M289171 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種鋁窗之排水器構造，尤指一種構造簡便、 組裝快速、維修替換方便且不會產生擾人之噪音，且可隨意配合 鋁窗之需要而裝設適當數量之排水器，以供確實穩固地組裝在鋁 窗下框之外執板與外導板間，使侵滲銘窗下框之雨水可經通孔導 入排水器，進而順利向外排放，以防止雨水侵滲進入室内，並可 有效防止強風直接吹侵進入室内之排水器構造者。 【先前技術】 按，習用技術，例如我國專利公告編號第443420號「鋁窗 之排水器構造改良」專利案，其大體包含有一座體及一閥片，該 座體#面兩惻各設有一具彈性功能的組合腳，組合腳外側邊設有 卡滯級，正面内部周邊向内退縮有擋邊，使座體内部形成有腔室， 腔至底面設有通孔，另座體内部上端兩侧設有具缺口的耳體；閥 片，其頂端具有圓形軸桿及位在軸桿下方的凹溝，其内側面為垂 直面，外側面由凹溝處向下向外漸次放大厚度，於下端形成有重 量的錘部；當座體的擋邊位在耳邊下方處配合性設有傾斜面，閥 片以頂端軸桿以斜向由耳體的缺口擠設經由傾斜面進入耳體内部 軸樞組裝，則可以關垂直面平貼讀邊上，來封難體的腔 至，便可構成為一種鋁窗之排水器構造者。 以及’例如我國專利證書號數第M27〇254號「鋁門窗排水器 結構」專利案，其主·將內、外殼職合組成_排水裝置，並 M289171 在内殼體上具設進水長槽孔及外殼體上具設出水長槽孔，該進水 長槽礼鬲於出水長槽孔，又於進水長槽孔内側壁上緣樞設只能在 内側翻起的蓋片，以垂蓋進水長槽孔，同時，於出水長槽孔外側 壁上緣亦樞設只能往外側翻起的蓋片，以垂蓋出水長槽孔，使下 橫框架上的水只可經由進水長槽孔流入排水裝置再經由出水長槽 扎排tB排水裝置外，另，在外殼體内側具設一隔板，令該隔板的 底编與外殼體底面有一間距且低於出水長槽孔的下緣，而該隔板 馨與出水長槽孔所在的壁面之間恰形成一水牆以阻擋外面的風吹進 室内。 再者，例如我國專利證書號數第51253681號「雙匣門式鋁窗 排水結構之改良(第二案）」專利案，其主要乃係由本體及組接型 板所組合喊，其巾；本體，其主要乃在_底部_上端設有 一上斜板，該上斜板之底緣乃銜接於内側邊板，其中，該上斜板 係呈則傾狀，其前段使設呈一微略凹陷面，該凹陷面上為適當位 • 置處開設具有排水孔，俾便藉由其上斜板之傾斜狀設計、以及本 身所具之高低落差，以期達到迅速之排水功能；又，其上斜板左 側下方為另設有一内凹之嵌合槽，該嵌合槽内部設有一體成型之 半月型開放槽’且於嵌合槽上方適當位置處設有一 V形凸軌，另， 於上斜板下方中央適當位置處乃固設具有一連續成型之角狀斜 板，該角狀斜板的一端為銜接t板，而另端則銜接於底板之外树 月ίι端，於該角狀斜板上共凸設有兩個延伸頂板，於該兩延伸頂板 前端為分別套設固置有膠套；組接型板，其左側設有一可供放置 M289171 紗窗之執道’該執道底部為開設有排水孔，其組接型板右側上下 各設有一對應之凸板，可供插入本體所設之嵌合槽，並於凸板上 開設有一 v型槽，使其可與嵌合槽所設之v型凸執嵌卡結合，另 於忒組接型板下方為銜接設有一固定斜板，且於該固定斜板下方 適冨1立置處體成型没有兩半月型開放槽；藉由兩葉片以利用其 上端所設之定位軸，乃可使預先穿置於固定斜板上所設之半月型 開放槽中，該兩葉片於穿置在兩半月型開放槽之後，其底部内側 • 端乃適分別頂抵於兩延伸頂板處，以使該兩葉片得於必要時僅可 往外側推擺。 惟查’上述該等專利前案之排水器雖可達到排水、播風之目 的，但因該等習用排水器所具之組成元件過多，致使組裝上需費 時費力，且成本亦相對提高，又，該等習用排水器在使用組置上， 因熟較確實牢靠之組件設計，故在賴-段時暖料產生鬆脫 掉落之情形，再，當遇有較強勁的風吹侵時，該等習用排水器阻 φ 播風雨所具之蓋片或閥片，亦會遭到強風之吹推而翻起，而此時 強風可順其排水出口之通道直接侵人關窗之内、外執柱之間， 進而使内、外執柱之間的積水容易侵浸入室内，故該等習用鋁門 _之排水器確仍存有極待改進之缺弊；另，f用專利前案「雙臣 門式鋁窗排水結構之改良(第二案）」雖可藉兩活動葉片達到阻擋 強風之目的，但由於兩葉片係由較具重量之金屬材f製成，故當 遇有一陣一陣強風吹襲時，該兩葉片則會與組接型材產生若開若 綃〜敲打情形，進而產生擾人之噪音，再，由於兩葉片具有較長 M289171 之長度’且係以穿置之方式m定，因此在組裝上，酿不易、費 時費力，且錢本姆提高，故該f用專猶案仍具有上述之缺 失。 有鑑於此，創作人紐多年從事_f專錢造、設計之經 驗，並經一番精心潛研及多次實驗、測試改良，而創作研發設計 出-種銘窗之排水器構造，其主要目的係希冀藉由一構造簡便、 組裝快速 '維修替換方便且不會產生擾人豫音之排水器，使之得 • 以確實穩固地組裝在銘窗下框之外軌板與外導板間，使侵滲銘窗 下框之雨水可經排水孔順利向外排放，防止雨水侵滲進入室内， 並可有效防止強風直接吹侵進入室内，且該排水器亦可隨意配合 銘_之·爲要而決定裝設之數量，以達到經濟、實用之使用效能。 以下列舉一較佳之實施例並配合圖式說明於后，俾使貴審查 委員能對本創作之目的、特徵及功效有更進一步的瞭解與認同。 【新型内容】 φ 請配合參閱第一、二、三圖所示，本創作係由一鋁窗下框（1)、 排水板殂（2)及導固塊(3)所組合而成；其中，銘窗下框（1)係一 體抽製成型，於其外側上端具有一外執板（H)，外軌板（n)可供 紗窗體或玻璃窗體組置於上，而於外執板（11)之底端凸具有一導 軌條（12)，然於外軌板（Π)向内延接之内板面（13)上適當處開設 有數個通孔（14)，而通孔〇4)之開設數量可端視使用者之需求， 通孔（14)係供侵渗Is’菌下框（1)之雨水導排之用，再，外執板(u) 问肉延’申之内板面3)底部適當位向下延接有一垂直邊板（15)， M289171 該垂直邊板（15)又向外斜傾延伸設具有一外導板（16)，而外導板 (16)之頂面適當位凸設有一執條（17)，該執條（17)係與外執板(π) 底端凸具之導軌條（12)呈相互對應狀，可供排水板組(2)之穿導 板(21)及導固塊(3)穿插固置；排水板組(2)，係由一穿導板(21)、 一擋板(22)及一橡膠置片（23)所組成，穿導板(21)，於其頂、底 部之内側適當位對應凹具有一上、下槽執(211)(212)，該兩相互 對應之上、下槽軌(211)(212)可供分別對應穿插置入導轨條（12) 與軌條（17)，使穿導板(21)得以組置於鋁窗下框（1)之外軌板(π) 與外導板（16)之間，又穿導板(21)之頂部外側底面凹設有一略c 型嵌合槽道(213)，且穿導板(21)之板面適當處貫穿開設有一排 水孔(214)，而略C型嵌合槽道(213)係供擋板(22)穿組，擂板(22) 略呈丨形，其頂部具有一嵌接條（221)，可供穿組於穿導板(21) 之略C型嵌合槽道（213)内，然於擋板(22)之板面由内向外凹設 出有兩相互平行之槽道(222)，且兩槽道(222)由板面内側面觀看 係呈凹陷狀，反之，從板面外側面觀看則呈凸狀，而兩槽道(222) 係供橡膠置片（23)插置組固，橡膠置片（23)略呈：|形，其外側面 上凸具有兩相互平行之插置條（231)，該兩插置條（231)係與擋板 (22)上之兩槽道(222)相對應，可供對應插置組固，使橡膠置片（23) 組固於擋板（22)之内側面上，以形成一平貼垂直面，如此，當穿 