M267638 四、創作說明（1) 【新型所屬之技術領域】 本創作係提供一種圓柱型充電電池模組，尤指一種具 有數個規格化圓柱型電池功能的串聯式組合體，而可一體 式使用及同步充電，以達成最佳使用及充電狀態者。 【先前技術】 按，一般規格化圓柱型電池，包括有D、C、AA、AAA 等不同尺寸（SIZE)(國内通稱1、2、3、4號電池），而 不同尺寸電池各有不同的圓柱徑寬及長度，以尺寸C電池 為例如第1圖所示，其圓柱徑寬約2 5. 23mm而其正負端之間 距長度約4 9 . 3 0 mm如第1 A圖所示；又規格化圓柱型電池常 使用於手電筒、電動玩具、手提音響、或可攜式電子商品 等器具上，又針對經濟或環保之考量，消費者使用充電電 池的意願也逐漸增加，如目前市面上常使用的鎳氫 (Ni-MH)充電電池或鎳鎘（Ni-Cd)充電電池；又大部分 器具之使用常須要裝上二顆以上的電池，如大型手電筒常 就要以串接方式裝上三顆以上電池如第1 B圖所示，此時其 圓柱徑寬維持2 5. 2 3mm不變，而正負端間距總長度則增為 1 47. 9 0 ( 49. 3 0mm x 3)。然，由於一般規格化圓柱型充 電電池都是單一個體式設計，當器具須使用二顆或以上電 池時，則使用者須同時準備該數目電池，且最好是同一廠 牌（相同電氣規格），再逐一裝入器具電池匣中；又充電 時，最好使該數顆電池能同時充電，俾使各電池之蓄電量 能維持同步狀態，以避免因不同步而容易產生過度或不平M267638 IV. Creation Instructions (1) [Technical Field to which the New Type belongs] This creation provides a cylindrical rechargeable battery module, especially a tandem combination with several standardized cylindrical battery functions, which can be used in one piece And synchronized charging to achieve the best use and charging status. [Previous technology] According to the general specifications, cylindrical batteries include D, C, AA, AAA and other different size (SIZE) (commonly known as domestic No. 1, 2, 3, and 4 batteries), and different sizes of batteries have different The diameter and width of the cylinder are shown in Figure 1 as an example of the size C battery. The diameter of the cylinder is about 25.23mm and the distance between the positive and negative ends is about 49.3 mm as shown in Figure 1A. The standardized cylindrical battery is often used in flashlights, electric toys, portable stereos, or portable electronic goods. For economic or environmental considerations, consumers ’willingness to use rechargeable batteries has gradually increased. Commonly used nickel-metal hydride (Ni-MH) rechargeable batteries or nickel-cadmium (Ni-Cd) rechargeable batteries; and the use of most appliances often requires the installation of more than two batteries, such as large flashlights are often installed in series The three or more batteries are shown in Figure 1B. At this time, the diameter of the cylinder is maintained at 2 5. 2 3mm, and the total length of the positive and negative ends is increased to 1 47. 9 0 (49. 3 0mm x 3). . Of course, because the normalized cylindrical rechargeable batteries are all single-individual design, when the appliance must use two or more batteries, the user must prepare the number of batteries at the same time, and preferably the same brand (same electrical specifications) , And then install them one by one into the battery compartment of the appliance; when charging, it is best to charge the batteries at the same time, so that the storage capacity of each battery can maintain synchronization, so as to avoid excessive or unevenness due to out of sync.
