201236597 六、發明說明： 【發明所屬之技術領域】 本發明係有關於一種扣接件，更詳細說明時，係有關 於一種適用於項鍊及鐲子等各種配件之扣接件。 【先前技術】 第5圖係表示先前扣接件之例（詳細參照專利文獻 1)。在此扣接件500兩端部501，502,連接有有孔玻璃珠 及鍊條等’形成項鍊及鐲子等配件。扣接彳_由具有插 入口 530之箱型本體510及具有彈性且略成〈字形之彈簧 構件520所構成，藉插入彈簧構件52〇到插入口 5㈣，兩 構件相互連結，結果，配件被連接。 【先行技術文獻】 【專利文獻】 【專利文獻Π曰本特開平10_127321號公報（第5圖） 【發明内容】 【發明所欲解決的課題】 富相互連結扣接件 .. /、π頁饵仵時， 使用者以手探或目視對合兩者位置， , 耆必須插入彈蕃 籌件520到本體510之插入口 530。作β m ^ 疋，以手探則對位 、困難’ “視所做之對位也因為使用者之老 礙等而很困難。又，當適用扣接件覺障 以留毛^壯α j卞竭時，使用者必須 早手、、且裝扣接件，同樣連接很困難。 、 而且，使用者為了 201236597 確實握持扣接件以對位，扣 為扣接件小型化m 料相κ大小，此成 ::明係斜酌上述問題以提案之物件，本發明之目的 在於k供一種適用於配件之扣接 B . _5, 午使配件之組裝變容 易。本發明之另一目的一 遠接之捉供種即使以單手也很容易 連接之扣接件。本發明之又一目 t , 之扣接件。 在於楗供-種可小型化 【用於解決課題的手段】 為解決上述課題所提案之本發明扣接件，係設於裝飾 用鎖狀構件端部之第i磁感應構件，與設於框體内部之第 2磁感應構件以磁力相互吸著以卡止，其特徵在於包括. 框體，具有第1框架及第2框架，藉第"匡架及第2框架， 形成有中空及在一墙之朗〇 、 Μ 2開’帛1磁感應構件保持器，保 持第1磁感應構件，橫剖面比框體之開口還要大；以及第 2磁感應構件保持器，設於框體之中空，保持第2磁感應 構件，具有當第i磁感應構件與第2磁感應構件吸著時， 插入第1磁感應構件保持器之插入空間。 框體具有：支軸’連結第"匡架及第2框架；以及推 Μ機構’使第i框架及第2框架在支轴周圍旋轉’以擴大 開口；具有使第1磁感應構件與第2磁感應構件相互以磁 力吸著之卡止狀態，藉收容在框體之中空，保持卡止狀態 之功能。 & 在此，最好當第2磁感應構件保持器之插入空間插入 第1磁感應構件保持器後，在接近第j磁感應構件保持器 4 201236597 開之端面與接近第2磁感應構件保持器開口之端面 中，第2磁感應構件保持器設於框體之中空，使得於接近 開口之端面與開口間形成間隙。 、 田使用本發明之扣接件時，構成扣接件之框體及磁感 應構件保持器（往框體之插入部）’係分別具有藉磁力相 互吸合之磁感應構件。而且，使構成框體之第丨框架與第 2忙架相對支軸樞轉，以擴大開σ，使用者握持磁感應構 件保持器與框體，當使兩者僅接近到既定距離時，磁感應 構件保持器藉磁力自動被導引到框體内部。因此，在連接 扣接件時，使用者無須以目視對合磁感應構件保持器（插 入部與框體《亦即，即使老花或視覺障礙之使用者也能簡 單地連接扣接件。結果，框體及磁感應構件保持器即使小 型化，也可以沒問題地連接，所以，本發明之扣接件可以 小型化。 又，當使用本發明之扣接件時，當第丨磁感應構件與 第2磁感應構件吸著時，在吸著後狀態之第丨及第2磁感 應構件與框體開口間，形成有間隙。前述間隙係用於當第 1磁感應構件保持器自外部被拉伸，第丨磁感應構件保持 益與第2磁感應構件之吸著脫落時，防止第i磁感應構件 保持器自框體拔出脫落。如果在沒有間隙之狀態下，當自 外部被拉伸時，框體開口會擴大，第丨磁感應構件保持器 自框體拔出脫落的可能性很大。 而且’當使用本發明之扣接件時，第1磁感應構件保 持器係插入第2磁感應構件保持器之插入空間。藉此，卷 201236597 為解除扣接件之連接，自《内部拔㈣i磁感應構件（插 入。P )時，則述插入部藉第2磁感應構件保持器開口之内 壁。P为被導引，結果，插入部在被保持於框體中心軸上之 狀態下移動。因此，插入部不會產生被框體開口周邊牽絆 之問題’能穩定地自框體被拔出。 此時，第2磁感應構件保持器之插入空間，最好具有 收容全部第1磁感應構件保持器之大小。 本發明扣接件之第1磁感應構件與第2磁感應構件， 可以分別係表面磁極彼此不同之磁鐵， 構件與第2磁感應構件中之一者係磁鐵 體。藉此，藉磁鐵與強磁性體之組合， 材料來組裝。 也可以第1磁感應 ，另一者係強磁性 能以單純且便宜之 又，本發明之扣接件係使用兩個第1磁感應構件保持 器，在前述框體内部具有分別插入兩個前述第丨磁感應構 件保持器之兩個第2磁感應構件保持器。此構成之扣接件 最好適用於項鍊墜。 …本發明扣接件之第1磁感應構件與第2磁感應構件係 可以具有概略相同之外型，也可以具有彼此不同之形狀。 又具有上述構成之本發明扣接件可適用於單連戋夕 連形式之配件。 3夕 【發明效果】 藉本發明可提供一種使配件之組裝變容易，尤其，即 使以單手也可以很容易連接，而且可以小型化之扣接件。 又，能提供一種扣接件之連接狀態，即使自外部施加力量 6 201236597 也不會脫離之扣接件。201236597 VI. Description of the Invention: [Technical Field] The present invention relates to a fastening member, and more particularly, to a fastening member suitable for various accessories such as a necklace and a bracelet. [Prior Art] Fig. 5 shows an example of a conventional fastener (refer to Patent Document 1 for details). At both ends 501, 502 of the fastener 500, a perforated glass bead and a chain are connected to form a necklace and a bracelet. The fastening 彳 is composed of a box-shaped body 510 having an insertion opening 530 and a spring member 520 having elasticity and a slightly <-shaped shape. By inserting the spring member 52 to the insertion opening 5 (4), the two members are coupled to each other, and as a result, the fittings are connected. . [PRIOR ART DOCUMENT] [Patent Document] [Patent Document] JP-A-10-31321 (Picture 5) [Explanation] [Problems to be Solved by the Invention] Richly coupled fasteners.. /, π page bait When the user touches the position of the two by hand or visually, the insertion box 520 of the body 510 must be inserted into the insertion port 530 of the body 510. For β m ^ 疋, it is difficult to check by hand, and it is difficult to use it. “It is difficult to use the fasteners because of the user’s obstacles. When exhausted, the user must install the fasteners early and install the fasteners. It is also difficult to connect. Moreover, the user does hold the fasteners for alignment in 201236597, and the fasteners are miniaturized. Size, this:: The object of the invention is considered to be the object of the above proposal. The purpose of the present invention is to provide a fastening for the accessory B. _5, the assembly of the accessory is easy in the afternoon. Another object of the invention is Further, it is a fastener that can be easily connected even with one hand. Another