導板(21)、擋板(22)及橡膠置片（23)組合成一排水板組(2)時， 播板(22)内側面上所組固的橡膠置片（23)恰可平貼蓋合於穿導板 (21)之排水孔(214)外側，又，完成組合之排水板組(2)藉其穿導 M289171 板（21)之上、下槽軌（211)(2i2)穿置組固於鋁窗下框（i)之外軌 板U1)與外導板（16)之間，且穿導板（21)上之排水孔（214)亦與 鋁窗下框（1)之通孔〇4)相互對應時，兩導固塊(3)即可分別插置 夾固於排水板組(2)之兩側端；導固塊(3)係由塑膠材質製成，其 頂、底面相對位置處均剖設有一槽溝(31)，該兩槽溝(31)係與外 執板(11)之導軌條（12)及外導板（16)之軌條（17)相對應，可供導 固塊（3)從鋁窗下框（1)之兩側端穿插置入，再，於導固塊(3)之 _ 兩側端面適當位均向内凹陷有一容置室（32)，而容置室（32)所具 之空間可供排水板組(2)之一侧端完全包覆，然利用兩導固塊(3) 之左、右側端相同之容置室（32)分別包覆組置於排水板組(2)之 兩側端，如此排水板組(2)即可被兩導固塊⑶穩固夾組於鋁窗下 框（1)之外軌板(Π)與外導板（16)之間，又，當排水板組(2)兩側 端被兩導固塊(3)穩固夾組時，排水板組(2)之擋板(22)與導固塊 (3)之容置室（32)内前端面仍具有一距離空間，而該距離空間係 • 供擋板（22)向外翻起之空間角度，如此，擋板(22)不論受到多大 強風之叹襲，均受限容置室（32)内前端面擋止而無法完全向外翻 起，換§之，擋板(22)外側面之兩端因受到兩容置室（32)之内前 %面播止，致使擋板(22)僅能作一有限空間角度之翻起，藉以避 免強風直接從排水孔(214)吹侵進入鋁窗下框（i)之各框軌，進而 有效防止強風或強風夾帶雨水侵滲進入室内，另，於容置室（於） 之内前端面適當位凸具有一補強條(33)，該補強條（33)係供容置 室（32)之内前端面補強之甩。 M289171 【實施方式】 請參閱第四圖，當本創作之排水板組(2)完成組合並藉其穿 導板（21)之上、下槽執(211)(212)穿置組固於鋁窗下框(1)之外 執板（Π)與外導板（16)之間且穿導板（21)上之排水孔(214)與鋁 窗下框（1)之通孔（14)相互對應時，兩導固塊(3)即可分別插置夹 固於排水板組(2)之兩側端，令排水板組（2)穩固組置於鋁窗下框 (1)之外軌板（11)與外導板（16)之間，此時通孔(14)下方係對應 一由排水板組(2)與兩導固塊(3)所組具成之排水容室空間；然當 鋁窗下框〇)不慎受到雨水侵滲時，其侵滲積聚之雨水可由通孔 (14)向下導流，由於通孔（14)下方係對應排水板組（2)與兩導固 塊（3)所組具成之排水容室空間，因此從通孔（14)導出之雨水即 可元全流進该排水谷室空間，再，因外導板（16)係呈一向外斜傾 狀，且排水板組(2)之穿導板(2i)開設有一排水孔(2U)，故雨水 可從排水孔（214)流出，由於排水孔(214)之外側面係被擋板(22) 内側面上所組固的橡膠置片（23)予以平貼閉蓋，因此向外排流之 雨水可將擋板(22)向外推掀而排出室外，進而達到侵滲鋁窗下框⑴ 之雨水可經排水孔(214)順利向外排放，防止雨水侵滲進入室内之 目的；再，由於擋板(22)内側面上組固有一橡膠置片（23)，該橡 膠置片（23)可平貼蓋合於排水孔(214)外側面，因此可藉該橡膠 置片（23)之橡膠屬性，使擋板(22)於排水孔(214)外側面作動掀 翻蓋合時，不會有極大之噪音產生，以達本創作之另一目的；又， 由於排水板組(2)之擋板(22)外側面兩端分別受到導固塊(3)容置 M289171 至（32)之内則端面之播止，致使擔板(22)僅能作一有限空間角度 之掀翻’藉此，其不論多大之強風均無法將擋板(22)完全吹掀翻 起，進而避免強風直接從排水孔（214)吹侵進入鋁窗下框（1)之各 框執，達到有效防止強風或強風夾帶雨水侵滲進入室内之目的； 復，由於排水板組(2)與兩導固塊(3)所組具成之排水容室空間係 位於通孔（14)下方，而開設通孔(14)之數量可視使用者之需要， 因此排水板組(2)在整體組置上，確可違到隨意配合鋁窗之需要 而裝設適當之數量，且因排水板組(2)與導固塊(3)之構造簡便， 故在組裝、維修或替換上，均可供使用者一方便、快速施工。 綜上所述，本創作確可徹底改善習見鋁窗排水器所具之缺 失，雖本創作表面上似為一小改善，但其實際應用上之效果確係 非常豐碩宏大，邮具備提高物品使闕值之功效，且具有其進 少實用之處’並經查相關資料、文獻亦未見有相同之產品公開 在先，實已符合專利法所規定之專利要件，為保障申請人之權益， 奚依法提出新型糊之申請，並浦貴審查委員撥冗詳加審查， 早曰賜淮本創作專獅，⑽創作，至感德便。 【圖式簡單說明】 第一圖：係本創作之立體分解示意圖。 第二圖：係本創作完雜合之正視剖示圖 第二圖·係第二圖之3—3剖示圖。 第四圖：係本創作之作動剖示圖D 【主要元件符號說明】 M289171 (i):鋁窗下框 U2):導軌條 (14):通孔 (16):外導板 (21):穿導板 (212):下槽執 (214):排水孔 (221):嵌接條 (23):橡膠置片 (3):導固塊 (32):容置室 (Π):外執板 (13):内板面 (15):垂直邊板 (2):排水板組 (211):上槽軌 (213) : C型嵌合槽道 (22):擋板 (222):槽道 (231):插置條 (3i):槽溝 (33):補強條M289171 VIII. New Description: [New Technology Field] This creation is about a kind of aluminum window drainer structure, especially a simple structure, quick assembly, convenient maintenance and replacement, and no disturbing noise. The aluminum window is required to install an appropriate number of drains for a firm and stable assembly between the outer and outer guide plates of the aluminum window lower frame, so that the rainwater infiltrating the lower frame of the inscription window can be introduced into the drain through the through hole. And then smoothly discharged to prevent rainwater from infiltrating into the room, and can effectively prevent the strong wind from directly invading into the indoor drainer structure. [Prior Art] According to the conventional technology, for example, the patent application No. 443420 