五、新型說明： 【新型所屬之技術領域】 [0001] [0002] [0003] 本創作係關於一種防水閘門裝置，尤指一種可以有 效阻絕水流之防水閘門裝置。 【先前技術】 按，防水閘門裝置係一種安裝於建築物重要大門口 正面，例如：地下室車道出入口、工廠大門口或住家大 門前，用以阻絕大水流入建築物内部之結構，一般又稱 「水流阻絕裝置」或直接簡稱為「防水閘門」。習知防 水閘門大體上包含二邊柱，邊柱間穿設有擋水板；一縱 向迫緊裝置，架設於邊柱上方，用於對擋水板作向下縱（ 立）向之迫緊：及複數個側向迫緊裝置，架設於邊柱柱面 上且對應每一擋水板，用以對擋水板作側向之迫緊，俾 利擋水板與左、右邊柱間達成側向緊密貼合。操作時， 必須同時調整縱向及側向迫緊裝置，以迫緊擋水板。惟 習知防水閘門最大之缺失在於，即使已對擋水板作縱向 及側向之迫緊，但當水壓過大時，水流仍然會由擋水板 與兩邊柱間極為微小之空隙流入，使擋水效果銳減，而 終至無效。 【新型内容】 針對以上缺失，本創作人乃深入構思研發創作，經 長時間努力，遂有本創作產生。 爰是，本創作之主要目的係在提供一種可以有效阻 絕水流之防水閘門裝置。 為達成上述目的，本創作即設計一種防水閘門裝置 表單編號A0101 第3頁/共19頁 ，構造組成上包含： 一基座，採嵌入式固設於建築屋左、右牆壁間之地 面； 二分位左、右之邊柱，分別貼靠且固定於建築屋左 、右牆壁相對之壁面上，二邊柱各具有面對面對應之直 立式承槽；二邊柱之一側壁體上設有若干螺孔，分別供 一調緊螺件螺入，該等調緊螺件在螺紋部後有一縮小圓 徑之頸部及再後有一回復圓徑之頂推頭；二邊柱上方壁 體上開設有一組相對成型之嵌槽； 至少一片（含）擋水板，自上往下插設於二承槽間， 擋水板底部成型有一凸部，頂部成型有一凹部，最底層 之擋水板底面之凸部上接設有一可與基座之頂面對應密 貼之貼合部； 一頂推件，具有一插置片、一螺設於該插置片中央 之螺桿及一活動式設於該螺桿底端之頂推片； 一前擋水條，直接貼固於邊柱壁體内面上成為固定 式設置，其底面密貼著基座； 一後擋水條，為活動式設置，對應於擋水板之面成 型為一楕圓面，對應於螺孔之面成型有一縱向設置之凹 槽，其深入内部後為擴大空間之容槽； 組裝時，該調緊螺件之頂推頭容置入該容槽内，並 使頸部容置入凹槽内，然後將各調緊螺件自内向外螺穿 入螺孔内；接著將擋水板插入二側邊柱之承槽内，使沿 著前擋水條與後擋水條間之空間下降，至貼合部與基座 密貼為止；接著將頂推件之插置片插置入邊柱之嵌槽内 定位，然後轉動螺桿使底端之頂推月向下緊密抵住擋水 表單编號A0101 第4頁/共19頁 板頂面；接著轉動調緊螺件，使推動後擋水條抵住擋水 板一側板面，並使擋水板另側板面也因受推移而抵住前 播水條。 上述防水閘門裝置，其中，當擋水板為二片以上時 ’#最底層之擋水板之底面凸部上各貼設—膠條，使上 /層擋水板底部之凸部連同膠條可共同插抵入下一層擋 水板頂部之凹部内。 上述防水閘門裝置’其巾’前擋水條對應於擔水板 之面上成型為一波浪面，主要在於相對較易受壓變形， 以與擋水板間達成止水作用。 上述防水閘門裝置，其中，二分位左、右之邊枉可 為貼靠固定於建#屋左、右牆壁相對之壁面上之「u形邊 枉」。 上述防水閘門裝置，其中，二分位左、右之邊枉可 為貼靠固定於建築屋左、右牆壁同側之壁面上之「H形邊 柱」。 【實施方式】 [0004] 關於本創作為達成上述目的，所達成之技術手段及 可達致之進步功效，茲舉以下較佳可行實施例配合附圖 進行詳細解說說明，俾能完全瞭解。 請參閱第一、二圖所示，本創作第一實施例之防水 閘門裝置1，構造組成上包含有—基座1 〇，以不銹钢材 質製成為宜，採嵌入式固設於建築屋左、右牆壁2間之 地面（第七、八圖所示）；二分位左、右之邊柱20， 亦以不銹鋼材質製成為宜，分別貼靠且固定於建築屋左 、右牆壁2相對之壁面上（可採水泥固接、黏膠固接或螺 表單编號A0101 第5頁/共19頁 M417432 检固接等單-或複合方式，惟不受揭限），二邊柱2 〇各 具有面對面對應之直立式承槽2 〇 i(第二、五、六圖所 不），二承槽201間即供自上往下插設擋水板2丄，其數 量為至少一片（含）以上，請參閱第四圖所示，各擋水板 2 1亦以不銹鋼材質製成為宜，底部成型有一凸部2 3 ，頂部則成型有一凹部2 4，其中，最底層的擋水板2 1底面之凸部2 3上接設有一可與基座丄〇之頂面對應 密貼之貼合部2 2 (第二、四、七、八圖所示），係由具 撓性之止水材料製造成型為宜，主要作用在於與基座1 〇貼合時具備良好之止水作用；其它非最底層之擋水板 2 1之底面凸部2 3上則各貼設一止水用之膠條2 3 1 。當上一層之擋水板2 1底部之凸部2 3連同膠條2 3 1共同插抵入下一層之擋水板2丄頂部之凹部2 4内時 ，因膠條2 3 1之撓性變形作用，可使膠條231與凹部24 間達成良好之止水作用； 二邊柱2 0之一側（以建築物之内側為宜）壁體上對 應擋水板2 1之板面設有若干螺孔2 5，分別供一調緊 螺件2 6螺入（第二、五、六圖所示）’該等調緊螺件2 6放大如第三圖所示，在螺紋部2 6 1後有一縮小圓徑 之頸部2 6 2 ’再後來則有一回復或擴大圓徑之頂推頭 2 6 0 ;二邊柱2 〇之上方對應最頂層擋水板2 1頂面 處之壁體上開設有一組相對成型之嵌槽27(如第二圖 所示）’供一頂推件40之插置片41插置，該插置片 4 1中央螺設有一螺桿4 2，然後螺桿4 2底端活動式 設有一頂推片43 ;二邊柱20之壁體内面上各設有一 由具撓性作用材質成型之前擋水條3 0及後擋水條3 1 表單编號A0101 第6頁/共19頁 M417432 ’其中，前擋水條3 G係直接_於邊柱2 Q之壁體内 面上成為固定式設置，其底面係密貼著基座i 〇，且對 應於擋水板2 1之面上成型為_波浪面3 〇 〇，主要在 於相對較易受壓變形（比較第五、六圖所示）；後擋水條 3 1則為活動式（非固定式或稱可調整式）設置，後擋水 條3 1對應於擋水板2 1之面成型為一楕圓面3 i 〇， 對應於螺孔2 5之面則成型有一縱向設置之凹槽3 1 1 ，其深入後擋水條3 1内部後為擴大空間之容槽3丄2( 第五圖所示）；將後擋水條3 i藉由調緊螺件2 6組裝於 邊柱20上係如弟二、五、六圖所示，先將調緊螺件2 6之頂推頭2 6 0自上容置入該容槽3 1 2内，並使頸 2 6 2谷置入該凹槽3 1 1内而可帶動整體調緊螺件 2 6在凹槽3 1 1上下移動位置，以使調緊螺件26分 別對正各螺孔2 5，然後將各調緊螺件2 6自内向外螺 穿入螺孔2 5内，然後自邊柱2 0的外部（但在建築物的 内部）就可以藉由轉動各緊螺件2 6之方式，帶動縱向之 後擋水條3 1相對於邊柱2 0壁體達成進退之作用。 整體防水閘門裝置1之組裝過程如下： 1 ·先將後擋水條3 1上之各調緊螺件2 6自内向 外螺穿入螺孔2 5内，並向外稍些螺出（如第五圖所示） ’使後播水條3 1停留在邊柱2 0之承槽2 0 1内，且 前擋水條3 0與後擋水條3 1間之距離稍為大於擋水板 21之寬度； 2·接著將最底層擋水板21自上往下插入二側邊 柱2 0之承槽2 0 1内，使沿著前擋水條3 0與後擋水 條3 1間之空間下降，直至貼合部2 2底面與基座1 〇 表單編號A0101 第7頁/共19頁 M417432 之頂面在貼住為止（如第七圖所示）； 3 .接著即將非最底層之擋水板2丄_片片插入前 擋水條3 0與後擋水條3 1間之空間下降，使上一層底 部之凸部2 3連同膠條2 3 1共同插抵入下一層頂部之 凹部24内，以達成良好之止水作用（如第七圖所示）； 4 .