object of the present invention is a fastener, which is a small-sized device that can be used for solving the problem. The fastener of the present invention proposed by the subject is an i-th magnetic induction member provided at an end portion of the decorative lock member, and the second magnetic induction member provided inside the frame is magnetically attracted to each other to be locked. The frame has the first frame and the second frame, borrowing the "truss and the second The frame is formed with a hollow and a wall, Μ 2 open '帛1 magnetic induction member holder, holding the first magnetic induction member, the cross section is larger than the opening of the frame; and the second magnetic induction member holder, The second magnetic induction member is held in the hollow of the casing, and has an insertion space into which the first magnetic induction member holder is inserted when the i-th magnetic induction member and the second magnetic induction member are sucked. The casing has a fulcrum 'connected to the first'. And the second frame; and the pushing mechanism 'rotating the i-frame and the second frame around the support shaft' to enlarge the opening; and having a locked state in which the first magnetic induction member and the second magnetic induction member are magnetically attracted to each other; The function of retaining the locked state is accommodated in the hollow of the casing. Here, preferably, after the insertion space of the second magnetic induction member holder is inserted into the first magnetic induction member holder, the proximity to the jth magnetic induction member holder 4 is approached. In the end face of the open end and the end face of the second magnetic induction member holder opening, the second magnetic induction member holder is disposed in the hollow of the frame body so as to form between the end face close to the opening and the opening. When the fastener of the present invention is used in the field, the frame constituting the fastener and the magnetic induction member holder (insertion portion to the frame) respectively have magnetic induction members that are attracted to each other by magnetic force. The second frame of the frame pivots relative to the second support frame to extend the sigma, and the user holds the magnetic induction member holder and the frame. When the two are only close to a predetermined distance, the magnetic induction member holder borrows The magnetic force is automatically guided to the inside of the frame. Therefore, the user does not need to visually touch the magnetic induction member holder when connecting the fastening member (the insertion portion and the frame body, that is, even the user who is presbyopia or visually impaired) As a result, the frame and the magnetic induction member holder can be connected without any problem even if they are miniaturized, so that the fastener of the present invention can be miniaturized. Further, when the fastener of the present invention is used, when the second magnetic induction member and the second magnetic induction member are sucked, a gap is formed between the second and second magnetic induction members in the state after the suction and the opening of the frame. The gap is used to prevent the i-th magnetic induction member holder from being pulled out from the frame when the first magnetic induction member holder is stretched from the outside and the second magnetic induction member is held by the second magnetic induction member. If there is no gap, when the frame is stretched from the outside, the opening of the frame is enlarged, and the possibility that the second magnetic induction member holder is pulled out from the frame is large. Further, when the fastener of the present invention is used, the first magnetic induction member holder is inserted into the insertion space of the second magnetic induction member holder. Thereby, the volume 201236597 is to release the connection of the fastener, and when the internal