由上述可知 有一需求。 M317524 八、新型說明： 【新型所屬之技術領域】 本創作係一種多管接頭，尤指分歧角度及套筒數量可 調整之多管接頭。 【先前技術】 興建建築物、製造傢倶或其他含有支架管材的結構 時，在轉折交會處需以多管接頭加以固定。如第八圖所示， 該傳統多管接頭（80)係包括有複數套筒（81)，各 套筒（81)之一端s集結合為一，各套筒（81)另端 則各成一角度向外輻射，以套合來自各分歧角度的支架管 材（5 0 )。 但是在不同的結構或建築·物之中，不僅其交會之支架 官材數目$同，其轉折的角度亦有所差異。由於適用不同 數目支架管材以及不同轉折的角度的多管接頭互相不能通 用’需要為每-種所需之接頭型式與接頭角度各自製造或 購置’無論需求量多募皆如此，於是乎對需求量少者而言， 多花費製造成本；f求量多者則多準備維修用存貨，但彼 此不能通用，增加倉餘成本。 傳統多管接頭市場對可制之多管接頭 M317524 【新型内容】 為克服傳統多管接頭因不能通用而導致成本增加的問 題，滿足對可通用之多管接頭之需求，本創作之目的在於 提供-能夠調整分歧角度及套接管材數量的多管接頭，以 、用不同的支木目材父會處。為達成前述目的，本創作所 ^亍勺技桁手#又係令本創作之多管接頭包括有複數組合套 门及口疋哀置，另選擇性包含一個或一個以上的插銷。 該組合套筒係包括有—筒體，該筒體之一端形成一支樓 板，遠支撑板上開設有一固定孔並可選擇性開設有一個或 一個以上的銷孔。 使用本創作時，係調整該複數組合套筒至適當角度， 再將該固定裝置樞設於該複數組合套筒之固定孔以固定 •之’亦可以選擇性穿合該一個或一個以上的插銷於該—個 或-個以上的銷孔以加強固定“丈果，以套接來 角度的支架管材。 當㈣林創作於其他分歧角度或支架管材數目相異 之支架管材交會處時，則自該銷孔移去該插銷，再放鬆該 固定裝置或自該固^孔移去該固定裝置，增減組合套筒= 目並調整至適當角度之後，再度樞設該固定裝置於該固定 孔，並述擇性穿合該插銷於該銷孔，即可使用。 本創作之多管接頭可另包含有一筒體，該筒體—端形 成有-筒底’其上開設有一固定孔並可選擇性開設有—個 或一個以上的銷孔。該筒體將其固定孔重合於前述組合套 筒支撐板之固定孔，並以該固定裝置加以固定。 M317524 該固定裝置，係為一螺柱與至少一 ^ x系13目之組合，利用 螺柱與螺帽鎖緊之壓力以固定組合套筒之位置 前述銷孔可在調整該複數組合套筒於適當角度之後再 行開設，以令加強固定效果的操作更具有調整的空間。 由上述可知，本創作所提供之多營 — 夕&接頭，確實能夠藉 者調整分歧角度及套筒數量，以克服傳 凡服得統多官接頭因不能 通用而導致成本增力口的問題’並滿足對可通用之乡管接頭 之需求。 、 【實施方式】 請參閱第一圖，揭露有本創作第一實施例之分解圖。 本實施例之多管接頭包括有—固定裝置及四組合套筒 (1 0 )。該固定裝置，—螺柱（4 i )及一螺巾冒（4 2问 之組合；該組合套筒包括有一筒體（11)，該筒體係為 一中空圓筒，其一端為封閉端，其外側面上形成一支浐板 (12) ’該支撑板（12)之自由端形成為圓弧形：： 避免尖角之f肘，影響組合套筒轉動，該支撐板（丄2 ) 上軸心處開設有一固定孔（1 3 )。 該多管接頭係將該四組合套筒（i丄）以支撐板（工 2 )上之固定孔（1 3 )相重合，再以該螺柱（4丄）樞 穿各組合套筒（]_ i ±對應的固定孔（丄3 )，後以: 螺帽（4 2 )與螺柱（4 1 )螺合，在未上螺帽（4 2 ^ 鈉或上螺帽（4 2 )後但未旋緊前，四組合套筒（1 1 ) 係以一端的支撑板（1 2 )相互樞接。 M317524 請麥閱第二圖及第三圖，分別揭露有本創作第二實施 例之立體圖及動作示意側視圖。 本創作帛二實施例與前述第一實施例乡f接頭之結構 以及使用方法大致相同；其所不同者在於本實施例之多管 接頭僅裝設有二組合套筒（丄〇 );該組合套筒（丄〇 ) 數目的不g，使其可以適用於不同的分歧角度或支架管材 數目相異之支架管材交會處。 使用本實施之多管接頭時，係調整該組合套筒（丄0) 之間相對夾角，再將該螺柱（4 i)穿設於該組合套筒（i 2 )上對應之固定孔（丄3 )，並以螺帽（4 2 )螺鎖固 定之，以套接來自各對應角度的支架管材（5 〇 )。 —當欲利用本實施例之多管接頭於其他分歧角度或支架 管材數目相-異之支架管材交會處時，則放鬆該螺帽（4 2 ) 或自該固定孔（1 3 )移去該螺柱"丄），視需要增減 、、且。套筒（1 0 )數目並調整至適當夾角之後，再度以螺 柱（4 1 )穿設於各組合套筒（1 〇 ) 一端上相對應的固 定孔内，並以螺帽（4 2 )鎖緊即可。 5月參閱第四圖，揭露有本創作第三實施例之分解圖。 本創作第三實施例與前述第二實施例多管接頭之結構 以及使用方法大致相同；其所不同者在於： 1 ·其組合套筒（7 0)包括一筒體（7 1)及一支 撐板（7 2 )，該支撐板（7 2 )在原有的固定孔（7 3 ) 之外另開設有一銷孔（7 4 ); 2 ·以一螺柱（4 1 )穿設於各組合套筒（7 〇 )上 M317524 的固定孔（7 3 )，再以一螺帽Γ / 、4 2 )鎖腎，另, 銷（6 1 )穿合於各組合套筒（7 η、 μ —插 (7 4 )，以加強固定組合套筒f 7 丁！〕麵孔 〇)間的相對位置。 當欲改變本實施例多管接頭之4 〈組合套筒（7 0 )數| 或組合套筒（7 0 )相對位置時，目丨丨 丨u ^双里 貝J自該銷孔（7 4 )務 去該插銷（6 1 )，再放鬆該螺帽r Ί、 I 4 2 )及該螺柱（4 1 )或自該固定孔（7 3 )移去該螺 (4 1 )，於增減組合套筒（7 Q w ( 4 2 )及該螺柱 J數目並調整至適當夾 角之後，再度樞設該螺柱（4 1 )认^ 、 J於垓固定孔（7 3 )内， 並以螺帽（4 2 )鎖緊，並將該插鈔 、μ （ 6 1 )穿設於該銷 孔（7 4 )即可。 前述銷孔（7 4 )可在該=έ日入* » / 、Α Α χ —組合套筒（7 Ο )調整至 適▲的夹角之後再行開設，以今六 Λ 7加強固定效果龙操作更具 有調整的空間。 請參閱第五圖及第六圖，分別槐+ 刀別揭露有本創作第四實施 例之立體圖及剖面圖。 本創作第四實施例與前述第二實施例多管接頭之社構 以及使用方法大致相同；其所不同者在於： 本實施例之多管接頭&包括有一固定裝置及三組合套 筒（10 )之外，3包括有一套筒（3 〇 )。該套筒㈡ 〇)具有-筒體（31)，其—端為封閉端而具有一筒底 (3 2 ) ’該筒底（3 2 )上開設有一固定孔（3 3 )。 