200803014 九、發明說明： 【發明所屬之技術領域】 小型電氣化 本發明係關於一種用於行動電話機等 機器之電池固持器。 、 【先前技術】 -般而言’在行動電話機等小型電氣哭 用所謂紐扣型或硬帶型的小型鐘電池， 安裝於機ϋ本體狀電路板等的固持係保得在 習知電__中’已知-種如第^所示 配置在電池1之-端面側的固持器本體2 冰、垃 持在固持器本體2之複數個電池保持片 1之電極相接觸的一對端子4，將設在各 、私，也 之前端的扣止部3a扣止在電池i 、池保持片3 池1者（參照例如日本專利公開公報:電200803014 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to a battery holder for a machine such as a mobile phone. [Prior Art] - Generally speaking, in a small electric battery such as a mobile phone, a so-called button type or a hard-belt type small clock battery is attached, and the mounting on the machine body-shaped circuit board or the like is secured in the conventional electric__ In the holder body 2 disposed on the end face side of the battery 1 as shown in FIG. 2, a pair of terminals 4 which are held in contact with the electrodes of the plurality of battery holding sheets 1 of the holder body 2, The buckle portion 3a provided at each of the front end and the front end is fastened to the battery i and the pool holding sheet 3 (see, for example, Japanese Patent Laid-Open Publication No.
然而，在前述習知例中，卷闵她您丄 021 #u)〇 擊等而使SI持ϋ本體2軸時Y如、，本體發生掉落撞 電池1會在固持ϋ本體2内移動 之虛線所示’ 持器本體2的外方按壓。此時，带、、:电池保持片3朝固 圖之-點鏈線所示，容易在^保持片3係如第八 幅偏向的變形。此時，當在電池^體2的外侧產生大 之變形時，電池保持片3 呆持片3產生位移量X Deformation)而變得無法保持泰生塑性變形（Plastic 固持器本體10脫落之虞。、包池1 ’而使電池1有從 【發明内容】 其目的在提供一 本發明係鑑於前述問題而研創者， 5 200803014 種可；=片目產生塑性變形之電池固持器。 -端面側之固持^本發明係包括··配置在電池之 以分別自固持器;體 形成，並且彼此在固 方=延伸的方式 而保持電池:==端;扣止在電池之另-端面However, in the conventional example described above, when the SI # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # The outer side of the holder body 2 is pressed as indicated by a broken line. At this time, the belt and the battery holding piece 3 are shown as a dotted line of the solid map, and it is easy to deform the holding piece 3 such as the eighth sheet. At this time, when a large deformation occurs on the outer side of the battery body 2, the battery holding piece 3 stays in the sheet 3 to generate a displacement amount X Deformation, and it becomes impossible to maintain the Thai plastic deformation (the plastic holder body 10 is detached). The battery 1 has a battery 1 and has a battery. The purpose of the invention is to provide a battery holder in view of the aforementioned problems, 5 200803014 can be used; The present invention includes: a battery disposed separately from the holder; the body is formed, and the battery is held in a solid state = extended manner: the == end; the other end of the battery is buckled
之位持 持器本體外側位移之位移量變小。因：二以= 電池保持片產生塑性變形，而且即使在固持; 擺動的情形下，亦可確實防止電池從固持器本體脫^。 【實施方式】The displacement of the displacement of the outside of the holder body becomes smaller. Because: the second is = the battery holding piece is plastically deformed, and even in the case of holding; swinging, it can surely prevent the battery from being removed from the holder body. [Embodiment]
苐一圖至弟六圖係顯示本發明之實施例，— 電池固持器之分解立體圖，第二圖係電池固持器^ ^ 圖，第三圖係電池固持器之仰視圖，第四圖係也 态之A-A線方向侧視圖，第五圖係電池固持器之口、 方向侧面剖視圖，第六圖係顯示電池保持片之動 / 要部位放大圖。 ' 該電池固持器之構成係包含··配置在電池]1 to 6 show an embodiment of the present invention, an exploded perspective view of the battery holder, a second diagram of the battery holder, a third view of the battery holder, and a fourth view. The side view of the AA line direction of the state, the fifth figure is the side view of the mouth and direction of the battery holder, and the sixth figure shows the enlarged view of the movement/part of the battery holding piece. ' The structure of the battery holder is included in the battery.