M267638 I四、創作說明（2) 均之耗電情形，致降低各充電電池的循環壽命；又當器具 較長時間不使用時，，般建議須取下電池，但取下的數顆 電池卻又容易分散或與其他電池混合而不易一起保管，致 造成下次要用時無法簡易檢出原來同步使用的數顆電池； 又充電時最好選用具有數個充電槽的充電座，否則該數顆 電池須分次充電，亦造成使用者充電操作之麻煩；再則較 大尺寸之充電電池如D、C尺寸常因充電池匣體積龐大，攜 帶不易，外出時常需攜帶多顆備用之一般電池，而造成^ 境污染與資源浪費等諸多問題；綜上可知，習知個體式規 格化圓柱型電池在使用上確有不便之處。 【内容】 本創作主要目的乃在於提供一種圓柱型充電電池模組 ，其係由一外殼體、一電池串及一充電裝置構成，而該外 殼體係一圓柱型殼體，其圓柱徑寬相等於一規樁化圓柱型 電池的徑寬，而其二端面分別設有電池正、負端導接片， 且該正、負端之間距設定為恰等於數個規格化圓柱型電池 在串接使用時的總長度；又電池串係設置在外殼體内部， 其係由數個電池單元串接成一列，而具有相等於同數目規 格化圓柱型電池的功能，又電池串設具一充電裝置，且充 電用插孔係設置於外殼體之外環面上；藉此，使本創作構 成一具有數個規格化圓柱型電池功能的串聯式組合體，藉 以取代數個習知個體式圓柱型電池，可一體式操作安裝^ 同步充電，而達成簡便使用之效果者。 、一M267638 I IV. Creation instructions (2) The average power consumption situation reduces the cycle life of each rechargeable battery; and when the appliance is not used for a long time, it is generally recommended to remove the battery, but the removed several batteries are It is also easy to disperse or mix with other batteries and not easy to store together, which makes it impossible to easily detect the several batteries that were originally used synchronously when it is next used; and it is best to use a charging stand with several charging slots when charging, otherwise the number The batteries must be charged in several steps, which also causes users to trouble in charging operations. Furthermore, larger-sized rechargeable batteries such as D and C are often large because of the large size of the battery pack, which is not easy to carry. When going out, you often need to carry multiple spare general batteries. This has caused many problems such as environmental pollution and waste of resources. In summary, it is known that the use of individual standard cylindrical batteries does have some inconveniences in use. [Content] The main purpose of this creation is to provide a cylindrical rechargeable battery module, which is composed of an outer shell, a battery string and a charging device, and the outer shell system is a cylindrical shell whose diameter is equal to The diameter of a regular piled cylindrical battery, and the two end surfaces of the battery are respectively provided with positive and negative lead tabs, and the distance between the positive and negative ends is set to be equal to several standardized cylindrical batteries in series connection. The total length of the battery; the battery string is arranged inside the outer casing, which is composed of several battery cells connected in a row, and has the function of the same number of standardized cylindrical batteries, and the battery string is provided with a charging device. And the charging jack is arranged on the outer ring surface of the outer casing; thereby, this creation constitutes a tandem combination with several standardized cylindrical battery functions, thereby replacing several conventional individual cylindrical batteries. , Can be integrated operation and installation ^ Synchronous charging, and achieve the effect of simple use. ,One
