M430538 五、新型說明： 【新型所屬之技術頜域】 本創作提供一種桿體夾具之技術領域，尤指其技術上 提供一種具多向性之桿體上定位的套件結構其利用多組 不斷增厚的偏心四輪或錐形凸輪環繞或直向進給，以達到 增厚壓力夹緊目的，並使多組定位件可朝向多個方向者。 【先前技術】 按，生活或工作中有相當多的固定需要處理，如木工 之工料，木頭工作物需要夾持固定，以利鑛切等加工工 作的進行，此時固定的工作就相當的重要，但是木頭的形 狀相當多m ’而其加工成型的傢俱形狀也是千奇百怪，所 以如何固定就-直困擾相關的工作者’而且固定也要考慮 到拆的問題，除了快速固定牢固也 疋柝離，才能便利 下-個工作物的爽持’雖然市面上提供了相當多的木工夹 具，但是其基本上只提供一點的夹持，夹持效果相當有限 也不實用，不利於多角度多夾持點工件之固定者。 是以’針對上述習知結構所存在之問 一種更具理想實用性之創新& ‘ 何開發 度之創新結構，實消費者所殷切企盼， 亦係相關業者須努* m i & 』呆箐肩努力研發突破之目標及方向。 有鑑於此，創作人本於多年 與設計經驗，針t之製造開發 t對上述之目標，詳加設計 終得-確具實用性之本創作。 審^子估後， 3 M430538 f新型内容】M430538 V. New Description: [New Technology Jaw Domain] This creation provides a technical field of rod fixtures, especially the technology of providing a multi-directional rod-on-position kit structure that utilizes multiple groups to continuously increase Thick eccentric four-wheel or tapered cams are fed or fed straight to achieve thickened pressure clamping and allow multiple sets of locators to be oriented in multiple directions. [Prior Art] Press, there are quite a lot of fixed needs in life or work, such as woodworking materials, wood work needs to be clamped and fixed, in order to facilitate the processing of mining and cutting, etc., the fixed work is quite important at this time. However, the shape of the wood is quite m', and the shape of the furniture that is processed and formed is also very strange, so how to fix it - directly plaguing the relevant workers' and fixing must also take into account the problem of dismantling, in addition to fast fixing and firmness, In order to facilitate the coolness of the next work piece, although there are quite a lot of woodworking fixtures available on the market, it basically only provides a little clamping. The clamping effect is quite limited and not practical, which is not conducive to multi-angle and multiple clamping points. The fixture of the workpiece. It is based on the innovative structure of the development of the above-mentioned conventional structure, which is more ideal and practical, and the innovative structure of the development degree, which is eagerly awaited by the consumers, and is also related to the industry. * mi & Work hard to develop breakthrough goals and directions. In view of this, the creator has been developing and developing for many years with the design experience, and the above-mentioned goals have been detailed and designed to be practical. After the evaluation of the evaluation, 3 M430538 f new content]
本創作之——™提供-種具多向性之桿體上定 位的套件結構，其主要在—定位主疋 疋位主體上設至少一圓形空 間，並使該數圓形空間可分別 J刀別朝向平行或x γ z 一夹角角度之不同方向，再利用夕& 為 斗、 利用夕組不斷增厚的偏心凸輪 或錐形凸輪環繞或直向進給 系兩半圓件，以達到增厚 壓力迫使兩半圓件夾緊桿體之目的者。 為達上述目的，本創作提一 種具多向性之桿體 位的套件結構，係包含 ―― 干遐上疋 疋位主體上設至少一圓形空 間，並使該數圓形空間可分 J刀別朝向平行或χ γ z 一夾角角度之不同方向，該圓來处押 飞互為 "/二間可為等徑或錐徑之圓 开一間’兩個可容置入該 间之牛圓件’該半圓件可 為等徑或錐徑之半圓件，— < 以疋位主體之該圓形空間周邊並 。又有至少一偏心凸輪招 卜 、凸緣或-内外螺紋，一偏心凸輪 %件或一外内螺紋抵迫緣旋 °玄偏心凸輪旋件之圓孔供 该兩半圓件穿套入， 八 ^ 忒偏心凸輪旋件之偏心外周面頂 偏心凸輪抵迫凸緣，_ 員罪。亥 捽體，該兩半圓件間設有—穿孔 邊形態略同於該標髀认· 另牙孔周 整適長穿貫量，旋轉4:桿體得以穿過”孔並調 之厚产捭續⑽ 件使偏心外周不斷增厚 之尽度持續擠壓兩半 牛圓件，使該兩半圓件因高壓 緊固定該桿體。 # Μ又 有關本創作所 採用之技術' 手段及其功效，茲舉一較 佳實施例並配合圖式詳細說明於後，相信本創作上述之目 的、構造及特徵，當可由之得一深入而具體的瞭解。 【實施方式】 位的套件結構 本創作係提供一種具多向性之桿體上定 之設計者。 為使貴審查委員對本創作之目的1徵及功效㈣ 有更進-步之瞭解與認識，㈣合實施方式及圖式詳述如 後： 參閱第-至第六圖所示，本創作提供_種具多向性之 桿體上定位的套件結構，係包含有： :定位主體1〇,該定位主體10上設至少一圓形空間 11，並使該數圓形空間11可分別朝向平行或 為一爽角角度之不同方向，較位主體10之該圓形空間u 周邊並設有至少—偏心凸輪抵迫凸緣12 ; 兩個可容置入該圓形空間u之半圓件W、_，該半 圓件2〇a、鳩可為等徑圓柱形之半圓件20a、20b，該兩半 圓件間20a、20b構成有一穿孔21 ; ,、偏凸輪旋件3 0，該偏心凸輪旋件3 0設有一圓 孔31 ’該圓孔3i供該兩半圓件2〇a、咖穿套入，該偏心 凸輪ί疋件30。