M382412 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種排水管，更詳而言之係指一種由塑 膠類連續平板材料捲繞而成並外覆具有加強勒之捲繞式排 水管。 【先前技術】 按，習有之塑膠類排水管，由於管徑大，若要由傳統 •押出成型法製作，必須採用大型押出機，除了製作上困難 度較尚外’設備費用也非常昂貴。 另外，一般之塑膠類排水管，為一種内外表面平直之 中空圓柱管，為了減輕重量及生產成本考量，其管壁一般 不是很厚，當然耐水壓及耐衝擊力便較差，而為了增加耐 水壓及耐衝擊能力，勢必要增加厚度，相對地也會增加重 置費用及製造之困難度。因此，如何設計一種結構強度佳 鲁且製作簡易之大型排水管，其可以利用小型押出設備來生 產，以減低使用大型押出設備之費用，為本創作之課題。 【新型内容】 有鑑於此，本創作乃在提供一種能由較小押出機製作 之捲繞式排水管，可以降低生產及設備費用。 本創作另外在提供一種具有加強勒之捲繞式排水管， 可以加強排水官之結構強度，且材料及重量增加不多，而 具有增加耐水壓、耐衝擊之效果。 為達成則述目的及效果，本創作提供一種捲繞式排水 3 M382412 管，包含有：一主管體，係由連續之撓性平板所捲繞而成， 該平板具有一第一邊、一第二邊、一正面、一背面，該平 板在正面之第一邊設有連續第一缺角，平板正面第二邊則 具連續之第一凸體，該平板在背面之第二邊設有連續第二 缺角，平板背面第一邊則具有連續之第二凸體，該平板依 角度捲繞成主管體，而前一圈的平板之第一凸體卡掣在下 一圈的平板之第一缺角，而第二缺角卡掣下一圈平板的第 . 二凸體；一加強勒，係由連續之撓性材料約平行地固定在 ® 前述之平板上，並依平板之捲繞方向而捲繞在主管體之外 表面。 依據本創作所述之捲繞式排水管，其中，該加強勒為 一中空管。 依據本創作所述之捲繞式排水管，其中，在中空管中 具有一浪管。 依據本創作所述之捲繞式排水管，其中，該主管體係 • 由塑膠類材質所製成。 - 依據本創作所述之捲繞式排水管，其中，該主管體之 塑膠類材質為PE、PP。 依據本創作所述之捲繞式排水管，其中，該中空管係 由塑膠類材質所製成。 依據本創作所述之捲繞式排水管，其中，該中空管之 塑膠類材質為PE、PP。 依據本創作所述之捲繞式排水管，其中，該浪管係由 4 M382412 塑膠類材質所構成。 依據本創作所述之捲繞柄水管，其巾，該浪管之塑 膠類材質為PE、PP。 與習有技術相較，本創作之捲繞式排水管，主要由連 續之撓性平板所捲繞而成，且在平板外側具有隨平板捲繞 之空心加強勒，使得排水管重量輕並具有較習有塑膠管佳 -之結構強度，且平板所需之押出設備費用低，具有經濟價 值0 【實施方式】 為使貴審查委員能對本創作之特徵與特點有更進一 步之了解與認同，兹列舉以下較佳實施例並配合圖式說明 如下： 請參閱第1、2圖所示，本創作捲繞式排水管，主要 包含有主管體1及加強勒2二個部份。 參閱第3〜6圖所示’本創作之主管體1係由連續 之撓性平板1 〇所捲繞而成，該平板1 〇具有一正面工 • 1、-背面12、-第一邊13、一第二邊14，該平板 1 0在正面1 1之第一邊1 3具有連續第一缺角工5，而 平板10正面11之第二邊14則具有連續之第一凸體工 6，該平板1 〇在背面1 2之第二邊1 4設有連續第二缺 角1 8，平板1 0在背面1 2第一邊1 3則設有連續之第 二凸體1 7，該平板1 〇依一角度捲繞成主管體1，其中， 前一圈的平板10之第一凸體16卡掣在下一圈的平板工 5 二:二：角15 ’而第二缺角18卡掣下-圏平板的第 ^ 1 7，使得平板i 〇捲繞成主管體Μ，前後平板 一0之第一缺角15、第-凸體16、第二凸體17、第 缺角18相互卡掣及嵌合而得以使主管體^之結構性 佳，而得以承受内部之水壓及外部之壓力。 又，本案之平板1 0從押出機模頭（圖未示）被押出 時，係處在高熱狀態，因此前後平板10經捲繞嵌合在-起，便會熱融在一起。 請參閱第1圖所示，本創作之加強勒2係由連續之撓 性材料約平行地沿著並固定在前述之平板1 〇上，並依平 板1〇之捲繞方向而捲繞在主管體丄之外表面。本創作之 加強勒2可以是-個連續之撓性中空管21，也可以是如 圖2、5中所示，具有一連續之撓性中空管2丄，内部則 置入一浪管2 2，以加強其結構強度。 本創作之主管體1、中空管2工、浪管2 2等係由係 由塑膠類如PP、PE等所製成，但不限於該些材料。 本創作之捲繞式排水管在製作上係由二個押出機各自 押出主管體i之平板工〇及中空管2工，且浪管2 2係在 中空管2 1成型時，由押出機之模頭穿過以使中空管2工 成型於浪管2 2之外部，並利用一捲繞裝置帶動兩者捲 繞，且使得平板1 〇與中空管2 1相互靠近，藉其熱度結 合固定成圖1、2所示之成品。此部份之設備非屬本創作 範圍及重點，於此則不加以贅述，僅提供前述簡單之說明。 M3.82412 至於其結構特徵及特點則於另一申請案中予以揭露。 本創作主要係利用平板10捲繞成主管體1，並在主 管體1外纏繞有加強勒2，因此，本案相較傳統大型排水 管，其所須之押出機及設備相對較小型，設備費用低，且 本創作之排水管重量輕、結構性佳，可以有很高之耐壓特 性。 以上所揭，僅為本創作的較佳實施方式而已，並非用 以限定本創作實施例的範圍，本技術領域内的一般技術人 員根據本創作所作的均等變化，以及本領域内技術人員熟 知的改變，仍應屬本創作涵蓋的範圍。 M3.82412 【圖式簡單說明】 第1圖係本創作捲繞式排水管較佳實施例之立體示意圖。 第2圖係本創作捲繞式排水管另一較佳實施例示意圖。 第3圖係本創作捲繞式排水管之主管體之立體示意圖。 第4圖係本創作捲繞式排水管之主管體之剖視示意圖。 第5圖係本創作捲繞式排水管之剖視圖。 第6圖係本創作捲繞式排水管之平板之部份立體示意圖。 • 【主要元件符號說明】 主管體1 平板1 0 背面1 2 第二邊1 4 第一凸體16 : 第二凸體17 ♦浪管2 2 加強勒2 正面1 1 第一邊1 3 第一缺角1 5 第二缺角18 中空管2 1 8M382412 V. New description: [New technical field] This creation is related to a type of drain pipe, more specifically, a type of continuous flat plate material made of plastic and covered with a coiled drainage tube. [Prior Art] According to the plastic-type drain pipe, the large-scale extrusion machine must be used in the production of the traditional plastic extrusion pipe. In addition to the difficulty in production, the equipment cost is very expensive. In addition, the general plastic drain pipe is a hollow cylindrical pipe with a flat inner and outer surface. In order to reduce the weight and production cost, the pipe wall is generally not very thick, and of course, the water pressure resistance and the impact resistance are poor, and in order to increase the water resistance. Pressure and impact resistance, it is necessary to increase the thickness, and relatively increase the replacement cost and manufacturing difficulty. Therefore, how to design a large-scale drain pipe with good structural strength and easy production can be produced by using small extrusion equipment to reduce the cost of using large-scale extrusion equipment. [New content] In view of this, the creation is to provide a winding drain that can be made by a small extruder, which can reduce production and