五、新型說明： 【新型所屬之技術領域】 制总2作係涉及分水接合管之結構改良，尤指—種可控 合管結構改良。 1的水流量及㈣目的之分水接 【先前技術】 人—Θ應用於地下輸水f路配流至指定目標是透過接 亦稱分水栓)連結幹管與分水管，以作為水源分配與 ，量難及_㈣。在接合㈣結構設計上將直接反 f水的配用控制與水的品f影響，所以有良好的設計與成 本控管，^提昇接合管配用㈣麟韻水㈣影響。 如目刖於中華民國新型專利公告號第MUM”號，專 利名無「接合管結構改良」，如第一圖及第二圖所示，該接 合管係設有一管本體n、保護套管12、止水墊片13以及 栓塞14，該管本體11内設有分歧連通之進水管段lu、出 水官，m及活動區管段113 ’該保護套f 12係設於該活 動區官段113末端，而該止水墊片13則設置於該管本體活 動區管段113與保護套管12内相接合處，該拴塞14具有 一塞本體141及塞本體141 一端的一體延伸螺進元件142， 該螺進元件142螺合於上述保護套管12的内螺管121，而 塞本體141位於管本體的活動區管段113内，該塞本體i4i 可受螺進元件142旋轉操作，直接傳動地在上述管本體u 之活動區管段113内產生上、下移動，以管制進水管段ηι 3 M382410 與出水管段112間之連通狀態，如全開、半開、全閉等各 種水流狀態，如第三圖所示，該塞本體141係受螺進元件 H2之傳動而位於該進水管段Ul，以阻擋該進水管段^ 之水流進入出水管段112。 ，、惟，上述栓塞中之塞本體141與^進元件142係—體 製成’於加工過程中，若加工精度不佳，該塞本體⑷與 螺進元件H2間產生加工誤差，例如尺寸或準直度等之誤 差，使该塞本體141與螺進元件142同步轉動時，可能導 致該塞本體141無法確實將該進水管段ui完全遮蔽，如 第四圖所示’仍有些許水流會進人該出水管段112。 【新型内容】 有鑑於此，本創作之主要目的係在於解決上述之缺 失’本創作係為-種分水接合管之結構改良，尤指一種可 控制管本體進水口與出水口間的水流量及啟閉目的之分水 接合管結構改良。 為達上述目的’本創作之分水接合管係設有一管本 體、保護套管、止水墊片以及栓塞，該管本體内設有分歧 連通，進水管段、出水管段及活動區管段，該保護套管係 叹於》玄活動區管段末端，而該止水墊片則設置於該管本體 活動區管段與保護套管内相接合處，該保護套管内並設有 ^内累^又，其中，5玄栓塞設有塞體、限位件以及一桿體， 該塞體係藉由該限位件固定於該桿體末端，該桿體與該第 :内螺段之螺合動作’可使該塞體於該管本體之活動區管 k内私動而達到控制管本體進水口與出水口間的水流量 及啟閉的目的。V. New type description: [New technical field] The total system 2 system involves the structural improvement of the water-separating joint pipe, especially the improvement of the controllable pipe joint structure. Water flow rate of 1 and (4) Water separation of the purpose [Prior Art] Man-Θ is applied to the underground water delivery f-way distribution to the designated target is to connect the main pipe and the water distribution pipe through the connection, as the water source distribution and The amount is difficult _ (four). In the joint (four) structure design, the direct anti-f water distribution control and the water product f influence, so there is a good design and cost control, ^ upgrade joint pipe use (four) Lin Yunshui (four) influence. As seen in the Republic of China New Patent Bulletin No. MUM", the patent name does not have "joined pipe structure improvement". As shown in the first and second figures, the joint pipe is provided with a pipe body n and a protective sleeve 12 , the water stop gasket 13 and the plug 14 , the pipe body 11 is provided with a branch pipe lu, a water discharge official, and an active zone pipe section 113. The protective sleeve f 12 is disposed at the end of the active section 113 The water stop gasket 13 is disposed at the junction of the tube body active area tube section 113 and the protective sleeve 12, and the plug 14 has a plug body 141 and an integrally extending screwing element 142 at one end of the plug body 141. The screwing member 142 is screwed into the inner screw 121 of the protective sleeve 12, and the plug body 141 is located in the movable portion of the tube body 113. The plug body i4i can be rotated by the screwing member 142, and is directly driven. The upper and lower movements of the movable section pipe section 113 of the pipe body u are controlled to control the connection state between the inlet pipe section ηι 3 M382410 and the outlet pipe section 112, such as full opening, half opening, and full closing, such as the third figure. As shown, the plug body 141 is threaded into the component The H2 transmission is located in the inlet pipe section U1 to block the flow of the inlet pipe section into the outlet