TWI753302B

TWI753302B - Fan forward and reverse remote control system

Info

Publication number: TWI753302B
Application number: TW108134662A
Authority: TW
Inventors: 林國尊
Original assignee: 德禮實業有限公司
Priority date: 2019-09-25
Filing date: 2019-09-25
Publication date: 2022-01-21
Also published as: TW202114343A

Abstract

一種風扇正反轉遙控系統，包含一遙控器，及一正反轉控制單元，該遙控器包括一操作模組、一無線輸出模組，及一電連接該操作模組及該無線輸出模組並可透過該無線輸出模組輸出一對應該操作模組的操作狀況的操作信號的第一控制模組，該操作信號可對應該操作模組的操作狀況而於一正轉模式及一反轉模式之間變換，該正反轉控制單元包括一用以接收該操作信號的無線輸入模組、一可受控制而於一第一模式及一第二模式之間切換並用於對該風扇提供電力的雙刀繼電器，及一電連接該無線輸入模組及該雙刀繼電器並根據該操作信號而控制該雙刀繼電器切換模式的第二控制模組，使該風扇的轉向能對應於該操作模組的操作，提高使用便利性。A fan forward and reverse remote control system includes a remote control and a forward and reverse control unit, the remote control includes an operation module, a wireless output module, and an electrical connection between the operation module and the wireless output module A first control module that can output a pair of operation signals of the operation status of the operation module through the wireless output module, and the operation signal can be in a forward rotation mode and a reverse rotation according to the operation status of the operation module Switching between modes, the forward and reverse control unit includes a wireless input module for receiving the operation signal, a controllable switch between a first mode and a second mode, and is used to provide power to the fan The double-pole relay, and a second control module that electrically connects the wireless input module and the double-pole relay and controls the switching mode of the double-pole relay according to the operation signal, so that the rotation of the fan can correspond to the operation mode Group operations to improve ease of use.

Description

風扇正反轉遙控系統Fan forward and reverse remote control system

本發明是有關於一種風扇，特別是指一種風扇正反轉遙控系統。 The present invention relates to a fan, in particular to a fan forward and reverse remote control system.

一種現有的吊扇系統，包括一風扇、一可受操作而發出一變換訊號的遙控器，及一用於接收該變換訊號且電連接該風扇的正反轉控制模組。該正反轉控制模組可於一驅使該風扇正轉的正轉模式及一驅使該風扇反轉的反轉模式之間變換，當該正反轉控制模組接收到該變換訊號時，即會從現有的模式切換到另一模式，也就是當現有的模式為該正轉模式時，就會切換至該反轉模式，而當現有的模式為該反轉模式時，就會切換至該正轉模式。 An existing ceiling fan system includes a fan, a remote controller operable to send a conversion signal, and a forward and reverse rotation control module for receiving the conversion signal and electrically connected to the fan. The forward and reverse rotation control module can switch between a forward rotation mode for driving the fan to rotate forward and a reverse rotation mode for driving the fan reverse rotation. When the forward rotation control module receives the switching signal, the It will switch from the existing mode to another mode, that is, when the existing mode is the forward mode, it will switch to the reverse mode, and when the existing mode is the reverse mode, it will switch to the reverse mode. Forward rotation mode.

如此一來，使用者就可以根據該風扇目前的轉向而選擇是否操作該遙控器來改變該風扇的轉向。 In this way, the user can choose whether to operate the remote controller to change the direction of the fan according to the current direction of the fan.

然而，在看不到該風扇的場合時，例如該風扇設置於一倉庫內，而使用者要在看不到該風扇的倉庫外遙控操作時，由於不知道該風扇目前的轉向，就無法判斷是否需要操作該遙控器來改變該風扇的轉向，必須要進到該倉庫內以肉眼判斷才行，使用上較不便利。 However, when the fan cannot be seen, for example, the fan is installed in a warehouse, and the user wants to operate the remote control outside the warehouse where the fan cannot be seen, since he does not know the current direction of the fan, he cannot judge the current direction of the fan. Do you need to operate the remote control to change To change the direction of the fan, it is necessary to enter the warehouse to judge with the naked eye, which is inconvenient to use.

