M3 09488 八、 新型說明： 【新型所屬之技術領域】 本創作係提供—種夹具夹持釋放裝置改良，奸 種夾具之夾持時，推動部與鎖固部得以連動且各別傾:，提供-鎖固部得以漸進式二階段釋放之夹具。 w έ ’釋放時 【先前技術】 參閱第-圖所示，習用之夹具傳動構造 位於推動缸f 1 q、a + 乃將夹具故計成在 位於推動柄（15)後方位置之推動片 兩推動片（11) (1 2)間，_且右 構成，並於該 一壓缩银炫rm 日〜、有-個塑鋼细（1 3)並設 麵彈I (1 6 )供復位，使該兩推動片（工i ) 動柄（1 5 )旋轉位移推動時，能夠具有防战脫與省力之效能1 動作上係以手握持推動推動柄（工5)時，會由於推動柄“ W 的旋轉位移動作，來使設置在推動柄（丄5 )後方位置處的推動片（工 1)將力量經由具彈性度之塑鋼塾片（工3)緩衝後再傳遞至推動片 (12)處，使推動片（11) (12)上之開π槽（111) (1 21)邊能夠成-傾斜度’藉由此一開口槽（工工丄）（工2 u邊 的傾斜度，來接觸迫緊再推擠與失韻鎖固成一體的滑桿（丄4)，使 滑桿（14)能被推動片（11)(12)上的開口槽（111)(1 21)推動’來形成位移動作，因為在傳動上位於前方推動片（丄工） 所承叉負何之力1’可以經由具彈性度之塑鋼墊片（i 3)先予以缓 衝後，再分散傳遞至推糾（i 2 )處，這樣一來，已令承受負荷之 力量分散開來，就不會使推動片（11)(12)上之開口槽（11 5 M309488 1) (121)邊與滑桿（14)接觸端，產生鬆脫情事，而且因為 在省力後，操作者之手部就不會感到吃力，所以疼痛的感覺自然就不 會再發生。 惟，其上述習用之夾具傳動構造改良，仍存在有下列問題點： 一、推動部（1〇)以兩推動片（1丄）（丄2)之間失設一塑 鋼塾片（13)，藉由推動片（11)(丄2)的偏擺使開口槽（丄 1 1)( 121)得以斜向夾固傳動滑桿（1 *)位移伸縮，然推動M3 09488 VIII. New description: [New technical field] This creation department provides a kind of fixture clamping and release device improvement. When clamping the clips, the pushing part and the locking part can be interlocked and separately: - The locking part is progressively released in two stages. w έ 'Release [Prior Art] As shown in the figure - Figure, the conventional fixture transmission structure is located in the push cylinder f 1 q, a + is to measure the clamp as the pusher on the position behind the push handle (15) Between the pieces (11) (1 2), _ and the right part, and in the compression silver rm rm day ~, there is a plastic steel thin (1 3) and set the surface bomb I (1 6) for reset, so that the two When the push piece (work i) is moved by the rotational displacement, it can have the effect of anti-war and effort-saving. 1 When the action is held by the hand, the push handle (work 5) is pushed by the handle. Rotating the displacement action so that the push piece (Work 1) disposed at the position behind the push handle (丄5) buffers the force through the elastic steel piece (3) and then transmits it to the push piece (12). The edge of the opening π groove (111) (1 21) on the push piece (11) (12) can be made into an inclination - by the opening of the opening groove (worker 丄) Press and push the slide bar (丄4) that is locked into the lock, so that the slide bar (14) can be pushed by the open groove (111) (1 21) on the push piece (11) (12). Displacement action Because the force on the front of the drive is at the front of the push piece (the completion), the force of the load 1' can be buffered by the elastic steel gasket (i 3), then dispersed and transmitted to the correction (i 2 ), in this way, the load-bearing force has been dispersed, and the opening groove (11 5 M309488 1) (121) on the push piece (11) (12) is not brought into contact with the slide bar (14). At the end, there is a loosening of the situation, and because the operator's hand does not feel painful after labor saving, the feeling of pain will naturally not happen again. However, the above-mentioned conventional fixture transmission structure is improved, and the following are still present. Problem points: 1. The pushing part (1〇) loses a plastic steel piece (13) between the two push pieces (1丄) (丄2), by pushing the yaw of the piece (11) (丄2) The open groove (丄1 1) (121) can be tilted and clamped to the transmission slide (1 *) to move and contract, and then push
