TW201413181A - Air conditioning control system with wireless temperature sensing and remote control - Google Patents
Air conditioning control system with wireless temperature sensing and remote control Download PDFInfo
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本發明係有關於一種結合無線溫度感知和遠端空調控制技術,特別係指一種針對至少二無線溫度感知裝置、至少一遠端控制轉換裝置和至少一空調控制裝置進行智慧化控制之建築物內空調系統及方法。 The invention relates to a wireless temperature sensing and remote air conditioning control technology, in particular to a building for intelligent control of at least two wireless temperature sensing devices, at least one remote control switching device and at least one air conditioning control device. Air conditioning system and method.
在節能減碳的世界趨勢下,如何設計出智慧化空調控制裝置乃是業者努力的目標。然而,在現有的空調控制系統中,經常因為溫度感知裝置的設置位置不當、未考慮溫度分佈問題、空調控制機制不當等問題,而使空調效能不佳。例如在環境空間由於每一區域的溫度不同,通常在冰水主機前端的出風口溫度較低,而在冰水主機末端的出風口溫度較高,如此環境溫度不平均,容易造成能源的浪費,原因在於牆壁的控制面板上面的溫度不是直接來自於風機出風口的溫度,對於中央控制系統無法全面掌握每一個空間的溫度,因此無法全面調節室溫。 Under the world trend of energy saving and carbon reduction, how to design intelligent air conditioning control devices is the goal of the industry. However, in the existing air conditioning control system, the air conditioning performance is often poor because of the improper installation position of the temperature sensing device, the temperature distribution problem, and the improper air conditioning control mechanism. For example, in the environmental space, because the temperature of each area is different, the temperature of the air outlet at the front end of the ice water host is generally low, and the temperature of the air outlet at the end of the ice water host is relatively high, so that the ambient temperature is not uniform, which is likely to cause waste of energy. The reason is that the temperature above the control panel of the wall is not directly from the temperature of the fan outlet. For the central control system, the temperature of each space cannot be fully grasped, so the room temperature cannot be fully adjusted.
本發明提出可結合無線溫度感知和遠端之智慧化空調控制裝置,透過室內任一無線溫度感知傳回的溫度進行智慧化的空調控制,透過遠端的系統可以即時監控空調使用狀態,達成節省空調能源之功效。對於使用者來說,尤其在例如公司、百貨大樓、機關行號等大型空間場所,不會造成室溫過冷或過熱的問題產生,營造舒適的環境空間。 The invention provides an intelligent air conditioning control device capable of combining wireless temperature sensing and remote sensing, and intelligent air conditioning control through the temperature of any wireless temperature sensing return in the indoor, and the remote system can instantly monitor the air conditioning usage state, thereby achieving savings. The effect of air conditioning energy. For the user, especially in large space places such as companies, department stores, office lines, etc., there is no problem that the room temperature is too cold or overheated, creating a comfortable environment.
本案發明之主要目的即是提供一種無線溫度感知和遠端之智慧化空調控制裝置系統及方法,係對傳統的空調面板控制無法感測到空間內溫度分佈的情形,及對每個風機做獨立的控制;本案發明係可供無線感測方法,獲取環境空間溫度訊號分佈情形,並自動控制空調裝置,無線感知裝置定時根據環境溫度變化對空調裝置之風扇的風量進行調整,亦可透過遠端伺服系統進行監控。 The main purpose of the invention is to provide a wireless temperature sensing and remote intelligent air conditioning control device system and method, which can not sense the temperature distribution in the space of the traditional air conditioning panel control, and is independent for each fan. The invention is provided by a wireless sensing method for obtaining a spatial space temperature signal distribution situation and automatically controlling the air conditioning device. The wireless sensing device periodically adjusts the air volume of the air conditioner device according to the ambient temperature change, and can also pass through the remote end. The servo system is monitored.
