201130611 六、發明說明： 【發明所屬之技術領域】 工 本發明係關於一種扭力接頭結構，尤指一種扭 =構之外筒係設有透空槽及識別線相配合調整扭力，且係 =使用者操作時觀看調整扭力值且該結構係容易加 【先前技術】 9 4 Hit所二:習用之扭力接頭結構如美國專利3 y 4 2 3 3 7號’該結構係包括 第-接塊（3 )、第-接土…、 外同（2 )、 中； 弟—接塊（4 )、定位件及彈性元件，其 内同（1 )内周緣係設有外 端外周緣係設有第―扣扭A （1)另 穿之穿孔；弟心標線，該内筒⑴中央係設有貫 内螺内螺紋，該外筒⑵之 外筒（2)外周緣設有螺紋相螺設且可相對轉動，該 之第-指標線相配合；佈，，刻度’刻度係與内筒⑴ 穿孔； 肩士，該外筒（2)中央設有貫穿之 一第—接塊（3 )在a 相組設後所形成之容^谷設於内筒（1 )及外筒（2) 設有複數環狀排列# ^内’該第一接塊（3 )—端係 端係設有第—套合部之第;;咬合部’該第一接塊（3 )另 之穿孔外，該第—套a 5亥第一套合部係穿伸於内筒（1 ) s部係呈四角頭狀而可套合套筒旋動 201130611 之； 弟一接塊（4)係樞設於内筒（1 ) 相組設後所形成之交番“ 上 ( 2 } 設有複數環狀排列齒之第 、係 位置係與内筒⑴之第亥第-父合部之齒部 塊（4)另端俘対配合’該第二接 外筒^ 套合部’該第二套合部係穿伸於 驅動； ?孔外’該第二套合部呈槽狀以供扳手套合 位件數個球體環狀組設成—環圈狀，該定 :糸合：於第—接塊（3)之第一咬合部及第二接塊 八立 苐—°乂合部間，意即該每一球體係容設於第一咬 …Ρ及第一咬合部之每—個齒部間，驅動該 係可=定位件及第—接塊（3)轉動 鬼（4) -彈性元件—端抵於外筒（2)槽底而另端抵於 接塊（4)上。 _ π — 該專利之扭力接頭結構原理係在於： f由旋轉外筒（2)，使該外筒（2)之某-刻度對 正内ft ( 1 )之第—指標線，亦即調整二者間之螺合度， 該彈性^件係因受壓縮之程度而具設定扭力接頭之最大 ，力：驅動該第二套合部’使該第二接塊⑷連動 疋4件及帛接塊（3)轉動，該第一套合部係套合套筒 而㈣螺合件’當螺合件被鎖緊至―程度而大於彈性元件 ，彈力’該第二接塊（4)係受阻力，使該彈性元件受壓 縮繼而第二接塊（4)與定位件間即相互脫開，該第二接 201130611 塊（4 )即無法再驅動第一接塊（3 )，此即為扭力調 之原理。 但此美國專利案之缺失係為： ，丄2)外周緣係3 6 0度環狀佈設有刻度， :么相緣係僅一處設有第一指標線以供指示對 用者知作調整扭力大小時，該使用者係f將内筒 轉動至設有第一指標線處觀看刻度’而此僅一處設 ⑽可供使用者調整扭力之結構係較不便於使用者 作0 僅：外Γ2)受限於需環狀排列設有刻度，因此 …i度僅為-規格狀，而世界上之規格係有公制之牛頓米 及公斤米，英制亦有傍吸之規格，複數種扭 、 係無法同時設於外筒（2) #田土 不不 奸知設^扭力之規格後尚需規格換算增加操作時之 3、該外筒⑵外周緣係36〇度環狀佈設有対卢， ^筒（2 )於印製刻度時絲易因圓筒狀外緣弧度而义不 有鑑於上述習用扭力接頭結構之缺失，本發明 問ς事相關仃業之經驗’終於有—能改善習用弊端之產品 【發明内容】 之 201130611 便於使用者操作時_羞 加工 製作。 調正扭力值且該結構係容易 具=言，料_於—種扭力 括.一外端係設有第—螺紋部、第 冓:係， 及複數個透空槽，該每 ，孔第-抵緣 狀，該每-透空槽—側係設 螺紋部以與第_螺咬 有/ 一内向設有第二 孔、®… 螺合，該内筒中央設有第二穿 正；-第一一接境及識端二線’該識別線係與透空槽位置相對 設有二：有第-接塊另端係 邻，γ链枝 尝鸲，—弟二接塊一端設有第一嚙合 二設有第二套合部以與第二套端相套 一弟二接塊一端設有第二 合，該第三接塊另端今右笛一太人 弟_口相㉟ _ 鳊有第二套合部，第三套合部係穿伸 ;弟一牙孔外彈性元件—端頂抵於第二接塊上而 抵於外筒筒底。 私 _藉此°亥外筒外周緣設有複數個透空槽及複數第一指 標’每厂透空槽之第一指標係與内筒之識別線相配合調整 扭6亥透空槽之第一指標係與外筒間呈轴向設置且環狀 佈設^該結構係方便使用麵作時於外筒各種角度調整扭 力。遠複數透空槽設有第一指標，該複數第一指標係不同 規格之刻度以供使用者選擇而增加使用擴充性不需 換算。 為使鈞局委員及熟習於此項技藝人士對本發明之 功效瞭解，茲配合圖式及圖號就本發明之結構說明於後， 201130611 惟以下所述僅為解釋本發明之實施例，是以凡是在本發明 之發明精神下，所作的任何修飾，皆仍應屬於本發明之保 護範圍。 【實施方式】 首先請參閱第-圖至第三圖所示’係本發明之分解圖 及内筒（2 0 )側視圖，本發明係關於一種扭力接頭結構， 其係包括：外筒（i 〇 )'内筒（2 〇 )、第一接塊（3 〇 )、 第二接塊（4 0 )、第三接塊（5 〇 )及彈性元件（ ， 其中； 外同（1 0 )’該外筒（1 0 ) 一端内周緣係設有 卜紋部（1 1 )，該外筒（1 0)中央係設有貫穿之 :-穿孔（1 2 )，該第一穿孔（i 2 )開口處係形成一 第了抵緣（1 3 )’該外筒（1 〇 )之第-螺紋部（i ! 處係設有環狀棑列之複數個透空槽（1 4 i _ 4)係為三個’該每m曹（14)係延外筒（I〇: 轴向之長槽狀’該每—透空槽（i 4 )—側係設有第旨 .該每—透空槽（14)另側設有第二指標（1 -η二夂標（15)及第二指標（15 d為不同 扭力規格刻度； ~ j 第二該内筒（20) -端外周緣係設有 紋狀:、該第二螺二部（21)係呈外螺牙 …κ 21)係、與外筒（1 〇)之第一螺 、，文邠1 1)相螺合，該内w (2〇)中央設有第二穿孔 201130611 (2 2 )’該第二穿孔（2 3 ) ’該内筒（2 〇 )之第二觀部1系形成第二抵緣（2 狀圍繞之環溝槽（2 4 )，該溝 1 )處係設有環 第二螺紋部（2 i )之外徨，二/ 4 )直徑係略小於 設有環狀圍繞之識麟（2 :紅（24)内係 彩或顯目之標示以供識別； 50 1線（2 5)係為色201130611 VI. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a torsion joint structure, in particular to a torsion-construction cylinder having a through-groove and an identification line for adjusting the torsion force, and Viewing the adjusted torque value during operation and the structure is easy to add [Prior Art] 9 4 Hit 2: Conventional Torque Joint Structure as in US Patent 3 y 4 2 3 3 7 'This structure includes the first block (3) , the first - soil (...), the