of the "Aluminum Window Drainage Structure Improvement" patent case generally includes a body and a valve piece, and the seat body has two sides. The combined leg with elastic function has a stuck level on the outer side of the combined foot, and the inner side of the front side is retracted inwardly with a rib, so that a cavity is formed inside the seat body, a through hole is formed in the cavity to the bottom surface, and an upper end of the inner body of the other body is provided. There are notched ear bodies on both sides; the valve piece has a circular shaft at the top end and a groove located below the shaft, the inner side surface is a vertical surface, and the outer side surface is gradually enlarged from the groove to the outer side. a weight portion is formed at the lower end; when the rib edge of the seat body is disposed at the lower side of the ear, the inclined surface is provided, and the valve piece is obliquely inclined by the tip shaft to the ear through the inclined surface to enter the ear. The inner shaft of the body is assembled, and the vertical surface can be closed on the reading edge to seal the cavity of the difficult body, so that it can be constructed as an aluminum window drainer. And, for example, the patent case No. M27〇254 of the “Aluminum Door and Window Drainage Structure” of the China Patent Certificate No., the main and the inner and outer shells are combined to form a drainage device, and the M289171 has a long slot in the inner casing. The hole and the outer casing are provided with a long slotted water hole, and the water inlet long groove is provided in the long slot of the water outlet, and a cover piece which can only be turned up on the inner side of the inner side wall of the long slot of the water inlet is suspended Covering the long slot of the water, at the same time, the upper edge of the outer side wall of the long slot of the water outlet is also pivoted with a cover piece which can only be turned outwards to cover the long slot of the water, so that the water on the lower horizontal frame can only pass through The long slot of the water flows into the drain and then drains through the long drain of the tB drain. In addition, a partition is provided on the inner side of the outer casing so that the bottom of the partition has a spacing from the bottom of the outer casing and is lower than the long slot of the water. The lower edge of the hole, and a water wall is formed between the partition and the wall surface where the long slot of the water outlet is located to block the outside wind from blowing into the room. In addition, for example, the Patent Patent No. 51,536,81, "Improvement of the Double-Door-type Aluminum Window Drainage Structure (Second Case)" patent is mainly composed of a combination of a body and a combination plate, and a towel; The main body is mainly provided with an upper slanting plate at the upper end of the _ bottom _, the bottom edge of the upper slanting plate is connected to the inner side slab, wherein the upper slanting plate is inclined, and the front slant is set to be slightly a slightly concave