接著’將該頂推件4 〇之插置片4 1插置入邊 枉2 0上方壁體上之嵌槽2 7内，然後轉動該螺桿4 2 ，使其底端之頂推片4 3向下抵住最頂層擔水板2 1之 頂面，然後更稍些用力轉動該螺桿4 2，迫使每二層相 插接之擋水板2 1間之插抵狀態更加密合；最主要就是 迫使貼合部2 2撓性變性，而與基座1 〇之頂面更為密 貼’以及迫使各穆條2 3 1亦皆撓性變性，而與相接之 凹部2 4更為密貼（如第七圖所示）； 5 .接著’轉動各調緊螺件2 6，使推動後擋水條 31向擋水板21方向前進去同時抵住各擋水板21之 同一側板面’此時各擋水板2 1之另側板面也因稍受推 移而會去抵住前擋水條3 0之波浪面3 0 0，接著可更 加用力轉動各調緊螺件2 6，迫使後擋水條3 1之楕圓 面3 1 0與前前擋水條3 0之波浪面3 0 0皆變形而與 擋水板2 1之板面更為密貼（如第六圖所示）； 當完成上述組裝使用時，因擋水板2 1各層間及擋 水板2 1之貼合部2 2與基座1 〇間，以及擋水板2 1 與前擋水條3 0間皆已達成緊密貼合，因此自建築物外 面推移而來的洪水會受到擋水板2 1、貼合部2 2及前 擋水條3 0之共同阻擋，達成有效阻絕水流之實用功效 表單編號A0101 第8頁/共19頁 當洪水退去而要拆卸防水閘門裝置丨時，採與前述組 裝過程相反之程序，即可將擋水板2 i 一片片卸下另置 ，留下基座1 〇與邊柱2 〇(連同前擋水條3 〇、後擋水 條3 1、調緊螺件26及頂推件4 0)停留於建築物上， 以待隨時要再組裝使用。 以上所述係本創作第一實施例防水閘門裝置1之構造 組成及組裝使用之說明，因其邊柱2 〇係作成型而 貼靠固定於建築屋左、右牆壁2相對之壁面上（如第—圖 所不），故可稱之為「I)形邊柱」。但有時因建築物門口 空間寬度限制，業主不想將邊柱2 〇設在建築屋左、右 牆壁2相對之壁面上，以節省空間，則即可選擇採用第 二實施例所示之「Η形邊柱」。 本創作第二實施例同為一種防水閘門裝置1，因其構 ia組成大體上皆與第一實施例相同，故構造上凡與前述 第一實施例相同者即採相同元件編號，並且不再多加贅 述。請參閱第八、九圖所示，與第一實施例唯一不同處 ，在於第二實施例之邊柱2〇，係為「He邊柱」，因此 而可貼靠固定於建築屋左、右牆壁2同侧之壁面上，而 完全不減少建築物門口之空間寬度。因第二實施例之構 造組成’組裝使用及可達致之進步功效皆與第一實施例 相同’故即不再多加贅述》 綜上所述，本創作確可達到預期之功能及目的，並 且詳細說明能使熟於此技藝者得據以實施，然以上所舉 之實施例僅用以說明本創作，舉凡所有等效結構之改變 仍不脫離本創作之權利範疇。 表單編號A010I 第9頁/共19頁 [0005] 【圖式簡單說明】 第一圖所不係本創作 戶第—實施例組裝使用狀態之立體圖 第二圊所示係本創竹货 t第—實施例中部份構造之立體分解 第三圖所示係本創作第 圖 第四圖所示係本創竹哲 — 第一貫施例中擋水板之立體分解圖 第五圖所示係本創作笛 JTF第—實施例之俯視組合剖視圖 第六圖所示係本創竹笛 第—實施例之側向迫緊示意圖 第七圖所示係本創作第—實施例之側視組合剖視圖 第八圖所不係'本創作第二實施例組裝使用狀態之立體圖 第九圖所*係本創作第二實施例之俯視組合剖視圖 【主要元件符號說明】 [0006] —實施例中調整螺件之放大立體 防水閘門裝置1 邊柱2 0 貼合部2 2 擋水板2 1 螺孔2 5 擋水板2 1 頂推頭2 6 0 波浪面3 0 〇 凹槽3 1 1 插置片4 1 邊柱2 0’ 牆壁2 基座1〇 承槽2 Ο 1 擋水板2 1 凸部2 3 承槽2 Ο 1 穆條2 3 1 凹部2 4 調緊螺件26 承槽201 螺紋部2 6 1 頸部2 6 2 嵌槽2 7 前擋水條3 0 後撐水條31 稽圓面310 容槽3 1 2 頂推件4 〇 螺桿4 2 頂推片4 3 表單编號A0101 第丨〇頁/共19頁V. New Description: [New Technology Field] [0001] [0002] [0003] This paper is about a waterproof gate device, especially a waterproof gate device that can effectively block the flow of water. [Prior Art] According to the waterproof gate device, it is installed on the front of the important gate of the building, for example, the entrance of the basement driveway, the gate of the factory or the front door of the house to prevent the flow of large water into the interior of the building. The water flow blocking device is simply referred to as a "waterproof gate". The conventional waterproof gate generally comprises two side pillars, and a water retaining plate is arranged between the side pillars; a longitudinal pressing device is arranged above the side pillars for pressing the water deflecting plate downwards (standing) And a plurality of lateral tensioning devices, which are arranged on the side column cylinder and corresponding to each water retaining plate, are used for laterally pressing the water retaining plate, and the profit water blocking plate is achieved between the left and right columns. Sideways close fit. During operation, both the longitudinal and lateral tensioning devices must be adjusted to force the flap. However, the biggest drawback of the conventional waterproof gate is that even if the water retaining plate is pressed longitudinally and laterally, when the water pressure is too large, the water flow will still flow from the gap between the water retaining plate and the two columns. The water retaining