same (2), the middle; the younger - the joint (4), the positioning member and the elastic member, the inner circumference of the same (1) is provided with the outer periphery of the outer periphery and the first buckle Twist A (1) another piercing; younger heart marking, the inner cylinder (1) is provided with a threaded internal thread in the center, and the outer cylinder (2) outer cylinder (2) is provided with a threaded phase screw and can be opposite Rotating, the first-indicator line is matched; cloth, and the scale 'scaled with the inner tube (1) perforated; the shoulder, the outer tube (2) is provided with a penetrating one-piece (3) in the middle phase group The capacity formed by the post is set in the inner cylinder (1) and the outer cylinder (2) is provided with a plurality of annular arrangements #^内' the first junction block (3) - the end of the end is provided with a first portion of the sleeve; the occlusal portion of the first block (3) is further perforated, and the first sleeve of the first sleeve is penetrated into the inner tube (1) The s department is in the shape of a quadrangular head and can be fitted with a sleeve to rotate 201130611; the first block (4) is pivoted in the inner cylinder (1). a plurality of annularly arranged teeth, a position of the system, and a tooth block (4) of the inner portion (1) of the inner tube (1), and a second end of the toothed portion The second set of joints is stretched and driven; the outer part of the hole is in the shape of a groove for the wrench to fit the plurality of spheres and the ring is formed into a ring-shaped shape, which is: Between the first occlusion portion of the first block (3) and the second occlusion portion and the second splicing portion, that is, each ball system is accommodated in each of the first bite and the first occlusion portion. - between the teeth, drive the system = the positioning member and the first block (3) rotating the ghost (4) - the elastic element - the end against the bottom of the outer cylinder (2) and the other end against the block (4) _ π — The principle of the torsion joint structure of the patent is: f Turn the outer cylinder (2) so that the certain scale of the outer cylinder (2) is aligned with the first indicator line of the inner ft (1), that is, the degree of screwing between the two is adjusted. To the extent that the maximum torque of the set torque joint is set, the force is: driving the second sleeve portion to make the second joint block (4) interlock with the 疋4 member and the splicing block (3), and the first sleeve portion is sleeved And (4) the screwing member 'when the screwing member is locked to a degree larger than the elastic member, the elastic force 'the second connecting block (4) is subjected to resistance, so that the elastic member is compressed and then the second connecting block (4) The positioning parts are disengaged from each other, and the second connection 201130611 block (4) can no longer drive the first connection block (3), which is the principle of