surface, which has a drainage hole at a suitable position, and the sloping design of the sloping plate and the height difference of the sloping plate, in order to achieve a rapid drainage function; The lower left side of the upper slanting plate is provided with a concave fitting groove, and the fitting groove is provided with an integrally formed half moon type open groove ′, and a V-shaped convex rail is disposed at a suitable position above the fitting groove, and At a suitable position in the lower center of the upper sloping plate, there is a continuously formed angular slanting plate, one end of which is connected to the t-plate, and the other end is connected to the bottom of the bottom plate, at the corner Two extended top plates are arranged on the slanting plate, and the two extended tops are The front end is separately sleeved and fixed with a rubber sleeve; the assembly type plate has a handle on the left side for placing the M289171 screen window. The bottom of the road is provided with a drainage hole, and the right side of the assembly plate has a corresponding upper and lower sides. The convex plate can be inserted into the fitting groove provided in the body, and a v-shaped groove is formed on the convex plate, so that it can be combined with the v-shaped convex insert card provided by the fitting groove, and the 忒-join type There is a fixed slanting plate at the bottom of the plate, and there is no two-and-a-half-shaped open groove formed in the vertical position below the fixed slanting plate; the two-blade can be used to make use of the positioning shaft provided at the upper end thereof. It is placed in a half-moon type open groove provided on a fixed slanting plate. After the two blades are placed in the two-and-a-half-shaped open groove, the bottom inner side and the bottom end are respectively adapted to the two extended top plates to make the two The blade can only be pushed outwards when necessary. However, it can be found that the drains of the above-mentioned patents can achieve the purpose of drainage and sowing. However, due to the excessive number of components of the conventional drains, the assembly takes time and effort, and the cost is relatively high. These conventional drains are placed on the use group. Because of the more reliable component design, the warm material is loosened and dropped during the Lai-segment, and then, when there is a strong wind blow, the Such as the use of the drainage device to block the φ 播 盖 所 盖 盖 盖 盖 盖 盖 播 播 播 播 播 播 播 播 播 播 播 播 播 播 播 播 盖 盖 盖 盖 盖 盖 盖 盖 盖 盖 盖 盖 盖 盖 盖 盖 盖 盖 盖 盖Between the columns, the water between the inner and outer columns is easily infiltrated into the room. Therefore, the conventional aluminum door _ the drainer still has the shortcomings to be improved; The improvement of the gate-type aluminum window drainage structure (the second case) can achieve the purpose of blocking strong wind by means of two movable blades, but since the two blade systems are made of a relatively heavy metal material f, there is a strong wind. When the blow is blown, the two blades will be generated with the set profile.