X 面侧的絕緣性固持器本體10;將電池1保持在固持哭本 體10之共四個電池保持片Π ;與電池1之正電極 木 接觸之第一端子12 ;與電池1之負電極lb相I觸 200803014 Η端子13，及供安裳各端子12、13之一對端子安裝部 带占本體1G係由合成樹脂所構成，其底面側俜 =電，有1用之外徑大致相等之大小。此外，在固2 又有 收納第—端子12之開縫10 a。 人成^池保持片11係由—體形成於固持器本體1(>之 :外周方曰向斤構f電等間隔配置在固持器本體10 1之：：Λ延伸’以可彈性變形的方式形成在電池 池1之扣止;^ ί池保持片11之上端分別設有扣止於電 設有朝向固持器：體在二扣止爪lla之上端面的-部分 斜面llb。 本體之中心側下降而形成傾斜之傾 成，其中央部f _ m有電氣傳導性之金屬板所構 部14。第一端子 'j U字型而安裝在一方之端子安裝 延伸，而構成與電=側係朝固持器本體10之外側 —端子12之另、一山反專之間的連接部12a。此外，第 面側相接觸之接形成與電池1之正電極1a之周 形成為大致u字型二’以彈性壓接於電池1的方式 寬度方向兩端侧，俜將^八’在第—端子12之中央部的 f方向延伸的方別沿著固持器本體 10之外 第-端子12。# ς的T對限則12〇-體形成在 14時，如第二_示安裝在—方之端子安裝部 之端子安裝部14 ^仏係位在配置在 各電池簡m 師以的相，而將該 圍内。產生的彈性變形限制在預定範 7 200803014 彎曲金綱構成’將中央部 一 一 而文裝在另一方之端子安裝部14。第 5 一端侧係朝固#器本胃1㈣外側延伸，而 形成與％路板等之間的連接部仏。此外，第二端子Η 2 了端=_持器本體1()的内侧延伸，而形成與 11>相接觸之接觸部13b。此時，接觸部 :固持器本體10之開縫10a内，以彈性壓接 於y也1的方式使前端側稍微朝上方彎曲。此外，在第Insulating holder body 10 on the X side; holding a battery 1 holding a total of four battery holding sheets of the crying body 10; a first terminal 12 in contact with the positive electrode wood of the battery 1; and a negative electrode lb of the battery 1 Phase I touch 200803014 Η terminal 13 and one of the terminals 12 and 13 of the Anshang pair terminal mounting part 1G is made of synthetic resin, and the bottom side is 俜 = electric, and the outer diameter of one is approximately equal. size. Further, in the solid 2, the slit 10a of the first terminal 12 is accommodated. The person holding pool holding piece 11 is formed of the body body in the holder body 1 (>: the outer circumference side is arranged at an equal interval to the pinch element f in the holder body 10 1 :: Λ extension 'to be elastically deformable The manner is formed in the buckle of the battery cell 1; the upper end of the cell holding piece 11 is respectively provided with a partial slope llb which is electrically disposed toward the holder: the body is on the end surface of the second fastening claw 11a. The lower portion is formed to have a tilting inclination, and the central portion f_m has an electrically conductive metal plate portion 14. The first terminal 'j' is mounted on one of the terminals to be mounted and extended, and the electric and side systems are formed. The connection portion 12a is formed on the outer side of the holder body 10 and the other end of the terminal 12. The contact between the first side and the front side of the battery 1 is formed into a substantially U-shaped shape. 'The end portions in the width direction of the battery 1 are elastically crimped, and the side extending in the f direction of the central portion of the first terminal 12 is along the first terminal 12 outside the holder body 10. ςT is limited to 12 〇-body formed at 14 o'clock, as the second _ shows the terminal installed in the terminal mounting part The mounting portion 14 is located in the phase of each battery, and the elastic deformation generated in the circumference is limited to a predetermined range. 7 200803014 The curved gold skeleton constitutes the central part one by one and the other side. The terminal attachment portion 14. The fifth end side extends toward the outside of the stomach 1 (four), and forms a connection portion 与 with the % road plate or the like. Further, the second terminal Η 2 ends = _ holder body 1 The inner side of () extends to form a contact portion 13b that is in contact with 11>. At this time, the contact portion: the slit 10a of the holder main body 10 is elastically crimped to y also to make the front end side slightly upward. Bent. In addition, in the first