片（11) (12)的開口槽（ill)(工21)在斜向夾固滑桿 (14)的夾n肖度均有其偏差（因開口槽加工裕度問題或使用磨擦 受損或加工模具的受損）以致兩推動片（11)(12)在夾固的角 度因使用情形日久均有所不同（微量差），而塑鋼塾片（13)為兩 推動片（11)(12)連動的依據卻為固定居中尺寸模式，致使推 動片（11)在藉由塑鋼则傳動另—推動片（12)時，產生了前 面的推動片（11)已夾固，後推動片（丄2)卻因偏擺不足受塑鋼 墊片（1 3 )抵住，而僅作微觸模式，無崩力，因此雙推動片之模 式形同虛設。 二、鎖固部（2 0)以兩鎖固片（21) (22)之間夹設一塑 =⑽m_(24)頂細（22)復位， 曰、’固片（2 1 ) (2 2)的偏擺使開口槽（2 1 1 ) (2 2 1 ) 夹固滑桿（14)，然鎖則（21)(22)的開口槽（2 (2 21)在斜向夹固滑桿（14)的釋放角度均有苴偏差（因 開口槽加工财_或制雜受顧加工難的絲）峨扁兩鎖(固 6 M309488 片（2 1) (22)在夾固的角度因使用情形日久均有所不同（微量 差)鋼塾片（23)為兩鎖固片（2ι) (22)連動的依據 部為固疋居中尺寸模式，致使鎖固片（21)在藉由塑鋼塾片（23) 傳動另鎖固片（2 2)時，產生了前面的鎖固片（2工）已夹固， 後鎖固片（2 2)卻因偏擺不足受塑鋼塾片（23)抵住，而僅作微 觸模式’無夾固力，U此雙顧片之模式形同虛設。 三、另’如果該開口槽（211)(221)的尺寸相當之精準，The opening slot ( ill) of the piece (11) (12) has a deviation in the clamping angle of the oblique clamping bar (14) (due to the problem of the opening groove machining margin or the use of friction or The damage of the processing die is such that the angles of the two pushers (11) and (12) are different depending on the use condition (slight difference), and the steel slabs (13) are two pushers (11) ( 12) The basis of the linkage is the fixed center size mode, so that when the push piece (11) is driven by the plastic steel to drive the other piece (12), the front push piece (11) is clamped and the rear push piece (丄 2) However, due to the lack of yaw, the plastic steel gasket (1 3 ) is resisted, and only the micro-touch mode is used, and there is no collapse force, so the mode of the double pusher is the same. Second, the locking part (20) is placed between the two locking pieces (21) (22) with a plastic = (10) m_ (24) top fine (22) reset, 曰, 'solid piece (2 1) (2 2 The yaw makes the open slot (2 1 1 ) (2 2 1 ) clamp the slide bar (14), while the lock (21) (22) opens the slot (2 (2 21) in the oblique clamping slide (14) The release angle has a deviation (due to the opening groove processing _ or the miscellaneous wire that is difficult to process) 峨 flat two locks (solid 6 M309488 pieces (2 1) (22) at the angle of the clamping due to use The situation is different for a long time (slight difference) steel slab (23) is the two locking pieces (2ι) (22). The basis of the linkage is the solid-centered size mode, so that the locking piece (21) is made of plastic steel. Bracts (23) When the other locking piece (2 2) is driven, the front locking piece (2 work) is clamped, and the rear locking piece (2 2) is less than the eccentric steel piece (23) ), but only for the micro-touch mode 'no clamping force, U this double film mode is the same. 3. If the size of the open slot (211) (221) is quite accurate,
則代表精準之加工也造成成本增加，開口槽（2 i i) ( 2 2丄）達 到同時夾固時，釋放柄（25)壓動時，作推開鎖固片（21) (2 2)動作’則因塑鋼塾片（2 3)以面接觸方式，使鎖固丨（21 ) (2 2)無法--偏擺脫離，乃採同步脫離解鎖，致使釋放之力量必 需加大，不易操作。 疋以’針對上述習知結構畴在之_點，如何開發—種更具理 心實用f生之綱結構’實消費者所般切企盼，亦係相關業者須努力研 •發突破之目標及方向。 有鑑於此’創作人本於多年從事相關產品之製造開發與設計經 驗，針對上述之目標，詳加設計與審慎評估後，終得一確具實用性之 本創作。 【新型内容】 ,奴解决之技術問題點··習知之失具推動部、鎖固部兩推動片或兩 =固片間夾設-塑鋼糾’絲動片或_片的開口槽在斜向夹固滑 杯的夾固角度均有其偏差，以致兩推動片或鎖固片在夾固的角度因使 7 M309488 用情形日久蝴㈣，嚷蝴犧_ 據 卻為固定居中尺寸模式，致使推動片或鎖固片在藉由塑鋼塾片動1 據 一推動片或鎖固片時，產生了前面的推動片或鎖固片已夹固，後 片或鎖固片無夹固力。另，該_片開口槽的尺寸相當之精準，則成 本增加，開口槽同時夾固時，釋放柄壓動時，作推開鎖固片、 ^鋼她面_方式，使_無法—偏擺麟，= 離解鎖，致使釋放之力量必需加大，不易操作。 