因此，本發明之目的，即在提供一種克服先前技術所述缺點的風扇正反轉遙控系統。 Therefore, the purpose of the present invention is to provide a fan forward and reverse remote control system that overcomes the shortcomings of the prior art.

於是，本發明風扇正反轉遙控系統，應用於一吊扇系統，該吊扇系統包括該風扇，該風扇正反轉遙控系統包含一遙控器，及一正反轉控制單元。 Therefore, the fan forward and reverse remote control system of the present invention is applied to a ceiling fan system. The ceiling fan system includes the fan. The fan forward and reverse remote control system includes a remote controller and a forward and reverse control unit.

該遙控器包括一操作模組、一無線輸出模組，及一電連接該操作模組及該無線輸出模組並可透過該無線輸出模組輸出一對應該操作模組的操作狀況的操作信號的第一控制模組，該操作信號可對應該操作模組的操作狀況而於一正轉模式及一反轉模式之間變換，該正反轉控制單元包括一以無線傳輸方式接收該操作信號的無線輸入模組、一可受控制而於一第一模式及一第二模式之間切換並用於對該風扇提供電力的雙刀繼電器，及一電連接該無線輸入模組及該雙刀繼電器並根據該操作信號而控制該雙刀繼電器切換模式的第二控制模組，該第二控制模組於該操作信號為該正轉模式時，控制該雙刀繼電器切換至該第一模式，以使該風扇接收電力而正轉，該第二控制模組於該操作信號為該反轉模式時，控制該雙刀繼電器切換至該第二模式，以使該風扇接收電力而反轉。 The remote controller includes an operation module, a wireless output module, and an operation signal that is electrically connected to the operation module and the wireless output module and can output a pair of operation signals of the operation status of the operation module through the wireless output module the first control module, the operation signal can be changed between a forward rotation mode and a reverse rotation mode according to the operation status of the operation module, the forward and reverse rotation control unit includes a wireless transmission mode to receive the operation signal a wireless input module, a double-pole relay that can be controlled to switch between a first mode and a second mode and used to provide power to the fan, and an electrical connection between the wireless input module and the double-pole relay and control the second control module of the double-pole relay switching mode according to the operation signal, the second control module controls the double-pole relay to switch to the first mode when the operation signal is the forward rotation mode, so as to When the operation signal is in the reverse mode, the second control module controls the double-pole relay to switch to the second mode, so that the fan receives power and rotates in the reverse direction.

本發明之功效在於：藉由設置該操作模組、該第一控制模組、該雙刀繼電器及該第二控制模組，使該風扇所接收的電力能對應於該操作模組的操作，因而能確保該風扇的轉向正確，而提高使用便利性。 The effect of the present invention is: by arranging the operation module, the first control module, the double pole relay and the second control module, the power received by the fan can correspond to the operation of the operation module, Therefore, the correct rotation of the fan can be ensured, and the convenience of use can be improved.

2:遙控器 2: Remote control

21:操作模組 21: Operation module

211:正轉按鈕 211: Forward button

212:反轉按鈕 212: Invert button

22:無線輸出模組 22: Wireless output module

23:第一控制模組 23: The first control module

3:正反轉控制單元 3: Forward and reverse control unit

31:無線輸入模組 31: Wireless input module

32:雙刀繼電器 32: Double pole relay

33:第二控制模組 33: The second control module

9:吊扇系統 9: Ceiling Fan System

91:風扇 91: Fan

本發明之其他的特徵及功效，將於參照圖式的實施方式中清楚地呈現，其中：圖1是本發明風扇正反轉遙控系統的一實施例的一系統方塊圖。 Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, wherein: FIG. 1 is a system block diagram of an embodiment of a fan forward and reverse remote control system of the present invention.

