M335659 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種導風機構，特別是關於一 種迎風式導風裝置。 【先前技術】 按，隨著環保意識的高漲，科技先進國家均 ‘ 有發電替代方案的研究。不管是太陽能、燃料f * 池或是風力發電，在應用上都不同於以往“能源 • 集中生產”的發電方式。此時「風力」儼然成為 能源界新寵。又鑒於石油價格持續高漲，將重心 轉移到綠色能源的經營上，便成為全球的發展目 標。 ‘ 一般廠房為能有效改善廠房内部之散熱問 - 題，以現今較為有效且經經之方式，係於廠房之 屋頂裝設無需電力驅動之渦輪排風機，俾能藉由 Φ 熱氣流上升之原理帶動渦輪排風機之風葉轉 動，進而產生抽風的作用而將廠房内部之熱氣由 '廠房之屋頂排出，以解決廠房散熱之問題，並改 •善室内空氣品質，提供舒適之工作環境。然而， 一般渦輪排風機之構造主要包含有一呈圓球渦 捲狀之風葉總成、一運轉總成以及一固定總成， 其整體排風機之結構，具有以下缺失： 1、 有些地方並不適合裝置此類設備，如 地下室或是沒有屋頂的房間。 5 M335659 2、 又因為該渦輪排風機是被動式的，當 廠房内部的熱氣累積到一定程度，才 會導致熱流自内部導流至外部，常常 會落後實際與外界的溫差，導致熱量 的累積，無法即時有效的對外產生對 流，此為一大缺憾。 3、 如欲加裝馬達加強導流功效，便會產 生額外的能源耗損，在事事講究環保 ’節能的現代，視為一耗能產品，不敷 現代廠房使用。 有鑑於此，上述習知技術之缺失，本創作係 提出一種迎風式導風裝置，以解決存在於習知技 “ 術中之該些缺失。 【新型内容】 本創作之主要目的係在提供一種迎風式導風 B 裝置，其係透過一集風罩，並在上端設置有一風 向導流板，使集風罩可以隨時保持迎風方向，將 ’氣流捕捉到集風罩内部，經過導風管傳導入室 •内，將外部新鮮的氣流導引入室内的功效。 本創作之另一目的係在提供一種迎風式導 風裝置，其係透自然風的對流導引作用，無須透 過馬達或風扇，就可以達到空氣對流的目的，同 時又達到節省能源的功效，適應未來的綠能產 業0 6 M335659 風空皆 導節 ， 種調益 一以效 露俾用 ，實 係途濟 作用經 創壁等 本牆新 ， 或清 的頂氣 目屋空 之於内 述裝室 上安持 到供保 達提， 為，環 構循 機氣 一 一風 括有集 包具於 ， 端置 置前設 裝S ， 風本板 導風流 式導導 風式向 迎風風 之迎一 向該有 轉，置 風體設 隨本接 成風連 達導； 效式罩 有風風 能迎集 導 向 風 使 置 設 向 方 風 方迎 方持 後保 罩時 隨氣 生對 產正 然罩 自風 罩集 風將 集制 與控 係責 板負 流， 罩管 風風 集導 該過 於透 接， 連济 ，氣 管的 風鮮 導新 一 到 及集 以收 •, 罩 向風 方集 流將 以至 可引 引目 導的 的環 式循 勤流 、、/ 主氣 到到 達達， ， 通流 流氣 内的 室多 可 的 更裝 入加 導吸外 勢另 順須 以無 固造 穩製 為在 更外 構另 結； 使效 ，功 本能 成節 裝具 組兼 造且 製並 低， 降保所 並環於 ， 的由 達常時 馬非裝 作 工 裝 組 少 減 以 可， 少 較 件 零 需 組時 生由 低藉 降下 效底， 間 本 成 產 加 詳 式 圖 的 附 所 合 配 例 施 實 體 具 容 内 術 技 的 目 之 作 創。 本效 解功 暸之 易成 容達1 更所式 當其方 ，及施 明點實 說特t 他顯 其為 之更 作夠 創能 本效 解功 瞭之 潔成 簡達 便所 方其 員及 查έ 4優 貴與 使容 為内 徵 特 下 如 明 說 細 詳， 圖 用 壁 牆 或 頂 屋 於 裝 安 供 附提 合種 配一 作於 rj 09 本有 將係 茲作， 現本 M335659 途，俾以調節空氣循環，保持室内空氣清新等經 濟實用效益，皆能有效達成隨風轉向之迎風式導 風裝置，毋須加裝電動馬達以及風扇，就可以透 過自然風產生對流，請同時參閱第1圖為本創作 迎風式導風裝置的立體圖與第 6圖為本創作迎 風式導風裝置設置於屋頂示意圖，如圖所示，迎 ‘ 風式導風本體1，其係由一集風罩10、一風向導 ， 流板14、一導風管16、一固定架12、一軸承162、 _ 與一軸承支架164，六大部分共同組成。其中， 該風向導淥板1 4，固定設置於該集風罩1 0的後 方，而該風向導流板1 4設置的方向與集風罩1 0 方向一致，用於控制集風罩10開口處永遠面向 ‘ 氣流；並且在集風罩10的下方連接有一導風管 16,在導風管16内部則裝置有一軸承支架164, 一軸承 162固定在轴承支架164上方；該轴承 鲁 162可以讓導風管16與固定於導風管16上方的 集風罩10自由旋轉；並在集風罩10後方設置有 、一導風孔22，透過導風孔22排出的部份氣流， •吹向風向導流板14，如此一來，可使集風罩10 於收集氣流時更穩定，才可以將集風罩10固定 平行於穩定的氣流中，而此風向導流板1 4的主 要功用便是像船舵一般，而集風罩1 0就如同船 隻，氣流就像是水，透過風向導流板 14，可以 將集風罩1 0正面面對氣流，進而將氣流導引到 8 M335659 導風管16後再經過固定架12，而固定架12 以連接到一般屋頂1 8上，進而將外部新鮮的 氣，透過集風罩1 〇導引到室内内部，並且利 複數個設置的迎風式導風本體1，加強氣流的 引，達到充分對流的功效。 再請參閱第2圖為本創作迎風式導風裝置 ‘ 另一實施例圖，如圖所示，將迎風式導風本體 固定設置於一空曠處，導風管16其係可以延 • 為一長條狀的一連接管路166,連接在固定架 的後方，當利用風向導流板1 4將集風罩1 0固 於面對氣流當中，並且由集風罩10負責將氣 收集引進集風罩10後，由下方連接的導風管 ^ 後再經過固定架1 2，導引到連接管路1 66，並 ； 通至需要新鮮氣流的地方，達到導引氣流，並 化室内空氣的功效。 I 再請參閱第3圖為本創作迎風式導風裝置 再一實施例圖，如圖所示，一集氣裝置20設 、於該集風罩10後方，並在集氣裝置20上設置 •一導風孔22，透過集風罩10蒐集的部份氣流 固定該集氣裝置20内，並將少部份的氣流透 導風孔22排出，透過導風管16内的軸承162 轴承支架164的自由旋轉，進而使集風罩10 以固定於迎風面上，將氣流由集風罩1 0經過 風管1 6後再經過固定架1 2，導引流動到室内 可 空 用 導 的 1 長 12 定 流 16 連 淨 的 置 有 的 過 與 可 導 9 M335659 一樣可以達到對流外部新鮮空氣的功效。 再請參閱第4圖為本創作迎風式導風裝 又一實施例圖，此構造係為延續上述之結構 以改良，在集風罩10前方開口處設置一過 1 0 2，此過濾網1 0 2的目的在阻隔外部空氣 雜物；並於集風罩10内設置有一擋雨結構 • 此擋雨結構3 0的目的是在雨天時，將雨水 氣流排至集風罩1 〇後方所設置的導風孔22 • 裝置外避免將雨水滴落入室内。 再請參閱第5圖為本創作迎風式導風裝 置於房屋側面牆壁或窗戶示意圖，如圖所示 構造係為延續上述之結構，加以改良，在固 • 12下方設置一導風箱168，固定於房屋侧面 或窗戶 40;並在集風罩10上設置有一導 22，此導風孔22的目的在於將集風罩10的 血收集滿的氣流，導引少部分至外部，進而達 定集風罩10的作用，使集風罩10可以穩定 對迎風面的氣流，將新鮮的氣流，由集風； '經過導風管16,後再經過固定架12與導風箱 導引流動到室内。 再請參閱第6圖為本創作迎風式導風裝 置於屋頂示意圖，如圖所示，此構造係為延 述之結構，由多個迎風式導風裝置，將更多 鮮的氣流，由集風罩1 0經過導風管1 6與固 置的 ，加 濾網 中的 30， 透過 排出 置設 ，此 定架 牆壁 風孔 内部 到穩 的面 L 10 168 置設 續上 的新 定架 M335659 12導引流動到室内。 