torsion adjustment. However, the missing of this US patent case is: 丄 2) The outer peripheral edge of the 360-degree circular cloth is provided with a scale, and the first phase line is provided with only the first indicator line for indicating the user's adjustment. When the torque is large, the user f rotates the inner cylinder to the first indicator line to view the scale ', and only one place (10) allows the user to adjust the torque. The structure is less convenient for the user to make 0 only: Γ 2) is limited to the need to have a circular arrangement of scales, so ... i degree is only - specification, and the world's specifications are metric Newton meters and kilometer meters, the British system also has sucking specifications, a plurality of twists, Can not be set at the same time in the outer cylinder (2) #田土不不奸知设^ Torque specifications after the specification conversion is required to increase the operation of the 3, the outer cylinder (2) the outer circumference of the 36-degree circular cloth with 対卢, ^ When the cylinder (2) is printed on the scale, the silk is easy to be curved due to the outer edge of the cylinder. In view of the lack of the above-mentioned conventional torsion joint structure, the experience of the invention related to the industry has finally improved the drawbacks of the conventional use. Product [Invention Content] 201130611 It is convenient for users to operate _ shy processing. Adjusting the torque value and the structure is easy to have =, the material _ in the torque is included. The outer end is provided with a first thread portion, a third thread: a system, and a plurality of hollow grooves, each of which is - In the shape of the flange, the per-groove-side is provided with a threaded portion to be screwed with the second hole, the inner hole is provided with a second hole, and the second inner hole is provided with a second hole; The first line and the second line of the identification line are located opposite to the position of the through-the-air slot: there is a first-connected block at the other end, and the γ-chain is tasted, and the second block has a first end. The second engaging portion is provided with the second sleeve portion to be disposed with the second sleeve end, and the second joint block is provided with a second joint at the end of the second joint block, and the third joint block is the other end of the right flute and a younger brother _ mouth phase 35 _ 鳊The second set of joints, the third set of joints are stretched; the outer elastic element of the first one of the teeth - the top end abuts against the second joint and abuts the bottom of the outer cylinder. Private_there is a plurality of through-the-air grooves on the outer circumference of the outer cylinder and a plurality of first indicators. The first indicator of each factory through-the-air tank is matched with the identification line of the inner cylinder to adjust the An index is arranged axially between the outer cylinder and the annular arrangement. The structure is