M403873 .五、新型說明： 【新型所屬之技術領域】 本創作係關於一種扣接裝置，尤指—種可以結合在— 物體上並用於扣接另一物體，進而使兩物體快速相互連接 • 定位的扣接裝置改良者。 【先前技術】 習知的扣接裝置係包含一套筒，該套筒係為具有一前 • 端及一後端的中空圓筒；一活動地穿置於套筒中的卡插， 該卡循具有一扣接桿及一相反於扣接桿的受力頭部，該扣 接桿端部具有彈扣體，該受力頭部端穿過套筒延伸到套筒 的後私，使扣接桿的彈扣體延伸到套筒的前端；及一彈簧， 該彈簧套設在卡楯的扣接桿，使彈簧一端頂靠在套筒内， 另一端頂靠在卡栀的受力頭部。若此，當套筒的前端焊接 在電路板或其他板體的安裝孔時，就可以利用卡椐使電路 板或其他板體與另一物體快速扣接；其扣接方式係當按壓 卡循的受力頭部時，使扣接桿的彈扣體突伸過電路板安裝 孔，以扣接在另一物體；又當不需要扣接時，使彈扣體與 相扣接的物體分離’並利用彈簧的彈力頂推卡椐回復原位^ 而’習知套筒焊接在電路板或其他板體的方式，當採 用自動化的表面貼裝·製程（surface mount technology, SMT) 時必私透過工具吸取扣接裝置，將扣接裝置移動到電路 板或其他板體的安裝孔上，再下放扣接裝置使套筒的前端 組接在安裝孔，並進行熱迴風焊接 。但是，該扣接裝置的 M403873 套筒與卡循是為彼此可活動的結構，因此在進行表面貼裝 -製程時，因為套筒活動的原故，導致套筒的前端無法精準 地定位安裝在電路板或其他板體的安裝孔。 因此，如何創作出一種可快速組裝定位的扣接裝置， 以克服習知扣接裝置應用在表面貼裝製程所遇到的問題， 將是本創作所欲積極揭露之處。 _ 【新型内容】 有鑑於上述習知扣接裝置之缺憾，創作人有感其未臻 籲 於完善，遂竭其心智悉心研究克服，憑其從事該項產業多 年之累積經驗，進而研發出一種可快速組裝定位的扣接裝 置，以期適合應用在表面貼裝製程，達到精密組接及容易 快速組接應用之目的。 本創作之主要目的在提供一種可快速組裝定位的扣接 裝置，其藉著一套筒、一扣接元件及一止擋件的結構改良， 進而達到精密組接及容易快速組接應用之目的。 _ 為達上述目的，本創作可快速組裝定位的扣接裝置之 0 實施内容係包含：一套筒，該套筒包含有一組接端、一相 反於組接端的受力端，及一貫穿組接端與受力端的通孔； 一扣接元件，該扣接元件包含一受力部及一連接在受力部 一端的扣合部，該扣合部相反於受力部的端部設有切槽， 以在端部形成有彈扣體，將該扣合部從套筒的受力端穿置 於通孔，使彈扣體突出套筒的組接端；及一止擋件，該止 擋件係套圍住扣接元件的彈扣體，該止擋件並抵靠在套筒 ⑧ 的組，端’以限制住套筒與扣接Μ彼此的位置。 扣接-創作該套筒的受力端周圍凸設有一第一限位部，該 ,"的又力。卩s又有朝向套筒受力端延伸的侧壁，側壁 套住套筒的一容置部，並在側壁設有一與第一限位 4轴向相互干涉的第二限位部。 本創作該套筒的受力端周圍内縮有—第三限位部，該 二f70件的扣合部周圍凸出有—第四限位部，該第三限位 4與該第四限位部形成轴向干涉。 本！]作姊接A件設有_貫Μ力部與扣合部並與切 :目通的穿孔，該穿孔内穿置有—延伸到切槽的中控元 ’違t控7C件包含—切部及—連接在支料的按愿 杯’該支樓部容置在切槽，該按壓桿活動地穿置在穿孔， 並突伸出受力部。 本創作更包含有—彈性元件，該彈性元件—端抵靠在 套请’相反的另-端抵靠在扣接元件的受力部。其中，可 在該套筒的通孔内設有—階級面，並將該彈性元件套設於 扣接兀件的扣接部，使彈性元件—端抵靠在階級面，相反 H -端抵靠在扣接元件的受力部。或可在該套筒的外筒 _叹有#。P，並將該彈性元件套設於套筒外圍，使彈性 =件-端抵靠在擋部，相反的另一端抵靠在扣接元件的受 力部。 再者’本創作更包含有一載體，該載體凹設有至少一 容置槽’以使扣接t置容納在载體的容置槽。 藉此，本創作可快速組裝定位的扣接裝置，係利用止 M403873 擋件限制住套筒與扣接元件彼此的位置，使套筒與扣接元 件暫時不可活動，如此當扣接裝置應用在表面貼裝製程 時，就能透過工具吸取扣接裝置，將扣接裝置移動到電路 板或其他板體的安裝孔上進行焊接，避免因為套筒活動而 影響組接的品質，而且可以利用止擋件限縮彈扣體以限制 套筒與扣接元件彼此的位置，使彈扣體更容易穿過安裝 孔，藉此達到精密組接及容易快速纽接應用的功效。 【實施方式】 為充分瞭解本創作之目的、特徵及功效，茲藉由下述 具體之實施例，並配合所附之圖式，對本創作做一詳細說 明，說明如後： 如第1圖及第5圖所示，本創作可快速組裝定位的扣 接裝置，其具體的實施例係包含一套筒丨、一扣接元件2 及一止擋件3，其包含：該套筒丨係包含有一組接端u、 一相反於組接端U的受力端12 ’及一貫穿組接端u與受 力端12的通孔13，可將㈣丨冑施為圓形或其他幾何形 狀。該扣接元件2係包含一受力部21及一連接在受力部 21 —端的扣合部22 ’該扣合部22係為一長桿，在扣合^ 22相反於受力部21的端部設有軸向延伸的切槽22丨（如第 9圖及第10圖所示’可為一字形切槽或十字形切槽），以 在端部形成有片狀的彈扣體222，並在彈扣體奶周圍可 構成一凸部223,如此將該扣合部22從套筒i的受力端12 穿置於通孔13，使彈扣體222突出套筒i的組接端u。該 M403B73 /件3係套園住扣接元件2的彈扣體222 ㈣體、C型扣、多邊環形體或其 為圓 並抵靠在套筒i的组接$ n 、 八·。構’该止擒件3 2彼此的轴向：M限制住套筒1與扣接元件 如第】圖所示，本創作且體 的受力㈣周圍凸設有一第=::可：=1 凸環或凸點或其他結構，而該扣接 二1 °又有朝向套筒1受力端12延伸的側壁23,在側辟23 内形成套住套筒…容置部24，並在側壁23=:= 位部121轴向相互干涉的第二限位部23卜今第Γ :位部則、為凸環或凸點或其他結構，藉此防止二 與扣接元件2分離。另外，如第 5 實施例亦可以在該套W1的Λ力山所不’本創作具體的 隹/#苟1的叉力端12周圍内縮有一 位部⑵，該扣接元件2的扣合部22 凸 = 位部以，該第三限位部122與該第四限位部2 向干涉1此防止套筒1與扣接元件2分離。七成轴 如第1圖及第5圖所示，本創作具體的實施例可 施有-彈性元件4，該彈性元件4係為螺旋壓縮彈菩，使 二端抵靠在套筒1，相反的另-端抵靠在扣接 70 、又口p 21。復如第1圖所示’彈性元件4的抵靠 結構可在該套W的通孔13内設有—階級面131，並將: 彈性元件4套設於扣接元件2的扣接部22，如此 ^ ^ 一端抵靠在階級面131 ’相反的另一端抵靠 件2的受力部21。或如第5圖所示，可在該 W03873 壁設有一擋部14’並將該彈性元件4套設於套筒丨的外圍， 使彈性元件4 一端抵靠在擋部14，相反的另—端抵靠在扣 接元件2的受力部21。 再如第2圖所示，為了使本創作適合應用在表面貼裝 製程（surface mount technology，SMT)，本創作具體的實施 例可以實施有一載體5,該載體5可以為料捲式或泡殼式， 在載體5凹設有多數個容置# 5卜如&將本創作之扣接裝 置一 一容納在載體5的容置槽51内，就能應用在表面貼裝 製程時，讓工具得以快速取得扣接裝置。 