pipe section 112. However, the plug body 141 and the pressing member 142 in the plug are formed in the process, and if the machining accuracy is not good, a machining error, such as a size or a size, is generated between the plug body (4) and the screw-in member H2. The error of the degree of collimation or the like causes the plug body 141 to rotate synchronously with the screw-in member 142, which may cause the plug body 141 to be completely shielded from the inlet pipe section ui, as shown in the fourth figure, 'there is still some water flow. Enter the outlet pipe section 112. [New content] In view of this, the main purpose of this creation is to solve the above-mentioned lack of 'this creation is a structural improvement of the water-separating joint pipe, especially one that can control the water flow between the water inlet and the water outlet of the pipe body. And the structure of the water-separating joint pipe for the purpose of opening and closing. In order to achieve the above objectives, the water-separating pipe system of the present invention is provided with a pipe body, a protective casing, a water-stop gasket and a plug. The pipe body is provided with a divergent connection, an inlet pipe section, an outlet pipe section and an active zone pipe section. The protective sleeve is sighed at the end of the pipe section of the "Xuan active area", and the water stop gasket is disposed at the joint between the pipe section of the active portion of the pipe body and the protective sleeve, and the protective sleeve is provided with a built-in Wherein, the 5th plug is provided with a plug body, a limiting member and a rod body, and the plug system is fixed to the end of the rod body by the limiting member, and the screwing action of the rod body and the first inner screw portion can be The plug body is moved privately in the active area tube k of the pipe body to achieve the purpose of controlling the water flow and opening and closing between the water inlet and the water outlet of the pipe body.
且該塞體與桿體間非— W 良所產生之誤差，且可自可降低因為加工之不 為準#仃咬合，使該塞體可更 地几王阻擋该進水管段之水流進入出水管段。 【實施方式】 體運貞審查委M較本創作之結構組成，以及整 體運作方式’兹配合圖式說明如下： 本紹t 77水接合官之結構改良」，如第五圖及第六圖 所不，該分水接合管2係至少設有： —管本體21 ’該管本體21内設有分歧連通之進水管 又11、出水管段212及活動區管段213 ; 一保護套管22’該保護套管22 —側内壁係設有第一、 第内螺& 221、222，該第二内螺段222之内徑係大於第 一内螺段221之内徑’該第二内螺段222係與管本體21的 活動區管段213相螺合，使該保護套管22設於該活動區管 段213末端； 止水墊片23，該止水墊片23則設置於該管本體活動 區笞#又213與保護套管22内相接合處；以及 一栓塞24，該栓塞設有一塞體241、一止水蓋242、 一桿體243以及限位件244，該塞體241係藉由該限位件 244(如圖所示之實施例中該限位件2料可以為螺帽）固定於 該桿體243末端，且該塞體241與桿體243間進一步設有 一止水環246。 M382410 整體組裝時，該栓塞24係藉由桿體243上所設置之螺 紋2431螺合固定於保護套管之第一内螺段22ι上，而該保 護套管U亦螺合固定於該活動區管段213末端，該止^墊 片23則設置於該管本體活動區管段213與保護套管22内 相接口處以產生阻水作用，該保護套22另側内壁係與桿體 43間形成可供工具操作該栓塞的間距223，而該止 水蓋242係位於該保護套管22之間距223内，且該止水罢 242外周表面設置至少一止水環⑽，該止水環246可將ς 以產生第二道阻水作用，該桿體M3末端係 路出止水盍242外。 具體使㈣’利用工具藉由該保護套22 —端之間距 入’以控制該桿體243，並操作該桿體243與該 又213内移動，如第七圖所示由上至下之直線移 ，，令該塞體如末端抵頂於該進水f段2ιι之而 止，可藉由該塞體241朝進水管 ίτ 水管段212所在之位置，達 ’ @㈣於出 出水管段犯之水量 S制由錢水管段211流向 且該塞體241與桿體243間非一 =244相互組裝限位，可降低因為加工之不良=And the error between the plug body and the rod body is not -W good, and can be reduced because the processing is not correct #仃 ,, so that the plug body can block the water flow of the inlet pipe section into Water pipe section. [Embodiment] The physical transport 贞 review committee M is more structural than the original composition, and the