本創作迎風式導風裝置i，可以有M335659 VIII. New description: [New technical field] This creation is related to a wind guiding mechanism, especially regarding a windward wind guiding device. [Prior Art] According to the rising awareness of environmental protection, advanced countries in science and technology have ‘ research on alternatives to power generation. Whether it is solar energy, fuel f* pool or wind power generation, it is different from the previous “energy • centralized production” power generation method. At this time, "wind power" has become a new favorite in the energy industry. In view of the continued high oil prices, shifting the focus to the management of green energy has become a global development goal. 'The general plant is a way to effectively improve the heat dissipation inside the plant. It is more efficient and the way to install the turbine exhaust fan without electric drive on the roof of the plant. The principle of Φ hot air flow rises. Drive the blades of the turbine exhaust fan to rotate, and then generate the wind to discharge the hot air inside the plant from the roof of the factory to solve the problem of heat dissipation in the plant, and improve the indoor air quality to provide a comfortable working environment. However, the structure of a general turbine exhaust fan mainly includes a blade assembly having a spiral shape, a running assembly and a fixed assembly. The structure of the overall exhaust fan has the following defects: 1. Some places are not suitable for the device. Such equipment, such as a basement or a room without a roof. 5 M335659 2. Because the turbine exhaust fan is passive, when the hot air inside the plant accumulates to a certain extent, it will cause the heat flow to flow from the inside to the outside, often falling behind the actual temperature difference with the outside world, resulting in the accumulation of heat. Instant and effective external convection, this is a big shortcoming. 3. If you want to install a motor to enhance the diversion effect, it will generate additional energy consumption. Everything is environmentally friendly. Energy-saving modernity is regarded as an energy-consuming product, which is not suitable for modern factories. In view of the above, the above-mentioned prior art is lacking, and the present invention proposes a windward type wind guiding device to solve the defects that exist in the prior art. [New content] The main purpose of the present invention is to provide a windward The wind guide B device passes through a collecting hood and is provided with a wind guiding plate at the upper end, so that the collecting hood can maintain the windward direction at any time, and the airflow is captured into the inside of the collecting hood and transmitted through the air guiding duct. In the room, the effect of introducing fresh external airflow into the room. Another purpose of this creation is to provide a windward wind guide that transmits natural wind convection guidance without the need for a motor or fan. It can achieve the purpose of air convection, and at the same time achieve energy-saving effect, adapt to the future green energy industry 0 6 M335659 wind and air guide section, the kind of adjustment benefits one to use, the actual system of the role of the road through the wall The new wall of the wall, or the clear roof of the house, is kept on the inside of the room to be secured to the Baoda, for the ring structure, the air is included in the package, and the