convenient for adjusting the torque at various angles of the outer cylinder when the surface is used. The first plurality of through-the-counter slots are provided with a first indicator, and the first plurality of indicators are scales of different specifications for the user to select and increase the use of the expansion without conversion. The structure of the present invention will be described with reference to the drawings and drawings, and the following description is only for explaining the embodiments of the present invention, and is intended to be illustrative of the present invention. Any modification made by the invention in the spirit of the invention should still fall within the protection scope of the invention. [Embodiment] Referring first to the first to third figures, the exploded view of the present invention and the side view of the inner cylinder (20), the present invention relates to a torsion joint structure, which comprises: an outer cylinder (i 〇) 'Inner tube (2 〇), first block (3 〇), second block (40), third block (5 〇) and elastic element ( , where; external (1 0 )' The inner circumference of one end of the outer cylinder (10) is provided with a corrugated portion (1 1 ), and the center of the outer cylinder (10) is provided with a through hole: a perforation (1 2 ), the first perforation (i 2 ) The opening forms a first flange (1 3 )' the first thread portion of the outer cylinder (1 〇) (i! is provided with a plurality of hollow slots (1 4 i _ 4) having a ring-shaped array The system is three 'the per-m Cao (14) extended outer cylinder (I〇: axial long trough 'the per-transparent trough (i 4) - side system is set to the purpose. The second indicator on the other side of the slot (14) (1 - η 夂 ( (15) and the second indicator (15 d is a different torque specification scale; ~ j second the inner cylinder (20) - the outer peripheral edge is set Streaked: the second snail (21) is an external thread... κ 21), and the outer tube (1第一) The first snail, the 邠1 1) phase screw, the inner w (2 〇) center is provided with a second perforation 201130611 (2 2 ) 'the second perforation (2 3 ) 'the inner cylinder (2 The second viewing portion 1 of the 〇) forms a second abutting edge (a ring-shaped groove (2 4 ) surrounded by a ring, the groove 1) is provided with a second thread portion (2 i ) of the ring, and 4) The diameter system is slightly smaller than the one with a ring around it (2: red (24) inside the color or the visible mark for identification; 50 1 line (2 5) is the color
一第一接塊（3 0 )，該第一接燒 外筒（1 0)及内筒（20)相组 30)係容設於 嗜第一接始r 9 η、 、，叹所形成之容置空間内， "弟接塊（3 0) -端係設有第 一套端（31)俜穿伸於楚^ 奮知（31)，該第 ㈣穿孔（12)外，使該第-接鬼（3 0)抵於弟一抵緣（：3 )上，第 中央係設有第-套合部（3 1 1 )，第-套合部（3 i i ) 係呈四角槽狀’第一接塊（3 〇)另端係設有第二套端（3 f ) ’第二套端（3 2)係呈非圓狀，第二套端（3 2) /、角柱狀， …-第二接塊（4〇)，該第二接塊（4〇)係容設於 外=(1 0 )及内筒（2 〇 )相組設所形成之容置空間内， 该第二接塊（4 〇)—端設有複數齒環狀排列之第一嚙合 部（4 1 )’該第二接塊（4〇)另端設有第二套合部（4 2)，δ亥第一套合部（42)係與第一接塊（3〇)之第 二套端（3 2)相配合套設，第二套合部（4 2)呈六角 槽狀； 一第三接塊（5 0 )，該第三接塊（5 〇 )係容設於 201130611 外筒（1 0)及内筒（20)相紕設所形成之容置空間内， 該第三接塊（5 0 )—端設有複數齒環狀排列之第二嚙人 部（5 1 )’該第二嚙合部（5 1 )係與第一嚙合部（4 1 )相嚙合，第二嚙合部（5 i )另側係為抵部（^ 2 )， 戎第三接塊（5 0 )另端設有第三套合部（5 3 )，該第 -二套合部（53)呈四角頭狀，第三套合部（5 3 )係套 合套筒驅動之，第二套合部（5 3)係穿伸於内筒（2 〇) 之第二穿孔（2 2)外，該抵部（5 2)係抵於第二抵 鲁 （2 3 )上； 〜一彈性元# ( 6 0 )’該彈性元件（6 〇 )—端頂抵 巧二接塊（4 0 )上而另端抵於外筒（工〇 )筒底處， 該彈性元件（6 0)係抵於外筒（i 〇 )及第二接塊（4 0 )間。 