201105911 四、 指定代表圖： (一） 本案指定代表圖為：第（11)圖。 (二） 本代表圖之元件符號簡單說明： 1〜外箱； la~側面； lb〜出入開口； 10〜速結端子（連接端子）； I 0 a〜插入口； II ~端子台； 11 a〜把手部； 11 b〜立起部； 1 7〜電源線； 17a〜電線； 2 4〜滑動台座； 2 4 a〜滑動面； 24b〜支點； 24c〜段部（停止件）。 五、 本案若有化學式時，請揭示最能顯示發明特徵的化學式： 無。 六、 發明說明： 【發明所屬之技術領域】 本發明係有關於一種被設置於房間内的高處的送風 2 201105911 * 機0 【先前技術】 習知’例如，在營敗r 以插m )用換氣扇中，在下面開口、 要蕾私冰 、 板的女裝用開口部的外箱内，設 ===由電動機被驅動的風扇，且在以圍繞此風 Ο ο .Π： 、有開口 °卩的電子零件收納部一體成 形，且將具有將馬達的 菔风 接诚；$線連接至電源線用的連接部的連 f端子在上34電子零件㈣部、^料部面臨上述開口 部的狀態收納，又，將护他 將乂個的下面開口部開閉的蓋可迴轉 地連結至上述電子零株此— 零件收納部而設置’在此蓋，在該蓋的 開放狀態下、設晋以仰T + *7* i. 從下方面臨電子零件收納部的開口部 而擋住連接端子的凸部的構成為熟知的。 根據此構成的話，藉由將對於連接端子的電源線的連 接以及拆下可從室内侧進行，作業性提高。加上，藉由設 置凸於開閉電子零件收納部的開口部的蓋的内側，即使 將蓋開放、連接端子不脫落，可將電源線的連接、拆下以 及插入確認的各作業更進—步容易地進行。又，因為連接 端子係藉由凸部被限制、不會被拉出至所定以上，所以過 大的張力不會被施加在連接端子被連接的馬達的導線，可 減少斷線等的不良狀況（例如，參考專利文獻丨）。 【先行技術文獻】 [專利文獻] 3 201105911 專利文獻1 : 曰本登錄實用新案第2538003號公報 【發明内容】 [發明所欲解決之問題] 裝及述:知技術的話，對於連接端子的電源線的安 衮及拆下係，可經由外箱 的下面的開口部從室内側進行。 w而，因為連接端子係在 '、巧口部的内側、手難以進入，所 以作業性不佳、改善俾所去_ μ '、 望的。又，根據上述習知技術 的話’有連接端子藉由 精由，、本身的重量而自由落下的危險 性’且對於連接端子# I % … 端子的電源線的連接時、連接端子不被固 二所以將電源線插入至電源端子的情形，連接端子會退 4裏側、有所謂電源線的連接施工困難的問題。如上述， 電源線的電性接觸不足夠的話、成為安全上的問題，進而 成為火災的原因，改善係所希望的。又，作為電源線，使 用TO電欖的話，由於内藏的銅線粗且硬，在電源連接施 工時、急劇地彎曲的話，也有折斷而導致接觸不良的問題。 本發明係，有鏗於上述事項，以得到可將對於連接端 子的電源線的安裝作業容易[且使防火安全對策足夠的 送風機作為目的。 [解決問題之技術手段] 為了解決上述課題、達成目的，第一發明的送風機係， 包括：吸入口和吹出口被形成的外箱，被收納於外箱、從 吸入口朝吹出口送風的葉片以及驅動葉片的電動機，具有 將供給電力至電動機的電源線與電動機電性地連接的連接 201105911 端子的端子台’以及以連接端子從被形成於外箱的出入開 口出沒的方式將端子台可滑動地支持的滑動台座；其中端 子台係’在連接端子與電源線的連接場所從出入開口出現 的連接作業彳4置、以及連接端子被收納在外箱内的收納位 置之間滑動。 〇 〇 又，第二發明的送風機係，包括：吸入口和吹出口被 形成的外箱，被配設於外箱的側部、從天花板面或壁面支 持/粕的女裝板，被收納於外箱、從吸入口朝吹出口送風 的葉片以及驅動葉片的電動機，具有藉由將電源線插入被 設置於連接場所的插入口的動作將電源線含入而連接的速 、，-。端子、且經由速結端子供給電力至電動機的端子台以 速結端子從被形成於外箱的出入開口出沒的方式將端子台 可滑動地支持於電源線的插入方向的滑動台座，以及覆蓋 安裝板及在外箱的側部被拉回的電源線的側部蓋；其中端 糸在速、-σ端子與電源線的連接場所從出入開口出現 的連接作業位置、以及速結端子被收納在外箱内的收納位 置之間滑動；端子台在連接作業位置時、與端子台卡合、 防止端子台退至收納位置側的停止件被設置。 又，第三發明的送風機係，包括：吸入口和吹出口被 形成的外箱’被配設射卜箱的側部、從天花板面或壁面支 持外相的安裝板，被收納於外箱、從吸人口朝吹出口送風 的葉片以及驅動葉片的電動冑，具有藉由將電源線插入被 :置於連接場所的插入口的動作將電源線含入而連接的速 、-口端子、且經由速結端子供給電力至電動機的端子台，以 201105911 速結端子從被形成 可滑動地支持於電 安裝板及在外箱的 子台滑動的滑動台 外箱的側面傾斜； 場所從出入開口出 納在外箱内的收納 時、與端子台卡合 被設置。 於外箱的以的方式將端子台 源線的插人方向的滑動台座，以及覆蓋 侧部被拉回的電源線的側部蓋；立中端 座的滑動面係’對於出入開口被形成的 端子台係’在速結料與電源線的連接 現的連接作業位置、以及速結端子被收 位置之palf動；端子台在連接作業位置 、防止端子台退至收納位置側的停止件 又，第四發明的送風機係，在具備吸入口和吹出口被 形成的外箱、和被收納於外箱且從吸人σ朝吹出口送風的 風扇以及驅動風扇的電動機的送風機中，具有將相互比鄰 的風扇以及電動機分別具有複數組的第—風扇單元和第二 風扇單元，其中第一風扇單元以及第二風扇單元係，將兩 者的卡合部被卡合在分離限制構件的被卡合部而限制分 離，且藉由在兩者間被挾持的螺絲，一起被鎖合於外箱。 [發明的效果] 根據第-的本發明的話，因為端子台從被形成在外箱 的側面的出人開π出沒，在連接電源線之際，纟出至連接 作業位置、使作業性較佳，且在連接完成後、收納在收納 位置、達到使防火安全對策足夠的效果。 、又’根據第二的本發明的話’在第-的本發明之外， 連接端子更為速結端子，滑動台座將端子座可滑動地支持 於電源線的插人方向，端子台在連接作業位置時、與端子 201105911 台卡合、防止端子台退至收納位置側的停止件被設置，所 以即使為VVF電纜般的剛性高的電纜，插入至速壯端子 時，速結端子不會後退，可良好地進行電源線的連接㈣。 又’根據第三的本發明的話，在第二的本發明之外， 端子台滑動的滑動台座的滑動面係更對於出人開口被形成 的外箱的側面傾斜，所以裝置的小型化被達到，且可縮小 電源線必須彎曲的角度。 ❹ 又，根據第四的本發明的話，將以習知風扇以及電動 機的-組作為一個風扇單元、以複數組作為一個風扇單 元，更藉由在兩者間被挾持的螺絲一起被鎖合於外箱，可 削減必要的螺絲的數量。 【實施方式】 以下基於圖示詳細說明有關本發明的送風機的實施 例。又’本發明並不被限定於此實施例。 〇 [第一實施例] 第1圖係為有關本發明的送風機的實施例的立體圖， 第2圖係為從送風機的吹出口侧所看的正面圖，第3圖係 為從送風機的吸入口侧所看的正面圖。送風機丨〇〇係，具 有構成外殼的縱長立方體箱狀的外箱丨。吹出口 2和吸入 口 3被形成於外箱1的相對的兩面。吹出口 2係以上下兩 段被形成，如第1圖的箭頭A所示般，從此分別吹出空氣。 外箱1係藉由被設置於兩端部的安裝板7，例如，從天花 板被吊下般被設置。在本實施例中，在未圖示的天花板面 7 201105911 朝向下方姑< 由轉動地被軸Π持對二裝板7係’將外箱1的兩端部自 外箱1轉動n ’如第1圖的箭頭6所示般， 覆蓋。又，送°被改變。女裝板7係’藉由側板蓋8被 送風機100係，不限於天花板 直的壁面等也可。 +限於天化板面，破設置於垂 風路為送風機的分解立體圖。在外箱1内，作為 被收納。孔孔口（〇rifiCe)構件36和空氣引導構件37 =吸Γ:件36和空氣引導構件37係，在外… 將風路在二口2的風路。空氣引導構件37係， 而形成U 風路係’在外箱1的縱長方向並列 向开^成八個D料庙加^ 口 2… 的風路’將空氣從吸…朝吹出 口 Ζ移動的風扇4 風路^搂, 彳及驅動此風扇4的電動機5被配設。 形成構件的孔口構件36和 組的風扇4以及雷μ , 構件37係，將兩 的風爲4 為單位而被分割。亦即，兩組 莫以及電動機5、和與此對應的孔口構件％以及空 氧引導構件37係，構成一個 風扇早疋40。又’在外箱1 在縱長方向並列、四個風扇單元40被收納。 在縱長方向並列的四個風扇單元4〇的吸入口側作為 =風扇4的目的、防護罩38被設置，此防護罩係成為連 片構件。又，在安裝板7被支持時成為迴轉軸中心 =持騎12在外箱i的側面la立設。在外们的縱長 ’剖面大致上為L字型的安裝板7和覆蓋此安裝 的侧部蓋8被設置。側部蓋8的大小係，寬度為 150mni，厚度為1〇〜7〇mm。 201105911 第5圖係為將送風機端部透過側部蓋8 第β圖係為將與第、 不， 看的圖示。第？部蓋8從側方所 第7圖係為將側部蓋8拆下的送風機端部的立 ，第8圖係為表示電源線的構造和三個且被 部的樣子的立體圖。安裝板7係、剖面大致上形成為L字狀’ 由沿著天花板面9的鎖合部7b和從此鎖合部7“乂 ❹ ❹ 折而L伸至下方的本體部7a所構成。本實施例的安穿板7 係，將鎖合部7b藉由螺帽16被鎖合至從天花板面9延伸 至下方的吊下螺栓15 ’被固定於天花板面9。 ,安裝板7係，將支持螺栓12通過在本體部7a的下端 部被穿孔的貫通孔、將外箱1可迴轉地軸向支持。在本體 部7a’複數個角度調整孔7c係以1125度程度在 圓弧上被穿孔’藉由選擇任—個、固定角度調整螺检Η， 可在從第5圖所示的水平狀態將吹出口 2朝向錯直下方的 9〇度迴轉的位置、以及相反地將吹出口 2只向上Μ』度 的位置之間變化角度而設置。 供給電力至電動機5的電源線17係，從天花板側延 伸、被拉回至側部蓋8内之後、被插入至外箱】内。電源 線17係，如第8圖所示般的三芯的VVF電纜，三個電線 17a在橫向並列而形成在被覆17b覆蓋的剖面扁圓狀，剛 性非常高，即使在包含主面17c的平面内被彎曲（不將主面 17c彎曲而在侧方彎曲）、在此方向彎曲困難。因此，電源 線17係，在將主面17c彎曲的方向彎曲、或在接近此的方 向彎曲。X，考慮安全性，在f曲W電瘦的電源線的情 9 201105911 形，為使電源線不破損，響曲部沾由丨n u 領穹曲邻的内侧的半徑作為電源線 的外徑的六倍以上的方沬， 式藉由關於電氣設備的技術基準 被規定。 如第7圖所示般，電I線17係，從天花板側進入側部 蓋8内，通過誘導鉤26之後，沿著外箱i的侧面13而延 伸至下方’將圓弧朝向下方而以鉤形大大地彎曲的話，且 從外箱1分離般暫時浮起，通過張力抑制部20之後反轉 一邊接觸誘導桿19、在外们側―邊扭轉—邊改變方向，201105911 IV. Designated representative map: (1) The representative representative of the case is: (11). (2) The symbol of the symbol of this representative diagram is simple: 1~ outer box; la~ side; lb~ access opening; 10~ quick junction terminal (connection terminal); I 0 a~ insertion port; II ~ terminal block; ~ Handle; 11 b ~ stand up; 1 7 ~ power cord; 17a ~ wire; 2 4 ~ sliding pedestal; 2 4 a ~ sliding surface; 24b ~ fulcrum; 24c ~ section (stop). 5. If there is a chemical formula in this case, please disclose the chemical formula that best shows the characteristics of the invention: None. VI. Description of the Invention: [Technical Field] The present invention relates to a supply air that is placed at a high place in a room. 2 201105911 * Machine 0 [Prior Art] Conventional 'For example, in a camp to defeat r to insert m) In the ventilating fan, in the outer box of the opening for women's wear that is open at the bottom, to slap private ice, and for the board, set === a fan driven by the motor, and to surround the wind ο.