M3 67215 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種不鏽鋼模塊之組合式游泳池，尤指 一種預先將不鏽鋼板材沖壓彎折成型，而後再於基地上組 裳成一座游泳池的不鏽鋼模塊之組合式游泳池結構設計。 I 【先前技術】 ^ 習知的遊泳池構造，係在平地往下挖掘一凹陷坑，再 於凹陷坑内使用鋼筋混凝土建構—池底，以及池底四周圍 的池壁，並在池底及池壁貼設磁磚，該池壁内結合有循環 系統的水管及排水槽’另外在游泳池二側的池岸上設有排 水溝。但習知的混凝土建構的游泳池，只要建造完成之後 ，就不能將場地作其他利用，導致學校、公園或室内運動 場等珍貴的場地不能彈性運用。其次，使混凝土建構游泳 池’其工程耗大，又必須等待混凝土凝固才能繼續進行後 續的建造工作，足見其建造過程相當曠時費日，而且成本 籲高昂。另者，習知游泳池的池底及池壁只貼覆磁磚，每片 磁磚之間必須預留有伸縮縫隙，容易導致黴菌、細菌從該 .縫隙深入池壁内滋生’而且不易清除，因此影響游泳池的 * 安全衛生問題。 【新型内容】 本創作主要目的，係在提供一種不鏽鋼模塊之組合式 游泳池’其藉著預先沖壓成型的不鏽鋼板材模塊設計，再 組合成一座游泳池，藉此達成施工快速、成本降低及泳池 使用時的安全衛生之目的。 3 M3 67215 為達到上述目的，本創作之實施内容係包含：一池底 單元，其係為複數片相互連結的不鏽鋼底板，各底板的端 緣與另一底板的端緣對接結合，各底板的二側邊分別彎折 一伸縮槽縫，該伸縮槽縫外側壁與另一底板的伸縮槽縫外 側壁對接結合，並於伸縮槽縫上覆蓋一密封條；一池壁單 元，其包含結合於池底單元二端的複數個相連結的不鏽鋼 第一側板，及結合於池底單元二側的複數個相連結的不鏽 鋼第二側板，且該第二側板頂部設有排水溝槽；一支撐單 元，其包含結合在該第一側板及第二侧板外面的複數個支 撐架；及一止滑單元，係在池底單元的底板上面鋪設一止 滑層。 藉上述不鏽鋼模塊之組合式游泳池設計，該池底單元 、池壁單元及支撐單元的模塊均可在工廠預先沖壓彎折成 型，而後再運往基地組裝，故可達成場地容易變更使用、 施工快速與成本降低之效果，又本創作採用不鏽鋼板模塊 構成池底單元及池壁單元，可防止細菌滋生，達成游泳池 安全衛生之功效'。 【實施方式】 茲依附圖實施例將本創作之結構特徵及其他之作用、 目的詳細說明如下： 如第一圖及第八圖所示，本創作不鏽鋼模塊之組合式 游泳池，其較佳實施例包含池底單元1、池壁單元2、支 撐單元3及止滑單元4所組成，其中： 池底單元1，如第一圖至第三圖所示，係為複數片相 M367215 互連結的矩形不鏽鋼底板11，鋪設在一水平的基地丨2上， 該基地12上鋪設有一層10公分至15公分厚度的底砂13，用 以平均承受游泳池的:重量及抗震；該底板丨丨的二端緣lu 分別與另一底板11的端緣111對接結合，且二片底板n相互 對接的端緣ill之間焊接結合有一门形的鋼條14，使池底單 元1能承受熱羅冷縮的伸縮應力。另如第五圖及第六圖所 ，'示，所述各底板11的二側邊可以分別沖壓彎折一伸縮槽縫 • 112,藉各伸縮槽縫112的外側㈣3與另一底板⑽縮槽縫 籲^的外側壁113對接及焊接結合，並於該伸縮槽縫ιΐ2上覆 蓋一 π形或其他形狀的密封條15，藉此使池底單元工能承 受熱漲冷縮的伸縮應力。 池壁單元2 UJ久米一网Λ7丨小，兴巴兮結合於 池底早7〇1二端的複數個相連結的不鏽鋼第—侧板η，及 結合於池底單元1二側的複數個相連結的不鏽鋼第二侧板 22,亚在組合後的第—侧板21及第二側板22内面塗佈一層 環氧樹脂漆23。其中，如第七圖及第人圖所示，該第-側 板21係—體沖壓成型的不_板，其上端向外彎折一 ，板211’其底端向内.彎折—伸縮槽縫212，該伸縮槽縫犯 與底板U的伸縮槽縫112對接及焊接結合，同樣再使用一穷 封條15覆蓋。如第九圖及第十—圖所示，所述該第二側板 切系沖㈣折-體成型的不鏽鋼板，其上端向外彎折一頂 板221 ’該頂板221彎折一排水溝槽222，排水溝槽222下方 結合-水管226，另於Μ -川 9 另於忒第一側板22内壁彎折一階級面223 ，_級副下方也結合一水管226;或如第十圖所示， 5 M367215 該第二側板2 2亦可在内壁焊接結合一連接板2 24，在該連接 板224上端設有所述一階級面223 ;另如第十一圖至第十三 所示，所述該第二側板22的下端係與上述底板11端緣111 的鋼條14焊接結合，該鋼條14可為U形或Π形，並作好防 漏處理。 支撐單元3 ’如第八圖及第十一圖所示，其包含結合 在該池壁單元2的第一側板21及第二側板22外面的複數個 支樓架31，各支撐架31係為的鋼條組合而成，其組合結構 係按照實際游泳池大小及儲水量而實施，故不以圖式之形 態為限。 止滑單元4 ’如第四圖及第六圖所示，其係在池底單 元1的底板11上面鋪設的一止滑層，該止滑層可為厚度1.5 公分的聚氨酯（polyurethanes，PU)，其下方並先鋪設有一 層格網41，藉該格網41防止止滑單元4變形。 藉本創作不鏽鋼模塊之組合式游泳池設計，其實際應 用時’可自由控制游泳池的水位’其低水位可限制在第二 侧板22的階級面i23以下，利用該階級面223及水管226將多 餘的水及水面雜物排除。而其高水位可限制在頂板2n、221 以下，利用該排水溝槽222及水管226將多餘的水及水面雜 物排除。 本創作所達成之功效在於該池底單元1、池壁單元2 及支撐單元3的模塊均可在工廠預先沖壓彎折成型，而後 再運往基地組裝成一座游泳池，避免傳統的混凝土游泳池 挖掘、建構鋼筋、灌漿等煩瑣及耗時的程序，將可達成施 M367215 工决速與成轉低之效果。*且賴作不軸模塊之组人 切泳池可任意㈣在—水平的基地上，因此可在學㈣ 疋地點、球場或室内運動場等場所快速興建，將有助於各 扳核塊構成池底單元1 @ ^ - 4 早兀2，並鋪設—止滑單元 /不，鋼板能有效防止細菌侵人滋生，只要定時清潔 4冰，將能達成游泳池安全衛生之功效。 ’、 綜上所述’摘料鏽_塊之組合切 =與創作性，其技術手段之運用亦出於新賴無疑 ，、设計目的誠料合，已稱合理進步至明。為此， 利申請’惟懇請鈞局惠予詳審，並賜准 寻矛·!為禱，至感德便。 【圖式簡單說明】 圖為本創作組合式游泳池之分解立體示意圖。 f二圖為本創作组合式游泳池之局部分解立體圖。 f二圖為摘純合切泳池之局雜合立體圖-。 ^圖為摘作組合切泳池之局雜合立體圖二。 f五圖為本創作底板結構立體圖。 第六圖為本創作底板對接斷面圖。 f七圖為本創作第-側板立體圖。 第八圖為本創作第—側板組合斷面圖。 第九圖為本創作第二側板立體圖。 為本創作第—側板另—較佳實施例之立體圖。 圖為本創作第二側板組合結構之斷面圖。 M367215 第十二圖為梢作第二顺組合結構 第十三圖為本創作第二側板另—組合結構 【主要元件符號說明】 1 池底單元 11 底板 111 端緣 112 伸縮槽縫 113 外側壁 12 基地 13 層底砂 14 鋼條 15 密封條 2 池壁單元 21 第一侧板 211 頂板 212 伸縮槽縫 22 第二側板 221 頂板 222 排水溝槽 223 階級面 224 連接板 23 環氧樹脂漆 3 支撐單元 31 支撐架 4 止滑單元 41 格網M3 67215 V. New description: [New technical field] This creation is a combination swimming pool of stainless steel modules, especially a stainless steel stamped and formed in advance, and then placed in a swimming pool on the base. Modular swimming pool structure design of the module. I [Prior Art] ^ The well-known swimming pool structure is to dig a depression in the flat ground, and then use reinforced concrete construction in