成 解決問題之技術特點：—種夾具夾持釋放裝置改良，含 j口和主要推動部設二推動片及一彈簧，鎖固部設二鎖固片及一彈 3，推動片與推動片相互靠抵，鎖則與鎖固片相互靠抵以 :之凸輸持距離，其-細、_並為推 = 驅動’另-推動片、_則為彈簧頂抵，據此達到推動部連動伸各 ==固’細部_各顧_，___ 丨白丰又釋放，以減少釋放力道。 對照先前技術之功效： —、本創作之推動部與顧部均無_料之設計，而推 作時係連動推動片，但可達到各別傾擺炎固，而鎖固片動作時，係連 動鎖固片’亦可達到各別傾擺夾固的效果，且無塑鋼墊片的'，也 不會有干涉的問題。 叹。 ， 、生二、本創作之釋放鎖固片，係採用漸進式二階段釋放，而習用合 造成同步脫離解鎖，所以㈣釋放力量要加大，而本創作可減少釋二 M309488 力道 有關本創作所採用之技術、手段 舶人国彳>、 刀戒丝举季父佳實施例並 配合圖切細_於后，相信本翁上述之目的、構造及特徵，當可 由之得一深入而具體的瞭解。 【實施方式】 本創作係提供—触具夾轉放裝置改良設計者。 紐t審查委員對本創作之目的、特徵及功效能夠有更進一步 鲁之瞭解與認識，茲請配合圖式簡單說明詳述如後·· 乂 參閱第二、三圖所示，係本創作之其一實施例整體平面圖及平面 放大示意圖’該夹具係包括： -活動夾顎（3 0)，活動夾顎（3 〇)固定於一滑桿（3丄） 上； -固定夾顎（4 0 )，固定夾顎（4 Q )底部乃形成—容置空間， 容置空間區隔出前室空間（42)與後室空間（43)，容置空間並 籲往自由端延伸有一握柄（41)，前室空間（4 2)内往握柄（41) 同方向凸設有一推動柄（5 0)，推動柄（5 〇 )之非握持端為前室 空間（4 2)適當限位使之只能樞轉，而不會脫出； ~推動部，包括兩推動片（52) (53)及一彈簧（51)， 推動部裝設於前室空間（42)，前一推動片（52)靠抵前室空間 (4 2)其一階緣及推動柄（5 0)，並推動片（5 2)底部設凸部 (522)(如第四圖示）義抵後一推動片（5 3)底部，後一推動 片（5 3)為彈簧（5 1)推抵，並使推動片頂部抵靠前室空間（4 9 M309488 2 )另-階緣，彈簧（5i)之凸桿部（5ii)(如第四圖示）並 穿貫後一推動片（5 3)而抵推前一推動片（5 2)頂部； 一鎖固部，包括兩鎖固片（6丄）（6 2)及一彈簧（6 〇)， 鎖固部裝設於後室空間（4 3 )，前—鎖㈣（6 !)底部#抵釋放 鈕（Θ 3) ’鎖固片（61)頂部抵靠端（612)(如第四圖示） 則被後室空間（4 3)側壁面限位抵靠，鎖固片（61)並設凸部（6 13)(如第四圖示）靠抵後一鎖固片（6 2)，後一鎖固片（6 2) _為彈簧（6 0 )推抵，彈簧（6 Q )之凸桿部（6 〇 ]_ )(如第四圖 示）並穿貫後一鎖固片（62)而抵推前一鎖固片（61)中段位置； 一滑桿（31)，該滑桿（31)穿經夾具及兩推動片（5 2) (53 )之開口槽（5 2 1 )( 5 3 1 )(如第四圖示），與兩鎖固 片（6 1) (62)之開口槽（611) (621)(如第四圖示）。 參閱第四圖所示，係本創作部份構件其一實施例立體分解圖，推 動部包括：推動片（5 2)、（ 5 3)及彈簧（51)，推動部之推 馨動片（5 2)朝推動片（5 3)方向底部設有凸部（5 2 2)，凸部 (5 2 2 )頂抵推動片（5 3)之底部，推動片（5 3)頂部設有貫 穿孔（5 3 2 )供彈簧（51)之凸桿部（511)穿貫，凸桿部（ 51 1)並頂抵推動片（52);鎖固部包括：鎖固片（61) (6 2)及彈簧（6 0)，鎖固部之鎖固片（61)於抵靠端（612) 之另面設有凸部（6 13)，凸部（613)頂抵鎖固片（62)之 頂部，鎖固片（62)之底部設有一貫穿孔（622)，貫穿孔（6 2 2)供彈簧（6 0)之凸桿部（6 0 1 )穿貫，凸桿部（6 〇丄） M309488 並頂抵鎖固片（61)。 . 錢第五圖_，係補作部份構件另—實施例立體分解圖，推 動片（5 2)朝推動片（5 3)方向底部設有凸部（5 2 2 )，凸部 (5 2 2)頂抵推動片（5 3)之底部’推動片（53)頂部設有缺 槽（533)供彈簧（51)之凸桿部（511)穿貫，凸桿部（5 11)並頂抵推動片（52);鎖固片（6i)於抵靠端（6工2) 之另面„又有凸部（6 1 3 ) ’凸部（6 2 3 )頂抵鎖固片（6 2 )之 _頂部，鎖固片（6 2)之底部設有-缺槽（623)，缺槽（623) 供彈菁（6 0)之凸桿部（601)穿貫，凸桿部（6〇1)並頂抵 鎖固片（6 1 )。 一 參閱第六圖所示，為推動柄動作示意圖，當人手握持於握柄（4 1)亚手指扣住推動柄（5 〇)作重覆握緊的動作時，推動柄（$ 〇) 朝握柄（4 1)方向旋擺，同時推動搞（5〇)乃推抵推動片（52)， 使推動片（5 2)呈現傾擺夾固的動作，並同時推動丨（5 2)底部 _凸4 (5 2 2)也頂抵連動推動片（5 3)傾擺夾固，以之達成連動 推動片但各別傾擺夾固，據以夾緊推移滑桿（3 i )往顧片（6工） (6 2)方向移動，因無中間傳動件（塑鋼翻），所以不會有干涉 的問題，而鎖固片（6 1) (6 2)間，亦可藉由彈簧（6 0)及凸 邛（6 13)，達到連動鎖固片但各別傾擺夾固功效，且因無中間傳 動件（塑鋼墊片），所以也不會有干涉的問題。 參閱第七、八圖所示，為其鎖固片第一段釋放示意圖，與第二段 釋放不意圖，當該夾具欲作釋放動作時，先壓其握柄（4 i)處之釋 M309488 放鈕（6 3)，釋放鈕（63)乃迫壓鎖固片（61)之底邱，而= 鎖固片（6 1)由傾擺夾固狀態逐漸擺正，而使開5 到釋放滑桿（31)的動作，但因為鎖固片（6 i)以彈 之凸桿部（6〇1)及凸部（613)頂抵，而與鎖固^ 伴 持一距離，所以鎖固片（61)釋放時鎖固片（62)之開口槽（6 21)逛是鎖固的（如第七圖示），繼續壓釋放知（6 : (6!)繼續推鎖固片（62)擺正而使開口槽（6 =: 此達到釋放鎖固片（6丄）（fi ? )釋放，據 釋放力道者。 （62)嫩式二階段釋放，得以減少 本創作功效增進之事實如下： 更為確實 在推種纽餅職裝置改良之觸結翻態，使其得以 或_片上，均可達到連動推動但各別傾擺夹固之功效，且 其無中間之傳動件（塑鋼墊片），所以也沒有干涉的問題，動作可以 2、糟此夾具夾持釋放裝置改良之特殊改良結構設計，盆主要1 構件上利用釋放鎖固片採騎進式二階段釋放，所以可以減姆放= 道，本創作具進步性者。 斤由其上述可知，本創作之夾具夾持釋放裝置改良，確為業界首見 而付合新型糊之新酿要件者，而其全面性之綱設計，符合新型 專利之進步時件，*其減少干涉，並可連動傳動各職擺夾固，符 合較佳之產業利用性者。 月’J文係針對本創作之較佳實施例為本創作之技術特徵進行具體之 12 M309488 專利範圍所界定之範疇中 綜上所述，本創作係提供-種夹具夹持釋放裝置改良，其確已達 i本幻作之所有目的’另其組合結構之空間型態未見於同類產品，亦 未曾公開”請前’已符合翻法之較，錄法提：ά申請。 【圖式簡單說明】 癱第-圖··係習用夹具傳動構造改良之平面示意圖。 第二圖：係本創作其一實施例整體平面圖。 第三圖：係本創作其一實施例局部放大平面示意圖。 第四圖：係本創作部份構件其一實施例立體分解圖。 第五圖：係本創作部份構件另一實施例立體分解圖。 第六圖：係本創作推動柄動作示意圖。 第七圖：係本創作第—段釋放動作示意圖。 •第八圖：係本創作第二段釋放動作示意圖； 【主要元件符號說明】 •習用部份· (11) 推動片 (12) 推動片 (13) 塑鋼塾片 (15)推動柄 (2 0)鎖固部 (10)推動部 (11 1)開口槽 (1 2 1)開口槽 (14)滑桿 (16)壓縮彈簧 13 M309488This means that the precision machining also increases the cost. When the opening groove (2 ii) (2 2 丄) is simultaneously clamped, when the release handle (25) is pressed, push the locking piece (21) (2 2) to move' Because the plastic steel cymbal (2 3) is in surface contact mode, the locking 丨 (21) (2 2) cannot be detached from the yaw, and the synchronous release is unlocked, so that the force of release must be increased and it is difficult to operate.疋 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' direction. In view of the fact that this creator has been engaged in the manufacturing development and design experience of related products for many years, after the detailed design and careful evaluation of the above objectives, the author has achieved a practical and practical creation. [New content], the technical problem of the slave solution. · The knowing of the missing part of the pushing part, the locking part of the two push pieces or the two = between the solid pieces - the open groove of the plastic steel wire-moving piece or the _ piece in the oblique direction The clamping angle of the clamping cup has its deviation, so that the angle between the two pushing pieces or the locking piece is such that the 7 M309488 is used for a long time, and the fixed center size mode is caused by When the pushing piece or the locking piece is driven by the plastic steel piece, the front pushing piece or the locking piece is clamped, and the rear piece or the locking piece has no clamping force. In addition, the size of the opening groove of the _ piece is quite accurate, and the cost is increased. When the opening groove is simultaneously clamped, when the release handle is pressed, the locking piece is pushed open, and the steel surface is _ _ _ _ _ _ _ 偏 偏 麟, = From unlocking, the force of release must be increased and not easy to operate. The technical features of the problem-solving: the improvement of the clamp clamping and releasing device, the j-port and the main pushing part are provided with two pushing pieces and one spring, the locking part is provided with two locking pieces and one bomb 3, and the pushing piece and the pushing piece are mutually When the lock is reached, the lock and the lock piece abut each other to: the convex transfer distance, which is - thin, _ and push = drive 'other push piece, _ is the spring top abut, according to which the push part is connected Each == solid' detail _ each _, ___ 丨 Bai Feng is released again to reduce the release force. Compared with the efficacy of the prior art: —, the promotion department of the creation and the Gu Department have no design of the material, and the push-time is to promote the film, but it can achieve the different tilting and firming, and when the locking piece moves, The interlocking locking piece can also achieve the effect of separate tilting and clamping, and there is no problem of interference with the plastic steel gasket. sigh. , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The techniques and means adopted by the ship's national 彳 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 To understanding. [Embodiment] This creation provides an improved designer of the contact clip transfer device. The Newt Review Committee can have a better understanding and understanding of the purpose, characteristics and efficacy of this creation. Please provide a detailed explanation of the details as shown in the following paragraphs. 