M332104 八、新型說明： 【新型所屬之技術領域】： 本創作係一種樓板接頭輔助排水裝置，主要技術、目 的為：於地板落水頭之接頭中組設有一管體，管體設成一 端具有剖縫，而得讓地板水泥砂中之水由剖縫引入管體中 排除，達到不積水、不滲漏至地板及墙壁外之功效。 【先前技術】： 查，習知之樓板排水構造，大體皆如圖一、二所示， 係地板3中埋設接頭1，接頭1組設有延伸管2，延伸管2 上端供組裝落水頭5，又，鋪設地碑（瓷磚）時則配合水泥 砂6結合，水泥砂、6並將延伸管2埋合，為防水滲漏穿透 地板3而於水泥砂6與地板3間塗佈防水膠8 ;上述，其 實存在有下列缺點：水可由地磚7接縫Η處滲入水泥砂6 中（如圖二箭頭所示），因延伸管2與接頭1呈密合、不透 水，故，水必然積於水泥砂6中，即會有由墙壁4滲出之 現象，即疋俗稱之「壁癌」，另，亦有因防水膠8經長時 間潮濕而變質時，水由損壞之防水膠8處滲入地板3中， 造成下層天花板（地板3之下方即是下一層樓之天花板）滲 水之問題。 【新型内容】： 請參閱圖三、四、五、六，係一接頭2〇中組設有一 管體10，管體10上方供組接延伸管23、落水頭5，管體 10設成一端設有數條剖縫11，其内壁設有内環片12，内 環片12與管體1〇間具有間隙13，接頭2〇設成具有不同 4 M332104 大小之第一孔徑21、第二孔徑22，第二孔徑22供插組管 體10，第一孔徑21與管體10間具有間隙3〇 ,俾得讓水 由間隙流至管體10之剖縫11而進入管體1 〇排除。 【實施方式】·· 如圖五所示，係將接頭20埋入地板1〇中，管體1〇 剖縫11端插組合於接頭20第二孔徑22中，剖縫11之高 度較高，而可呈剖縫11延伸至第一孔徑21中，管體1〇 上方則可供組接延伸管23。當如圖六所示時，鋪設地碑7 、水泥砂6、防水膠8、及組裝落水頭5，因管體10之直 牷略小於接頭20，而得具有間隙30充填入水泥砂6，換 言之，水泥砂6係延伸至管體10之剖縫11處，當水由地 磚7接縫Η進入水泥砂6中，水可由接頭20與管體1〇間 隙30處流至管體1〇之剖縫Η，而可流入管體1〇中排除 ’即得不會有積於水泥砂6中，由墙壁4滲出造成壁癌、 由地板3滲漏之問題。另，本創作管體1〇之内環片丨2功 效；係當落水頭5大量排水時，可隔離水，防止水直接沖 至剖縫11倒灌入水泥砂6。 依上述之技術手段，本創作亦可實施呈下列型態，屬 本創作等效結構創意範缚内： 一、 圖七，係可將本創作使用於習知之接頭1，並將本創 作管體10之剖縫11呈略高於習知之接頭1，得同樣 可讓水泥砂6中之水流入剖縫11管體10中排除之功 效。 二、 圖八，係可將管體10之剖縫η改設成數個通孔14， 5 M332104 同樣可得排水之效果。圖八，另設有螺牙，係可供 使用於具有内螺牙之接頭，而可呈直接螺合。 二、圖九，係管體10亦可適用於直角形接頭2〇1。 綜上所述，本創作之結構裝置，確實具有極佳實用性 與增進功效，誠符合新型專利要旨，懇請賜准專利。 【圖式簡單說明】： 圖一，習知構造剖視圖 圖二，習知組合落水頭狀態剖視圖 圖三，本創作構造立體剖視圖 圖四’本創作與接頭之立體分解圖 圖五，本創作紐合剖視圖 圖六，本創作組合落水頭狀態剖視圖 圖七，本創作使用於習知接頭狀態剖視圖 圖八，本創作另一實施例立體圖 圖九，本創作接頭呈直角狀實施例圖 【主要元件符號說明】： 、20、201 接頭 7地磚 14通孔 ' 23延伸管 8防水膠 15螺牙 地板 1〇管體 21第一孔徑 墙壁 11剖縫 22第二孔徑 落水頭 U内環片 Η接縫 水泥砂 、30間隙 6M332104 VIII. New description: [New technical field]: This creation is a kind of auxiliary joint drainage device for floor joints. The main technology and purpose is to set up a pipe body in the joint of the floor drop head. The pipe body is set to have a section at one end. The seam is so that the water in the floor cement sand is removed from the pipe body by the slit joint, so as to achieve the effect of not accumulating water and leaking to the floor and the wall. [Prior Art]: Check, the slab drainage structure of the well-known, generally shown in Figure 1 and Figure 2, the joint 1 is buried in the floor 3, the extension 1 is provided in the joint 1 and the upper end 5 is assembled to the assembly head 5 In addition, when laying the monument (tile), it is combined with cement sand 6 to bond cement sand, 6 and the extension pipe 2 to cover the floor 3 and waterproof rubber 8 between the cement sand 6 and the floor 3 for waterproof leakage. In the above, there are actually the following disadvantages: water can be infiltrated into the cement sand 6 by the joints of the floor tiles 7 (as indicated by the arrow in Fig. 2), because the extension pipe 2 and the joint 1 are tightly closed and impervious to water, so the water must accumulate. In the cement sand 6, there is a phenomenon that the wall 4 seeps out, that is, it is commonly called "wall cancer". In addition, when the waterproof rubber 8 deteriorates due to prolonged humidity, the water penetrates from the damaged waterproof rubber 8 In the floor 3, the problem of water seepage caused by the lower ceiling (below the floor 3 is the ceiling of the next floor). [New content]: Please refer to Figure 3, 4, 5, and 6 for a joint. The middle of the pipe is provided with a pipe body 10, and the pipe body 10 is provided with an extension pipe 23 and a water head 5, and the pipe body 10 is set to one end. There are several slits 11 , and the inner wall is provided with an inner ring piece 12 . The inner ring piece 12 has a gap 13 between