邻乐/圖及第M403873. V. New description: [New technical field] This creation is about a fastening device, especially one that can be combined with an object and used to fasten another object, so that the two objects can be quickly connected to each other. The fastening device is improved. [Prior Art] A conventional fastening device includes a sleeve which is a hollow cylinder having a front end and a rear end; a card insert that is movably inserted into the sleeve, the card The utility model has a fastening rod and a force receiving head opposite to the fastening rod, the end portion of the fastening rod has a spring buckle body, and the force receiving head end extends through the sleeve to the rear private part of the sleeve to make the fastening a spring body of the rod extends to the front end of the sleeve; and a spring sleeved on the fastening rod of the cassette such that one end of the spring abuts against the sleeve and the other end abuts against the force receiving head of the cassette . If this is the case, when the front end of the sleeve is soldered to the mounting hole of the circuit board or other board body, the card board or other board body can be quickly fastened with another object by using the cassette; the fastening method is when the card is pressed. When the head is stressed, the buckle body of the buckle rod protrudes through the mounting hole of the circuit board to be fastened to another object; and when the buckle is not required, the buckle body is separated from the interlocking object 'And use the elastic force of the spring to push the card back to the original ^ and 'the way the conventional sleeve is welded to the circuit board or other board, when using the automatic surface mount technology (SMT) The fastening device is sucked by the tool to move the fastening device to the mounting hole of the circuit board or other board body, and then the fastening device is lowered to connect the front end of the sleeve to the mounting hole, and the hot return air welding is performed. However, the M403873 sleeve and the snap-on of the fastening device are movable structures, so that during the surface mount-process, the front end of the sleeve cannot be accurately positioned and mounted on the circuit due to the movement of the sleeve. Mounting holes for plates or other plates. Therefore, how to create a fastening device that can be quickly assembled and positioned to overcome the problems encountered by the conventional fastening device applied to the surface mount process will be actively exposed by the present invention. _ [New content] In view of the shortcomings of the above-mentioned conventional fastening devices, the creators feel that they have not perfected their efforts, exhausted their mental research and overcome them, and developed a kind of experience based on their accumulated experience in the industry for many years. Quickly assemble and position the fastening device, which is suitable for the surface mount process, for precise assembly and easy assembly. The main purpose of the present invention is to provide a fastening device that can be quickly assembled and positioned, which is improved by a sleeve, a fastening component and a stopper, thereby achieving precise assembly and easy assembly. . _ In order to achieve the above purpose, the present invention can quickly assemble and position the fastening device. The implementation content includes: a sleeve comprising a set of ends, a force end opposite to the set end, and a through group a through hole of the receiving end and the receiving end; a fastening component comprising a force receiving portion and a fastening portion connected to one end of the force receiving portion, wherein the fastening portion is opposite to the end portion of the force receiving portion The slot is