M369834 五、新型說明： 【新型所屬之技術領域】 本創作隸屬一種萬向轉接桿之技術領域，具體而言 係指一種可呈直線定向或角度轉向之使用型態的萬向轉 接桿結構，以降低其製造成本，並能提升其結構強度及 扭力。 【先前技術】 按’為了克服現有套筒工具長度不足的問題，業界 開發有多種之轉接桿，且為了進一步解決操作角度受限 的狀況，部份接桿並發展成二段式之萬向轉接桿，其主 要係由一連接驅動源之驅動桿體與一套接工具頭之承接 套筒相對串接而成，由於萬向轉接桿需能進行角度偏擺 ，且需考量其操作時的扭力，因此如何提升其串接處的 強度與操作便利性，係萬向轉接桿領域中重要的課題。 如我國專利公告第M336119號之「萬向接頭」，其 包，一轉接柱、一承接筒單元及一插銷。該轉接柱包括 一萬向孔，承接筒單元包括一呈中空的承接筒，及一套 接筒，該承接筒具有相間隔的一内周面與一外周面、一 由該内周面所界定而成的容置孔’及至少—個形成於該 内周面並延伸至該外周面的插孔，該萬向孔位於該容置 孔中’該套接筒套設於該外周面，並触該插孔。該插 銷^於該萬向孔與該插孔中，並抵住該套接筒，該插銷 的徑寬小於該萬向孔的徑寬。 由於其主要係利用轉接柱球頭部份之萬向孔及插銷 而接設於承接筒上，故在製造上需要於轉接柱上加工形 3 M369834 成兩端J較大彳H放端部及巾 ::壞==構無二= 用於需要較大扭力的場所，嚴=】的 與經濟效益。 j其使用的便利性 人仍針現有者所_加工及強 發經驗’積極尋求解決:===:: 【新型内容】 萬㈣接;作^主要目的係在提供—種易於製造的 簡化其加工難度及組件，而能同 生產效率’達着減製造成本之效。 葸㈣接之另一主要目的係在提供-種高強度的 可避免破壞組件的完整性，而能提高 …，、口構強度，進而增進其驅動螺栓或螺帽的扭力。 酿勤杜體’其兩端分別形成有—套接球頭及一供 开=ίϊΐΐ合部’該驅動桿體之套接球頭的外緣面 y ㈣’ ^'㈣相鄰之切面間夹設形成 M369834 有一端角部； 一承接套筒，其兩端分別形成有一套接孔及一供嵌 套螺栓或螺帽的套合部，該承接套筒之套接孔可供前述 驅動桿體之套接球頭串套，又套接孔内緣形成有複數對 應套接球頭切面之弧凸抵邊’且套接孔兩兩相鄰之孤凸 抵邊間形成有一端角部，再者套接球頭的端角部與兩兩 相鄰之套接孔弧凸抵邊間分別形成有一讓槽。 藉此’透過本創作前述技術手段的具體展現，讓本 創作萬向轉接桿之驅動桿與承接套筒可呈直桿狀或角度 狀串接，以供定向與轉向互換使用，能提升其操作的便 利性’且可簡化加工程序與組件，以降低其製造成本， 讓本創作之萬向轉接桿在「易於製造、結構強度及使用 便利」等方面較現有者更具功效增進。 為使貴審查委員能進一步了解本創作的構成、特 徵及其他目的，以下乃舉本創作之若干較佳實施例，並 配合圖式詳細說明如后，同時讓熟悉該項技術領域者能 夠具體實施。 【實施方式】 本創作係一種萬向轉接桿結構，隨附圖例示本創作 ^萬向轉接桿結構的具體實施例及其構件中，所有關於 前與後、左與右、頂部與底部、上部與下部、以及水平 與垂直的參考，僅用於方便進行描述，並非限制本創作 a $非將其構件限制於任何位置或空間方向。圖式與說 =書中所指定的尺寸，當可在不離開本創作之申請專利 已圍内’根據本創作之具體實施例的設計與需求而進行 5 M369834 變化。 而關於本創作萬向轉接桿結構的構成，則係如第一 圖所顯示者，該萬向轉接桿結構包含有一驅動桿體（10 )^一承接套筒（20)，其中驅動桿體（10)對應承接 套筒（20)的一端形成有一套接球頭（13)，而套接球 頭（13)對應的一端形成有一供容置套接球頭（13)之 套接孔（211)，使驅動桿體（1〇)與承接套筒（2〇) 可利用套接球頭（13)及套接孔（211)相對串接、且 選擇性調整夾角； 至於本創作較佳實施例之詳細構成，則請配合參看 第一、二及五圖所揭示者，該驅動桿體（10)異於套接 球頭（13)的一端具有一供驅動件【如氣動扳手、棘輪 扳^等】作動的多角狀接合部（11)【其可為多角柱狀 或多角孔狀，如第二圖所示本創作以多角柱狀為實施例 】，而接合部（11)可另外串接有一驅動套筒（15)， 該驅動套筒（15)兩端分別形成對應前述接合部（11) 之接合部（151)【其可為多角孔狀或多角柱狀，本創 作以多角孔狀為實施例】及對應驅動件選擇性套接之套 合部（152)，且驅動套筒（15)與接合部〇1)形成 有相對的固定孔（12) (150)，供利用一固定件（16 )，置串接，又前述套接球頭（13)的外緣面形成有複 數等角之切面（130)【本創作係以等角六角狀為實施 例】，且兩兩相鄰之切面（130)間夾設形成有一端角 部（131)，端角部（131)的外緣面可呈平面狀或弧面 狀丄又驅動桿體（10)於鄰近套接球頭（13)處形成有 —定向段（14)，該定向段〇4)可插置於承接套筒（ M369834 2〇)之套接孔（211)内，用於限制驅動桿 對承接套筒（20)調節夾角； ）相 而承接套筒（2G)異於套接孔（211)的—端形成 -供嵌套螺栓或螺帽的套合部（212)【其可為多角 柱狀或多角孔狀，如第二騎示，本辦 實施例】，又承接套筒⑽用於供驅動桿體⑴= ，，頭（13)串套之套接孔（211)内緣鄰近開口處形 成有-道環扣槽（25)，環扣槽（25)可供—環扣件（ 26)選擇性嵌扣，以限制驅動桿體（1〇)的套接球頭（ 13) ’避免驅動桿體（1G)與套接球頭（13)任意脫離 ^又承接⑽（20)套接孔（211)内頂面與前述套接 球，(13)頂部間頂撐有一彈性件（27) ’使驅動桿體 姓接球頭（13)在正常狀況T，可向外抵頂於環 一口 6)上【如第五圖所示】，再者配合第三入圖所 不，套接孔（211)内緣形成有複數對應套接球頭（13 )切面（130)之弧凸抵邊（22〇)，且弧凸抵邊（22〇 )的周面中·^具有—平切面（ 223)，供驅動桿體 I轉動時套接球頭（13)之切面（13〇)相對貼抵【如 第二圖所示】，以增加其旋轉的扭力，又套接孔（211 )兩兩相鄰之弧凸抵邊（22〇)間形成有一端角部（22ι )’且端角部（221)的外緣面可呈平面狀或弧面狀， 再者套接球頭（13)的端角部（131)與兩兩相鄰之套 接孔（211)弧凸抵邊（22〇)間分別形成有一讓槽（ 22;)【如第四圖所示】，使驅動桿體（1〇)套接‘頭 (13)與承接套筒（2〇)套接孔（211)間產生局 、逆向微調轉動之效； 頃 M369834 相對與承接套筒⑽)可利用 向或轉向互換:用(二套用接孔⑼)串接成具有直 強度佳之萬向轉接样結構者。而組構成一低成本、且 者，在正常狀二實:=二’則係如第五及六圖所顯示 承接套筒（2〇) 洤（10)套接球頭（13)受 ”的疋向段（⑷脫離:使，體 ，如驅動桿體（10)可利用^ 的套接孔（ 承接套筒（2〇)套 用套接球頭（13)相對 角叙再者’當需要定向作動時，兩者之間的夾 驅動桿體（10)的套接 則係如第七圖所示，將 套接孔（211)题入(13)向承接套筒（20)的 27)產生回復預Λ，吏套接球頭（13) I縮彈性件（ (⑷插置讓Γ桿體(10)的定向段 動桿體（1。）