又有❺心外周面32 ’該偏心外周面w頂靠 該偏心凸輪抵迫凸緣12 ;以及 至乂柃體4〇 ’該兩半圓件2〇a、20b間設置之該穿孔 M430538 21周邊形態略同於該桿體4〇外型，使該桿體4〇得以穿過 該穿孔21並可調整其適長穿貫量，並使該桿體4〇及該兩 半圓件20a、20b可於該圓形空間調轉三百六十度範圍 之任一角度，旋轉該偏心凸輪旋件3〇使偏心外周不斷增厚 之厚度持續擠壓兩半圓件20a、20b，使該兩半圓件20a、2〇b ’因高壓而靠攏夾緊固定該桿體4〇。 前述該兩半圓件20a、20b之間得以至少二彈性元件6〇 頂持，以保持該兩半圓件2〇a、2〇b之間的間隙距離。以方 便該桿體40插設於該兩半圓件2〇a、2〇b間之穿孔21。 削述該圓形空間11内周面並可設有環繞多數棘齒 111，而戎兩半圓件20a、20b之外周面相對於該圓形空間 11内周面多數棘齒111，亦設有相對應的齒形的多數棘齒 22。该棘齒1 U、22間的嚙合可使迫緊動作更確實快速者。 前述該偏心凸輪旋件30得由一第一旋件33、一第二旋 件34及-螺固件35結合而成，其中該第—旋件33由定位 主體ίο之一侧套組該兩半圓件2〇a、2〇b之一端，該第二旋 件34由定位主體1〇之另側套組該兩半圓件、2〇b之另 端，忒第一旋件33及該第二旋件34再以該螺固件35穿貫 螺固一體，組成該偏心凸輪旋件3 〇。 參閱第一、四圖所示’該定位主體1〇設有兩圓形空間 "亥兩圓形空間11係相互平行，每一圓形空間丨丨均可供 兩半圓件20a ' 20b組設，並且兩半圓件2〇a、2〇b之兩端則 6 M430538 分別套組該第一旋件33及該第二旋件34，再以一螺固件 35固定該第一、二旋件33、34以組成該偏心凸輪旋件3〇， 並使該偏心凸輪旋件3 0之偏心外周面3 2頂抵於該定位主 體10之遠偏心凸輪抵迫凸緣12’且該兩半圓件2〇a' 20b 可三百六十度全周範圍内調整角度，以供該桿體4〇調整角 度組入該兩半圓件20a、20b之穿孔21。 參閱第一、四、五、六圖所示’該桿體4〇調整角度組 φ 入該兩半圓件2〇a、20b之穿孔21後，得調整該桿體4〇之 適長穿貫量，以達到可任意決定調整固定角度與固定長 度，調整完成後得以開始轉動該偏心凸輪旋件3 〇之旋鈕3 6 以使偏心外周面3 2頂迫該偏心凸輪抵迫凸緣〗2的位置持 續增厚加壓該兩半圓件2〇a、20b，迫使該兩半圓件2〇a、20b 在高麼狀態下以穿孔21迫緊該桿體4〇固定者。 參閱第七、第八圖所示，該定位主體1〇設有一第一圓 •形空間Ha、一第二圓形空間11b及一第三圓形空間nc， 並使忒第一圓形空間丨la與該第二圓形空間丨lb位於同一平 面且相互平行，該第一圓形空間Ua與該第三圓形空間Uc 位於不同平面且相互垂直該第二圓形空間Ub與該第三圓 形空間11 c位於不同平面亦相互垂直。 每圓形空間11均可供兩半圓件20a、20b組設，並且 “圓件20a、20b之兩端則分別套組該第一旋件33及該第 二旋件34，再以一螺固件35固定該第一、二旋件33、34 7 M430538 以組成該偏心凸輪旋件3〇，並使該偏心凸輪旋件3〇之偏心 外周面32頂抵於該定位主體1〇之該偏心凸輪抵迫凸緣 12’且該兩半圓件2〇3、2〇1)可三百六十度全周範圍内調整 角度’以供該桿體40調整角度組入該兩半圓件2〇a、2〇b 之穿孔21。 參閱第九 '十圖所示，該定位主體1〇的一邊設有一圓形 丄間11，該疋位主體10的另一邊設有--h字型通孔70，該The creation of the TM-TM provides a multi-directional rod-on-position positioning kit structure, which mainly provides at least one circular space on the positioning main clamping body, and makes the circular space separately. The knives are oriented in parallel or in different directions of angles of x γ z, and then the eccentric cams or the tapered cams or the straight feeds are used to form the buckets The thickening pressure forces the two semi-circular members to clamp the body of the rod. In order to achieve the above purpose, the present invention proposes a kit structure with a multi-directional rod position, which comprises: at least one circular space on the main body of the upper jaw, and the number of circular spaces can be divided into J-knife Do not face parallel or χ γ z in a different angle of the angle of the angle, the circle is coming to be a mutual "quote" / two can be equal or a diameter of the circle to open a 'two can accommodate the cattle The round piece 'the semi-circular piece may be a semi-circular piece of equal or tapered diameter, - < and the circumference of the circular space of the body. Further, there is at least one eccentric cam, flange or internal and external thread, an eccentric cam member or an external internal thread for abutting the edge of the eccentric cam screw for the two semi-circular members to be inserted, 8^偏 Eccentric cam screw eccentric outer peripheral top eccentric cam resists the flange, _ sin. In the 捽 捽 body, the two semi-circular members are provided with a perforated edge shape that is slightly the same as the standard · · 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另 另Continued (10) The eccentric outer circumference is continuously thickened and the two