Π: The electronic component accommodating portion of the 卩 is integrally formed, and has a hurricane for connecting the motor; the connecting terminal of the $ wire connected to the power supply line is connected to the opening portion of the upper 34 electronic component (four) portion and the material portion. In the state of the cover, the cover that opens and closes the lower opening of the cover is rotatably connected to the electronic component. The component storage portion is provided with a cover, and the cover is opened. The configuration in which the convex portion of the connection terminal is blocked from the lower surface of the electronic component housing portion from the lower side is well known as T + *7* i. According to this configuration, the connection and removal of the power supply line to the connection terminal can be performed from the indoor side, and the workability is improved. In addition, by providing the inside of the cover that protrudes from the opening of the electronic component storage unit, even if the cover is opened and the connection terminal does not fall off, the operation of connecting, removing, and inserting the power supply line can be further advanced. Easy to carry out. Further, since the connection terminal is restricted by the convex portion and is not pulled out to a predetermined value or more, excessive tension is not applied to the lead wire of the motor to which the connection terminal is connected, and the defect such as disconnection can be reduced (for example, , refer to the patent document 丨). [PRIOR ART DOCUMENT] [Patent Document] 3 201105911 Patent Document 1: Japanese Patent Application Laid-Open No. 25380003 [Summary of the Invention] [Problems to be Solved by the Invention] Installation and Description: For the technology, the power cord for the connection terminal The ampule and the detachment system can be carried out from the indoor side through the lower opening of the outer box. w, because the connection terminal is on the inside of the ', the inside of the mouth, and the hand is difficult to enter, so the workability is not good, and the improvement is _ μ ', hope. Further, according to the above-described conventional technique, 'there is a danger that the connection terminal is free to fall by the weight of its own, and the connection terminal is not solidified when the power supply line of the terminal #1 % ... terminal is connected. Therefore, when the power cord is inserted into the power supply terminal, the connection terminal is retracted from the inner side of the four sides, and there is a problem that the connection of the so-called power supply line is difficult. As described above, if the electrical contact of the power cord is insufficient, it becomes a safety problem, and further causes a fire, and it is desired to improve the system. In addition, when the TO-Electric wire is used as the power cord, the built-in copper wire is thick and hard, and when it is bent sharply during the power supply connection, there is a problem that the contact is poor due to breakage. The present invention is related to the above-mentioned matters, and it is possible to obtain a blower that can easily install a power cord for a connection terminal and that has sufficient fire safety measures. [Means for Solving the Problem] In order to solve the above problems and achieve the object, the air blower system according to the first aspect of the present invention includes an outer casing in which a suction port and an air outlet are formed, a blade that is housed in the outer casing, and that blows air from the suction port toward the air outlet. The motor for driving the blade has a terminal block 'connecting the 201105911 terminal that electrically connects the power supply line that supplies electric power to the motor to the motor, and slidably connects the terminal block in such a manner that the connection terminal exits from the access opening formed in the outer case The supported sliding pedestal; wherein the terminal block is slid between the connection operation of the connection terminal and the power supply line from the entrance and exit, and the connection terminal is stored between the storage positions of the outer casing. Further, the air blower system according to the second aspect of the invention includes an outer casing in which a suction port and a blowout port are formed, and a side plate which is disposed on the side of the outer casing, and which is supported from the ceiling surface or the wall surface, is housed in The outer casing, the vane that blows air from the suction port toward the air outlet, and the motor that drives the vane have a speed in which the power cord is inserted and connected by inserting the power cord into the insertion port provided at the connection place. The terminal block and the terminal block that supplies electric power to the motor via the quick-connect terminal, and the sliding base that slidably supports the terminal block in the insertion direction of the power cord so that the quick-connect terminal is free from the entrance and exit opening formed in the outer casing, and the cover mounting a side cover of the power cord that is pulled back at the side of the outer box; wherein the end 糸 is in the speed, the connection position where the -σ terminal and the power line are connected, the connection working position from the access opening, and the quick junction terminal are housed in the outer box The inner storage position slides between the storage positions; when the terminal block is connected to the work position, the stop is engaged with the terminal block, and the stop for preventing the terminal block from retreating to the storage position side is provided. Further, the air blower system according to the third aspect of the invention includes a side portion in which the outer casing of the suction port and the air outlet is disposed, a mounting plate that supports the outer phase from the ceiling surface or the wall surface, and is housed in the outer casing and The blade that blows the air to the air outlet and the electric motor that drives the blade have a speed, a port terminal that is connected by a power cord inserted into the insertion port of the connection place, and is connected via a speed knot. The