乂 Refer to the second and third figures. An overall plan view and a plan enlarged view of an embodiment of the present invention include: - a movable clamp (3 0), a movable clamp (3 〇) fixed on a slide bar (3 丄); - a fixed clamp 4 (40) The bottom of the fixed clamp (4 Q ) forms an accommodating space, and the accommodating space partitions the front chamber space (42) and the rear chamber space (43), and accommodates the space and extends to the free end to extend a handle (41) The front chamber space (4 2) has a push handle (50) protruding in the same direction, and the non-grip end of the push handle (5 〇) is suitable for the front chamber space (42). It can only pivot without coming out; ~ The pushing part includes two pushing pieces (52) (53) and a spring (51), and the pushing part is installed in the front room space (42), the front pushing piece ( 52) Abut the front chamber space (4 2) its first edge and push the handle (50), and push the bottom of the piece (52) with a convex part (522) (as shown in the fourth figure) At the bottom of the piece (5 3), the rear push piece (5 3) pushes against the spring (5 1) and pushes the top of the push piece against the space of the front chamber (4 9 M309488 2 ), the other step edge, the spring (5i) The rib portion (5ii) (as shown in the fourth figure) penetrates through the rear push piece (53) to push against the top of the front push piece (52); a lock portion includes two locking pieces (6丄) ) (6 2) and a spring (6 〇), the locking part is installed in the rear room space (4 3 ), front-lock (four) (6 !) bottom # 释放 release button (Θ 3) 'locking piece (61 The top abutting end (612) (as shown in the fourth figure) is abutted against the side wall space of the rear chamber space (43), and the locking piece (61) is provided with a convex portion (6 13) (as shown in the fourth figure). Show) a lock piece (6 2) after the lock, the latter lock piece (6 2) _ is the spring (6 0) push, the spring (6 Q) of the bulge part (6 〇]_) (such as The fourth figure) penetrates through the rear locking piece (62) to push the middle position of the front locking piece (61); a sliding bar (31), the sliding bar (31) passes through the clamp and the two pushing pieces (5 2) (53) the open slot (5 2 1 ) ( 5 3 1 ) (as shown in the fourth figure), and the open slot (611) (621) of the two locking pieces (6 1) (62) ( As shown in the fourth icon ). Referring to the fourth figure, an exploded perspective view of an embodiment of the present invention includes a pusher (5 2), (53), and a spring (51), and a pushing piece of the pusher ( 5 2) There is a convex part (5 2 2) at the bottom of the push piece (5 3), the convex part (5 2 2 ) abuts against the bottom of the push piece (53), and the top of the push piece (5 3) is provided through. The hole (5 3 2 ) is penetrated by the protruding portion (511) of the spring (51), and the protruding portion (51 1) abuts against the pushing piece (52); the locking portion includes: a locking piece (61) (6) 2) and the spring (60), the locking piece (61) of the locking portion is provided