TWM345760U - Scissors-type inclined plane fastener - Google Patents

Scissors-type inclined plane fastener Download PDF

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Publication number
TWM345760U
TWM345760U TW097210247U TW97210247U TWM345760U TW M345760 U TWM345760 U TW M345760U TW 097210247 U TW097210247 U TW 097210247U TW 97210247 U TW97210247 U TW 97210247U TW M345760 U TWM345760 U TW M345760U
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TW
Taiwan
Prior art keywords
locking
locking piece
hole
coupling member
coupling
Prior art date
Application number
TW097210247U
Other languages
Chinese (zh)
Inventor
wu-ci Lai
Original Assignee
Chuhne Ind Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Chuhne Ind Co Ltd filed Critical Chuhne Ind Co Ltd
Priority to TW097210247U priority Critical patent/TWM345760U/en
Publication of TWM345760U publication Critical patent/TWM345760U/en

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Description

M345760 八、新型說明: 【新型所屬之技術領域】 種剪刀式斜面 本創作係有關於一種鎖緊裝置,尤指 鎖緊裝置,其可增進美觀並提高安全性 【先前技術】 一般自行車上詩健#件_構 鎖緊機構,大多係使用—盘本 負緊車手把的 件,當鎖固件與本體結合時, 肩口官 置管件的弧形容置空間,並以:::: =成-可容 本體的四個角落,而使鎖固件可迫緊管件口鎖固件與 本體上。 μ g件而使官件鎖固於 :、、、:而,當使用現有的鎖緊機構 刹田山田, 心g仔k,由於JL你 利用螺栓直接鎖緊鎖固件, ’、’、 件的外“ u此螺栓的頭部係凸出於鎖固 牛的外表面’而使現有的鎖緊機構產生凹凸而 嬈,進而影響自行車的美觀。另外, ' 構下,指m ^ 士 由:在現有的鎖緊機 嚙口件係直接施力於螺栓上, 估0士 θ Μ此田螺栓的品質不 τ,即可能產生斷裂的現象而導致 自行車騎乘時的危險。 導大吕件氣、脫,進而導致 【新型内容】 處 置 有鐘於現有的鎖緊機構其美觀及安全性仍有可改進之 本創作之主要目的在於提供一種剪刀式斜面鎖緊裝 其可。 包括為達成以上的目的’本創作之剪刀式斜面鎖緊裝置係 5 M345760 一結合件,其係具有一第一端以及一第二端,該第一 端係形成一貫穿之結合孔,該結合孔之一端形成一擴孔 部’該擴孔部於接近結合件第一端之端面的一側係形成一 導斜面;' • 第一鎖緊件,其係包含一第一鎖片以及一第二鎖 - 片,該第一鎖片係具有一樞設端以及一鎖緊端,該鎖緊端 .係凸設一卡抵塊,該卡抵塊係凸出於第一鎖片之内側面且 •设置於該結合孔之擴孔部中,該卡抵塊具有一沉孔以及一 導斜面’ 4沉孔係貫穿該卡抵塊且對應於該結合件之結人 孔,該導斜面係形成於該卡抵塊之側邊且卡抵於該擴孔部 . 之導斜面,該第二鎖片係具有一樞設端以及一鎖緊端,該 第二鎖片之樞設端係樞設於該第一鎖片之樞設端,該鎖緊 鳊係設有一對應於該結合件之結合孔的螺孔;以及 一 一螺栓,其係穿設於第一鎖片之沉孔及該結合件之結 合孔中,並螺鎖於該第二鎖片之螺孔中, : •抵靠於該第一鎖片之沉孔的頭部。 ,、有 較仫的是"亥螺栓之軸向與該結合件之導斜面間的夾 -角係呈20度。 •,〜不一 ^而邮风一頁芽之結合 孔’該結合孔之' —端艰# ΙΑ ^ ^成一擴孔部,該擴孔部於接近結合 件弟一 i而之端面的一側孫犯Λ、 ^ 係形成一導斜面,該結合件第一端 與第二端之結合孔的軸向係互相垂直; 該剪刀式斜面鎖緊萝菩、仓 糸展置進一步包含一第二鎖緊件以及M345760 VIII. New description: [New technical field] The type of scissors type bevel is related to a locking device, especially a locking device, which can improve the appearance and improve safety. [Prior Art] #件_Structural locking mechanism, mostly used - the plate is pressed tightly with the handlebars. When the lock is combined with the body, the arc-shaped accommodation space of the shoulder joint is made with :::: = into - It can accommodate the four corners of the body, so that the lock can tighten the fittings on the body and the body. μ g pieces to lock the official parts to:,,,: and, when using the existing locking mechanism, Shatian Yamada, heart g, because JL you use bolts to directly lock the lock, ', ', pieces The external "u's head of the bolt protrudes from the outer surface of the locking cow" causes the existing locking mechanism to produce irregularities and shackles, which in turn affects the aesthetics of the bicycle. In addition, the structure is referred to as m^ The existing locking machine jaws are directly applied to the bolts, and it is estimated that the quality of the bolts of the field is not τ, that is, the phenomenon of breakage may occur, which may cause danger when the bicycle is riding. Disengagement, which leads to [new content] The main purpose of this creation is to provide a scissor-type bevel lock for the purpose of achieving the above purpose. The scissor-type bevel locking device of the present invention is a coupling member of the M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M Hole portion 'the reaming portion is close to One side of the end surface of the first end of the fitting is formed with a guiding bevel; ' • a first locking member comprising a first locking piece and a second locking piece, the first locking piece having a pivoting And a locking end, the locking end is provided with a card abutting block, the card abutting block protrudes from the inner side surface of the first locking piece and is disposed in the reaming portion of the coupling hole, the card The abutting block has a counterbore