M424769 五、新型說明： 【新型所屬之技術領域】 本創作提供一種組合式養殖槽’特別是涉及一種將養 殖槽分為數個部件模組化生產’並得以快迷=立2成的地 上型養瘦槽。 【先前技術】 按’地上型養殖槽通f是設置於以， 蝦、蟹或貝類等，其長、寬一般各約5公戸脣殂”，、田 A >主暴暑由^一 底板，以及圍繞豎立在底板四周邊的侧板所構玄 且知，前述傳統地上型養殖槽之面積通常兔 公尺，導致構成底板之材料不易取得，而且/太 ^業者通常是利用兩塊或四塊較小面積的板塊^互搭接而 建構成底板，並且在二板塊接合處以焊接或鎖螺㈣方式 =以蚊，最後在底板四周邊圍繞賢立側板，來構成養殖 “ft無論兩塊或四塊較小面積的板塊相互搭接時， 品的底部必須配置坡度(斜度)，因此施工時必 二先在養賴錢置的地面鋪砂，預先做出相對於養殖槽 度(二度i的輪廓’然後將板塊逐-鋪平在具有坡度的 面 Μ再將板塊接縫焊接n相當麻須。 若所2:=:填以外’所述板塊之間的接縫必須平直， =所述板塊財歪斜，就會使接縫不平整，尤 ===須保:平直，施工相當困難;若：四塊小面 邊相結合直邊要與另外兩片板塊的端 定接縫呈十子型，若板塊之垂直邊不夠精準， 3 M424769 同樣將會造成組接困難，需要專業人士現場施作。 此外，前述板塊接合完成後，必須再作防水處理’令1 如塗佈防水膠於接縫上，以防止滲漏，不但增加施工的困 難度’且施工完成後無法拆卸、搬移重複利用。 除了施工困難以外，由於一字或十字型接缝跨設在養 殖槽底部，在組立完成後注入養殖水，水的壓力亦容易發 生一字或十字型接縫強度不夠的狀況，導致養殖水由接縫 處滲漏。因此，本創作人設計了一種組合式養殖槽，以期 ^ 能克服上述組裝不易與接合強度不足的問題。 【新型内容】 本創作之主要目的’係提供一種以模組化生產且有利 於重複組裝、拆卸及搬運的養殖槽，以克服上述先前技術 中，採用複數塊較小面積的板塊搭接養殖槽之底板，而造 成組裝不易與接合強度不足的問題，藉以提升組裝養殖槽 的便利性，並增加接合強度。 為達成上述目的，本創作之組合式養殖槽，包含—底 :· 板以及環列鎖付於於底板周邊之複數框板，所述相鄰近之 一框板之間以螺检相互銜接，且所述框板與底板之間以螺 栓相互銜接而成該養殖槽之槽底，各該框板相對遠離該底 板之端邊分別設有一豎立之側板，所述相鄰近之二側板之 間以螺栓相互銜接而圍繞於所述框板周邊，以形成該養殖 槽之邊框。 藉由上述，所述框板能夠逐一排列於底板四周，並以 螺栓快速鎖接，而使所述框板與底板拼組成養殖槽槽底， 且所述側板圍繞成養殖槽邊框，以盛裝養殖水。 4 M424769 據此’本創作具有下列優點： L所述底板與框板可採用模組化生產，且Μ㈣發二種 模具’可大幅節省生產成本。 2.所述底板與框板之間採用螺栓相互鎖接，㈣時相當便 利且省時，且有利於重複組裝、拆卸及搬運，以及回收 再利用。M424769 V. New description: [New technical field] This creation provides a combined culture tank 'especially related to the modular production of a culture tank divided into several parts' and can be quickly fascinated = 20% above ground type Thin slot. [Prior Art] According to the above-ground type culture tank, the f is set to the shrimp, crab or shellfish, etc., and its length and width are generally about 5 mm, respectively, and the field A > And the surrounding side erected on the four sides of the bottom plate, the above-mentioned conventional above-mentioned type of culture tank is usually rabbit-shaped, which makes the material constituting the bottom plate difficult to obtain, and the manufacturer is usually using two or four. Blocks of smaller area are constructed by merging each other to form a bottom plate, and at the junction of the two plates, by welding or locking screw (four) way = mosquitoes, and finally around the four sides of the bottom plate around the sinister side panels, to constitute a breeding "ft no matter two or When four smaller-area plates are overlapped with each other, the bottom of the product must be equipped with a slope (slope). Therefore, the construction must be sanded on the ground where the money is raised, and the groove is pre-made relative to the culture. The outline of i 'then the plate is laid flat on a slope with a slope and then the joint of the plate is welded n is quite a whisker. If the 2:=: is filled, the joint between the plates must be straight, = If the plate is slanted, the seam will be uneven, especially === Bao: Straight, construction is quite difficult; if: the four small sides combined with the straight edge and the other two pieces of the end of the seam are ten-shaped, if the vertical edge of the plate is not accurate enough, 3 M424769 will also cause It is difficult to assemble and requires professional personnel to carry out the work on site. In addition, after the joint of the above-mentioned plates is completed, it must be treated with water repellent '1, such as applying waterproof glue on the joint to prevent leakage, which not only increases the difficulty of construction' and After the completion of the construction, it cannot be dismantled and moved for reuse. In addition to the