M313166 八、新型說明： 【新型所屬之技術領域】 凝土 關於—種薄形止水條結構，尤指—種用於預鑄混 凝土 周^的止水條’其施工簡便、可有效防止水由預鑄混 喊土％片間之銜接部位滲漏之薄形止水條。 【先前技術】 個預鎮預鑄！^土施卫方法係將混凝土結構體分散成多 辉元係先在各加1工廠生產，然後再運送 施ΐ作ίίίΓί-上fff工方法由於縮短工期、簡化現場 優點’故被廣泛地運各種中大型駐程中。麸而， =於此旋土結構係由複數個預鱗混凝土單元組成，、 極易凝土單元間之接縫部位進行滲漏，造駐程 片狀之預結構中’主要是以複數弧形（或彎折） 如¥ 1Α圖（以圓形混凝土管 1 ^M313166 VIII. New description: 【New technical field】 Condensed soil is a kind of thin water stop strip structure, especially a kind of water stop strip used for concrete concrete weeks. It is easy to construct and can effectively prevent water from being A thin, water-stopping strip that leaks through the joint between the pieces of the soil. [Prior Art] A pre-town! ^The method of soil protection is to disperse the concrete structure into a multi-glyph system. It is first produced in each plus one factory, and then shipped as a ί ΐ ί ί 上 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于Medium and large-scale station. Bran, = This spin-off structure is composed of a plurality of pre-scale concrete units, and the joints between the extremely easy-to-consolidate units are leaked, and the pre-structure of the standing sheet is 'mainly in a plurality of curved shapes. (or bend) as ¥ 1 Α diagram (with round concrete pipe 1 ^
衣曰匕括了在預鑄混凝土環片之二端的直;j»·*卩12、5 Ϊ目AA 該轉角部14加以適當的彎^ 條2(如第1β圖）依據 土環片1 預鑄混凝 相互連接。由於二端部21係以膠合方式)目m2,二端部21 水膨脹後會水條2長度不足 2吸 預鱗=土環片1相分離，進而喪失防ίΖ,效使止水條2與該 言月參閱第2Α圖及第2Β圖所示，1係為羽 於預雜凝土環片的立趙結構分解及上意t止 M313166 水條2a係設計為中空矩形形狀，雖麩止 個轉折部23與轉角部14相對彈性，但四 相互疊合欲結合成圓管當各預鑄混凝土環片1 斷面時，各止水條二進f且合。當結合成圓管 的滲透。然而上述止水條結構有！成止水擋部，以防止水 性應i)，使之材質製成’但由於本身之彈 生-;=、，該間隙 轉折部23與該轉都超過7麵，這樣的厚度使 大，更易產生間隙而Uii時之曲率更 =為8倍左右’愈大的膨脹倍數則：大條 損的的止水條時2a，凹環槽11的角隅容易有缺角受 合成(圓各，混凝土環片1相互疊合結 隙、磨擦損壞之情形。亚里，k成止水條位移、鬆脫產生間 形片的力口#以往單純之具有四個邊之弧 片狀或是改變成為其它的幾^k成為具有超過四個邊的弧形 的缺=1:^，=生之止水麵 M313166 【新型内容】 止水條』-種設於預鑄疑土環片之薄形 成核^崎土結造成轉漏。 W上，使組合 止水條之ΐίΐϊί J2,一種設於預鑄混凝土環片之薄形 合薄形止猶做，故施工組 本創作之另一目的二二：:便利且快速。 止水條結構，其係方便且有开;t於預，混凝土環片之薄形 合堆疊作業，減少施工昆凝土環片相互組 之薄形止水條結構，^預鱗設於預鱗混凝土環片 本體，為;= 個轉角部，該薄形止水條包括有··一 片上時，可使得談太c狀’該本體套設於該預鑄混凝土環 該本體沿該凹環^之預定===一轉角部上，藉由施力使 該凹環槽之-接觸面!疋使，體緊密貼合於 有Τ進該r办小尺一 將本創“趙其;：r二=、圖號’ 【實施方式】 應用係為本發明一實施例之薄形止水條3 槽 ':環槽具有複數;土環片4的周緣設有1 之橡‘二體成5括有:本體30 ’該本體30係為遇水可膨脹 i斤版成，且本體遇水的膨脹倍數為2倍至8倍之 M313166 環槽41之一接觸面4/ 弓折’而使該本體緊密貼合於該凹 43相距有—厚戶D2 ’ ^本體30之外緣表面恰與該接觸面 該薄形止水條 寸4係小於^實際在將 41 冷4士未l μ 释汁匕’旋土私*片4上時，可弁於prf援播 度。塗抹黏讀，以_形止編與嘯41之間的結= 在上述的實施例中，環狀的薄形 搭配的爾混凝土環片4而有一默止的Z3 配合所 ，二直接套合在該預鑄混凝土環片4之凹環:另 例中，該本體外緣表面更延伸出右 几在另實把 該薄形止水條3之g伸出有以一凸脊（圖未示），以增加 旋场片之施工方法所組合的預鑄混凝土環片。該方法包 的預6G、二第二尺寸 轉混凝土環片60、該第二尺寸的預鑄混凝土環片 =以及該弟三尺寸的預鑄混凝土環片65之周緣分別設有預定形 狀之-凹賴，且該第三財的爾缺 尺寸的預鑄混凝土環片60之大小相異。 、弟 (b)將為連續曲線環形形狀之複數個第一 二尺寸薄形止水條67以及—第三尺寸薄形^條^條 分別套設於該第-尺寸的預鑄混凝土環片⑼、該第二尺寸的預禱 混凝土環片62以及該第三尺寸的預鑄混凝土環片65上。 (c)將该第—尺寸薄形止水條61、該第二尺寸薄形止水 條67以及該第三尺寸薄形止水條66沿該第一尺寸的預禱混凝土 環片60、該第二尺寸的預鑄混凝土環片62以及該第三尺寸的預 M313166 鑄混凝土環片65之凹環槽預定形狀進行彎折，使其緊密貼合於 該凹環槽上；當然本發味佳實簡巾 結合有 ^ 薄形止水條f該第二尺寸薄形止水條67以及該第三 止水條66之複數個該第一尺寸的預鑄混凝土環片6〇、二嗲^ 62—^ ⑷將該複數個第—尺寸的預鑄混凝土環片6G結合成 定微二側再分別結合該第二尺寸的預鑄混凝土環ΐ 62，使形成二^侧係呈現為斜面料之一缺口肋。 衣月 缺口 鑄混凝土環片65結合於該預定形狀之 ί⑸Λ该弟寸的預鑄混凝土環片65二侧係具有與該斜 狀之侧面’以封_缺口 63而成形i定之環形形 ^由^斜面64具有雙向性，因此該第三尺寸 = 環形形狀之徑向方向或軸向方向與該第二尺寸Ϊ 預麵作匕/旋土ί哀片62進行結合。 丁的 人另二二=示’係為不同尺寸的預鑄混凝土環片之組 ϋ視圖。與上述實施例不同的是，組合該第 方向延伸，因：ίίϊ::=錶使呈現為斜面64a係為沿軸心 尺寸大於内環尺寸之^狀域凝土環片65a亦設計為外環 二第’可將複數個第—尺寸的預鑄混凝土環片60、 伸至工程所需的t面，f後可加以適當延 避免水由各闕驗各止水條之相互抵觀緊，可有效 效果。 &片間之绛隙部部滲漏，達到預設之止水 因此，本發明具有以下優點： 免止==錄應_觀凝土環片時,齡碰撞，避 ⑵薄形止水條遇水具有較切膨脹倍數，^產生巨大形 M313166 .土獅缺驗不易受損。 ^即使該環片凹預鑄混凝土環 緊挽地貼合於物環彻，故不轉漏。〜杨止水條亦可 環片挪拉射枝地組胁輯混凝土 因薄形止水條為需条碰撞掉落時， 内會產生間隙，達到止水功1。、相止水條推回凹環槽 條，其極具產業3用^二n—種薄形止水 【圖式簡單朗】禮祕妹出發日轉利申請。 二='2鑄混凝土環片的立體外觀示意圖。 «2A 〇 ★ ^Ft«〇 狀預^处糾的讀結構分解 第迚圖^為另一習知止水條組裝於預鑄混凝土環片的上視結構示意 ^結構示意圖。 4圖係為本發明之薄形止水條以及側視結構示意圖。 ★ 示意圖。 及預15^减土每片的立體結構分解 ，5Α圖係為不同尺寸的預缚混凝 二?凝土環片之組 I Ι2Η糸為第5Α圖之組合側視圖。 心口 犯圖^不同尺寸的預觀凝土環片之組合另一較佳實施例的側 M313166 【主要元件符號說明】 預鑄混凝土環片1 直槽部12 轉角部14 端部21 薄形止水條3 凹環槽41 凸脊31 轉角部42 第一尺寸的預鑄混凝土環片 第二尺寸的預鑄混凝土環片 第三尺寸的預鑄混凝土環片 第一薄形止水條61 第三薄形止水條66 斜面64、64a 凹環槽11 弧槽部13 止水條2、2a 轉折部23 預鑄混凝土環片4 本體30 厚度Dl、D2 接觸面43 、62a 、65a 第二薄形止水條67 缺口 63The clothing includes the straight end at the two ends of the concrete ring; j»·*卩12,5 Ϊ目A A The corner portion 14 is appropriately bent 2 (such as the 1β map) according to the earth ring sheet 1 Cast coagulation is connected to each other. Since the two end portions 21 are glued to the mesh m2, the water content of the two end portions 21 is less than 2, and the length of the water strip 2 is less than 2, and the soil ring sheet 1 is separated, thereby losing the protection effect, and the water stop strip 2 is See the second and second figures for the month. The 1 series is the decomposition of the vertical structure of the pre-hybrid ring. The M313166 water strip 2a is designed as a hollow rectangular shape. The turning portion 23 is relatively elastic with the corner portion 14, but four are superposed on each other to be combined into a circular tube. When each concrete ring piece 1 has a cross section, each water stop strip is doubled and merged. When combined into a circular tube for penetration. However, the above water stop structure has! The water stop is stopped to prevent the water from being i), so that the material is made of 'but due to its own elastic--=, the gap turning portion 23 and the turn are more than 7 faces, such a thickness makes the size larger and easier. The gap is U9 and the curvature is more than 8 times. The larger the expansion factor is: the large stripe of the water stop 2a, the corner of the recessed ring groove 11 is easily formed by the corners (round, concrete) The ring pieces 1 overlap each other with the gap and the friction is damaged. Yali, k is the displacement of the water stop, and the force of the loose piece produces the interlocking piece. In the past, the blade has four sides and is changed to other. The number of ^k becomes a curved shape with more than four sides = 1: ^, = the surface of the water stop M313166 [New content] Water stop strip - a thin core formed in the suspected earth ring sheet ^ The Kawasaki knot caused a leak. On W, the combination of the water stop ΐ ΐϊ ΐϊ J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J Convenient and fast. The structure of the water stop strip is convenient and open; in the pre-prevention, the thin and stacking of the concrete ring piece reduces the construction of the Kunming The thin ring-stop structure of the soil ring pieces is set to each other, and the pre-scale is