本創作解決問題之技術手段係在環境空間中配置至少二無線溫度感知裝置,用以感測該環境空間中的溫度訊號,並將感測到的該溫度訊號以一預設的通訊協定分別傳送到該設備端無線感測接收裝置和該無線命令收發裝置上。一設備端無線感測接收裝置連接於該空調控制裝置,用以接收該無線溫度感知裝置所感測之溫度訊號。至少一遠端控制轉換裝置,包括有一網路閘道轉換裝置及一連接於該網路閘道轉換裝置的無線命令收發裝置,該遠端控制 轉換裝置接收該無線溫度感知裝置所感測的溫度訊號、以及傳送至少一由遠端伺服系統送出之遠端控制命令由該設備端無線感測接收裝置予以接收。 The technical means for solving the problem is to configure at least two wireless temperature sensing devices in the environment space for sensing the temperature signals in the environment space, and transmitting the sensed temperature signals by a predetermined communication protocol. Go to the device side wireless sensing receiving device and the wireless command transmitting device. A device-side wireless sensing receiving device is coupled to the air conditioning control device for receiving a temperature signal sensed by the wireless temperature sensing device. At least one remote control switching device includes a network gateway switching device and a wireless command transceiver device connected to the network gateway switching device, the remote control The switching device receives the temperature signal sensed by the wireless temperature sensing device and transmits at least one remote control command sent by the remote servo system to be received by the device wireless sensing receiving device.
本發明的較佳實施例中,該空調控制裝置透過該設備端無線感測接收裝置接收該無線溫度感知裝置所傳送的該溫度訊號,進行該環境空間之室內溫度調節,或接收該遠端伺服系統經由該遠端控制轉換裝置所送出之遠端控制命令,藉以調節該環境空間之室內溫度。 In a preferred embodiment of the present invention, the air conditioning control device receives the temperature signal transmitted by the wireless temperature sensing device through the device-side wireless sensing receiving device, performs indoor temperature adjustment of the environmental space, or receives the remote servo. The system controls the remote control command sent by the remote control device to adjust the indoor temperature of the environmental space.
本發明的空調控制裝置包括一控制單元連接於該設備端無線感測接收裝置,用以接收該無線溫度感知裝置所感測之溫度訊號、該遠端控制轉換裝置所送出之遠端控制命令。空調控制裝置中還包括有一命令分析單元、一溫度分析單元、一參數記憶單元、一控制輸出單元。溫度分析單元係可以透過該遠端伺服系統或一近端電腦系統設定之控制溫度範圍、及接收該無線溫度感測裝置之目前溫度訊號,求取一環境空間等溫線,據以計算出一室內平均溫度。 The air conditioning control device of the present invention comprises a control unit connected to the device-side wireless sensing receiving device for receiving the temperature signal sensed by the wireless temperature sensing device and the remote control command sent by the remote control switching device. The air conditioning control device further includes a command analysis unit, a temperature analysis unit, a parameter memory unit, and a control output unit. The temperature analysis unit can obtain an environmental space isotherm through the control temperature range set by the remote servo system or a near-end computer system, and receive the current temperature signal of the wireless temperature sensing device, thereby calculating a Average indoor temperature.
遠端控制轉換裝置中之無線命令收發裝置係以傳送該遠端伺服系統之遠端控制命令和接收該無線溫度感知裝置的該溫度訊號,該網路閘道轉換裝置係將接收之該遠端控制命令之網路封包解譯成原始訊號和傳送該溫度訊號包裝成網路封包格式送到該遠端伺服系統。 The wireless command transceiver in the remote control switching device transmits the remote control command of the remote servo system and receives the temperature signal of the wireless temperature sensing device, and the network gateway switching device receives the remote terminal The network packet of the control command is interpreted into the original signal and the temperature signal is transmitted and packaged into a network packet format and sent to the remote servo system.
本發明的較佳實施例中,遠端伺服系統係一遠端伺服系統,該遠端控制命令係一雲端控制命令。 In a preferred embodiment of the invention, the remote servo system is a remote servo system, and the remote control command is a cloud control command.
請參閱第1圖,其係本案發明之無線溫度感知和遠端控制之空調控制系統之系統架構圖。本發明之無線溫度感知和遠端控制之空調控制系統包括至少一空調控制裝置1、至少一遠端控制轉換裝置2、一溫度感知群組3。 Please refer to FIG. 1 , which is a system architecture diagram of the wireless temperature sensing and remote control air conditioning control system of the present invention. The wireless temperature sensing and remote control air conditioning control system of the present invention comprises at least one air conditioning control device 1, at least one remote control switching device 2, and a temperature sensing group 3.