construction difficulties, since the one-word or cross-shaped joint is placed at the bottom of the culture tank, the culture water is injected after the completion of the assembly, and the pressure of the water is also prone to a word or cross. The condition of insufficient seam strength causes the culture water to leak from the joint. Therefore, the creator designed a combined culture tank to overcome the above-mentioned problems of assembly and insufficient joint strength. [New content] The main purpose of the present invention is to provide a culture tank that is modularly produced and facilitates repeated assembly, disassembly and handling to overcome the above prior art, using a plurality of blocks. The panel of the area overlaps the bottom plate of the culture tank, which causes the assembly to be difficult and the joint strength is insufficient, thereby improving the convenience of assembling the culture tank and increasing the joint strength. To achieve the above purpose, the combined culture tank of the present invention includes - The bottom plate is connected to the plurality of frame plates at the periphery of the bottom plate, and the adjacent one of the frame plates is connected to each other by screwing, and the frame plate and the bottom plate are connected by bolts. The bottom of the tank of the culture tank, each of the frame plates is respectively provided with an erected side plate at an edge away from the bottom plate, and the adjacent two side plates are connected with each other by bolts to surround the periphery of the frame plate to form the culture. The frame of the slot can be arranged one by one around the bottom plate and fastly locked by bolts, so that the frame plate and the bottom plate are combined to form a bottom of the culture trough, and the side plate surrounds the frame of the culture trough. To contain aquaculture water. 4 M424769 According to this, the creation has the following advantages: L. The bottom plate and the frame plate can be modularly produced, and the Μ(4) hair dies can greatly save production costs. 2. The bottom plate and the frame plate are interlocked by bolts. (4) It is quite convenient and time-saving, and is convenient for repeated assembly, disassembly and handling, and recycling.
3.所述底板與框板之間的接縫在養殖槽槽底呈不連續型 態，且無十字形接縫’因此強度較強，接縫不易鬆開。 以下進一步說明本創作之具體實施方式： 為能方便更換養殖水與清潔養殖槽，該底板頂部並形 成有一集污凹槽，且凹槽内壁具有一排水孔，該框板頂部 形成自該側板往該凹槽方向由上而下傾斜的斜面，所述相 鄰近之二斜面相互銜接；如此，當排水孔開啟後，養殖水 可沿著所述斜面匯流至凹槽内’並經由排水孔排放至養殖 槽外。3. The joint between the bottom plate and the frame plate is discontinuous at the bottom of the culture trough, and there is no cross-shaped joint so that the strength is strong and the joint is not easily loosened. The following is a detailed description of the specific implementation of the present invention: In order to facilitate the replacement of the culture water and the cleaning culture tank, a dirt collecting groove is formed on the top of the bottom plate, and the inner wall of the groove has a drainage hole, and the top of the frame plate is formed from the side plate. The groove direction is inclined from top to bottom, and the adjacent two inclined surfaces are connected to each other; thus, when the drainage hole is opened, the culture water can flow into the groove along the inclined surface and is discharged to the through the drainage hole to Outside the culture tank.