effect is sharply reduced and eventually becomes ineffective. [New content] In response to the above shortcomings, the creator has intensively conceived R&D creations, and after a long period of hard work, he has created this creation. Therefore, the main purpose of this creation is to provide a waterproof gate device that can effectively block water flow. In order to achieve the above objectives, this creation is to design a waterproof gate device form number A0101, page 3 / 19 pages, the structure consists of: a base, embedded in the ground between the left and right walls of the building; The left and right side columns are respectively abutted and fixed on the opposite wall of the left and right walls of the building, and the two columns respectively have face-to-face corresponding vertical bearing grooves; one side wall of one of the two side columns is provided with a plurality of screws The holes are respectively screwed into a tightening screw, and the tightening screw has a neck portion for reducing the circular diameter behind the thread portion and a top pushing head having a return circular diameter; and a wall above the two side pillars is opened a relatively shaped groove; at least one (including) water retaining plate is inserted between the two grooves from top to bottom, a convex portion is formed at the bottom of the water blocking plate, and a concave portion is formed at the top, and the bottom surface of the bottom plate is formed by a bottom plate. a protruding portion corresponding to the top surface of the pedestal is attached to the convex portion; a pushing member having an insertion piece, a screw screwed in the center of the insertion piece, and a movable type disposed thereon Push the top of the bottom end of the screw; a front water retaining strip, directly attached The inner surface of the side wall of the side column is fixedly arranged, the bottom surface of which is closely attached to the base; a rear water retaining strip is arranged in a movable manner, and the surface corresponding to the water retaining plate is formed into a round surface corresponding to the screw hole The surface is formed with a longitudinally disposed groove, which is deep into the interior and is a cavity for enlarging the space; when assembled, the top pusher of the tightening screw is received into the cavity and the neck is received into the groove Then, the tightening screws are screwed into the screw holes from the inside to the outside; then the water blocking plate is inserted into the slots of the two side legs, so that the space between the front water retaining strip and the rear water strip is decreased. After the fitting portion and the base are closely attached; then inserting the insertion piece of the pushing member into the slot of the side column, and then rotating the screw to push the top of the bottom end downward to closely resist the water retaining form No. A0101 Page 4 / 19 pages top surface; then turn the adjusting screw to push the rear water retaining bar against the side of the water flap, and the other side of the water deflector is also resisted by the displacement Pre-sowing water strips. In the above