M374655 五、新型說明： 【新型所屬之技術領域】 本創作關於一種電池結構之創新設計，尤指—種以串聯或 並聯之鋰電池組所構成之可充放電之電池結構。 【先前技#f】M374655 V. New description: [New technical field] This creation is about an innovative design of a battery structure, especially a battery structure that can be charged and discharged by a lithium battery pack connected in series or in parallel. [前技术#f]
Ik著電池技術之進步’傳統的鉛鋅電池已將逐步為體積 且環保的鐘電池取代。 牡甲举氏國新型專利公告號數]^358463「車用電池裝置 前案中，揭露了-種電池結構，包括有一盒體、一鐘電池組及」 -端子。盒體主要是由-上蓋與—下蓋相對組接而成，鐘電池 '且乃疋《置在盒體當t ’遞f池組是由複數個磷酸_電池 電性串聯連接在-起，二端稍是崎在盒體上且電性連接於Ik's advancement in battery technology' Traditional lead-zinc batteries have been gradually replaced by volumetric and environmentally friendly clock batteries. The new patent publication number of the armor of the country] ^ 358463 "Vehicle battery device In the previous case, the battery structure was disclosed, including a box body, a battery pack and a - terminal. The box body is mainly formed by the upper cover and the lower cover, and the clock battery is connected to the box body. When the t' delivery unit is connected by a plurality of phosphoric acid batteries, the battery is electrically connected in series. The two ends are slightly on the box and are electrically connected to
鐘電池組’且二端子各具有—第—導電面及—第二導電面以分 別提供給車輛電路作電性連接。 在韻針所提供的電池結構’雖可相體積小重量和、 胁安裝於任何魏工具上、個年限長 '較娜、免加水:、 了傾倒及無濺液等優點，但由於其結構複雜，組裝困難，不利 尤其，㈣池被絕緣體完全包覆，無法散熱，將影 曰正個電池結構的使用效能，實有待改善。 3 M374655 【新型内容】 緣此，本創作提供了一種電池結構，主要以至少一錄板 、置、、、，S緣外4上，而魏緣外殼以—上殼體及—下殼體構 成’其内收容了-以多數連接片串聯或並聯_電池组。該上 殼體表面埋設有兩個螺孔座，以供兩個端子之螺桿鎖入，使該 螺桿末端伸人，並與該㈣池組最末之正極及負極電性連接。 藉由本創作所提供之電池結構，除了可達到習知技術前案 的功能’如體積小重量輕’易於安裝於任何交通工具上，使用 年限長’較環保，免加水、可傾倒及無濺液等優點外，本創作 由於特殊的結構設計，更可_具有散熱舰及組裝簡易且穩 固等進步功效，極具實用性。 進者，本創作所提供的電池結構，其中多數的連接片分別 被固定於絕緣外殼之正面及背面之相對内側面之嵌槽内，使得 組裝十分簡易。 本創作提供的電池結構’其中㈣池組可以是朗個呈一 排排列的鐘電池串聯構成，也可以是以八個呈兩排排列的鐘電 池並聯構成。 以下’將依據圖面所示之實施例而詳加說明本創作之結構 特點及使用功效。 【實施方式】 請參見第i及第二_示，係為本創作—種電池結構之 4 至少一 路板1 第種只施例，主要係由一絕緣外殼、兩個端子i 2、 散’、、'板1 3、多數連接片、—鐘電池組1 5及—保護電 體^料殼具有—上殼體1 1 1及—下_1 1 2，該上殼 1 1表面埋設有兩侧孔座i i 3，以供兩個端子丄2之 =桿121自絕緣外殼外鎖人其中之一螺孔座i i 3内使螺 桿121之末端伸人絶緣外殼内’可參見第四圖及第五圖所 而》玄至；>、散熱板1 3結合於絕緣外殼上，該散熱板1 3 其上具有散熱孔131，以形成散熱功能。 多數連接片1 4 1至1 4 3係為導電材質，分別被固定於 絕緣外设之正面及背面之相對内側面。而絕緣外殼之正面及背 面之内側面形成多數的嵌槽i i 4以分別嵌入連接片丄4工 至14 3。如第一圖所示，部份的多數的嵌槽丄丄4内設有突 肋1 1 5以支撐嵌入的連接片142及143。每一連接片1 41至14 3與該鋰電池組15之正或負極接觸位置形成突 起141a至143a，以產生彈性接觸。 鐘電池組1 5被收容於絕緣外殼内，是以多數的長條狀鋰 電池1 5 1至1 5 4排列構成，且每一鋰電池兩端分別為正極 及負極，而該些正極及負極與該多數連接片之突起141 a至 14 3接觸，使該些鋰電池151至15 4形成ί聯。位在兩 個端子12之螺桿121末端的兩個鋰電池151及15 L為最末之正極及負極，且該正極及負極分別與該兩螺桿 1 2 1末端電性連接(例如:接觸、焊接），如第三圖所示。 保護電路板；！ 6被設置於上殼體i丄工内與崎池組工 5之間’該保護電路板16具有-對導線χ 6 χ分別被連接至 電池、、且1 5中最末之正極及負極，以防止鐘電池組1 5過 充、過放及短路。 在本創作第一種實施例中，鐘電池組1 5由四個呈-排排 列的鐘電池151至15 4構成，而連接片141至143有 二片。其中第—連接片141被設置於絕緣外殼正面之内側 面，與第二及第三鐘電池152及153接觸。第二及第三連 接片14 2及14 3被設置於絕緣外殼背面之内側面，第二連 片14 2與第一及第二鐘電池工5工及工5 2接觸，第三連 接片14 3與第二及第四鐘電池丄5 3及工5 4接觸。藉此使 四個鋰電池151至154形成串聯。 然地’本創作所提供的電池結構’除了可達到習知技術 前案的功能’如體積小重餘，祕安裝於任何交通工具上， 使用年限長’較環保，免加水、可傾倒及無濺液等優點外，本 創作由於特殊的結構設計’更可達到具有散熱功能及組裝簡易 且穩固等進步功效，極具實用性。 進者如第、圖所示，為本創作之第二種實施例，其結構 與第一種實施例類似，由—絕緣外殼、兩個端子2 2、一對散 熱板23、多數連翻、—㈣池組2 5及-保護電路板2 6 所構成。 而第二種實施例中，絕緣外殼由上殼體2 1 1及下殼體2 12構成，而散熱板2 3被設置在兩側。但所不同者，銀電池 組2 5有八個呈兩排排列的鋰電池2 511至2514及2 5 21至2 5 2 4構成，而該多數的連接片241至246有 六片。 配合第七圖’其中第一、第二及第三連接片2 41至2 4 3被設置於絕緣外殼正面之内側面，第一連接片2 4 1與第二 排之第一及第二鋰電池2 5 2 1及2 5 2 2接觸，該第二連接 片2 4 2與第一排之第二及第三鋰電池2 512及2 513 接觸’第三連接片2 4 3與第二排之第三及第四鐘電池2 5 2 3及2 5 24連接。 配合第八圖，其中第四、第五及第六連接片2 4 4至2 4 6被設置於絕緣外殼背面之内側面，第四連接片2 4 4與第二 排之第一鋰電池2 5 2 1及第一排之第一及第二鋰電池2 5 11及2 5 1 2接觸，第五連接片2 4 5與第二排之第二及第 一鐘電池2 5 22及2 523接觸，第六連接片2 4 6與第一 排之第三及第四鋰電池2 513及2 514及第二排之第四 鋰電池2 5 2 4接觸；藉此使八個鋰電池形成並聯2 5 1 1至 2 5 1 4及2 5 2 1至2 5 2 4。 這樣的並聯設計，使得兩個端子2 2所提供的電壓與一個 鋰電池相同，例如為3.2 V。 M374655 綜上所陳，本創作所提供的電池結構，係完全符合專利之 新穎性及進步性要件，爰依法提出申請。 M374655 連接片141至14 3 突起141a至143a 裡電池組15 鋰電池151至15 4 保護電路板16 導線1 6 1The clock battery pack' and the two terminals each have a -first conductive surface and a second conductive surface for electrical connection to the vehicle circuit, respectively. The battery structure provided by the rhyme needle can be small in size and weight, and can be installed on any Wei tool. The length of the product is longer than that of the water, and it is free of water: it has the advantages of pouring and no splashing, but its structure is complicated. It is difficult to assemble, especially disadvantageous. (4) The pool is completely covered by the insulator and cannot dissipate heat. It will affect the performance of the battery structure and needs to be improved. 