magnetic (input) magnetic induction member (insertion P) is inserted, the insertion portion is the inner wall of the opening of the second magnetic induction member holder. P is guided, and as a result, the insertion portion is moved while being held on the central axis of the casing. Therefore, the insertion portion does not cause a problem of being pulled around the opening of the frame, and can be stably pulled out from the frame. In this case, it is preferable that the insertion space of the second magnetic induction member holder has a size in which all of the first magnetic induction member holders are accommodated. The first magnetic induction member and the second magnetic induction member of the fastener according to the present invention may each be a magnet having a different surface magnetic pole, and one of the member and the second magnetic induction member may be a magnet. Thereby, the material is assembled by a combination of a magnet and a ferromagnetic body. It is also possible to use the first magnetic induction, and the other is to be strong and inexpensive. The fastening member of the present invention uses two first magnetic induction member holders, and two of the foregoing first insertions are respectively inserted inside the housing. Two second magnetic induction member holders of the magnetic induction member holder. The snap fastener of this configuration is preferably applied to a necklace pendant. The first magnetic induction member and the second magnetic induction member of the fastener of the present invention may have substantially the same shape or may have different shapes from each other. Further, the fastener of the present invention having the above configuration can be applied to a fitting of a single-connected form. [Effect of the Invention] According to the present invention, it is possible to provide a fastener which can be easily assembled, in particular, even if it can be easily connected with one hand, and can be miniaturized. Moreover, it is possible to provide a connection state of the fastener, and the fastener will not be detached even if the force is applied from the outside 6 201236597.
L員呢*乃忒J 以下’參照第1圖〜第 ▲, mi ^ ^ ^ ^ 圖，詳細說明本發明實施形 態扣接件之構造。 (第1實施形態） 第1實施形態係表示传 發月扣接件適用於單連形式 配件用卡子時之實例 、㈣早遷形式 圖係表示本發明第彳眘彡能 扣接件外觀之立體圖。第2 貫化心、 圖，M 表示第1圖扣接件之剖面 圖’ （a)〜（d)係用於句 、說月扣接件之連接順序。 第1圖所示之扣接件i具有 球4之一端；以及插 體2,安裝在配件珠 笛2圖所-^ 女裝在珠球4之另一端。如 第2圖所不’插入部3夏古. d具有.磁鐵保持器31， 保持磁鐵32在内部；連沾 呈圓柱形 踹，且…丨. σ°Ρ 33,形成於磁鐵保持器31 一 知，且具有孔；以及環 久衣邛34，貫穿連結部33 在配件之珠球4上。 之孔，連、 框體2形成中空之 框架2卜且右舾政, ，、具有.第1框架20及第2 〃有概略相同之外型；開口部23…、 架20與第2框芊21夕 * 形成於第1框 糸21之一端，劃定概略成圓形 狭縫部24,形成在其另—端側；連結部28，自^ 内部在外部延伸；環冑29，連接在連結孔部24 支抽22，#笛之孔*’以及 框架20與第2框架21相互連社 架20與第2框牟㈧+ w . 适、，。，第1框 ι朱2〗之構造係以支軸2 轉。在此，開口部Μ 士一 、 以為令心可相互柩 2 3之直控比磁鐵保持器 盗31之直徑還要 7 201236597 參照第2圖說明扣接件1 + + 之内部構造。在插入部 磁鐵保持器31内部埋入有磁 卜3之 .>氧32。又，在框體2内 置有連結在支軸22之磁鐵伴拉哭 ° 呆持is 26。磁鐵保持器26 部埋入有磁鐵27,具有擁有 b在内 虿既疋長度且為圓柱形空間之磁 鐵插入部26a。磁鐵27位於透 Ί之磁 於逯過開口部23面對 置。磁鐵保持器26之磁鐵π 之位 鐵以及插入部3之磁鐵32的 面極性係相反，亦即，成為相互吸合之狀能。 向 磁鐵保持器26之磁鐵插入部心係插入有磁鐵 3長1度磁鐵27及磁鐵32藉磁力吸合，具有既U徑大小及 在框體2内部配置有彈簧巧。藉彈簧以在第“ 圖中，第1框架2G以支轴22為基準往右被推壓旋轉，第 2框架21以支軸22A其 马料在左破推錢轉。目此，當不 自外部作用力量時’框體2之狹縫部2“開口部 保持劃定之空間領域。 “以上係構成扣接件1之框體2及插入部3之構造。接 著’參照第2圖以說明框體2與插入部3之連接順序。 如第2 (a)圖所示’最初，使用者使插入部3及樞體 2僅以既定距離相互接近。接著，如第川）圖所示，合 施加力量在框體2狹縫部24之上下部份（第2(b)心 頭之處所與方向）時，框體2第1框架20與第2框架21 在違逆彈簧25推壓力之方向上，以支軸22為中心樞轉。 而且’狹縫部24劃定之空間係被關閉，開口部23上下分 8 201236597 離’其間被劃定之空間領域則擴大。 * ] P 2 3之I間領域擴大時，藉設於框體2内部之 磁鐵27及插人部3磁鐵…k磁力作用，如第2(e)圖 所示，插入部3插入設於樞體2内部之磁鐵保持器26磁鐵 插入部26a ’磁鐵27與磁鐵32吸著以卡止。 而且*第2 ( d)圖所示，當取消施加在框體2上之 力量時，開口部23回5丨丨；δ * L , J原來大小，磁鐵保持器31被收容 在框體2内部’扣接件1之連接則結東。 第（）所7F，在結束扣接件i連接狀態之磁鐵 保持益31與框體2開口部23之間，形成有間隙G。其係 因為即使插入部3自外部被拉伸，插入部與磁鐵巧之卡止 被解除，也能防止磁鐵保持器31自開口㈣脫落。如果 沒有間隙時，在磁鐵27,32吸著之狀態下，當自外部拉伸 插入部3時’有開口部23擴大以脫落之可能性。 因此’當使用本發明第1實施形態時，磁鐵32卡止在 磁鐵27之狀態成為被收容在框體2内部，即使自外部拉伸 插入部3 ’磁鐵保持考si 题™1也不會自框體2脫落 接件之卡止狀態。而且，者自 维持扣 田自外部之拉伸被取消時，藉磁 鐵32之磁力，與磁鐵27再度吸著卡止。亦即，當使用本 貫施形態之扣接件i時’當連接扣接件時，藉在框體内部 之磁鐵們的卡止及由框體所做之卡止等雙重卡止 不會意外脫離，能保持穩定的卡止狀態。 以上係框體2與插入部3之連接順序。而且， ⑷圖之狀態中，使用者未必需要握持插入部3,握持連 201236597 結在插入部3之珠球部份即可。珠球4比插入部3還要大， 所以容易握持。