front set is installed. S, the wind-guided air-guided wind-guided wind-driven windward windward has always turned, and the wind-driven body is connected with the wind-connected wind; the effect-type wind-blown wind can meet the guiding wind to set the direction The wind side welcomes the hood and keeps the hood with the gas. The hood is self-contained. The wind hood will collect and control the negative flow. The wind and wind collection will be too permeable, and the wind will be smooth. Fresh and fresh to the collection, the cover to the wind side of the collection will be able to lead the ring of the cycle of the cycle, / / main gas to reach the reach, the room inside the flow of gas can be more In addition, the external suction and the external suction potential are required to be solidified and stabilized in a more external structure; the effect is ineffective, and the work can be combined into a set of equipment and the system is low, and the protection is closed. From the time of the normal time, the non-prepared tooling group is reduced to a small amount, and the lesser than the zero-demand group is born with a low borrowing and lowering the effect, and the intermediate production and detailed drawings are accompanied by a matching example. The purpose of the creation is In the right way, and Shi Ming points, he said that he is more capable of creating energy and solving the problem. Jie Jie is a member of the company and the investigation. 4 You and the capacity are special. Explain in detail, the picture is made of wall or roof house in the installation of the attachment and the combination of the seed in the rj 09. This will be used for the work, the current M335659 way, to adjust the air circulation, to maintain indoor air fresh and other economic and practical benefits. It can effectively achieve the wind-driven wind guide that turns with the wind. It is possible to generate convection through the natural wind without the need to install an electric motor and a fan. Please refer to the first figure for the perspective view and the sixth of the windward wind guide. The figure is a schematic view of the windward wind deflector installed on the roof. As shown in the figure, the wind-driven wind guide body 1 is composed of a windshield 10, a wind guide, a flow plate 14, and an air guide tube 16. A fixing frame 12, a bearing 162, _ and a bearing bracket 164, six parts are common. The wind guide flap 14 is fixedly disposed behind the windshield 10, and the direction of the wind deflector 14 is aligned with the windshield 10 direction for controlling the opening of the windshield 10 The airflow is always facing the airflow; and an air duct 16 is connected below the air hood 10, and a bearing bracket 164 is disposed inside the air duct 16, and a bearing 162 is fixed above the bearing bracket 164; the bearing luer 162 can be The air guiding duct 16 and the air collecting hood 10 fixed above the air guiding duct 16 are freely rotatable; and a wind guiding hole 22 is disposed behind the air collecting hood 10, and a part of the airflow discharged through the air guiding hole 22 is blown toward The wind guides the flow plate 14, so that the windshield 10 can be more stable when collecting the airflow, so that the windshield 10 can be fixed parallel to the stable airflow, and the main function of the wind guide plate 14 is It is like a rudder, and the