and a guiding bevel '4 counterbore through the clamping block and corresponding to the binding hole of the coupling member, the guiding bevel is formed on the side of the clamping block and is engaged with the expansion a guiding portion of the hole portion, the second locking piece has a pivoting end and a locking end, and the pivoting end of the second locking piece is pivotally disposed at a pivoting end of the first locking piece, the locking The rafting system is provided with a screw hole corresponding to the coupling hole of the coupling member; and a bolt is threaded through the counterbore of the first locking piece and the coupling hole of the coupling member, and is screwed to the second lock In the screw hole of the piece, : • abuts against the head of the counterbore of the first locking piece. , and the more ambiguous is the clip between the axial direction of the bolt and the guiding bevel of the coupling piece - The system is 20 degrees. •, ~ is not a ^ and the combination of the bud of a page of the bud 'the combination of the hole' - end difficult # ΙΑ ^ ^ into a reaming, the reaming is close to the joint brother One side of the end face of the end face is formed by a bevel, and the axial direction of the joint hole of the first end and the second end of the joint member is perpendicular to each other; the scissor type bevel lock is further extended by Luo Bo and Cangjie. Includes a second locking member and

一螺栓,該第二鎖緊侔粆6人 H 兵系件仏包含一第一鎖片以及一第二鎖 6 M345760 樞設端以及一鎖緊端,該鎖緊端 片,該第一鎖片係具有 係凸設一卡抵塊,該卡抵塊係凸出於第二鎖片之内側面且 設置於該第二端之結合孔的擴孔部中,該卡抵塊具有—、、〃 孔以及一導斜面,該沉孔係貫穿該卡抵塊且對應於該結人 件第二端之結合孔,該導斜面係形成於該卡抵塊之側邊且 卡抵於該擴孔部之導斜面,該第二鎖片係具有一樞設端以 及一鎖緊端,該第二鎖片之樞設端係樞設於該第_鎖片之 樞設端,該鎖緊端係設有一對應於該結合件第二端之結人 孔的螺孔,該螺栓係穿設於第一鎖片之沉孔及該結合 二端之結合孔中’並螺鎖於該第二鎖片之螺孔中,該螺栓 係具有一抵靠於該第一鎖片之沉孔的頭部。 、王 較佳的是,該第一端及第二端之結合孔的另— 形成一擴孔部,該兩擴孔部於接近結合件第一端盘第二# =面的-側分別形成一導斜面’該兩第二鎖片之: 係凸設-卡抵塊’該兩卡抵塊係 之 _側面且分別設置於 ☆弟一鎖片之内 -第n i 巾、° 口孔之另-端的擴孔部中,該兩 弟一鎖片之卡抵塊係分別具有一導斜面_ # -別形成於节+ B & '、面,该兩導斜面係分 =兩卡抵塊之側邊且卡抵於該兩擴 鎖片之螺孔係分別貫穿該兩卡抵塊。 季乂乜的疋,該結合件第一 成為弧形,嗲@ a ^ 一端之端面係分別形 乂 4兩結合孔之軸向係分 ^ 弧形端面之軸向垂直 Λ弟-端及第二端之a bolt, the second locking 人 6 person H soldier 仏 includes a first locking piece and a second locking 6 M345760 pivoting end and a locking end, the locking end piece, the first locking piece The card has a protruding portion which protrudes from the inner side surface of the second locking piece and is disposed in the reaming portion of the coupling hole of the second end, the card abutting block has -, 〃 a hole and a guiding inclined surface extending through the engaging block and corresponding to the connecting hole of the second end of the connecting member, the guiding inclined surface is formed on a side of the engaging block and is engaged with the protruding portion The pivoting surface has a pivoting end and a locking end, and the pivoting end of the second locking piece is pivotally disposed on the pivoting end of the first locking piece, and the locking end is provided with a Corresponding to the screw hole of the joint hole of the second end of the joint member, the bolt is threaded through the counterbore of the first lock piece and the joint hole of the two ends, and is screwed to the screw of the second lock piece In the hole, the bolt has a head that abuts against the counterbore of the first locking piece. Preferably, the king of the first end and the second end of the coupling hole form a reaming portion, and the two reaming portions are respectively formed on the side of the second #= face of the first end plate of the coupling member. a guiding bevel 'the two second locking pieces: the protruding-carding block' is located on the side of the two locking pieces and is respectively disposed in the inside of the lock piece of the ☆ brother-the ni In the reaming portion of the end, the card-blocking blocks of the two brothers and one locking piece respectively have a guiding inclined surface _#-formed in the section + B & ', the surface, the two guiding inclined surface points = two card offset blocks The screw holes on the side and the two locking tabs respectively penetrate the two latching blocks. In the 乂乜 乂乜 疋 该 该 该 该 该 a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a End