formed to form a latch body at the end portion, and the latching portion is inserted from the force receiving end of the sleeve into the through hole, so that the latch body protrudes from the assembled end of the sleeve; and a stopper, The stop sleeve encloses the latch body of the fastening element that abuts against the set of sleeves 8 at the end to limit the position of the sleeve and the snaps to each other. Fastening - creating a first limit portion around the force receiving end of the sleeve, the force of the " The 卩s further has a side wall extending toward the force receiving end of the sleeve. The side wall covers a receiving portion of the sleeve, and a second limiting portion that axially interferes with the first limiting position 4 is disposed on the side wall. In the present invention, the third end limit portion is contracted around the force receiving end of the sleeve, and the fourth limit portion is protruded around the buckle portion of the two f70 pieces, and the third limit position 4 and the fourth limit portion The bit portion forms an axial interference. this! The splicing A piece is provided with a Μ Μ force portion and a fastening portion and a cut: a through hole, the perforation is inserted therein - a central control element extending to the grooving The part and the connecting cup of the supporting material are accommodated in the cutting groove, and the pressing rod is movably disposed in the perforation and protrudes from the force receiving portion. The present invention further includes an elastic member that abuts against the opposite end of the sleeve and abuts against the force receiving portion of the fastening member. Wherein, a - class surface may be provided in the through hole of the sleeve, and the elastic element is sleeved on the fastening portion of the fastening member, so that the elastic element end abuts against the class surface, and the opposite H-end Rely on the force receiving part of the fastening component. Or can be in the outer tube of the sleeve _ sigh #. P, and the elastic member is sleeved on the outer periphery of the sleeve such that the elastic member-end abuts against the blocking portion, and the opposite end abuts against the receiving portion of the fastening member. Further, the present invention further includes a carrier recessed with at least one receiving groove ′ for receiving the fastening t in the receiving groove of the carrier. Therefore, the present invention can quickly assemble and position the fastening device, and the M403873 stopper is used to limit the position of the sleeve and the fastening component to each other, so that the sleeve and the fastening component are temporarily inactive, so that when the fastening device is applied In the surface mount process, the fastening device can be sucked by the tool to move the fastening device to the mounting hole of the circuit board or other board body for welding, so as to avoid the quality of the assembly due to the movement of the sleeve, and the utility model can be utilized. The retaining member is limited to the elastic buckle body to limit the position of the sleeve and the fastening component to each other, so that the snap fastener body can more easily pass through the mounting hole, thereby achieving the effect of precise assembly and easy quick-link application. [Embodiment] In order to fully understand the purpose, features and