•M320652 八、新型說明： 【新型所屬之技術領域】 本新型是有關於-種送風冑，特別是指一射央空調 系統之送風機。 【先前技術】 多閱圖1，驾知的中央空調系統包括一裝設於建築物室 外的供水主冑9(可為冰水主機或熱水鋼爐）及一用以驅使冷 空軋或熱空氣進入室内的送風機，該供水主機9具有一出 水管及-進水管92,並由其出水管91輸出冰水或熱水 ，該送風機包括一具有一風機盤管81、一個三通閥82、一 風扇（圖未示）及一馬達83的送風模組（圖未示）、一驅動模組 84、一控制模組§5及一溫度偵測模組86。 該風機盤管81具有一進水口 811及一出水口 812。該 三通閥82連接於該供水主機9及該風機盤管81之間。該 供水主機9由其出水管91輸出冰水或熱水至該三通閥82, 該二通閥82可將冰水或熱水導入該風機盤管81的進水口 811或是導回到該供水主機9的進水管92。 該溫度偵測模組86裝設於室内並偵測室内的溫度，該 控制模組85裝設於室内以接收在室内之使用者的設定，例 如汉疋室溫、風量大小等。該驅動模組84與該馬達83、該 狐度偵測模組86及該控制模組85電性連接，並將該溫度 镇測模組86測得之室溫透過該控制模組85顯示出來，且 依據測得之室溫及使用者設定之室溫，驅動該馬達83帶動 该風扇轉動，該風扇轉動使空氣流過該風機盤管81外側並 .M320652 進入室内。當該供水_ 9輸出冰切，由於進人該風機 盤官之内的冰水降低該風機盤管8ι整體的溫度，流過 該風機盤管81之㈣空氣㈣風機鳄Μ進行熱交換之 後成為冷空氣，冷空氣流入室内即可達到降低室溫的目的 。相反地’當該供水主機9輪出熱水時，可以達到升高室 溫的目的。 當該溫度_模組86測得之室溫與設定的室溫不同時 二該驅動模組84可改變該風扇的轉速以調整室溫，以使測 得之室溫逐漸達到使用者設定的室溫。 〜當該溫度❹m組86測得之室溫已經降低或升高到設 定的室溫’該驅動模組84控制該三通閥82將該供水主機9 輸出的冰水或熱水導回該供水主機9,避免冰水或熱水繼續 流入該風機盤管81之内，並使該風機歸81的溫度逐漸 j或下降，流過該風健管81之外的线即不會成為冷 空氣或熱空氣’如此可使該送風機實質上只對室内做送風 動作，而不調整溫度，維持室溫在設定的室溫。 “但是習知中央空調系統之控制模組85是以有線的方式 電性連接於該送風機的驅動模組84以控制該驅動模組以 的作動，且是固設在建築物室内的牆壁面上，當使用者想 要周整風里大小或是室溫高低時必須走向該控制模組Μ以 =入其設定，對會議室或是教室等較大室内的空間，就常 常會造成使用者的麻煩。 再者，當使用者完成設定室溫之後，還必須回到該控 制模組85以確認室溫調整的狀況，如此在使用上也頗為不 M320652 便。 【新型内容】 、、此，本新型之目的，即在提供_種中央空調系統之 达風機’該中央空調系統之送風機的控制模組與驅動模組 以無線的方式傳送資料。 於疋本新型中央空調系統之送風機，包含一送風模 組、一溫度偵測模組、一控制模組及一驅動模組。• M320652 VIII. New description: [New technical field] The new type is related to the kind of air supply, especially the air blower of a central air conditioning system. [Prior Art] Referring to Figure 1, the central air conditioning system of the driver includes a water supply main unit 9 (which can be an ice water main machine or a hot water steel furnace) installed outside the building, and a drive for cold rolling or hot The air enters the indoor air blower. The water supply main unit 9 has an outlet pipe and an inlet pipe 92, and the outlet pipe 91 outputs ice water or hot water. The blower includes a fan coil 81 and a three-way valve 82. A fan (not shown) and a motor 83 air supply module (not shown), a drive module 84, a control module § 5 and a temperature detection module 86. The fan coil 81 has a water inlet 811 and a water outlet 812. The three-way valve 82 is connected between the water supply main unit 9 and the fan coil unit 81. The water supply main unit 9 outputs ice water or hot water from the water outlet pipe 91 to the three-way valve 82, and the two-way valve 82 can introduce ice water or hot water into the water inlet 811 of the fan coil 81 or lead back to the water supply port 81. The water inlet pipe 92 of the water supply main unit 9. The temperature detecting module 86 is installed indoors and detects the temperature in the room. The control module 85 is installed indoors to receive settings of a user in the room, such as room temperature, air volume, and the like. The driving module 84 is electrically connected to the motor 83, the fox detecting module 86 and the control module 85, and displays the room temperature measured by the temperature measuring module 86 through the control module 85. And driving the motor 83 to drive the fan to rotate according to the measured room temperature and the room temperature set by the user, the fan rotating to allow air to flow outside the fan coil 81 and the .M320652 enters the room. When the water supply _ 9 output ice cut, the temperature of the fan coil 8 is lowered due to the ice water entering the fan panel, and the air (four) air fan (4) fan crocodile flows through the fan coil 81 to perform heat exchange. Cold air and cold air flow into the room to achieve the purpose of lowering the room temperature. Conversely, when the water supply host 9 takes out hot water, the purpose of raising the room temperature can be achieved. When the temperature measured by the temperature module 86 is different from the set room temperature, the driving module 84 can change the rotation speed of the fan to adjust the room temperature, so that the measured room temperature gradually reaches the user-defined room. temperature. ~ When the temperature ❹m group 86 is measured, the room temperature has been lowered or raised to a set room temperature. The drive module 84 controls the three-way valve 82 to direct the ice water or hot water output from the water supply host 9 back to the water supply. The main