與承接套η 3如此可有效的限制驅 用者的不同操=㈣(〇)呈直線狀態，以滿足使 接套匕第：：圖所示，驅動桿體（1°)並可利用承 角部^ /接孔(211)相對套接球頭（13)各端 途二i 侧讓槽（222) ( 234)，進行順向或 =的麵，增進操作的便利性，且由於驅動桿體㈠ )套接球頭（13)的切面（130)可貼抵於承接套筒 〇)套接孔（211)的弧凸抵邊（22G)或凸錐抵邊（ 、U)，故可大幅提高轉動的扭力，增加萬向轉接桿的 適用範圍；透過上述的結構及動作說明，本創作能^保 驅動桿體（10)的套接球頭（13)之完整性，無需另外 8 M369834 加工，故不但可簡化其製造難度與組件，而能同步提高 其生產效率，進一步並可提高其結構強度，提升其驅= 螺栓或螺帽的扭力，有效達到降低其製造成本之效。 又本創作的次一實施例，其係如第八、九及十圖所 示，該驅動桿體（10)之套接球頭（13)的外緣面形 有複數等角之切面（130)，且兩兩相鄰之切面（13〇) 間夾設形成有一端角部（131)【如第八圖所示】，且 承接套筒（20)套接孔（201)的弧凸抵邊（22〇)中段 周面係呈完祕面，使鶴桿體（ = =)/接孔_相對套接球頭⑼各端= 弟九十圖所不】，以增進操作的便利性。 者甘該承接套筒（2G)之套接孔㈤）另有-成有㈣ί係如第十一圖所示，套接孔（211)内緣形 ⑵〇)，各凸錐抿邊（230)) ^面（130)之凸錐抵邊 漸== 抵邊_相對二面之：面⑽)貼抵凸錐 咖），以提升相對的或第二=面（ 抵邊(230)間形成有=兩兩 鳊角部（233 )的外綾而开9不％角4 ( 233)，且 球頭（13)的端角部（ ^面狀或弧面狀，而套接 )凸錐抵邊兩兩相鄰之套接孔⑽ 動桿體（1〇) |垃七刀/成有一讓槽（234)，使驅 乂干H U0)套接球頭（1 (2Η)間產生局部順、逆^2套清（2〇)套接孔 貝逆向微調轉動之效【如第十二 M369834 =圖戶rv以增進操作的便利性’且由於驅動桿 =L(13)的切面⑽）可分別貼抵於 ★套琦（20)套接孔（ 200)對應的凸錐抵邊（23〇) 之第—斜抵面（231)或第二斜抵面（232)處， 高轉動的扭力。 此徒M369834 V. New description: [New technical field] This creation belongs to the technical field of universal adapter rod, specifically refers to a universal adapter rod structure that can be used in linear or angular steering. To reduce its manufacturing costs and improve its structural strength and torque. [Prior Art] According to 'in order to overcome the problem of insufficient length of the existing sleeve tool, the industry has developed a variety of adapter rods, and in order to further solve the limited operating angle, some of the posts have developed into a two-stage universal The adapter rod is mainly formed by a driving rod body connected to the driving source and a receiving sleeve of a set of tool heads. The universal adapter rod needs to be angularly yawed and needs to be operated. Torque at the time, so how to improve the strength and ease of operation of the tandem joint is an important issue in the field of universal adapter rods. For example, the "universal joint" of the Chinese Patent Publication No. M336119, the package, an adapter column, a receiving cylinder unit and a latch. The adapter column includes a universal hole, the receiving cylinder unit includes a hollow receiving cylinder, and a set of connecting cylinders, wherein the receiving cylinder has a circumferential inner circumferential surface and an outer circumferential surface, and the inner circumferential surface a defined receiving hole ′ and at least one insertion hole formed on the inner circumferential surface and extending to the outer circumferential surface, wherein the universal hole is located in the accommodating hole, and the ferrule sleeve is sleeved on the outer circumferential surface, And touch the jack. The pin is inserted into the universal hole and the socket and abuts against the socket, and the diameter of the pin is smaller than the diameter of the universal hole. Since it is mainly connected to the receiving cylinder by using the universal hole and the bolt of the ball-end portion of the transfer column, it is necessary to process the shape on the adapter column to form 3 M369834 into two ends. Department and towel:: Bad == Construction No. = For places that require greater torque, strict =] and economic benefits. j The convenience of its use is still the existing ones _ processing and strong experience 'actively seek to solve: ===:: [new