參閱圖1，本發明風扇正反轉遙控系統之一實施例，應用於一吊扇系統9，該吊扇系統9包括該風扇91，該風扇正反轉遙控系統包含一遙控器2，及一正反轉控制單元3。 Referring to FIG. 1, an embodiment of the fan forward and reverse remote control system of the present invention is applied to a ceiling fan system 9, the ceiling fan system 9 includes the fan 91, the fan forward and reverse remote control system includes a remote control 2, and a positive and negative Turn control unit 3.

該遙控器2包括一操作模組21、一無線輸出模組22，及一電連接該操作模組21及該無線輸出模組22的第一控制模組23。於本實施例中，該操作模組21具有可供操作的一正轉按鈕211及一反轉按鈕212，但在其它的實施態樣中，該操作模組21也可以是觸控面板，而不僅限於此。 The remote controller 2 includes an operation module 21 , a wireless output module 22 , and a first control module 23 electrically connected to the operation module 21 and the wireless output module 22 . In this embodiment, the operation module 21 has a forward button 211 and a reverse button 212 that can be operated, but in other embodiments, the operation module 21 can also be a touch panel, and Not limited to this.

該第一控制模組23可透過該無線輸出模組22輸出一對應該操作模組21的操作狀況的操作信號。於本實施例中，該第一控制模組23為單晶片，該操作信號可以是Wifi訊號、藍芽訊號或紅外線訊號等型式，但不僅限於此。 The first control module 23 can output a pair of operation signals corresponding to the operation status of the operation module 21 through the wireless output module 22 . In this embodiment, the first control module 23 is a single chip, and the operation signal may be in the form of a Wifi signal, a bluetooth signal, or an infrared signal, but is not limited thereto.

該操作信號可對應該操作模組21的操作狀況而於一正轉模式及一反轉模式之間變換。於本實施例中，該操作信號為數位編碼，該操作信號於該正轉模式時的數位編碼與該操作信號於該反轉模式時的數位編碼相異。例如正轉模式的數位編碼是0101的二進位編碼，而反轉模式時的數位編碼是0110的二進位編碼，但不以此為限。 The operation signal can be changed between a forward rotation mode and a reverse rotation mode according to the operation condition of the operation module 21 . In this embodiment, the operation signal is a digital code, and the digital code of the operation signal in the forward rotation mode is different from the digital code of the operation signal in the inversion mode. For example, the digital code in the forward rotation mode is the binary code of 0101, and the digital code in the reverse mode is the binary code of 0110, but it is not limited thereto.

當該正轉按鈕211被觸發時，該第一控制模組23控制使該無線輸出模組22輸出對應該正轉模式的該操作信號，而當該反轉按鈕212被觸發時，該第一控制模組23控制使該無線輸出模組22輸出對應該反轉模式的該操作信號。 When the forward rotation button 211 is triggered, the first control module 23 controls the wireless output module 22 to output the operation signal corresponding to the forward rotation mode, and when the reverse rotation button 212 is triggered, the first control module 23 controls the wireless output module 22 to output the operation signal corresponding to the forward rotation mode. The control module 23 controls the wireless output module 22 to output the operation signal corresponding to the inversion mode.

該正反轉控制單元3包括一以無線傳輸方式接收該操作信號的無線輸入模組31、一可受控制而於一第一模式及一第二模式之間切換並用於對該風扇91提供電力的雙刀繼電器32，及一電連接該無線輸入模組31及該雙刀繼電器32並根據該操作信號而控制該雙刀繼電器32切換模式的第二控制模組33。 The forward and reverse rotation control unit 3 includes a wireless input module 31 that receives the operation signal by wireless transmission, a controllable switch between a first mode and a second mode, and is used to provide power to the fan 91 The double-pole relay 32, and a second control module 33 which is electrically connected to the wireless input module 31 and the double-pole relay 32 and controls the switching mode of the double-pole relay 32 according to the operation signal.