所述底板與框板底部分別設有至少一肋條，而使所述 底板、框板與地面之間經由所述肋條間隔形成複數容置空 間；如此’可經由所述肋條架高養殖槽，而有利於在養殖 槽底部配置養殖槽之供水管或排水管。 為增加所述框板與底板之間的止水強度，所述相鄰近 之二框板與底板的接合面之間介設有一第一止水層，且所 述相鄰近之二框板與底板的接縫上佈設有一第二止水層； 該第一止水層可為整片之橡膠墊片，該第二止水層可為防 水矽膠。 在更加具體的實施上，該底板周緣具有連續排列的複 數第一端邊’該樞板一側緣具有相鄰之一第二端邊及〜第 5 jj424769 邊，該第三端邊的長度大於所述第一端邊與第二端邊 > 分，該框板之第三端邊銜接相鄰框板之第二端邊與底 的長展 . 板的第 端邊 所述底板、框板與側板之接合端邊各自形成一供給螺 ,梭的彎折部；如此，所述底板、框板與侧板之間只須 &鎖撰· 柊，不需要專業人員，施工方便。 鎖’，所述底板與框板實施時可由塑料等可塑性材質製成， π 或玻璃纖維強化塑膠(Fiber Reinforced Plastic，frp) -k° ，賞輟而容易儲存與搬運。 等，然而，為能明確且充分揭露本創作，併予列舉較佳實 ^例，以詳細說明其實施方式如後述： 施i圓 rf施方式】 【靖參閱第一圖所示，揭示出本創作較佳實施例的立體 合第二圖至第四圖說明本創作之組合式養殖槽， 阖负方形底板10及複數矩形框板2〇 ;其中： 包各所述框板20環設於底板1〇周邊，所述相鄰近之二框 2〇之間以螺栓相互銜接，且所述框板20與底板10之間 .；· ^嫘检相互銜接而成該養殖槽之槽底，各該框板20相對遠 ^該底板10之端邊分別設有一豎立之侧板2卜所述相鄰近 之二側板21之間以螺栓相互銜接而圍繞於所述框板2〇周 邊，以形成該養殖槽之邊框。 藉由上述構造，所述框板20能夠逐一排列於底板1〇 四周，而使所述框板20、底板10與側板21快速對位，並 利用螺栓50快速鎖接所述框板20、底板10與侧板21(如第 六圖所示），致使所述框板20與底板拼組成養殖槽槽底， 6 M424769 且所述側板21圍繞成養殖槽邊框，以盛裝養殖水，供給養 殖魚、蝦、蟹與貝類等水產。 ° 據此，本創作具有下列優點： 1. 所述底板1〇與框板20可採用模組化生產，且只要需開 發所述底板與框板20等二種模具，可大幅節省生產 成本。 2. 所述底板10與框板20之間採用螺栓50相互鎖接，組裝 時相當便利且省時，且有利於重複組裝、拆卸及搬運， 以及回收再利用。 • 3·所述底板10與框板20之間的接縫在養殖槽槽底呈不連 續型態，且無十字形接縫，因此強度較強，接縫不易鬆 開。 在更加具體的實施上，該底板1〇周緣具有連續排列的 複數第一端邊11 ’所述第一端邊11之間呈9〇度夾角，所 述框板20、20a、20b、20c在本實施上可為四塊，該框板 20 —侧緣具有相鄰且相互垂直之一第二端邊22及一第三端 邊23，且框板20另一侧緣之側板21呈90度夾角之―曲輪 廓型態。 所述框板20、20a、20b、20c之第二端邊22、22a與第 二知》邊23、23b相互銜接，该第三端邊23的長度大於所述 第一端邊11與第二端邊22的長度，該框板20之第三端邊 23銜接相鄰之框板20a的第二端邊22a與底板10的第一端 邊11 ’且框板20之第二端邊22銜接相鄰之框板20b的第 三端邊23b，而使所述底板10與框板20、20a、20b、2〇c 呈卍字型排列。 值得一提的是，為能方便更換養殖水與清潔養殖槽内 7 M424769 壁，該底板10頂部並形成有一集污凹槽12,且凹槽12内 侧壁形成有一連通養殖槽下方的排水孔13(如第七圖所 示），s玄排水孔13平時可利用一塞子塞住。 該框板20頂部形成有自侧板21往凹槽12方向由上而 ： 下傾斜的斜面24,所述相鄰近之二框板20、2〇a的斜面24、 24a相互銜接。 當欲更換養殖水與清潔養琅槽内壁時，只需開啟排水 孔13，養殖水則可經由排水孔13排放至養殖槽下方，當養 殖槽内的水將排盡時，所剩的水與養殖槽内的污垢或魚蝦 籲排泄物能夠沿著所述斜面24、24a由上而下匯流至凹槽12 内，並經由排水孔13排放至養疸槽外。 實施時，所述底板1〇與框板20、20a、20b、20c底部 亦玎分別形成至一呈T字蜜輸廓的肋條3〇(如第五圖所 系），而使所述底板10、框板20、2〇a、20b、20c與地面之 間鑠由所述肋條30間隔形成複數容置空間25 ;如此，可經 由所述肋條30架高養殖槽底部，而有利於在養殖槽底部配 篆養疸槽之供水管或排水管。 實施時，所述底板10、框板20、20a、20b、20c與側 ；Φ 2丨相互接合之所述第一端邊11、第二端邊22、22&與第 <端邊23、23b各自形成一供給嫘栓50鎖接的彎折部40 ’ 嗱彎折部40垂直於所述第一端邊11、第二端邊22、22a與 第多端邊23、23b。 該彎折部40上沿著所述第/端邊11、第一知邊22、 2a、第三端邊23、23b的延伸方向間隔形成複數螺孔51， 2斤述相鄰之二彎折部40、40a的螺孔51之間可利用該螺栓 ^相亙鎖接；如此，所述底板1〇、框板20、20a、20b、20c 8 M424769 與侧板21之間只須鎖螺栓50 ’不需要專業人員，施工方便， 再加上前述肋條30可以架高養殖槽底部，使鎖螺栓50的 組立過輕更加方便’尤其可以解決習知技術組立過程需要 在施工現碭的地面預先鋪砂的問題，使其組裝更加方便。 此外’所述鄰近排水孔13之彎折部40、40a的底部亦 可形成一聲孔41 ’該排水孔13外接之排水管可經由穿孔 41通過所述彎折部40、4〇a’以利於排水管延伸至附近水溝。 實施時，為增加所述框板20、20a、20b、20c與底板 10之間相互銜接的止水強度，所述相鄰近之二框板20、 • 20a、20b、20c與底板10的接合面之間亦可介設有一第一 止水層60，且所述相鄰近之二框板20、20a、20b、20c與 底板10的接缝上佈設有一第二止水層70。 該第一止水層60可為整片之橡膠墊片，且第一止水層 60可沿著所述框板20與侧板21之彎折部40延伸呈L字型 輪廓；該第二止水層70可為防水矽膠，係於所述底板1〇、 框板20、20a、20b、20c與側板21鎖接完成後，塗佈於所 述底板10、框板20、20a、20b、20c與側板21之間的接縫 ；· 上。 所述底板10與框板20、20a、20b、20c實施時可由塑 料等可塑性材質製成，例如PE塑膠或玻璃纖維強化塑膠 (Fiber Reinforced Plastic，FRP)等，而具備質輕且容易儲存與 搬運的優點。 综上所陳’僅為本創作之較佳實施例而已，並非用以 限定本創作；凡其他未脫離本創作所揭示之精神下而完成 的等效修飾或置換，均應包含於後述申請專利範圍内。 9 M424769 【圖式簡單說明】 第一圖是本創作較佳實施例的立體圖； 第二圖是第一圖的立體分解圖； 第三圖是第一圖的俯視圖； 第四圖是第三圖的A-A斷面圖； 第五圖是第一圖的立體仰視圖； 第六圖是第四圖的局部放大剖示圖； 第七圖是第五圖的局部放大立體圖。 【主要元件符號說明】The bottom plate and the bottom of the frame plate are respectively provided with at least one rib, and the bottom plate, the frame plate and the ground are separated by the ribs to form a plurality of accommodating spaces; thus, the cultivating groove can be high through the ribs. It is beneficial to configure the water supply pipe or drain pipe of the culture tank at the bottom of the culture tank. In order to increase the water stop strength between the frame plate and the bottom plate, a first water stop layer is disposed between the adjacent two frame plates and the joint surface of the bottom plate, and the adjacent