M267638 四、創作說明（3) 【實施方式】 為使本創作更加明確詳實，茲配合下列一較佳實施例 圖示詳述如後： 请參閱弟2、3、4、4A、4 B圖所示，電池模組1主要係 由一外殼體10、一電池串20及一充電裝置3 0構成，其中， 該外殼體1 0係一圓柱型殼體，可由二半體1 0a、1 〇b簡易扣 合組成，而且其外部可再利用膠膜丨丨包覆住，而膠膜丨]^之 包覆作業可利用收縮膜或表面粘貼等加工方式達成，藉以 確保二半體1 0 a、1 〇 b不致脫離，而膠膜11上並可印刷其他 圖案如規格說明或廣告圖飾等，藉以遮覆住二半體l〇a、 1 0 b的結合線並具有裝飾用途；而外殼體1 〇之圓柱徑寬係 設定相等於某一規格化圓柱型電池的徑寬，包括D、C、 AA、AAA等不同尺寸（SIZE)圓柱型電池中任何一種電池的 徑寬，以尺寸C電池為例，該外殼體丨〇之圓柱徑寬可設定 為約2 5 . 2 3 mm ;又外殼體1 0二截端面各設有開孔1 2，開孔 1 2内部分別卡設一電池正端導接片J 3及一負端導接片1 4， 並使正、負端導接片1 3、1 4之導接點1 3 1、1 4 1分別露出於 外设體1 0二截端面之開孔1 2外，而形成如一般規格化圓柱 型電池（如第1圖所示）的正、負端接點構造；又正負端導 接點1 3 1、1 4 1之間距恰等於數個規格化圓柱型電池在串接 使用時的總長度，以尺寸C電池為例，該外殼體丨〇上正負 端導接點131、141間距可設定為49. 3 0mm的倍數，包括49 3 0mm X 3、49· 3 0mm X 4或 49· 3 0mm X 5 ( 49· 3 0mm X N) M267638 創作說明（4) 等。而電池串2 0係設置在外殼體1 〇内部，其 單元21串接成一列而構成，而每一電池單元 規格化圓柱型電池的功能，使電池串2 0具有 |化圓柱型電池的相同功能，如外殼體1 0上正 1 31、141間距設定為尺寸C電池49· 30mm (長 1 97· 20mm，而電池串2 0亦具有4顆尺寸C電池 又電池串2 0藉相關導線2 2而與正、負端導接 充電裝置3 0電性連接，使電池串2 0形成串聯 由充電裝置3 0而對電池串2 0進行充電；而該 充電用插孔座3 1係對應於外殼體1 〇外環面上 |供可利用充電用插頭（圖中未示）由外*** 方便進行電池串2 0之充電作業。 又上述電池串20、充電裝置30及正、負 1 4等構件係穩固設置於外殼體丨〇内部，其中 |接片13、14可藉二半體10a、10b間之對稱卡 1位’或利用絕緣樹脂來使電池串2 〇、充電裝 等定位住而不移動。又充電裝置3 0及相關導 I係為一習知技術，故不詳述其内部構造或連 則It上述結構’使得本創作圓柱麼充電 |成一具有數個規格化圓柱型電池功能的串聯 體式操作安裝電池及同步進行充電作業， |知個體式圓柱型電池的麻煩，進而提昇使用 係由數個電池 2 1相等於某一 同數目該規格 負端導接點 度）的4倍，即 的相等功能； 片1 3、 1 4及一 狀態，並可藉 充電裝置3 0之 之一插孔1 5， 插孔1 5中，而 端導接片1 3、 ，正、負端導 槽1 6而卡置定 置3 0或導線22 線2 2之連接關 接狀態。 電池模組1構 式結構體，可 而避免使用習 之簡便性者。 M267638M267638 IV. Creation Instructions (3) [Implementation] In order to make this creation clearer and more detailed, the following preferred embodiment is illustrated in detail below: Please refer to Figure 2, 3, 4, 4A, 4B As shown, the battery module 1 is mainly composed of an outer shell 10, a battery string 20, and a charging device 30. Among them, the outer shell 10 is a cylindrical shell, which can be composed of two halves 10a, 10b. Simple buckle composition, and the outside can be covered with a plastic film 丨 丨, and the coating operation of the plastic film 丨] ^ can be achieved by processing methods such as shrink film or surface sticking, so as to ensure the two halves 10 a, 1 〇b will not be detached, and other patterns such as specifications or advertising graphics can be printed on the adhesive film 11 to cover the bonding lines of the two halves 10a, 10b and have decorative purposes; and the outer shell The diameter of the cylinder of 10 is set to be equal to the diameter of a standard cylindrical battery, including the diameter of any one of different size (SIZE) cylindrical batteries such as D, C, AA, and AAA. As an example, the cylindrical diameter of the outer shell can be set to about 25.23 mm; Each of the 10 two end faces is provided with an opening 12, and a hole 12 is respectively clamped with a battery positive terminal piece J 3 and a negative terminal piece 1 4 and the positive and negative terminal pieces 1 3, 1 and 4 lead contacts 1 3 1 and 1 4 1 are respectively exposed outside the openings 12 on the second end surface of the peripheral body 10 to form a cylindrical battery as normalized (as shown in Fig. 1). The positive and negative terminal contact structure; and the distance between the positive and negative terminal contact points 1 3 1 and 1 4 1 is exactly equal to the total length of several standardized cylindrical batteries when used in series. Take the size C battery as an example. The distance between the positive and negative lead contacts 131 and 141 on the outer shell can be set to multiples of 49.3 mm, including 49 3 0mm X 3, 49 · 3 0mm X 4 or 49 · 3 0mm X 5 (49 · 3 0mm XN ) M267638 Creative Instructions (4), etc. The battery string 20 is arranged inside the outer casing 10, and its cells 21 are connected in series to form a row. Each battery cell has