M378361 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種多功能天花板空調循環機，尤指一種 將循環風扇、冷氣、風箱、導風管、出風口、迴風口及過遽 清淨等多功能複合於一機體之構造。 【先前技術】 按，辦公室或廠房在做室内裝潢時，其天花板大多數係 以輕鋼架組成格狀框格，再於該框格内放置天花板，這種施 • 工方式簡單且成本低，故大量被採用。 而為了增進室内空氣之對流，有的格框内放置空氣循環 機或風扇，第一圖所示，即為習用一種天鋼架專用之循環風 扇（10)，其係在上殼體（11)底緣裝設一風扇（12)，而下 殼體（13)相對於風扇（12)位置，設有一出風圓孔（14)， 且於出風圓孔（14)内裝設一排氣盤（15)，使空氣由該下殼 體（13)周緣之吸風口（ 16)吸入後，而由中央之排氣盤（15) 送出，藉以增進室内空氣的對流。 $ 惟查，此種循環風扇（10)僅有送風及吹風功能，不具 冷氣功能；因此，一般需於天花板或輕鋼架上裝設如第二圖 A、B所示之冷氣送風機（20)，其包括有：一鼓風機（21)、 蒸發器（22)、集風箱（23)、導風管（24)、出風口（25)及 迴風口（26)等構件。其係藉由蒸發器（22)使壓縮機（27) 送來之高壓冷媒產生膨脹吸熱之效果，再由鼓風機（21)由 後方將蒸發器（22)周圍之冷空氣吸入集風箱（23)，再將由 導風管（24)送至各房間（A)、（B)、（C)……（N)。惟查， M378361 此種冷氣送風機（20)在製造及使用上存有下述缺點： 一. 習用之冷氣送風機（20)係以一機組同時供應多個 不同房間（A)……（N)使用，因此必須採用大型大功率之機 組，其不僅體積大，且重量也重，故要將其吊掛安裝在天花 板上，施工上非常不便》 二. 習用之冷氣送風機（20)係以導風管（24)來傳送 冷氣，但有的房間的距離該集風箱（23)很遠，致使導風管 (24)的長度要拉得很長，不僅增加成本，且造成送風效率 損失，而影響冷氣效果。 三. 各房間（A)……（N)為取得風壓平衝，故需於天 花板另設有迴風口（26)，如此一來，造成天花板到處是送風 口及迴風口，不僅影響美觀且增加成本。 本創作人有鑑於上述問題點，乃加以研究克服，並改善 其缺失。 【新型内容】 緣是，本創作之主要目的，係在提供一種多功能天花板 φ 空調循環機，其整合循環風扇、冷氣、導風及迴風等多功能 於一機體上，並跨置裝設在天花板或輕鋼架上，且係各個小 區域採獨立之冷氣空調單體，因此其體積及重量皆可小型化 及輕量化，不但施工便捷，且可視環境需要，在天花板上定 點增減裝設之台數，且可摒除導風管長途傳送所產生之送風 損失，進而達到組裝方便且冷氣耗損低之功效增進。 本創作之又一目的，則在提供一種多功能天花板空調循 環機，其迴風口上設有過濾網，使其具有空氣清淨機之功能。 為達上述目的，本創作所採用之技術手段包含： 基座，其周緣設有方型定位框，中間設有凹環槽且 該方型定位框_與該凹環槽外側之間，形成多數之排風 口，另該凹環槽内側所形成之圓孔中央，設有—由數支肋體 所支撐之風扇座； 蒸發器，係呈環狀而設置在該凹環槽上； 一風扇，係容置在該蒸發器内，其由馬達及扇葉所構 成’其中該馬達係設在該風扇座上，並使扇葉朝上； 一抽水泵浦，係設置在該凹環槽外側之延伸擴大區内， 用以將蒸發器滴至該凹環槽之冷凝水，經由一排水管而排出； 一罩蓋，係罩設在該基座之方型定位框上；以及 控制器，包括一控制單元及無線信號接收單元，其 中，該控制單元係與該風扇及抽水泵浦呈電性連接，用以分 別控制其開啟（ON )或關閉（〇FF)。 【實施方式】 首先，凊參閱第二®〜第十二®所示，本創作較佳實施 例係將一多功能複合之機體（1〇〇)跨置在輕鋼架或天花板 ( 200 )上，而該機體（100)包括有： 一基座（30) ’其周緣設有方型定位框（31)，以便於跨 置在輕鋼架或天花板（2〇〇)之格框内，如第三圖及十三圖所 示。再者，由該定位框（31)四周朝内延伸有多支徑向支架 (37)，且該定位框（31)内側與該凹環槽（32)外側之間， 形成多數之排風口（36)，另該凹環槽（32)内側所形成之圓 孔（35)中央，設有一由數支肋體（33)所支撐之風扇座（34); 而本實施例之凹環槽（32)之斷面為開口朝上口型體。 [78361 一蒸發器（40)，係呈環狀而設置在該凹環槽（33)上， 亦即該蒸發器（40)係設成可置入該凹環槽（32)内，其包 括由循環管（41)及多數穿套其上之散熱鰭片（42)所構成， 由於蒸發器（40)係屬先前技術（Prior Art)，因此其原理 容不贅述，而本創作之特徵在於：將蒸發器（4〇)設成環狀 體，其可如第六、七圖所示，於該環狀體上設有一缺口（43)， 俾使該循環管（41)由此處銜接，並接出一條輸入管（411) 及一條回流管（412)於該機體（1〇〇)外部，進而方便由此 處與一遠端之冷氣主機（101)連接。本實施例中之蒸發器（4〇) 係一體成型為環狀體，但不限定於此，其可由多個組成環狀 亦可。 一風扇（50)’係容置在該蒸發器（4〇)内，其由馬達 (51)及扇葉（53)所構成’其中該馬達（51)係設置在該 風扇座（34)上，並使扇葉（52)朝上。 一抽水泵浦（60)，係設置在該凹環槽（32)外側之延 伸區（321)内，用以將蒸發器（40)滴至該凹環槽（32)之 冷凝水，經由一排水管（61)而排至一外部之冷凝水回收單 元（102) ’本實施例中，該抽水泵浦（6〇)側邊包括設有一 液位檢知器（62)，其一較佳實施例係如第十及十一圖所示， 包括有：一浮筒（621)，其係隨水位變化可在一轴桿（632) 上位移，且其内設有磁鐵（622)，而軸桿（623)相對於該磁 鐵（622)設有一磁簧開關（624)。亦即當凹環槽（32)内部 之冷凝水到達預定高度時，該浮筒（621)上升且其磁鐵（mg) 感應該磁簧開關（624 )’於是將檢知信號透過導線（625)令 抽水泵浦（60)啟動而將冷凝水經排水管（61)排出。本創 -6 - M378361 作如果沒有抽水泵浦（60)的設置，則蒸發器（40)所產生 之冷凝水累積後將會溢出該凹環槽（32)，且為了容置該抽水 泵浦（60)，因此於該凹環槽（32)外側之延伸擴大區（321)， 所謂延伸擴大區（321)係比凹環槽（32)略寬，可供抽水泵 浦（60)置入抽水。 一罩蓋（70 )，係罩設在該基座（3〇)之方型定位框（31 ) 上，其内緣面包括設有一層隔溫層（71)，該隔溫層（71)可 由保麗龍所構成。如此一來，可確保蒸發器（4〇)所產生之 冷氣保存在罩蓋（70)内，防止罩蓋（7〇)外表面產生冷凝 φ 水滴。 一控制器（80)，包括一控制單元（81)及無線信號接 收單元（82)，其中該控制單元（81)係與該風扇（5〇)及抽 水泵浦（60)呈電性連接，用以分別控制其開啟（〇N)或關 閉（OFF)。本實施例中，該無線信號接收單元（82)係設在 該基座（30)上，較佳實施例係將其裝設在該徑向支架（37) 上，並可使其顯示燈（821)裸露於基座（3〇)底緣面，如此， 使用者於天花板下以遙控器（83)操作時，接收效果較佳， • 並能觀察到顯示燈號。此外，該控制單元（81)係諸如電路 板等零組件，本創作將其容置於一殼體内，並設在該罩蓋⑺） 的外側面’其係與該基座（3〇)上之無線信號接收單元（⑻ 呈電杜連接’當無線信號接收單元（82)接收到遙控器（⑻ 的信號，即透過該控制單元（81)纽閉風扇（5〇)，至於該 抽水系浦（60)係如第十二圖所示，透過該控制單元⑻） 取得電源（⑷’錢由液位檢知器（62)來控㈣啟閉（〇n FF)以便適時將冷凝水排出。