effects of this creation, the following specific examples are given, and the accompanying drawings are used to explain the creation in detail, as illustrated in the following: As shown in FIG. 5, the present invention can quickly assemble and position the fastening device, and the specific embodiment thereof comprises a sleeve 丨, a fastening component 2 and a stopper 3, which comprises: the sleeve 包含There is a set of terminals u, a force receiving end 12' opposite to the connecting end U, and a through hole 13 extending through the connecting end u and the receiving end 12, and the (4) can be circular or other geometric shape. The fastening component 2 includes a force receiving portion 21 and a fastening portion 22 connected to the end of the force receiving portion 21. The fastening portion 22 is a long rod, and the fastening portion 22 is opposite to the force receiving portion 21 The end portion is provided with an axially extending slit 22 (as shown in FIGS. 9 and 10), which may be an in-line slit or a cross-shaped slit, to form a sheet-like elastic body 222 at the end portion. And a convex portion 223 is formed around the body of the buckle body, so that the fastening portion 22 is inserted into the through hole 13 from the force receiving end 12 of the sleeve i, so that the elastic body 222 protrudes from the assembly of the sleeve i. End u. The M403B73/piece 3 sleeves the snap-fit body 222 (four) body, the C-shaped buckle, the polygonal annular body of the fastening element 2 or a circle thereof and abuts against the assembly of the sleeve i, $n, 八. The axial direction of the stop members 3 2: M restricts the sleeve 1 and the fastening elements as shown in the figure, and the force of the body (4) is convexly provided with a =:: can be: = 1 a collar or a bump or other structure, and the buckle has a side wall 23 extending toward the force receiving end 12 of the sleeve 1 and forming a sleeve ... receiving portion 24 in the side wall 23 and on the side wall 23=:= The second limiting portion 23 in which the bit portions 121 interfere with each other in the axial direction is the first portion: the position portion is a convex ring or a bump or other structure, thereby preventing the two from being separated from the fastening member 2. In addition, as in the fifth embodiment, a portion (2), the fastening portion of the fastening member 2, may be retracted around the fork end 12 of the 隹/具体1 of the W1 of the W1. 22 convex = position portion, the third limiting portion 122 interferes with the fourth limiting portion 2 to prevent the sleeve 1 from being separated from the fastening element 2. As shown in Figures 1 and 5, a specific embodiment of the present invention can be applied with an elastic member 4 which is a helically compressed projectile, with the two ends abutting against the sleeve 1, and vice versa. The other end is abutted at the buckle 70 and the mouth p 21. As shown in Fig. 1, the abutment structure of the elastic member 4 can be provided with a class surface 131 in the through hole 13 of the sleeve W, and the elastic member 4 is sleeved on the fastening portion 22 of the fastening member 2. Thus, one end abuts against the force receiving portion 21 of the abutting member 2 at the opposite end of the class surface 131'. Or as shown in FIG. 5, a stopper 14' may be disposed on the wall of the W03873 and the elastic member 4 may be sleeved on the outer