terminal supplies electric power to the terminal block of the motor, and the 201105911 quick-connect terminal is inclined from a side surface of the sliding table outer casing which is slidably supported by the electric mounting plate and the sub-seat sliding on the outer box; the place is received from the access opening and exit in the outer box It is set to be engaged with the terminal block during storage. a sliding pedestal for inserting the source line of the terminal block in a manner of the outer box, and a side cover covering the power cord with the side portion being pulled back; the sliding surface of the center end seat is formed for the access opening The terminal block is connected to the current connection position of the quick-connect material and the power supply line, and the palf of the quick-connect terminal receiving position; the terminal block is connected to the working position, and the stop block is prevented from retreating to the storage position side. In the air blower system of the fourth aspect of the present invention, the air blower including the outer casing in which the suction port and the air outlet are formed, and the fan that is housed in the outer casing and that blows air from the suction σ toward the air outlet and the motor that drives the fan are adjacent to each other. The fan and the motor respectively have a plurality of first fan units and a second fan unit, wherein the first fan unit and the second fan unit are engaged with the engaged portions of the separation restricting members The separation is restricted, and the screws that are held between the two are locked together in the outer box. [Effects of the Invention] According to the invention of the first aspect, since the terminal block is opened from the side formed on the side surface of the outer casing, when the power supply line is connected, the connection is made to the connection work position, and the workability is improved. After the connection is completed, it is stored in the storage position, and the fire safety measures are sufficient. Further, in the case of the invention according to the second aspect, the connection terminal further fastens the terminal, the sliding pedestal slidably supports the terminal block in the direction in which the power cord is inserted, and the terminal block is connected. At the time of the position, the stopper that is engaged with the terminal 201105911 and the terminal block is prevented from retreating to the storage position side is provided. Therefore, even if the cable having a high rigidity such as a VVF cable is inserted into the terminal, the quick-connect terminal does not retreat. The power cord can be connected well (4). Further, according to the third aspect of the invention, in addition to the second aspect of the invention, the sliding surface of the sliding pedestal on which the terminal block slides is inclined to the side surface of the outer casing in which the opening is formed, so that the miniaturization of the apparatus is achieved. And can reduce the angle at which the power cord must bend. Further, according to the fourth aspect of the present invention, a conventional fan and a motor-group are used as a fan unit, a complex array is used as a fan unit, and a screw that is held between the two is locked together. The outer box can cut the number of screws necessary. [Embodiment] Hereinafter, an embodiment of a blower according to the present invention will be described in detail based on the drawings. Further, the present invention is not limited to the embodiment. [First Embodiment] Fig. 1 is a perspective view showing an embodiment of a blower according to the present invention. Fig. 2 is a front view seen from the blower side of the blower, and Fig. 3 is a suction port from the blower. The front view of the side. The blower is tethered and has an elongated box-shaped outer box 构成 which constitutes the outer casing. The air outlet 2 and the suction port 3 are formed on opposite sides of the outer casing 1. The blower outlet 2 is formed in two lower stages, and as shown by the arrow A in Fig. 1, air is blown out therefrom. The outer casing 1 is provided by a mounting plate 7 provided at both ends, for example, from a ceiling. In the present embodiment, the ceiling surface 7 201105911 (not shown) faces downward; the shaft 2 is rotatably held by the shaft, and the two ends of the outer casing 1 are rotated from the outer casing 1 by n ' Covered as indicated by the arrow 6 in Fig. 1 . Also, the delivery ° is changed. The women's plate 7 system is not limited to the ceiling wall or the like by the side cover 8 being blown by the air blower 100. +It is limited to the Tianhua board surface, and it is broken into the exploded view of the blower. It is housed in the outer box 1. Hole 口 fi fi fi 和 和 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 空气 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件 件The air guiding member 37 is formed to form a fan of the U-winding system 'in the longitudinal direction of the outer casing 1 and juxtaposed to open eight D-miao temples 2...the fan that moves the air from the suction to the outlet Ζ 4 The air path ^ 搂 , 彳 and the motor 5 that drives the fan 4 are arranged. The orifice member 36 forming the member and the fan 4 of the group and the member of the beam 37 are divided into four units. That is, the two groups and the motor 5, and the corresponding orifice member % and the oxygen guiding member 37, constitute a fan early 40. Further, the outer casings 1 are juxtaposed in the longitudinal direction, and the four fan units 40 are housed. The suction port side of the four fan units 4A juxtaposed in the longitudinal direction is provided as the purpose of the =fan 4, and the shield 38 is provided as a gusset member. Further, when the mounting plate 7 is supported, it becomes the center of the rotary shaft. The ride 12 is erected on