overall operation mode is described as follows: The structural improvement of the Ben-T 77 water joint officer, as shown in the fifth and sixth figures. The water distribution joint pipe 2 is provided with at least: a pipe body 21'. The pipe body 21 is provided with a water inlet pipe 11 and a water outlet pipe segment 212 and a movable zone pipe section 213; a protective casing 22' The protective sleeve 22 is provided with first and first inner screws & 221, 222, and the inner diameter of the second inner screw portion 222 is larger than the inner diameter of the first inner screw portion 221 'the second inner spiral segment The 222 is screwed into the movable portion pipe section 213 of the pipe body 21, so that the protective sleeve 22 is disposed at the end of the movable zone pipe section 213; the water stop gasket 23 is disposed in the active area of the pipe body笞# 213 is engaged with the inside of the protective sleeve 22; and a plug 24 is provided with a plug body 241, a water stop cover 242, a rod body 243 and a limiting member 244, wherein the plug body 241 is The limiting member 244 (the stopper member 2 in the embodiment shown in the figure can be a nut) is fixed to the end of the rod body 243, and A water stop ring 246 is further disposed between the plug body 241 and the rod body 243. When the M382410 is integrally assembled, the plug 24 is screwed and fixed to the first inner screw portion 22 of the protective sleeve by the thread 2431 provided on the rod 243, and the protective sleeve U is also screwed and fixed to the active area. At the end of the pipe section 213, the stopper 23 is disposed at the interface between the pipe section 213 of the pipe body and the inner side of the protection sleeve 22 to generate a water blocking function, and the other inner wall of the protection sleeve 22 is formed between the inner wall system and the rod body 43. The tool operates the spacing 223 of the plug, and the water stop cover 242 is located in the distance 223 between the protective sleeves 22, and the outer peripheral surface of the water stop 242 is provided with at least one water stop ring (10), which can be used for the water stop ring 246. In order to generate a second water blocking effect, the end of the rod M3 is out of the water stop 242. Specifically, (4) 'using the tool by the distance between the ends of the protective cover 22 to control the rod 243, and operating the rod 243 and the inside 213, as shown in the seventh figure from top to bottom Move, so that the plug body is like the end of the water inlet f segment 2 ιι, by the plug body 241 toward the inlet pipe ίτ water pipe segment 212 where the position, up to @ @ (d) in the outlet pipe The water quantity S is flown by the money water pipe section 211 and the non-one=244 mutual assembly limit between the plug body 241 and the rod body 243 can reduce the defect due to processing=