two frame plates and the bottom plate are disposed adjacent to each other. The seam is provided with a second water stop layer; the first water stop layer can be a whole piece of rubber gasket, and the second water stop layer can be waterproof rubber. In a more specific implementation, the bottom edge of the bottom plate has a plurality of first end edges continuously arranged. The side edge of the pivot plate has a second adjacent end edge and a fifth jj424769 edge, and the third end edge has a length greater than The first end edge and the second end edge are separated, and the third end edge of the frame plate is connected to the second end edge of the adjacent frame plate and the bottom end of the bottom plate. The joint ends of the side plates respectively form a supply screw, and the bent portion of the shuttle; thus, the bottom plate, the frame plate and the side plates only need to be locked and smashed, and no professional is required, and the construction is convenient. The lock ', the bottom plate and the frame plate can be made of plastic material such as plastic, π or Fiber Reinforced Plastic (frp) -k°, which is easy to store and transport. Etc. However, in order to clearly and fully disclose the creation, and to illustrate preferred embodiments, the detailed description of the embodiment will be described later as follows: Shi rounding rf application method] [See the first figure to reveal the present The second embodiment to the fourth figure of the preferred embodiment are used to illustrate the combined culture tank of the present invention, the square bottom plate 10 and the plurality of rectangular frame plates 2; wherein: each of the frame plates 20 is arranged on the bottom plate. 1〇around, the two adjacent frames 2〇 are connected by bolts, and the frame plate 20 is connected with the bottom plate 10. The joints are connected to each other to form a groove bottom of the culture tank. The frame plate 20 is relatively far apart. The end side of the bottom plate 10 is respectively provided with an erected side plate 2, and the adjacent two side plates 21 are connected with each other by bolts to surround the periphery of the frame plate 2 to form the culture. The border of the slot. With the above configuration, the frame plate 20 can be arranged one by one around the bottom plate 1 , and the frame plate 20 , the bottom plate 10 and the side plate 21 are quickly aligned, and the frame plate 20 is quickly locked by the bolts 50 , The bottom plate 10 and the side plate 21 (as shown in the sixth figure), so that the frame plate 20 and the bottom plate are combined to form a bottom of the culture trough, 6 M424769 and the side plate 21 is surrounded by a culture tank frame to accommodate the culture water and supply the culture. Aquaculture such as fish, shrimp, crab and shellfish. According to this, the present invention has the following advantages: 1. The bottom plate 1 and the frame plate 20 can be modularly produced, and as long as the two kinds of molds such as the bottom plate and the frame plate 20 need to be developed, the production cost can be greatly saved. 