绡~Break the situation, which in turn creates disturbing noise. Moreover, since the two blades have a longer length of M289171 and are fixed by the way of wearing, it is difficult to assemble, time-consuming and laborious, and the money is improved. Therefore, the use of the special case still has the above-mentioned deficiency. In view of this, the creator has been engaged in the experience of _f money creation and design for many years, and after careful research and experimentation and test improvement, the author has created and developed the drain structure of the Ming window. The purpose is to make it easy to securely assemble between the outer rail and the outer guide frame by a simple structure, quick assembly and easy maintenance and replacement without disturbing the sound of the sound. The rainwater infiltrated into the frame under the inscription can be smoothly discharged through the drainage hole to prevent rainwater from infiltrating into the room, and can effectively prevent the strong wind from directly invading into the room, and the drainer can also cooperate with the It is necessary to determine the number of installations to achieve economic and practical use. The following is a list of preferred embodiments and with the following description, so that your review committee can have a better understanding and recognition of the purpose, characteristics and efficacy of this creation. [New content] φ Please refer to the first, second and third figures. The creation is made up of an aluminum window lower frame (1), drainage board 殂 (2) and guide block (3). The lower frame of the inscription window (1) is integrally formed, and has an outer panel (H) at the outer upper end thereof, and the outer rail plate (n) is placed on the yarn window or the glass window group, and is outside. The bottom end of the plate (11) has a rail strip (12), and a plurality of through holes (14) are respectively opened in the inner panel surface (13) of the outer rail plate (Π). The number of holes 4) can be viewed by the user. The through hole (14) is used for infiltration of the rainwater guide of the Is' bacteria frame (1), and then the outer plate (u) asks the meat extension. The lower end of the bottom of the panel is a vertical side plate (15), and the M289171 is further inclined outwardly and has an outer guide plate (16), and the outer guide The top surface of the plate (16) is appropriately convexly provided with a bar (17), and the bar (17) is corresponding to the guide bar (12) of the bottom plate of the outer plate (π) for drainage The guide plate (21) of the plate set (2) and the guide block (3) are inserted and fixed; drainage The group (2) is composed of a guide plate (21), a baffle plate (22) and a rubber sheet (23). The guide plate (21) is appropriately positioned on the inner side of the top and bottom portions. Having an upper and a lower slot (211) (212), the two mutually corresponding upper and lower groove rails (211) (212) are respectively adapted to be inserted into the rail strip (12) and the rail (17), The guiding guide plate (21) is disposed between the outer