the side surface la of the outer casing i. A mounting plate 7 having an L-shaped cross section in the longitudinal section of the outer portion and a side cover 8 covering the mounting are provided. The side cover 8 is sized to have a width of 150 mni and a thickness of 1 〇 to 7 〇 mm. 201105911 Fig. 5 is a diagram showing the end of the blower through the side cover 8 and the figure β as the first and the second. The first? The cover 8 is the stand of the end portion of the blower from which the side cover 8 is removed from the side, and Fig. 8 is a perspective view showing the structure of the power supply line and the appearance of the three parts. The mounting plate 7 is formed in a substantially U-shaped cross section. The locking plate 7b along the ceiling surface 9 and the main body portion 7a that is folded from the locking portion 7 and extends downward from the locking portion 7 are formed. In the example of the wearing plate 7 , the locking portion 7 b is locked by the nut 16 to the hanging bolt 15 ′ extending from the ceiling surface 9 to the lower surface. The mounting plate 7 is supported. The bolt 12 is axially supported by the through hole which is perforated at the lower end portion of the main body portion 7a, and the outer casing 1 is rotatably supported in the axial direction. In the main body portion 7a', the plurality of angle adjustment holes 7c are perforated on the circular arc at a degree of 1125 degrees. By selecting any one or a fixed angle adjustment screw inspection, the air outlet 2 can be turned to a position of 9 degrees below the straight line from the horizontal state shown in FIG. 5, and the air outlet 2 can be reversed only. The power supply line 17 that supplies electric power to the motor 5 is extended from the ceiling side, pulled back into the side cover 8, and inserted into the outer casing. a three-core VVF cable as shown in Figure 8, three wires 17a juxtaposed in the lateral direction The cross section of the cover 17b is formed in an oblate flat shape, and the rigidity is extremely high. Even if it is curved in a plane including the main surface 17c (the main surface 17c is not bent and bent laterally), it is difficult to bend in this direction. Therefore, the power cord is difficult. The 17-series is bent in the direction in which the main surface 17c is bent, or curved in a direction close to this. X, considering the safety, in the shape of the electric power line of the electric guitar, the sound is not broken, The radius of the curved part is the radius of the inner side of the 丨nu collar, which is six times or more the outer diameter of the power cord. The formula is specified by the technical standard for electrical equipment. As shown in Fig. 7, the electric I The line 17 is inserted into the side cover 8 from the ceiling side, and after the hook 26 is induced, it extends along the side surface 13 of the outer box i to the lower side, and the arc is bent downward to be greatly bent in the shape of a hook, and is externally When the tank 1 is separated, it is temporarily floated, and after the tension suppressing portion 20 is reversed, the contact rod 19 is contacted, and the direction is changed while the outer side is twisted.
通過制定於側面13的端子台蓋18的中央孔18a而延伸 至外相1内部。在墙早么^；， 一 口蓋18裏面的外箱1内的空間、未 圖示的端子台被收納，電 冑源線17係經由此端子台而與電動 機5的導線電性連接。 被固定於側面la，在朝電：:二Γ由螺絲25a 被拆下。 朝電I線17的端子台的連接作業時 張力抑制部20係，例如 a 用以電源線Π在天花叔It extends to the inside of the outer phase 1 by the center hole 18a of the terminal block cover 18 which is formed on the side surface 13. In the wall, the space in the outer box 1 inside the cover 18 and the terminal block (not shown) are accommodated, and the power source line 17 is electrically connected to the wires of the motor 5 via the terminal block. It is fixed to the side la, and it is removed by the screw 25a. When the terminal block of the I-line 17 is connected, the tension suppression unit 20 is used, for example, a for the power cord to squat in the ceiling.
=拉伸時，其張力不會波及端子台以及與電 在支持:拾12與安裝板7 -起被鎖緊: 係 °又置於上邛的線夾21挾時電源線！ 7。線 係，使—旦被卡合於張力抑制部2 部20藉由螺絲25b被螺a &在張力拆 挾持電源線π、以”;:藉在與張力抑制部2°之 住。張力抑制部2: Γ鎖合，將電源線17強力地 途中被-置：:Γ 線17在以鉤型大大地彎曲 支持面;。 2°藉由線央21支持電源線Π a糸’在剖面扁圓狀的電源線17容易彎曲的方 10 201105911 上傾斜#即’本實施例中，對於外箱1的側面1 a、朝向 電源線1 7的曲率半徑方向外側立起般傾斜15度（第6圖）。 誘導釣2 6以及誘導桿19係，在外箱丨的側面1 &、電 、線從所疋的路徑不會大大地脫離而被拉回般，矯正電 源線17的通過位置。亦即，誘導鉤26和誘導桿19係，電 源線17在外箱1的側面la、以所定的路徑被拉回般與電 源線Π接觸、構成端正位置的位置決定構件。兩者中、特 〇另J是誘導杯19係’在端子台蓋i 8和張力抑制部2 〇之間、 承受電源線π f曲之際的反力，沒有此誘導桿19的話， 電源線Π無法以所定的形狀彎曲，在本實施例的構造中為 必須的構件。 〇 第9圖係為端子台S 18被拆下、從被形成在外箱i的 侧面la的出人開σ、看端子台的樣子的正面圖，第1〇圖 係為表示出入開口内的端子台的樣子的立體圖，第U圖係 為表示端子台在連接作業位置被拉出的樣子的剖面圖，第 12圖係為表示端子台在收納位置的樣子的剖面圖。端子台 11被收納於外箱！的端部空間。端子台U係藉由包含在 上面搭載的速結端子（連接端子）10而被構成。 速結端子1G係，具有電源線17的三個電線％分別 被插入的三個插入σ 1()a。三個插入口 IGa係，在速壯端 子面臨出人開σ lb的面開口、在後述的滑動方向延伸。 速結端子10係、，將電線17a從插入口 1〇a被插入的話、未 圖示的内部的含人構造動作，藉此電線❿被挾持，之後 即使在拉出電線17a的方向施力、不被拔出的構造。 11 201105911 滑動台座24被设置於外箱丄的端部空間。端子台丄丄 係，在被形成於滑動台座24上的滑動面24a上被載置，成 為可滑動。詳而言之，端子台U係，從被形成於外箱i的 出入開口 lb，可在使包含速結端子1〇前侧的插入口 1〇a 的一部分被出現的連接作業位置D(第u圖）、以及全體被 收納在外箱1内的收納位置E(第12圖）之間滑動。又，滑 動台座24的滑動S 24a係、，對於出入開〇化被形成的外 箱1的側壁（形成側面la的外箱i的壁）傾斜。滑動面2切 的傾斜係’在使電源線17必須彎曲的角度變小的方向(電 源線17的彎曲角度變大，亦即，接近直線的方向）傾斜， 其傾斜的大小係，考慮將端子台11收納於外们内的構 造、端子台U的出沒動作、以及連接作業的進行方便而成 為最適當的角度。本實施例的情形，滑動面2仏的傾斜係， 例如’送風機100被水平地設置的情形從出入開口汕朝 向襄側且向上般為約3〇度的傾斜。 Ο 端子口 11係’例如’藉由將平板構件彎折而被製作， 將速結端子10搭載於中央部主 私士人 为。1王面上。又，端子台11的滑 向刖側係’被分割為㈣、頂端部分別被彎折為段部 而成為把手部lla。又， 抽 σ 11的4動方向後侧係，彎 超過速結端子1〇的高度為止、 總α Ί 门度為止立起部lib被形成。又， D 11在連接作業位置！）時、盥 卡合、將踹；心η 吁/、鳊子台11的立起部lib 件）2 ° 料在連接作業位置D的段部（停止 係，被設置於速結端子10的上方。 在電源連接施工時，電源施工者係，將端子台蓋18拆 12 201105911 下之後、抓住把手部lla、將端子台u拉出至連接作業位 置D為止。其次，在此位置，抓住把手部Ua朝下方下拉 的話，端子台11係，將支點24b作為中心迴轉。又，立起 邠lib往上，與段部（停止件）24c卡合而被保持。藉此， 將電線17a插入至速結端？ 1〇_，速結端子1〇$會後退， 電源線17的連接作業良好地進行。