a standardized cylindrical battery function, so that the battery string 20 has the same characteristics as a cylindrical battery. Functions, such as the outer shell 1 0, 1 31, and 141 are set to a size C battery 49 · 30mm (length 1 97 · 20mm, and the battery string 2 0 also has 4 size C batteries and battery string 2 0 by the relevant wire 2 2 and the positive and negative terminals are electrically connected to the charging device 30, so that the battery string 20 is connected in series, and the battery string 20 is charged by the charging device 30; and the charging socket 3 1 corresponds to Outer casing 1 〇 Outer ring surface | for charging plugs (not shown) that can be inserted from the outside for convenient charging of battery strings 20. The battery string 20, charging device 30, plus and minus 14, etc. The components are firmly installed inside the outer casing. Among them, the tabs 13, 14 can be positioned by the symmetrical card 1 digit between the two halves 10a, 10b, or by using an insulating resin to position the battery string 20, and the charging device. Do not move. The charging device 30 and related guides are a known technology, so they are not described in detail. The structure or structure of the above-mentioned structure makes the creation of a cylindrical battery charge | into a tandem operation of the battery with several standardized cylindrical battery functions to install and synchronize the charging operation, know the trouble of the individual cylindrical battery, and then improve The use is composed of several batteries 2 1 equal to 4 times of the same number of negative terminal contacts of the specification), that is, the equivalent function; slices 1 3, 1 4 and a state, and can be charged by 30 of the charging device A jack 15, a jack 15, and a terminal guide piece 1 3, a positive and a negative terminal guide slot 16 and the card is fixedly set to 30 or the wire 22 wire 2 2 connection state. The structure of the battery module 1 can avoid the simplicity of use. M267638
圖 弍簡單說明 [ 圖式簡要 說 明】 第 1圖 係 習 知一 • C尺寸電池之外觀 立 體圖。 第 1 A圖 係 第 1圖 C尺寸電池之尺寸示意圖。 第 1B圖 係 第 1 AB 1三顆C尺寸電池串 接 時之尺 •寸 第 2圖 係 本 創作一實施例之結構立體圖。 第 3圖 係 第 2圖 之結構立體分解圖 〇 第 4圖 係 第 2圖 之側面剖視圖。 第 4 A圖 係 第 4圖 中負端處之放大圖 〇 第 4B圖 係 第 4圖 中正端處之放大圖 〇. [ 圖號簡要 說 明】 圓 柱型充電 電 池模組 1 外 殼 體 10 半 體 10a、 10t > 膠 膜 11 開 12 正 端 導接片 負 端導接片 14 導 接_ 點 131、 插 子L 15 卡 槽 16 電 池串 20 電 池 單元 21 導 線 22 充 電 裝置 30 插 孔座 31 13 141 第9頁Figure 弍 Brief Description [Brief Description of the Schematic] Figure 1 is the conventional one. • Appearance of the C-size battery. Figure 1 A is the dimension diagram of the C-size battery in Figure 1. Figure 1B is the 1st AB 1 three C size batteries when connected in series • inch Figure 2 is a perspective view of the structure of an embodiment of this creation. Fig. 3 is an exploded perspective view of the structure of Fig. 2 〇 Fig. 4 is a side sectional view of Fig. 2. Fig. 4 A is an enlarged view at the negative end in Fig. 4; Fig. 4B is an enlarged view at the positive end in Fig. 4. [Brief description of drawing numbers] Cylindrical rechargeable battery module 1 Outer casing 10 Half body 10a 10t > film 11 open 12 positive lead negative lead negative lead 14 lead_point 131, plug L 15 card slot 16 battery string 20 battery unit 21 lead 22 charging device 30 jack socket 31 13 141 Page 9