:Tit241 __之W 完全阻擋該進水管段- 有朝内料之_卩247’，= ^體241末端並形成 係略小於該進水管段211之内二=所1，該套接部⑷ 二可更為快速地導引該塞 M382410 體241於阻擋該進水管段211之位置。 值得一提的是，本創作相較於習有結構係具有下列優 點： 本創作塞體與桿體間非一體製成，而是藉由限位件 相互組裝限位，故該塞體係為活動式，若該桿體加工或組 裝有誤差，亦即非垂直桿體，該活動式塞體可自動校正平 打咬合，可準確地完全阻擋該進水管 /、本創作將第二道阻水設計之土二=設置於該保 護ί S ^2内，進而可減短該活動區管段213、桿體243及 保護套管22之長度，可減少材料之耗用，以降低生產成本。 <如上所述’本創作提供一種分水接合管之結構改良， ；惟’以上之實施說明及圖式 所不’係本創作較佳實施例者，並非以此侷限本創作，是 =廄t凡與本創作之構造、裝置、特徵等近似或相雷同者， 句應屬本創作之創設目的及申請專利範圍之内。 【圖式簡單說明】 第圖係為習有接合管之結構分解圖。 之 結構係為^接合管中進水管段與出水管段全開 結係為f有接合管中進水管段與出水管段全閉之 第四圖係為習有接合管中進水管段盘 完全之結構示意圖。 〃出水官段全閉不 第五圖係為本創作中分水接合管之結構分解圖。 7 M382410 第六圖係為本創作中分水接合管中進水管段與出 #又全開之結構示意圖。 水督 第七圖係為本創作中分水接合管中進水管段與出水管 段全閉之結構示意圖。 e 第八圖係為本創作中分水接合其另/實施例之結構示 思、圖。 【主要元件符號說明】 管本體11 進水管段111 出水管段112 活動區管段113 保護套管12 内螺管121 止水墊片13 栓塞14 塞本體141 螺進元件142 分水接合管2 管本體21 進水管段211 出水管段212 活動區管段213 保護套管22 第一内螺段221:Tit241 __W completely blocks the inlet pipe section - there is _ 247' towards the inner material, = ^ the end of the body 241 and the formation is slightly smaller than the inside of the inlet pipe section 211 = 2, the socket (4) Secondly, the plug M382410 body 241 can be guided more quickly to block the position of the inlet pipe section 211. It is worth mentioning that this creation has the following advantages over the conventional structure: The creation of the plug body and the shaft are not made in one piece, but the limit parts are assembled with each other, so the plug system is active. If the rod body is processed or assembled with an error, that is, a non-vertical rod body, the movable plug body can automatically correct the flat bite, and can completely block the inlet pipe accurately, and the second water blocking design of the creation is The soil 2 is disposed in the protection ί S ^2, thereby shortening the length of the movable section pipe section 213, the rod body 243 and the protective sleeve 22, thereby reducing the consumption of materials and reducing the production cost. <As mentioned above, 'this creation provides a structural improvement of the water-separating joint pipe; however, the above description of the implementation and the drawings are not the preferred embodiment of the present creation, and the present invention is not limited thereto. Where the structure, device, characteristics, etc. of the creation are similar or identical, the sentence shall be within the creation purpose of the creation and the scope of the patent application. [Simple description of the drawing] The figure is an exploded view of the structure of the conventional joint pipe. The structure is that the inlet pipe section and the outlet pipe section are fully opened in the joint pipe. The fourth diagram of the inlet pipe section and the outlet pipe section in the joint pipe is the complete connection of the inlet pipe section in the conventional joint pipe. Schematic. The fifth section is the exploded view of the water-separating joint pipe in the creation. 7 M382410 The sixth figure is a schematic diagram of the structure of the inlet pipe section and the outlet part of the water-dividing joint pipe in the creation. The water plan The seventh figure is a schematic diagram of the structure of the water inlet pipe section and the outlet pipe section in the water-separating joint pipe. e The eighth figure is a schematic diagram and diagram of the structure/division of the water-separating joint in the creation. [Main component symbol description] Pipe body 11 Inlet pipe section 111 Outlet pipe section 112 Active zone pipe section 113 Protective bushing 12 Inner screw 121 Water stop gasket 13 Plug 14 Plug body 141 Screw-in element 142 Water-splitting pipe 2 Pipe body 21 inlet pipe section 211 outlet pipe section 212 movable zone pipe section 213 protection casing 22 first inner screw section 221