halves are continuously squeezed, so that the two semi-circular parts are fixed to the rod by high pressure. # ΜThe technology used in the creation and its function After a detailed description of the preferred embodiment and the drawings, it is believed that the above-mentioned objects, structures and features of the present invention can be understood in detail. [Embodiment] To provide a multi-directional rod-shaped designer. In order to enable your review board to have a more in-depth understanding and understanding of the purpose of this creation (4), (4) the implementation method and the schema are as follows: Referring to the first to sixth figures, the present invention provides a kit structure for positioning on a multi-directional rod body, comprising: a positioning body 1〇, the positioning body 10 is provided with at least one circular space 11 And the circular space 11 can be oriented parallel or one In different directions of the angle of the cool angle, the periphery of the circular space u of the body 10 is provided with at least an eccentric cam resisting flange 12; two semi-circular members W, _ which can be accommodated in the circular space u, The semicircular member 2〇a, 鸠 can be a semicircular member 20a, 20b of equal diameter cylindrical shape, and the two semicircular members 20a, 20b form a through hole 21; and a cam rotating member 30, the eccentric cam rotating member 30 is provided There is a circular hole 31' for the two semi-circular members 2A, the eccentric cam 疋 30. The eccentric outer peripheral surface 32 ′ the eccentric outer peripheral surface w abuts against the eccentric cam Pressing the flange 12; and the body 4〇' the perforation M430538 21 disposed between the two semi-circular members 2〇a, 20b is similar to the outer shape of the rod body 4, so that the rod body 4 can be worn The perforation 21 can be adjusted and the length of the through-hole 21 can be adjusted, and the rod body 4 and the two semi-circular members 20a, 20b can be rotated at any angle within a range of three hundred and sixty degrees, and the eccentricity is rotated. The cam screw 3 持续 continuously squeezes the two semi-circular members 20a, 20b by the thickness of the eccentric outer circumference, so that the two semi-circular members 20a, 2〇b' are clamped by the high pressure. The rod body 4 is tightly fixed. The two semi-circular members 20a, 20b are held by at least two elastic members 6 , to maintain a gap distance between the two semi-circular members 2 〇 a, 2 〇 b. The rod body 40 is inserted into the through hole 21 between the two semicircular members 2〇a, 2〇b. The inner circumferential surface of the circular space 11 is described and may be provided with a plurality of round teeth 111, and the two semicircular members 20a, 20b The outer peripheral surface is provided with a plurality of ratchet teeth 111 with respect to the inner peripheral surface of the circular space 11, and a plurality of ratchet teeth 22 corresponding to the corresponding tooth shape are also provided. The meshing between the ratchet teeth 1 U and 22 makes the tightening action more accurate. The eccentric cam member 30 is formed by combining a first rotating member 33, a second rotating member 34 and a screw 35. The first rotating member 33 is formed by a side sleeve of the