此外，該蒸發器⑽）係 M378361 與冷氣主機（101)連接，因此其可單獨於冷氣主機（101) 上設定關閉，當然亦可由控制單元（81 )與該冷氣主機（丨〇 i ) 呈電性連接，如此，遙控器（83)即可透過控制器（80)來 啟閉冷氣主機（101)。 請續參閱第五、六、九圖所示，本創作之風扇座（34) 底面中央設有一轴承座（341)，可由上容置一轴承（342)及 一轉軸（ 343)，且該凹環槽（32)之圓孔（35)内由下往上 設有一導流盤（90)’該導流盤（90)中央相對於該轉軸（343) 設有一結合部（91)，利用一螺栓（94)由下往上將導流盤（9〇) • 固定在轉軸（ 343)底端，呈現可於風扇座（34)下方轉動之 自由狀態’再者，導流盤（90)設有多道徑向隔片（92)，並 以該結合部（91)為中心，向外設有多個呈同心圓之錐狀環 形導流片（93)，而各導流片（93)間即為流通孔，且各錐狀 環形導流片（93)之排列，係呈中央較下凸而外周緣揚起之^ 形漸層狀。本創作之導流盤（90 )的設計，係當風扇（5〇) 轉動時，其作為吸風之圓孔（35)中會形成一股氣流，此時 各徑向隔片（92)的側面（直立面）形成氣流的受力面，而 φ 以結合部（91)為轴心，呈現緩慢轉動，亦即只要風扇（5〇) 轉動’該導流盤（90)就會隨其同方向迴轉，勿須於導流盤 (90)邊緣增設驅動馬達，形成一種無動力源結構，即可自 轉導流之功效。 進一步，該導流盤（90)之内緣面可套置一片圓形過濾 網（96)，如此可具有過濾空氣中之粉塵，達到清淨空氣之功 效，此外，亦可於蒸發器（40)之内周緣設有複數片之弧狀 過遽網（95 )，第六圖僅揭示一片弧狀過遽網（π )來說明， -8- M378361 事實上其包括有多片而組成一環形體，它的優點是如第十圖 所示，可由圓孔（35)底部抽換清洗，以確保蒸發器（40) 之通風順暢。 本創作藉助上揭技術手段，其使用上具有如下之功效需 再闡明者： 一、 本創作之蒸發器（40)沒有啟動時，可利用該風扇 (50)來產生對流，該機體（100)即可作為一台循環風扇使 用。 二、 當蒸發器（40)啟動時，風扇（50)由該圓孔（35) 抽取室内空氣，並穿過蒸發器（40)，再由凹環槽（32)外周 之排風口（36)送入室内，形成一空氣冷卻對流，即可作為 一台冷氣機使用，且該冷氣系統可為冷媒或冰水系統皆可。 三、 本創作之排風口（36)等同於第二圖之出風口（25)， 而罩蓋（70)則可取代習用之導風管（24)及風箱（23)，至 於該風扇（50)底下之圓孔（35)即可取代習用之迴風口（ 26); 是故，本創作其整合循環風扇、冷氣、導風及迴風等多功能 於一機體上，並跨置裝設在天花板或輕鋼架上，且係各個小 區域採獨立之冷氣空調單體，因此其體積及重量皆可小型化 及輕量化，不但施工便捷，且可視環境需要，在天花板上定 點增減裝設之台數，且可摒除導風管長途傳送所產生之送風 損失，進而達到組裝方便且冷氣耗損低之功效增進。 綜上所述，本創作所揭示之構造，為昔所無，且確能達 到功效之增進，並具可供產業利用性，完全符合新型專利要 件，祈請貴審查委員核賜專利，以勵創新，無任德感。 M378361 惟，上述所揭露之圖式、說明，僅為本創作之較佳實施 例，大凡熟悉此項技藝人士，依本案精神範疇所作之修飾或 等效變化，仍應包括在本案申請專利範圍内。M378361 V. New description: 【New technical field】 This creation is about a multi-functional ceiling air-conditioning cycle machine, especially a kind of circulating fan, air-conditioning, bellows, air duct, air outlet, return air outlet and clearing The multi-functional composite is constructed in a body. [Prior Art] When the office or factory is used for interior decoration, most of the ceilings are made up of light steel frames, and the ceiling is placed in the sash. This method is simple and low-cost. Therefore, a large number of them have been adopted. In order to improve the convection of indoor air, some air circulation machines or fans are placed in the frame. As shown in the first figure, a circulating fan (10) dedicated to a steel frame is used, which is attached to the upper casing (11). The bottom edge is provided with a fan (12), and the lower casing (13) is provided with an air outlet hole (14) relative to the fan (12), and an exhaust gas is arranged in the air outlet hole (14). The disk (15) allows air to be drawn in from the suction opening (16) of the periphery of the lower casing (13) and is sent out by the central exhaust disk (15) to enhance the convection of the indoor air. $ Only check that the circulating fan (10) has only air supply and air blowing functions, and does not have air-conditioning function; therefore, it is generally required to install a cold air blower (20) as shown in the second figure A and B on the ceiling or light steel frame. The utility model comprises: a blower (21), an evaporator (22), a wind collecting box (23), an air guiding duct (24), an air outlet (25) and a return air outlet (26). The high-pressure refrigerant sent from the compressor (27) is caused by the evaporator (22) to generate an expansion heat absorption effect, and then