空調控制裝置1中包括有一控制單元10、一溫度分析單元11、一控制輸出單元12、一參數記憶單元13、一設備端無線感測接收裝置14、一命令分析單元15及一遠端系統無線收發裝置16。空調控制裝置1是用來控制空調設備之動作,而該空調設備中包括有一風扇及冰水閥控制裝置4。空調控制裝置1也包括有一空調面板控制裝置5。空調控制裝置1係以有線方式連接至風扇及冰水閥控制裝置4及空調面板控制裝置5,可供近端或遠端的使用者對風扇及冰水閥控制裝置4進行設定、控制、或查詢。 The air conditioning control device 1 includes a control unit 10, a temperature analyzing unit 11, a control output unit 12, a parameter memory unit 13, a device-side wireless sensing receiving device 14, a command analyzing unit 15, and a remote system wireless. Transceiver 16. The air conditioning control device 1 is for controlling the operation of the air conditioning device, and the air conditioning device includes a fan and an ice water valve control device 4. The air conditioning control device 1 also includes an air conditioning panel control device 5. The air conditioning control device 1 is connected to the fan and the ice water valve control device 4 and the air conditioning panel control device 5 in a wired manner, and can be used for setting or controlling the fan and the ice water valve control device 4 by the user at the near end or the far end. Inquire.
空調控制裝置1中之控制單元10連接於該設備端無線感測接收裝置14,用以接收各個無線溫度感知裝置31所感測之溫度訊號S1。此外,控制單元10連接於遠端系統無線收發裝置16,用以接收遠端控制轉換裝置2所送出之遠端控制命令S2。其中設備端無線感測接收裝置14及遠端系統無線收發裝置16係可整合為一無線收發裝置,可接收各個無線溫度感知裝置31所感測之溫度訊號S1,亦可接收遠端控制轉換裝置2所送出之遠端控制命令S2。 The control unit 10 of the air conditioning control device 1 is connected to the device-side wireless sensing receiving device 14 for receiving the temperature signal S1 sensed by each wireless temperature sensing device 31. In addition, the control unit 10 is coupled to the remote system radio transceiver 16 for receiving the remote control command S2 sent by the remote control switching device 2. The device-side wireless sensing and receiving device 14 and the remote-system wireless transceiver device 16 can be integrated into a wireless transceiver device, and can receive the temperature signal S1 sensed by each wireless temperature sensing device 31, and can also receive the remote control switching device 2 The remote control command S2 sent.
溫度分析單元11連接於該控制單元10,用以分析該無線溫度感知裝置14所傳送來之該溫度訊號S1。溫度分析單元11係用溫度數值求取等溫線,以計算出目前分佈在室內的平均溫度。 The temperature analyzing unit 11 is connected to the control unit 10 for analyzing the temperature signal S1 transmitted by the wireless temperature sensing device 14. The temperature analyzing unit 11 calculates the isotherm using the temperature value to calculate the average temperature currently distributed indoors.
一控制輸出單元12連接於該控制單元10,係可將期望室溫與計算的平均溫度比較,送出對應的控制訊號。控制輸出單元12依據該命令分析單元15解析之該遠端控制命令S2、該溫度分析單元11分析之該溫度訊號S1而產生一控制訊號S3控制空調控制裝置1所連結之風扇及冰水閥控制裝置4。 A control output unit 12 is coupled to the control unit 10 to compare the desired room temperature with the calculated average temperature and to send a corresponding control signal. The control output unit 12 generates a control signal S3 according to the remote control command S2 analyzed by the command analyzing unit 15 and the temperature signal S1 analyzed by the temperature analyzing unit 11, and controls the fan and the ice water valve control connected to the air conditioning control device 1. Device 4.
一參數記憶單元13連接於該控制單元10,係供儲存期望室溫設定值、以及空調面板控制裝置5輸出值。參數記憶單元13中用以儲存至少一個設定參數(例如使用者之設定值、系統參數值)。 A parameter memory unit 13 is connected to the control unit 10 for storing a desired room temperature set value and an air conditioner panel control device 5 output value. The parameter memory unit 13 is configured to store at least one setting parameter (for example, a user's setting value and a system parameter value).