而且’在第2 ( b)圖之狀態中，使用者也 可以不握持插入部3。之後，藉由磁鐵27所做之磁力，插 入部3被自動導引到磁鐵插入部26a。 當解除扣接件i之連接時，只要施加力量在框體2狹 縫部24之上下部份（第2(c)圖箭頭之處所及方向）（第 2 ( c )圖之狀態），拔出插入部3即可。當拔出時，插入 部3藉第2磁鐵保持器26之磁鐵插入部26a内壁部份被導 引，結果，插入部3在被保持於框體2中心軸上之狀態下 移動。因此，插入部3不會產生被框體2開口部23周邊牽 絆等之問題’能穩定地自框體2被拔出。 而且’在本實施形態中，磁鐵保持器31之縱向長度（在 第2(a)圖中之箭頭ra」所示距離），與磁鐵保持器 磁鐵插入部26a之内徑（在第2 (a)圖中之箭頭「b」所 示距離），最好係a > b之關係。藉此關係，能更容易地自 框體2拔出插入部3。 (第2實施形態） 第3圖係第2實施形態扣接件5之縱剖面圖。此實施 形態係適用本發明扣接件在配件用項鍊墜之實例。與上述 第1實施形態之扣接件不同，本實施形態之扣接件5係在 框體6插入有兩個插入部3a，3b。兩個插入部3a，扑係用 於連結在裝飾用鎖狀構件之一端與另一端。 本實施形態之兩個插入部3 a，3 b，係具有相同構造， 其包括：磁鐵保持器31a，31b，呈圓柱形，在内部分別保 10 201236597 持磁鐵32a，32b ;連結部33a，33b，形成於磁鐵保持器 31a’31b之端部且具有孔；以及環部34a 34b，貫穿連結部 33a，33b之孔’連結在配件之珠球4上。 本實施形態之框體6以支軸62為基準而左右對稱（參 照第3 ( a)圖）。又，在框體6兩邊端面具有兩個狹縫構 以之開口。p 63a，63b。在其内部，搭載有兩個磁鐵67a, 67b 之磁鐵保持器66’係可在支軸β2枢轉地固定在支轴Μ上。 磁鐵保持器66在内部保持磁鐵67a，67b，具有既定長度且 為圓柱形空間之磁鐵插入部66a，66b分別面對開口部 63a’ 63b。亦即，磁鐵67a，6孔藉開口部6儿分別面對 外部。而且，兩個扭力彈簧68, 69設於支轴62。 、接著’參照第3(a)圖〜第3⑷圖說明扣接件5之 連接方法又’如第3(a)圖所示，使用者將插入部3a 接Ϊ框體6所定之距離時，接著如第3(b)圖所示，施加 力里在接近開〇部63b之框體6上下（第3 方向及處所）。掛麻你丄 _耵碩之 .…、匕，開口部63a劃定之空間領域會 擴大，開口部63b之劃定領域會㈤" 磁鐵32a與框體6磁镪R7 精拖入。P 3a 體6磁鐵67a間之磁力作用，磁鐵保持器3la 插入框體6内部之磁德^ 消除施加二Π:器66磁鐵插入部― 之框=上如下第(;(3〇(圖)所示’施加力量在接近開，a ,„ 圖箭頭之方向及處所 此，開口部63b釗定之办門對應於 定領域會縮小。結果，;Γ域會擴大’開口部咖之劃 曰入部3b磁鐵32b與框體6磁鐵 201236597 67b間之磁力作用，磁鐵保持器31b插入框體5内部之磁 鐵保持器6 6磁鐵插入部6 6 b。 兩邊之磁鐵保持器31a，31b分別插入框體6内部之磁 鐵保持器66磁鐵插入部66a，66b後，當消除施加在框體6 上之力量時，如第3(d)圖所示，磁鐵保持器313,311)被 收容在框體6内部，扣接件5之連接也結束。 與第1實施形態相同地，在結束扣接件5連接狀態之 磁鐵保持器66與框體2開口部63a，63b之間，分別形成有 間隙G。其係因為即使插入部3a，gb自外部被拉伸，其與 磁鐵32a及67a或磁鐵32b及67b之卡止被解除，也能防 止磁鐵保持器31a，31b自開口部63a，63b分別脫落。 第2實施形態之扣接件5，如上所述，係想定當作配 件用項鍊墜使用。因此，扣接件5可以有種種大小、形狀、 圖案及色彩等。使用者藉準備複數扣接件，使其中之欲採 用者與配件本體結合，能享受配件之種種多樣性。 (第3實施形態） 接著說明第3實施形態◎第4圖係第3實施形態扣接 件10之立體圖。此實施形態係使本發明之扣接件適用在雙 連型配件上。 本貫施形態之扣接件10由框體11及插入部12所構 成°插入部12透過環部13〇連結在雙連型之配件本體13 一端’具有磁鐵保持器121及連結部123。磁鐵保持器ι21 及磁鐵之橫剖面形狀係形成矩形。 框體11連結在雙連型之配件本體13另一端，與第1 12 201236597 實施形態相同地，内部藉第1框架11 〇與第2框架i i i形 成中空’在一端形成有開口部u 3 ^開口部丨i 3具有配合 插入部12橫剖面形狀之矩形，其大小比插入部12橫剖面 還要小。 第3實施形態扣接件1 〇之構造，在磁鐵保持器丨2丨及 保持於其内部之磁鐵呈矩形之點、開口部丨丨3呈矩形之 點、及設於框體11内部之磁鐵保持器與磁鐵呈矩形之點以 外，&與第1實施形態相同’所以，構造及作用之說明予 以4略。 本發明第3實施形態之扣接件1 〇雖然適用於雙連型之 配件’但是’本發明之適用範圍並不侷限於雙連型之配件， 也可以使用於三連以上之多連型配件。 以上’說明過本發明實施形態扣接件之構造及連接形 態’但是，本發明並不偈限於這些實施形態。 例如在實施形態中’雖然配置於插入部與框體之磁感 應構件，具有表面磁極彼此不同之磁鐵，但是，本發明並 不侷限於此構造。也可以代替此構造地，配置於該插入部 與框體之磁感應構件僅一者具有磁鐵，另一者不採用磁 鐵’而具有由鐵等強磁性體所構成之構件。 而且’在本發明之第1實施形態中’扣接件中之框體 開口部形狀呈圓形，但是，本發明並不偈限於此。只要開 邛之形狀與插入部橫剖面形狀一致，也可以為橢圓或多 邊形等任意形狀。 在本發明之實施形態中，推壓第1及第2框架之機構 13 201236597 雖然係使㈣簧，但是，此彈簧也可以制種種形式之物 件。在本實施形態中，雖然使用線圈彈簧及扭力彈簧，但 是，在此之外也可以使用角型彈簧、圓錐線圈彈簧或撓曲 彈簧等。 構成本發明各實施形態扣接件之各構成要素之材料並 不侷限於特定物件，也可錢用各種金屬或樹脂等任意材 料。但是，在磁鐵以外之部分必須勿使用強磁性體材料， 使得不影響由磁鐵所做之感應。同樣地，各構件之製法也 可以使用切削、貼合、蝕刻、或採用模具與衝壓機之模具 加工等之任意加工手法。 本發明扣接件之用途主要係配件，但是，並不偈限於 此也可以使用做用於連接行動電話本體與吊飾之連接機 構。 以上，雖然使用圖示之實施形態說明過本發明，但是， 這些只是例示性之物件，可以理解到只要是本技術領域之 該業者’在不脫逸本發明之範圍及旨趣之範圍，可以做種 種變更及變形。因& ’本發明之範圍並不藉說明過之實施 形態來決定’必須藉記載於專利申請範圍之技術性旨趣來 決定。 【圖式簡單說明】 第1圖係表示本發明帛1實施形態扣接件之立體圖。 第2圖（a)〜（d)係表示本發明第丄實施形態扣接 件之縱剖面圖，其係用於說明連接順序。 201236597 第《3圖（a)〜（d)係表示本發明第2實施形態扣接 件之縱剖面圖，其係用於說明連接順序。 第4圖係表示本發明第3實施形態扣接件之立體圖。 第5圖係表示專利文獻1扣接件之立體圖。 【主要元件符號說明】 1，5，1 〇 扣接件 2, 6, 11 框體 3, 3a, 3b, 12 插入部 20, 60, 110 第 1 框架 21，61，111 第 2 框架 22, 62 支轴 23, 63a, 63b, 113 開口部 24 狹縫部 25 彈簧 26, 66 磁鐵保持器 27, 67a, 67b 磁鐵 28, 33, 33a, 33b, 123 連結部 29, 34, 34a, 34b, 130 環部 31, 31a, 31b, 121 磁鐵保持器 32，32a, 32b 磁鐵 68, 69 扭力彈簧 15The member of the present invention is described in detail with reference to Fig. 1 to Fig. ▲, mi ^ ^ ^ ^, showing the construction of the embodiment of the present invention. (First Embodiment) The first embodiment is an example in which the transmission month fastener is applied to a clip for a single-connection form fitting, and (4) the early shift form diagram shows a perspective view of the appearance of the third caution cable fastener of the present invention. . The second pass, the figure, and M represent the cross-sectional view of the fastener of Fig. 1 (a) to (d) are used for the sentence and the connection order of the monthly fastener. The fastener i shown in Fig. 1 has one end of the ball 4; and the insert 2 is mounted on the other end of the bead 4 in the accessory bead 2 -. As shown in Fig. 2, the insertion portion 3 Xiagu.d has a magnet holder 31, and the magnet 32 is held inside; the tantalum is in a cylindrical shape, and ... Ρ. σ° Ρ 33 is formed in the magnet holder 31. It is known that it has a hole; and a ring-shaped placket 34 that penetrates the joint portion 33 on the bead 4 of the fitting. The hole, the frame 2 and the frame 2 form a hollow frame 2 and the right frame, and the first frame 20 and the second frame have the same outline; the opening 23, the frame 20 and the second frame 21 ** is formed at one end of the first frame 糸 21, and is defined as a circular slit portion 24, which is formed on the other end side thereof; the connecting portion 28 extends from the inside of the inside; the ring 胄 29 is connected to the connecting hole The portion 24 is drawn 22, the #孔孔孔*', and the frame 20 and the second frame 21 are connected to the shelf 20 and the second frame (eight) + w. , the first frame ι Zhu 2〗 The structure is rotated by the fulcrum 2. Here, the opening portion is designed to be such that the direct control of the heart is more than the diameter of the magnet holder 31. 201236597 The internal structure of the fastening member 1 + + will be described with reference to Fig. 2 . In the insertion portion magnet holder 31, a magnetic disk 3 > oxygen 32 is buried. Further, in the casing 2, a magnet connected to the fulcrum 22 is attached to hold the crying. The magnet holder 26 is embedded with a magnet 27, and has a magnet insertion portion 26a having a length of the inner circumference and a cylindrical space. The magnet 27 is located in the transparent magnetic field and faces the opening portion 23. The magnet π of the magnet holder 26 and the surface of the magnet 32 of the insertion portion 3 have opposite polarities, that is, they can be attracted to each other. A magnet is inserted into the magnet insertion portion of the magnet holder 26. The magnet 1 and the magnet 32 are magnetically attracted to each other, and have a U-shaped diameter and a spring disposed inside the casing 2. In the first figure, the first frame 2G is pushed to the right by the support shaft 22, and the second frame 21 is rotated by the horse on the left side of the support shaft 22A. Therefore, when not When the external force is applied, the "slit portion 2 of the frame 2" and the opening portion maintain the defined space area. "The above structure constitutes the frame 2 and the insertion portion 3 of the fastener 1. Next, the connection order of the frame 2 and the insertion portion 3 will be described with reference to Fig. 2. As shown in Fig. 2 (a), The user brings the insertion portion 3 and the pivot body 2 closer to each other at a predetermined distance. Then, as shown in the figure of Chuan, the force is applied to the lower portion of the slit portion 24 of the frame body 2 (the second (b) heart In the direction of the direction, the first frame 20 and the second frame 21 of the frame 2 pivot in the direction in which the counter spring 25 pushes the pressure, and the space defined by the slit portion 24 is closed. The opening portion 23 is divided into upper and lower portions. 8 201236597 The area of the space defined by the opening is enlarged. * When the area between the two areas of P 2 3 is enlarged, the magnet 27 and the inserted part 3 magnet are placed inside the frame 2... As shown in Fig. 2(e), the insertion portion 3 is inserted into the magnet holder 26 provided inside the hub 2, and the magnet insertion portion 26a 'the magnet 27 and the magnet 32 are sucked to be locked. Moreover * 2 (d) As shown in the figure, when the force applied to the frame 2 is canceled, the opening portion 23 is returned to 5 丨丨; δ * L , J is the original size, and the magnet holder 31 is housed in the frame. 