the inner tube piece 12 and the tube body 1 , and the joint 2 is provided with a first aperture 21 and a second aperture 22 having different sizes of 4 M332104 . The second aperture 22 is for inserting the tubular body 10, and the first aperture 21 and the tubular body 10 have a gap of 3 〇, so that water flows from the gap to the slit 11 of the tubular body 10 and enters the tubular body 1 to be removed. [Embodiment]·· As shown in FIG. 5, the joint 20 is buried in the floor 1〇, and the pipe body 1 is cut into the second hole 22 of the joint 20, and the height of the slit 11 is high. Instead, the slit 11 may extend into the first aperture 21, and the upper portion of the tubular body 1 may be used to assemble the extension tube 23. When as shown in FIG. 6, the ground monument 7, the cement sand 6, the waterproof rubber 8, and the assembly water head 5 are laid, because the straight body of the pipe body 10 is slightly smaller than the joint 20, and the gap 30 is filled with the cement sand 6, In other words, the cement sand 6 is extended to the slit 11 of the pipe body 10. When the water is joined by the floor tile 7 into the cement sand 6, the water can flow from the joint 20 to the pipe body 1 gap 30 to the pipe body 1 When the joint is cut, it can be drained into the pipe body 1 to eliminate it, so that it does not accumulate in the cement sand 6, and the wall 4 leaks out to cause wall cancer and leakage from the floor 3. In addition, the inner tube of the creative tube body 1 is effective; when the water head 5 is heavily drained, the water can be isolated to prevent the water from directly rushing to the slit 11 and poured into the cement sand 6. According to the above technical means, the creation can also be implemented in the following types, which are within the creative framework of the equivalent structure of the creation: 1. Figure 7, the creation of the creation can be used in the conventional joint 1, and the creation of the body The slit 11 of 10 is slightly higher than the conventional joint 1, and the effect of allowing the water in the cement sand 6 to flow into the tubular body 10 of the slit 11 is also eliminated. Second, Fig. 8, the section η of the pipe body 10 can be changed into a plurality of through holes 14, 5 M332104 can also obtain the effect of drainage. Figure 8. There is also a screw thread that can be used for joints with internal threads, but can be directly screwed. Second, Figure 9, the tubular body 10 can also be applied to the right angle joint 2〇1. In summary, the structural device of this creation does have excellent practicality and enhanced efficiency, and it is in line with the new patent principle, so please grant a patent. [Simplified illustration of the drawings]: Figure 1, a schematic cross-sectional view of a conventional structure, a cross-sectional view of a conventional combined water head state, a three-dimensional cross-sectional view of the creation structure, and a three-dimensional exploded view of the creation and the joint. FIG. 6 is a cross-sectional view of the present invention, and the present invention is used in a cross-sectional view of a conventional joint state. FIG. 8 is a perspective view of another embodiment of the present invention. The present joint is in a rectangular shape. 】:, 20, 201 joint 7 floor tile 14 through hole '23 extension tube 8 waterproof glue 15 screw floor 1 〇 pipe body 21 first aperture wall 11 slit 22 second aperture drop head U inner ring piece Η joint cement sand 30 gaps 6