設備端無線感測接收裝置14可接收各個無線溫度感知裝置31所感測之溫度訊號S1,並將此溫度訊號S1傳送給空調控制裝置1之控制單元10。命令分析單元15連接於該控制單元10,其功能是解譯工作命令、回應收到的命令、及資料擷取。命令分析單元15用以解析該遠端控制命令S2。 The device-side wireless sensing receiving device 14 can receive the temperature signal S1 sensed by each wireless temperature sensing device 31 and transmit the temperature signal S1 to the control unit 10 of the air conditioning control device 1. The command analysis unit 15 is connected to the control unit 10 and functions to interpret work orders, respond to received commands, and retrieve data. The command analysis unit 15 is configured to parse the remote control command S2.
溫度感知群組3中包括有至少二無線溫度感知裝置31。各無線溫度感知裝置31之間可以無線方式相連,由設備端無線感測接收裝置14分別指定具有無線網路的固定位址給無線溫度感知裝置31。 The temperature sensing group 3 includes at least two wireless temperature sensing devices 31. Each of the wireless temperature sensing devices 31 can be connected in a wireless manner, and the device-side wireless sensing receiving device 14 respectively specifies a fixed address of the wireless network to the wireless temperature sensing device 31.
本發明較佳實施例中,各個無線溫度感知裝置31係置於該空調控制裝置1之一空調出風口周圍處。各個無線溫度感知裝置31之預設傳輸通訊介面係可為ZigBee、WiFi、Bluetooth、或其它無線傳輸通訊介面之一,利用類比輸入接收該無線溫度感知裝置的電壓轉換成溫度數值由無線輸出。 In the preferred embodiment of the present invention, each of the wireless temperature sensing devices 31 is placed around the air conditioning vent of the air conditioning control device 1. The preset transmission communication interface of each wireless temperature sensing device 31 can be one of ZigBee, WiFi, Bluetooth, or other wireless transmission communication interface, and the voltage of the wireless temperature sensing device received by the analog input is converted into a temperature value and output by the wireless.
每一無線溫度感知裝置31將溫度訊號S1透過無線方式傳送到空調控制裝置1後,空調控制裝置1可以自動判斷周遭溫度變化情形輸出控制訊號S3至風扇及冰水閥控制裝置4,同時可與遠端控制轉換裝置2互相通訊,監控室內空調使用的情形與溫度變化,而一般使用者可透過空調面板控制裝置5操作。 After each wireless temperature sensing device 31 wirelessly transmits the temperature signal S1 to the air conditioning control device 1, the air conditioning control device 1 can automatically determine the ambient temperature change output control signal S3 to the fan and the ice water valve control device 4, and at the same time The remote control switching device 2 communicates with each other to monitor the use of the indoor air conditioner and temperature changes, and the general user can operate through the air conditioning panel control device 5.
遠端控制轉換裝置2主要包括一無線命令收發裝置21和一網路閘道轉換裝置22,其中網路閘道轉換裝置22經由網際網路連接到遠端伺服系統7。遠端控制轉換裝置2係於近端或遠端透過網際網路方式將控制或查詢空調狀態的命令送到空調控制裝置1。本發明的較佳實施例中,遠端伺服系統7係一遠端伺服系統,該遠端控制命令S2係一雲端控制命令,遠端控制轉換裝置2係一雲端控制轉換裝置。 The remote control switching device 2 mainly includes a wireless command transmitting and receiving device 21 and a network gateway switching device 22, wherein the network gateway switching device 22 is connected to the remote servo system 7 via the Internet. The remote control switching device 2 sends a command to control or query the air conditioning state to the air conditioning control device 1 via the Internet at the near end or the far end. In the preferred embodiment of the present invention, the remote servo system 7 is a remote servo system, the remote control command S2 is a cloud control command, and the remote control conversion device 2 is a cloud control conversion device.
遠端控制轉換裝置2中之無線命令收發裝置21同時可以接收無線溫度感知裝置31傳送的溫度訊號,經過網路閘道轉換裝置22,再傳送至近端或遠端伺服系統7的伺服器中。 The wireless command transceiver device 21 in the remote control switching device 2 can simultaneously receive the temperature signal transmitted by the wireless temperature sensing device 31, and then transmit it to the server of the near-end or far-end servo system 7 via the network gateway switching device 22. .