rail plate (π) of the aluminum window lower frame (1) and the outer guiding plate (16), and the bottom outer bottom surface of the guiding plate (21) is recessed with a slight a c-shaped fitting channel (213), and a drainage hole (214) is formed through the plate surface of the guide plate (21), and the slightly C-shaped fitting channel (213) is provided for the baffle (22) The set, the seesaw (22) is slightly rounded, and has a snap strip (221) at the top thereof for being worn in a slightly C-shaped fitting channel (213) of the guide plate (21). The plate surface of the plate (22) is recessed from the inside to the outside with two parallel channels (222), and the two channels (222) are concavely viewed from the inner side of the plate surface, and vice versa. It is convex, and the two channels (222) are inserted into the rubber sheet (23), and the rubber sheet (23) is slightly: | Two mutually parallel insertion strips (231) are protruded on the side surface, and the two insertion strips (231) are corresponding to the two channels (222) on the baffle plate (22), and can be assembled correspondingly, so that The rubber sheet (23) is assembled on the inner side surface of the baffle plate (22) to form a flat vertical surface, so that when the guide plate (21), the baffle plate (22) and the rubber sheet (23) are combined into one In the drainage board group (2), the rubber sheet (23) assembled on the inner side of the board (22) can be placed flat on the outside of the drain hole (214) of the guide sheet (21), and completed. The combined drainage board group (2) is placed through the M289171 board (21) and the lower groove rail (211) (2i2) to be fixed to the aluminum window lower frame (i) outer rail board U1) and the outer guide. Between the plates (16), and the drainage holes (214) on the guide plates (21) also correspond to the through holes 〇4) of the aluminum window lower frame (1), the two guide blocks (3) can be respectively The insertion block is clamped on both sides of the drainage board group (2); the guide block (3) is made of a plastic material, and a groove (31) is formed at a position opposite to the top and bottom surfaces, and the two grooves are formed. (31) Corresponding to the rail (12) of the outer panel (11) and the rail (17) of the outer guide (16), which can be used for guiding The block (3) is inserted and inserted from the both ends of the lower frame of the aluminum window (1), and then a receiving chamber (32) is recessed inwardly at the appropriate positions on both sides of the guiding block (3). The space provided by the chamber (32) is completely covered by one side end of the drainage plate group (2), and is respectively covered by the same accommodation chamber (32) of the left and right ends of the two guide blocks (3). The group is placed at the two sides of the drainage board group (2), so that the drainage board group (2) can be stably sandwiched by the two guiding solid blocks (3) in the aluminum window lower frame (1) outer rail plate (Π) and the outer guide Between the plates (16), and when the both ends of the drainage plate group (2) are