the cold air around the evaporator (22) is sucked into the wind collecting box by the blower (21) from the rear (23). ), will be sent to each room (A), (B), (C) ... (N) by the air duct (24). However, M378361 such air-conditioning blower (20) has the following disadvantages in its manufacture and use: 1. The conventional air-conditioning blower (20) is to supply multiple different rooms (A) in one unit. (N) Therefore, it is necessary to use a large and high-powered unit, which is not only bulky, but also heavy in weight, so it is necessary to hang it on the ceiling, which is very inconvenient in construction. II. The conventional air-conditioning blower (20) is a guide duct. (24) to send cold air, but some rooms are far away from the wind box (23), causing the length of the air duct (24) to be pulled long, which not only increases the cost, but also causes loss of air supply efficiency, and affects Cooling effect. 3. Each room (A)...(N) is required to obtain a wind pressure flush, so there is a return air outlet (26) on the ceiling. As a result, the ceiling is full of air supply and return air, which not only affects the appearance but also increase cost. In view of the above problems, the creator has studied to overcome and improve its lack. [New content] The main purpose of this creation is to provide a multi-functional ceiling φ air-conditioning cycle machine, which integrates a circulating fan, air-conditioning, air-conducting and return air, etc. on a single body and spans the installation. On the ceiling or light steel frame, and separate small air-conditioning unit for each small area, the size and weight can be reduced and lightened. It is not only convenient for construction, but also needs to be fixed and reduced on the ceiling. The number of units is set, and the air loss caused by long-distance transmission of the air duct can be eliminated, thereby achieving the convenience of assembly and low air-conditioning loss. Another object of the present invention is to provide a multi-functional ceiling air-conditioning cycle machine having a filter screen on the return air port to provide the function of an air cleaner. In order to achieve the above objectives, the technical means adopted by the present invention include: a base having a square positioning frame at the periphery thereof, a concave ring groove in the middle, and a square positioning frame _ and a lateral portion between the outer side of the concave ring groove The exhaust vent, the center of the circular hole formed on the inner side of the concave ring groove, is provided with a fan seat supported by a plurality of ribs; the evaporator is annularly disposed on the concave ring groove; a fan, The system is disposed in the evaporator, which is composed of a motor and a fan blade, wherein the motor is disposed on the fan seat and the fan blade faces upward; a pumping pump is disposed outside the concave ring groove Extending the enlarged area, the condensed water for dropping the evaporator to the concave ring groove is discharged through a drain pipe; a cover is disposed on the square positioning frame of the base; and the controller includes A control unit and a wireless signal receiving