參閱第2圖,其係顯示第1圖中遠端控制轉換裝置2中網路閘道轉換裝置22之進一步電路功能方塊圖。網路閘道轉換裝置22中包括有一網路介面221,經由網際網路連接到該遠端伺服系統7;一網路通訊協定單元222,連接於該網路介面221,預設有一網路通訊協定;一網頁設定處理單元223,連接於該網路通訊協定單元222;一訊號轉換處理單元224,連接於該網頁設定處理單元223與該網路通訊協定單元222;一記憶體儲存單元225,連接於該訊號轉換處理單元223;一串列訊號介面單元226,連接於該訊號轉換處理單元223與無線命令收發裝置21。 Referring to Fig. 2, there is shown a further circuit functional block diagram of the network gateway switching device 22 in the remote control switching device 2 of Fig. 1. The network gateway switching device 22 includes a network interface 221 connected to the remote server system 7 via the Internet; a network communication protocol unit 222 is connected to the network interface 221, and a network communication is preset. a web page setting processing unit 223 is connected to the network communication protocol unit 222; a signal conversion processing unit 224 is connected to the web page setting processing unit 223 and the network communication protocol unit 222; a memory storage unit 225, Connected to the signal conversion processing unit 223; a serial signal interface unit 226 is connected to the signal conversion processing unit 223 and the wireless command transceiver unit 21.
請參閱第3圖,其係本案發明之無線溫度感知和遠端之智慧化空調控制方法之流程圖一。首先讀取參數記憶單元13的參數值進行空調控制裝置1的初始設定(S100),使用者藉由空調面板控制裝置5選擇由空調面板控制或遠端監控(步驟S101),當使用者按下面板的開關開啟時控制權交由面板控制器執行,按下面板的開關關閉時控制權交由空調控制裝置1執行。以至少二無線溫度感知裝置31放置在出風口周圍以感應室內溫度,並連結上設備端無線感測接收裝置14,透過遠端伺服系統7設定達成室溫條件(步驟S102)。 Please refer to FIG. 3, which is a flowchart 1 of the wireless temperature sensing and remote intelligent air conditioning control method of the present invention. First, the parameter value of the parameter memory unit 13 is read to perform initial setting of the air conditioner control device 1 (S100), and the user selects the air conditioner panel control or remote monitoring by the air panel control device 5 (step S101), when the user presses When the switch of the panel is turned on, the control right is executed by the panel controller, and when the switch of the panel is pressed off, the control right is executed by the air conditioner control device 1. At least two wireless temperature sensing devices 31 are placed around the air outlet to sense the indoor temperature, and the device-side wireless sensing receiving device 14 is connected, and the room temperature condition is set by the remote servo system 7 (step S102).
空調控制裝置1自動接收空間內的溫度訊號S1,並透過無線命令收發裝置21回報遠端伺服系統7目前溫度狀態,建立資料庫(步驟S103);根據周圍溫度分佈狀況, 求出等溫線及統計現在室內的平均溫度(步驟S104);比對設定溫度與目前計算的平均溫度進而調節空調狀態及每一個出風口的風量大小(步驟S105)。 The air conditioning control device 1 automatically receives the temperature signal S1 in the space, and reports the current temperature state of the remote servo system 7 through the wireless command transceiver device 21, and establishes a database (step S103); according to the surrounding temperature distribution, The isotherm is calculated and the average temperature in the indoor room is calculated (step S104); the set temperature and the currently calculated average temperature are adjusted to adjust the air conditioning state and the air volume of each air outlet (step S105).
遠端伺服系統7可以根據作息時間控制空調狀態的開關與出風量大小(步驟S106),此處由面板控制器取得控制權時遠端伺服系統7無法操控空調系統,但能夠接收空間內分佈的溫度訊號S1,以利進行統計分析溫度變化。 The remote servo system 7 can control the air conditioner state switch and the air flow amount according to the working time (step S106). When the panel controller obtains the control right, the remote servo system 7 cannot control the air conditioning system, but can receive the spatial distribution. The temperature signal S1 is used for statistical analysis of temperature changes.