firmly clamped by the two guide blocks (3), the baffle plate (22) of the drainage plate group (2) and the guide block (3) The front end surface of the accommodating chamber (32) still has a distance space, and the distance space is a space angle at which the baffle (22) is turned outward, so that the baffle (22) is sighed by any strong wind. In the attack, the front end surface of the accommodating chamber (32) is blocked and cannot be completely turned outward. In other words, the two ends of the outer side of the baffle (22) are subjected to the inside of the two accommodating chambers (32). % face stop, so that the baffle (22) can only be turned up in a limited space angle to avoid strong The wind directly infiltrates into the frame rails of the lower frame (i) of the aluminum window from the drainage hole (214), thereby effectively preventing the strong wind or strong wind from entraining rainwater into the room, and the front end surface of the accommodation chamber (in) is appropriate The positional projection has a reinforcing strip (33) for reinforcing the front end surface of the receiving chamber (32). M289171 [Embodiment] Please refer to the fourth figure. When the drainage board group (2) of this creation is completed and assembled, it is placed on the aluminum plate by the upper guide plate (21) and the lower groove (211) (212). Outside the window frame (1), between the plate (Π) and the outer guide plate (16), and through the drain hole (214) on the guide plate (21) and the through hole (14) of the aluminum window lower frame (1) When the two parts correspond to each other, the two guide blocks (3) can be respectively inserted and clamped on both sides of the drainage board group (2), so that the drainage board group (2) is stably placed outside the aluminum window lower frame (1). Between the rail plate (11) and the outer guide plate (16), the bottom of the through hole (14) corresponds to a drainage space formed by the drainage plate group (2) and the two guiding blocks (3). However, when the aluminum window frame is inadvertently exposed to rainwater infiltration, the rainwater infiltrating and accumulating may be deflected downward by the through hole (14), because the lower part of the through hole (14) corresponds to the drainage plate group (2) The two guiding solid blocks (3) are formed into a drainage chamber space, so that the rainwater discharged from the through holes (14) can be completely flowed into the drainage valley space, and then, because the outer guiding plate (16) is An outwardly inclined shape, and the drainage guide (2i) of the drainage plate group (2) has a drainage hole (2U), so the rain It can flow out from the drain hole (214). Since the side of the drain hole (214) is flattened and closed by the rubber sheet (23) assembled on the inner side of the baffle (22), it is discharged outward. The rainwater can push the baffle (22) outward and discharge it to the outside, so that the rainwater that infiltrates the lower frame of the aluminum window (1) can be smoothly discharged through the drainage hole (214) to prevent the rainwater from infiltrating