請繼續參閱第四圖所示，係本發明之立體組合圖，备 組合時，該外筒（10)之第一螺紋部（11)係與内^ 魯^ 2 0 )之第二螺紋部（2丄）相螺設，該溝槽（2 ，與透空槽（i 4)位置相對正，該第—接塊（3 〇 )之 .f —套端（3 1 )係穿伸於第一穿孔（工2 )夕卜並抵於第 .7抵緣（13)上’該第二接塊（4〇)之第二套合部（4 :係與第一接塊（3 〇)之第二套端（3 2 )相套設， 广嗜合部（41)係與第三接塊（5〇)之人 ㈣合’該第三套合部（53)係穿伸於内筒 ^0)之第二穿孔（22)外，該抵部（52)係抵於 弟—抵緣（2 3 )上，該彈性元件（6 〇 ) 一端套設於第 201130611 蜎繼續參閱第五圖之側視圖所示，第六圖係第五圖之 二上處剖視圖，該外筒（1 0 )係與内筒（2 0 )相螺 溝才曰（2 4 )内之識別線（2 5 )係對齊透空槽（1 4) 2之第一指標（i 5)及第二指標（^ ）並調整 至斤而扭力刻度處，藉以調整該彈性元件（6 〇)受壓 程t該扳手係套合於第—套合部（311)處驅動之， ^ 一接塊（3 〇)係連動第二接塊（4 〇)及第三接塊 (5 0)轉動之’該第三套合部（5 3 )係套合套筒而旋 動螺合件，因該第…齒合部（41)係與第二嗜合部（5 參 1 )㈣合’當第三套合部（5 3 )將螺合件旋緊至一扭 力後，該第—鳴合部（4!)及第二喷合部（5 1)間即 相脫開及第一接塊（4 〇)係向後位移而再壓縮彈性元 件（6 0 ) ’或第二接塊（4 〇 )係無法再驅 (50)。 請繼續參閱第七圖所示，係本發明第二實施例之立體 分解圖’該實施例中，該識別線（2 5 )係為—獨立之元 件，該識別線（2 5 )係呈環圈狀，識別、線（2 5 )係固 設於内筒（20)之溝槽（2 4)處，第八圖係c處放大 圖。 請參閱第九圖、第三實施例之分解圖所示，該實施例 中，係設有複數透明塊（7 0)，每—透明塊（7 〇)係 201130611 固設於外筒（) ^ μ, π D 槽（1 4 )處，該透明塊 (7 0 )知保護内筒（2 〇 )之 '，盖μ , 5)結構。 ^〇)之溝槽（24)及識別線（2 請參閱第十圖所示，俜束菸 — 第十一 _為職圖，第十二圖係料-圖之 圖 少 tT'本發明弟四貫施例之立體分解 接塊 處剖視圖’ S亥貫施例中，今第一 (4 0 )係呈一體狀，亦即有二”一㈣ ..P有兀件一知係為第一套端（3 ’ ^―套端（3 1 )係、穿伸於外筒（i 〇 )之第一 穿孔（1 2)外，另端係設有第—喷合部（4丄彡，第— 係與第三接塊（5〇)之第二嗜合部（5 =㈣’該外筒（1〇)設有複數透空槽 2 每—透空槽（14)二側之第-指標（15〕 及弟一才曰才示（1 5 1 )往*^n· & ,、 丄；係设為不同規格刻度，如透空槽（1 4)係為三個時，即可执 ^ ^. 4 5又有六種規格刻度，該本發明之扭 μ頭即具數種扭力刻度可供使用設定，而不需再經由換 异0 本I明扭力接頭結構之設計優點係在於： 1、該外筒（1 f)、m —^ U )外周緣設有複數個透空槽（1 4 )、 弟一指標（1 5 )及篦-/ 1、 久弟—指標（1 5 1 )，每一透空槽（1 4 ) 一側之第~~指輕Γ 1 ir、 ^ , 知（1 5 )及第二指標（1 5 1 )係與 ^ #4曰（2 4 )及識別線（2 5 )相配合調 整扭力，該透空槽f τ 1、 ,a , , n 日〈1 4)、第一指標（1 5)及第二指 裇（1 5 1 )係與外钩f^ 1同（1 0)間呈軸向設置且環狀佈設， 201130611 該結構係方便使用者操作時於外筒（1 〇 )各種角度I周整 扭力。 2、 該透空槽（1 4 )、第一指標（i 5 )及第二指 才不（1 5 1 )與外间（1 〇 )間係呈轴向設置，該透空槽 .(1 4 )、第一指標（1 5 )及第二指標（i 5 i )係為 •較容易加工印製之結構，避免習用需印製於外緣弧度而易 偏位。 3、 該透空槽（1 4)二側設有第-指標（1 5 )及 籲第二指標（1 5 1 )，該第-指標（工5 )及第二指標（工 5 1 )係不同規格之刻度以供使用者選擇而增加使用擴充 性。 綜上所述，本發明之扭力接頭結構具有新穎性、進步 性及實用性，誠能符合發明專利之申請要件，表依法提出 201130611 【圖式簡單說明】 第:圖、係本發明扭力接頭結構之立體分解圖。 第二圖、係本發明扭力接頭結構内筒之側視圖。 第三圖、係本發明第二圖之A處放大圖。 ^第四圖、係本發明扭力接頭結構之立體組合圖。 第五圖知本發明扭力接頭結構之側視圖。 —第六圖、係本料第五圖之Β — β處剖視圖。a first joint block (30), the first joint outer cylinder (10) and the inner cylinder (20) phase group 30) are formed by the first first r9 η, and the sigh is formed. In the accommodating space, the "different block (30)-end system has a first set of ends (31) 俜 俜 楚 楚 ^ ^ 奋 奋 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( - The ghost (3 0) is on the other side of the brother (: 3), the first department has a first-sleeve part (3 1 1 ), and the first-sleeve part (3 ii ) is in the shape of a square groove. The first block (3 〇) is provided with a second end (3 f ) at the other end. The second end (3 2) is non-circular, the second end (3 2), the angular column, ... a second block (4〇), the second block (4〇) is accommodated in the accommodating space formed by the outer (1 0 ) and the inner tube (2 