該組合套筒（i 〇 )係同於前述第—實施例之組合套筒（工 0 ) ’其包括有-筒體（丄工），該筒體（工工）之一端 M317524 :成一支撐板（"），該支樓，反（12)上開設有一固 疋孔（1 3 );而該固定裝置亦係由一螺柱（4丄）及一 螺帽（4 2 )所組成； 該多管接頭係將該套筒（3 0 )筒底（3 2 )之固定 孔（3 3 )與該三組合套筒（丄丄）支撐板（^ 2 )上之 固定孔（1 3 )相重合，再以該螺柱（4丄）樞穿該套筒 (30)及各組合套筒（11)上對應的固定孔（13) (33)，後以該螺帽（4 2 )與螺柱（4 1 )螺合於固 定孔（1 3 ) ( 3 3 )重合處；在未上螺帽（4 2 )前或 二螺，曰、1 2 )後但未旋緊前，該螺柱（4 1 )槐穿該套 筒（3 0 )及各組合套筒（丄i )係構成相互樞接的關係。 使用本創作時，該套筒（3· 〇 )之方向恆垂直於組合 套琦（1 0 )之方向，故調整本實施例之多管接頭時，係 °周整組合套筒（1 〇)之間相對夾角為主，以套接來自各 個不同角度的支架管材（50)。 請參閱第七圖，揭露有本創作第五實施例之剖面圖。 本創作第五實施例大致與前述第四實施例之構造及使 用方法相同’其所不同之處在於移去一組合套筒（1 Q )， 另加設一套筒（3 0 )，使本創作第五實施例包括有一固 定裝置、二組合套筒（10)以及二套筒（30)。 該多管接頭係將該二組合套筒（1 1 )支撐板（i 2 ) 上之固定孔（1 3)以夾合於該二套筒（3〇)筒底（3 2 )之間的方式，令該等支撐板（1 2 )以及筒底（3 2 ) 之固定孔（1 3 ) ( 3 3 )相重合，再以該螺杈（4工） M317524 極穿各組合套筒（1 1 )及各套筒（3 〇 )上對應的固定 孔（1 3 ) ( 3 3 )，再以該螺帽（4 2 )與螺柱（4 1 ) 螺合於固定孔（13) (33)重合處。 由上述可瞭解本創作之具體結構以及使用方法。本創 作所提供之多管接頭，確實能夠藉著調整相對夾角及套筒 數I ’以克服傳統多管接頭因不能通用而導致成本增加的 問題’並滿足對可通用之多管接頭之需求。 根據本創作可作之不同修正及變化對於熟悉該項技術 者而g均顯然不會偏離本創作的範圍與精神。雖然本創作 已欽述特定的較佳具體事實，必須瞭解的是本創作不應被 不田地限制於該等特定具體事實上。事實上，在實施本創 作之已述拉式方面，對於所屬領域中具有通常知識者而言 顯而易知之不同修正亦被涵蓋於下列申請專利範圍 < 内。 【圖式簡單說明】 第二圖 第三圖 第四圖 弟五圖 第六圖 第七圖 第八圖 係本創作第一實施例之分解圖。 係本創作第二實施例之立體圖。 係本創作第二實施例之動作示意側視圖。 係本創作第三實施例之分解圖。 係本創作第四實施例之立體圖。 係本創作第四實施例之剖面圖。 係本創作第五實施例之剖面圖。 係一傳統多管接頭之立體圖。 9 M317524 主要元件符號說明 (1◦)組合套筒 (1 2 )支撐板 (3〇）套筒 (3 2 )筒底 (4 1 )螺柱 (1 1 )筒體 (1 3 )固定孔 (3 1 )筒體 (3 3 )固定孔 (4 2 )螺帽From the above, it is known that there is a need. M317524 VIII. New description: [New technical field] This creation is a multi-tube joint, especially the multi-tube joint with adjustable angle and number of sleeves. [Prior Art] When constructing a building, manufacturing a house or other structure containing a bracket pipe, it is necessary to fix it at a turning junction. As shown in the eighth figure, the conventional multi-tube joint (80) includes a plurality of sleeves (81), one end of each sleeve (81) is combined into one, and the other end of each sleeve (81) is formed into one. The angle is radiated outward to fit the stent tube (50) from each divergence angle. However, among the different structures or buildings, not only the number of official materials for the meeting, but also the angle of the turning point is different. Since multiple pipe joints with different numbers of bracket pipes and different turning angles are not universal with each other, 'there is a need to manufacture or purchase each of the required joint types and joint angles', regardless of the amount of demand, so the demand For the lesser ones, the cost of manufacturing is more expensive; if the amount of f is more, the inventory for maintenance is more prepared, but they are not common to each other, and the cost of the warehouse is increased. Traditional multi-tube joint market can manufacture multi-tube joint M317524 [New content] In order to overcome the problem that the traditional multi-tube joint can not increase the cost, the demand for the multi-tube joint can be satisfied. The purpose of this creation is to provide - A multi-fitting joint that can adjust the angle of