machine 9 prevents the ice water or the hot water from continuing to flow into the fan coil 81, and gradually reduces or delays the temperature of the fan to 81, and the line flowing outside the wind pipe 81 does not become cold air or The hot air is so that the blower can only perform the air supply operation to the room substantially without adjusting the temperature and maintaining the room temperature at the set room temperature. "However, the control module 85 of the central air conditioning system is electrically connected to the drive module 84 of the blower in a wired manner to control the actuation of the drive module, and is fixed on the wall surface of the building indoors. When the user wants the size of the wind or the temperature of the room, he must go to the control module to enter the setting, and the space in the large room such as the conference room or the classroom often causes trouble for the user. Furthermore, after the user finishes setting the room temperature, he must return to the control module 85 to confirm the condition of the room temperature adjustment, so that it is not M320652 in use. [New content], this, this The new purpose is to provide the air blower control module and the drive module of the central air-conditioning system to wirelessly transmit data. The blower of the new central air-conditioning system includes a supply air. The module, a temperature detecting module, a control module and a driving module.
該送風模組與-供水主機連接，並接收該供水主機流 出的冰水或熱7JC，且驅使空氣流動，並可藉由接收到的冰 水或熱水來降低或升高所驅動的空氣之溫度。 該溫度偵測模組偵測室溫，並輸出測得之室溫。 該控制模組接收使用者設定之室溫，並以無線的方式 將設定之室溫傳送出去。 该驅動模組與該溫度偵測模組及該送風模組電性連接 ，並從該溫度偵測模組接收測得之室溫，且從該控制模組 接收设疋之室溫，並驅動該送風模組，以將測得之室溫調 整至設定之室溫。 於是本新型中央空調系統之送風機的控制模組包含_ 控制面板及一傳輸單元。 該控制面板接收使用者設定之室溫，並輸出設定之室 溫。 該傳輸單元與該控制面板電性連接，且接收設定之室 溫，並以無線的方式將設定之室溫傳送至該驅動模組。 於是本新型中央空調系統之送風機的驅動模組包含_ M320652 傳輸單元及一處理單元。 該傳輸單元以無線的方式從該控制模組接收設定之室 溫，並將設定之室溫輸出。 該處理單元從該溫度偵測模組及該傳輸單元分別接收 測得之室溫及設定之室溫，並驅動該送風模組，以將測得 之室溫調整至設定之室溫。 【實施方式】The air supply module is connected to the water supply host, and receives ice water or heat 7JC flowing out from the water supply host, and drives the air to flow, and can reduce or raise the driven air by receiving the ice water or hot water. temperature. The temperature detecting module detects the room temperature and outputs the measured room temperature. The control module receives the room temperature set by the user and wirelessly transmits the set room temperature. The driving module is electrically connected to the temperature detecting module and the air blowing module, and receives the measured room temperature from the temperature detecting module, and receives the room temperature of the setting from the control module, and drives The air supply module adjusts the measured room temperature to a set room temperature. Therefore, the control module of the blower of the novel central air conditioning system comprises a control panel and a transmission unit. The control panel receives the room temperature set by the user and outputs the set room temperature. The transmission unit is electrically connected to the control panel, receives the set room temperature, and wirelessly transmits the set room temperature to the drive module. Therefore, the driving module of the blower of the novel central air conditioning system comprises a _ M320652 transmission unit and a processing unit. The transmission unit wirelessly receives the set room temperature from the control module and outputs the set room temperature. The processing unit receives the measured room temperature and the set room temperature from the temperature detecting module and the transmitting unit, respectively, and drives the air blowing module to adjust the measured room temperature to the set room temperature. [Embodiment]