waterproof gate device, when the water retaining plate is two or more pieces, the bottom surface convex portion of the bottommost water retaining plate is attached with a rubber strip, so that the convex portion at the bottom of the upper/layer water retaining plate together with the rubber strip Can be inserted into the recess of the top of the next layer of water retaining plate. The water damper device 'the towel' front water retaining strip is formed as a wave surface corresponding to the surface of the water slab, mainly because it is relatively easily deformed by pressure, so as to achieve a water stop effect with the water retaining plate. In the above waterproof gate device, the left and right sides of the bintile may be a "u-shaped edge" that is fixed to the wall opposite to the left and right walls of the building. In the above waterproof gate device, the left and right sides of the binning position may be an "H-shaped side column" which is fixed to the wall on the same side of the left and right walls of the building. [Embodiment] [0004] In order to achieve the above object, the technical means and the progress achieved by the present invention, the following preferred embodiments are described in detail with reference to the accompanying drawings, and can be fully understood. Referring to the first and second figures, the waterproof gate device 1 of the first embodiment of the present invention comprises a base 1 〇, which is made of stainless steel, and is embedded in the left side of the building. The floor of the right wall 2 (shown in the seventh and eighth figures); the left and right side pillars 20 of the second division are also made of stainless steel, which are respectively placed against and fixed to the opposite wall of the left and right walls of the building. Upper (can be cemented, glued or screwed form number A0101 page 5 / 19 pages M417432 check and other single- or composite mode, but not exposed), two sides of the column 2 The face-to-face corresponding vertical bearing groove 2 〇i (not shown in the second, fifth and sixth figures), the second bearing groove 201 is to be inserted from the top to the bottom of the water retaining plate 2, the number of which is at least one (inclusive) Please refer to the fourth figure, each of the water retaining plates 21 is also made of stainless steel, the bottom is formed with a convex portion 2 3 , and the top portion is formed with a concave portion 24, wherein the bottom surface of the bottom baffle 2 1 The convex portion 2 3 is connected with a bonding portion 2 2 (second, fourth) which can be closely attached to the top surface of the base 丄〇 (7, 8), which is made of flexible water-stopping material. The main function is to have a good water-stopping effect when it is attached to the base 1; other non-bottom water retaining plates 2 A sealing strip 2 3 1 for water sealing is attached to each of the bottom convex portions 2 3 of the first surface. When the convex portion 2 3 at the bottom of the water retaining plate 2 1 of the upper layer is inserted into the concave portion 24 of the top of the water retaining plate 2 of the lower layer together with the strip 2 3 1 , the flexibility