中央部的寬度方向兩端侧，係將以分別沿 限制片I3e 之外周方向延伸的方式所形成的一對 里一古體形成在第二端子13。當第二端子13安 子安裝部14時，如第二圖所示，各限 、、也保掊^ η的Γ置在另一方之端子安裝部14侧之各電 ' 侧，而將該各電池保持片11朝外方產 生的彈性變形限制在預定範圍内。 、各端子安裝部14係由一體形成於固持器本體10之 合成樹脂所構成，由用以夾持端子12 (13)之内侧爽持 片，及二卜侧夾持片14b所構成。各夾持片14a、14b 係彼此於寬度方向隔著間隔各設置一對，分別藉由各夾 持片14a、14b保持端子12(13)，由一方之各夾持片Ma、 14b間及另一方之各夾持片14a、14b間係分別伸出端子 12 ( 13)之連接部12a ( 13a)、接觸部12b ( 13b)及各 限制片12c (13c)。 如上述所構成之電池固持器係用在行動電話機等 小型電氣化機器，而安裝在機器本體内之電路板等。如 第五圖所示，將電池1按入固持器本體1〇時，使各電 池保持片11之傾斜面11b按壓電池1而使各電池保 200803014 11T外側擴展，以使電池i收納 此時，各電池保持片u 私也保持片11間。 面，使電池1由各電池保持1丨扣止在電池1的上 藉此方式，使第-端子'12之接觸H固f器本體10。 電極la的周面側電性接 ^12b與電池1之正 與負電極lb電性接觸吏弟-碥子13之接觸部13b Η)擺HI機^發生^縣“㈣持器本體 η拉# / 守本體10内移動而按壓雷姊位4士 η。接者’受到電幻按壓的電池 保持片 器本體ίο的外側彈性變形，於=11係朝向固持 外侧設有各限制片12e( 此==片11的 性變形受到各限制片12efnaUj^电池保持片11的彈 片η的位移量為X1，與 (X)相比較將為較小。 斤下之白知例的位移量 有設=保電池固持器，由於具備 制片12C、I3c，因此 乾圍（X1)内的一對限 本體ίο外侧位移的寺片11朝固持器 擺動的情形下，亦可確實防止5在固持器本體10發生 脫落。 m防止電池1從固持器本體10 的方=成:::==:r方，伸 =二朝電池1徑向所產生的變形限 9 200803014 *再者，由於將各限制片】2c、I3c分別一體形成在各 ，，12、13，因此可提升各限制片12c、13c的按壓強 =且可確實防止限制片12c、1Sc受到來自各電池保持 片^按壓所造成的破損。 12此外三由於將各限制片12c、13e分別設在各端子 13的寬度方向兩端侧，因此將分別近接配置在各端 、13之寬度方向兩端侧的電池保持片η的彈性變 形限制在預定範圍（χι)内。 #/其!/在前述實施例中雖顯示將各限制片i2c、i3c ^各端子12、13，但亦可將限制部設在固持器本體 ，外’在前述實施例中，雖顯示將各限制片12c、 字各=設/二端子12、13的寬度方向兩端侧，但亦可 13e設置成分別在各端子12、13之寬 g向-端側而且將固持器本體1G設在中間而彼此相 200803014 【圖式簡單說明】 第一圖係電池固持器之分解立體圖。 第二圖係電池固持器之俯視圖。 第三圖係電池固持器之仰視圖。 第四圖係電池固持器之A-A線方向侧視圖。 第五圖係電池固持器之B-B線方向侧面剖視圖。 第六圖係顯示電池保持片之動作的主要部位放大 圖。 第七圖係表示習知例之電池固持器的俯視圖。 第八圖係顯示表示習知例之電池固持器之電池保 持片之動作的主要部位放大圖。 【主要元件符號說明】 10 固持器本體 12c 限制片 10a 開缝 13 端子 11 電池保持片 13 a 連接部 11a 扣止爪 13 b 接觸部 11b 傾斜面 13 c 限制片 12 端子 14 端子安裝部 13 端子 14a 夾持片 12a 連接部 14b 夾持片 12b 接觸部 11Both ends of the center portion in the width direction are formed in the second terminal 13 by a pair of the inner and outer bodies formed so as to extend in the outer circumferential direction of the regulating piece I3e. When the second terminal 13 is mounted on the second portion, as shown in the second figure, the respective limits are also placed on the respective electric side of the other terminal mounting portion 14 side, and the batteries are replaced. The elastic deformation of the holding piece 11 toward the outside is limited to a predetermined range. Each terminal mounting portion 14 is composed of a synthetic resin integrally formed in the holder body 10, and is composed of an inner side holding piece for holding the terminal 12 (13) and a second side holding piece 14b. Each of the holding pieces 14a and 14b is provided in a pair at intervals in the width direction, and each of the holding pieces 14a and 14b holds the terminal 12 (13), and one of the holding pieces Ma, 14b and the other A connecting portion 12a (13a), a contact portion 12b (13b), and a restriction piece 12c (13c) of the terminal 12 (13) are respectively protruded between the respective holding pieces 14a and 14b. The battery holder configured as described above is used in a small electric device such as a mobile phone, and is mounted on a circuit board or the like in the machine body. As shown in the fifth figure, when the battery 1 is pressed into the holder body 1〇, the inclined surface 11b of each battery holding piece 11 is pressed against the battery 1 to expand the battery outside of the 200803014 11T, so that the battery i is stored at this time. Each of the battery holding sheets u also holds the sheets 11 between them. In this manner, the battery 1 is held by the respective batteries to be latched on the battery 1 in such a manner that the contact of the