unit, wherein the control unit is electrically connected to the fan and the pump to control whether it is turned on or off (〇FF). [Embodiment] First, referring to the second to the twelfth, the preferred embodiment of the present invention is to straddle a multi-functional composite body (1 〇〇) on a light steel frame or ceiling (200). And the body (100) comprises: a base (30) 'having a square positioning frame (31) on its circumference so as to be placed in a frame of a light steel frame or a ceiling (2 inches), such as The third and thirteen figures are shown. Furthermore, a plurality of radial brackets (37) extend inwardly from the positioning frame (31), and a plurality of air outlets are formed between the inner side of the positioning frame (31) and the outer side of the concave ring groove (32) ( 36), in the center of the circular hole (35) formed on the inner side of the concave ring groove (32), a fan seat (34) supported by a plurality of ribs (33) is provided; and the concave ring groove of the embodiment ( 32) The section is an open-faced body. [78361] An evaporator (40) is annularly disposed on the recessed ring groove (33), that is, the evaporator (40) is configured to be inserted into the concave ring groove (32), which includes The circulation tube (41) and the plurality of heat dissipation fins (42) on the sleeve are formed. Since the evaporator (40) belongs to the prior art (Prior Art), the principle thereof is not described, and the present invention is characterized in that : The evaporator (4 〇) is set as an annular body, which can be provided with a notch (43) on the annular body as shown in the sixth and seventh figures, so that the circulation pipe (41) is connected thereto. And an input pipe (411) and a return pipe (412) are external to the body (1〇〇), thereby facilitating connection with a remote air-conditioning main unit (101). The evaporator (4〇) in the present embodiment is integrally formed into an annular body, but is not limited thereto, and may be formed in a plurality of rings. A fan (50) is housed in the evaporator (4〇), which is composed of a motor (51) and a fan blade (53), wherein the motor (51) is disposed on the fan seat (34) And with the fan blade (52) facing up. a pump (60) is disposed in an extension (321) outside the recess ring groove (32) for dropping the evaporator (40) into the condensed water of the concave ring groove (32) through a The drain pipe (61) is discharged to an external condensate recovery unit (102). In the present embodiment, the side of the pump (6〇) includes a liquid level detector (62), which is preferably Embodiments, as shown in the tenth and eleventh figures, include: a pontoon (621) that is displaceable on a shaft (632) as a function of water level, and having a magnet (622) therein, and the shaft The lever (623) is provided with a reed switch (624) with respect to the magnet (622). That is, when the condensed water inside the concave ring groove (32) reaches a predetermined height, the pontoon (621) rises and its magnet (mg) senses the reed switch (624)', so that the detection signal is transmitted through the wire (625). The pump (60) is activated to discharge the condensate through the drain (61). Bentron-6 - M378361 If there is no pump (60) setting, the condensed water generated by the evaporator (40) will accumulate and will overflow the grooved groove (32), and in order to accommodate the pump (60), thus extending the enlarged area (321) outside the concave ring groove (32), the so-called extended enlarged area (321) is slightly wider than the concave ring groove (32), and can be placed in the pump (60) Pumping water. a cover (70) is disposed on the square positioning frame (31) of the base (3〇), and the inner edge surface thereof comprises a temperature isolation layer (71), the temperature insulation layer (71) It can be made up of styrofoam. In this way, it is ensured that the cold air generated by the evaporator (4〇) is stored in the cover (70) to prevent condensation φ water droplets on the outer surface of the cover (7〇). A controller (80) includes a control unit (81) and a wireless signal receiving unit (82), wherein the control unit (81) is electrically connected to the fan (5〇) and the pump (60). Used to control its opening (〇N) or OFF (OFF) separately. In this embodiment, the wireless signal receiving unit (82) is disposed on the base (30), and the preferred embodiment is mounted on the radial bracket (37) and can display the light ( 821) Exposed to the bottom edge of the base (3〇), so that when the user operates under the ceiling with the remote control (83), the receiving effect is better, and the display light can be observed. In addition, the control unit (81) is a component such as a circuit board, which is housed in a casing and disposed on the outer side of the cover (7)) and the base (3〇) The wireless signal receiving unit ((8) is electrically connected] when the wireless signal receiving unit (82) receives the signal of the remote controller ((8), that is, through the control unit (81), the closed fan (5〇), as for the pumping system Pu (60), as shown in Figure 12, obtains power through the control unit (8)) ((4)' money is controlled by the liquid level detector (62) (4) opening and closing (〇n FF) to discharge the condensate in a timely manner In addition, the evaporator (10) is connected to the air-conditioning main unit (101) by the M378361, so that it can be separately set on the air-conditioning main unit (101), and of course, the control unit (81) and the air-conditioning main unit (丨〇i) Electrically connected, the remote control (83) can be used to open and close the air-conditioning main unit (101) through the controller (80). Please refer to the bottom of the fan holder (34) of the present invention as shown in the fifth, sixth and ninth figures. The center is provided with a bearing seat (341), which can accommodate a bearing (342) and a rotating shaft (343). A guide hole (90) is disposed in the circular hole (35) of the concave ring groove (32) from the bottom to the top. The center of the guide plate (90) is provided with a joint portion (91) with respect to the rotating shaft (343). Use a bolt (94) to push the deflector (9〇) from bottom to top • Fixed at the bottom end of the shaft (343), showing a free state that can be rotated under the fan seat (34). Again, the deflector (90 a plurality of radial spacers (92) are disposed, and a