set on the body of the pre-scale concrete ring piece, which is a corner portion, and the thin water stop bar includes a piece of the upper part, which can make the talk too The c-shaped 'the body is sleeved on the concrete ring. The body is placed along the predetermined ring of the concave ring ^=== a corner portion, and the contact surface of the concave ring groove is biased by force application. In conjunction with the 小 该 r r r 将 本 本 本 本 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵 赵The utility model has a plurality of; the outer circumference of the soil ring sheet 4 is provided with a rubber body of two parts: a body 30. The body 30 is made of water and expandable, and the expansion ratio of the body is 2 times to water. 8 times the M313166 ring groove 41 one contact surface 4 / bow 'to make the body fit snugly to the recess 43 apart - thicker D2 ' ^ body 30 outer edge surface just the contact surface The water strip inch 4 is less than ^ actually when 41 cold 4 士 不 l μ 释 匕 匕 ' 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋 旋The knot between = in the above In the embodiment, the annular thin-shaped concrete ring piece 4 has a silent Z3 joint, and the second is directly fitted to the concave ring of the concrete ring 4: in another example, the outer peripheral surface Further extending the right part, the g-shaped water stop strip 3 is extended by a ridge (not shown) to increase the construction method of the rotating field piece. The pre-6G, the second-size rotating concrete ring piece 60 of the bag, the second-sized concrete ring piece= and the circumference of the three-dimensional concrete ring piece 65 of the same are respectively provided with a predetermined shape. And the size of the third-sized sturdy concrete ring piece 60 is different. The brother (b) will be a plurality of first two-size thin water-stop bars 67 and a third size of a continuous curved annular shape. The thin strips are respectively sleeved on the first-sized concrete ring piece (9), the second-sized pre-prayer concrete ring piece 62, and the third-sized concrete ring piece 65. (c) the first size thin water stop strip 61, the second size thin water stop strip 67, and the third size thin water stop strip 66 along the first size of the pre-prayer concrete ring sheet 60, The second size of the concrete ring piece 62 and the third ring of the pre-M313166 cast concrete ring piece 65 have a predetermined shape of the concave ring groove bent to fit snugly on the concave ring groove; The solid wiper incorporates a thin water stop strip f, the second size thin water stop strip 67 and the third water stop strip 66 of the plurality of first size concrete ring segments 6〇, 2嗲^ 62 —^ (4) Combining the plurality of first-sized concrete ring segments 6G into two sides and combining the second-sized concrete ring 62, respectively, so that the two sides are formed as one of the oblique fabrics. Notched ribs. The clothing month notched cast concrete ring piece 65 is combined with the predetermined shape of the ( (5) Λ the two sides of the 預鑄 concrete ring piece 65 has a ring shape with