有關本新型之前述及其他技術内容、特點與功效，在 以下配合參考圖式之一個較佳實施例的詳細說明中，將可 清楚的呈現。 參閱圖2,本新型中央空調系統之送風機之較佳實施例 ，適用於連接至一供水主機2(可為冰水主機或熱水鍋爐）並 接收該供水主機2流出的冰水或熱水以調整室溫，該中央 空调系統之送風機包含一具有一風扇（圖未示）、一風機盤管 11、一個三通閥12及一馬達13的送風模組（圖未示）、一驅 =杈、、且14、一控制模組15及一溫度偵測模組16。該中央 空調系統之送風機元件的功能及元件間的連結關係與習知 送風機大致上相同，不同的地方僅在於該控制模組Μ與該 驅動模組14之間是以無線的方式傳送資料。以下只就不同 的也方加以5兒明’與胃知相同的地方將不再說明。 該控制模組15包含一控制面板151、一傳輸單元Μ 一顯示單元153，該驅動模組14包含一處理單元i4i及 ::專輪單元142，該控制模組15的傳輸單元M2及該驅動 核、、且Η的傳輸單元142可以無線的方式輸出資料，並接收 M320652 彼此輸出的資料。該控制面板151接受使用者設定室溫， 並將設定之室溫輸出至該傳輸單元152，該傳輪單元152將 没定之室溫傳送至該傳輸單元142，該傳輸單元142將設定 之室溫傳送至該處理單元141。 該處理單元141接收該溫度偵測模組16輸出之測得之 室溫，並透過該傳輸單元142將測得之室溫傳送至該傳輸 單元152，該傳輸單元152將測得之室溫傳送至該顯示單元 153以顯示出來。 綜合上述，本新型中央空調系統之送風機的驅動模組 14與控制模組15之間是以無線的方式傳送資料，因此室内 的使用者可任意移動該控制模組15，來隨時隨地以該控制 模組15調整室溫，並藉由該控制模組15的顯示單元153 確認目前之室溫，因此確實可以達到本新型的目的。 惟以上所述者，僅為本新型之較佳實施例而已，當不 旎以此限定本新型實施之範圍，即大凡依本新型申請專利 範圍及新型說明内容所作之簡單的等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一示意圖，說明習知的中央空調系統之送風機 與一供水主機間的連接關係；及 圖2是一不意圖，說明本新型的中央空調系統之送風 機與一供水主機間的連接關係。 M320652 【主要元件符號說明】 11 "… •…風機盤管 15••… •…控制模組 12 …·· •…三通閥 151… •…控制面板 13··· …·馬達 152… •…傳輸單元 14….· …·驅動模組 153… •…顯示單元 141… *…處理單元 16···· •…溫度偵測模組 142… •…傳輸單元 2…… •…供水主機The foregoing and other technical features, features, and advantages of the present invention will be apparent from the following description of the preferred embodiments. Referring to FIG. 2, a preferred embodiment of the air blower of the present central air conditioning system is adapted to be connected to a water supply host 2 (which may be an ice water host or a hot water boiler) and receive ice water or hot water flowing out from the water supply host 2 Adjusting the room temperature, the air blower of the central air conditioning system comprises a air supply module (not shown) having a fan (not shown), a fan coil 11, a three-way valve 12 and a motor 13, and a drive = 杈And 14, a control module 15 and a temperature detecting module 16. The function of the blower unit of the central air conditioning system and the connection relationship between the components are substantially the same as those of the conventional air blower. The only difference is that the data is transmitted between the control module and the drive module 14 in a wireless manner. In the following, only the different parties will be given 5, and the same places as the stomach will not be explained. The control module 15 includes a control panel 151, a transmission unit, and a display unit 153. The drive module 14 includes a processing unit i4i and a special wheel unit 142. The transmission unit M2 of the control module 15 and the drive unit The core, and transmission unit 142 can output data wirelessly and receive data output by the M320652. The control panel 151 accepts the user to set the room temperature, and outputs the set room temperature to the transmission unit 152. The transmission unit 152 transmits the undetermined room temperature to the transmission unit 142, and the transmission unit 142 sets the room temperature. Transfer to the processing unit 141. The processing unit 141 receives the measured room temperature output by the temperature detecting module 16, and transmits the measured room temperature to the transmission unit 152 through the transmission unit 142, and the transmission unit 152 transmits the measured room temperature. The display unit 153 is displayed to be displayed. In summary, the driving module 14 of the air blower of the air conditioning system of the present invention transmits data in a wireless manner between the driving module 14 and the control module 15, so that the user in the room can move the control module 15 at will to control the control at any time and any place. The module 15 adjusts the room temperature and confirms the current room temperature by the display unit 153 of the control module 15, so that the object of the present invention can be achieved. However, the above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent change and modification of the novel patent application scope and the new description content. , are still within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing a connection relationship between a blower of a conventional central air conditioning system and a water supply host; and FIG. 2 is a schematic view showing a blower and a water supply of the central air conditioning system of the present invention. The connection relationship between hosts. M320652 [Description of main component symbols] 11 "... •...fan coil 15••... •...control module 12 ...·· •...three-way valve 151... •...control panel 13·····motor 152... ...transport unit 14....···drive module 153...•...display unit 141...*...processing unit 16····•...temperature detection module 142...•...transport unit 2... •...water supply host
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