2 The connection of the internal 'fastening member 1 is the east. In the seventh (7), a gap G is formed between the magnet holding benefit 31 in the state in which the fastening member i is connected and the opening portion 23 of the casing 2. Even if the insertion portion 3 is stretched from the outside, the insertion of the insertion portion and the magnet is released, and the magnet holder 31 can be prevented from falling off from the opening (4). If there is no gap, the magnets 27, 32 are sucked. When the insertion portion 3 is stretched from the outside, the opening portion 23 is enlarged to be detached. Therefore, when the first embodiment of the present invention is used, the magnet 32 is locked in the state of the magnet 27 and is housed inside the casing 2. Even if the magnet is held from the outer stretching insertion portion 3', the magnet does not detach from the frame 2, and the self-sustaining buckle is removed from the outside. The magnetic force and the magnet 27 are again sucked and locked. That is, when the fastener i of the present embodiment is used, 'when the fastener is connected, the magnets of the inside of the frame are locked and framed by the frame. The double card that has been made, such as the card, will not be accidentally disengaged, and can maintain a stable card shape. The order of connection between the frame 2 and the insertion portion 3 is the same. In the state of the figure (4), the user does not necessarily need to hold the insertion portion 3, and the holder may be attached to the bead portion of the insertion portion 3 at 201236597. The ball 4 is larger than the insertion portion 3, so it is easy to hold. Moreover, in the state of the second (b), the user may not hold the insertion portion 3. After that, the magnetic force by the magnet 27 is The insertion portion 3 is automatically guided to the magnet insertion portion 26a. When the connection of the fastener i is released, a force is applied to the lower portion of the slit portion 24 of the frame 2 (the direction of the arrow in the second (c) arrow) (In the state of the second (c) diagram), the insertion portion 3 can be pulled out. When the insertion portion 3 is guided, the insertion portion 3 is guided by the inner wall portion of the magnet insertion portion 26a of the second magnet holder 26, and as a result, the insertion portion 3 is moved while being held by the central axis of the casing 2. Therefore, the insertion portion 3 does not cause a problem such as being pulled around the opening portion 23 of the casing 2, and can be stably pulled out from the casing 2. Further, in the present embodiment, the longitudinal length of the magnet holder 31 (the distance indicated by the arrow ra in the second figure (a)) and the inner diameter of the magnet holder magnet insertion portion 26a (in the second (a) The distance indicated by the arrow "b" in the figure is preferably a relationship between a > b. With this relationship, the insertion portion 3 can be more easily pulled out from the casing 2. (Second Embodiment) Fig. 3 is a longitudinal sectional view showing a fastener 5 according to a second embodiment. This embodiment is an example in which the fastener of the present invention is applied to a pendant for an accessory. Unlike the fastener of the first embodiment, the fastener 5 of the present embodiment has two insertion portions 3a, 3b inserted into the frame 6. The two insertion portions 3a are used to be coupled to one end and the other end of the decorative lock member. The two insertion portions 3 a, 3 b of the present embodiment have the same structure, and include: magnet holders 31a, 31b having a cylindrical shape, and internally holding 10 201236597 holding magnets 32a, 32b; coupling portions 33a, 33b And formed at the end of the magnet holder 31a'31b and having a hole; and the ring portion 34a to 34b, the hole 'through the connecting portion 33a, 33b is coupled to the bead 4 of the fitting. The frame body 6 of the present embodiment is bilaterally symmetrical with respect to the support shaft 62 (refer to Fig. 3 (a)). Further, two end faces are formed on both end faces of the frame body 6 to open. p 63a, 63b. Inside, the magnet holder 66' on which the two magnets 