3 M374655 [New content] Therefore, this creation provides a battery structure, mainly at least one of the recording board, the set, the, and the outer edge of the S edge, and the Wei edge outer casing is composed of an upper casing and a lower casing. 'It is contained inside - in series with a plurality of connecting pieces in series or in parallel _ battery pack. Two screw hole seats are embedded in the surface of the upper casing to lock the screw of the two terminals, so that the end of the screw extends and is electrically connected to the last positive electrode and the negative pole of the (4) pool group. The battery structure provided by this creation, in addition to the functions of the prior art, such as small size and light weight, is easy to install on any vehicle, and has a long service life. It is environmentally friendly, free of water, pourable and splash-free. In addition to the advantages, this creation is highly practical due to the special structural design, and it has the advantages of cooling ship and simple and stable assembly. In addition, the battery structure provided by the present invention, in which a plurality of connecting pieces are respectively fixed in the recesses on the opposite inner side faces of the front and back sides of the insulating case, makes assembly very simple. The battery structure provided by the present invention may be composed of a series of clock cells arranged in a row in series, or a parallel arrangement of eight clock cells arranged in two rows. The following 'details' will be described in detail with reference to the embodiments shown in the drawings. [Embodiment] Please refer to the i and second _, which is the creation of a battery structure 4 at least one board 1 The first example is mainly an insulating shell, two terminals i 2, scattered ', , 'board 1 3, a plurality of connecting pieces, a bell battery pack 15 and a protective electric body bobbin have an upper casing 1 1 1 and a lower _1 1 2, and the upper casing 1 1 has two sides buried therein The socket ii 3 is provided for the two terminals 丄2 = the rod 121 is locked from the outside of the insulating housing. One of the screw holes ii 3 extends the end of the screw 121 into the insulating housing. See the fourth and fifth sections. The heat sink 1 3 is coupled to the insulative housing, and the heat sink 13 has heat dissipation holes 131 thereon to form a heat dissipation function. Most of the connecting pieces 1 4 1 to 1 4 3 are electrically conductive and are respectively fixed to the opposite inner sides of the front and back sides of the insulating peripheral. The inner side of the insulative housing and the inner side of the back surface form a plurality of recesses i i 4 for respectively engaging the tabs 4 to 14 3 . As shown in the first figure, a majority of the plurality of slots 4 are provided with ribs 1 15 to support the embedded tabs 142 and 143. Each of the tabs 1 41 to 14 3 forms a projection 141a to 143a with the positive or negative contact position of the lithium battery pack 15 to generate an elastic contact. The battery pack 15 is housed in an insulating casing, and is composed of a plurality of long lithium batteries 1 5 1 to 1 5 4 , and each of the lithium batteries is respectively a positive electrode and a negative electrode, and the positive and negative electrodes are respectively The protrusions 141a to 143 of the plurality of connecting sheets are in contact with each other to form the lithium batteries 151 to 154. The two lithium batteries 151 and 15 L located at the end of the screw 121 of the two terminals 12 are the last positive electrode and the negative electrode, and the positive electrode and the negative electrode are electrically connected to the ends of the two screws 1 2 1 respectively (for example, contact and soldering) ), as shown in the third figure. Protect the board;! 