且 β兩第一鎖Κ » V 形且分別與該結合件第一浐⑴ 側面係分別成弧 兩第二鎖片之内側而一鳊之弧形端面對應,該 丁〆刀別成弧形且分別與該結合件第— 7 M345760 端及第二端之弧形端面對應。 較佳的是,該兩第一鎖片之樞設端係分別間隔凸設兩 樞設部’該兩樞設部分別設有一相互對齊之貫 、 u 该兩 第一鎖片之樞设端係分別凸設一樞設部,該樞設部係插置 於對應第一鎖片之兩樞設部中且設有一貫穿孔,該貫穿孔 係對齊於對應第-鎖片之兩樞設部的貫穿孔,《第 件與該第二鎖緊件係分別進—步設有—樞軸,該樞轴仪穿 設於該對應第一鎖片與第二鎖片之貫穿孔中。 丁 、較佳的是’該結合件第一端及第二端之端面係 成為弧形,該第一端及楚—& y 鳊及弟一端之結合孔的軸向係分 一端及第二端之弧形端面的軸向垂直,該兩第一鎖片:弟 側面係分別成弧形且分別與該結合件第—端及第二^内 :^面對應、亥兩第二鎖片之内側面係分別成弧 與該結合件第-端及第二端之狐形端面對應。且刀別 兩分離之鎖緊部,兩鎖緊部係分別設有一沉孔,言: •緊件m片係設有兩分別對應於第-鎖片之兩、— 該第二鎖緊件係包含兩螺栓分別穿設螺鎖二;:的 孔與兩螺孔中。 、°亥兩沉 較佳的是,該結合件第一 山 成為弧形,該第_端及第二:―化之端面係分別形 -端及第二端之弧形端面的:向、二孔f軸:係分別與第 側面係分別成弧形且分別二二σ玄兩第-鎖片之内 形端面對應,該兩第二鎖片、=合件第一端及第二端之弧 片之内側面係分別成弧形且分別 車乂 4土的疋,該第二鎖緊件U 4 _ 離之鎖緊部,&銘热Μ Μ、 而係形成 鎖 8 M345760 與該結合件第—端及第二 較佳的是,該第二鎖;端面對應。 件第二端之導斜面間的夹角係呈“ /累锃的軸向係與該結合 本創作可達到的具體功:::度。 卜當管件穿設於鎖緊件與 栓鎖緊於螺孔上而利用導 4 T,即可利用螺 ▼別*面使銷替/生 而使鎖緊件迫緊管件而、’ /、向結合件移動,進 吕1千固定於4士入生 於係透過導斜面的設計來鎖緊/σ件上,本創作由 力而較不易損壞,所以 ’因此螺栓係間接受 t兄自4亍車之鱼^ . 鬆脫而提高自行車騎乘時的安全性 e或削又豎桿 2 ·藉由本創作所採用之 計 觀 因此本創作的外觀不合 鎖緊件以及沉孔設 、隹而^ 士, 成凹凸狀而可呈現平順的外 進而增加本創作的美觀與質感。 貝勺外 【實施方式】 清參照第一圖、第二圖金第一 口,、弟二圖所不,本創作 實施例係包括一結合件m 乂土 人该結合件(1 〇)結合之第 一鎖緊件(2 0)以及一螺错於兮 螺鎖於该鎖緊件(20)上之螺栓(30), 其中; 該結合件U0)係具有一第一端與第二端,該第一端係 形成一弧形端面以及一結合孔⑴),該結合孔⑴)係貫穿 該結合件(10)且接近結合件(10)第一端之端面,該結合孔 (11)之軸向係與該弧形端面之軸向垂直’該結合孔(11)之 兩端分別形成一擴孔部(12) ’各擴孔部(12)於接近結合件 (1 0)第一知之端面的一側係形成一導斜面(丨3); M345760 該第-鎖緊件(20)係包含一第一鎖片⑵)、一第二鎖 片(22)以及一拖軸(23),t玄第一鎖片⑵)之内側面係成弧 形且與該結合件(1〇)之弧形端面對應,該第一鎖片(⑴係 具有樞汉知以及一鎖緊端,該樞設端係間隔凸設兩樞設 部(211),該樞設部(211)分別設有一相互對齊之貫穿孔, 該鎖緊端係凸設一卡抵塊⑵2),該卡抵塊⑵2)係凸出於 第一鎖片(21)之内側面且設置於該結合孔(丨丨)之一擴孔部 (12)中,該卡抵塊(212)具有一沉孔(213)以及一導斜面 (214),该沉孔(21 3)係貫穿該卡抵塊(2丨2)且對應於該結 合件(ίο)之結合孔(11),該導斜面(214)係形成於該卡抵 塊(212)之側邊且卡抵於該擴孔部(12)之導斜面(13); 遺第二鎖片(2 2)之内側面係成弧形且與該結合件(丨〇 ) 第一端之弧形端面對應,該第二鎖片(22)係具有一樞設端 以及鎖緊端’該樞設端係凸設一樞設部(2 21 ),該樞設 部(221 )係插置於第一鎖片(2丨)之兩樞設部(2丨j )中且設有 一貫穿孔,該貫穿孔係對齊於第一鎖片(2丨)之兩樞設部 -(211 )的貫穿孔,該鎖緊端係凸設一卡抵塊(222),該卡抵 -塊(222 )係凸出於第二鎖片(22)之内側面且設置於該結合 件(10)之另一擴孔部(12)中,該卡抵塊( 222)係具有一螺 孔(223)以及一導斜面(224),該螺孔(223)係貫穿該卡抵 塊(222)且對應於該結合件(1〇)之結合孔(丨丨),該導斜面 (224)係形成於該卡抵塊(222)之側邊且卡抵於該擴孔部 (1 2)之導斜面(1 3); 該樞軸(23)係穿設於該第一鎖片(21)與第二鎖片(22) M345760 之貫穿孔中 互相槐設; 而使第一 鎖片(21)與第 二鎖片(22)之枢設端 該螺栓(30)穿設於第— 合件(10)之結合孔(ln^ 士片(21)之沉孔(213)及該結 ?L( 223) t ^ ^±14 ,亚螺鎖於該第二鎖片(22)之螺 以W中该螺栓(30)俜1^ 沉孔(2Π)的涵加/ 係具有一抵靠於第一鎖片(21)之 、邛(31),該螺栓(30)之軸向盥該社入件( 之導斜面⑽間的夾角係呈2〇声门丄口件⑽ 緊效果。 20度’以收到最佳之引導迫 請進一步參照第四圖所示,當欲 (_合於結合件⑽上時,係使該車手把(◦車)穿= 結合件⑽與該第-鎖緊件⑽所圍設出之空間::第 一鎖緊件(2 0)係呈剪刀々祕m^ ?壬一刀式地壞抱包覆於該車手把(30)上, 虽该螺栓⑽鎖緊於該第二鎖片⑵)之螺孔(223)時,即 可帶動第-鎖片⑻與第二鎖片(22)之卡抵塊(21 2)(222) :"斜面(2⑷(224)相互接近,進而帶動該第一鎖緊件⑽ 彺結合件。0)的方向移冑’此時被該第一鎖緊件⑽及結 合件(1 0)所夾置之車手把⑽)即被牢固地鎖緊固定於該姓 合件(10)上。 ^ 請進一步參照第五圖所示,該結合件(10)之第二端係 可形成一弧形端面以及兩結合孔(14),該兩結合孔(14)係 貫穿該結合件(10)且接近結合件(1〇)第二端之端面,該結 a件(1 0)第一鈿及第二端之結合孔(】〗)(〗4 )的軸向係互相 垂直,邊第二端之各結合孔(1 4 )的兩端分別形成一擴孔部 0 5),各擴孔部(15)於接近結合件(〗〇)第二端之端面的一 11 M345760 侧係形成一導斜面(16);本創作之較佳實施例係進一步包 含一第二鎖緊件(40)以及兩螺栓(5〇),該第二鎖緊件(4〇) 之結構係與該第一鎖緊件(20)的結構相似,除了該第二鎖 緊件(40)之第一鎖片(41)的鎖緊端係形成兩分離之鎖緊 部,兩鎖緊部係分別設有一沉孔(411),該第二鎖緊件(4〇) 之第二鎖片(42)係設有兩分別對應於第一鎖片(41)之兩沉 孔(411)的螺孔(421),以供該兩螺栓(5〇)依次分別穿設螺 鎖於其中,該兩螺栓(50)之軸向與該結合件(1〇)之導斜面 (16)的夾角係呈2〇度,當螺鎖該兩螺栓(5〇)時,係可先 鎖緊一螺拴(50)於一組對應之沉孔(411)與螺孔(421)中, 再鎖緊另一螺栓(50)於另一組對應之沉孔(411)與螺孔 (421)中,藉此使一自行車之前叉豎桿(7〇)可牢固地結合 於j。件(1〇)之第二端,因此本創作之較佳實施例即可 同時結合自行車之車手把(6〇)與前又豎桿(70),而可作為 自行車的一豎管之用。 本創作之較佳實施例由於係採用剪刀式的鎖緊件 以及沉孔(213)(4⑴設計,因此可呈現平順的外 _硯而產生均勻的美感。此外,本創作之較佳實施例由於係 透過導斜面(13)⑵4)(224)(1 6)的設計來鎖緊鎖緊件 (、)(4〇)因此螺栓(30)(50)係間接受力而較不易損壞, 二二了:免自仃車之車手把(6〇)或前又豎桿(7°)鬆脫而提 而自订車騎乘時的安全性。 【圖式簡單說明】 第圖係為本創作較佳實施例之立體圖。 12 M345760 第二圖係為本創作座 #季父佳實施例 第三圖係為本創作 。/刀解圖。 第四圖係為本創作^ ^ 一 j硯局部剖面圖。 ^ 乍較佳貫施例結合於自疒击由 丽又豎桿時之立體圖。 、自仃車車手把及 弟五圖係為本創作鲈 J邛杈佳實施例 【主要元件符號說明、 (ίο)結合件 視局部剖面And the β first locks are respectively V-shaped and respectively correspond to the inner sides of the first cymbal (1) of the joint member and are respectively formed by arcing the inner sides of the second lock pieces and corresponding to the curved end faces of the cymbals, and the cymbal cutters are curved and Corresponding to the curved end faces of the 7th M345760 end and the second end of the joint member respectively. Preferably, the pivoting ends of the two first locking pieces are respectively spaced apart from the two pivoting portions. The two pivoting