equipment costs. In addition, the present invention provides a winding type drain pipe with enhanced reinforcement, which can strengthen the structural strength of the drainage official, and has little increase in material and weight, and has the effects of increasing water pressure resistance and impact resistance. In order to achieve the stated purpose and effect, the present invention provides a winding drainage 3 M382412 tube comprising: a main body which is wound by a continuous flexible flat plate having a first side and a first On the two sides, a front side and a back side, the flat plate has a continuous first corner on the first side of the front side, and a continuous first convex body on the second side of the front side of the flat plate, the flat plate being continuous on the second side of the back side The second corner, the first side of the back side of the flat plate has a continuous second convex body, the flat plate is wound into the main body at an angle, and the first convex body of the flat plate of the previous turn is firstly folded on the flat plate of the next turn The second corner is the second convex body of the next round of the flat plate; the reinforcing element is fixed by the continuous flexible material in parallel on the above-mentioned flat plate, and according to the winding direction of the flat plate And wound on the outer surface of the main body. A winding drain according to the present invention, wherein the reinforcement is a hollow tube. A winding drain according to the present invention, wherein there is a wave tube in the hollow tube. According to the winding drain of the present invention, the main system is made of a plastic material. - The wound drain according to the present invention, wherein the plastic material of the main body is PE or PP. The winding type drain pipe according to the present invention, wherein the hollow tube is made of a plastic material. According to the winding type drain pipe of the present invention, the plastic material of the hollow tube is PE or PP. According to the winding drain of the present invention, the wave tube is made of 4 M382412 plastic material. According to the winding handle water pipe of the present invention, the plastic material of the wave tube is PE or PP. Compared with the prior art, the winding-type drain pipe of the present invention is mainly made of a continuous flexible flat plate, and has a hollow reinforcing ridge which is wound with the flat plate on the outer side of the flat plate, so that the drain pipe is light in weight and has Compared with the structural strength of the plastic pipe, and the low cost of the extrusion equipment required for the flat plate, it has economic value. 0 [Embodiment] In order to enable your review committee to have a better understanding and recognition of the characteristics and characteristics of this creation, The following preferred embodiments are described with reference to the following figures: Please refer to Figures 1 and 2 for the creation of the winding-type drain pipe, which mainly comprises two parts of the main body 1 and the reinforcing rod 2. Referring to Figures 3 to 6, the main body 1 of the present invention is formed by winding a continuous flexible flat plate 1 〇 having a front work 1 , a back surface 12 , a first side 13 a second side 14, the first side 13 of the front side 1 1 has a continuous first corner cutter 5, and the second side 14 of the front side 11 of the flat panel 10 has a continuous first convex body 6 The flat plate 1 is provided with a continuous second corner 1 on the second side 14 of the back surface 1 2, and the first side 1 3 of the flat plate 1 2 is provided with a continuous second protrusion 1 7 . The flat plate 1 is wound into the main body 1 at an angle, wherein the first convex body 16 of the flat plate 10 of