使連接作業完成的話， 藉由與上述相反的順序，將把手冑Ua上拉至上方、使與 Ο= When stretching, the tension will not affect the terminal block and the power supply. Support: Pickup 12 and mounting plate 7 - Locked: System ° When placed on the upper clamp 21 电源 power cord! 7. The wire system is engaged with the tension suppressing portion 2, and the second portion 20 is screwed by the screw 25b. The power supply line π is held by the tension, and the power supply line π is held by the tension suppressing portion. Part 2: Γ 合 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , In the present embodiment, the side surface 1 a of the outer casing 1 is inclined by 15 degrees toward the outer side of the curvature radius of the power source line 7 (the sixth). Fig.) Induction fishing 2 6 and induction rod 19 series, in the side of the outer box 1 1 &, electric, and the line from the squatting path is not greatly detached and pulled back, correcting the passage position of the power cord 17. In other words, the inducing hook 26 and the inducing lever 19 are connected to the side surface 1a of the outer casing 1 in such a manner that they are pulled back in a predetermined path, and are in contact with the power supply line to form a position determining member. J is the inverse of the induction cup 19 series ' between the terminal block cover i 8 and the tension suppressing portion 2 、 while receiving the power line π f In the absence of the induction rod 19, the power cord Π cannot be bent in a predetermined shape, and is an essential member in the structure of the present embodiment. 〇 Figure 9 shows that the terminal block S 18 is detached and formed from the outer casing i The front side of the side la is opened and the front view of the terminal block is seen. The first drawing is a perspective view showing the appearance of the terminal block in the opening and exiting, and the U drawing shows that the terminal block is pulled at the connection working position. Fig. 12 is a cross-sectional view showing a state in which the terminal block is at the storage position. The terminal block 11 is housed in the end space of the outer box! The terminal block U is attached to the upper side by the speed The junction terminal (connection terminal) 10 is configured. The quick junction terminal 1G is provided with three insertion σ 1()a in which three electric wires % of the power supply line 17 are inserted. Three insertion ports IGA, in the fast terminal The surface opening of the opening σ lb is extended in the sliding direction to be described later. The quick-connect terminal 10 is configured to operate the internal structure of the inside, not shown, when the electric wire 17a is inserted from the insertion port 1A. The wire is held, even after pulling out The structure of the 17a is biased and pulled out. 11 201105911 The sliding pedestal 24 is provided in the end space of the outer casing 。. The terminal block is mounted on the sliding surface 24a formed on the sliding pedestal 24. In other words, the terminal block U is formed from the access opening 1b of the outer casing i, and a part of the insertion port 1〇a including the front side of the quick junction terminal 1 is present. The connection work position D (Fig. u) and the entire storage position E (Fig. 12) accommodated in the outer casing 1 are slid. Further, the slide S 24a of the slide base 24 is formed to be opened and closed. The side wall of the outer casing 1 (the wall of the outer casing i forming the side la) is inclined. The inclination of the sliding surface 2 is inclined in a direction in which the angle at which the power supply line 17 must be bent (the bending angle of the power supply line 17 becomes large, that is, a direction close to a straight line), and the magnitude of the inclination is considered, and the terminal is considered. The structure in which the table 11 is housed in the outside, the operation of the terminal block U, and the convenience of the connection work are made to be the most appropriate angles. In the case of the present embodiment, the inclination of the sliding surface 2, for example, the case where the blower 100 is horizontally disposed, is inclined from the entrance opening 汕 toward the 襄 side and upwardly by about 3 degrees.端子 The terminal port 11 is 'made', for example, by bending a flat member, and the quick-connect terminal 10 is mounted on the center. 1 on the king's face. Further, the sliding side of the terminal block 11 is divided into four (four), and the distal end portions are bent into segments to form the handle portion 11a. Further, the rear side of the four-direction direction of the σ 11 is pulled, and the height λ exceeds the height of the quick-connect terminal 1〇, and the rising portion lib is formed until the total α Ί degree. Also, D 11 is in the connection work position! ), 盥 合 、 踹 心 心 心 心 心 心 心 心 心 鳊 鳊 鳊 鳊 鳊 鳊 鳊 鳊 鳊 鳊 鳊 鳊 鳊 鳊 鳊 鳊 鳊 鳊 鳊 lib lib lib lib lib lib lib lib lib lib lib lib lib lib lib lib lib lib lib When the power supply connection is applied, the power supply builder removes the terminal block cover 18 after 12, 2011,059, and then grasps the handle portion 11a and pulls the terminal block u to the connection work position D. Secondly, at this position, grasp When the handle portion Ua is pulled downward, the terminal block 11 is rotated around the fulcrum 24b. Further, the ridge lib is raised upward, and is engaged with the segment (stopper) 24c to be held. Thereby, the electric wire 17a is inserted. At the instant end, 1〇_, the quick junction terminal 1〇$ will be retracted, and the connection of the power cord 17 is performed well. When the connection operation is completed, the handle 胄Ua is pulled up to the upper side in the reverse order as described above. Make and