positioning body ίο. One end of the semicircular member 2〇a, 2〇b, the second rotating member 34 is formed by the other side of the positioning body 1〇, the other half of the two semicircular members, 2〇b, the first rotating member 33 and the second The screw member 34 is further spirally integrated with the screw member 35 to constitute the eccentric cam screw member 3 . Referring to the first and fourth figures, the positioning body 1 is provided with two circular spaces. The two circular spaces 11 are parallel to each other, and each circular space is provided for the two semi-circular members 20a ' 20b. And the two ends of the two semi-circular members 2〇a, 2〇b are 6 M430538 respectively, the first rotating member 33 and the second rotating member 34 are sleeved, and the first and second rotating members 33 are fixed by a screw 35. , 34 to constitute the eccentric cam screw 3 〇, and the eccentric outer peripheral surface 32 of the eccentric cam screw 30 is abutted against the distal eccentric cam resisting flange 12 ′ of the positioning body 10 and the two semicircular members 2 〇a' 20b can adjust the angle within a range of three hundred and sixty degrees for the angle of the rod 4 to be adjusted into the perforations 21 of the two semi-circular members 20a, 20b. Referring to the first, fourth, fifth and sixth figures, after the rod body 4〇 adjustment angle group φ is inserted into the perforations 21 of the two semi-circular members 2〇a, 20b, the proper length of the rod body 4〇 can be adjusted. In order to achieve the arbitrarily determined adjustment of the fixed angle and the fixed length, after the adjustment is completed, the eccentric cam member 3 旋钮 knob 3 6 can be started to rotate the eccentric outer peripheral surface 32 to urge the eccentric cam to resist the flange 〖2 position. The two semi-circular members 2a, 20b are continuously thickened and pressed, forcing the two semi-circular members 2a, 20b to press the rod 4's holder with the perforations 21 in a high state. Referring to the seventh and eighth figures, the positioning body 1 is provided with a first circular space Ha, a second circular space 11b and a third circular space nc, and the first circular space 忒La is in the same plane and parallel to the second circular space 丨 lb, the first circular space Ua and the third circular space Uc are located in different planes and perpendicular to each other, the second circular space Ub and the third circle The shaped spaces 11 c are located in different planes and are also perpendicular to each other. Each circular space 11 can be assembled by two semi-circular members 20a, 20b, and "the two ends of the round members 20a, 20b respectively set the first rotating member 33 and the second rotating member 34, and then a screw 35, the first and second rotating members 33, 34 7 M430538 are fixed to constitute the eccentric cam rotating member 3〇, and the eccentric outer peripheral surface 32 of the eccentric cam rotating member 3 is abutted against the eccentric cam of the positioning body 1 Resisting the flange 12' and the two semi-circular members 2〇3, 2〇1) can adjust the angle 'over the full range of three hundred and sixty degrees for the angle of the rod 40 to be assembled into the two semi-circular members 2〇a, 2 〇b perforation 21. Referring to the ninth '10', one side of the positioning body 1 设有 is provided with a circular mortise 11 , and the other side of the 主体 main body 10 is provided with a --h shaped through hole 70, The