〇) phase set, the second The connecting block (4 〇) is provided with a first engaging portion (4 1 ) of a plurality of teeth arranged in a ring shape. The second connecting block (4 〇) is provided with a second fitting portion (4 2) at the other end, The first set of joints (42) is sleeved with the second set of ends (32) of the first joint block (3), and the second set of joints (42) is hexagonal grooved; Block (5 0 ), the first The block (5 〇) is housed in the accommodating space formed by the outer tube (10) and the inner tube (20) of the 201130611, and the third block (50) is provided with a plurality of ring ends. The second engaging portion (5 1 ) of the second engaging portion (5 1 ) is engaged with the first engaging portion ( 4 1 ), and the other portion of the second engaging portion ( 5 i ) is abutting portion ( ^ 2), the third joint block (50) is provided with a third sleeve portion (53) at the other end, and the first-two sleeve portion (53) has a quadrangular head shape, and the third sleeve portion (5 3 The sleeve is driven by the sleeve, and the second sleeve portion (53) extends beyond the second through hole (2 2) of the inner cylinder (2 ,), and the abutting portion (52) is second to the second portion抵鲁(2 3 )上; 〜1弹性元# ( 6 0 )' The elastic element (6 〇)—the end is offset by the second block (4 0 ) and the other end is pressed against the outer tube (worker) At the bottom, the elastic member (60) is between the outer cylinder (i 〇) and the second joint (40). Please refer to the fourth figure, which is a three-dimensional combination diagram of the present invention. When the combination is prepared, the first threaded portion (11) of the outer cylinder (10) is connected to the second thread portion of the inner tube (20). 2丄) phase screwing, the groove (2, and the position of the through-groove (i 4) is relatively positive, and the first end of the first block (3 〇) is the first end of the sleeve (3 1 ) The perforation (work 2) and the second set of the second joint (4〇) on the (7) edge (13) (4: the first block (3 系) Two sets of end (3 2 ) phase sets, a wide azeo part (41) and a third block (5〇) of the person (four) combined 'the third set part (53) is worn through the inner tube ^0 Outside the second perforation (22), the abutting portion (52) is abutted against the mate-to-edge (23), and one end of the elastic member (6 〇) is set at the end of the 201103011. As shown in the view, the sixth figure is a cross-sectional view of the second figure of the fifth figure. The outer tube (10) is a recognition line (2 5) in the groove (2 4) of the inner cylinder (20). Align the first indicator (i 5) and the second indicator (^) of the through slot (1 4) 2 and adjust to the scale of the torque and torque. The elastic member (6 〇) is driven by the crimping step t, and the wrench is driven by the first sleeve portion (311), ^ a block (3 〇) is linked with the second block (4 〇) and the third The third fitting portion (5 3 ) of the connecting block (50) rotates the sleeve and rotates the screwing