該雙刀繼電器32用於接收一輸入電源，並對該風扇91輸出一對應該輸入電源的輸出電源。 The double pole relay 32 is used for receiving an input power and outputting a pair of output power corresponding to the input power to the fan 91 .

該雙刀繼電器32於該第一模式時，該輸出電源與該輸入電源的電壓相同，該雙刀繼電器32於該第二模式時，該輸出電源與該輸入電源的電壓相反。要說明的是，透過該雙刀繼電器32而使該輸出電源相對該輸入電源的電壓相同或相反的技術為本領域技術人員所能輕易理解，因此本說明書不再進一步說明詳細電路配置。 When the double-pole relay 32 is in the first mode, the output power and the input power have the same voltage, and when the double-pole relay 32 is in the second mode, the output power and the input power have opposite voltages. It should be noted that the technology of making the voltage of the output power supply the same or opposite to the input power supply through the double pole relay 32 can be easily understood by those skilled in the art, so the detailed circuit configuration is not further described in this specification.

當該第二控制模組33於該操作信號為該正轉模式時，控制該雙刀繼電器32切換至該第一模式，以使該風扇91接收相同於該輸入電源的電力而正轉，而當該第二控制模組33於該操作信號為該反轉模式時，控制該雙刀繼電器32切換至該第二模式，以使該風扇91接收相反於該輸入電源的電力而反轉。 When the operation signal is the forward rotation mode, the second control module 33 controls the double pole relay 32 to switch to the first mode, so that the fan 91 receives the same power as the input power to rotate forward, and When the operation signal is in the reverse mode, the second control module 33 controls the double pole relay 32 to switch to the second mode, so that the fan 91 receives power opposite to the input power and reverses.

使用時，由於當該正轉按鈕211被觸發時，該無線輸出模組22輸出對應該正轉模式的該操作信號，進而使該風扇91正轉，而當該反轉按鈕212被觸發時，該無線輸出模組22輸出對應該反轉模式的該操作信號，進而使該風扇91反轉。 In use, when the forward rotation button 211 is triggered, the wireless output module 22 outputs the operation signal corresponding to the forward rotation mode, thereby making the fan 91 rotate forward, and when the reverse rotation button 212 is triggered, The wireless output module 22 outputs the operation signal corresponding to the reversing mode, thereby inverting the fan 91 .

因此，該風扇91的轉動方向是必然與該遙控器2的該正轉按鈕211及該反轉按鈕212是相對應的，不會有現有技術必須先確認該風扇91的實際轉動方向再決定是否操作該遙控器2的問題，使本風扇正反轉遙控系統即便在看不到該風扇91的場合也能夠確保該風扇91的轉向正確，而能提高使用便利性。 Therefore, the rotation direction of the fan 91 must correspond to the forward rotation button 211 and the reverse rotation button 212 of the remote controller 2 , and there is no prior art that must confirm the actual rotation direction of the fan 91 before deciding whether to The problem of operating this remote control 2, Even when the fan 91 cannot be seen, the present fan 91 can be ensured to rotate correctly, and the convenience of use can be improved.

綜上所述，藉由設置該操作模組21、該第一控制模組23、該雙刀繼電器32及該第二控制模組33，使該風扇91所接收的電力能對應於該操作模組21的操作，因而能確保該風扇91的轉向正確，而提高使用便利性，故確實能達成本發明之目的。 To sum up, by setting the operation module 21 , the first control module 23 , the double pole relay 32 and the second control module 33 , the power received by the fan 91 can correspond to the operation mode The operation of the group 21 can ensure the correct rotation of the fan 91 and improve the convenience of use, so the purpose of the present invention can be achieved.

惟以上所述者，僅為本發明之實施例而已，當不能以此限定本發明實施之範圍，凡是依本發明申請專利範圍及專利說明書內容所作之簡單的等效變化與修飾，皆仍屬本發明專利涵蓋之範圍內。 However, the above are only examples of the present invention, and should not limit the scope of the present invention. All simple equivalent changes and modifications made according to the scope of the application for patent of the present invention and the contents of the patent specification are still within the scope of the present invention. within the scope of the invention patent.