with a convex portion (6 13) on the other side of the abutting end (612), and the convex portion (613) is abutted against the locking piece (62) At the top of the locking piece (62), there is a consistent perforation (622) at the bottom of the locking piece (62), and a through-hole (6 2 2) is provided for the protruding portion (6 0 1 ) of the spring (60) to pass through, the protruding portion (6) 〇丄) M309488 and the top is locked against the locking piece (61). Fig. 5 is a three-dimensional exploded view of the embodiment, and the push piece (52) is provided with a convex portion (52 2) toward the bottom of the push piece (53), and the convex portion (5 2 2) The bottom of the pushing piece (5 3) is provided with a notch (533) at the top of the pushing piece (53) for the protruding portion (511) of the spring (51) to pass through, and the protruding part (5 11) and the top The lifting piece (52); the locking piece (6i) on the other side of the abutting end (6 work 2) „there is a convex part (6 1 3 ) 'protrusion (6 2 3 ) against the locking piece (6) 2) at the top, the bottom of the locking piece (6 2) is provided with a missing groove (623), and the missing groove (623) is provided for the protruding portion (601) of the elastic cyanine (60) to pass through, the protruding portion ( 6〇1) and the top locks the locking piece (6 1 ). As shown in the sixth figure, in order to push the handle action diagram, when the hand is held by the handle (4 1), the finger grips the push handle (5 〇) When repeating the gripping action, the push handle ($ 〇) is swung in the direction of the grip (4 1), while pushing (5 〇) is pushed against the push piece (52), so that the push piece (52) is presented. Tilting and clamping action, and simultaneously pushing the bottom (5 2) bottom _ convex 4 (5 2 2) also against the interlocking push piece (5 3) tilting clamping, Achieve the interlocking push piece, but each tilting and clamping, according to the clamping shift slider (3 i) to the film (6 work) (6 2) direction, because there is no intermediate transmission (plastic steel), so it will not There is a problem of interference, and between the locking piece (6 1) (6 2), the spring (60) and the tenon (6 13) can also be used to achieve the interlocking locking piece but the tilting effect of each. And because there is no intermediate transmission member (plastic steel gasket), there will be no interference problem. See the seventh and eighth figures for the first section of the locking piece release diagram, and the second section is not intended to release, when When the clamp is to be released, first press the M309488 button (6 3) at the grip (4 i), and the release button (63) presses the bottom of the lock (61), and = lock The piece (6 1) is gradually slanted by the tilting clamping state, and the opening 5 is released to release the sliding bar (31), but because the locking piece (6 i) is elastically bent (6〇1) and The convex portion (613) abuts against the locking member, so that the opening groove (6 21) of the locking piece (62) is locked when the locking piece (61) is released (as shown in the seventh figure). Show), continue to release the release (6: (6!) continue The push lock (62) is squared so that the open slot (6 =: this release release lock (6 丄) (fi?) is released, according to the release force. (62) The tender two-stage release reduces the The fact that the creative effect is enhanced is as follows: It is more true that the improved knotting device of the new cake service device can be used to achieve the effect of interlocking and pushing, but it has no intermediate effect. The transmission parts (plastic steel gaskets), so there is no interference problem, the action can be 2. The special improved structure design of the fixture clamping release device is improved, and the main component of the basin is released by using the release locking piece. Release, so you can reduce the release = road, this creation is progressive. From the above, it can be seen that the fixture clamping and releasing device of this creation is improved, and it is indeed the first in the industry to pay for the new ingredients of the new paste, and its comprehensive design is in line with the progress of the new patent, * Reduce interference, and can link the transmission to each position, which is in line with better industrial utilization. In the context of the preferred embodiment of the present invention, which is defined by the scope of the patent, the scope of the patent is defined by the scope of the patent. It has indeed achieved all the purposes of i. The space type of the other combination structure has not been seen in similar products, nor has it been disclosed. "Before" has already met the comparison of the law, and the recording method is: ά application. 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 Fig. 3 is an exploded perspective view showing another embodiment of the present invention. Fig. 5 is a perspective exploded view of another embodiment of the present invention. The first part of this creation releases the action diagram. • The eighth picture: the schematic diagram of the second stage of the release action; [The main component symbol description] • The habit part (11) The push piece (12) The push piece (13) Sook sheet (15) pushing the handle (20) (111) opening groove (10) pushing the locking portion section (121) open groove (14) slider (16) a compression spring 13 M309488
(2 1)鎖固片 (2 2 )鎖固片 (2 3)塑鋼墊片 (2 5 )釋放柄 •本創作部份· (3 0)活動夾顎 (4 0)固定夾顎 (42)前室空間 (5 0)推動柄 (511)凸桿部 (5 21)開口槽 (5 3)推動片 (5 3 2)貫穿孔 (6 0)彈簧 (61)鎖固片 (612)抵靠端 (6 2)鎖固片 (6 2 2)貫穿孔 (6 3)釋放鈕 (2 1 1 )開口槽 (2 2 1 )開口槽 (2 4)壓縮彈簧 (31)滑桿 (41)握柄 (43)後室空間 (51) 彈簧 (52) 推動片 (5 2 2)凸部 (5 3 1 )開口槽 (5 3 3 )缺槽 (6 01)凸桿部 (611)開口槽 (613)凸部 (6 2 1 )開口槽 (6 2 3)缺槽 14(2 1) Locking piece (2 2 ) Locking piece (2 3) Plastic steel washer (2 5 ) Release handle • This part of the creation · (3 0) movable clamp 4 (4 0) fixed clamp 颚 (42) Front chamber space (50) push handle (511) bulge portion (5 21) open slot (5 3) push piece (5 3 2) through hole (60) spring (61) locking piece (612) abut End (6 2) locking piece (6 2 2) through hole (6 3) release button (2 1 1 ) open slot (2 2 1 ) open slot (2 4) compression spring (31) slide bar (41) grip Handle (43) rear chamber space (51) spring (52) push piece (5 2 2) convex part (5 3 1 ) open groove (5 3 3 ) missing groove (6 01) convex rod part (611) open groove ( 613) convex portion (6 2 1 ) open groove (6 2 3) missing groove 14