periphery of the sleeve, such that one end of the elastic member 4 abuts against the stopper 14, and vice versa. The end abuts against the force receiving portion 21 of the fastening element 2. As shown in FIG. 2, in order to make the present application suitable for surface mount technology (SMT), a specific embodiment of the present invention may be implemented with a carrier 5, which may be a roll or a blister. In the carrier 5, a plurality of recesses are provided in the recess 5. The splicing device of the present invention is housed in the receiving groove 51 of the carrier 5, and can be applied to the surface mount process. Fast access to the fastening device. Neighbors/pictures and
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體222在扣接時發生收縮鬆動，本創作具體的實施例可 在該扣接元件2中央設有一貫穿受力部21與扣合部22 與切槽221相通的穿孔25，該穿孔25内穿置有一延伸 切槽221的中控元件6，該中控元件6係包含一支撑部· 及一連接在支撐部61的按壓桿62，該支撐部61容置在 槽^21，而該按壓桿62活動地穿置在穿孔25，並突伸出, P 1藉此扣接裝置使用在扣接時，可以讓使用者按) 中控元件6的按壓桿62 ’使支撐部61抵靠彈扣體222，J 防止彈扣體222在扣接時發生收縮鬆動。另外，該按幻 62的頂端可加裝—㈣部63以增加該中控元件6的㈣ 面積’減少按壓的不適感。 如第3圖、第4圖及第6圖所示，本創作可快速㈣ 的扣接裝置應用實施時’係湘止擋件3限制住套表 “扣接元件2彼此的軸向位置，使套筒】與扣接元件 8 M403.873 暫時不可轴向活動，如此當扣接裝置應用在表面貼襄製程 (SMT)a寺、就能透過工具取置扣接裝置，將扣接裝置移動 丨電路板7或其他;f反體的安裝孔71上利用焊錫進行安裝孔 71與組接端11的焊接，避免因為套筒1的活動結構而影 ' t組接的品質’當焊接完成之後，再將止播件3取下，藉 .^達到精密組接的功效。另外，本創作可藉由止擋件3限 •縮扣接几件2彈扣體222，當應用在表面貼裝製程(SMT) 時，使彈扣體222更容易穿過電路板7或其他板體的安裝 •孔7卜將能夠達到容易快速組接應用的功效。 如上所述，本創作完全符合專利三要件：新穎性、進 步性=產業上的可利用性。以新穎性和進步性而言，本創 作係藉著套筒1、扣接元件2及止擋件3的結構改良，進 而達到精密組接及容易快速組接應用的效用。就產業上的 可利用性而言，利用本創作所衍生的產品，當可充滿足 目前市場的需求。 φ _本創作在上文中已以具體實施例揭露，然熟習本項技 術者應理解的是，該實施例僅用於描緣本創作，而不應解 讀為限制本創作之範圍。應注意的是，舉凡與該實施例等 效之變化與置換’均應設為涵蓋於本創作之範_内。因此， 本創作之保護範圍當以下文之申請專利範圍所界定者為 【圖式簡單說明】 第1圖為本創作扣接裝置第一具體實施例（组合剖面 第圖為本創作載體具體實施例之組合剖面圖。 ★ ®為本ij作扣接裝置第—具體實施例之用示意 圖一。 第4圖為本創作扣接裝置第一具體實施例之應用示意 圖二。 第圖為本創作扣接裝置第二具體實施例之組合剖面 圖。 第6圖為本創作扣接裝置第二具體實施例之應用示意 圖。 第7圖為本創作扣接裝置第三具體實施例之組合剖面 圖。 第8圖為本創作扣接裝置第四具體實施例之組合剖面 圖。 第9圖為本創作切槽及彈扣體具體實施例之端視圖 —0 _第1〇圖為本創作切槽及彈扣體具體實施例之端視圖 〇 【主要元件符號說明】 I 套筒 II 組接端 12 受力端 121 第一限位部 M403873The body 222 is unclamped and loosened during the fastening. The specific embodiment of the present invention can be provided with a through hole 25 extending through the force receiving portion 21 and the engaging portion 22 and the slot 221 in the center of the fastening component 2, and the through hole 25 is worn through. The central control unit 6 is provided with an extending slot 221, the central control unit 6 includes a supporting portion and a pressing lever 62 connected to the supporting portion 61. The supporting portion 61 is received in the slot 21, and the pressing rod is 62 is movably disposed in the perforation 25 and protrudes, and P 1 is used by the fastening device to enable the user to press the pressing lever 62 ′ of the central control unit 6 against the buckle. The body 222, J prevents the buckle body 222 from shrinking and loosening during fastening. In addition, the top end of the phantom 62 can be attached with a (four) portion 63 to increase the (four) area of the central control element 6 to reduce the discomfort of the pressing. As shown in Fig. 3, Fig. 4, and Fig. 6, the creation of the quick (four) fastening device application is carried out when the "Tangxiang stopper 3 restricts the sleeve table" to the axial position of the fastening members 2, so that The sleeve and the fastening element 8 M403.873 are temporarily not axially movable, so that when the fastening device is applied to the surface mount process (SMT) a temple, the fastening