸水海綿1〇2導水至該碳物質6 二***碳物質6之各個複數個電位差插條之間會產生電 :差，而該些電位差的總和則為本創作產； ，，極片組Π)3延伸出越多電位差插 ^ 大，進而適合運用在需電量較大之電子I品。㈣力越 電於摘作提供—顯7"單元遍，顯示該些水 内的無害物質快被消耗办日士古r /匕田孩些水電池2 置，藉此可提前補充鱗換該些無害物f，以徹底運用= 11 M349557 電池2内涵無害物質的電池特性。 四、由於本創作之水電池2的補水蓋201穿設於 U盍體11’藉此補水蓋201提供一快速且方便的水電池2 補水管道。 淮，以上所述為本創作之較佳可行實施例，非因此即 。—本I丨作之專利範圍，故舉凡運用本創作說明書及圖式 内合所為之等效結構變化，均同理包含於本創作之範圍 内’合予陳明。 【圖式簡單說明】 一弟圖係本創作實施例之一水電池模組結構之剖視 示意圖； 第二圖係本創作實施例之一水電池模組結構之立體 示意圖； 第二圖係本創作實施例之一水電池模組結構之水電 池剖視示意圖；及 第四圖係本創作實施例之一水電池模組結構之水電 池極片組立體示意圖。 【主要元件符號說明】 50 水電池模紐 1 主體 2 水電池 3 容納空間. 12 M349557- wherein the central processing unit 505 is coupled to the enamel input unit group 〇4, the first display element 501, and the second display element 〇3. Therefore, the central processing unit 505 receives the sum of the water batteries 2 of the § hai, and the 廿 廿 - - # ^ μ i ~ does not power and does not show up in the second display element, and when the water battery 2 of her The fancier turns on the first display element 501 from the front and the power down to the preset value. The pole piece set 103 in the figure can be understood by the first one, and placed in the body 1 or worn outside based on practical considerations. Electric, also ^ "! 1 1 W, the fourth picture, respectively, is a schematic diagram of the water battery of the water battery handle U, and the polar group stereoscopic 8 M349557 Γ〇::: 二水电池2 The structure comprises a carbon container 10, a dihydrated 20, a connection module 3G, a safety air hole (10), a resistance 2 01, a pole piece group 103, a water absorbing sponge 102 and a water replenishing cover 201. The tree IUG and the water container 2G respectively accommodate the carbon material 6 and the water 4. This embodiment provides a structure for a water battery 2 including a carbon container 10' for filling a carbon material 6. The blocking member (8) is disposed at one end of the carbon container. The pole piece group 103 is composed of two pole pieces, and one end of the two pole pieces respectively form a plurality of potential money strips, and the plurality of potentials are drawn through the blocking member HU' and inserted into the carbon material 6. The other ends of the two pole pieces respectively form a positive pole and a negative pole connection and are disposed at the base portion 12. The water batteries 2 are connected in series by the positive and negative electrode connections and connected to the voltage input group 1〇4. The water container 20 is for containing water 4, and one open end of the water container 20 is connected to one end of the carbon container. The water absorbing sponge 102 is disposed between the carbon container 1 and the water container 2, and sucks and transports the water 4 in the water container 20 to the barrier substance 6 in the carbon container 10. Wherein, when the water absorbing sponge 102 conducts water 4 to the carbon material 6, the potential difference insert of the pole piece group φ 103 chemically reacts with the water 4, and a potential difference is generated between the potential difference inserts of the pole piece group i 〇3, thereby generating electric power. Since the water battery 2 of the present embodiment uses water 4 and the carbon substance 6 to chemically react, it is a harmless substance. Thereby, the substances can be safely replenished when they are consumed. Therefore, the water container 20 further includes a water replenishing cover 201' disposed at the other end of the water container 20 and passing through the cover body u for hydrating 4 to the water container 20. Because the carbon material 6 is consumed slowly, the open end of the water container 20 and the other end of the carbon container 10 are connected by the connection module 30 corresponding to the phase 9 M349557, and the connection module 3 is used. The tether is connected by a T-shaped portion or a relative locking portion. If necessary = water battery 2, and water battery 2 connected to her... = replace or fill in carbon material 6. - When: When the chemical reaction is consumed, the hydrogen in the water 4 is “applied to the skin, and the oxygen in the water 4 is converted to the gas: the chlorine is recombined with the oxygen to become the water—they are consumed by the application. Further, the probability of generating a potential difference will be changed to this. The carbon container 1 is provided with a safe gas body but the liquid cannot flow out, and this is the ratio that can be discharged and the difference in the position. In addition, the safety air hole 1〇 〇 can have a rising slope to produce gas, but it is not conducive to liquid outflow. Based on practical considerations, carbon material 6 can be bamboo carbon, wood and activated carbon, and only activated carbon can be a hydrogen-containing liquid. It is not