6 is disposed between the upper casing i and the Sakiike assembly 5'. The protection circuit board 16 has a pair of conductors 6 χ connected to the battery, and the last positive and negative poles of the 15 To prevent over-charge, over-discharge and short-circuit of the clock battery pack 15. In the first embodiment of the present invention, the clock battery pack 15 is composed of four clock cells 151 to 154 in the row-array, and the connecting sheets 141 to 143 have two. The first connecting piece 141 is disposed on the inner side of the front surface of the insulating case, and is in contact with the second and third clock batteries 152 and 153. The second and third connecting pieces 14 2 and 14 3 are disposed on the inner side surface of the back surface of the insulating case, and the second connecting piece 14 2 is in contact with the first and second clocks, and the third connecting piece 14 3 Contact with the second and fourth battery 丄5 3 and work 5 4 . Thereby, the four lithium batteries 151 to 154 are formed in series. However, the 'battery structure provided by this creation' can not only achieve the functions of the prior art, such as small size, secret installation on any vehicle, long service life, environmental protection, no water, dumping and no In addition to the advantages of splashing liquid, this creation is highly practical due to its special structural design, which can achieve the cooling function and easy assembly and stability. As shown in the figure and figure, the second embodiment of the present invention has a structure similar to that of the first embodiment, and consists of an insulating housing, two terminals 2, a pair of heat radiating plates 23, and a plurality of flip-flops. - (4) Pool group 2 5 and - Protection circuit board 2 6 constitutes. In the second embodiment, the insulating case is composed of the upper case 21 and the lower case 2, and the heat sink 23 is disposed on both sides. However, the silver battery pack 25 has eight lithium batteries 2 511 to 2514 and 2 5 21 to 2 5 2 4 arranged in two rows, and the majority of the connecting pieces 241 to 246 have six. In conjunction with the seventh figure, wherein the first, second and third connecting pieces 2 41 to 2 4 3 are disposed on the inner side of the front surface of the insulating case, the first connecting piece 241 and the first and second lithium batteries of the second row The second connecting piece 2 4 2 is in contact with the second and third lithium batteries 2 512 and 2 513 of the first row, and the third connecting piece 2 4 3 and the second row are in contact with the pool 2 5 2 1 and 2 5 2 2 The third and fourth clock batteries are connected to 2 2 2 3 and 2 5 24 . With the eighth figure, the fourth, fifth and sixth connecting pieces 2 4 4 to 2 4 6 are disposed on the inner side surface of the back surface of the insulating casing, and the fourth connecting piece 24 4 and the second row of the first lithium battery 2 5 2 1 and the first row of the first and second lithium batteries 2 5 11 and 2 5 1 2 contact, the fifth connecting piece 2 4 5 and the second row of the second and the first clock battery 2 5 22 and 2 523 In contact, the sixth connecting piece 2 4 6 is in contact with the third and fourth lithium batteries 2 513 and 2 514 of the first row and the fourth lithium battery 2 5 2 4 of the second row; thereby forming eight lithium batteries in parallel 2 5 1 1 to 2 5 1 4 and 2 5 2 1 to 2 5 2 4. This parallel design allows the two terminals 22 to provide the same voltage as a lithium battery, for example 3.2 V. M374655 In summary, the battery structure provided by this creation is in full compliance with the novelty and progressive requirements of the patent, and is submitted in accordance with the law. M374655 connecting pieces 141 to 14 3 protrusions 141a to 143a in battery pack 15 lithium battery 151 to 15 4 protection circuit board 16 wire 1 6 1
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