windshield 10 is like a ship. The airflow is like water. Through the wind guide plate 14, the front side of the windshield 10 can be facing the airflow, and then the airflow is guided to 8 M335659. The air duct 16 passes through the fixing frame 12, and the fixing frame 12 is connected to the general roof. On the 1st 8th, the external fresh air is guided through the air hood 1 to the interior of the room, and a plurality of air-winding air guiding bodies 1 are provided to enhance the airflow to achieve full convection. Referring to FIG. 2, another embodiment of the present windward type air guiding device is shown. As shown in the figure, the windward type wind guiding body is fixedly disposed in an open space, and the air guiding tube 16 can be extended to one. A strip-shaped connecting pipe 166 is connected to the rear of the fixing frame, and when the windshield 10 is fixed by the wind guiding plate 14 to face the airflow, the collecting hood 10 is responsible for introducing the gas collection into the collecting wind. After the cover 10, the air duct connected from below is passed through the fixing frame 12, and then guided to the connecting line 1 66, and to the place where fresh air is needed to guide the airflow and to improve the indoor air. . I refer to FIG. 3 again for a further embodiment of the present windward type air guiding device. As shown in the figure, a gas collecting device 20 is disposed behind the collecting hood 10 and disposed on the gas collecting device 20. An air guiding hole 22, a part of the airflow collected by the air collecting hood 10 is fixed in the air collecting device 20, and a small part of the airflow through the air guiding hole 22 is exhausted through the bearing 162 in the air guiding tube 16 Freely rotating, so that the windshield 10 is fixed on the windward surface, and the airflow is passed from the windshield 10 through the air duct 16 and then through the fixed frame 12, and the flow is directed to the indoor airless guide. 12 The constant flow 16 is evenly stored as the 9 M335659 can achieve the effect of convective external fresh air. Please refer to FIG. 4 again for another embodiment of the windward-type wind deflector of the present invention. The structure is improved by continuing the above structure, and an over 1 0 2 is disposed at the front opening of the windshield 10, and the filter 1 The purpose of 0 2 is to block the outside air debris; and a rain-proof structure is arranged in the windshield 10 • The purpose of the rain-proof structure 30 is to arrange the rainwater flow to the rear of the windshield 1 in the rainy day. Air vent 22 • Avoid rain water dripping into the room outside the unit. Please refer to Fig. 5 for a schematic view of the windward wind deflector on the side wall or window of the house. The structure shown in the figure is to continue the above structure, and the air duct 168 is fixed under the solid 12 The side of the house or the window 40; and a guide 22 is arranged on the windshield 10, the purpose of the air guiding hole 22 is to collect the airflow of the collecting hood 10 and guide a small part to the outside, thereby reaching a set The function of the windshield 10 is such that the windshield 10 can stabilize the airflow to the windward side, and the fresh airflow is collected by the wind; 'passing through the air duct 16, and then passing through the fixed frame 12 and