the previous turn is stuck in the next circle of the flat work 5 2: 2: angle 15 ' and the second notch 18 card The first 17th of the underarm-圏 plate causes the flat plate i 〇 to be wound into the main body Μ, the first notch 15 of the front and rear plates, the first convex body 16, the second convex body 17, and the first corner 18 are mutually The cassette and the fitting enable the main body to be structurally good, and can withstand internal water pressure and external pressure. Further, when the flat plate 10 of the present case is pushed out from the die of the extruder (not shown), it is in a high heat state, so that the front and rear flat plates 10 are wound and fitted together, and they are thermally fused together. Referring to Fig. 1, the enhanced Le 2 of the present invention is formed by a continuous flexible material which is parallel and fixed along the above-mentioned flat plate 1 , and is wound around the main plate according to the winding direction of the flat plate 1 The outer surface of the body. The reinforcement of the present invention can be a continuous flexible hollow tube 21, or as shown in Figs. 2 and 5, having a continuous flexible hollow tube 2丄, and a wave tube is placed inside. 2 2 to strengthen its structural strength. The main body of the creation 1, the hollow tube 2, the wave tube 2, etc. are made of plastics such as PP, PE, etc., but are not limited to these materials. The winding-type drain pipe of the present invention is produced by two extruders, each of which is loaded with the flat work piece and the hollow pipe of the main body i, and the wave tube 2 2 is extruded when the hollow pipe 21 is formed. The die of the machine passes through so that the hollow tube 2 is formed outside the wave tube 22, and the winding device is used to drive the two to be wound, and the flat plate 1 and the hollow tube 21 are brought close to each other. The heat is combined and fixed into the finished product shown in Figures 1 and 2. This part of the equipment is not the scope and focus of this creation, so I will not repeat them here. Only the above simple explanations are provided. M3.82412 As for its structural features and characteristics, it is disclosed in another application. This creation mainly uses the flat plate 10 to be wound into the main body 1 and the reinforcing body 2 is wound around the main body 1. Therefore, in this case, compared with the conventional large-sized drainage pipe, the required extruder and equipment are relatively small, and the equipment costs. Low, and the creation of the drain pipe is light in weight, good in structure, and can have high pressure resistance characteristics. The above description is only for the preferred embodiment of the present invention, and is not intended to limit the scope of the present embodiments, and the equivalent variations made by those skilled in the art according to the present invention, as well as those well known to those skilled in the art. Changes should still be covered by this creation. M3.82412 [Simple description of the drawings] Fig. 1 is a perspective view of a preferred embodiment of the present invention. Fig. 2 is a schematic view showing another preferred embodiment of the present wound wrap. Fig. 3 is a perspective view showing the main body of the present winding type drain pipe. Fig. 4 is a schematic cross-sectional view showing the main body of the present winding type drain pipe. Figure 5 is a cross-sectional view of the inventive winding-type drain pipe. Figure 6 is a partial perspective view of the flat plate of the presently wound water drain. • [Main component symbol description] Main body 1 Flat plate 1 0 Back 1 2 Second side 1 4 First convex body 16: Second convex body 17 ♦ Wave tube 2 2 Reinforced Le 2 Front 1 1 First side 1 3 First Notch 1 5 Second notch 18 Hollow tube 2 1 8