member, because the first toothing portion (41) and the second fitting portion (5)参1)(四)合' When the third fitting part (5 3 ) tightens the screwing piece to a torque, the first merging part (4!) and the second spraying part (5 1) are phase The disengagement and the first block (4 〇) are displaced backwards and the elastic element (60) is recompressed or the second block (4 〇) cannot be re-driven (50). Please continue to refer to the seventh figure. According to a second perspective view of the second embodiment of the present invention, in the embodiment, the identification line (25) is an independent component, and the identification line (25) is in a loop shape, identification, and line (2 5 The system is fixed at the groove (24) of the inner cylinder (20), and the eighth figure is an enlarged view of the c. Referring to the exploded view of the ninth embodiment and the third embodiment, in this embodiment, There are a plurality of transparent blocks (70), and each transparent block (7 〇) is 201130611. The outer cylinder () ^ μ, π D grooves (14) at the transparent block (70) within a known protective cylinder (2 billion) of 'cover μ, 5) structure. ^〇)The groove (24) and the identification line (2 See the tenth figure, the bundle of smoke - the eleventh_job map, the twelfth figure of the series - the figure of the figure less tT' the invention brother In the cross-sectional view of the three-dimensional example of the three-dimensional decomposition block, the first (40) system is integrated, that is, there are two "one" (four). The sleeve end (3 ' ^ - sleeve end (3 1 ) system, which is inserted outside the first perforation (1 2) of the outer cylinder (i 〇), and the other end is provided with a first spray-on portion (4丄彡, the first - the second merging part of the third joint block (5 〇) (5 = (four) 'the outer cylinder (1 〇) is provided with a plurality of permeable troughs 2 - the first indicator of the two sides of the permeable trough (14) (15) The younger brother shows that (1 5 1 ) to *^n· & , 丄; is set to different specifications, such as when the empty slot (1 4) is three, you can ^ ^. 4 5 There are six kinds of scales. The twisted head of the present invention has several kinds of torsion scales that can be used without setting up the difference. The design advantages of the torque joint structure are as follows: 1. The outer circumference of the outer cylinder (1 f), m - ^ U) is provided with a plurality of hollow slots (1 4 ), Mark (1 5 ) and 篦-/ 1, Jiudi-index (1 5 1 ), the first ~~ finger on each side of the vacant groove (1 4) is 1 ir, ^, know (1 5) and The second index (1 5 1 ) adjusts the torsion force in conjunction with ^ #4曰(2 4 ) and the identification line (25), the through-the-air slot f τ 1 , , a , , n (< 4 4), An index (1 5) and a second index (1 5 1 ) are axially arranged and annularly arranged with the outer hook f^ 1 (1 0), 201130611. The structure is convenient for the user to operate in the outer cylinder (1 〇) I round the whole torque at various angles. 