portions are respectively provided with a mutual alignment, and the pivoting ends of the two first locking pieces are respectively A pivoting portion is respectively disposed, and the pivoting portion is inserted into the two pivoting portions corresponding to the first locking piece and is provided with a permanent through hole, and the through hole is aligned with the two pivoting portions of the corresponding first locking piece The through hole, the first piece and the second locking member are respectively provided with a pivot shaft, and the pivot device is disposed in the through hole corresponding to the first locking piece and the second locking piece. Preferably, the end faces of the first end and the second end of the joint member are curved, and the first end and the axial end of the joint hole of the Chu-& The axial ends of the curved end faces are perpendicular to each other, and the two first locking pieces are respectively formed into an arc shape and respectively corresponding to the first end of the coupling member and the second inner portion: the second surface The inner side faces are respectively arced to correspond to the fox-shaped end faces of the first end and the second end of the joint member. And the two different locking parts are respectively provided, and the two locking parts are respectively provided with a countersunk hole, saying: • The fastening piece m piece is provided with two corresponding to the first locking piece respectively, the second locking part is The two bolts are respectively provided with a screw lock 2: a hole and two screw holes. Preferably, the first sea of the joint member is curved, and the first end and the second end of the joint are respectively formed by the end end of the end end and the end end of the curved end of the second end: The hole f-axis: respectively corresponding to the first side of the first side of the arc-shaped and respectively corresponding to the inner end face of the second sigma-two-locking piece, the two second locking piece, the first end of the fitting and the second end of the arc The inner side of the piece is respectively formed into an arc shape and respectively smashed by 4 soils, and the second locking piece U 4 _ is separated from the locking portion, and the lock is formed, and the lock 8 M345760 and the joint are formed. The first end and the second preferred are the second lock; the end faces correspond. The angle between the guide bevels at the second end of the piece is "/the cumbersome axial system and the specific work that can be achieved by the combination of this creation::: degree. When the pipe is worn on the locking member and the bolt is locked Using the guide 4 T on the screw hole, the screw can be used to replace the tube with the screw, and the locking member can be tightened to the tube, and the moving member can be moved to the joint member. The design is used to lock the / σ piece through the design of the guide bevel. This creation is less likely to be damaged by force, so 'so the bolts accept the t-brother from the 4 car. ^ Loose and improve the bicycle ride. Safety e or cutting and vertical rod 2 · With the plan adopted by this creation, the appearance of this creation is not suitable for the locking parts and the countersinks, and the squats are formed, and the embossing can be smoothed and the creation is increased. The appearance and texture. Beyond the spoon [Embodiment] With reference to the first figure, the second picture of the first gold, and the second picture of the second, the present embodiment includes a joint member m. 1 〇) combined with the first locking member (20) and a bolt that is screwed onto the locking member (20) The coupling member U0) has a first end and a second end, the first end forming an arcuate end surface and a coupling hole (1)), the coupling hole (1)) extending through the coupling member (10) And close to the end surface of the first end of the joint member (10), the axial direction of the joint hole (11) is perpendicular to the axial direction of the curved end surface, and the