divergence and the number of pipe joints, and use different branches of the wood to meet the father. In order to achieve the above-mentioned purposes, the present invention has also made the multi-fitting joint of the present invention include a plurality of combined sets of doors and mouth mourning, and optionally one or more plugs. The combination sleeve includes a cylinder, one end of which forms a floor, and the distal support plate defines a fixing hole and can be selectively provided with one or more pin holes. When the present invention is used, the plurality of combined sleeves are adjusted to an appropriate angle, and the fixing device is pivoted to the fixing hole of the plurality of combined sleeves to fix the 'theft' or the one or more latches can be selectively engaged. In the one or more pin holes to strengthen the fixed "fruit, to the angle of the stent tube. When (4) Lin created in other divergent angles or the number of stent tubes at different intersections, then from Removing the latch from the pin hole, and then loosening the fixing device or removing the fixing device from the fixing hole, adding or removing the combined sleeve=mesh and adjusting to an appropriate angle, and then pivoting the fixing device to the fixing hole, The multi-fitting joint of the present invention may further comprise a cylinder, and the end of the cylinder is formed with a bottom and a fixed hole is formed thereon. One or more pin holes are provided in the body. The cylinder has its fixing holes coincident with the fixing holes of the combined sleeve support plate, and is fixed by the fixing device. M317524 The fixing device is a stud and At least one ^ The combination of x and 13 mesh, using the pressure of the stud and the nut to lock the position of the fixed sleeve, the pin hole can be opened after adjusting the plurality of combined sleeves at an appropriate angle to enhance the fixing effect More space for adjustment. As can be seen from the above, the multi-battalion-Escape joints provided by this creation can indeed be used by borrowers to adjust the angle of divergence and the number of sleeves to overcome the inability of the general joints. The problem of the cost increase port 'and meets the demand for the common town pipe joint. · Embodiments Please refer to the first figure to disclose an exploded view of the first embodiment of the present invention. The multi-tube joint of the embodiment includes a fixing device and a four-combination sleeve (10). The fixing device, a stud (4 i ) and a screw (a combination of 4 2; the combined sleeve includes a cylinder (11), The cylinder system is a hollow cylinder, one end of which is a closed end, and a side plate (12) is formed on the outer side surface. The free end of the support plate (12) is formed into a circular arc shape:: avoiding the elbow of the sharp corner, Affecting the rotation of the combination