請參閱第4圖,其係本案發明之無線溫度感知和遠端之智慧化空調控制之流程圖二。當遠端伺服系統7送出遠端控制命令S2(步驟S201);由遠端系統無線收發裝置16接收遠端控制命令S2(步驟S202);隨即進入命令分析單元15進行解譯(步驟S203);執行解譯命令並儲存控制參數(步驟S204);最後輸出控制訊號S3控制空調設備的風量大小包含自動、強、中、弱風及空調狀態包含冷氣、送風、暖氣的控制(步驟S205)。 Please refer to FIG. 4, which is a flow chart 2 of the invention for wireless temperature sensing and remote intelligent air conditioning control. When the remote servo system 7 sends the remote control command S2 (step S201); the remote system wireless transceiver 16 receives the remote control command S2 (step S202); then enters the command analysis unit 15 for interpretation (step S203); The interpretation command is executed and the control parameters are stored (step S204); finally, the output control signal S3 controls the air volume of the air conditioner to include automatic, strong, medium, weak wind and air conditioning states including control of cold air, air supply, and heating (step S205).
請參閱第5圖,其係本案發明之無線溫度感知和遠端控制之空調控制系統一較佳實施例之示意圖。在本實施例中,包括二個空調控制裝置1、一個遠端控制轉換裝置2、以及四個無線溫度感知裝置31,其中各無線溫度感知裝置31係裝設於風扇及冰水閥控制裝置4之空調出風口下方位置以進行感測。 Please refer to FIG. 5, which is a schematic diagram of a preferred embodiment of the wireless temperature sensing and remote control air conditioning control system of the present invention. In this embodiment, the two air conditioning control devices 1, one remote control switching device 2, and four wireless temperature sensing devices 31 are included, wherein each wireless temperature sensing device 31 is installed in the fan and the ice water valve control device 4 The position below the air outlet is for sensing.
當使用者開啟空調面板控制裝置5時,由面板上溫度感測進行室內空調控制,此時遠端伺服系統7可接收到無線溫度感知裝置31的訊號。當遠端伺服系統7進行監控 時,空調面板無法操作,所有的控制交由空調控制裝置1,並接受遠端伺服系統7的控制命令執行。溫控的執行可由空調控制裝置1獨立完成或由遠端伺服系統7全權統一控制,使得環境空間的溫度能夠達到平均的舒適度,進而節省空調的用電耗能。 When the user turns on the air conditioning panel control device 5, the indoor air conditioning control is performed by temperature sensing on the panel, and the remote servo system 7 can receive the signal of the wireless temperature sensing device 31. When the remote servo system 7 monitors At this time, the air conditioning panel cannot be operated, and all the control is transferred to the air conditioning control device 1, and is accepted by the control command of the remote servo system 7. The execution of the temperature control can be independently performed by the air conditioning control device 1 or controlled by the remote servo system 7 so that the temperature of the environmental space can reach an average comfort level, thereby saving power consumption of the air conditioner.
舉例來說,環境空間6的門61關閉並開啟空調後,每一個出風口周圍的溫度都不一樣,若由牆上的空調面板控制裝置5來執行風量大小和空調狀態的控制,會造成室內溫度不平均,前冷後熱或後冷前熱的狀況,因為溫度感測在空調面板控制裝置5上,無法取得整個空間溫度分佈的資訊。透過遠端伺服系統7的監控,可以知道空間溫度分佈的資訊,進而命令空調控制裝置1執行每一個出風機的風量大小和空調狀態的調節,以達到環境空間平均的舒適度。 For example, after the door 61 of the environmental space 6 is closed and the air conditioner is turned on, the temperature around each air outlet is different. If the air conditioner panel control device 5 on the wall performs the control of the air volume and the air conditioning state, the indoors may be caused. The temperature is not uniform, and the heat before the cold or the heat before the cold is because the temperature is sensed on the air-conditioning panel control device 5, and the information of the entire spatial temperature distribution cannot be obtained. Through the monitoring of the remote servo system 7, the information of the spatial temperature distribution can be known, and the air conditioning control device 1 is instructed to perform the adjustment of the air volume and the air conditioning state of each of the air blowers to achieve the average comfort of the environmental space.