67a, 67b are mounted is pivotally fixed to the support shaft 在 at the support shaft β2. The magnet holder 66 internally holds the magnets 67a, 67b, and the magnet insertion portions 66a, 66b having a predetermined length and a cylindrical space face the opening portions 63a' 63b, respectively. That is, the magnets 67a, 6 are respectively exposed to the outside by the opening portion 6. Moreover, two torsion springs 68, 69 are provided on the support shaft 62. Then, referring to the third (a) to third (4) drawings, the connection method of the fastening member 5 is further described as shown in Fig. 3(a), when the user connects the insertion portion 3a to the distance of the frame body 6, Next, as shown in Fig. 3(b), the applied force is up and down (the third direction and the position) close to the frame 6 of the opening portion 63b. Hanging on your 丄 耵 之 之 . . . ... ... ... ... ... ... ... ... 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间 空间P 3a body 6 magnet 67a magnetic force, magnet holder 3la inserted into the inside of the frame 6 magnetic elimination ^ elimination of the application of: the device 66 magnet insertion part - the frame = as follows (; (3 〇 (Figure) It is shown that the force is applied close to the opening, a, „the direction of the arrow and the location. The opening 63b determines that the door will be reduced corresponding to the fixed field. As a result, the field will expand the opening of the opening part 3b magnet. 32b and magnetic force between the frame 6 magnet 201236597 67b, the magnet holder 31b is inserted into the magnet holder 6 6 magnet insertion portion 6 6 b inside the frame 5. The magnet holders 31a, 31b on both sides are respectively inserted into the frame 6 After the magnet holder 66 is magnet-inserted into the portions 66a, 66b, when the force applied to the frame 6 is removed, as shown in the third (d), the magnet holders 313, 311) are housed inside the frame 6, and the fasteners are fastened. In the same manner as in the first embodiment, a gap G is formed between the magnet holder 66 in the state in which the fastener 5 is connected and the opening portions 63a and 63b of the housing 2, respectively. The portions 3a, gb are stretched from the outside, and the magnets 32a and 67a or the magnets 32b and 67b It is also possible to prevent the magnet holders 31a and 31b from coming off from the openings 63a and 63b, respectively. The fastener 5 of the second embodiment is intended to be used as a fitting pendant as described above. The member 5 can have various sizes, shapes, patterns, colors, etc. The user can enjoy the various kinds of accessories by combining a plurality of fasteners to allow the user to combine with the accessory body. (Third embodiment) Next, the description will be given. Third Embodiment FIG. 4 is a perspective view of a fastener 10 according to a third embodiment. In this embodiment, the fastener of the present invention is applied to a double-connected fitting. The fastener 10 of the present embodiment is framed by a frame. The insertion portion 12 of the body 11 and the insertion portion 12 is connected to the end portion 13 of the double-connected fitting body 13 through the ring portion 13A. The magnet holder 121 and the coupling portion 123 are formed. The cross-sectional shape of the magnet holder ι21 and the magnet are formed. The frame 11 is connected to the other end of the double-connected fitting main body 13, and the inside of the first frame 11 〇 and the second frame iii is hollowed out in the same manner as in the first embodiment of the 12th 201236597. The opening portion u 3 is formed at one end. ^Open The portion 3i 3 has a rectangular shape that fits the cross-sectional shape of the insertion portion 12, and has a smaller size than the cross-section of the insertion portion 12. In the third embodiment, the structure of the fastener 1 is held in the magnet holder 丨2丨 and held therein. The inner magnet has a rectangular point, the opening portion 3 has a rectangular