十字型通孔70可供一字型桿體4〇a水平方式穿貫，或供一 字型桿體40a垂直方式穿貫，該定位主體1〇的周面往 字型通孔70的兩個頂點穿貫設有兩螺孔71，兩翼形螺絲 72分別螺鎖於該兩螺孔71，並得以穿出該兩螺孔π而到 達-亥十子型通孔70内部，如此在該十字型通孔7〇如有一 字型桿體40a穿設的時候，該翼形” _ ^ ^月 緊並進而固定5亥_字型桿體術於垂直或水平狀態 該圓形空間π可供兩半圓件2〇a、2〇b組設;^且兩半 圓件施、鳥之兩端則分別套組該第一旋件33及該第二旋 件34，再以一螺固件35固定該第-、二旋件33' 34以植 成該偏心繼件30’並使該偏心凸輪旋件％之偏心外周 面32頂抵於該定位主胃 ° 王體10之泫偏心凸輪抵迫凸緣12，且 該兩半圓件20a、20b可三百> +择入田狄 —百十度王周耙圍内調整角度， 以供該桿體40調整&^ , 整角度組入該兩半圓件2〇a' 20b之穿孔 8 21° M430538 參閱第十一十二圖所[該定位主體ίο的同平面一 邊設有-第-圓形空間na’該定位主體丨。的同平面另一 邊設有—十字型通孔70,該定位主體1G的不同平面且垂直 於第一圓形空間lla設有-第二圓形空間Ub，該十字型通 孔70可供—字型桿體術水平方式穿貫或供—字型桿體 術垂直方式穿貫，該定位主體1〇的周面往該十字型通孔 7〇的兩個頂點穿貫設有兩螺孔71，兩翼形螺絲72分別螺 鎖於該兩螺孔71’並得以穿出該兩螺孔71而到達該十字型 通孔内部’如此在該十字型.通孔7G如有—字型桿體術 穿-又的時候’該翼形螺絲72鎖緊時前端會頂緊並進而固定 °玄子型4干體40a於垂直或水平狀態。 該每—圓形空間π可供兩半圓件2〇a、2〇b組設，並且 兩半圓件20a、20b之兩端則分別套組該第一旋件μ及該第 二旋件34，再以一螺固件35固定該第一、二旋件33、34 以組成該偏心凸輪旋件3G，並使該偏4輪旋件30之偏心 外周面32頂抵於該定位主體1〇之該偏心凸輪抵迫凸緣 且及兩半圓件2Ga、鳩可三百六十度全周範圍内調整 角度’以供該桿體4〇調整角度組入該兩半圓件心' 屬 之穿孔2 1。 參閱第十三'第十四圖所示，一種具多向性之桿體上 定位的套件結構，係包含有：—定位主體1()，該定位主體 10上設有至少—圓形空間11，並使該數圓形空間n可分別 9 M430538 朝向平行或 ζ軸或互為一夾角角度之不同方向，該圓 形空間11可為錐徑之圓形空間u，該圓形空間u周邊設 夕卜虫亨矣立 | ^ …··，兩個可容置入該圓形空間11之半圓件20a、 b °玄兩個半圓件2Ga、2Gb為錐徑之半圓件20a、20b， ―㈣紋抵适緣旋件5〇’該内螺紋抵迫緣旋件5g螺鎖於該 疋位主體1〇之外螺紋13 ’並且該内螺紋抵迫緣旋件50抵 、於°亥兩半圓件2〇a、20b之大徑端面，進而使旋緊動力轉 為進，。推力而將該兩半圓件20a、2〇b更往該圓形空間u J ^端推擠增厚’進而厚度屋力迫使該兩個半圓件20a、20b 可以該穿孔21夾緊固定。 由其上述可知，本創作之具多向性之桿體上定位的套 件、”。構，確為業界首見而符合新型專利之新穎性要件者， “王面I·生之創新設言十’符合新型專利之進步性要件，而 2利用多組不斷增厚的偏心凸輪或錐形凸輪環繞或直向進 給，以達到增厚麼力夾緊目的，並使多組定位件可朝向多 個方向固定桿體’符合較佳之產業利用性者。 …前文係針對本創作之較佳實施例為本創作之技術特徵 '、體之說明’惟’熟悉此項技術之人士當可在不脫離 本劍作之精神與原則下對本創作進行變更與修改，而該等The cross-shaped through hole 70 can be horizontally penetrated by the in-line rod 4〇a, or can be vertically penetrated by the inline rod 40a, and the circumferential surface of the positioning body 1〇 faces the two of the letter through holes 70 The apex penetrating is provided with two screw holes 71, and the two wing screws 72 are respectively screwed to the two screw holes 71, and are passed through the two screw holes π to reach the inside of the -T-type through hole 70, so that the cross type When the through hole 7 is inserted through the in-line rod 40a, the wing shape is _ ^ ^ ^ tight and then fixed 5 _ _ shaped rod body in a vertical or horizontal state, the circular space π can be two and a half round 2〇a, 2〇b are set; ^ and the two semi-circular members, the two ends of the bird respectively set the first rotating member 33 and the second rotating member 34, and then fix the first with a screw 35 - a second rotating member 33' 34 is implanted into the eccentric relay member 30' and the eccentric outer peripheral surface 32 of the eccentric cam rotating member is erected against the eccentric cam resisting flange 12 of the positioning main stomach. And the two semi-circular members 20a, 20b can be three hundred> + selected into the Tiandi-100-degree Wang Zhouwei to adjust the angle for the rod 40 to adjust & ^, the angle is integrated into the two semi-circular members 2〇 a' 20b Hole 8 21° M430538 Referring to the eleventh figure [the positioning body ίο is provided on the same plane side - the first circular space na' is the positioning body 丨. The other side of the same plane is provided - the cross type through