content] 10,000 (four) pick; the main purpose of the ^ is to provide a simple and easy to manufacture Processing difficulty and components, and the same production efficiency 'to achieve the effect of reducing manufacturing costs. The other main purpose of 葸 (4) is to provide a high-strength type that avoids the integrity of the component and improves the strength of the mouth and the torque of the drive bolt or nut. The brewing body has its own two ends formed with a sleeved ball head and one for the opening of the ball. The outer edge surface of the socket of the driving rod body is y (four) ' ^ ' (four) adjacent to each other The M369834 is formed with one end corner portion; a receiving sleeve is formed with a set of connecting holes and a sleeve portion for nesting bolts or nuts respectively, and the sleeve hole of the receiving sleeve is available for the driving rod body The socket sleeve is sleeved, and the inner edge of the sleeve hole is formed with a plurality of arc-convex abutting edges corresponding to the cutting surface of the socket head, and the adjacent corners of the adjacent holes of the sleeve hole are formed with one end corner portion, and then A groove is formed between the end corner portion of the socket ball and the arcing convex edge of the adjacent sleeve holes. By means of the specific display of the above-mentioned technical means, the driving rod and the receiving sleeve of the creation universal joint rod can be connected in a straight rod shape or an angled shape for interchangeability between orientation and steering, thereby enhancing the The convenience of operation's can simplify the processing procedures and components to reduce the manufacturing cost, and make the universal adapter rod of this creation more effective than the existing one in terms of "easy to manufacture, structural strength and ease of use". In order to enable the review board to further understand the composition, characteristics and other purposes of the creation, the following are some of the preferred embodiments of the creation, and the detailed description of the creation is as follows, and the person familiar with the technical field can be implemented. . [Embodiment] The present invention is a universal adapter rod structure, and the specific embodiment of the creation of the universal joint rod structure and its components are exemplified with the drawings, all about front and rear, left and right, top and bottom. The upper and lower sections, as well as the horizontal and vertical references, are for convenience of description only and are not intended to limit the creation of a $ a component to any position or spatial orientation. Schema and Speaking = The dimensions specified in the book, when available without leaving the patent application of this creation, vary according to the design and needs of the specific embodiment of the present creation. The structure of the universal joint rod structure of the present invention is as shown in the first figure. The universal joint rod structure comprises a driving rod body (10), a receiving sleeve (20), wherein the driving