2········ 遙控器 21······ 操作模組 211····· 正轉按鈕 212····· 反轉按鈕 22······ 無線輸出模組 23······ 第一控制模組 2・・・・ Remote control 21... Operation Module 211••• Forward rotation button 212・・・Reverse button 22･･･Wireless output module 23······The first control module 3········ 正反轉控制單元 31······ 無線輸入模組 32······ 雙刀繼電器 33······ 第二控制模組 9········ 吊扇系統 91······ 風扇 3････ Forward and reverse rotation control unit 31...Wireless Input Module 32･･･ Double pole relay 33...Second control module 9････ Ceiling fan system 91... Fans

Claims

一種風扇正反轉遙控系統，應用於一吊扇系統，該吊扇系統包括該風扇，該風扇正反轉遙控系統包含：一遙控器，包括一操作模組、一無線輸出模組，及一電連接該操作模組及該無線輸出模組並可透過該無線輸出模組輸出一對應該操作模組的操作狀況的操作信號的第一控制模組，該操作信號可對應該操作模組的操作狀況而於一正轉模式及一反轉模式之間變換；及一正反轉控制單元，包括一以無線傳輸方式接收該操作信號的無線輸入模組、一可受控制而於一第一模式及一第二模式之間切換並用於對該風扇提供電力的雙刀繼電器，及一電連接該無線輸入模組及該雙刀繼電器並根據該操作信號而控制該雙刀繼電器切換模式的第二控制模組，該第二控制模組於該操作信號為該正轉模式時，控制該雙刀繼電器切換至該第一模式，以使該風扇接收電力而正轉，該第二控制模組於該操作信號為該反轉模式時，控制該雙刀繼電器切換至該第二模式，以使該風扇接收電力而反轉；其中，該雙刀繼電器用於接收一輸入電源，並對該風扇輸出一對應該輸入電源的輸出電源，該雙刀繼電器於該第一模式時，該輸出電源與該輸入電源的電壓相同，該雙刀繼電器於該第二模式時，該輸出電源與該輸入電源的電壓相反。 A fan forward and reverse remote control system, applied to a ceiling fan system, the ceiling fan system includes the fan, the fan forward and reverse remote control system includes: a remote control, including an operation module, a wireless output module, and an electrical connection The operation module and the wireless output module can output a pair of operation signals of the operation status of the operation module through the wireless output module, and the operation signal can correspond to the operation status of the operation module. and changing between a forward rotation mode and a reverse rotation mode; and a forward and reverse rotation control unit, including a wireless input module for receiving the operation signal by wireless transmission, a controllable in a first mode and A double-pole relay that switches between the second modes and is used to provide power to the fan, and a second control that electrically connects the wireless input module and the double-pole relay and controls the switching mode of the double-pole relay according to the operation signal a module, the second control module controls the double-pole relay to switch to the first mode when the operation signal is the forward rotation mode, so that the fan receives power and rotates forwardly, the second control module is in the forward rotation mode When the operation signal is the reverse mode, the double-pole relay is controlled to switch to the second mode, so that the fan receives power and reverses; wherein, the double-pole relay is used to receive an input power and output an output to the fan Corresponding to the output power of the input power supply, when the double-pole relay is in the first mode, the output power supply and the input power supply have the same voltage, and when the double-pole relay is in the second mode, the output power supply and the input power supply voltage on the contrary.

如請求項1所述的風扇正反轉遙控系統，其中，該操作信號為數位編碼，該操作信號於該正轉模式時的數位編碼與該操作信號於該反轉模式時的數位編碼相異。 The fan forward/reverse remote control system according to claim 1, wherein the operation signal is a digital code, and the digital code of the operation signal in the forward rotation mode is different from the digital code of the operation signal in the reverse mode .