two ends of the joint hole (11) respectively form a reaming portion (12) ) ' each of the reaming portions (12) forms a guiding bevel (丨3) on the side close to the first known end face of the coupling member (10); M345760 The first locking member (20) includes a first lock a sheet (2)), a second locking piece (22) and a trailing shaft (23), the inner side surface of the t-first locking piece (2) is curved and corresponds to the curved end surface of the coupling member (1). The first locking piece ((1) has a pivoting end and a locking end, and the pivoting end is provided with two pivoting portions (211), and the pivoting portions (211) respectively have a through hole aligned with each other. The locking end protrudes from a locking block (2) 2) protruding from the inner side surface of the first locking piece (21) and disposed in one of the coupling holes (丨丨) 12), the card is offset (212) having a counterbore (213) and a guiding bevel (214) extending through the clamping block (2丨2) and corresponding to the bonding hole of the bonding member (11) The guide bevel (214) is formed on the side of the latching block (212) and is engaged with the beveled surface (13) of the reaming portion (12); within the second locking piece (2 2) The side surface is curved and corresponds to the curved end surface of the first end of the coupling member. The second locking piece (22) has a pivoting end and a locking end. The pivoting end is convexly disposed. a pivoting portion (221), the pivoting portion (221) is inserted into the two pivoting portions (2丨j) of the first locking piece (2丨) and is provided with a consistent through hole, the through hole is aligned with a through hole of the two pivoting portions (211) of the first locking piece (2), the locking end is provided with a latching block (222), and the latching block (222) is protruded from the second The inner side of the locking piece (22) is disposed in another reaming portion (12) of the coupling member (10), the locking member (222) having a screw hole (223) and a guiding slope (224) The screw hole (223) extends through the latching block (222) and corresponds to the junction of the coupling member (1) a guide hole (224) formed on a side of the latching block (222) and engaging with a guide bevel (13) of the reaming portion (12); the pivot (23) ) is disposed in the through hole of the first locking piece (21) and the second locking piece (22) M345760; and the first locking piece (21) and the second locking piece (22) are pivoted The bolt (30) is threaded through the joint hole of the first joint (10) (the counterbore (213) of the ln^ slice (21) and the knot L(223) t ^ ^±14, the sub-spin lock The shank (2) of the second locking piece (22) is affixed to the yoke (31) of the first locking piece (21). The angle between the axial direction of the bolt (30) and the inlet of the body (the inclined surface (10) is 2 〇 gauze mouthpiece (10). 20 degrees 'to receive the best guidance, please further refer to the fourth figure, when the desire to (_ combined with the joint (10), the driver to put (brake) = joint (10) with the first - The space enclosed by the locking member (10): the first locking member (20) is a scissors and the m^? 壬 a knife-like wreck is wrapped on the handlebar (30), although the bolt (10) When the screw hole (223) of the second locking piece (2) is locked, the clamping piece (21 2) (222) of the first locking piece (8) and the second locking piece (22) can be driven: "slope ( 2(4)(224) are close to each other, and then drive the first locking member (10) to the coupling member. The direction of 0) is shifted by the handlebar clamped by the first locking member (10) and the coupling member (10). (10)) is firmly fixed to the surname (10). Further, referring to FIG. 5, the second end of the coupling member (10) can form an arc-shaped end surface and two coupling holes (14), and the two coupling holes (14) extend through the coupling member (10). And close to the end surface of the second end of the joint member (1〇), the axial direction of the joint hole (]〗 () of the first