由以上之實施例可知,本發明確具極佳之產業利用價值,故本發明業已符合於專利之要件。惟以上之敘述僅為本發明之較佳實施例說明,凡精於此項技藝者當可依據上述之說明而作其它種種之改良,惟這些改變仍屬於本發明之創作精神及以下所界定之專利範圍中。 It can be seen from the above embodiments that the present invention has excellent industrial utilization value, and therefore the present invention has met the requirements of the patent. However, the above description is only for the preferred embodiment of the present invention, and those skilled in the art can make other improvements according to the above description, but these changes still belong to the creative spirit of the present invention and the following definitions. In the scope of patents.
1‧‧‧空調控制裝置 1‧‧‧Air conditioning control unit
10‧‧‧控制單元 10‧‧‧Control unit
11‧‧‧溫度分析單元 11‧‧‧ Temperature Analysis Unit
12‧‧‧控制輸出單元 12‧‧‧Control output unit
13‧‧‧參數記憶單元 13‧‧‧Parametric memory unit
14‧‧‧設備端無線感測接收裝置 14‧‧‧Device-side wireless sensing receiver
15‧‧‧命令分析單元 15‧‧‧Command Analysis Unit
16‧‧‧遠端系統無線收發裝置 16‧‧‧Remote system wireless transceiver
2‧‧‧遠端控制轉換裝置 2‧‧‧Remote control switching device
21‧‧‧無線命令收發裝置 21‧‧‧Wireless command transceiver
22‧‧‧網路閘道轉換裝置 22‧‧‧Internet gateway switching device
221‧‧‧網路介面 221‧‧‧Network interface
222‧‧‧網路通訊協定單元 222‧‧‧Network Protocol Unit
223‧‧‧網頁設定處理單元 223‧‧‧Webpage setting processing unit
224‧‧‧訊號轉換處理單元 224‧‧‧Signal conversion processing unit
225‧‧‧記憶體儲存單元 225‧‧‧Memory storage unit
226‧‧‧串列訊號介面單元 226‧‧‧Serial signal interface unit
3‧‧‧溫度感知群組 3‧‧‧ Temperature Sensing Group
31‧‧‧無線溫度感知裝置 31‧‧‧Wireless temperature sensing device
4‧‧‧風扇及冰水閥控制裝置 4‧‧‧Fan and ice water valve control device
5‧‧‧空調面板控制裝置 5‧‧‧Air-conditioning panel control device
6‧‧‧環境空間 6‧‧‧Environmental space
61‧‧‧門 61‧‧‧
7‧‧‧遠端伺服系統 7‧‧‧Remote servo system
S1‧‧‧溫度訊號 S1‧‧‧temperature signal
S2‧‧‧遠端控制命令 S2‧‧‧ Remote Control Command
S3‧‧‧控制訊號 S3‧‧‧ control signal
第1圖係本發明之無線溫度感知和遠端控制之空調控制系統之架構圖;第2圖係顯示第1圖中遠端控制轉換裝置中網路閘道轉 換裝置之進一步電路功能方塊圖;第3圖係本發明之無線溫度感知和遠端之智慧化空調控制方法之流程圖一;第4圖係本發明之無線溫度感知和遠端之智慧化空調控制方法之流程圖二;第5圖係本發明之無線溫度感知和遠端控制之空調控制系統一較佳實施例之示意圖。 1 is an architectural diagram of a wireless temperature sensing and remote control air conditioning control system of the present invention; and FIG. 2 is a diagram showing a network gateway rotation in a remote control switching device of FIG. A further circuit function block diagram of the device; FIG. 3 is a flow chart 1 of the wireless temperature sensing and remote intelligent air conditioning control method of the present invention; and FIG. 4 is a wireless temperature sensing and remote intelligent air conditioner of the present invention. Flowchart 2 of the control method; Fig. 5 is a schematic view of a preferred embodiment of the air temperature control and remote control air conditioning control system of the present invention.
Claims (10)
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TWI771882B (en) | 2021-01-27 | 2022-07-21 | 群光電能科技股份有限公司 | Power converter device and driving method |
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TW200906122A (en) * | 2007-07-17 | 2009-02-01 | Li jin shan | Monitoring system and its control device |
CN101571309B (en) * | 2009-05-11 | 2011-04-20 | 杭州共远科技有限公司 | System for remote monitoring and control of air conditioner |
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