2. The bottom plate 10 and the frame plate 20 are interlocked by bolts 50, which is convenient and time-saving to assemble, and is convenient for repeated assembly, disassembly and handling, and recycling. • 3. The joint between the bottom plate 10 and the frame plate 20 is in a discontinuous shape at the bottom of the culture tank, and there is no cross-shaped joint, so the strength is strong and the joint is not easy to loosen. In a more specific implementation, the bottom edge of the bottom plate 1 has a plurality of first end edges 11 ′ which are continuously arranged. The first end edges 11 are at an angle of 9 degrees, and the frame plates 20, 20a, 20b, 20c are In this embodiment, the frame plate 20 has a side edge having a second end edge 22 and a third end edge 23 adjacent to each other and perpendicular to each other, and the side plate 21 of the other side edge of the frame plate 20 is 90 degrees. The angle of the angle of the angle. The second end edges 22, 22a of the frame plates 20, 20a, 20b, 20c are coupled to the second ends 23, 23b. The length of the third end edges 23 is greater than the first end edges 11 and 2 The length of the end edge 22, the third end edge 23 of the frame plate 20 is connected to the second end edge 22a of the adjacent frame plate 20a and the first end edge 11' of the bottom plate 10 and the second end edge 22 of the frame plate 20 is connected. The third end edge 23b of the adjacent frame plate 20b is arranged in a U-shape with the frame plate 20, 20a, 20b, 2〇c. It is worth mentioning that in order to facilitate the replacement of the culture water and the cleaning of the 7 M424769 wall in the culture tank, a dirt collecting groove 12 is formed on the top of the bottom plate 10, and the inner side wall of the groove 12 forms a drainage hole below the culture tank. 13 (as shown in the seventh figure), the s-drain hole 13 can be plugged with a plug at ordinary times. The top of the frame plate 20 is formed with a slope 24 which is inclined from the side plate 21 toward the groove 12 in the direction of the groove 12, and the inclined faces 24, 24a adjacent to the two frame plates 20, 2a are engaged with each other. When it is desired to change the culture water and clean the inner wall of the cultivating tank, it is only necessary to open the drainage hole 13, and the culture water can be discharged to the bottom of the culture tank through the drainage hole 13, and when the water in the culture tank is exhausted, the remaining water and The dirt or fish and shrimp excrement in the culture tank can be discharged from the upper and lower sides of the inclined surface 24, 24a into the recess 12, and discharged to the outside of the feeding tank via the drain hole 13. In practice, the bottom plate 1 and the bottom plates of the frame plates 20, 20a, 20b, and 20c are respectively formed into a rib 3〇 (as shown in FIG. 5) which is a T-shaped honey transfer profile, and the bottom plate 10 is made. Between the frame plates 20, 2〇a, 20b, 20c and the ground, the ribs 30 are spaced apart to form a plurality of accommodating spaces 25; thus, the bottom of the culture tank can be raised via the ribs 30, thereby facilitating the breeding tank The bottom is equipped with a water supply pipe or a drain pipe. When implemented, the bottom plate 10, the frame plates 20, 20a, 20b, 20c and the side; the first end edge 11, the second end edge 22, 22 & and the <end edge 23, which are mutually joined by Φ 2丨, Each of the 23b forms a bent portion 40' that is locked by the supply plug 50. The bent portion 40 is perpendicular to the first end edge 11, the second end edge 22, 22a and the first end edge 23, 23b. A plurality of screw holes 51 are formed on the bent portion 40 along the extending direction of the first/end edge 11, the first known edge 22, 2a, and the third end