G :部24c的卡合脫離’ #由在收納位置£壓入而以端子台 蓋18作為蓋。又’在本實施例中’段部（停止件）仏係， 被設置於速結端子10的上方’但並不限於此，例如，在滑 動面24a裏側作為段部而形成，藉由將把手部…上拉至 上方’將端子台u後端卡合也可。又，拉出端子台^之 際，作為防止端子台^全體拔出的構造，藉由將比端子台 U的中間部後方的部分的寬度比出入開口 lb的寬度大而 實現。 如上述，根據本實施例的送風機1〇〇的話，因為端子 台11從被形成於外箱i的側面13的出入開σ ib出沒在 連接電源線π之際，拉出至連接作業位置D'使作業性良 好:且在連接完成後、收納在收納位χ E、可使防火安全 對策足夠。又，端子台u在連接作業位置^、與端子台 11卡合、防止端子台u退至收納位置E側的段部(停止 件）24c被設置，所以即使為nF電欖般的剛性大的電窥， 插入至速結端子料，速結端子1Q不後退，可良好地進 行電源線17的連接作業。又，因為把手部Ua被設置於端 13 201105911 子台11的滑動方向前側’所以將端子台1丨拉出容易。又， 滑動台座24的滑動面2 4a係，對於出入開口 ib被形成的 外箱1的側面la傾斜，所以使在外箱1内的縱長方向所需 的空間變小、可達到小型化，且使電源線17必須彎曲的角 度變小。 記載有關側部蓋8的固定方法。第13圖係為將側部蓋 8從裏面侧所看的立體圖。在外箱1的兩端部，考慮設計 性，側部蓋8分別被設置。側部蓋8係，在立設於襄面下 部的圓筒狀的插入導件8b，將立設於外箱1的支持螺栓 12(第5、6圖）插人，將此作為導件而朝向外们平行地移 動，將被立設於裏面上部的具有彈性的卡合突起8a藉由被 壓入於形成於安裝板7上部的卡合孔7d(第5、6圖）而被 含入’又，藉由被設置於橫方向兩侧部的_對磁鐵29、將 安裝板7吸著而被安裝。 一叙機器的設計性蓋安梦古、土及 1文裝方法係，根據磁鐵的 物件也被提案。因為藉由磁鐵的吸著 W』叹有刀固疋盍，所以螺絲 鎖合等並非必要，安裝拆下係成為 于风马谷易的事。然而，在由 於長時間變化使磁鐵的吸著力劣 ^ _ π潛开夕，有此吸著脫離 而盍脫落的疑慮。 在本實施例中，藉由作為上述般的構造，不需要安裝 =據裝拆下步驟容易化而提高作業性。又，藉: 將根據卡合突起8a及插入導件 讲雄on 動壓入構造和一對 磁鐵29併用，即使萬一磁鐵 入諶i y ^ 次者脫離’藉由滑動壓 入構w、側部蓋8不落下，相 即使卡合突起8a或插 14 201105911 入導件8b脫離而破損’藉由磁鐵29、側部蓋8不落下。 又，在側部蓋8的側部，在拆下方向容易理解般，表示此 方向的印（箭頭）31被刻印（第7圖）。 其次，說明有關朝風扇單元40的外箱i的固定方法。 在本實施例的固定方法中，蔣佶 ^ 將使用的螺絲的數量大幅地削 減。第14圖係為表示風扇單元 哪干το μ被組裝於外箱i的樣子 ΟG: Engagement of the portion 24c is detached. # The cover is placed in the storage position £ and the terminal cover 18 is used as a cover. Further, in the present embodiment, the "segment portion (stop member) is provided above the quick junction terminal 10, but is not limited thereto. For example, the inner side of the sliding surface 24a is formed as a segment portion by the handle portion. Part... Pull up to the top 'The terminal block u can be engaged at the back end. Further, when the terminal block is pulled out, the structure for preventing the terminal block from being pulled out is realized by making the width of the portion behind the intermediate portion of the terminal block U larger than the width of the opening and exiting opening lb. As described above, according to the blower 1 of the present embodiment, since the terminal block 11 is pulled out from the side opening 13 formed on the side surface 13 of the outer casing i, when it is connected to the power supply line π, it is pulled out to the connection working position D'. The workability is good: after the connection is completed, it is stored in the storage position χ E, and the fire safety measures can be sufficient. In addition, the terminal block u is provided at the connection working position ^, and is engaged with the terminal block 11, and the segment portion (stopper) 24c that prevents the terminal block u from retreating to the storage position E side is provided, so that the rigidity is large even if it is nF The electric sneak is inserted into the quick junction terminal material, and the quick junction terminal 1Q is not retracted, so that the connection of the power supply line 17 can be performed satisfactorily. Further, since the handle portion Ua is provided on the front side in the sliding direction of the end portion 13 201105911, the terminal block 1 is easily pulled out. Further, since the sliding surface 24a of the slide pedestal 24 is inclined with respect to the side surface la of the outer casing 1 in which the opening and exit opening ib is formed, the space required for the longitudinal direction in the outer casing 1 is reduced, and the size can be reduced. The angle at which the power cord 17 must be bent becomes small. A method of fixing the side cover 8 is described. Fig. 13 is a perspective view of the side cover 8 as seen from the back side. At both end portions of the outer casing 1, the side covers 8 are provided in consideration of design. The side cover 8 is a cylindrical insertion guide 8b that is erected on the lower portion of the crotch surface, and the support bolt 12 (Fig. 5 and Fig. 6) that is erected on the outer casing 1 is inserted as a guide. The elastic engagement projections 8a that are erected on the upper portion of the upper portion are inserted into the upper portion of the upper surface of the mounting hole 7 by the engagement holes 7d (Figs. 5 and 6). Further, it is mounted by sucking the mounting plate 7 by the pair of magnets 29 provided on both sides in the lateral direction. The design of the machine, the ancient, the earth, and the 1 method of the text, are also proposed according to the magnet. Because the magnet is sucked and sighed with a knife, it is not necessary to lock the screw, etc. It is not easy to install and remove the system. However, in the case where the absorbing force of the magnet is inferior due to a long-term change, there is a concern that the sorption is detached and the cockroach is detached. In the present embodiment, by the above-described structure, it is not necessary to install the mounting step, and the workability is improved. Further, by: pressing the engaging projection 8a and the insertion guide to press the structure and the pair of magnets 29 together, even if the magnet is inserted into the 谌iy^, the second member is disengaged by sliding pressing the w, the side cover 8 does not fall, and the phase is broken even if the engaging projection 8a or the insertion 14 201105911 is detached from the guide 8b' by the magnet 29 and the side cover 8 does not fall. Further, the side portion of the side cover 8 is easily understood in the removal direction, and the printing (arrow) 31 indicating this direction is inscribed (Fig. 7). Next, a method of fixing the outer casing i toward the fan unit 40 will be described. In the fixing method of this embodiment, the number of screws to be used by Jiang Wei ^ is greatly reduced. Figure 14 is a diagram showing how the fan unit is assembled in the outer box i.