hole 70 a second circular space Ub is disposed in a different plane of the positioning body 1G and perpendicular to the first circular space 11a. The cross-shaped through hole 70 can be used for horizontally or through-shaped type of the rod-shaped body. The rod body is vertically penetrated, and the circumferential surface of the positioning body 1 穿 is provided with two screw holes 71 through the two vertices of the cross-shaped through hole 7 ,, and the two wing screws 72 are screwed to the two screw holes 71 respectively. 'And can pass through the two screw holes 71 to reach the inside of the cross-shaped through hole'. Thus, when the cross-shaped through hole 7G is worn by the -shaped rod body - again, when the wing screw 72 is locked The front end will be tightened and then fixed. The mysterious type 4 dry body 40a is in a vertical or horizontal state. The per-circular space π is provided for the two semi-circular members 2〇a, 2〇b, and the two semi-circular members 20a, 20b The first rotating member μ and the second rotating member 34 are respectively sleeved at both ends, and the first and second rotating members 33 and 34 are fixed by a screw 35 to form The eccentric cam member 3G, and the eccentric outer peripheral surface 32 of the partial 4 wheel-rotating member 30 is abutted against the eccentric cam resisting flange of the positioning body 1 and the two semi-circular members 2Ga, 三360 Adjust the angle 'over the entire circumference to allow the rod 4 to adjust the angle into the perforation 2 of the two semi-circular core's. See the thirteenth 'fourth figure, a multi-directional rod The on-body positioning kit structure comprises: a positioning body 1 (), the positioning body 10 is provided with at least a circular space 11, and the circular space n can be 9 M430538 respectively oriented parallel or to the axis or The circular space 11 can be a circular space u of a tapered diameter, and the circular space u is provided with an outer circumference of the circular space u ^ ^ · · ·, two can be placed into the circular space u The semicircular member 20a and the b° of the circular space 11 are two semicircular members 2Ga and 2Gb which are semicircular members 20a and 20b of a tapered diameter, and the (four) pattern abuts the edge of the rotary member 5〇'. Locked on the external thread 1' of the clamp body 1'' and the internal thread resists the edge of the edge member 50, and the large diameter end face of the two semicircular members 2〇a, 20b And turn the tightening power into. The thrust causes the two semi-circular members 20a, 2〇b to be pushed thicker toward the circular space u J ^ end, and the thickness of the house forces the two semi-circular members 20a, 20b to be clamped and fixed by the perforations 21. It can be seen from the above that the versatile positioning of the genre of the creation of the kit, ". The structure is indeed the first in the industry and meets the novelty requirements of the new patent," Wang Fa I · Shengzhi innovation set ten 'In line with the progressive requirements of the new patent, and 2 using multiple sets of continuously thickened eccentric cams or tapered cams to wrap or feed straight to achieve the purpose of thickening force clamping, and to make multiple sets of positioning elements can be oriented The fixed-direction rods in the direction are in line with better industrial utilization. The previous section is a technical description of the creation of the present invention. The description of the technical features of the creation is only for those who are familiar with the technology. The creation and modification of the creation can be made without departing from the spirit and principle of this sword. And these