rod One end of the body (10) corresponding to the receiving sleeve (20) is formed with a set of ball receiving heads (13), and a corresponding end of the socket ball head (13) is formed with a socket for receiving the socket ball (13). (211), the driving rod body (1〇) and the receiving sleeve (2〇) can be connected in series by the socket ball head (13) and the socket hole (211), and the angle is selectively adjusted; For a detailed configuration of the preferred embodiment, please refer to the first, second and fifth figures. The driving rod body (10) has a driving member (such as an air wrench) at one end of the socket ball (13). The ratchet wrench or the like] the movable polygonal joint portion (11) [which may be in the form of a polygonal column or a polygonal hole, as shown in the second figure, the creation is in the form of a polygonal column as an embodiment], and the joint portion (11) may be Further, a driving sleeve (15) is serially connected, and the two ends of the driving sleeve (15) respectively form a joint portion (151) corresponding to the joint portion (11). The utility model has a polygonal hole shape or a polygonal column shape, and the present invention has a polygonal hole shape as an embodiment and a corresponding sleeve portion (152) corresponding to the driving member, and the driving sleeve (15) and the joint portion )1) are formed with The opposite fixing holes (12) (150) are provided by a fixing member (16), and the outer peripheral surface of the socket ball head (13) is formed with a plurality of equal-angled faces (130). The embodiment has an equiangular hexagonal shape as an embodiment, and an end corner portion (131) is formed between the adjacent two adjacent cutting faces (130), and the outer edge surface of the end corner portion (131) may be flat or curved. The cymbal drive shaft (10) is formed at the adjacent socket ball head (13) with an directional section (14) which can be inserted into the socket of the receiving sleeve (M369834 2〇) (211), for limiting the driving rod to adjust the angle of the receiving sleeve (20);) the receiving sleeve (2G) is different from the end of the socket (211) - for nesting bolts or nuts The sleeve portion (212) [which may be in the form of a polygonal column or a polygonal hole, as in the second ride, the present embodiment], and the sleeve (10) is used to drive the rod body (1) = , the head (13) string Set A ring groove (25) is formed in the inner edge of the socket (211) adjacent to the opening, and the ring groove (25) is available for the ring fastener (26) to be selectively inserted to limit the driving rod body (1〇) Socket head (13) 'Avoid the drive rod body (1G) and the socket ball head (13) to arbitrarily separate ^ and then accept the top surface of the (10) (20) socket hole (211) and the aforementioned socket ball, ( 13) The top part of the top supports an elastic member (27) 'to make the driving rod body surnamed the ball head (13) in the normal condition T, can be outwardly pressed against the ring one 6) as shown in the fifth figure, and then In conjunction with the third drawing, the inner edge of the socket (211) is formed with a plurality of arc-convex abutting edges (22〇) corresponding to the cutting surface (130) of the socket ball (13), and the arc convex abutting edge (22〇) The circumferential surface of the ^^ has a flat cut surface (223), and the cut surface (13〇) of the socket ball (13) is relatively attached when the drive rod body 1 is rotated [as shown in the second figure] to increase its The rotating torsion force and the socket hole (211) are formed with an end corner portion (22 ι ) between the two adjacent arc convex abutting edges (22 〇) and the outer edge surface of the end corner portion (221) may be planar or Curved, and then the end of the ball (13) (131) Between the two adjacent sleeve holes (211) and the arc-shaped abutting edges (22〇), a groove (22;) is formed respectively [as shown in the fourth figure], so that the driving rod body (1〇) is sleeved 'head (13) Produce a local and reverse fine-tuning rotation between the socket (2〇) socket (211); M369834 and the socket (10) can be interchanged with the steering or steering: (two sets of holes (9) It is connected in series to a universal joint-like structure with good direct strength. The group constitutes a low cost, and in the normal shape, the second: = two ' is as shown in the fifth and sixth figures, the bearing sleeve (2〇) 洤 (10) the socket ball (13) is accepted. The slanting section ((4) detachment: the body, such as the drive rod body (10) can use the socket hole of the ^ (subject sleeve (2 〇) sleeve with the ball joint (13) When actuating, the clamping of the clamping rod body (10) between the two is as shown in the seventh figure, and the socket hole (211) is inscribed (13) to the receiving sleeve (20) 27) Responding to the pre-twisting, 吏 Socket ball head (13) I shrink elastic member ((4) inserting the directional segment moving rod body (1.) of the mast body (10) and the receiving sleeve η 3 can effectively limit the drive The different operations of the person = (four) (〇) are in a straight line to satisfy the connection of the 匕::, the drive rod body (1°) can be used to align the ball with the gusset portion ^ / hole (211) The end of the head (13) is provided with a groove (222) (234) on the side of the second side of the second side of the head (13) for facilitating the operation, and because of the driving rod body (1), the cut surface of the ball head (13) is 130) can be attached to the arc of the socket 〇) socket hole (211) The edge (22G) or the convex cone abutting edge (, U) can greatly increase the rotational torque and increase the applicable range of the universal adapter; through the above structure and operation description, the creation can ensure the driving rod body (10) The integrity of the socket ball (13) eliminates the need for additional 8 M369834 machining, which not only simplifies the manufacturing difficulty and components, but also improves its production efficiency, further improves its structural strength and enhances its drive = bolt Or the torque of the nut is effective to reduce the cost of manufacturing. The second embodiment of the present invention is as shown in the eighth, ninth