G 的立體圖，第圖係為表示藉由本實施例、螺絲的數量被 削減的螺絲位置的模式圖。第16圖料表示在為了比較而 表不的習知風扇單元被使用的螺絲的螺絲位置的模式圖。 第17圖係為表示在第14圖的 6 刃圃中G位置中、比鄰的兩個 風扇單元藉由-個螺絲被—起鎖合的樣子的概略圖，第Μ 圖係僅為在第17圖中的第一孔 稱件和第二孔口構件的 立體圖。第19圖係為將在第14 弟14圖被表不的風扇單元的端 。^擴大而表示的立體圖。 風扇單元40係，如開頭所述般， 敎糟由兩組風扇4以及 電動機5、和與此對應的大小的 旳孔口構件36及空氣引導構 件37，一個風扇單元4〇被構 又，在外箱1内，於縱 長方向並列般四個風扇單元4〇 4U破收納。四個風扇單元40 係’分別藉由螺絲25c和螺辞> μ , 砰磲、、糸25d被鎖合於外箱〗。螺絲 25c係，將各風扇單元4〇的兩 们兩鸲上部角部鎖合於外箱工。 另一方面，螺絲25d係，將各 人t 風扇單疋40的中央下部鎖合 於外箱1(第14圖、第15圖）。又，力哲 又在第14圖中，僅記截 -個螺絲25c和一個螺絲25d、其他螺絲係省略。 如第16圖所示般，藉由習知-組的風扇4及電動機、 201105911 和與此對應的大小的孔口構及六 單元被槿忐. 工軋引導構件、一個風扇 早疋被構成。鎖合用的螺絲25係，在 ▲層 被設置於-個風扇單元。因此，裝 =目共6十四個 加的話，鎖合用的蟬,"5的數J 風扇單元的數量增 般，本― 增大。與此比較而明瞭 二=的風扇單元4◦的…法中大幅削減使用 的螺絲的數量。這將在以下說明。 =假設將比鄰的兩個風扇單元4〇作為第一風扇單 π 40Α及第二風扇單元_說明。在作為 和第二風扇單元4〇Β的孔口 _ ^ 70 _ 再仟的第孔口構件36A和第 ❹ -孔口構件_的相互面對的端部的上部角部（第Μ圖中 G的部分)方面，圓筒狀的螺孔沿著轴被分割為兩片般的形 狀的分割螺孔片47A、權分別被設置。分割螺孔片化、 47B係，相互地對頂而形成圓筒狀的螺孔μ 的裏面，突出於外箱1#j的突起_、彻分別被設置1 -方面，在與此對應的外箱i的開口緣部中，在分割螺孔 片47A、47B形成的螺孔的位置、母螺孔42被螺刻，貫通 孔33在突起46A的位置被開σ，長孔以在突起備的位 置被開口。 貫通孔33和長孔34係，分別與突起46α、彻卡合。 藉此，第-孔口構件和第二孔口構件36β分離被限制。 在此狀態’藉由在分割螺孔片47Α、47Β形成的螺孔被插入 的-個螺絲25c H 口構件36Α和第二孔口構件_ 被-起鎖緊。對應於突起46Β的孔為長孔係考慮孔口構件 36的成形精度或组裝誤差。又’關於貫通孔33和長孔 16 201105911 及犬起46Α、46Β構成的卡合/被卡合的構造，在孔口構件 36Α、36Β側、孔被開口、突起被設置於外箱}侧也可。 Ο Ο 關於孔口構件36和空氣引導構件37的結合，如第19 圖所不般，藉由在從孔口構件％的上面延伸至空氣引導構 2 37方向的延伸部的頂端被形成的卡合孔35卡合於在空 氣引導構件37的上面被形成的卡合凸部43而進行。此卡 合孔35和卡合凸部43的卡合構造係，在孔口構件36和空 氣引導構件37的裏面侧也同樣地設置。如上述，孔口構件 36和空氣引導構件37被結合，風扇單元4()被組裝。 在空氣引導構件37的上部和下部、形成風路的風路壁 …、37a成對地被設置。另—方面，在孔口構件％的上 部和下部、形成風路的對頂壁36a、36a也成對地被設置。 :對頂壁·、36a及對頂壁36a、36a係，相互地將部份 重合而形成從吸入口 3朝吹出口 2的風路。亦即，從吸入 口 3藉由風扇4被吸入的空氣係，之後，藉由孔口構件36 和空氣引導構件37，在裝置的上下分歧，& 出口 2吹出（第u)。 下刀歧k成為兩段的吹 關於防護罩38和孔σ構件36(風扇單元4Q)的結合， 19圖所示般，從防護罩Μ的上角部朝向孔口構件％ 延伸的突出部被設置’被形成於此突出部的頂端的卡合爪 人二二It㈣件36的相對面上角部的卡 係在被進打。此卡合爪45和卡合孔的卡合構造 也相/Γ罩38和孔口構件36的相對面的其他三個角部 相同地被設置。如上述般被結合的防護罩％和孔 17 201105911 36(風扇單元 )藉由螺絲25d，被鎖合於外箱U第14圖）D [產業上的可利用性] 内的般’有關本發明的送風機係，被適用於在房門 内的间處破設置的送風機而有用的，房間 速結端子的送風機㈣用。 逄接端子為 【圖式簡單說明】 第1圖係為有關本發明的吳涵擒 第…*尽發月的送風機的實施例的立體圖； 圖係為從送風機的吹出口侧所看的正面圖； 第3圖係為從送風機的吸入口側所看的正面圖； 第4圖係為送風機的分解立體圖； 第5圖係為將送風機端部透過側部蓋所看的圖干. 所丄6圖係為將與第5圖相同的部份透過側部蓋從側方 所看的圖示； 第7圖係為將側部蓋拆下的送風機端部的立體圖； 第8圖係為表示雷调綠^ “ m㈣構造和三個且被分割的端部 的樣子的立體圖； 第9圖係為端子台從被形成在外箱側面的出入開口所 看的樣子的正面圖； 第10圖係為表示屮人pq 出入開口内的端子台的樣子的立體 圖； 第11圖係為表示端子台在連接作業位置被拉出的樣 子的剖面圖； 18 201105911 第12圖係為表示端子台在收納位置的樣子的剖面圖； 第13圖係為將側部蓋從裏面側所看的立體圖； 第Η圖係為表示風扇單元被組裝於外箱的樣子的立 體圖； 第15圖係為表示藉由本實施例、螺絲的數量被削減的 螺絲位置的模式圖； Ο 〇 、第16圖係為表示在為了比較而表示的習知風扇單元 被使用的螺絲的螺絲位置的模式圖； 第17圖係為表示在第14圖的圖中g位置中、比鄰的 兩個風扇單元藉由一個螺絲被一起鎖合的樣子的概略圖； 口槿I 18圖係僅為在第17圖中的第-孔口構件和第二孔 構件的立體圖；以及 第19圖係為將在第Μ圖表示的風#萤_ 而表 圃取丁旳風扇皁兀的端部擴大 衣不的立髅圖。 主要元件符號說明 1〜外箱； la〜側面； lb〜出入開口； 2〜吹出口； 口；機板 入扇動裝 吸風電安 3 4 5 7 19 201105911 7a〜本體部； 7b〜鎖合部； 7c~角度調整孔； 7d〜卡合孔（嵌合構造）； 8〜側部蓋； 8a〜卡合突起（彼合構造）； 8卜插入導件（導引構造）； 9〜天花板面； 10~速結端子（連接端子）； I 0 a〜插入口； 11〜端子台； II a〜把手部； lib〜立起部； 12〜支持螺栓； 14〜角度調整螺栓； 1 5 ~吊下螺栓； 1 6〜螺帽； 1 7 ~電源線， 17a〜電線； 1 7b~被覆； 17c〜主面； 18~端子台蓋； 18a~中央孔； 19〜誘導桿（電線位置決定構件）； 20 201105911 - 20〜張力抑制部； 20a〜支持面； 21 ~線夹； 24〜滑動台座； 2 4 a〜滑動面； 24b~支點； 24c〜段部（停止件）； 25a、25b、25c、25(1~螺絲； Ο 26〜誘導鉤（電線位置決定構件）； 2 9 ~磁鐵； 31〜印； 33〜貫通孔； 3 4 ~長孔； 3 5〜卡合孔； 36、36Α、36Β~孔口 構件； 〇 36a〜對頂壁； 37〜空氣引導構件； 37a〜對頂壁； 38〜防護罩； 40、40A、40B〜風扇單元； 41〜卡合孔； 42〜母螺孔； 43〜卡合凸部； 4 5〜卡合爪； 21 201105911 46A、46B〜突起； 47A、47B〜分割螺孔片 100〜送風機。The perspective view of G is a schematic view showing the position of the screw which is reduced by the number of screws in the present embodiment. Fig. 16 is a schematic view showing the screw position of the screw used in the conventional fan unit which is shown for comparison. Figure 17 is a schematic view showing a state in which two adjacent fan units are interlocked by a screw in the G position of the 6-blade 第 in Fig. 14, and the figure is only at the 17th. A perspective view of the first aperture member and the second aperture member in the Figure. Figure 19 is the end of the fan unit that will be shown in Figure 14 of Figure 14. ^ A perspective view of the enlarged view. The fan unit 40 is configured such that the fan unit 4 and the air guiding member 37 and the air guiding member 37 of the size corresponding to the two groups of the fan 4 and the electric motor 5, as described at the outset, one fan unit 4 In the case 1, four fan units 4〇4U are arranged in parallel in the longitudinal direction. The four fan units 40 are 'locked to the outer box by the screws 25c and the screws > μ, 砰磲, 糸 25d, respectively. The screw 25c is used to lock the upper corners of the two fan units 4 to the outer box. On the other hand, the screw 25d is used to lock the center lower portion of each of the fan casings 40 to the outer casing 1 (Fig. 14 and Fig. 15). In addition, in the 14th picture, Lizhe only cuts a screw 25c and a screw 25d, and other screws are omitted. As shown in Fig. 16, the conventional unit-group fan 4 and the motor, 201105911 and the corresponding size of the apertures constitute a six-unit bedding. The work-rolling guide member and a fan are configured as early as possible. The 25 screws for locking are set on the ▲ layer in one fan unit. Therefore, if there are a total of sixty-four additions, the number of the number of J-fan units of the "5 is increased, and the number is increased. In comparison with this, it is clear that the number of screws used is greatly reduced by the method of the fan unit 4◦. This will be explained below. = It is assumed that the adjacent two fan units 4〇 are used as the first fan single π 40 Α and the second fan unit _. In the upper corner of the mutually facing end of the first orifice member 36A and the second orifice member 36 which are the orifices of the second fan unit 4'' In the case of the portion, the cylindrical screw hole is divided into two pieces of the split screw hole piece 47A along the axis, and the weights are respectively provided. In the case of the split screw hole and the 47B system, the inside of the cylindrical screw hole μ is formed to face each other, and the protrusions _ and the protrusions of the outer case 1#j are respectively provided, and the corresponding ones are provided. In the opening edge portion of the case i, the position of the screw hole formed by the divided screw hole pieces 47A and 47B and the female screw hole 42 are screwed, and the through hole 33 is opened at the position of the projection 46A, and the long hole is provided for the protrusion. The position is opened. The through hole 33 and the long hole 34 are respectively engaged with the projection 46α. Thereby, the separation of the first orifice member and the second orifice member 36β is restricted. In this state, the screw 25c and the second orifice member 36 are inserted by the screw holes formed in the divided screw holes 47A, 47B. The hole corresponding to the projection 