▲更與修改，皆應涵蓋於如下申請專利範圍所界定之範碎 中。 W 综上所述’本創作係提供一 種具多向性之桿體上定 位 10 M430538 已達到本創作之所有目&，另其組合結 於同類產&，亦未曾公開於巾請前，已 ’爰依法提出申請。 【圖式簡單說明】 第圖·係本創作其-.實施例之立體分解示意圖。 第二圖：係本創作調整桿體角度固定前之立體示意圖。 第三圖：係本創作其一實施例之前視平面圖。▲More and more, it should be covered in the scope of the following patent application scope. W In summary, 'this creation provides a multi-directional positioning on the pole 10 M430538 has reached all the objectives of this creation &, the combination is similar to the same product &, has not been disclosed before the towel, Has applied for the law. [Simplified description of the drawings] Fig. 1 is a perspective exploded view of the embodiment. The second picture is a three-dimensional diagram of the original adjustment of the angle of the rod body. Third: A plan view of an embodiment of the present invention.
第四圖.係本創作其一實施例之側視平面圖。 第五圖：係本創作偏心凸輪旋件旋轉動作示意圖。 圖係本創作偏心凸輪旋件高壓迫緊兩半圓件夾緊桿 體固定之示意圖。 第七圖.係本創作另一實施例之前視平面圖。 第八圖.係本創作另一實施例之側視平面圖。 第九圖：係本創作又一實施例之前視平面圖。Figure 4 is a side plan view of an embodiment of the present invention. The fifth picture shows the rotation of the eccentric cam screw. The figure is a schematic diagram of the clamping of the eccentric cam screw and the clamping of the two semi-circular members. Figure 7 is a front plan view of another embodiment of the present creation. Figure 8 is a side plan view of another embodiment of the present creation. Ninth Diagram: A front view of another embodiment of the present creation.
的套件結構，其確 構之空間型態未見 符合專利法之規定 第十圖：係本創作又一實施例之側視平面圖。 第十一圖：係本創作再一實施例之前視平面圖。 第十二圖：係本創作再一實施例之側視平面圖。 第十三圖：係本創作又再一實施例之前視平面圖。 第十四圖：係本創作又再一實施例之側剖示圖。 【主要元件符號說明】 10 疋位主體 11圓形空間 11 M430538 lla 第一圓形空間 lib 第二圓形空間 11c 第三圓形空間 111 棘齒 12 偏心凸輪抵迫凸緣 13 外螺紋 20a 半圓件 20b 半圓件 21 穿孔 22 棘齒 30 偏心凸輪旋件 31 圓孔 32 偏心外周面 33 第一旋件 34 第二旋件 35 螺固件 36 旋鈕 40 桿體 40a 一字型桿體 50 内螺紋抵迫緣旋件 60 彈性元件 70 十字型通孔 71 螺孔 72 翼形螺絲The kit structure, the spatial type of its structure is not found to comply with the provisions of the Patent Law. Figure 10: A side view of another embodiment of the present invention. Figure 11: A plan view of a prior embodiment of the present invention. Twelfth Figure: A side plan view of still another embodiment of the present creation. Thirteenth Figure: A plan view of the prior art and another embodiment. Figure 14 is a side cross-sectional view showing still another embodiment of the present invention. [Main component symbol description] 10 主体 body 11 circular space 11 M430538 lla first circular space lib second circular space 11c third circular space 111 ratchet 12 eccentric cam resisting flange 13 external thread 20a semicircular member 20b Semicircular member 21 Perforation 22 Ratchet 30 Eccentric cam screw 31 Round hole 32 Eccentric outer peripheral surface 33 First rotation member 34 Second rotation member 35 Screw 36 Knob 40 Rod 40a Inline rod 50 Internal thread with compression edge Screw 60 elastic element 70 cross-shaped through hole 71 screw hole 72 wing screw
1212