sleeve, the support plate ( 2) A fixing hole (1 3 ) is defined in the upper shaft center. The multi-tube joint is to overlap the fixing hole (13) on the supporting plate (work 2), and then The stud (4丄) pivots through the corresponding fixing hole (丄3) of each combination sleeve (]_ i ±, and then: the nut (4 2 ) and the stud (4 1 ) are screwed together, and the screw is not screwed up. After the cap (4 2 ^ sodium or upper nut (4 2 ) but not tightened, the four combination sleeves (1 1 ) are pivotally connected to each other by a support plate (1 2 ) at one end. M317524 Please read the second picture And the third figure respectively discloses a perspective view and a schematic side view of the second embodiment of the present invention. The second embodiment of the present invention is substantially the same as the structure and the use method of the first embodiment of the first embodiment; The multi-tube joint of the embodiment is only provided with two combination sleeves; the number of the combined sleeves is not g, so that it can be applied to different divergence angles or brackets with different numbers of bracket tubes. Pipe intersection. When the multi-tube joint of the present embodiment is used, the relative angle between the combined sleeves (丄0) is adjusted, and the studs (4 i) are inserted through the corresponding fixing holes on the combined sleeve (i 2 ) (丄3), and fixed with a nut (4 2 ) to cover the bracket pipe (5 〇) from each corresponding angle. - when the multi-fitting joint of the present embodiment is to be used at the intersection of the other branch angles or the number of the bracket tubes, the nut (4 2 ) is loosened or removed from the fixing hole (13) Studs "丄, increase or decrease as needed. After the number of sleeves (10) is adjusted to a proper angle, the studs (4 1 ) are again passed through the corresponding fixing holes on one end of each combination sleeve (1 〇), and the nut (4 2 ) is used. Lock it up. Referring to the fourth figure in May, an exploded view of the third embodiment of the present creation is disclosed. The third embodiment of the present invention is substantially the same as the structure and the method of using the multi-tube joint of the second embodiment; the difference is that: 1. The combined sleeve (70) includes a cylinder (71) and a support. a plate (72), the support plate (72) is further provided with a pin hole (7 4 ) in addition to the original fixing hole (7 3 ); 2 · a stud (4 1 ) is provided in each combination sleeve Fix the hole (7 3 ) of the M317524 on the tube (7 〇), lock the kidney with a nut Γ / , 4 2 ), and insert the pin (6 1 ) into each combination sleeve (7 η, μ - insert (7 4 ) to strengthen the relative position between the fixed combination sleeve f 7 D! When it is desired to change the relative position of the 4 (combination sleeve (7 0 ) number | or the combination sleeve (7 0 ) of the multi-tube joint of the embodiment, the target u ^ double rib shell J from the pin hole (7 4 ) to remove the bolt (6 1 ), then relax the nut r Ί, I 4 2 ) and the stud (4 1 ) or remove the snail (4 1 ) from the fixing hole (7 3 ), After reducing the number of the combination sleeve (7 Q w ( 4 2 ) and the number of the studs J and adjusting to the appropriate angle, the studs (4 1 ) are again pivoted, and J is fixed in the fixing holes (7 3 ), and The nut (4 2 ) is locked, and the banknote, μ ( 6 1 ) is inserted through the pin hole (7 4 ). The pin hole (7 4 ) can be inserted into the hole* / , Α Α χ —The combination sleeve (7 Ο ) is adjusted to the angle of the appropriate ▲ and then opened. The six-inch 7-enhanced fixed-effect dragon operation has more adjustment space. Please refer to the fifth and sixth figures. FIG. 3 is a perspective view and a cross-sectional view of the fourth embodiment of the present invention. The fourth embodiment of the present invention is substantially the same as the construction and use method of the multi-tube joint of the second embodiment; the difference is: Multi-tube of this embodiment The joint & includes a fixing device and a three-combination sleeve (10), and the sleeve 3 includes a sleeve (3). The sleeve (2) has a cylinder (31) having a closed end and having a closed end. A bottom (3 2 ) ' has a fixing hole (3 3 ) on the bottom (3 2 ). The combination sleeve (i 〇) is the same as the combination sleeve of the foregoing first embodiment (the work 0), which includes a cylinder (work), one end of the cylinder (worker) M317524: a support plate ("), the building, the counter (12) is provided with a solid boring hole (13); and the fixing device is also composed of a stud (4 丄) and a nut (42); The multi-tube joint is a fixing hole (33) of the sleeve (30) of the sleeve (3 2 ) and a fixing hole (13) of the support sleeve (2) of the three-combination sleeve (?) Coincident, and then the sleeve (30) and the corresponding fixing hole (13) (33) of each combination sleeve (11) are pivoted by the stud (4丄), and then the nut (4 2 ) and the screw are used. The column (4 1 ) is screwed to the coincidence of the fixing hole (1 3 ) ( 3 3 ); the stud is not before the upper nut (4 2 ) or after the second screw, 曰, 1 2 ) but before the screw is tightened (4 1 ) The sleeve (30) and the combination sleeve (丄i) are pivotally connected to each other. When using this creation, the direction of the sleeve (3·〇) is perpendicular to the direction of the combination sleeve (10), so when adjusting the multi-tube joint of the embodiment, the circumference of the composite sleeve (1 〇) The relative angle between the two is mainly to cover the bracket pipe (50) from different angles. Referring to the seventh figure, a cross-sectional view of a fifth embodiment of the present invention is disclosed. The fifth embodiment of the present