plurality of conical annular conical vanes (93) are arranged outwardly around the joint portion (91), and each of the baffles ( 93) is the flow hole, and the arrangement of each tapered annular baffle (93) is a gradual shape with a convex lower center and a raised outer edge. The guide disc (90) of the present creation The design is such that when the fan (5〇) rotates, it will form a flow of air in the circular hole (35) of the suction, and the side (upright) of each radial spacer (92) forms a force of the airflow. Face, and φ with the joint (91) as the axis, showing a slow rotation, that is, as long as the fan (5〇) rotates, the guide disc (90) will rotate in the same direction, without the need for a baffle ( 90) Edge added drive The motor forms a non-power source structure, that is, the function of the self-rotating diversion. Further, the inner edge surface of the deflector (90) can be covered with a circular filter (96), so that the dust in the filtered air can be filtered. In order to achieve the effect of clean air, in addition, a plurality of arc-shaped meshes (95) may be provided on the inner periphery of the evaporator (40), and the sixth figure only discloses a curved over-twisted net (π) to illustrate -8- M378361 In fact, it consists of a plurality of pieces to form a ring body, which has the advantage that it can be cleaned by the bottom of the round hole (35) as shown in the tenth figure to ensure the smooth ventilation of the evaporator (40). This creation relies on the above-mentioned technical means, and its use has the following effects to be clarified: 1. When the evaporator (40) of the creation is not activated, the fan (50) can be used to generate convection, the body (100) It can be used as a circulation fan. 2. When the evaporator (40) is started, the fan (50) draws indoor air from the circular hole (35) and passes through the evaporator (40), and then the exhaust vent (36) of the outer circumference of the concave ring groove (32) It is sent into the room to form an air-cooled convection, which can be used as an air-conditioner, and the air-conditioning system can be either a refrigerant or an ice water system. 3. The vent (36) of this creation is equivalent to the air outlet (25) of the second figure, and the cover (70) can replace the conventional air duct (24) and the bellows (23). As for the fan ( 50) The round hole (35) underneath can replace the conventional return air outlet (26); therefore, the creation of the integrated circulation fan, air-conditioning, air-conducting and return air is multi-functional on one body and spanned. On the ceiling or light steel frame, and separate small air-conditioning unit for each small area, the size and weight can be reduced and lightened. It is not only convenient for construction, but also needs to be fixed and reduced on the ceiling. The number of units is set, and the air loss caused by long-distance transmission of the air duct can be eliminated, thereby achieving the convenience of assembly and low air-conditioning loss. In summary, the structure revealed by this creation is unprecedented, and it can achieve the improvement of efficacy, and it can be used for industrial utilization. It fully complies with the new patent requirements, and invites your review committee to grant patents. Innovation, no sense of morality. M378361 However, the above-mentioned drawings and descriptions are only preferred embodiments of the present invention. Those who are familiar with the art, the modifications or equivalent changes made in accordance with the spirit of the case should still be included in the scope of patent application in this case. .