into the room; Since the inner side of the baffle (22) is provided with a rubber sheet (23), the rubber sheet (23) can be flatly covered on the outer side of the drain hole (214), so the rubber sheet can be used (23) The rubber property is such that when the baffle (22) is flipped and closed on the outer side of the drain hole (214), there is no great noise generated for the purpose of the creation; and, due to the drainage plate group (2) The two ends of the outer side of the baffle (22) are respectively guided by the guiding block (3) to accommodate the end faces in the M289171 to (32), so that the supporting plate (22) can only be turned over by a limited space angle. Therefore, no matter how strong the wind, the baffle (22) can not be completely blown up, thereby preventing the strong wind from directly invading from the drainage hole (214) into the lower frame of the aluminum window (1) Each frame is implemented to effectively prevent strong winds or strong winds from entraining rainwater into the room; complex, due to the drainage chamber group (2) and the two guide blocks (3) Below the hole (14), the number of through holes (14) can be seen by the user. Therefore, the drainage plate group (2) can be assembled in an overall manner, and it is possible to install an appropriate amount in violation of the need for an aluminum window. Because the drainage board group (2) and the guiding block (3) are simple in structure, they can be conveniently and quickly constructed by the user in assembly, repair or replacement. In summary, this creation can completely improve the lack of the aluminum window drainer. Although the creation seems to be a small improvement on the surface, the actual application effect is very rich and ambitious. The effect of depreciation, and it has its practical advantages, and the relevant products have not been found in the literature, and the same products have not been disclosed. It has already met the patent requirements stipulated by the Patent Law, in order to protect the rights and interests of applicants.提出Proposed a new application for the paste according to law, and the Pugui review committee took the time to review the details, and gave him a lion special, (10) creation, to the sense of virtue. [Simple description of the diagram] The first picture: a three-dimensional decomposition diagram of the creation. The second picture: a cross-sectional view of the original creation of the hybrid. The second picture is a three-third cross-sectional view of the second figure. The fourth picture: the action diagram of the creation of this creation D [Description of the main components] M289171 (i): aluminum window lower frame U2): rail strip (14): through hole (16): outer guide (21): Guide plate (212): lower groove (214): drain hole (221): insert strip (23): rubber sheet (3): guide block (32): accommodation room (Π): external Plate (13): Inner plate surface (15): Vertical side plate (2): Drainage plate group (211): Upper groove rail (213): C-shaped fitting channel (22): Baffle (222): Groove Road (231): Insert strip (3i): Groove (33): Reinforcement strip