first terminal '12 is fixed to the body 10. The peripheral side of the electrode la is electrically connected to the positive electrode lb of the battery 1 and the positive electrode lb of the battery 1 is electrically contacted with the contact portion 13b of the scorpion-scorpion 13 Η) HI machine ^ occurs ^ County "(4) holder body η pull# / The inside of the main body 10 moves and presses the Thunder position 4 η. The battery that is subjected to the phantom press is held by the outer side of the battery body ίο, and the restriction piece 12e is provided on the outer side of the =11 system (this = = The deformation of the sheet 11 is limited by the amount of displacement of the elastic piece η of each of the restriction pieces 12efnaUj^the battery holding piece 11 is X1, which is small compared with (X). The amount of displacement of the white under the circumstance is set to = battery Since the holder has the production sheets 12C and I3c, the pair of the main body 11 in the outer circumference (X1) is oscillated toward the holder, and the 5 is surely prevented from falling off in the holder body 10. m prevents the battery 1 from the holder body 10 side = into::: ==: r side, stretch = two towards the radial direction of the battery 1 deformation limit 9 200803014 * Again, because each limit piece] 2c, I3c is integrally formed at each of, 12, 13, so that the pressing force of each of the restriction pieces 12c, 13c can be increased = and the restriction piece 12c can be surely prevented 1Sc is damaged by the pressing of each of the battery holding pieces. 12 Further, since each of the restricting pieces 12c and 13e is provided at each of the both end sides in the width direction of the respective terminals 13, the widths of the respective ends and 13 are respectively arranged in close proximity. The elastic deformation of the battery holding piece η on both end sides in the direction is limited to a predetermined range (χι). #/其!/ Although the respective restriction pieces i2c, i3c ^ terminals 12, 13 are shown in the foregoing embodiment, The restricting portion is provided in the holder main body, and in the above-described embodiment, the end portions of the respective restricting pieces 12c and the respective words/two terminals 12 and 13 in the width direction are shown, but the 13e may be set to be respectively The width g of each of the terminals 12, 13 is on the end side and the holder body 1G is disposed in the middle and is in phase with each other. 200803014 [Simplified illustration of the drawing] The first figure is an exploded perspective view of the battery holder. The second figure is the battery holder. The third figure is a bottom view of the battery holder. The fourth picture is the side view of the battery holder in the AA line direction. The fifth picture is the side view of the battery holder in the BB line direction. The sixth figure shows the battery holding piece. Main part of the action Fig. 7 is a plan view showing a battery holder of a conventional example. Fig. 8 is an enlarged view showing a main part of the operation of the battery holding piece of the battery holder of the conventional example. Holder body 12c Limiting piece 10a Slit 13 Terminal 11 Battery holding piece 13 a Connecting portion 11a Bucking claw 13 b Contact portion 11b Inclined surface 13 c Limiting piece 12 Terminal 14 Terminal mounting portion 13 Terminal 14a Holding piece 12a Connecting portion 14b Holding piece 12b contact part 11