the crater - the bottom of the pool, and the wall around the bottom of the pool, and at the bottom of the pool and the wall A tile is placed, and the water pipe and the drainage channel of the circulation system are combined in the wall of the pool. In addition, a drainage ditch is arranged on the bank of the two sides of the swimming pool. However, the well-known concrete-built swimming pools cannot be used for other purposes as long as they are built, resulting in the inflexible use of precious places such as schools, parks or indoor sports fields. Secondly, the construction of concrete swimming pools is expensive, and it is necessary to wait for the concrete to solidify in order to continue the subsequent construction work, which shows that the construction process is quite awkward and costly. In addition, the pool bottom and the pool wall of the conventional swimming pool are only covered with tiles, and there must be a telescopic gap between each tile, which is easy to cause mold and bacteria to grow from the gap into the pool wall and is not easy to remove. Therefore, it affects the safety and health issues of the swimming pool. [New content] The main purpose of this creation is to provide a stainless steel modular swimming pool that is designed by pre-stamping stainless steel sheet modules and combined into a swimming pool to achieve rapid construction, reduced cost and pool use. The purpose of safety and hygiene. 3 M3 67215 In order to achieve the above objectives, the implementation of the present invention includes: a bottom unit, which is a plurality of stainless steel bottom plates connected to each other, and the end edges of each bottom plate are butt-joined with the edge of the other bottom plate, and the bottom plates are The two sides are respectively bent by a telescopic slot, the outer side wall of the telescopic slot is butt-joined with the outer side wall of the telescopic slot of the other bottom plate, and a sealing strip is covered on the slot of the telescopic slot; a wall unit comprising a plurality of joined stainless steel first side plates at the two ends of the bottom unit, and a plurality of joined stainless steel second side plates coupled to the two sides of the bottom unit, and the second side plate is provided with a drainage groove at the top; a support unit, The utility model comprises a plurality of support frames which are combined on the outer side of the first side plate and the second side plate; and a anti-slip unit, which is provided with a slip-proof layer on the bottom plate of the bottom unit. With the combination swimming pool design of the above stainless steel module, the module of the bottom unit, the wall unit and the supporting unit can be pre-punched and bent at the factory, and then transported to the base for assembly, so that the site can be easily changed and used, and the construction is fast and The effect of cost reduction, and the creation of the stainless steel plate module to form the bottom unit and the pool wall unit, can prevent bacterial growth and achieve the safety and health of the swimming pool. [Embodiment] The structural features and other functions and purposes of the present invention are described in detail below with reference to the accompanying drawings. As shown in the first and eighth figures, the combined swimming pool of the present stainless steel module is preferably a preferred embodiment. The utility model comprises a bottom unit 1, a wall unit 2, a