and second ends of the joint a (10) is perpendicular to each other, and the second side A reaming portion 0 5) is formed at each end of each of the coupling holes (14), and each of the reaming portions (15) forms a side of an 11 M345760 near the end surface of the second end of the coupling member. The preferred embodiment of the present invention further includes a second locking member (40) and two bolts (5〇), the second locking member (4〇) having the structure and the first The locking member (20) has a similar structure, except that the locking end of the first locking piece (41) of the second locking member (40) forms two separate locking portions, and the two locking portions are respectively provided with a sinking portion. The second locking piece (42) of the second locking member (4) is provided with two screw holes (421) respectively corresponding to the two counter holes (411) of the first locking piece (41). For the two bolts (5〇) in turn Inserting a screw lock therein, the angle between the axial direction of the two bolts (50) and the guiding inclined surface (16) of the coupling member (1) is 2 degrees, when the two bolts (5 inches) are screwed, The first screw (50) can be locked in a corresponding set of counterbore (411) and screw hole (421), and then the other bolt (50) can be locked to another corresponding counterbore (411). In the screw hole (421), a bicycle front fork vertical rod (7〇) can be firmly coupled to j. The second end of the piece (1〇), so the preferred embodiment of the present invention can be combined with the bicycle handlebar (6〇) and the front vertical bar (70), and can be used as a standpipe for the bicycle. The preferred embodiment of the present invention produces a uniform aesthetic because of the use of a scissors-type locking member and a counterbore (213) (4(1) design). Further, the preferred embodiment of the present invention is Through the design of the guide bevel (13) (2) 4) (224) (16), the locking member (,) (4 〇) is locked, so that the bolt (30) (50) receives force and is less susceptible to damage. : Free from the brakes of the driver (6 〇) or the front vertical bar (7 °) to customize the safety of the ride. BRIEF DESCRIPTION OF THE DRAWINGS The drawings are a perspective view of a preferred embodiment of the present invention. 12 M345760 The second picture is the creation of the seat #季父佳实施例 The third picture is the creation. / Knife solution. The fourth picture is a partial cross-section of the creation ^ ^ a j砚. ^ The preferred embodiment is combined with a three-dimensional view of the self-slamming ray and the vertical bar.仃 车 车 车 及 及 及 及 弟 弟 五 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施

(12)擴孔部 (1 4 )結合孔 (1 6)導斜面 (20)第一鎖緊件 (211)樞設部 (21 3)沉孔 (2 2)第二鎖片 (2 2 2)卡抵塊 (224)導斜面 (30)螺栓 (40)第二鎖緊件 (411)沉孔 (421)螺孔 (5 0)螺栓 (60)車手把 (11)結合孔 (13) 導斜面 (1 5)擴孔部 (21)第一鎖片 (21 2)卡抵塊 (214)導斜面 (2 21)樞設部 (223)螺孔 (23)柩軸 (41) 第一鎖片 (42) 弟二鎖片 (7 0)前叉豎桿 13(12) Reaming portion (14) Bonding hole (16) Guide bevel (20) First locking member (211) Pivot (21 3) Counterbore (2 2) Second locking piece (2 2 2 ) card block (224) guide bevel (30) bolt (40) second locking member (411) counterbore (421) screw hole (50) bolt (60) handlebar (11) coupling hole (13) guide Bevel (15) Reaming (21) First locking piece (21 2) Clamping block (214) Guide bevel (2 21) Pivot part (223) Screw hole (23) Clamping shaft (41) First lock Piece (42) brother two lock piece (7 0) front fork vertical rod 13

Claims (1)

M345760 九、申請專利範圍: 1 種勇刀式斜面鎖緊裝置,其係包括: 釔合件,其係具有一第一端以及一第二端,該第一 鈿係形成貝牙之結合孔,該結合孔之一端形成一擴孔 部,該擴孔部於接近結合件第一端之端面的一側係形成一 導斜面; 第鎖緊件,其係包含一第_鎖片以及一第二鎖 片.亥第鎖片係具有一樞設端以及一鎖緊端,該鎖緊端 係凸設-卡抵塊,該卡抵塊係凸出於第一鎖片之内側面且 设置於該結合孔之;f庵^丨部φ μ 您擴孔邛中,该卡抵塊具有一沉孔以及一 導斜面,該沉孔係貫穿該卡抵塊且對應於該結合件之結合 孔。亥導斜面k形成於該卡抵塊之側邊且卡抵於該擴孔部 :導斜面’该第二鎖片係具有_樞設端以及一鎖緊端,該 第二鎖片之枢設端係樞設於該第一鎖片之柩設端,該鎖緊 端係設有一對應於該結合件之結合孔的螺孔;以及 一螺栓,其係穿設於第一鎖片之沉孔及該結合件之結 合孔中,並螺鎖於該第二鎖片之螺孔中,該螺栓係具有一 抵罪於该第一鎖片之沉孔的頭部。 2 .如申請專利範圍第1項所述之剪刀式斜面鎖緊裝 置’其中該螺栓之軸向與該結合件之導斜面的失角係呈別 度0 3 .如申請專利範圍第2項所述之剪刀式斜面鎖緊裝 置’其中該結合件之結合孔的另〆端形成-擴孔部,該擴 孔部於接近結合件端面之一側係形成一導斜面,該第二』 14 M345760 片之鎖緊端係Α μ 上』么 之内側面且設==卡抵塊係凸出於第二鎖片 塊係具有一導钭二;口孔之另~端的擴孔部中,該卡抵 卡抵於該擴孔部之導斜面,衣该卡抵塊之側邊且 抵塊。 