edge 23, 23b, and the two adjacent bending points are formed. The bolt holes 51 of the portions 40, 40a can be locked by the bolts; thus, only the bolts 50 need to be locked between the bottom plate 1 框, the frame plates 20, 20a, 20b, 20c 8 M424769 and the side plates 21 'No need for professionals, convenient construction, plus the aforementioned ribs 30 can raise the bottom of the culture tank, making the assembly of the lock bolts 50 lighter and more convenient'. In particular, it can solve the problem that the prior art assembly process needs to be pre-paved on the existing ground of the construction. The problem of sand makes it easier to assemble. In addition, the bottom of the bent portion 40, 40a adjacent to the drain hole 13 may also form an acoustic hole 41. The drain pipe circumscribing the drain hole 13 may pass through the bent portion 40, 4〇a' via the through hole 41. Conducive to the extension of the drain pipe to the nearby ditch. In implementation, in order to increase the water-stopping strength of the frame plates 20, 20a, 20b, and 20c and the bottom plate 10, the joint faces of the adjacent two frame plates 20, 20a, 20b, and 20c and the bottom plate 10 are provided. A first water stop layer 60 may be interposed therebetween, and a second water stop layer 70 is disposed on the joint between the adjacent two frame plates 20, 20a, 20b, and 20c and the bottom plate 10. The first water stop layer 60 may be a whole piece of rubber gasket, and the first water stop layer 60 may extend along the bent portion 40 of the frame plate 20 and the side plate 21 to have an L-shaped profile; The water stop layer 70 may be a waterproof silicone glue, and after the bottom plate 1 and the frame plates 20, 20a, 20b, 20c and the side plate 21 are locked, the bottom plate 10, the frame plates 20, 20a, 20b, The seam between 20c and the side panel 21; The bottom plate 10 and the frame plates 20, 20a, 20b, and 20c can be made of a plastic material such as plastic, such as PE plastic or Fiber Reinforced Plastic (FRP), and are light in weight and easy to store and handle. The advantages. In summary, the present invention is only intended to be a preferred embodiment of the present invention, and is not intended to limit the present invention; any other equivalent modification or replacement that has been completed without departing from the spirit of the present invention should be included in the patent application described below. Within the scope. 9 M424769 [Simplified description of the drawings] The first drawing is a perspective view of the preferred embodiment of the present invention; the second drawing is an exploded perspective view of the first drawing; the third drawing is a top view of the first drawing; and the fourth drawing is the third drawing. The fifth drawing is a perspective view of the first drawing; the sixth drawing is a partially enlarged sectional view of the fourth drawing; and the seventh drawing is a partially enlarged perspective view of the fifth drawing. [Main component symbol description]
10 底板 11 第一端邊 12 凹槽 13 排水孔 20、20a、20b、20c 框板 21 側板 22 ' 22a 第二端邊 23 > 23b 第三端邊 24、24a 斜面 25 容置空間 30 肋條 40、40a 彎折部 41 穿孔 50 螺栓 51 螺孔 60 第一止水層 70 第二止水層10 bottom plate 11 first end 12 recess 13 drain hole 20, 20a, 20b, 20c frame 21 side plate 22 ' 22a second end 23 > 23b third end 24, 24a bevel 25 accommodating space 30 rib 40 40a bent portion 41 perforation 50 bolt 51 screw hole 60 first water stop layer 70 second water stop layer