2. The through-the-air slot (1 4 ), the first index (i 5 ), and the second index (1 5 1 ) and the outer (1 〇) are axes. To the setting, the through slot (1 4 ), the first indicator (1 5 ), and the second indicator (i 5 i ) are • easier to process the printed structure, avoiding the need to print on the outer edge of the arc Easy to be biased. 3. The first indicator (1 5) and the second indicator (1 5 1 ) on the two sides of the through-the-air tank (1 4), the first indicator (work 5) and the second indicator (work 5 1) The scale of different specifications is used for the user to select and increase the use of expandability. In summary, the torque joint structure of the present invention It has the novelty, the progressiveness and the practicability, and can meet the requirements of the invention patent. The table is legally proposed 201130611 [Simple description of the drawing] The figure: is the three-dimensional exploded view of the torsion joint structure of the present invention. A side view of the inner cylinder of the torsion joint structure is invented. The third drawing is an enlarged view of the second drawing of the second embodiment of the present invention. ^The fourth figure is a three-dimensional combination diagram of the torsion joint structure of the present invention. The fifth figure shows a side view of the torsion joint structure of the present invention. - Figure 6 is a cross-sectional view of the fifth figure of the material.
:圖係本發明第二實施例之立體分解圖。 '圖係本發明弟二實施例之C處放大圖。 $九圖、#、本發明第三實施例之立體分解圖。 :圖係本發明第四實施例之立體分解圖。 第十®、係本發明第四實施例之側視圖。 ^二圖、係本發明第十—圖之B-B處剖視圖 【主要元件符號說明】Figure is a perspective exploded view of a second embodiment of the present invention. The figure is an enlarged view of a portion C of the second embodiment of the present invention. $9, #, an exploded perspective view of a third embodiment of the present invention. Figure is a perspective exploded view of a fourth embodiment of the present invention. Tenth® is a side view of a fourth embodiment of the present invention. ^ 二图, is a cross-sectional view of the tenth-figure B-B of the present invention [Description of main component symbols]
(1 0)外筒 (1 2)第一穿孔 (1 4)透空槽 (151)第二指標 (2 0 )内筒 (2 2)第二穿孔 (2 4)溝槽 (3 0 )第一接塊 (311)第一套合部 (4 0 )第二接塊 (1 1 )第一螺紋部 (1 3)第一抵緣 (1 5)第一指標 (2 1 )第二螺紋部 (2 3 )第二抵緣 (2 5 )識別線 (31)第一套端 (3 2)第二套端 (4 1 )第一。齒合部 13 201130611 (4 2)第二套合部 (5 0 )第三接塊 (5 2 )抵部 (6 0 )彈性元件 (5 1 )第二σ齒合部 (5 3 )第三套合部 (7 0 )透明塊(1 0) outer cylinder (1 2) first perforation (14) transparent trough (151) second index (2 0) inner cylinder (2 2) second perforation (2 4) trench (3 0) a first block (4), a second block (1 1 ), a first threaded portion (1 3), a first flange (15), a first index (2 1 ), a second thread portion (2 3) The second edge (2 5 ) identifies the line (31) of the first set end (32) of the second set end (4 1 ) first. Teeth joint portion 13 201130611 (4 2) second nesting portion (50) third joint block (5 2 ) abutting portion (60) elastic member (5 1 ) second sigma tooth portion (5 3 ) third Socket (7 0 ) transparent block
[s] 14[s] 14