针面&quot;亥弟二鎖片之螺孔係貫穿該卡 4 ·如申請專利範圍第3項 置,苴中兮社人A 、斤述之男刀式斜面鎖緊裝 η:广端面係形成為弧形,該結合孔之軸白 知與该弧形端面之軸向垂直之軸向 形且盥哕蛀人杜+〆 dx弟一鎖片之内側面係成弧 士、—、、、口 形端面對應,該第二鎖片之内側面# 弧形且舆該結合件之弧形端面對應。 ’丁、 式祖5 ·、,如申請專利範圍第1或2或3或4項所述之剪刀 面鎖緊裝置’其中該第—鎖片之樞設端 樞設部,該樞設部分別設有一相互對歲夕+办同凸。又兩 有相互對齊之貫穿孔,該第二 ^片之枢設端係凸設一枢設部,該樞設部係插置於第—鎖 銷兩枕^ 4中且设有一貫穿孔,該貫穿孔係對齊於第-,★片之兩枢設部的貫穿孔,該第—㈣件係進—步設有— 樞轴’該樞軸係穿設於該第一鎖片與第二鎖片之貫穿孔 中0 6 ·如申請專利範圍第丄項所述之剪刀式斜面鎖緊裝 置’其中該結合件之結合孔的另一端形成一擴孔部,該擴 孔部於接近結合件端面之一側係形成一導斜面,該第二鎖 片之鎖緊端係凸設一卡抵塊,該卡抵塊係凸出於第二鎖片 之内側面且設置於該結合孔之另一端的擴孔部中,:卡抵 塊係具有—導斜面,該導斜面係形成於該卡抵塊之側邊且 15 M345760 卡抵於該擴孔部之導斜面,該第二鎖片之螺孔係貫穿該卡 抵塊。 7 ·如申請專利範圍第X或2項所述之剪刀式斜面鎖 緊裝置,其中該結合件之端面係形成為弧形,該結合孔之 軸向係與該弧形端面之軸向垂直,該第一鎖片之内側面係 成弧形且與該結合件之弧形端面對應,該第二鎖片之内側 面係成弧形且與該結合件之弧形端面對應。 8 ·如申請專利範圍第1或2或3項所述之剪刀式斜 面鎖緊裝置,其中該結合件之第二端係形成一貫穿之結合 孔,該結合孔之一端形成一擴孔部,該擴孔部於接近結合 件第二端之端面的一側係形成一導斜面,該結合件第一端 與第二端之結合孔的軸向係互相垂直; 剪刀式斜面鎖緊裝置進一步包含一第二鎖緊件以及 -螺栓」該第二鎖緊件係包含一第一鎖片以及一第二鎖 片i第鎖片係具有一樞設端以及一鎖緊端,該鎖緊端 係凸設-卡抵塊,該卡抵塊係凸出於第二鎖片之内側面且 -設置於該第二端之紝人力μ , 、一、#而之釔合孔的擴孔部中,該卡抵塊具有一沉 ,孔斤及山^斜面’ 1 亥沉孔係貫穿該卡抵塊且對應於該結合 件第一知之結合孔,該導斜面係形成於該卡抵塊之側邊且 卡抵於該擴孔部之導 及-鎖緊端,該第1係具有一樞設端以 一鎖片之柩设端係樞設於該第一鎖片之 樞設端,該鎖腎# α ϋ &gt; 系而係权有一對應於該結合件第二端之結合 孔的螺孔,該螺栓择穿Μ 牙σ又方;罘一鎖片之沉孔及該結合件第 二端之結合孔中,、,成M i ^ 亚/、、A於該第二鎖片之螺孔中,該螺栓 16M345760 IX. Patent Application Range: A type of knives type bevel locking device, comprising: a splicing member having a first end and a second end, the first scorpion forming a joint hole of a beak tooth, One end of the coupling hole forms a reaming portion, and the reaming portion forms a guiding surface on a side close to the end surface of the first end of the coupling member; the first locking member includes a first locking piece and a second portion The locking piece has a pivoting end and a locking end, and the locking end is convexly-shaped, and the locking piece protrudes from the inner side of the first locking piece and is disposed on the locking piece In the reaming bore, the latching block has a counterbore and a guiding bevel that extends through the latching block and corresponds to the engaging hole of the coupling member. a guiding slope k is formed on a side of the latching block and is engaged with the reaming portion: a guiding beveling surface 'the second locking piece has a pivoting end and a locking end, and the second locking piece is pivoted The end is pivotally disposed at a clamping end of the first locking piece, the locking end is provided with a screw hole corresponding to the coupling hole of the coupling member; and a bolt is threaded through the counterbore of the first locking piece And the coupling hole of the coupling member is screwed into the screw hole of the second locking piece, and the bolt has a head that is against the counterbore of the first locking piece. 2. The scissor-type bevel locking device of claim 1, wherein the axial direction of the bolt and the angle of inclination of the guiding bevel of the coupling member are different degrees 0 3 as claimed in claim 2 The scissor-type bevel locking device is characterized in that the other end of the coupling hole of the coupling member forms a reaming portion, and the reaming portion forms a guiding bevel on a side close to the end surface of the coupling member, the second "14 M345760" The locking end of the piece is on the inner side of the Α μ and the == card abutting block protrudes from the second locking piece to have a guide 钭 two; in the other end of the hole, the card The card is pressed against the guiding slope of the reaming portion, and the card is pressed against the side of the block and abuts against the block. Needle surface&quot;Haidi two locking piece screw hole runs through the card 4 · As for the third item of the patent application scope, the 苴中兮社人 A, 斤述之男刀式斜锁锁装 η: wide end face formation In the shape of an arc, the axis of the coupling hole is axially perpendicular to the axial direction of the curved end face and the inner side of the locking piece is formed into an arc, -, and a mouth shape. Corresponding to the end surface, the inner side surface of the second locking piece is curved and corresponds to the curved end surface of the coupling