-10- M378361 【圖式簡單說明】 第一圖係習用一種循環風扇之示意圖。 第二圖A、B係習用一種冷氣送風機之示意圖。 第三圖係本創作較佳實施例之俯視立體圖。 第四圖係本創作較佳實施例之仰視立體圖。 第五圖係本創作較佳實施例之分解立體圖。 第六圖係本創作部分元件之分解立體圖。 第七圖係本創作之冷凝器與基座分離之俯視圖。 第八圖係本創作之冷凝器與基座組合之俯視圖。 第九圖係第八圖中9 一 9斷面剖示圖。 第十圖係第八圖中10 — 10斷面剖示圖。 第十一圖係本創作之液位檢知器示意圖。 第十一圖係本創作之控制電路方塊圖。 第十三圖係本創作之一使用狀態參考圖。 【主要元件符號說明】 (30)基座 (41)循環管 (31)定位框 (411)輸入管 (32)凹環槽 (412)回流管 (321)延伸擴大區 (42)散熱鰭片 (33)肋體 (50)風扇 (34 )風扇座 (51)馬達 (35)圓孔 (52)扇葉 (36)排風口 (60 )抽水栗浦 (37)徑向支架 (61 )排水管 (40)冷凝器 (62)液位檢知 -11 - M378361 (621) 浮筒 (622) 磁 ( 623)軸桿 (624)磁簧開關 ( 625 )導線 (70) 罩蓋 (71) 隔溫層 (72) 凹槽 (80) 控制器 (81) 控制單元 (82) 無線信號接收單元 (821)顯示燈 (83) 遙控器 (84) 電源 (90) 導流盤 (91) 結合部 (92) 徑向隔片 (93) 導流片 (94) 螺栓 (95) 弧形過濾網 (96) 圓形過渡綱 (100) 機體 (101) 冷氣主機 (102) 冷凝水回收單元 ( 200 )天花板 -12--10- M378361 [Simple description of the diagram] The first diagram is a schematic diagram of a circulating fan. The second figure A, B is a schematic diagram of a cold air blower. The third drawing is a top perspective view of a preferred embodiment of the present invention. The fourth drawing is a bottom perspective view of the preferred embodiment of the present invention. The fifth drawing is an exploded perspective view of a preferred embodiment of the present invention. The sixth figure is an exploded perspective view of some of the components of the present creation. The seventh figure is a top view of the separation of the condenser and the base of the present creation. The eighth figure is a top view of the combination of the condenser and the base of the present creation. The ninth figure is a cross-sectional view of the section 9-9 in the eighth figure. The tenth figure is a cross-sectional view of the 10-10 section in the eighth figure. The eleventh figure is a schematic diagram of the liquid level detector of the present creation. The eleventh figure is a block diagram of the control circuit of the present creation. The thirteenth figure is one of the creations using the state reference map. [Main component symbol description] (30) Base (41) circulation pipe (31) positioning frame (411) input pipe (32) concave ring groove (412) return pipe (321) extended expansion zone (42) heat sink fin ( 33) rib (50) fan (34) fan seat (51) motor (35) round hole (52) fan blade (36) exhaust vent (60) pumping pump (37) radial bracket (61) drain pipe ( 40) Condenser (62) Level Check -11 - M378361 (621) Float (622) Magnetic (623) Shaft (624) Reed Switch (625) Wire (70) Cover (71) Temperature Isolation ( 72) Groove (80) Controller (81) Control unit (82) Wireless signal receiving unit (821) Display light (83) Remote control (84) Power supply (90) Guide disc (91) Joint (92) Diameter Spacer (93) Guide Vane (94) Bolt (95) Curved Filter (96) Round Transition (100) Body (101) Air Conditioner (102) Condensate Recovery Unit (200) Ceiling-12-