point, and the magnet holder and the magnet provided inside the frame 11 have a rectangular shape, and are the same as in the first embodiment. The description of the action is omitted. The fastener 1 of the third embodiment of the present invention is applicable to the double-connected fitting 'but the scope of application of the present invention is not limited to the double-connected fitting, and can also be used for three. Even more than one type of accessories. The above has described the structure and the connection state of the fastener of the embodiment of the present invention. However, the present invention is not limited to these embodiments. For example, in the embodiment, the magnetic induction member disposed in the insertion portion and the housing has magnets having different surface magnetic poles. However, the present invention is not limited to this configuration. Instead of this configuration, only one of the magnetic induction members disposed in the insertion portion and the housing may have a magnet, and the other member may be formed of a ferromagnetic material such as iron without using the magnet. Further, in the first embodiment of the present invention, the shape of the opening of the casing in the fastener is circular, but the present invention is not limited thereto. The shape of the opening may be any shape such as an ellipse or a polygon as long as it conforms to the cross-sectional shape of the insertion portion. In the embodiment of the present invention, the mechanism for pressing the first and second frames 13 201236597 Although the (four) spring is used, the spring can also be used in various forms. In the present embodiment, a coil spring and a torsion spring are used, but an angular spring, a conical coil spring, a flexural spring, or the like may be used in addition to this. The material constituting each component of the fastener of each embodiment of the present invention is not limited to a specific article, and any material such as various metals or resins can be used. However, the ferromagnetic material must not be used in parts other than the magnet so that the induction by the magnet is not affected. Similarly, the manufacturing method of each member may be any cutting method such as cutting, laminating, etching, or mold processing using a die and a press. The use of the fastener of the present invention is mainly an accessory, but it is not limited thereto. It can also be used as a connection mechanism for connecting the body of the mobile phone to the pendant. The present invention has been described above using the illustrated embodiments, but these are merely illustrative examples, and it is understood that those skilled in the art can do so without departing from the scope and scope of the present invention. Various changes and modifications. The scope of the present invention is determined by the technical scope of the patent application and is not determined by the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a buckle of an embodiment of the present invention. Fig. 2 (a) to (d) are longitudinal sectional views showing a fastener according to a third embodiment of the present invention, and are for explaining a connection sequence. 201236597 Fig. 3 (a) to (d) are longitudinal sectional views showing a fastener according to a second embodiment of the present invention, and are for explaining a connection sequence. Fig. 4 is a perspective view showing a fastener according to a third embodiment of the present invention. Fig. 5 is a perspective view showing the fastener of Patent Document 1. [Explanation of main component symbols] 1,5,1 〇 Fastener 2, 6, 11 Frame 3, 3a, 3b, 12 Insertion part 20, 60, 110 1st frame 21, 61, 111 2nd frame 22, 62 Support shaft 23, 63a, 63b, 113 Opening portion 24 Slit portion 25 Spring 26, 66 Magnet holder 27, 67a, 67b Magnet 28, 33, 33a, 33b, 123 Joint portion 29, 34, 34a, 34b, 130 Ring portion 31, 31a, 31b, 121 Magnet holders 32, 32a, 32b Magnets 68, 69 Torsion springs 15