and tenth figures, and the sleeve of the driving rod body (10) ( 13) The outer edge surface has a plurality of equal-angled faces (130), and two adjacent corner faces (13〇) are interposed between the one end corners (131) [as shown in the eighth figure], and are received The circumferential surface of the middle portion of the arc-convex abutting edge (22〇) of the sleeve (20) socket (201) is finished, so that the crane body (==)/joining hole _ relative sleeve ball end (9) ends = The ninety-fifth figure is not used to improve the convenience of operation. Those who should accept the socket (2G) socket (5)) As shown in the eleventh figure, the inner edge of the socket (211) is shaped like (2) ,), the convex cone edge (230)) ^ the convex surface of the surface (130) is abutting the edge == the abutting edge _ the opposite two sides: the surface (10)) abutting the convex cone coffee) to raise the opposite or second = face (the outer edge of the two corners (233) formed between the abutting edges (230) and the opening 9 is not the angle 4 (233), And the end of the ball head (13) (^ face or arc-shaped, but the socket) convex cone abuts the two adjacent sleeve holes (10) moving rod body (1〇) | Let the groove (234), make the smashing dry H U0) socket ball head (1 (2 Η) between the local smooth, reverse ^ 2 sets of clear (2 〇) socket hole shell reverse fine adjustment rotation effect [such as the twelfth M369834 = Figure rv to improve the convenience of operation 'and because the drive rod = L (13) section (10)) can be attached to the corresponding convex cone abutment of the sleeve (20) socket (200) (23) 〇) - the high-rotation torque at the slanting surface (231) or the second slanting surface (232). This apprentice
此外，本創作之驅動桿體（1〇)異於套接球頭（13 的一端具有一供驅動件作動的多角狀接合部（11 f可為多角柱狀或多角孔狀，如第二圖所示本創作 =柱狀為實施例】’而接合部（11)可另接驅動工具【 螺合工具、棘輪扳手等】，作動驅動桿體（10)。 藉此了以理解到本創作為一創意極佳之新型創作 ，除了有效解決習式者所面臨的問題’更大幅增進功效 八二ί相同的技術領域中未見相同或近似的產品創作或 ’同時具有功效的增進，故本創作已符合新型 關新穎性」與「進步性」的要件，乃依法提出 甲请新型專利。 【圖式簡單說明】 係本創作萬向轉接桿結構之立體分解示意圖。 •係本創作萬向轉接桿結構之另一視角立體分解 示意圖。 第一圖’係本創作之套接孔與套接球頭接合時第-實施 例的斷面示意圖。 第四圖 ·你土 ’、創作之套接孔與套接球頭第一實施例的局 部玫大示意圖。 第五圖：係太名，仏 M 彳作萬向轉接桿結構之軸向剖面示意圖， 藉以說明其一般組合態樣。 M369834 第，、圖·ΐ本創作萬向轉接桿結構之軸向剖面示意圖， 镇以說明其變化角度後的態樣。 第圖1本創作萬向轉接桿結構之軸向剖面示意圖， .藉以說明其定向後的態樣。 圖，本創作之套接孔與套接球頭接合時第二實施 ^ 例的斷面示意圖。 第九圖係本^作萬向轉接桿結構第二實施例之立體剖 楚+同.痛，藉以說明其順向微調的狀態。 •係摘作S向轉接桿結構第二實闕之立體剖 兹+ 一闻視不意圖，藉以說明其逆向微調的狀態。 係本創作之套接孔與套接球頭接合時第三實 施例的斷面示意圖。 第十一圖=係本=作萬向轉接桿結構第三實施例之立體 J視示思圖，藉以說明其順向微調的狀態。 一圖·係本創作萬向轉接桿結構第三實施例之立體 剖視示意圖，藉以說明其逆向微調的狀態。 【主要元件符號說明】 (10) 驅動桿體 (11) 接合部 (12) 固定孔 (13) 套接球頭 (130) 切面 (131) 端角部 (14) 定向段 (15) 驅動套筒 (150) 固定孔 (151) 接合部 (152) 套合部 (16) 固定件 (20) 承接套筒 (211) 套接孔 (212) 套合部 ( 220 ) 弧凸抵邊 (221) 端角部 ( 222) 讓角 11 M369834 ( 223) 平切面 ( 230 ) (231) 第一斜抵面 (232 ) ( 233) 端角部 ( 234) (25) 環扣槽 (26) (27) 彈性件 ( 200 ) 凸錐抵邊 第二斜抵面 讓槽 環扣件 套接孔In addition, the driving rod body (1〇) of the present invention is different from the socket ball head (one end of the 13 has a polygonal joint portion for driving the driving member (11 f can be a polygonal column or a polygonal hole shape, as shown in the second figure) The creation shown in the figure = column is the embodiment] 'the joint part (11) can