46 is a long hole in consideration of the forming accuracy or assembly error of the orifice member 36. In addition, the structure of the engagement/engagement of the through hole 33 and the long hole 16 201105911 and the dog's 46Α, 46Β is also provided on the side of the orifice member 36Α, 36Β, the hole is opened, and the projection is provided on the outer casing} side. can. Ο Ο Regarding the combination of the orifice member 36 and the air guiding member 37, as shown in Fig. 19, the card is formed by the tip end of the extending portion extending from the upper surface of the orifice member % to the direction of the air guiding member 2 37 The fitting hole 35 is engaged with the engaging convex portion 43 formed on the upper surface of the air guiding member 37. The engaging structure of the engaging hole 35 and the engaging convex portion 43 is also provided in the same manner on the back side of the orifice member 36 and the air guiding member 37. As described above, the orifice member 36 and the air guiding member 37 are combined, and the fan unit 4 () is assembled. The upper and lower portions of the air guiding member 37 and the air passage walls ..., 37a forming the air passage are provided in pairs. On the other hand, the upper and lower portions of the orifice member % and the pair of top walls 36a and 36a forming the air passage are also provided in pairs. The top wall·, 36a and the pair of top walls 36a and 36a are partially overlapped to each other to form an air passage from the suction port 3 toward the air outlet 2. That is, the air taken in from the suction port 3 by the fan 4 is thereafter branched by the orifice member 36 and the air guiding member 37, and the outlet 2 is blown (u). The lower blade K becomes a combination of the two sections of the blower cover 38 and the hole σ member 36 (fan unit 4Q), as shown in Fig. 19, the protrusion extending from the upper corner of the shield 朝向 toward the orifice member % is The card of the opposite surface corner of the engaging claw 22 which is formed at the top end of the protruding portion is set to be engaged. The engagement structure of the engagement claw 45 and the engagement hole is also provided in the same manner as the other three corner portions of the opposite faces of the cover 38 and the aperture member 36. The shield cover % and the hole 17 201105911 36 (fan unit) which are combined as described above are locked by the screw 25d to the outer case U 14th) D [industrial availability] The blower system is useful for the blower installed in the room door, and is used for the blower (4) of the room quick junction terminal.逄 端子 为 第 第 第 第 第 第 第 第 第 第 吴 吴 吴 吴 吴 吴 吴 吴 吴 * * * * ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; Fig. 3 is a front view of the suction port side of the blower; Fig. 4 is an exploded perspective view of the blower; Fig. 5 is a view of the end of the blower through the side cover. The figure is a view in which the same part as in Fig. 5 is seen from the side through the side cover; Fig. 7 is a perspective view of the end of the blower with the side cover removed; Fig. 8 is a view showing the thunder A green view of the m(4) structure and the three divided ends; Fig. 9 is a front view of the terminal block as seen from the access opening formed on the side of the outer casing; Fig. 10 is a representation Fig. 11 is a perspective view showing a state in which the terminal block is pulled out in the connection working position; Fig. 11 is a sectional view showing a state in which the terminal block is pulled out at the connection working position; 18 201105911 Fig. 12 is a view showing how the terminal block is in the storage position. Sectional view; Figure 13 is the side cover from the inside The perspective view is a perspective view showing a state in which the fan unit is assembled to the outer casing; Fig. 15 is a schematic view showing the position of the screw which is reduced by the number of screws in the present embodiment; Ο 〇, Figure 16 is a schematic view showing the screw position of the screw used in the conventional fan unit shown for comparison; Fig. 17 is a view showing the two fan units adjacent to each other in the g position in the figure of Fig. 14. A schematic view of a state in which a screw is locked together; a port I 18 is only a perspective view of the first-aperture member and the second-hole member in Fig. 17; and a figure 19 is to be in the third The figure shows the wind #萤_ _ while the table draws the end of the fan saponin. The end of the expansion of the clothing is not the vertical map. The main components symbol description 1 ~ outer box; la ~ side; lb ~ access opening; 2 ~ blowing outlet; Mouth; machine board into the fan to drive the wind power security 3 4 5 7 19 201105911 7a ~ body part; 7b ~ lock part; 7c ~ angle adjustment hole; 7d ~ snap hole (fitting structure); 8 ~ side cover; 8a~ snap-in protrusions (consistent structure); 8-plug guides (guide Made; 9 ~ ceiling surface; 10 ~ quick junction terminal (connection terminal); I 0 a ~ insertion port; 11 ~ terminal block; II a ~ handle part; lib ~ stand up; 12 ~ support bolt; 14 ~ angle Adjust the bolt; 1 5 ~ hang the bolt; 1 6 ~ nut; 1 7 ~ power cord, 17a ~ wire; 1 7b ~ cover; 17c ~ main face; 18 ~ terminal cover; 18a ~ central hole; Rod (wire position determining member); 20 201105911 - 20~ tension suppressing portion; 20a~ support surface; 21 ~ clip; 24~ sliding pedestal; 2 4 a~ sliding surface; 24b~ fulcrum; 24c~ section (stop 25a, 25b, 25c, 25 (1~screw; Ο 26~ induction hook (wire position determining member); 2 9 ~ magnet; 31~print; 33~ through hole; 3 4 ~ long hole; 3 5~ card Mesh; 36, 36Α, 36Β~ orifice member; 〇36a~optical wall; 37~ air guiding member; 37a~top wall; 38~shield; 40, 40A, 40B~fan unit; 41~ Hole; 42~ female screw hole; 43~ engaging convex portion; 4 5~ engaging claw; 21 201105911 46A, 46B~ protrusion; 47A, 47B~ split screw hole 100 Blower.