of the strip 2 3 1 is obtained. The deformation effect can achieve a good water stopping effect between the rubber strip 231 and the concave portion 24; one side of the two-sided column 20 (suitable for the inner side of the building) is provided on the wall surface corresponding to the water retaining plate 2 1 a plurality of screw holes 25, respectively, for a tightening screw 26 to be screwed in (the second, fifth, and sixth figures). The tightening screws 26 are enlarged as shown in the third figure, and the threaded portion 26 After 1 has a neck with a reduced diameter 2 6 2 ' and then there is a return or enlarge the top of the round head 2 6 0; the top of the double column 2 对应 corresponds to the top of the topmost baffle 2 1 The body is provided with a pair of oppositely formed slots 27 (as shown in the second figure) for inserting the insertion piece 41 of a pushing member 40. The insertion piece 4 1 is screwed with a screw 4 2 in the center, and then the screw 4 2 The bottom end movable type is provided with a pushing piece 43; the inner side surface of the two side column 20 is provided with a flexible material to form the front water retaining strip 30 and the rear water retaining strip 3 1 Form No. A0101 6 pages / total 19 pages M41 7432 ' Among them, the front water retaining strip 3 G is directly arranged on the inner surface of the side wall 2 Q, and the bottom surface is closely attached to the base i 〇 and corresponds to the surface of the water retaining plate 2 1 Formed as _ wave surface 3 〇〇, mainly due to relatively easy pressure deformation (compared to the fifth and sixth figures); rear water strip 3 1 is movable (non-fixed or adjustable) setting, The rear water retaining strip 3 1 is formed into a round surface 3 i 对应 corresponding to the surface of the water retaining plate 2 1 , and a longitudinally disposed groove 3 1 1 is formed corresponding to the surface of the screw hole 2 5 , and the deep retaining water is blocked. After the inside of the strip 3 1 is a space slot 3丄2 (shown in the fifth figure) for expanding the space; the rear water strip 3 i is assembled on the side column 20 by tightening the screw member 26, such as the second and fifth. As shown in the sixth figure, the top pusher 2 6 0 of the tightening screw member 6 is first placed into the pocket 3 1 2 from the top, and the neck 2 6 2 valley is placed in the recess 31 1 1 The overall tightening screw member 26 can be moved up and down in the groove 3 1 1 so that the adjusting screw member 26 respectively aligns the screw holes 25, and then the tightening screw members 26 are screwed from the inside to the outside. Screw holes 2 5 and then from the outside of the side column 20 (but Inside of the building) can be rotatably by respective tightening of screw member 26, driven by the rear longitudinal retaining bar 31 with respect to the side legs 20 reach the wall of the forward and backward action. The assembly process of the integral waterproof gate device 1 is as follows: 1) First, the tightening screw members 26 on the rear water retaining strips 3 1 are screwed into the screw holes 25 from the inside to the outside, and are screwed out slightly (such