supporting unit 3 and a non-slip unit 4, wherein: the bottom unit 1, as shown in the first to third figures, is a rectangle of a plurality of phase M367215 interconnection knots. The stainless steel bottom plate 11 is laid on a horizontal base ,2. The base 12 is provided with a layer of sand 10 of thickness of 10 cm to 15 cm for receiving the average weight of the swimming pool and the earthquake resistance; The edge lu is respectively abutted with the end edge 111 of the other bottom plate 11, and the end edges ill of the two bottom plates n are welded to each other to be joined with a gate-shaped steel strip 14 so that the bottom unit 1 can withstand the heat shrinking. Telescopic stress. In addition, as shown in the fifth and sixth figures, 'the two sides of the bottom plate 11 can be respectively stamped and bent by a telescopic slot 112, by the outer side (four) 3 of each of the telescopic slots 112 and the other bottom plate (10). The outer side wall 113 of the slot joint is butt jointed and welded, and a π-shaped or other-shaped sealing strip 15 is covered on the expansion slot ΐ2, thereby enabling the bottom unit to withstand the thermal expansion and contraction. The wall unit 2 UJ is a small network of 7 丨, and the Xingba 兮 is combined with a plurality of phased stainless steel first side plates η at the bottom of the bottom of the pool, and a plurality of phases coupled to the two sides of the bottom unit 1 The joined stainless steel second side plate 22 is coated with a layer of epoxy paint 23 on the inner surface of the combined first side plate 21 and second side plate 22. Wherein, as shown in the seventh figure and the human figure, the first side plate 21 is formed by a body stamping, and the upper end is bent outward, and the bottom end of the plate 211' is inwardly bent. The slit 212 is abutted and welded to the telescopic slot 112 of the bottom plate U, and is also covered by a poor seal 15 . As shown in the ninth and tenth drawings, the second side panel is cut and punched (four) into a body-shaped stainless steel plate, and the upper end is bent outwardly by a top plate 221 'the top plate 221 is bent by a drainage groove 222. a drain pipe 222 is combined with a water pipe 226, and another pipe surface 223 is bent on the inner wall of the first side plate 22, and a water pipe 226 is also combined under the _ stage sub-group; or as shown in the tenth figure, 5 M367215 The second side plate 2 2 may also be welded to the inner wall with a connecting plate 2 24, and the first surface 223 is disposed at the upper end of the connecting plate 224; as shown in the eleventh to thirteenth, The lower end of the second side plate 22 is welded to the steel strip 14 of the end edge 111 of the bottom plate 11, and the steel strip 14 may be U-shaped or Π-shaped and is leakproof. As shown in FIG. 8 and FIG. 11 , the supporting unit 3 ′ includes a plurality of supporting stands 31 combined with the first side plate 21 and the second side plate 22 of the wall unit 2 , and each supporting frame 31 is The steel bars are combined, and the combined structure is implemented according to the actual swimming pool size and water storage capacity, so it is not limited to the form of the drawings. The anti-slip unit 4' is a non-slip layer laid on the bottom plate 11 of the bottom unit 1 as shown in the fourth and sixth figures, and the anti-slip layer can be polyurethane (PU) having a thickness of 1.5 cm. A layer of mesh 41 is laid down below