device can be removed by the tool to move the fastening device. The mounting hole 71 of the circuit board 7 or other; f-body is soldered to the mounting end 71 by soldering, so as to avoid the quality of the assembly due to the movable structure of the sleeve 1 when the welding is completed, Then remove the stop piece 3, and use the ^ to achieve the effect of precision assembly. In addition, the creation can be limited by the stopper 3 to shrink a few pieces of 2 elastic body 222, when applied to the surface mount process (SMT), the mounting hole 7 of the circuit board 7 or other board can be easily passed through the mounting hole 7 of the circuit board 7 or other boards. As described above, the creation is completely in line with the patent three requirements: Novelty, Progressiveness=Industrial Applicability. In terms of novelty and progressiveness, this creative department The structure of the sleeve 1, the fastening component 2 and the stopper 3 is improved, thereby achieving the effect of precise assembly and easy assembly of the application. In terms of industrial availability, products derived from the creation are utilized. When it can be filled to meet the needs of the current market. φ _ This creation has been disclosed in the above specific embodiments, but those skilled in the art should understand that this embodiment is only used to describe the creation, and should not be interpreted as Limiting the scope of this creation. It should be noted that all changes and substitutions equivalent to this embodiment should be included in the scope of this creation. Therefore, the scope of protection of this creation is as follows. The definition is [simplified description of the drawings] The first embodiment is the first specific embodiment of the creation of the fastening device (the combined sectional view is a combined sectional view of the specific embodiment of the creative carrier. ★ ® is the fastening device for the ij The first embodiment is a schematic diagram of the application of the first embodiment of the prior art fastening device. The first embodiment is a combined sectional view of the second embodiment of the prior art fastening device. A schematic view of the application of the second embodiment of the present fastening device. Fig. 7 is a sectional view showing the combination of the third embodiment of the prior art fastening device. Fig. 8 is a sectional view of the fourth embodiment of the prior art fastening device. Figure 9 is an end view of a specific embodiment of the grooving and spring-loading body - 0 _ 1 为本 is an end view of the specific embodiment of the grooving and spring-loading body 〇 [Main component symbol description] I Sleeve II set end 12 force end 121 first limit part M403873
122 第三限位部 13 通孔 131 階級面 14 擋部 2 扣接元件 21 受力部 22 扣合部 221 切槽 222 彈扣體 223 凸部 224 第四限位部 23 側壁 231 第二限位部 24 容置部 25 穿孔 3 止擋件 4 彈性元件 5 載體 51 容置槽 6 中控元件 61 支撐部 62 按壓桿 63 按壓部 7 電路板 M403873 71 安裝孔122 Third limit portion 13 Through hole 131 Class surface 14 Stop portion 2 Fastening element 21 Forced portion 22 Fastening portion 221 Groove 222 Spring button body 223 Projection portion 224 Fourth limit portion 23 Side wall 231 Second limit Portion 24 accommodating portion 25 perforation 3 stopper 4 elastic member 5 carrier 51 accommodating groove 6 central control member 61 support portion 62 pressing lever 63 pressing portion 7 circuit board M403873 71 mounting hole