the air guiding box to flow into the indoor . Please refer to Fig. 6 for a schematic view of the windward type wind deflector on the roof. As shown in the figure, this structure is a structure described in detail, and a plurality of windward wind guides are used to set more fresh airflow. The windshield 10 passes through the air duct 16 and the fixed, 30 in the filter screen, and is discharged through the discharge, and the new fixed frame M335659 is placed on the inner surface of the air vent hole of the fixed frame to the stable surface L 10 168. 12 guides to flow into the room. This creation windward wind deflector i can have
的流動的作田 M A ^ ^ ^ /；，L 用，對於軋 的引動，具有雙重加乘 的效果，達至丨丨* 逵盥涵诗j軋k循銥的目的，毋須任何外加馬 (J y =，又迎風式導風本體1係可為圓型、矩 • ^二：撞風氣流的大小’均可以同樣達到加強 軋抓導引的作用。 龜分併又^該迎風式導風本體1材質係為如不繡鋼 W材貝、PVC翻斗、人人 .^ # 2化材質或口金材質…等市面上泛用 講究綠色節能環保的現代，非常的具 有刖、詹性，也非常適合業界大量生產。 • 以上所述之實施例僅係為說明本創作：^ ϋ伥 U其目的在使热習此項技蓺之λ i At -夠瞭解本創作之由六廿媸丨、，奋 议π之人士能 十別之内谷並據以實施，合 定本創作之專利r圖βρ , π 爾不此以之限 、 寻利辄圍，即大凡依本創作祕植一 之專利範圍内。 仍應/函盘在本創作 【圖式簡單說明】 第1圖為本創作迎風式導風裝置 第2闯炎的立體圖。 置的另- 實施例 置的再- -實施例 置包含- -過濾綱 圖為本創作迎風式導風裝置 圖。 叼另 第3圖為本創作迎風式導風裝置的 圖。 第4圖為本創作迎風式導風裝置包含 11 M335659 和一擋雨結構的又一實施例圖。 第5圖為本創作迎風式導風裝置設置於房屋外 牆或窗戶示意圖。 第6圖為本創作迎風式導風裝置設置於屋頂示 意圖。 【主要元件符號說明】 ^ (本創作部份） - 迎風式導風本體1 ❿集風罩10 過濾網 1 0 2 固定架12 風向導流板14 導風管16 軸承1 6 2 軸承支架1 6 4 • 連接管路166 導風箱1 6 8 ’屋頂1 8 •集氣裝置20 導風孔2 2 擋雨結構3 0 房屋侧面牆壁或窗戶4 0 12The flow of the field MA ^ ^ / /, L, for the rolling of the levitation, has the effect of double multiplication, up to 丨丨 * 逵盥 诗 诗 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧=, and the windward type of wind body 1 can be round, the moment • ^ 2: the size of the blast air flow can also achieve the role of strengthening the rolling guide. Turtle points and ^ the windward wind body 1 The material is such as stainless steel W material shell, PVC dump bucket, everyone. ^ # 2 material or gold material... etc. The market is widely used in modern, green, energy-saving and environmentally friendly, very sturdy, and very suitable for the industry. Mass production. • The above-mentioned examples are only for the purpose of explaining this creation: ^ ϋ伥U is intended to make this technology λ i At - enough to understand the meaning of this creation, The person of π can be implemented in the valley of the other, and the patent of the creation of the creation of the figure r β ρ, π 尔 不 不 、 、 、 、 、 、 、 、 、 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻 寻Should / letter in the creation [simplified description of the map] Figure 1 is the second wind of the windward wind guide A further view of the embodiment - the embodiment is provided with - the filter diagram is a diagram of the creation of the windward wind guide. 叼 The third diagram is a diagram of the windward wind guide of the creation. The figure shows a further embodiment of the windward wind deflector comprising 11 M335659 and a rainproof structure. Fig. 5 is a schematic view of the windward wind deflector of the present invention installed on the outer wall or window of the house. The windward wind guide is installed on the roof. [Main component symbol description] ^ (This creation part) - Windward wind guide body 1 ❿ Windshield 10 Filter 1 0 2 Fixing frame 12 Wind deflector 14 Wind guide Tube 16 Bearing 1 6 2 Bearing bracket 1 6 4 • Connection line 166 Air duct 1 6 8 'Roof 1 8 • Gas collector 20 Air duct 2 2 Rain-proof structure 3 0 Side wall or window of the house 4 0 12