member. </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; There is a mutual yoke + office. And the two through-holes are aligned with each other, and the pivoting end of the second piece protrudes from a pivoting portion, and the pivoting portion is inserted into the first locking pin and is provided with a permanent perforation. The through hole is aligned with the through hole of the two pivoting portions of the first and fourth pieces, and the first (four) member is provided with a pivoting shaft that is threaded through the first locking piece and the second locking piece. In the through hole of the sheet, the scissor type bevel locking device described in the above-mentioned claim, wherein the other end of the coupling hole of the coupling member forms a reaming portion adjacent to the end surface of the coupling member One of the side portions forms a guiding slope, and the locking end of the second locking piece protrudes from a locking block, and the locking piece protrudes from the inner side surface of the second locking piece and is disposed at the other end of the coupling hole In the reaming portion, the latching block has a guiding inclined surface formed on the side of the engaging block and 15 M345760 is engaged with the guiding inclined surface of the reaming portion, and the second locking piece is screwed The hole system runs through the card to block. The scissor-type bevel locking device of claim X, wherein the end surface of the coupling member is formed in an arc shape, and the axial direction of the coupling hole is perpendicular to the axial direction of the curved end surface. The inner side surface of the first locking piece is curved and corresponds to the curved end surface of the coupling member, and the inner side surface of the second locking piece is curved and corresponds to the curved end surface of the coupling member. The scissor-type bevel locking device of claim 1 or 2 or 3, wherein the second end of the coupling member forms a through hole, and one end of the coupling hole forms a reaming portion. The reaming portion forms a guiding slope on a side close to the end surface of the second end of the coupling member, and the axial direction of the coupling hole of the first end and the second end of the coupling member is perpendicular to each other; the scissor bevel locking device further comprises a second locking member and a bolt. The second locking member includes a first locking piece and a second locking piece. The first locking piece has a pivoting end and a locking end. The locking end is a protruding-clamping block protruding from the inner side surface of the second locking piece and disposed in the reaming portion of the clamping hole of the second end The card abutting block has a sinking hole, and the hole and the mountain beveled surface 1 through the card abutting block and corresponding to the first known bonding hole of the coupling member, the guiding inclined surface is formed on the side of the card abutting block And the card is abutted on the guiding and locking end of the reaming portion, and the first system has a pivoting end pivoted with a locking piece a pivoting end of the first locking piece, the locking kidney #α ϋ &gt; is attached to a screw hole corresponding to the coupling hole of the second end of the coupling member, the bolt is selected to pass through the gingival sigma; a counterbore of the locking piece and a coupling hole of the second end of the coupling member, wherein M i ^ / /, A in the screw hole of the second locking piece, the bolt 16
TW097210247U 2008-06-10 2008-06-10 Scissors-type inclined plane fastener TWM345760U (en)

Priority Applications (1)

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Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW097210247U TWM345760U (en) 2008-06-10 2008-06-10 Scissors-type inclined plane fastener

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TWM345760U true TWM345760U (en) 2008-12-01

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Family Applications (1)

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