as The fifth figure shows) 'The rear water strip 3 1 stays in the groove 2 0 1 of the side column 20, and the distance between the front water strip 30 and the rear water strip 3 1 is slightly larger than the water shield Width of 21; 2. Then insert the bottommost water retaining plate 21 from top to bottom into the groove 20 of the two side pillars 20, so that the water retaining strip 30 and the back water strip 3 1 The space is lowered until the top surface of the bonding portion 2 2 and the pedestal 1 〇 form number A0101 page 7 / 19 pages M417432 top surface is attached (as shown in the seventh figure); The water retaining plate 2丄_the piece is inserted into the space between the front water retaining strip 30 and the rear water retaining strip 31, so that the convex portion 2 3 at the bottom of the upper layer is inserted together with the strip 2 3 1 into the top of the lower layer. In the recess 24, to achieve a good water stop action (as shown in the seventh figure); 4. Then insert the insertion piece 4 1 of the pusher 4 into the upper wall of the side edge 20 Inside the slot 27, then rotate the screw 4 2 , the bottom push piece 4 3 of the bottom end is pressed down against the top surface of the topmost water board 2 1 , and then the screw 4 2 is rotated a little more to force the water blocking plate 2 1 of each two layers to be inserted. The inter-insertion state is more concise; the most important is to force the conforming portion 2 2 to be flexibly denatured, and to be more closely attached to the top surface of the pedestal 1 以及 and to force each of the tidal strips 2 3 1 to be flexible and degenerated. And the adjacent recessed portion 24 is more closely attached (as shown in the seventh figure); 5. Then 'turn each of the tightening screws 2 6 to push the rear water retaining strip 31 toward the water deflecting plate 21 while The same side plate surface of each water retaining plate 21 is pressed. At this time, the other side plate surface of each water retaining plate 2 1 is also slightly moved to resist the wave surface of the front water retaining strip 30, and then can be further Pressing each of the tightening screws 2 6 forcefully forces the round face 3 1 0 of the rear water retaining strip 3 1 and the wave surface 300 of the front front water retaining strip 30 to be deformed and the surface of the water retaining plate 2 1 More closely attached (as shown in the sixth figure); when the above assembly is completed, due to the gap between the layers of the water deflector 2 1 and the water retaining plate 2 1 and the base 1 and the water retaining Both the board 2 1 and the front water barrier 30 have reached Closely fit, the flood from the outside of the building will be blocked by the water retaining plate 2 1 , the fitting portion 2 2 and the front water barrier 30 , and the utility model can effectively prevent the water flow. Form No. A0101 No. 8 Page 19 of 19 When the flood is removed and the waterproof gate device is to be removed, the flaps 2 i can be removed separately, leaving the base 1 and the side column. 