be connected to the driving tool [screw tool, ratchet wrench, etc.] to actuate the drive rod body (10). A creative and excellent new creation, in addition to effectively solving the problems faced by the practitioners, 'more greatly improved efficiency. The same technical field in the same technical field has not seen the same or similar product creation or 'simultaneous improvement of efficacy, so this creation The requirements for the novelty of novelty and "progressiveness" have been met in accordance with the law. A new type of patent is proposed in accordance with the law. [Simplified illustration] This is a three-dimensional exploded view of the structure of the universal adapter rod. A perspective exploded view of another perspective view of the post structure. The first figure is a schematic cross-sectional view of the first embodiment when the socket hole of the present invention is engaged with the socket ball. The fourth picture · Your soil', the creation of the socket Hole and socket ball head A partial schematic view of the embodiment. Fig. 5: Schematic diagram of the axial section of the structure of the universal adapter rod, which is used to illustrate the general combination. M369834 The first, the picture, the ΐ本 creation million A schematic diagram of the axial section of the adapter rod structure, the town to illustrate the angle after the change of the angle. Figure 1 is a schematic diagram of the axial section of the creation of the universal adapter rod structure, to illustrate the orientation of the orientation. The cross-sectional view of the second embodiment of the sleeve hole and the socket ball joint of the present invention. The ninth figure is a three-dimensional cross-section of the second embodiment of the universal adapter rod structure. In order to explain the state of its fine-tuning in the forward direction. • It is taken as the second solid section of the S-to-arh structure, and it is not intended to explain the state of its reverse fine-tuning. The cross-sectional view of the third embodiment when the socket ball joint is engaged. The eleventh figure is the three-dimensional J-view diagram of the third embodiment of the universal adapter rod structure, thereby explaining the state of the fine adjustment of the forward direction. One figure is the three-dimensional embodiment of the third embodiment of the universal joint rod structure A schematic cross-sectional view of the reverse trimming state. [Main component symbol description] (10) Drive rod body (11) Joint portion (12) Fixing hole (13) Socket ball joint (130) Cut surface (131) End angle Section (14) Orientation section (15) Drive sleeve (150) Mounting hole (151) Engagement (152) Fitting (16) Fixing piece (20) Bearing sleeve (211) Socket hole (212) Casing Part (220) arc convex abutting edge (221) end corner (222) angle 11 M369834 (223) flat section (230) (231) first slanting surface (232) (233) end corner (234) ( 25) Ring groove (26) (27) Elastic member (200) Convex cone abutting the second angled surface to make the groove ring fastener hole
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