necessary to be constrained. The two fof are relatively simple in the manufacturing process or the replenishing process. θ J Feng 砘 aluminum, magnesium metal, or magnesium. The alloy can be _ alloy, Mengzhen alloy or Cizhen copper, white iron, Steel, white gold or pure steel. Baixu refers to the third and fourth figures. The difference between the pole piece group (10) is set to the length of the blockage (4) 1 (four) is shorter than the complex ==:=::= ___ The length of the A section of the county A 4 H2 can be the plurality of potential difference inserts: the plurality of potential difference inserts of the acoustic pole piece illusion 03 And σ is two-thirds of the total length of the plurality of potential difference inserts. In M349557, the resistance of the plurality of potential difference inserts of the pole piece group 103 is blocked by the material of the plug piece 101 and the carbon material 6 is inserted. The material is different, and the chemical reaction between water 4 and slave material 6 causes a potential difference between the plurality of potential difference inserts of the pole piece group 1 〇 3, and the sum of the potential differences is the creation of each The electric power generated by the water battery, wherein the electric power generated by each of the water batteries 2 is connected in series through the connection of the positive and negative electrodes of the base 12 and connected to the voltage input group 1〇4. The length H3 of the positive and negative connection points can be The plurality of potential difference inserts are disposed at the same length H2 of the blocking member 1〇1, and the voltage output connection group 105 is connected to the voltage input unit 104 for outputting the sum of the water batteries 2 for supplying It is used in electronic products that require a large amount of electricity. " This creation has the following beneficial effects: The main body of this creation contains a plurality of water batteries 2 connected in series to provide electricity, which is suitable for use in large quantities of electricity. Electricity The product of the one-piece still umbrella Liu Zuozhi water battery 2 pole piece group 1〇3 has extended several potential difference inserts, when the water-absorbent sponge 1〇2 conducts water to the carbon material 6 two inserts carbon material 6 each of the plurality of potential differences Between the strips will generate electricity: the difference, and the sum of the potential differences is the original production; ,, the pole piece group Π) 3 extends more potential difference insertion, and is suitable for use in electronic products with large power demand (4) Power over the power to provide the same - display 7 " unit throughout, showing that the harmless substances in the water are quickly consumed to set up the Niskogu / Putian child water battery 2, which can be used to supplement the scale in advance Some harmless f, to thoroughly use the battery characteristics of = 11 M349557 battery 2 connotation harmless substances. 4. The water replenishing cover 201 of the water battery 2 of the present invention is disposed through the U-shaped body 11', thereby providing a quick and convenient water battery 2 water supply pipe. Huai, the above is a preferred and feasible embodiment of the creation, which is not the case. — The scope of the patents of this I. Therefore, the equivalent structural changes made by the use of this creation manual and the drawings are included in the scope of this creation. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic cross-sectional view showing a structure of a water battery module according to one embodiment of the present invention; FIG. 2 is a perspective view showing a structure of a water battery module according to one embodiment of the present invention; A schematic diagram of a water battery module of a water battery module structure according to one embodiment of the present invention; and a fourth diagram is a perspective view of a water battery pole piece assembly of a water battery module structure according to one embodiment of the present invention. [Main component symbol description] 50 Water battery module 1 Main body 2 Water battery 3 Storage space. 12 M349557
4 水 6 碳物質 10 碳容器 11 蓋體 12 基部 20 水容器 30 連接模組 100 安全氣孔 101 阻塞件 102 吸水海綿 103 極片組 104 電壓輸入埠組 105 電壓輸出連接組 201 補水蓋 500 顯示單元 501 第一顯示元件 503 第二顯示元件 505 中央處理機4 Water 6 Carbon material 10 Carbon container 11 Cover 12 Base 20 Water container 30 Connection module 100 Safety air hole 101 Blocking member 102 Water absorbing sponge 103 Pole piece 104 Voltage input 埠 group 105 Voltage output connection group 201 Water supply cover 500 Display unit 501 First display element 503 second display element 505 central processing unit