2 〇 (along with the front water retaining strip 3 〇, the rear water retaining strip 3 1 , the tightening screw 26 and the pushing member 40 ) stay on the building for reuse at any time. The above description is for the construction and assembly of the waterproof gate device 1 of the first embodiment of the present invention, because the side column 2 is formed and fixed to the opposite wall of the left and right walls of the building (such as The first figure is not, so it can be called "I) shaped side column." However, due to the limitation of the width of the doorway of the building, the owner does not want to install the side column 2 on the opposite wall of the left and right walls of the building to save space, then the second embodiment can be selected. Shaped column." The second embodiment of the present invention is the same as the waterproof gate device 1. Since the composition of the structure is substantially the same as that of the first embodiment, the same component number is adopted in the same configuration as the first embodiment, and no longer More details. Please refer to the eighth and ninth figures. The only difference from the first embodiment is that the side column 2〇 of the second embodiment is a “He side column”, so it can be fixed to the left and right of the building. The wall 2 is on the same side of the wall without completely reducing the space width of the building door. Since the structural composition of the second embodiment is 'the same as the first embodiment, the same as the first embodiment, so the description will not be repeated." In summary, the creation can achieve the intended function and purpose, and The detailed description is to be construed as being limited by the scope of the present invention. Form No. A010I Page 9 of 19 [0005] [Simple description of the drawing] The first picture is not the first three-dimensional diagram of the assembly state of the creator. The second picture shows the original bamboo goods t- The three-dimensional decomposition of the partial structure in the embodiment is shown in the fourth figure. The fourth figure shown in the fourth figure is the original three-dimensional exploded view of the water retaining plate. The sixth section of the top view of the creation of the flute JTF is shown in the sixth figure. The lateral thrust diagram of the present invention is shown in the seventh figure. The seventh figure of the present embodiment is the side view of the side view. FIG. 9 is a perspective view of a second embodiment of the second embodiment of the present invention. FIG. 1 is a top cross-sectional view of the second embodiment of the present invention. [Main component symbol description] [0006] In the embodiment, the adjustment screw is enlarged. Three-dimensional waterproof gate device 1 Side column 2 0 Fitting part 2 2 Water blocking plate 2 1 Screw hole 2 5 Water blocking plate 2 1 Pushing head 2 6 0 Wave surface 3 0 〇 Groove 3 1 1 Interposing piece 4 1 Side Column 2 0' Wall 2 Base 1 〇 2 2 Ο 1 Water flap 2 1 Projection 2 3 Groove 2 Ο 1 Mu 2 2 3 1 Part 2 4 Tightening screw 26 Groove 201 Threaded part 2 6 1 Neck 2 6 2 Inserted groove 2 7 Front water stop 3 0 Rear staying strip 31 Rounded surface 310 Groove 3 1 2 Pusher 4 〇 Screw 4 2 Pusher 4 3 Form No. A0101 Page/Total 19