it, and the grid 41 prevents the anti-slip unit 4 from being deformed. By the combination swimming pool design of the stainless steel module, the water level of the swimming pool can be freely controlled. The low water level can be limited to below the level surface i23 of the second side plate 22, and the use of the class surface 223 and the water pipe 226 will be redundant. Water and surface debris are excluded. The high water level can be limited to the top plates 2n and 221, and the drain water 222 and the water pipe 226 are used to remove excess water and surface impurities. The effect achieved by the creation is that the modules of the bottom unit 1, the wall unit 2 and the supporting unit 3 can be pre-punched and bent at the factory, and then transported to the base to be assembled into a swimming pool to avoid the excavation and construction of the traditional concrete swimming pool. The cumbersome and time-consuming procedures of steel bars, grouting, etc., will achieve the effect of the M367215 speed and low speed. * And the group of people who do not use the axis module can cut the pool at any time. (4) On the base of the level, it can be quickly built in the place of the school (4), the stadium or the indoor sports field, which will help each of the core blocks to form the bottom of the pool. Unit 1 @ ^ - 4 Early 兀 2, and laid - anti-slip unit / no, steel plate can effectively prevent bacteria from invading, as long as the regular cleaning of 4 ice, will be able to achieve the safety and health of the pool. In summary, the combination of the 'removed rust _ block' and the creative nature, the use of its technical means is also undoubtedly new, and the design purpose is sincere, it has been said that reasonable progress to the Ming. To this end, the application for the benefit of 'only invites the bureau to give a detailed examination, and to give permission to find a spear!! To pray, to the sense of virtue. [Simple description of the diagram] The figure is an exploded perspective view of the creative combined swimming pool. f The second figure is a partial exploded perspective view of the creative combined swimming pool. f The second picture is a hybrid perspective view of the purely cut pool. ^ The picture is a hybrid perspective view of the combined swimming pool. f Five figures are the perspective view of the creation of the bottom plate structure. The sixth figure is a cross-sectional view of the mating floor of the creation. F7 is a perspective view of the first side panel of the creation. The eighth picture is a sectional view of the first-side plate combination of the creation. The ninth figure is a perspective view of the second side panel of the creation. A perspective view of a preferred embodiment of the present invention. The figure is a sectional view of the second side panel assembly structure of the creation. M367215 The twelfth picture shows the second cis-combination structure of the tip. The thirteenth picture is the second side plate of the creation. The other combination structure [main component symbol description] 1 the bottom unit 11 the bottom plate 111 the edge 112 the expansion slot 113 the outer side wall 12 Base 13 layer bottom sand 14 steel strip 15 sealing strip 2 pool wall unit 21 first side plate 211 top plate 212 telescopic slot 22 second side plate 221 top plate 222 drainage groove 223 class surface 224 connecting plate 23 epoxy paint 3 support unit 31 support frame 4 anti-slip unit 41 grid