invention is substantially the same as the construction and use method of the foregoing fourth embodiment. The difference is that a combination sleeve (1 Q ) is removed, and a sleeve (30) is additionally provided. The fifth embodiment of the creation includes a fixture, a two combination sleeve (10) and two sleeves (30). The multi-tube joint is a fixing hole (13) on the support plate (1 1 ) of the two combination sleeves (1 1 ) to be sandwiched between the bottoms (3 2 ) of the two sleeves (3 2 ) In a manner, the support holes (1 2 ) and the fixing holes (1 3 ) ( 3 3 ) of the bottom of the cylinder (3 2 ) are coincident, and then the combination sleeves are worn by the bolts (4 work) M317524 1) and the corresponding fixing hole (1 3 ) ( 3 3 ) on each sleeve (3 〇), and screw the screw (4 2 ) and the stud (4 1 ) to the fixing hole (13) (33) ) Coincidence. From the above, you can understand the specific structure and usage of this creation. The multi-fittings provided by this creation can indeed overcome the problem of increased cost due to the inability to increase the relative angle and number of sleeves I' to meet the need for universal multi-fittings. Different modifications and variations are possible in light of this creation. It is obvious that those who are familiar with the technology will not deviate from the scope and spirit of this creation. Although this work has already stated specific specific facts, it must be understood that this creation should not be restricted to such specific specific facts. In fact, the various modifications that are obvious to those of ordinary skill in the art in the practice of the present invention are also covered by the following claims. [Simple diagram of the diagram] The second diagram The third diagram The fourth diagram The fifth diagram The sixth diagram The seventh diagram The eighth diagram is an exploded view of the first embodiment of the present creation. A perspective view of a second embodiment of the present creation. A schematic side view of the action of the second embodiment of the present invention. An exploded view of the third embodiment of the present creation. A perspective view of a fourth embodiment of the present creation. A cross-sectional view of a fourth embodiment of the present invention. A cross-sectional view of a fifth embodiment of the present creation. A perspective view of a conventional multi-tube joint. 9 M317524 Main component symbol description (1◦) Combination sleeve (1 2 ) Support plate (3〇) Sleeve (3 2 ) Bottom (4 1 ) Stud (1 1 ) Cylinder (1 3 ) Fixing hole ( 3 1) Cylinder (3 3 ) fixing hole (4 2 ) nut
(6 1 )插銷 (7 1 )筒體 (7 3 )固定孔 (8 0 )傳統多管接頭 (5 0 )支架管材 (7 0 )組合套筒 (7 2 )支撐板 (7 4 )銷孔 (8 1 )套筒 10(6 1 )Latch (7 1 )Cylinder (7 3 )Fixed hole (80) Traditional multi-tube joint (5 0 ) Bracket pipe (7 0 ) Combination sleeve (7 2 ) Support plate (7 4 ) Pin hole (8 1 ) sleeve 10