the slanted side surface formed by the sealing _ notch 63. The ramp 64 has a bidirectional nature such that the third dimension = the radial or axial direction of the annular shape is combined with the second dimension Ϊ pre-face. The person of Ding's other two = two shows that the system is a group view of different sizes of concrete rings. Different from the above embodiment, the first direction extension is combined, because the ίίϊ::= table is such that the inclined surface 64a is formed as an outer ring along the axial center size larger than the inner ring size. The second 'can be used to extend a plurality of first-sized concrete ring segments 60 to the t-plane required for the project. After f, it can be appropriately extended to avoid the water from being checked against each other. Effective effect. &The gap between the crevices of the sheet reaches the preset water stop. Therefore, the present invention has the following advantages: Exemption == Recording _ Viewing the ring of the earth, age collision, avoiding (2) thin water stop In the case of water, it has a relatively large expansion factor, and it produces a huge shape M313166. The lack of soil lions is not easily damaged. ^ Even if the ring-concave concrete ring is tightly attached to the object ring, it does not leak. ~ Yang stop water strips can also ring the ring of the Nora shoots group to threaten the concrete. Because the thin water stop strips fall into the demand strip, there will be gaps inside, which will reach the water stop function. The water stop strip pushes back to the concave ring groove, which is very suitable for industry 3 use ^ two n-type thin water stop [Figure simple Lang] gift secret girl departure date application. Two = '2" schematic view of the three-dimensional appearance of the cast concrete ring. «2A 〇 ★ ^Ft«〇 The shape of the reading structure is corrected. The figure is another schematic diagram of the upper structure of the water stop bar assembled on the concrete ring. 4 is a schematic view of the thin water stop strip of the present invention and a side view structure. ★ Schematic. And the pre-15^ reduction of the three-dimensional structure of each piece of the decomposition, the 5Α picture is the pre-bound coagulation of different sizes. The group of the concrete ring ring I Ι2Η糸 is the combined side view of the fifth figure. The combination of the different size of the preview concrete ring sheet M3.1166 of another preferred embodiment [Description of the main components] 預鑄 concrete ring piece 1 straight groove portion 12 corner portion 14 end portion 21 thin water stop Bar 3 concave ring groove 41 ridge 31 corner portion 42 first size concrete ring piece second size concrete ring piece third size concrete ring piece first thin water stop strip 61 third thin Shaped waterstop 66 inclined surface 64, 64a concave ring groove 11 arc groove portion 13 water stop strip 2, 2a turning portion 23 concrete concrete ring piece 4 body 30 thickness Dl, D2 contact surface 43, 62a, 65a second thin shape Water strip 67 notch 63
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